mhurhangee/ep-ind-claims huggingface dataset:
A reception apparatus for receiving a digital broadcast signal, said digital broadcast signal carrying at least one logical data stream, said logical data stream corresponding to a Physical Layer Pipe, being divided into a plurality of data slices and comprising a sequence of baseband, BB, frames, each BB frame comprising a BB header and data, each BB header comprising an Input Stream Synchronisation, ISSY, field, and an error code, CRC, said ISSY field comprising a Input Stream Clock Reference, ISCR, time stamp, said BB frames being distributed onto said plurality of data slices on the basis of said ISCR time stamp, the ISSY and the ISCR being configured according to the digital video broadcasting-cable second generation, DVB-C2, standard, the reception apparatus comprising: a plurality of reception units (212-1, 212-2,..., 212-N) configured to receive said plurality of data slices; a plurality of data slice processing units (213-1, 213-2,..., 213-N) configured to extract said BB frames from said plurality of data slices, so as to output selectable BB frames, a selection unit configured to select the next BB frame from the selectable BB frames, a processing unit configured to rearrange the sequence of BB frames on the basis of the order in which they are supplied from said selection unit, so as to reconstruct the original logical data stream from the plurality of the data slices. wherein said selection unit selects the next BB frame from the selectable BB frames on the basis of said ISCR time stamp, and wherein, if the ISCR time stamp of a BB frame is erroneous, said selection unit selects the next BB frame from the selectable BB frames on the basis of an expected value found by an estimation unit configured to determine said expected value from the previously selected BB frame. a plurality of reception units (212-1, 212-2,..., 212-N) configured to receive said plurality of data slices; a plurality of data slice processing units (213-1, 213-2,..., 213-N) configured to extract said BB frames from said plurality of data slices, so as to output selectable BB frames, a selection unit configured to select the next BB frame from the selectable BB frames, a processing unit configured to rearrange the sequence of BB frames on the basis of the order in which they are supplied from said selection unit, so as to reconstruct the original logical data stream from the plurality of the data slices. wherein said selection unit selects the next BB frame from the selectable BB frames on the basis of said ISCR time stamp, and wherein, if the ISCR time stamp of a BB frame is erroneous, said selection unit selects the next BB frame from the selectable BB frames on the basis of an expected value found by an estimation unit configured to determine said expected value from the previously selected BB frame.
A device for cosmetic treatment by light comprising: - a plurality of LEDs; - a reference surface fixed with respect to said LEDs, - at least one distance sensor for measuring a distance (DIST) between the reference surface and a cosmetic treatment area of the skin, - a microcontroller suitable for controlling the emission power of each LED, in which the emitted power of each LED is continuously and in real-time slaved to the distance (DIST) measured by the sensor and obeys a specific slaving law dependent on the location of the LED in the device and/or dependent on the type of LED and/or dependent on its dominant emission wavelength, the power of each LED being thus increased or decreased as a function of the distance measured by the distance sensor. - a plurality of LEDs; - a reference surface fixed with respect to said LEDs, - at least one distance sensor for measuring a distance (DIST) between the reference surface and a cosmetic treatment area of the skin, - a microcontroller suitable for controlling the emission power of each LED, in which the emitted power of each LED is continuously and in real-time slaved to the distance (DIST) measured by the sensor and obeys a specific slaving law dependent on the location of the LED in the device and/or dependent on the type of LED and/or dependent on its dominant emission wavelength, the power of each LED being thus increased or decreased as a function of the distance measured by the distance sensor.
A conjugated polymer selected from the following formulae wherein R 1, R 2 denote independently of each other, and on each occurrence identically or differently, straight-chain, branched or cyclic alkyl with 1 to 30 C atoms, preferably 1 to 20 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -C -, -C -, -C -O-, -C -O-,-C -S-, -C -S-, -O-C -, -O-C -, -S-C -, -S-C -,-CH=CH- or -C≡C- and which are unsubstituted or substituted by F, Cl, Br, I or CN, R 3, R 4 denote independently of each other, and on each occurrence identically or differently, H, halogen, or an optionally substituted carbyl or hydrocarbyl group, wherein one or more C atoms are optionally replaced by a hetero atom. x is > 0 and < 1, y is ≥ 0 and < 1, x + y is 1, and n is an integer >1. and R 21, R 22, R 23, R 24, R 25 and R 26 have independently of each other one of the meanings of R 3. R 1, R 2 denote independently of each other, and on each occurrence identically or differently, straight-chain, branched or cyclic alkyl with 1 to 30 C atoms, preferably 1 to 20 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -C -, -C -, -C -O-, -C -O-,-C -S-, -C -S-, -O-C -, -O-C -, -S-C -, -S-C -,-CH=CH- or -C≡C- and which are unsubstituted or substituted by F, Cl, Br, I or CN, R 3, R 4 denote independently of each other, and on each occurrence identically or differently, H, halogen, or an optionally substituted carbyl or hydrocarbyl group, wherein one or more C atoms are optionally replaced by a hetero atom. x is > 0 and < 1, y is ≥ 0 and < 1, x + y is 1, and n is an integer >1.
Medical device, made of biomaterial, for implant-based breast reconstruction, with a flat original shape of plane geometry, with sections, which, sutured together, define the front part, lateral (10a, 10b), upper and lower of a box element, at least one of the aforesaid sections(3,103) having at least one appendix (14a, 14b, 114) adapted to define the rear part of the aforesaid box element, said box element being adapted to wrap and containing integrally a breast prosthesis, said box element being interposed between the subcutaneous layer and the pectoralis major muscle and being suturable to the latter, characterized by the fact that said flat sheet is cut so as to define three distinct septa which have, each, a substantially triangular shape with concentric vertices, with a central zone, flat, possibly perforated, and with first bases slightly arched, said septa, being formed in such way that they can be folded by combining the respective first sides adjoining so that, once sutured together, define a containment structure for a breast implant.
Method for providing electric energy in a flight vehicle carrying a detachable load to be transported into space, the flight vehicle being an aircraft or a spacecraft, the method comprising generating a gas flow by means of a gas generator, and utilising the gas flow both for driving at least one electric generator (13a, 13b) and for operating a flight control system of the flight vehicle, further comprising conducting the electric energy to at least one power sink of the flight vehicle, wherein the at least one power sink belongs to the detachable load or the at least one power sink comprises at least one unit belonging to the aircraft or spacecraft and at least one unit belonging to the detachable load. the method comprising generating a gas flow by means of a gas generator, and utilising the gas flow both for driving at least one electric generator (13a, 13b) and for operating a flight control system of the flight vehicle, further comprising conducting the electric energy to at least one power sink of the flight vehicle, wherein the at least one power sink belongs to the detachable load or the at least one power sink comprises at least one unit belonging to the aircraft or spacecraft and at least one unit belonging to the detachable load.
A sulfur-carbon composite, comprising micro-porous carbon nanosheets and sulfur, wherein sulfur is loaded into the micropores, wherein the mircopores have a pore size smaller than 1 nm, of the micro-porous carbon nanosheets, wherein the pore volumes of micropores in the micro-porous carbon nanosheets as measured by the method according to the description are no less than 75%, preferably no less than 80%, more preferably no less than 85% based on the total pore volumes of micropores and of mesopores, wherein the mesopores have a pore size bigger than 1 nm, wherein the micro-porous carbon nanosheets are doped with N, or P, or B, or any combination of N, P and B.
A connecting structure of a shield braided part, comprising: a shield shell that accommodates a connector housing which accommodates a terminal fitting connected to an end portion of an electric wire, and the shield shell including a tubular part which covers an outer periphery of the end portion of the electric wire; and a shield ring that is attached to an outer periphery of the tubular part of the shield shell and sandwiches an end portion of a tubular shield braided part covering the outer periphery of the electric wire between an outer peripheral face of the tubular part and the shield ring, wherein a protruding part which protrudes toward the shield braided part is formed in the shield ring; characterised in that a braided part insert hole is formed in the protruding part. a shield shell that accommodates a connector housing which accommodates a terminal fitting connected to an end portion of an electric wire, and the shield shell including a tubular part which covers an outer periphery of the end portion of the electric wire; and a shield ring that is attached to an outer periphery of the tubular part of the shield shell and sandwiches an end portion of a tubular shield braided part covering the outer periphery of the electric wire between an outer peripheral face of the tubular part and the shield ring, wherein a protruding part which protrudes toward the shield braided part is formed in the shield ring; characterised in that a braided part insert hole is formed in the protruding part.
An apparatus comprising a semiconductor-based photomultiplier, the apparatus being configured to: inject a first input pulse into the semiconductor-based photomultiplier; determine a revised bias voltage for the semiconductor-based photomultiplier based at least in part on a first output pulse corresponding to the first input pulse and a second output pulse from the semiconductor-based photomultiplier that is obtained at another time as compared to the first output pulse; and adjust a bias voltage for the semiconductor-based photomultiplier to the revised bias voltage, characterised in that determining the revised bias voltage comprises determining the revised bias voltage that is within 9% of V B1, wherein: V B1 = V B2 + N * S 2 − S 1, V B1 is a bias voltage corresponding to the first output pulse, V B2 is a bias voltage corresponding to the second output pulse, N is a conversion factor, S 1 is a first integrated signal corresponding to the first output pulse; and S 2 is a second integrated signal corresponding to the second output pulse. inject a first input pulse into the semiconductor-based photomultiplier; determine a revised bias voltage for the semiconductor-based photomultiplier based at least in part on a first output pulse corresponding to the first input pulse and a second output pulse from the semiconductor-based photomultiplier that is obtained at another time as compared to the first output pulse; and adjust a bias voltage for the semiconductor-based photomultiplier to the revised bias voltage, V B1 is a bias voltage corresponding to the first output pulse, V B2 is a bias voltage corresponding to the second output pulse, N is a conversion factor, S 1 is a first integrated signal corresponding to the first output pulse; and S 2 is a second integrated signal corresponding to the second output pulse.
Method for playback of messages in a vehicle, in which - messages are received from a plurality of components of the vehicle; - in the case where a plurality of messages are present simultaneously, these messages are prioritized relative to one another on the basis of a respective allocated category; and - the prioritized messages are played back according to their respective priority, wherein messages with the highest priority are played back immediately, and messages with a lower priority are temporarily stored and are played back at a later time. - messages are received from a plurality of components of the vehicle; - in the case where a plurality of messages are present simultaneously, these messages are prioritized relative to one another on the basis of a respective allocated category; and - the prioritized messages are played back according to their respective priority, wherein messages with the highest priority are played back immediately, and messages with a lower priority are temporarily stored and are played back at a later time.
An ankle prosthesis comprising: a) a tibial implant (100, 805); b) an intermediate implant (300, 810) comprising a first surface and a second, curved surface opposite the first surface and a projecting member (330, 830) extending outwardly from the first surface, wherein the projecting member is configured to extend into a recess (122, 860) of the tibial implant and rotate relative to the tibial implant, and c) an implant lock (400, 850) configured to resist rotation of the projecting member relative to the tibial implant by applying a force that is substantially perpendicular to the axis of rotation of the projecting member wherein the projecting member (330, 830) comprises a first end and a second end opposite the first end and a lateral surface extends between the first and second end, wherein the first end is closer to the first surface of the intermediate implant (300, 810) than the second end, characterized in that the implant lock is configured to engage with the lateral surface of the projecting member (330, 830) such that rotation of the projecting member is resisted. a) a tibial implant (100, 805); b) an intermediate implant (300, 810) comprising a first surface and a second, curved surface opposite the first surface and a projecting member (330, 830) extending outwardly from the first surface, wherein the projecting member is configured to extend into a recess (122, 860) of the tibial implant and rotate relative to the tibial implant, and c) an implant lock (400, 850) configured to resist rotation of the projecting member relative to the tibial implant by applying a force that is substantially perpendicular to the axis of rotation of the projecting member the projecting member (330, 830) comprises a first end and a second end opposite the first end and a lateral surface extends between the first and second end, wherein the first end is closer to the first surface of the intermediate implant (300, 810) than the second end, characterized in that the implant lock is configured to engage with the lateral surface of the projecting member (330, 830) such that rotation of the projecting member is resisted.
Wrapping machine for wrapping a load with a film of plastic material comprising: - a main frame provided with at least two supporting columns having respective upper portions interconnected by beam means; - a supporting carriage slidably supported by said main frame and moved by first actuating means along a working direction; - a moving ring that is rotatably supported by said supporting carriage and driven by second actuating means rotatably around a wrapping axis that is parallel to said working direction; - an unwinding unit fixed to said moving ring and provided with a reel of said film and roller means (52,53) for unwinding and pre-stretching said film; characterized in that said first driving means comprises a first actuator that is mounted on said main frame at a lower portion of one of said supporting columns at a defined distance from a supporting plane of said wrapping machine and is arranged to actuate a driving shaft, which is rotatably supported by said beam means and provided with at least one driving pulley that is engaged with a flexible element connected to said supporting carriage, said driving pulley, by rotating with said driving shaft actuated by said first actuator, being suitable to move said flexible element and therefore said supporting carriage along said working direction. - a main frame provided with at least two supporting columns having respective upper portions interconnected by beam means; - a supporting carriage slidably supported by said main frame and moved by first actuating means along a working direction; - a moving ring that is rotatably supported by said supporting carriage and driven by second actuating means rotatably around a wrapping axis that is parallel to said working direction; - an unwinding unit fixed to said moving ring and provided with a reel of said film and roller means (52,53) for unwinding and pre-stretching said film;
Motor vehicle door having a drive unit comprising an electric motor for controlling the movement of a window glass in a door plane that is formed by the motor vehicle door, wherein a support plate of the motor vehicle door is connected to a sound protection element that entirely envelopes at least the electric motor of the drive unit, said sound protection element being configured and disposed in such a manner that airborne sound waves that are created during the operation of the electric motor by way of reflection are prevented from diffusing in the direction of the door plane of the motor vehicle door, wherein the support plate is configured as door interior trim which has a visible side that faces the motor vehicle cabin and a rear side that faces away from the motor vehicle cabin, and wherein the sound protection element is disposed on the rear side of the door trim, characterized in that the sound protection element has a functional element from a material that deadens and/or damps the airborne sound and that is connected to the sound protection element in a form-fitting manner, in that the area that is enclosed by the sound protection element on the rear side of the door interior trim is covered by a functional mat from a material that deadens and/or damps the airborne sound, and in that the functional mat and the functional element are configured so as to be integral.
A method of fulfilling queries for observers on a device having a processor, the method comprising: executing on the processor instructions that cause the device to: upon receiving, from an observer out of the observers, a query comprising a condition involving a property of a source, initiate a new stream for the query on behalf of the observer, the stream comprising stream items, adding the observer as a subscriber of the new stream; upon receiving, from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver, to the subscribers, a stream item indicating the fulfillment of the condition of the query. executing on the processor instructions that cause the device to: upon receiving, from an observer out of the observers, a query comprising a condition involving a property of a source, initiate a new stream for the query on behalf of the observer, the stream comprising stream items, adding the observer as a subscriber of the new stream; upon receiving, from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver, to the subscribers, a stream item indicating the fulfillment of the condition of the query. upon receiving, from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver, to the subscribers, a stream item indicating the fulfillment of the condition of the query. identify the subscribers of the stream; and deliver, to the subscribers, a stream item indicating the fulfillment of the condition of the query.
A filler composition comprising a. 5-40 weight% of a hydrophilic binder, b. 5-20 weight% of water, c. 35-65 weight% of a pumice powder, d. 0-40 weight% of a filler, wherein the weight percentages are based on the total weight of the filler composition. a. 5-40 weight% of a hydrophilic binder, b. 5-20 weight% of water, c. 35-65 weight% of a pumice powder, d. 0-40 weight% of a filler,
A wireless device operable to use Wi-Fi links for peripheral connectivity, comprising: a host module configured to use a Wi-Fi Direct Services, WFDS, Application Services Platform, ASP, for Layer 2 services by extending a definition of a session in WFDS to include non-IP sessions by defining a new field to be added in a REQUEST_SESSION message defined in WFDS to identify a session type, wherein the new field takes at least two values, indicating whether the requested session is to be established over IP or over Layer 2; and a transceiver interfaced with the host module to transmit and receive signals including those consistent with a WFDS framework. a host module configured to use a Wi-Fi Direct Services, WFDS, Application Services Platform, ASP, for Layer 2 services by extending a definition of a session in WFDS to include non-IP sessions by defining a new field to be added in a REQUEST_SESSION message defined in WFDS to identify a session type, wherein the new field takes at least two values, indicating whether the requested session is to be established over IP or over Layer 2; and a transceiver interfaced with the host module to transmit and receive signals including those consistent with a WFDS framework.
A method of improving or enhancing growth at an adult age of an offspring from a female animal comprising the step of - administrating an effective amount of short chain fructooligosaccharides comprising 2 to 8 units of fructose to the female animal during suckling of said offspring - improving or enhancing thereby growth at an adult age of said offspring. - administrating an effective amount of short chain fructooligosaccharides comprising 2 to 8 units of fructose to the female animal during suckling of said offspring - improving or enhancing thereby growth at an adult age of said offspring.
A tail rotor device, which can be attached to a tail boom of a rotary wing aircraft, in particular of a helicopter, encompassing a sheathing, which forms an air flow channel with a channel depth running in the direction of a channel axis perpendicular to the longitudinal axis and an inner channel diameter, so that a tail rotor with a plurality of rotor blades can be rotatably mounted in the air flow channel, characterized in that the sheathing is designed in such a way that its channel depth in the longitudinal progression of the sheathing tapers in the direction away from the tail boom, wherein the selected variable channel depth is always smaller than one fourth of the inner channel diameter, and the ratio between the variable channel depth of the sheathing in the direction of the longitudinal axis and the inner channel diameter of the sheathing lies between 25 % and 10 %.
A commercial vehicle for transporting containers, having a length-adjustable frame structure, which has a chassis frame and a loading frame, each having two longitudinal beams (11b, 12b) connected by means of crossmembers (11a, 12a), characterised in that the chassis frame and/or the loading frame have rollers such that the chassis frame and the loading frame can be displaced relative to each other along the longitudinal beams (11b, 12b), wherein the rollers of the chassis frame are fastened to at least one crossmember between the longitudinal beams of the chassis frame.