mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving broadcast signals, the method comprising; receiving two broadcast signals; demodulating the received two broadcast signals by an Orthogonal Frequency Division Multiplexing, OFDM, method, wherein each of the demodulated two broadcast signals includes a signal frame, wherein the signal frame includes a preamble and data symbols, wherein the de-modulating further includes obtaining a P1 symbol and an AP1 symbol from the preamble, wherein the P1 symbol is located in a beginning of the signal frame and the AP1 symbol is located after the P1 symbol, wherein the P1 symbol identifies the preamble and carries basic transmission parameters, and wherein the AP1 symbol carries additional transmission parameters; performing frequency de-interleaving on the data symbols in the two signal frames of the demodulated two broadcast signals; parsing the two signal frames by cell demapping the frequency de-interleaved data symbols; decoding data in the parsed two signal frames to output Physical Layer Pipe, PLP, data and L1 signaling information, wherein the decoding includes Multi-Input Multi-Output, MIMO, processing for MIMO PLP data, Multi-Input Single Output, MISO, processing for MISO PLP data, MISO processing for the L1 signaling information, and wherein the MIMO processing includes: time de-interleaving data in the data symbols of the parsed two signal frames; cell de-interleaving the time de-interleaved data; MIMO decoding the cell de-interleaved data; Quadrature Amplitude Modulation, QAM, de-mapping the MIMO-decoded data; bit de-interleaving the QAM de-mapped data; and Forward Error Correction, FEC, decoding the bit de-interleaved data; baseband descrambling the decoded data based on Pseudo Random Binary Sequences, PRBS, used in a transmitting apparatus and outputting baseband frames. wherein the decoding includes Multi-Input Multi-Output, MIMO, processing for MIMO PLP data, Multi-Input Single Output, MISO, processing for MISO PLP data, MISO processing for the L1 signaling information, and wherein the MIMO processing includes: time de-interleaving data in the data symbols of the parsed two signal frames; cell de-interleaving the time de-interleaved data; MIMO decoding the cell de-interleaved data; Quadrature Amplitude Modulation, QAM, de-mapping the MIMO-decoded data; bit de-interleaving the QAM de-mapped data; and Forward Error Correction, FEC, decoding the bit de-interleaved data; baseband descrambling the decoded data based on Pseudo Random Binary Sequences, PRBS, used in a transmitting apparatus and outputting baseband frames. time de-interleaving data in the data symbols of the parsed two signal frames; cell de-interleaving the time de-interleaved data; MIMO decoding the cell de-interleaved data; Quadrature Amplitude Modulation, QAM, de-mapping the MIMO-decoded data; bit de-interleaving the QAM de-mapped data; and Forward Error Correction, FEC, decoding the bit de-interleaved data; baseband descrambling the decoded data based on Pseudo Random Binary Sequences, PRBS, used in a transmitting apparatus and outputting baseband frames.
A clip comprising: an elongate body portion having first and second distal portions (54, 56), wherein the body portion has a curvilinear shape between the first and second distal portions (54, 56), the first and second distal portions (54, 56) extend in substantially parallel directions in a spaced apart configuration to receive a mobile device having a camera; a first and a second opening (60, 62) extending through the body portion from an outer surface to an inner surface of the body portion, wherein the first and second openings (60, 62) are in substantial alignment with one another such that an object may pass through at least one of the first and second openings (60, 62); and an optical system disposed on the second distal portion, the optical system is positionable over the camera of the mobile device, the optical system being in visual communication with objects passing between the first and second openings (60, 62). an elongate body portion having first and second distal portions (54, 56), wherein the body portion has a curvilinear shape between the first and second distal portions (54, 56), the first and second distal portions (54, 56) extend in substantially parallel directions in a spaced apart configuration to receive a mobile device having a camera; a first and a second opening (60, 62) extending through the body portion from an outer surface to an inner surface of the body portion, wherein the first and second openings (60, 62) are in substantial alignment with one another such that an object may pass through at least one of the first and second openings (60, 62); and an optical system disposed on the second distal portion, the optical system is positionable over the camera of the mobile device, the optical system being in visual communication with objects passing between the first and second openings (60, 62).
Pipe connection, in particular for a drinking water distribution system, comprising a first pipe socket and a second pipe socket, the first pipe socket and the second pipe socket being designed in such a way that the first pipe socket can be held against rotation on the second pipe socket by means of a first form-fitting (120, 230) formed by the first and second pipe sockets, and the pipe connection comprising an outer sleeve, in particular a union nut, which can be fixed axially in a form-fitting manner on the second pipe socket, with which sleeve the first pipe socket is held axially in the connected state, the first pipe socket being held axially in the connected state by the outer sleeve by means of a second form-fitting (120, 320), and the first pipe socket being held axially in the connected state by the outer sleeve by means of a second form-fitting (120, 320), 320), and wherein the second form-fitting (120, 320) on the outer sleeve comprises an at least regionally circumferential, radially inwardly projecting shoulder and the first pipe socket comprises an at least regionally circumferential, radially outwardly projecting flange, wherein in the connected state the flange engages behind the shoulder, wherein in particular the flange comprises the outer contour, characterised in that in a first rotational orientation relative to the outer sleeve the flange can be pushed through an opening defined by the shoulder and in a second rotational orientation relative to the outer sleeve it cannot be pushed through the opening.
A person support apparatus having a longitudinal length from its head end to its foot end, and having a lateral width from side to side, the person support apparatus comprising: an inflatable head section having a head support surface to support at least a portion of a person's head, wherein at least a portion of the head support surface is generally sloped downward in a lateral direction; an inflatable torso section having a torso support surface to support a least a portion of the person's torso, wherein at least a portion of the torso support surface is generally sloped downward in the lateral direction, wherein the slope of the torso support surface is different from the slope of the head support surface; a knee gatch section located between the torso section and an inflatable leg section, wherein the knee gatch section has no lateral tilt and has a knee gatch bladder that is inflatable to control an amount of rounded contour in an upper surface of the knee gatch section; and an inflatable bolster extending along a side of person support apparatus and extending above at least one of a side and an end of the person support apparatus. an inflatable head section having a head support surface to support at least a portion of a person's head, wherein at least a portion of the head support surface is generally sloped downward in a lateral direction; an inflatable torso section having a torso support surface to support a least a portion of the person's torso, wherein at least a portion of the torso support surface is generally sloped downward in the lateral direction, wherein the slope of the torso support surface is different from the slope of the head support surface; a knee gatch section located between the torso section and an inflatable leg section, wherein the knee gatch section has no lateral tilt and has a knee gatch bladder that is inflatable to control an amount of rounded contour in an upper surface of the knee gatch section; and an inflatable bolster extending along a side of person support apparatus and extending above at least one of a side and an end of the person support apparatus.
A honing tool for honing a cylindrical external surface of a rod, the tool comprising: • a plurality of honing inserts adapted to hone a metal; and • a support for the honing inserts, the inserts being carried by the support so as to define a passage around which the inserts are to be found and in which it is possible to introduce the cylindrical external surface of the rod; the tool being characterized in that it includes a plurality of sliding skids carried by the support, the sliding skids and the honing inserts being arranged to be capable of coming simultaneously into contact against the cylindrical external surface of the rod when the rod is placed inside said passage and so as to be able to center the cylindrical external surface inside said passage, the honing tool further including a connection structure between said support for supporting honing inserts and a drive motor for rotating the insert support, the connection structure comprising: • assembly means for assembling the connection structure with the support for the honing inserts, the assembly means allowing the connection structure to be disassembled from the insert support; and • a drive shaft for rotating the connection structure, the drive shaft being connected to the assembly means via a deformable connection such as a hinge. • a plurality of honing inserts adapted to hone a metal; and • a support for the honing inserts, the inserts being carried by the support so as to define a passage around which the inserts are to be found and in which it is possible to introduce the cylindrical external surface of the rod; • assembly means for assembling the connection structure with the support for the honing inserts, the assembly means allowing the connection structure to be disassembled from the insert support; and • a drive shaft for rotating the connection structure, the drive shaft being connected to the assembly means via a deformable connection such as a hinge.
A rotor blade, comprising: an active flap; and a flap shield comprising a barrier, the flap shield having a first side attached to the rotor blade and a second side attached to the active flap, the barrier configured to selectively close a gap between the rotor blade and the active flap. an active flap; and a flap shield comprising a barrier, the flap shield having a first side attached to the rotor blade and a second side attached to the active flap, the barrier configured to selectively close a gap between the rotor blade and the active flap.
Industrial truck, in particular electrically operated industrial truck, with an energy supply unit arranged in a receiving space, in particular a battery block arranged in a battery compartment, wherein the industrial truck is provided with a lateral opening for lateral exchange of the energy supply unit in a horizontal direction, and a securing device is provided for securing the energy supply unit, which is arranged in the receiving space, during the operation of the industrial truck, wherein the securing device has a contact surface for a surface of the energy supply unit facing the lateral opening, and is in the form of a bolt which is arranged on the industrial truck so as to be pivotable about pivot axis between a release position and a locking position, wherein the bolt is arranged on the industrial truck so as to be displaceable in the longitudinal direction of the pivot axis, and an adjustment mechanism is provided which is operatively connected to the bolt and keeps the contact surface of the bolt in contact against that surface of the energy supply unit which faces the lateral opening, characterized in that the adjustment mechanism is in the form of a wedge mechanism which has a wedge interacting with the bolt.
An implant, comprising: a support member configured to be placed within a body of a patient and provide support to a portion of the body of the patient; a tether coupled to an end portion of the support member; and an anchor configured to be disposed within a tissue of the body of the patient to help retain the implant in place within the body of the patient, the tether being coupled to the anchor such that the tether may move with respect to the anchor in a first direction but is retrained from moving in a second direction; wherein the anchor includes a lock member, and the lock member includes a first lumen, a second lumen, a third lumen, and a fourth lumen (243, 244, 245, 246), said implant being characterized in that the first lumen, the second lumen, the third lumen, and the fourth lumen (243, 244, 245, 246) are through-holes of the lock member, the through-holes are separated from each other and wherein the lock member is a monolithic lock member. a support member configured to be placed within a body of a patient and provide support to a portion of the body of the patient; a tether coupled to an end portion of the support member; and an anchor configured to be disposed within a tissue of the body of the patient to help retain the implant in place within the body of the patient, the tether being coupled to the anchor such that the tether may move with respect to the anchor in a first direction but is retrained from moving in a second direction; wherein the anchor includes a lock member, and the lock member includes a first lumen, a second lumen, a third lumen, and a fourth lumen (243, 244, 245, 246), said implant being characterized in that the first lumen, the second lumen, the third lumen, and the fourth lumen (243, 244, 245, 246) are through-holes of the lock member, the through-holes are separated from each other and wherein the lock member is a monolithic lock member.
A polymer composition, comprising: a melt processable polymer; and a processing aid, the processing aid comprising boron nitride and a fluorine-containing polymer, wherein a weight ratio of the fluorine-containing polymer to the BN is greater than 2: 1; the BN is present in an amount less than 200 ppm in the polymer composition; and the fluorine-containing polymer is present in an amount of less than 800 ppm in the polymer composition. a melt processable polymer; and a processing aid, the processing aid comprising boron nitride and a fluorine-containing polymer, wherein a weight ratio of the fluorine-containing polymer to the BN is greater than 2: 1; the BN is present in an amount less than 200 ppm in the polymer composition; and the fluorine-containing polymer is present in an amount of less than 800 ppm in the polymer composition.
A hand welding torch with a switching device, wherein the switching device is formed from a switching element and actuators (24, 25, 26), wherein the switching element is movably mounted relative to the actuators, and wherein the actuators can be actuated by means of the switching element, wherein the switching element can be moved in at least two degrees of freedom (44, 45), wherein the switching element is disposed on an upper side of a hand grip of the hand welding torch, characterised in that a rocker switch for triggering a welding function is disposed on a bottom side of the hand grip.
A device for delivering shape-memory staples (910, 920), the device comprising: a grippable portion comprising a first actuator; and a delivery portion coupled to the grippable portion, wherein the delivery portion is configured to cause one end of each staple (910, 920) to protrude from the delivery portion in response to actuation of the first actuator; wherein the delivery portion comprises retention walls (550, 820) for retaining the staples (910, 920) within the delivery portion in an elastically deformed configuration and release apertures for releasing the staples (910, 920) to adopt a deployed configuration based on their shape memory; characterised in that the device further comprises: a striking mechanism coupled to the grippable portion and configured to communicate a striking blow to the delivery portion. a grippable portion comprising a first actuator; and a delivery portion coupled to the grippable portion, wherein the delivery portion is configured to cause one end of each staple (910, 920) to protrude from the delivery portion in response to actuation of the first actuator; wherein the delivery portion comprises retention walls (550, 820) for retaining the staples (910, 920) within the delivery portion in an elastically deformed configuration and release apertures for releasing the staples (910, 920) to adopt a deployed configuration based on their shape memory; characterised in that the device further comprises: a striking mechanism coupled to the grippable portion and configured to communicate a striking blow to the delivery portion.
A locking apparatus for locking a cutting unit for a harvester, said cutting unit to be transported on a transport vehicle, with respect to a support frame of the transport vehicle, said locking apparatus comprising a coupling section at the cutting unit side, for example, and a receiver for the coupling section at the vehicle side, for example, which coupling section and receiver can be brought into a locking engagement with one another, characterized in that the coupling section comprises a base, a shaft extending from the base and a head projecting with respect to the shaft; and in that the receiver has an abutment surface for the base of the coupling section and an opening for leading through at least the head of the coupling section in a leadthrough direction, with a latch element being provided at the receiver, which latch element is movable between a release position and a latched position and is configured to engage behind the head of the coupling section led through the opening in the latched position.
A linkage protection system for a photovoltaic power station, comprising an inverter, an anti-potential induced degradation, PID, module, and an insulation monitoring module, wherein the anti-PID module is configured to inject a voltage into an input end or an output end of the inverter, to increase or decrease a voltage to earth of a photovoltaic system; the insulation monitoring module is configured to inject an insulation monitoring voltage into a direct current side or an alternating current side of the inverter; and the anti-PID module and the insulation monitoring module communicate with each other and perform linkage control, so that the anti-PID module and the insulation monitoring module alternately operate in different time periods, wherein that the anti-PID module and the insulation monitoring module alternately operate in different time periods means that the anti-PID module operates while the insulation monitoring module does not operate in a time period, and the insulation monitoring module operates while the anti-PID module does not operate in a next time period. the anti-PID module is configured to inject a voltage into an input end or an output end of the inverter, to increase or decrease a voltage to earth of a photovoltaic system; the insulation monitoring module is configured to inject an insulation monitoring voltage into a direct current side or an alternating current side of the inverter; and the anti-PID module and the insulation monitoring module communicate with each other and perform linkage control, so that the anti-PID module and the insulation monitoring module alternately operate in different time periods, wherein that the anti-PID module and the insulation monitoring module alternately operate in different time periods means that the anti-PID module operates while the insulation monitoring module does not operate in a time period, and the insulation monitoring module operates while the anti-PID module does not operate in a next time period.
A dispenser for delivery of a substance consisting of at least two components, comprising: at least two containers (66a, 66b) for containing the components of the substance; a pumping unit (12a, 12b) at each of the containers (66a, 66b); an adjusting device for adjusting the proportion of the components of the substance; a movable actuator for the pumping units (12a, 12b); and a dispensing nozzle for the substance to be delivered by the dispenser, characterized in that the adjusting device is variable in its distance to the containers (66a, 66b, 102) and the pumping units (12a, 12b) or in the distance of its projections (61a, b) relative to a pivot axis of the actuator, in particular in opposing directions and that the containers (66a, 66b, 102) are compressible via the adjusting device, wherein the ratio of compression of the containers (66a, 66b, 102) is dependent on the distance of a distance surface to the respective containers (66a, 66b) or pumping units (12a, 12b) or on the distance of the projections (61a, b) to the respective containers (66a, 66b) or on the distance of its projections (61a, b) relative to the pivot axis of the adjusting device. at least two containers (66a, 66b) for containing the components of the substance; a pumping unit (12a, 12b) at each of the containers (66a, 66b); an adjusting device for adjusting the proportion of the components of the substance; a movable actuator for the pumping units (12a, 12b); and a dispensing nozzle for the substance to be delivered by the dispenser,
A biocompatible device comprising a body structure and a wound-healing-enhancing agent in a wound-healing-enhancing effective amount, the biocompatible device further comprising a coating, wherein the wound-healing enhancing agent is included in the coating, the coating comprising microparticles and/or nanoparticles, wherein the wound-healing-enhancing agent is encapsulated into the microparticles and/or nanoparticles; wherein the microparticles and/or nanoparticles are admixed with or encapsulated within a polymeric material matrix; wherein the wound-healing-enhancing agent is fibromodulin (FMOD), an FMOD polypeptide, or an FMOD peptide; wherein the FMOD, FMOD polypeptide, or FMOD peptide is modified by fusion to a polypeptide sequence or by attachment to a polymer; and wherein the biocompatible device is a medical implant or cosmetic implant. the biocompatible device further comprising a coating, wherein the wound-healing enhancing agent is included in the coating, the coating comprising microparticles and/or nanoparticles, wherein the wound-healing-enhancing agent is encapsulated into the microparticles and/or nanoparticles; wherein the microparticles and/or nanoparticles are admixed with or encapsulated within a polymeric material matrix; wherein the wound-healing-enhancing agent is fibromodulin (FMOD), an FMOD polypeptide, or an FMOD peptide; wherein the FMOD, FMOD polypeptide, or FMOD peptide is modified by fusion to a polypeptide sequence or by attachment to a polymer; and wherein the biocompatible device is a medical implant or cosmetic implant.
Integrated and modular system (10; 20; 30; 40) installed on site, formed by the coupling of at least one barrier element and at least one soundproofing panel (11, 11', 11"; 70; 80; 100; 110; 120; 130; 160) resting on the ground, characterized in that said panel comprises two flat plates (61, 61'; 71, 71'; 81, 81'; 101, 101'; 131, 131'; 161, 161') connected and spaced apart by a discontinuous structural element (62; 72; 82) and at their edges by means of a frame, and in that said panel is constrained in two points, segments, or areas of the frame, the first constraint point, segment or area being located in the lower side of the frame resting on the ground and fixed directly to the ground or to said at least one barrier element or both, and at least another constraint point, segment, or area of the frame, spaced apart from said lower side of the frame, constrained to said at least one barrier element.