mhurhangee/ep-ind-claims huggingface dataset:
An endoscope sheath comprising: a. a tube configured to receive all or a portion of a shaft of an endoscope, the endoscope including a light post in a proximal end region of the endoscope; and b. an arm attached to and extending from a proximal end region of the sheath; wherein the arm has one or more features that are configured to be in communication with the light post to orient the sheath axially and rotationally with respect to the endoscope, the one or more features including a socket configured to axially and rotationally lock the sheath to the endoscope, wherein axially locking the sheath to the endoscope includes preventing axial movement of the sheath in the proximal direction and the distal direction relative to the endoscope, characterized in that a proximal end of the endoscope sheath includes a facing surface that the endoscope extends through, and the facing surface includes a flare that is configured to form a seal with a shoulder of an endoscope, the facing surface being elastically deformable so that the facing surface is configured to form a sealed connection with a shoulder of the endoscope. a. a tube configured to receive all or a portion of a shaft of an endoscope, the endoscope including a light post in a proximal end region of the endoscope; and b. an arm attached to and extending from a proximal end region of the sheath;
A user equipment, UE, for wireless communication, comprising: a memory; a transceiver; and a processor coupled to the memory and the transceiver; wherein the processor is configured to: control the transceiver to receive, from a base station, a sidelink resource configuration signaling for more than one radio access technology, RAT; and control the transceiver to report to the base station a UE capability, wherein the UE capability comprises a UE cross-RAT capability and a UE inter-RAT capability, the UE cross-RAT capability being configured to use either or both a new radio, NR, RAT and a long term evolution, LTE, RAT for sidelink V2X communication, and the UE inter-RAT capability being configured to perform processing and signaling exchange between a NR RAT and an LTE RAT. a memory; a transceiver; and a processor coupled to the memory and the transceiver; wherein the processor is configured to: control the transceiver to receive, from a base station, a sidelink resource configuration signaling for more than one radio access technology, RAT; and control the transceiver to report to the base station a UE capability, wherein the UE capability comprises a UE cross-RAT capability and a UE inter-RAT capability, the UE cross-RAT capability being configured to use either or both a new radio, NR, RAT and a long term evolution, LTE, RAT for sidelink V2X communication, and the UE inter-RAT capability being configured to perform processing and signaling exchange between a NR RAT and an LTE RAT. control the transceiver to receive, from a base station, a sidelink resource configuration signaling for more than one radio access technology, RAT; and control the transceiver to report to the base station a UE capability, wherein the UE capability comprises a UE cross-RAT capability and a UE inter-RAT capability, the UE cross-RAT capability being configured to use either or both a new radio, NR, RAT and a long term evolution, LTE, RAT for sidelink V2X communication, and the UE inter-RAT capability being configured to perform processing and signaling exchange between a NR RAT and an LTE RAT.
An emitting and receiving antenna for a telecommunications satellite, said antenna comprising at least one shaped reflector and a primary radiating feed including a primary reception chain, said primary radiating feed being capable of radiating a primary beam with a nominal ground footprint, said antenna further comprising a device for adjusting the radiation of the primary radiating feed, said adjustment device comprising a secondary radiating array composed of a number of elementary radiating feeds accommodated around the primary radiating feed, a beam-forming network (18, 18a, 18b, 18c, 18d) connected to the elementary radiating feeds which is able to synthesize a secondary beam having a minimum energy in one direction of a jammer and having a footprint which is superimposed, at least partially, upon the nominal ground footprint, and a coupling device, characterized in that said coupling device comprises at least a first filter connected to the reception of the primary radiating feed, at least a second filter connected to the reception on the output of the beam-forming network, and a dual frequency multiplexer comprising two inputs which are connected respectively to respective outputs of the first filter and the second filter, the dual frequency multiplexer being capable of multiplexing the reception frequency bands of the primary radiating feed and of the secondary radiating array in order to reconstitute a complete and non-jammed reception frequency band, the first and the second filter respectively being either a rejection band-stop filter centered on the jammer frequency and a selective band-pass filter centered on the frequency of the jammer, or respectively band-pass filters covering the totality of the reception frequency band.
A load-lifting device for mounting on a vehicle, comprising: a platform which can be moved from a lowered rest position into a raised working position and back again in order to receive a load, a linking lever which is pivotably supported on the platform and which is intended to be articulated to the vehicle by means of a linking end region, a support element which is fitted to the platform and which has a base end which is provided for support on a substrate, a drive element which is intended to move the support element from a rest position which is associated with the rest position of the platform into a working position in which the base end is supported on the substrate and the platform is raised into the working position, and a connection element which is connected, on the one hand, to the linking lever and, on the other hand, to the support element in order to control the rotation position of the linking lever and the pivot position of the platform in accordance with the support element. a platform which can be moved from a lowered rest position into a raised working position and back again in order to receive a load, a linking lever which is pivotably supported on the platform and which is intended to be articulated to the vehicle by means of a linking end region, a support element which is fitted to the platform and which has a base end which is provided for support on a substrate, a drive element which is intended to move the support element from a rest position which is associated with the rest position of the platform into a working position in which the base end is supported on the substrate and the platform is raised into the working position, and a connection element which is connected, on the one hand, to the linking lever and, on the other hand, to the support element in order to control the rotation position of the linking lever and the pivot position of the platform in accordance with the support element.
A solid oxide electrolyte type fuel cell comprising: an oxidizing electrode layer; a reducing electrode layer provided in opposition to the oxidizing electrode layer; a solid electrolyte layer provided between the oxidizing electrode layer and the reducing electrode layer; and an alternating laminated structural section (40, 50) provided in at least one of an area between the oxidizing electrode layer and the solid electrolyte layer and an area between the reducing electrode layer and the solid electrolyte layer, the alternating laminated structural section including a first thin film layer (40a, 50a), which includes a material of corresponding one of the oxidizing electrode layer and the reducing electrode layer, and a second thin film layer (40b, 50b), which has a phase including the material of the corresponding one of the oxidizing electrode layer and the reducing electrode layer and a material of the solid electrolyte layer, and the first thin film layer and the second thin film layer being alternately laminated. an oxidizing electrode layer; a reducing electrode layer provided in opposition to the oxidizing electrode layer; a solid electrolyte layer provided between the oxidizing electrode layer and the reducing electrode layer; and an alternating laminated structural section (40, 50) provided in at least one of an area between the oxidizing electrode layer and the solid electrolyte layer and an area between the reducing electrode layer and the solid electrolyte layer, the alternating laminated structural section including a first thin film layer (40a, 50a), which includes a material of corresponding one of the oxidizing electrode layer and the reducing electrode layer, and a second thin film layer (40b, 50b), which has a phase including the material of the corresponding one of the oxidizing electrode layer and the reducing electrode layer and a material of the solid electrolyte layer, and the first thin film layer and the second thin film layer being alternately laminated.
A resin composition comprising: (a) a cyanate ester resin having two or more cyanate groups in the molecule; (b) a bisphenol A epoxy resin having two or more epoxy groups in the molecule; (c) a novolak resin having two or more epoxy groups in the molecule; (d) a brominated polycarbonate oligomer; (e) a low polymer of styrene and/or a substituted styrene; (f) spherical silica particles having a mean particle diameter of 3 μm or less; and (g) a wetting and dispersing agent, wherein the low polymer of styrene and/or substituted styrene (e) is an unbranched compound or resin obtained by polymerizing one of or two or more of aromatic vinyl compounds selected from styrene, vinyl toluene, α-methylstyrene and having a number average molecular weight of the polymer of 178 to 800, an average number of aromatic rings of 2 to 6, a total content of the aromatic rings of 2 to 6 of not less than 50% by weight, and a boiling point of 300°C or above, and the wetting and dispersing agent (g) being selected from modified polyurethanes. (a) a cyanate ester resin having two or more cyanate groups in the molecule; (b) a bisphenol A epoxy resin having two or more epoxy groups in the molecule; (c) a novolak resin having two or more epoxy groups in the molecule; (d) a brominated polycarbonate oligomer; (e) a low polymer of styrene and/or a substituted styrene; (f) spherical silica particles having a mean particle diameter of 3 μm or less; and (g) a wetting and dispersing agent,
A method for controlling a repair of at least one non-autonomic extrinsic self-healing material in an object, the method, performed by a server, comprising: triggering at least one sensor element (110A; 110B) embedded in the at least one non-autonomic extrinsic self-healing material to initiate a testing procedure for the at least one non-autonomic extrinsic self-healing material, receiving a result of the testing procedure in the server, characterized in that the method further comprising: analysing the result of the testing procedure, determining, in response to a detection in the analysing that the at least one non-autonomic extrinsic self-healing material requires a repair process, capability information of the sensor element (110A; 110B) with an inquiry to one of: the at least one sensor element (110A; 110B), a database; the capability information being indicative on a kind of repair process the sensor element is capable of, receiving the capability information in the server, determining a triggering instruction to the sensor element (110A; 110B) in the server on the basis of the capability information, delivering the triggering instruction to utilize an applicable capability of the sensor element (110A; 110B) to the sensor element (110A; 110B). triggering at least one sensor element (110A; 110B) embedded in the at least one non-autonomic extrinsic self-healing material to initiate a testing procedure for the at least one non-autonomic extrinsic self-healing material, receiving a result of the testing procedure in the server, characterized in that the method further comprising: analysing the result of the testing procedure, determining, in response to a detection in the analysing that the at least one non-autonomic extrinsic self-healing material requires a repair process, capability information of the sensor element (110A; 110B) with an inquiry to one of: the at least one sensor element (110A; 110B), a database; the capability information being indicative on a kind of repair process the sensor element is capable of, receiving the capability information in the server, determining a triggering instruction to the sensor element (110A; 110B) in the server on the basis of the capability information, delivering the triggering instruction to utilize an applicable capability of the sensor element (110A; 110B) to the sensor element (110A; 110B). analysing the result of the testing procedure, determining, in response to a detection in the analysing that the at least one non-autonomic extrinsic self-healing material requires a repair process, capability information of the sensor element (110A; 110B) with an inquiry to one of: the at least one sensor element (110A; 110B), a database; the capability information being indicative on a kind of repair process the sensor element is capable of, receiving the capability information in the server, determining a triggering instruction to the sensor element (110A; 110B) in the server on the basis of the capability information, delivering the triggering instruction to utilize an applicable capability of the sensor element (110A; 110B) to the sensor element (110A; 110B).
A method of handling Real-time Transport Protocol, RTP, media packets communicated between Voice over Internet Protocol, VoIP, terminals in real time, the method comprising: Checking, at a Real-time Transport Protocol, RTP, transmitting terminal whether a communication payload generated during voice communication is a silence payload or a voice payload; and if the communication payload generated is a voice payload: transmitting an RTP packet (S405 and S406); if the communication payload is a silence payload: accumulating, at the RTP transmitting terminal the communication payload instead of transmitting it, and, if the number of accumulated silence payloads has reached a predetermined multi-frame limit, combining the accumulated communication payloads to form an RTP packet and transmitting said RTP packet (S405 and S406). Checking, at a Real-time Transport Protocol, RTP, transmitting terminal whether a communication payload generated during voice communication is a silence payload or a voice payload; and if the communication payload generated is a voice payload: transmitting an RTP packet (S405 and S406); if the communication payload is a silence payload: accumulating, at the RTP transmitting terminal the communication payload instead of transmitting it, and, if the number of accumulated silence payloads has reached a predetermined multi-frame limit, combining the accumulated communication payloads to form an RTP packet and transmitting said RTP packet (S405 and S406).
Method for manufacturing a permanently magnetized synchronous motor for a conveying apparatus, said motor comprising a stator, a rotor and an air gap between these, in which motor the stator and / or rotor comprises slots, which are formed by a slot bottom and a slot opening, and teeth between the slots, in which method the slot opening facing the air gap is so implemented that its width is at least 75% and at most 125% of the width of the slot bottom, and in which method a concentrated fractional-slot winding having a maximum slot number of 0.5 is fitted in the slots, characterized in that said motor is manufactured as an axial flux machine, having a permanently magnetized rotor and that the rotor magnets are placed on the surface of the rotor and a protective shield of the magnets is made from glass fiber laminate to reduce eddy current losses, whereby the winding produced in the method is an n-phase concentrated fractional-slot winding comprising a number m of basic winding sections, each phase winding comprises an equal number of m coil pairs (1,2) and that the method comprises the steps of: a. winding the first phase winding of the motor to form a coil group from a continuous conductor by using a coil winder in such manner that a first and a second coil of the phase winding are wound to form a first coil pair surrounding two mutually adjacent teeth (11,12), a third and a fourth coil are wound to form a second coil pair surrounding two mutually adjacent teeth, and the distance between the first and the second coil pairs in the winding is equal to a conductor length determined by the length of the basic winding section, said conductor length forming a front-end conductor along the inner circumference of the motor. a. winding the first phase winding of the motor to form a coil group from a continuous conductor by using a coil winder in such manner that a first and a second coil of the phase winding are wound to form a first coil pair surrounding two mutually adjacent teeth (11,12), a third and a fourth coil are wound to form a second coil pair surrounding two mutually adjacent teeth, and the distance between the first and the second coil pairs in the winding is equal to a conductor length determined by the length of the basic winding section, said conductor length forming a front-end conductor along the inner circumference of the motor.
A compound characterized by the general formula BAc Cy being - a C 5 -C 6 halo heterocycle, or - a substituted or unsubstituted C 5 -C 6 heteroaryl, - a tetralin or indane, - a C 5 -C 6 halo heteroaryl comprising one or two halogen atoms selected from Cl of F; or Cy being selected from the group of pyrrole, furan, thiophene, benzothiophene, chromene, thiazole, pyrazine, pyridazine, pyridine, 1,2,3-triazole, 1,2,4-triazole, imidazole, oxazole, thiazole, indole, isoindole, quinoline, isoquinoline, naphthalene, coumarin, aminocoumarin, umbelliferon, benzotriazole, psoralen, benzofurane, benzothiophene, benzimidazole, benzthiazole, benzoxazole or benzpyridazine or hydroxylated, methylated or halogenated derivatives thereof; with Y = CN and Z = H. - a C 5 -C 6 halo heterocycle, or - a substituted or unsubstituted C 5 -C 6 heteroaryl, - a tetralin or indane, - a C 5 -C 6 halo heteroaryl comprising one or two halogen atoms selected from Cl of F; or Cy being selected from the group of pyrrole, furan, thiophene, benzothiophene, chromene, thiazole, pyrazine, pyridazine, pyridine, 1,2,3-triazole, 1,2,4-triazole, imidazole, oxazole, thiazole, indole, isoindole, quinoline, isoquinoline, naphthalene, coumarin, aminocoumarin, umbelliferon, benzotriazole, psoralen, benzofurane, benzothiophene, benzimidazole, benzthiazole, benzoxazole or benzpyridazine or hydroxylated, methylated or halogenated derivatives thereof;
A method for generating an audio signal from a musical controller, the method comprising: receiving (s1, s2, s10, s11) a user input having at least a first component and a second component, wherein the second component has a temporal evolution; determining an audio signal based on the first component; analysing (s4, s13) the temporal evolution of the second component to determine an instruction; and modifying (s5, s14) a sonic property of the determined audio signal based on the instruction; wherein the temporal evolution of receiving the second component of the input is decoupled from the temporal evolution of modifying the audio signal; wherein the input is made to a musical keyboard. receiving (s1, s2, s10, s11) a user input having at least a first component and a second component, wherein the second component has a temporal evolution; determining an audio signal based on the first component; analysing (s4, s13) the temporal evolution of the second component to determine an instruction; and modifying (s5, s14) a sonic property of the determined audio signal based on the instruction; wherein the temporal evolution of receiving the second component of the input is decoupled from the temporal evolution of modifying the audio signal; wherein the input is made to a musical keyboard.
A tire comprising a tread portion provided with a first circumferential groove and a second circumferential groove each extending in the tire circumferential direction, and lateral grooves connecting between the first circumferential groove and the second circumferential groove, wherein the first circumferential groove is a zigzag groove, and comprises a radially outer first portion having a smallest groove width, and a radially inner second portion which is positioned inside the first portion in a tire radial direction and is wider in groove width than the first portion, characterized in that with respect to a tire equator, the second circumferential groove is disposed outside the first circumferential groove in the tire axial direction. the first circumferential groove is a zigzag groove, and comprises a radially outer first portion having a smallest groove width, and a radially inner second portion which is positioned inside the first portion in a tire radial direction and is wider in groove width than the first portion, characterized in that with respect to a tire equator, the second circumferential groove is disposed outside the first circumferential groove in the tire axial direction.