mhurhangee/patent-ind-claim-en huggingface dataset:
A network processing method in network comprising a logical entity controlling at least one group of transmission points comprised in a plurality of transmission points forming a cell of a network according to a no-cell technology for uplink and downlink coordinated transmission with a terminal , characterized in that the method comprises: waiting, by a first network device, for a first time length after determining that the terminal is in a state out-of synchronization with the network which is called a network out-of-synchronization state in the following; instructing , by a first network device if the first network device does not receive, in the first time length after the first network device determines that a terminal is in the network out-of-synchronization state, a measurement message reported by a second network device in a signal coverage area of the first network device based on an uplink tracking signal of the terminal, at least one second network device in the signal coverage area of the first network device to send paging signaling to the terminal wherein the first network device is the logical entity and each of the at least one second network device is one of the transmission points ; and setting , by the first network device, a network status of the terminal to a detached state if the first network device determines that in a second time length, no second network device in the signal coverage area of the first network device receives a paging response sent by the terminal, and that the terminal is still in the network out-of-synchronization state, wherein the paging response is a feedback message sent by the terminal after the terminal receives the paging signaling. waiting, by a first network device, for a first time length after determining that the terminal is in a state out-of synchronization with the network which is called a network out-of-synchronization state in the following; instructing , by a first network device if the first network device does not receive, in the first time length after the first network device determines that a terminal is in the network out-of-synchronization state, a measurement message reported by a second network device in a signal coverage area of the first network device based on an uplink tracking signal of the terminal, at least one second network device in the signal coverage area of the first network device to send paging signaling to the terminal wherein the first network device is the logical entity and each of the at least one second network device is one of the transmission points ; and setting , by the first network device, a network status of the terminal to a detached state if the first network device determines that in a second time length, no second network device in the signal coverage area of the first network device receives a paging response sent by the terminal, and that the terminal is still in the network out-of-synchronization state, wherein the paging response is a feedback message sent by the terminal after the terminal receives the paging signaling.
A fluid channeling component for an endoscopy tip, wherein the fluid channeling component comprises: a front working channel adapted for insertion of a medical tool; a front jet channel adapted to clean a body cavity into which said endoscope is inserted; an injector opening having a nozzle aimed at a front looking viewing element and associated illuminators; and wherein the fluid channeling component further comprises at least one side jet opening , characterised in that fluid exiting the at least one side jet opening exits in accordance with a plurality of predefined algorithms which include continuous fluid stream, fluid stream pulsing at different flow rates, and fluid stream being expelled at different timings with respect to the different side jet openings when the fluid channeling component comprises more than one side jet opening. a front working channel adapted for insertion of a medical tool; a front jet channel adapted to clean a body cavity into which said endoscope is inserted; an injector opening having a nozzle aimed at a front looking viewing element and associated illuminators; and wherein the fluid channeling component further comprises at least one side jet opening , characterised in that fluid exiting the at least one side jet opening exits in accordance with a plurality of predefined algorithms which include continuous fluid stream, fluid stream pulsing at different flow rates, and fluid stream being expelled at different timings with respect to the different side jet openings when the fluid channeling component comprises more than one side jet opening.
Method for manufacturing a sample (P) for microstructural materials diagnostics comprising detaching a basic structure from a flat substrate having a thickness d by irradiating the substrate with a laser beam as a high energy beam in order to cut the contours of the basic structure through the whole thickness d of the substrate so that the basic structure comprises a supported structure and a supporting structure , wherein the supported structure is supported by the supporting structure and wherein the supporting structure is configured to be held by a jig , and holding the supporting structure by a jig , thinning the supported structure , which is immovably seized by the jig , at least in sections by cutting its surface with the laser beam , wherein the supported structure is an elongated body shaped as a cantilever beam extending in a longitudinal direction (L) between two opposing longitudinal ends ; characterized in that (i) the elongated body is connected to the supporting structure only at one of the longitudinal ends or only at both of its longitudinal ends and; (ii) prior to thinning, a thickness d of the elongated body measured perpendicular to a substrate plane between two opposing lateral faces is equal to the thickness d of the substrate . detaching a basic structure from a flat substrate having a thickness d by irradiating the substrate with a laser beam as a high energy beam in order to cut the contours of the basic structure through the whole thickness d of the substrate so that the basic structure comprises a supported structure and a supporting structure , wherein the supported structure is supported by the supporting structure and wherein the supporting structure is configured to be held by a jig , and holding the supporting structure by a jig , thinning the supported structure , which is immovably seized by the jig , at least in sections by cutting its surface with the laser beam , wherein the supported structure is an elongated body shaped as a cantilever beam extending in a longitudinal direction (L) between two opposing longitudinal ends ; characterized in that (i) the elongated body is connected to the supporting structure only at one of the longitudinal ends or only at both of its longitudinal ends and; (ii) prior to thinning, a thickness d of the elongated body measured perpendicular to a substrate plane between two opposing lateral faces is equal to the thickness d of the substrate . (i) the elongated body is connected to the supporting structure only at one of the longitudinal ends or only at both of its longitudinal ends and; (ii) prior to thinning, a thickness d of the elongated body measured perpendicular to a substrate plane between two opposing lateral faces is equal to the thickness d of the substrate .
A set of two vehicles for distributing objects contained in one of said vehicles, comprising a first vehicle , called carrier vehicle, capable of transporting the objects over a long distance as well as of transporting a vehicle , called shuttle vehicle, equipped with a driving cab, which vehicle is intended to transport the objects over a shorter distance, in which set, for transportation, the shuttle is transversely stowed at the rear of the carrier vehicle on the outside against the rear face, and to this end the carrier vehicle comprises, at the rear of said carrier vehicle on the outside of the body work, a support means for supporting an attachment means fitted on the shuttle vehicle, which vehicle is not equipped with a handling fork, the set being characterised in that the shuttle vehicle comprises a chassis and a vertically movable loading platform , the platform having the attachment means for attaching the support means and the shuttle vehicle comprises drive means so that it can move from an upper position, in which the shuttle is suspended from the support means of the carrier vehicle and is no longer in contact with the ground, to a lower position, in which the shuttle is in contact with the ground so that it can move on the ground, and vice versa.
Composition comprising: a) at least one gemini surfactant; b) at least one alkylpolyglucoside; and c) at least one polyglycerol fatty acid(s) ester, wherein the fatty acid comprises from 4 to 36 carbon atoms, wherein said composition comprises from 0.1% to 20% by weight of gemini surfactant(s) based on the total weight of the composition, and wherein said gemini surfactant has the following formula (A): wherein: - R represents a linear or branched alkyl group comprising from 1 to 26 carbon atoms, - Z is H + or Na + , - m 1 and m 2 are, independently of each other, integer comprised between 1 and 20, and - y is an integer wherein y = m 1 + m 2 + 3; or wherein the gemini surfactant has the following formula (I-1): or their diastereoisomers, - X 1 is H or M, M being an alkali metal or alkaline-earth metal, - X2 is H or M, M being as defined above, - X3 is H or M, M being as defined above, and - r, q, l, p, and k are integers comprised between 0 and 10. a) at least one gemini surfactant; b) at least one alkylpolyglucoside; and c) at least one polyglycerol fatty acid(s) ester, wherein the fatty acid comprises from 4 to 36 carbon atoms, - R represents a linear or branched alkyl group comprising from 1 to 26 carbon atoms, - Z is H + or Na + , - m 1 and m 2 are, independently of each other, integer comprised between 1 and 20, and - y is an integer wherein y = m 1 + m 2 + 3; - X 1 is H or M, M being an alkali metal or alkaline-earth metal, - X2 is H or M, M being as defined above, - X3 is H or M, M being as defined above, and - r, q, l, p, and k are integers comprised between 0 and 10.
A ballistic robot system comprising: a robot comprising a controller , onboard sensors , a body supporting the controller and the onboard sensors , and at least one component that is configured for actuation by the controller ; a catching system with a landing surface ; characterised by a launch mechanism which operates to first support the robot during a pre-launch process stage during which energy is provided to the body of the robot and to second launch the body of the robot as a ballistic body with a trajectory defining a flight path intersecting the landing surface , wherein the controller processes data collected by the onboard sensors while flying on the flight path, calculates an angular velocity and remaining time prior to impact with the landing surface and generates a control signal to cause the actuation of the at least one component to cause the body to perform a predefined controlled motion prior to impact with the landing surface . a robot comprising a controller , onboard sensors , a body supporting the controller and the onboard sensors , and at least one component that is configured for actuation by the controller ; a catching system with a landing surface ; characterised by a launch mechanism which operates to first support the robot during a pre-launch process stage during which energy is provided to the body of the robot and to second launch the body of the robot as a ballistic body with a trajectory defining a flight path intersecting the landing surface , wherein the controller processes data collected by the onboard sensors while flying on the flight path, calculates an angular velocity and remaining time prior to impact with the landing surface and generates a control signal to cause the actuation of the at least one component to cause the body to perform a predefined controlled motion prior to impact with the landing surface .
A thermoplastic molding material composed of a) a mixture of 100 parts by weight of polyamide comprising aliphatic unbranched C 10-12 -foundational units and 5 to 100 parts by weight of polyamide 6 and/or polyamide 6/6,6 as component A), b) 0% to 10% by weight, based on component A), of further additives as component B), including 0% by weight, based on component A), of glass fibers, wherein the polyamide of component A) comprising aliphatic unbranched C 10-12 -foundational units is polyamide 6,10. a) a mixture of 100 parts by weight of polyamide comprising aliphatic unbranched C 10-12 -foundational units and 5 to 100 parts by weight of polyamide 6 and/or polyamide 6/6,6 as component A), b) 0% to 10% by weight, based on component A), of further additives as component B), including 0% by weight, based on component A), of glass fibers,
A rotor blade for a wind turbine , comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface; and, one or more pin joints for connecting the first and second blade segments at the chord-wise joint, the one or more pin joints comprising one or more pin joint tubes received within one or more pin joint slots , the one or more pin joint slots secured within a load bearing block , wherein the one or more pin joint slots are constructed of a first material having a first coefficient of thermal expansion, the load bearing block constructed of a second material having a second coefficient of thermal expansion, characterized by the first and second coefficients of thermal expansion being equal or within plus or minus 20% so as to maintain contact between the one or more pin joint slots and the load bearing block during operational temperature changes of the wind turbine. a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface; and, one or more pin joints for connecting the first and second blade segments at the chord-wise joint, the one or more pin joints comprising one or more pin joint tubes received within one or more pin joint slots , the one or more pin joint slots secured within a load bearing block , wherein the one or more pin joint slots are constructed of a first material having a first coefficient of thermal expansion, the load bearing block constructed of a second material having a second coefficient of thermal expansion, characterized by the first and second coefficients of thermal expansion being equal or within plus or minus 20% so as to maintain contact between the one or more pin joint slots and the load bearing block during operational temperature changes of the wind turbine.
Cutting chain for ornamental stones chain cutting machines, comprising inner links and outer links which are alternating and mutually connected through articulation pins , the outer links being formed by three portions , including two lateral and a third central separating the two lateral portions of the outer link from each other, wherein said central portion is integrally joined to a first of the two lateral portions and it is removably connected to the other lateral portion , or said central portion is removably connected to both lateral portions , and wherein, said three portions of each outer link form plates assembled to each other in parallel fashion so as to form an intermediate space housing two respective round-shaped longitudinal ends of contiguous inner links , said round-shaped longitudinal ends having a shape substantially complementary to two concavities formed on a lower side and at the longitudinal opposite ends of said central portion , so as to create respective labyrinth-like interspaces with substantially constant thickness also during the operation of the chain and with shape adapted to that of the two concavities , so as to prevent the entry of the material generated by the cutting of the ornamental stone, said central portion of an outer link having two projections at two opposite free ends of said two concavities , said projections serving as a barrier against the material generated by the cutting of the ornamental stone, and as an abutment for preventing the free rotation of the chain in the direction opposite to the natural bending thereof around a drive pinion and to an idler wheel/pinion, said projections extending, in a straight section of the chain on which the links are in axis or aligned, substantially up to a juxtaposed surface of a respective recess formed on an upper wall of the contiguous inner link in a position adjacent to a corresponding round-shaped longitudinal end , characterised in that one or more projections of one or more outer links of the cutting chain has - at the lower part - a wedge for pushing and ejecting the material generated by the cutting, cooperating with a respective flat juxtaposed surface of a corresponding recess , or one or more surfaces of a corresponding recess of an inner link , cooperating with a projection which is thus flat at the lower side and belongs to an outer link , having a wedge-shaped element for pushing and ejecting the material generated by the cutting, and in that one or more lateral portions of one or more outer links has one or more openings for the lateral ejection of the material generated by the cutting arranged laterally with respect to said pushing and ejecting wedge as well as substantially at the same height as the latter.
Process for labeling a material based on at least one organic thermoplastic or thermosetting polymer matrix including a step consisting of incorporating, by dispersion during the production or shaping thereof, at least one compound based on two to ten photoluminescent rare earth elements and at least one non-photoluminescent rare earth element according to a concentration making said compound detectable under UV irradiation, in which said compound is a coordination polymer in the form of a crystallite obtained by reacting one ion of said two to ten photoluminescent rare earth elements and one ion of said at least one non-photoluminescent rare earth element with at least one unsaturated organic ligand.
A locking positioning system, comprising: a bearing including an inner race and an outer race , the outer race coupled to the inner race, the outer race to be coupled to a second structure ; a housing movably coupled to the inner race, the housing to be coupled to a first structure ; characterized by a lock ring coupled to the housing, the lock ring movable between a first position, in which the inner race is held in a fixed position, and a second position, in which the inner race is movable to adjust a position of the second structure relative to the first structure. a bearing including an inner race and an outer race , the outer race coupled to the inner race, the outer race to be coupled to a second structure ; a housing movably coupled to the inner race, the housing to be coupled to a first structure ; characterized by a lock ring coupled to the housing, the lock ring movable between a first position, in which the inner race is held in a fixed position, and a second position, in which the inner race is movable to adjust a position of the second structure relative to the first structure.
A tire mold , comprising: a tread ring having tread forming elements disposed thereon; two sidewall members adjacent to the tread ring , wherein the sidewall members are selected from the group consisting of plates and rings; a plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420), wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold , and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members ; and an air chamber (200; 360) located radially outside of the circumferential seam (190; 340, 350) and fluidly connected to the circumferential seam (190; 340, 350), characterized in that one of the concentric bead rings is made up of a plurality of adjacent radial sections ; and the radial sections have partially sinusoidal ends that intermesh with the partially sinusoidal ends of adjacent radial sections. a tread ring having tread forming elements disposed thereon; two sidewall members adjacent to the tread ring , wherein the sidewall members are selected from the group consisting of plates and rings; a plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420), wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold , and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members ; and wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold , and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members ; and an air chamber (200; 360) located radially outside of the circumferential seam (190; 340, 350) and fluidly connected to the circumferential seam (190; 340, 350), characterized in that one of the concentric bead rings is made up of a plurality of adjacent radial sections ; and the radial sections have partially sinusoidal ends that intermesh with the partially sinusoidal ends of adjacent radial sections.
Breast shield for a breast pump for expressing human breast milk, wherein the breast shield has a funnel for bearing against the human mother's breast, and also has a connection part , wherein the funnel widens in the direction of the mother's breast in order to enclose at least a nipple and an areola surrounding the nipple, wherein the funnel has an end which is directed towards the breast, and forms a lay-on edge for providing contact with the mother's breast, and wherein the breast shield has a through-passage which extends from that end of the funnel which is directed towards the breast to that end of the connection part which is directed away from the breast, and which serves for applying a negative pressure to the mother's breast and for the outflow of pumped-out breast milk, wherein the lay-on edge of the funnel is formed by a three-dimensional curve, which is not located in a single plane, and wherein the funnel has precisely two planes of symmetry (S1, S2), wherein the lay-on edge has precisely two planes of symmetry (S1, S2), and wherein the opening angle (γ) of the funnel is constant over the circumference of the latter.