mhurhangee/patent-ind-claim-en huggingface dataset:
A non-penetrating tissue separator comprising: an outer shaft having an outer shaft lumen , an outer shaft distal portion , and an outer shaft distal lip ; an inner shaft having an inner shaft lumen and an inner shaft external surface ; a grabbing element attached to a distal edge of the inner shaft and having a grabbing element distal surface , a grabbing element proximal surface , a grabbing element circumferential surface , a grabbing element inner opening , and surface features disposed along at least one of the grabbing element distal surface , the grabbing element proximal surface , or the grabbing element circumferential surface , wherein at least a portion of the outer shaft is disposed around at least a portion of the inner shaft , so as to enable relative axial movement between the inner shaft and the outer shaft , thereby facilitating positioning of the grabbing element between a first state or a second state; wherein the grabbing element is rotatable about a central axis thereof, wherein the central axis of the grabbing element is directed in a distally oriented direction , orthogonal to the grabbing element distal surface , and wherein the surface features are atraumatic surface features , configured to releasably engage and grasp a tissue via the surface features , without cutting, dissecting or penetrating it, during rotational movement of the grabbing element around its central axis, and to retain the tissue engaged therewith after rotational movement is halted and when the grabbing element is pulled in a proximal direction . an outer shaft having an outer shaft lumen , an outer shaft distal portion , and an outer shaft distal lip ; an inner shaft having an inner shaft lumen and an inner shaft external surface ; a grabbing element attached to a distal edge of the inner shaft and having a grabbing element distal surface , a grabbing element proximal surface , a grabbing element circumferential surface , a grabbing element inner opening , and surface features disposed along at least one of the grabbing element distal surface , the grabbing element proximal surface , or the grabbing element circumferential surface , wherein at least a portion of the outer shaft is disposed around at least a portion of the inner shaft , so as to enable relative axial movement between the inner shaft and the outer shaft , thereby facilitating positioning of the grabbing element between a first state or a second state; wherein the grabbing element is rotatable about a central axis thereof, wherein the central axis of the grabbing element is directed in a distally oriented direction , orthogonal to the grabbing element distal surface , and wherein the surface features are atraumatic surface features , configured to releasably engage and grasp a tissue via the surface features , without cutting, dissecting or penetrating it, during rotational movement of the grabbing element around its central axis, and to retain the tissue engaged therewith after rotational movement is halted and when the grabbing element is pulled in a proximal direction .
Heat conduction plate consisting of a plurality of metal layers, wherein two steel layers are arranged on either side of a layer that contains aluminium, comprising a first annular region that forms a flat surface, runs with an underside in a bearing plane and is designed to rest on a heating device (K) during operation; a second annular, conical or truncated pyramid-shaped region that is encompassed by the first annular region and rises at a first gradient towards the centre; and a third region that is encompassed by the second conical or truncated pyramid-shaped region and whose gradient towards the centre of a vessel is less at all points than the first gradient; characterised in that the first, second and third regions have a constant thickness, and that a distance of the third region at the transition to the second annular region of the bearing plane at room temperature is between 0.2 mm and 0.8 mm. a second annular, conical or truncated pyramid-shaped region that is encompassed by the first annular region and rises at a first gradient towards the centre; and a third region that is encompassed by the second conical or truncated pyramid-shaped region and whose gradient towards the centre of a vessel is less at all points than the first gradient; characterised in that the first, second and third regions have a constant thickness, and that a distance of the third region at the transition to the second annular region of the bearing plane at room temperature is between 0.2 mm and 0.8 mm.
A locking device to be arranged on a ground , comprising: - an at least substantially tubular hollow body which defines a longitudinal direction of the locking device ; - an actuation element which is arranged at a first free end of the hollow body and movable relative to the hollow body between a loose position and an anchored position; - a mechanic anchoring mechanism which is arranged opposite to the actuation element with regard to the longitudinal direction and comprises a movable latch element ; - an acuation rod fixed to the actuation element , extending in the longitudinal direction and movably mounted which is arranged within the hollow body and is mechanically coupled to the anchoring mechanism ; - a locking plate which is fixed relative to the tubular hollow body ; and - an actuation plate as the actuation element , wherein the actuation plate extends parallel to the locking plate in the loose position, the anchored position and each position between the loose position and the anchored position, and the locking plate and the actuation plate have at least one hole , the holes together forming a pair of holes, the pair being aligned in the anchored position only, characterized in that the locking plate and the actuation plate extend perpendicularly to the longitudinal direction . - an at least substantially tubular hollow body which defines a longitudinal direction of the locking device ; - an actuation element which is arranged at a first free end of the hollow body and movable relative to the hollow body between a loose position and an anchored position; - a mechanic anchoring mechanism which is arranged opposite to the actuation element with regard to the longitudinal direction and comprises a movable latch element ; - an acuation rod fixed to the actuation element , extending in the longitudinal direction and movably mounted which is arranged within the hollow body and is mechanically coupled to the anchoring mechanism ; - a locking plate which is fixed relative to the tubular hollow body ; and - an actuation plate as the actuation element , wherein the actuation plate extends parallel to the locking plate in the loose position, the anchored position and each position between the loose position and the anchored position, and the locking plate and the actuation plate have at least one hole , the holes together forming a pair of holes, the pair being aligned in the anchored position only,
A dental resin-based composition for temporary sealing material that is polymerizable, the dental resin-based composition for temporary sealing material comprising: (a) 44% to 64% by weight a noncrosslinked (meth)acrylate polymer; (b) 3% to 21 % by weight a filling material; (c) 4% to 16% by weight a monofunctional (meth)acrylate polymerizable monomer; (d) 4% to 13% by weight a hydrophilic polymerizable monomer; (e) 0.1% to 5% by weight a polymerization initiator; and (f) 5% to 25% by weight a plasticizer, wherein the noncrosslinked (meth)acrylate polymer (a) is particulate, and has a 50% average particle diameter in a range of 5 μm to 150 μm, and a weight-average molecular weight in a range of 50000 to 1500000, the hydrophilic polymerizable monomer (d) has solubility of 5% by weight or more, in water at 23 °C, and a part or whole of the filling material (b) is ion sustained-release glass, wherein the ion sustained-release glass sustained-releases a fluoride ion, and further sustained-releases at least one type from among bivalent to tetravalent ions. (a) 44% to 64% by weight a noncrosslinked (meth)acrylate polymer; (b) 3% to 21 % by weight a filling material; (c) 4% to 16% by weight a monofunctional (meth)acrylate polymerizable monomer; (d) 4% to 13% by weight a hydrophilic polymerizable monomer; (e) 0.1% to 5% by weight a polymerization initiator; and (f) 5% to 25% by weight a plasticizer,
A production method for producing a circuit optimized to be protected against radiation, the production method including a preliminary characterization stage performed on a reference circuit comprising at least one reference surface on which radiation-sensitive reference elements are distributed, the preliminary characterization stage comprising the steps of: · irradiating the reference circuit a plurality of times; · after each irradiation, if one or more reference elements of the reference circuit have failed, locating said reference element(s); and · mapping the impact of the irradiations on the reference surface of the reference circuit; · the production method further including an optimization stage comprising the step of adapting the position of at least one optimized radiation-sensitive element on at least one optimized surface of the optimized circuit as a function of the mapping performed on the reference circuit. · irradiating the reference circuit a plurality of times; · after each irradiation, if one or more reference elements of the reference circuit have failed, locating said reference element(s); and · mapping the impact of the irradiations on the reference surface of the reference circuit; · the production method further including an optimization stage comprising the step of adapting the position of at least one optimized radiation-sensitive element on at least one optimized surface of the optimized circuit as a function of the mapping performed on the reference circuit.
An access management method in which a computer including a control unit performs access management of a graph comprising nodes and directed links between the nodes, wherein the control unit: determines, in response to an attempt to access a node N, whether a completeness condition, which indicates that complete access information that is access information with which it is possible to access the node N is available, is satisfied, by combining pieces of access information which have been acquired before accessing the node N; permits access to the node N when the completeness condition is satisfied; and suspends access to the node N when the completeness condition is not satisfied, characterized in that when a virtual node containing multiple nodes is formed, writing and reading of data to the virtual node is performed by one single communication. determines, in response to an attempt to access a node N, whether a completeness condition, which indicates that complete access information that is access information with which it is possible to access the node N is available, is satisfied, by combining pieces of access information which have been acquired before accessing the node N; permits access to the node N when the completeness condition is satisfied; and suspends access to the node N when the completeness condition is not satisfied, characterized in that when a virtual node containing multiple nodes is formed, writing and reading of data to the virtual node is performed by one single communication.
Process for functionalizing the electrically conductive or semiconductive surface of an electrode by electrografting of a polymeric film obtained from an ionic liquid monomer, the cation of which bears at least one electropolymerizable function.
A slider for a slide fastener, the slider comprising a slider body and a pull tab attaching post formed on the slider body , the slider comprising an aluminum alloy as a base material, the base material containing from 9.6 to 12.0% by mass of Si; from 1.5 to 3.5% by mass of Cu; and 0.01% by mass or less of Pb as an inevitable impurity; the balance being Al and other inevitable impurities, wherein a total concentration of Fe, Mg, Zn, Sn, Ni, Mn, Cr and Ti in the inevitable impurities of the base material is 1% by mass or less.
A method for recovering helium from a feed stream (S100) comprising helium, carbon dioxide, and one or more intermediate components having volatilities between those of carbon dioxide and helium, the method comprising separating the carbon dioxide and the intermediate components from the helium at a temperature greater than -82.7 °C to form a helium-rich product stream (S108), wherein the concentration of at least one of the intermediate components in the helium-rich product stream (S108) is lower than its concentration in the feed stream (S100), and wherein at least part of the separation is effected by contacting a vapor with a liquid, the method further comprising the steps of a. cooling the feed stream (S100); b. separating the feed stream (S100) into a first helium-enriched stream (S106) and a first CO 2 -enriched stream (S105, S132); c. separating the first helium-enriched stream (S106) to form the helium-rich product stream (S108) and a helium-lean stream (S109); d. splitting the first CO 2 -enriched stream (S105) into two or more derivative CO 2 -enriched streams (S116, 117); e. heating at least one of the two or more derivative CO 2 -enriched streams (S116, 117); and f. compressing and combining the two or more derivative CO 2 -enriched streams (S116, 117) to form a CO 2 -rich product stream (S122), wherein the feed stream (S100) is separated in step b) in a distillation column (C102, C103) and at least part of the feed stream (S100) enters the distillation column (C102, C103) at an intermediate location, further comprising separating at least one of the two or more derivative CO 2 -enriched streams (S116, S117) into a liquid fraction (S142) and a vapor fraction (S141) and feeding the liquid fraction (S142) to the top of the distillation column (C102, C103). a. cooling the feed stream (S100); b. separating the feed stream (S100) into a first helium-enriched stream (S106) and a first CO 2 -enriched stream (S105, S132); c. separating the first helium-enriched stream (S106) to form the helium-rich product stream (S108) and a helium-lean stream (S109); d. splitting the first CO 2 -enriched stream (S105) into two or more derivative CO 2 -enriched streams (S116, 117); e. heating at least one of the two or more derivative CO 2 -enriched streams (S116, 117); and f. compressing and combining the two or more derivative CO 2 -enriched streams (S116, 117) to form a CO 2 -rich product stream (S122),
A composition comprising (A) 1,1,1,3,3,3-hexafluoroisopropyl methyl ether (HFE-356mmz) and/or 1,1,2,3,3,3-hexafluoropropyl methyl ether (HFE-356mec), and (B) a fluorine oil, which is at least one compound selected from - perfluoropolyether compounds, - mono- or dicarboxylic acid compounds or silane compound, each containing a perfluoropolyether group, and - polymers of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000, the total amount of (A) and (B) being ≥ 99 mass%, based on the total of the composition. (A) 1,1,1,3,3,3-hexafluoroisopropyl methyl ether (HFE-356mmz) and/or 1,1,2,3,3,3-hexafluoropropyl methyl ether (HFE-356mec), and (B) a fluorine oil, which is at least one compound selected from - perfluoropolyether compounds, - mono- or dicarboxylic acid compounds or silane compound, each containing a perfluoropolyether group, and - polymers of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000, - perfluoropolyether compounds, - mono- or dicarboxylic acid compounds or silane compound, each containing a perfluoropolyether group, and - polymers of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000,
A seat support mechanism for turning a seat to change over the directed state thereof, comprising: a leg pedestal , which is adapted to be fixedly provided on a floor in the vicinity of a wall face, a moving pedestal , which is disposed under a top face part of said leg pedestal and is capable of being advanced/retracted in a direction orthogonal to said wall face; an underframe of the seat, which is disposed above the top face part of said leg pedestal , and is turnably supported by a turning shaft in said moving pedestal , the turning shaft avoiding an interference with the top face part , and an interlocking mechanism , which, when said seat is turned together with said underframe , converts a turning motion of the underframe into a linear motion, and transmits it to said moving pedestal through said turning shaft , thereby advancing/retracting said moving pedestal together with said underframe in a direction which can be the said direction orthogonal to said wall face, the directed state of said seat being capable of being changed over by said interlocking mechanism from a longitudinally directed state, in which the seat back face side is in parallelism to said wall face, to a crosswise directed state, in which the seat back face side is orthogonal to said wall face. a leg pedestal , which is adapted to be fixedly provided on a floor in the vicinity of a wall face, a moving pedestal , which is disposed under a top face part of said leg pedestal and is capable of being advanced/retracted in a direction orthogonal to said wall face; an underframe of the seat, which is disposed above the top face part of said leg pedestal , and is turnably supported by a turning shaft in said moving pedestal , the turning shaft avoiding an interference with the top face part , and an interlocking mechanism , which, when said seat is turned together with said underframe , converts a turning motion of the underframe into a linear motion, and transmits it to said moving pedestal through said turning shaft , thereby advancing/retracting said moving pedestal together with said underframe in a direction which can be the said direction orthogonal to said wall face, the directed state of said seat being capable of being changed over by said interlocking mechanism from a longitudinally directed state, in which the seat back face side is in parallelism to said wall face, to a crosswise directed state, in which the seat back face side is orthogonal to said wall face.
Payment terminal, comprising a tablet PC and a docking station for holding the tablet PC , wherein the tablet PC is attachable to the docking station by means of a breakable and restorable mechanical connection, and wherein the tablet PC comprises a touchscreen for inputting information and for displaying information to a user of the payment terminal (100 to 600) , characterized in that the mechanical connection is in the form of a rocker bearing and such that the tablet PC attached to the docking station by means of this mechanical connection is pivotable about a pivot axis , so that the display area of the touchscreen is able to be turned towards either a cashier or a customer, in that the mechanical connection is in the form of a latch connection and/or plug connection, in that the latch connection and/or plug connection comprises first latch and/or plug elements , which are in complementary form with respect to one another, on the tablet PC and second latch and/or plug elements on the docking station , in that the tablet PC comprises at least one rechargeable battery for supplying electric power, and in that an electrical connection for charging the rechargeable battery is made between the docking station and the tablet PC when the latter is attached to the docking station by means of the mechanical connection, in that there is provision for a mobile printer for printing receipts , in that the printer comprises a receiver and the tablet PC comprises a transmitter, so that a wireless data transmission connection is able to be made between the tablet PC and the printer for the purpose of transmitting data, in that the tablet PC has a first electrical contact and the docking station has a second electrical contact, which is complementary with respect to the first electrical contact, wherein these electrical contacts are arranged on the first and second latch and/or plug elements , and in that making the mechanical connection automatically results in contact being made between the first and second electrical contacts, so that the electrical connection between the docking station and the tablet PC is made.
Programmable electronic power controller with a power module for controlling at least one actuator that can be connected to the power module by means of an actuator control signal , with a control module for operating the power module by means of a power module control signal , and with an internal monitoring module for switching the control module to emergency operation, in which the control module is configured to execute a predefined fault response and place the actuator in a safe state, wherein the internal monitoring module is configured to monitor a system state, to detect a critical operating state and output at least one error signal , characterized in that the control module comprises - a base controller which is configured to output the power module control signals , and in which the functions for open- and closed-loop control of the actuator necessary for emergency operation in a critical operating state are implemented, - an additional controller , in which functions that are not necessary for emergency operation in a critical operating state are implemented, and - a controller separation point , which connects the base controller to the additional controller via a controller connection and is configured to receive the error signal from the internal monitoring module and upon receipt thereof at least partly separate the controller connection , wherein the monitoring module is configured to perform a functional separation of the base controller from the additional controller in emergency operation, so that an external influence on the base controller by the additional controller can be prevented. - a base controller which is configured to output the power module control signals , and in which the functions for open- and closed-loop control of the actuator necessary for emergency operation in a critical operating state are implemented, - an additional controller , in which functions that are not necessary for emergency operation in a critical operating state are implemented, and - a controller separation point , which connects the base controller to the additional controller via a controller connection and is configured to receive the error signal from the internal monitoring module and upon receipt thereof at least partly separate the controller connection ,