mhurhangee/ep-ind-claims huggingface dataset:
A microelectromechanical systems (MEMS) device, comprising: a substrate (24, 84); a movable mass (32, 92) suspended from said substrate (24, 84), said movable mass (32, 92) having a first portion (34, 94) and a second portion (36, 96), said second portion (36, 96) of said movable mass (32, 92) surrounding said first portion (34, 94) of said movable mass (32, 92); a spring system (38, 100) interconnecting said first portion (34, 94) of said movable mass (32, 92) with said second portion (36, 96) of said movable mass (32, 92), said spring system (38, 100) enabling movement of said second portion (36, 96) of said movable mass (32, 92) in response to a first force imposed upon said movable mass (32, 92) in a first direction that is orthogonal to the sense direction (62, 64), wherein said spring system (38, 100) inhibits movement of said first portion (34, 94) of said movable mass (32, 92) in said first direction in response to said first force; and at least one motion limiting structure (72, 114) laterally displaced away from an outer perimeter (74, 116) of said second portion (36, 96) of said movable mass (32, 92) in said first direction, wherein when said second portion (36, 96) of said movable mass (32, 92) moves in said first direction in response to said first force, said second portion (36, 96) of said movable mass (32, 92) contacts said at least one motion limiting structure (72, 114). a substrate (24, 84); a movable mass (32, 92) suspended from said substrate (24, 84), said movable mass (32, 92) having a first portion (34, 94) and a second portion (36, 96), said second portion (36, 96) of said movable mass (32, 92) surrounding said first portion (34, 94) of said movable mass (32, 92); a spring system (38, 100) interconnecting said first portion (34, 94) of said movable mass (32, 92) with said second portion (36, 96) of said movable mass (32, 92), said spring system (38, 100) enabling movement of said second portion (36, 96) of said movable mass (32, 92) in response to a first force imposed upon said movable mass (32, 92) in a first direction that is orthogonal to the sense direction (62, 64), wherein said spring system (38, 100) inhibits movement of said first portion (34, 94) of said movable mass (32, 92) in said first direction in response to said first force; and at least one motion limiting structure (72, 114) laterally displaced away from an outer perimeter (74, 116) of said second portion (36, 96) of said movable mass (32, 92) in said first direction, wherein when said second portion (36, 96) of said movable mass (32, 92) moves in said first direction in response to said first force, said second portion (36, 96) of said movable mass (32, 92) contacts said at least one motion limiting structure (72, 114).
Device for metal extraction, more particular for copper extraction - with a converter for receiving metal compounds to be converted, in particular for receiving copper compounds to be converted, as well as with a converter hood, connected to the converter, for cooling the hot exhaust gases emerging from at least one outlet opening of the converter, wherein the converter hood walls are formed by a plurality of pipe sections connected to each other, characterised in that as a cooling medium a steam-water mixture can be passed through the pipe sections under pressure, in that the cooling system of the converter hood comprises at least one circulation for the steam-water mixture and in that the seam-water mixture can be at a pressure of 15 to 85 bars for cooling the converter hood.
A method of treating a substrate comprising the following step: contacting the substrate with an aqueous medium, having at least 1% of water and from 1 to 1500 mM of hydrogen peroxide, to form an oxidative medium, the aqueous medium comprising a transition metal catalyst, wherein the transition metal catalyst is preformed and a dinuclear Mn Mn, Mn Mn, Mn Mn, Mn Mn or Mn Mn transition metal catalyst, the ligand of the transition metal catalyst of formula: wherein: Q = p is 3; R is independently selected from: hydrogen; C1-C6-alkyl; C2OH; C1COOH; and, pyridin-2-ylmethyl, and one of R is linked to the N of another Q from another ring via an ethylene bridge; R1, R2, R3, and R4 are independently selected from: H; C1-C4-alkyl; and, C1-C4-alkylhydroxy, wherein the oxidative medium has a pH in the range 11 to 13 and the concentration of the transition metal catalyst is in the range from 0.0001 to 1.5 microM and wherein the substrate is selected from: cellulosic substrate, crockery in a mechanical dishwasher and starch. wherein: Q = p is 3; R is independently selected from: hydrogen; C1-C6-alkyl; C2OH; C1COOH; and, pyridin-2-ylmethyl, and one of R is linked to the N of another Q from another ring via an ethylene bridge; R1, R2, R3, and R4 are independently selected from: H; C1-C4-alkyl; and, C1-C4-alkylhydroxy, wherein the oxidative medium has a pH in the range 11 to 13 and the concentration of the transition metal catalyst is in the range from 0.0001 to 1.5 microM and wherein the substrate is selected from: cellulosic substrate, crockery in a mechanical dishwasher and starch.
Use as a vulcanization activator in compounds for the preparation of rubber products, of a silica based nanomaterial; said use being characterized in that said silica based nanomaterial consists of particles of a Zn salt chosen from between Zn 3 (PO 4) 2 and Zn 2 SiO 4 supported on the surface of silica nanoparticles.
A furniture drive system for a furniture part that is movably mounted on a furniture carcass, with - a mechanical actuating unit, which has at least one pivotably mounted actuating arm for moving the movable furniture part and at least one energy storage mechanism for applying force to the at least one actuating arm, an electric drive unit, which is designed as an assembly formed separate from the mechanical actuating unit and which has at least one electric motor for the electromotive support of the movement of the movable furniture part and at least one driver, that can be driven by the at least one electric motor, for transmitting a torque of the electric motor to the mechanical actuating unit, wherein at least one damping device for damping the movement of the movable furniture part which is formed as a mechanical damping device, is arranged in the assembly of the electric drive unit, and wherein the mechanical actuating unit also comprises at least one damping device for damping the movement of the movable furniture part characterized in that at least the at least one damping device arranged in the assembly of the electric drive unit is formed as a linear dashpot with a cylinder and a piston movable relative thereto, preferably wherein a stop for acting on the linear dashpot is arranged on the cylinder, wherein alternatively or in addition to the linear dashpot, a rotary dashpot can also be used. - a mechanical actuating unit, which has at least one pivotably mounted actuating arm for moving the movable furniture part and at least one energy storage mechanism for applying force to the at least one actuating arm,
A system for generating a plasma jet, comprising a tube made of electrically insulating material containing a metal that is in a solid form at room temperature and an anode in contact with said metal, an electrical generator connected to said anode that is capable of producing a positive electrical potential at said anode, a heating element that is capable of heating a portion of said metal to a heating temperature Tc that is sufficient to vaporize said portion of the metal, an electron source located on the outside of the tube and out of the longitudinal axis of the tube, and being capable of generating an electron stream that is able to ionise the vapour of said metal so as to form metal ions, such that the metal ions thus produced are capable of being repelled and thus accelerated by said potential and ejected out of said tube via the downstream end of said tube, and a portion of which being neutralised by electrons emitted by said electron source so as to form a plasma stream.
An integrated process for the production of biocombustible and biofuel mixtures suitable for different conditions of use, comprising the following fundamental operations: a) producing mixtures of fatty acid alkyl esters and glycerine by transesterification, starting from lipid-based vegetable or animal materials and from lower alcohols or bioalcohols in excess; b) separating the mixtures deriving from the said operation a) of transesterification into a phase based on raw glycerine and a phase containing the said mixtures of fatty acid alkyl esters and the excess amount of lower alcohols or bioalcohols; characterised by the fact that the said starting lipid-based vegetable or animal materials include one or more of the following ingredients: i. raw vegetable oil ii. refined vegetable oil iii. used food oil and/or animal fats and by the fact that the said ingredients undergo the following preliminary treatments upstream of said operation a) of transesterification: 1) the said ingredient i), raw vegetable oil, is subjected to a preliminary depuration and refining treatment in order to remove impurities and to neutralise and winterize it, and then to drying of the refined oil thus obtained; 2) the said ingredient ii), refined vegetable oil, is subjected to preliminary drying; 3) the said ingredient iii), used food oil and/or animal fats, is subjected to a preliminary depuration treatment, to drying and then to an esterification of the free fatty acids contained therein, by addition of lower alcohols or bioalcohols; the obtained product based on fatty acid alkyl esters is mixed in a proportion of not more than 20% with dried refined oil obtained from treatments 1) or 2) above. a) producing mixtures of fatty acid alkyl esters and glycerine by transesterification, starting from lipid-based vegetable or animal materials and from lower alcohols or bioalcohols in excess; b) separating the mixtures deriving from the said operation a) of transesterification into a phase based on raw glycerine and a phase containing the said mixtures of fatty acid alkyl esters and the excess amount of lower alcohols or bioalcohols; i. raw vegetable oil ii. refined vegetable oil iii. used food oil and/or animal fats 1) the said ingredient i), raw vegetable oil, is subjected to a preliminary depuration and refining treatment in order to remove impurities and to neutralise and winterize it, and then to drying of the refined oil thus obtained; 2) the said ingredient ii), refined vegetable oil, is subjected to preliminary drying; 3) the said ingredient iii), used food oil and/or animal fats, is subjected to a preliminary depuration treatment, to drying and then to an esterification of the free fatty acids contained therein, by addition of lower alcohols or bioalcohols; the obtained product based on fatty acid alkyl esters is mixed in a proportion of not more than 20% with dried refined oil obtained from treatments 1) or 2) above.
An implantation device for positioning at least one object (4A; 4B) under the skin of a patient, comprising a housing, a cannula holder displaceable with respect to the housing, to which a cannula with a distal tip and a cavity can be attached for receiving the at least one object (4A; 4B) to be implanted, and a tappet which can be fixed with respect to the housing, which has a distal end that can be positioned in the cavity of the cannula, wherein the cannula is displaceable from a first insertion position with respect to a housing outlet to a first operating position via a first return stroke path along the tappet, in order to deposit a first object received in the cavity, and the cannula is displaceable from the first operating position together with the tappet to a second insertion position with respect to the housing outlet and from the second insertion position to a second operating position via a second return stroke path along the tappet, in order to deposit a second object received in the cavity, characterized in that the cannula holder can be fixed for displacement to the second insertion position on a first housing part, which is rigidly connected to the distal end of the tappet and is displaceably held on a second housing part forming the housing outlet. comprising a housing, a cannula holder displaceable with respect to the housing, to which a cannula with a distal tip and a cavity can be attached for receiving the at least one object (4A; 4B) to be implanted, and a tappet which can be fixed with respect to the housing, which has a distal end that can be positioned in the cavity of the cannula, wherein the cannula is displaceable from a first insertion position with respect to a housing outlet to a first operating position via a first return stroke path along the tappet, in order to deposit a first object received in the cavity, and the cannula is displaceable from the first operating position together with the tappet to a second insertion position with respect to the housing outlet and from the second insertion position to a second operating position via a second return stroke path along the tappet, in order to deposit a second object received in the cavity, characterized in that the cannula holder can be fixed for displacement to the second insertion position on a first housing part, which is rigidly connected to the distal end of the tappet and is displaceably held on a second housing part forming the housing outlet.
A transmission method, comprising: receiving, by a terminal device, a resource configuration of a reference signal from a network device; receiving, by the terminal device, from the network device over higher layer signaling state information configuration for a measurement report of the reference signal; receiving, by the terminal device, downlink control information, DCI, from the network device, wherein the DCI comprises a channel state information, CSI, request field used to indicate sending the reference signal to the terminal device, and to trigger the terminal device to report a measurement result of the reference signal to the network device; and receiving, by the terminal device, the reference signal; and reporting, by the terminal device, the measurement result according to the CSI request field and the state information configuration to the network device, the measurement report comprising at least one of state information: beam state information, BSI, and CSI; wherein the BSI comprises reference signal received power, RSRP, of the reference signal; and wherein the resource configuration includes information of a first resource, the first resource being one reference signal resource set of S first reference signal resource sets, and the S being an integer greater than or equal to 1. receiving, by a terminal device, a resource configuration of a reference signal from a network device; receiving, by the terminal device, from the network device over higher layer signaling state information configuration for a measurement report of the reference signal; receiving, by the terminal device, downlink control information, DCI, from the network device, wherein the DCI comprises a channel state information, CSI, request field used to indicate sending the reference signal to the terminal device, and to trigger the terminal device to report a measurement result of the reference signal to the network device; and receiving, by the terminal device, the reference signal; and reporting, by the terminal device, the measurement result according to the CSI request field and the state information configuration to the network device, the measurement report comprising at least one of state information: beam state information, BSI, and CSI; wherein the BSI comprises reference signal received power, RSRP, of the reference signal; and wherein the resource configuration includes information of a first resource, the first resource being one reference signal resource set of S first reference signal resource sets, and the S being an integer greater than or equal to 1.
Brake shoe for disc or drum brakes, having a support plate with a friction lining that is attached thereto and at least one wear indicator, characterized in that the wear indicator is formed as a volume body embedded in the friction lining and that contains a wear sensor for continuous or multistage measurement of the friction lining wear and a receiver and transmitter unit for wireless signal transmission.
A method of wireless communication at a User Equipment, UE, comprising: transmitting, to a base station, a first random access message comprising a preamble; receiving a second random access message from the base station in response to the first random access message, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a narrowband to be used for receiving a fourth random access message from the base station following the RAR; determining whether to perform a measurement of the narrowband indicated in the second random access message; and transmitting, to the base station, a third random access message, wherein the UE determines whether to perform the measurement of the narrowband indicated in the second random access message based on an amount of time between receiving the second random access message and transmitting the third random access message. transmitting, to a base station, a first random access message comprising a preamble; receiving a second random access message from the base station in response to the first random access message, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a narrowband to be used for receiving a fourth random access message from the base station following the RAR; determining whether to perform a measurement of the narrowband indicated in the second random access message; and transmitting, to the base station, a third random access message, wherein the UE determines whether to perform the measurement of the narrowband indicated in the second random access message based on an amount of time between receiving the second random access message and transmitting the third random access message.
A computer-implemented method of providing secure network access to a client device (206, 208, 210, 212) using a secure network access provisioning device (214, 302, 702), the method comprising: connecting the secure network access provisioning device (214, 302, 702) to a security authority while the secure network access provisioning device (214, 302, 702) is in an acquisition mode; the secure network access provisioning device (214, 302, 702), while in said acquisition mode, acquiring at least one network profile from the security authority; configuring at least one network interface (304, 306) of the secure network access provisioning device (214, 302, 702) with data corresponding to attributes of said at least one network profile; switching the secure network access provisioning device (214, 302, 702) from the acquisition mode to a gateway mode; connecting the secure network access provisioning device (214, 302, 702) to a client device (206, 208, 210, 212) via one of physical contact and an infra-red communications link; and for each of said at least one network profile, providing the client device (206, 208, 210, 212) with access to a wireless access point (202, 204) of the secure network associated with the network profile through the secure network access provisioning device (214, 302, 702), wherein the client device (206, 208, 210, 212) does not gain access to the at least one network profile. connecting the secure network access provisioning device (214, 302, 702) to a security authority while the secure network access provisioning device (214, 302, 702) is in an acquisition mode; the secure network access provisioning device (214, 302, 702), while in said acquisition mode, acquiring at least one network profile from the security authority; configuring at least one network interface (304, 306) of the secure network access provisioning device (214, 302, 702) with data corresponding to attributes of said at least one network profile; switching the secure network access provisioning device (214, 302, 702) from the acquisition mode to a gateway mode; connecting the secure network access provisioning device (214, 302, 702) to a client device (206, 208, 210, 212) via one of physical contact and an infra-red communications link; and for each of said at least one network profile, providing the client device (206, 208, 210, 212) with access to a wireless access point (202, 204) of the secure network associated with the network profile through the secure network access provisioning device (214, 302, 702), wherein the client device (206, 208, 210, 212) does not gain access to the at least one network profile.
A multi-layer control device (100, 210, 410) forming a valve comprising: a first layer of adhesive (10, 300) having a top and bottom face (302, 301) with the top face adhered to a base layer (20, 310), the first adhesive layer having at least one opening (11, 360a, 360b, 640); the base layer having a perimeter (22, 311) and the base layer has at least one opening (21, 370a, 370b) aligned with the opening in the first adhesive layer; a discontinuous second layer (30, 320) of adhesive provided over the base layer and surrounds the perimeter of the base layer; a discontinuous fluid layer (40, 380) provided within the perimeter of the base layer being covered by the discontinuous second layer of adhesive; a material layer (50, 330) provided over the discontinuous fluid layer and the discontinuous second layer of adhesive wherein the material layer has at least one opening (51, 390); a third adhesive layer (70, 340) provided over the material layer wherein the third adhesive layer does not cover the at least one opening in the material layer; and a continuous cover layer (80, 350) overlying the third adhesive layer and covering the at least one opening in the material layer wherein a gas is allowed to travel beneath the cover layer and exit the device.
A composition comprising a glycoprotein comprising the Fc domain of an antibody, or a fragment thereof, comprising an Asn residue and an oligosaccharide structure attached thereto, characterised in that the oligosaccharide structure has a structure according to formula I wherein (β-N-Asn) = β-N linkage to Asn; wherein at least 50% of the oligosaccharide structures attached to glycoprotein in the composition consist of oligosaccharide structures according to formula I.
A method of manufacturing an active optical fibre conducting and generating radiation having a wavelength λ, including a step of preparing a core sub-preform of glass doped with an active dopant and a step of drawing the core sub-preform along with a cladding preform, characterised in that in the step of preparing the core sub-preform, a structural preform is compiled, said preform containing at least glass rods made of a first type of glass having a first refractive index n 1 and glass rods made of a second type of glass having a second refractive index n 2, arranged according to a selected pattern to provide an assumed refractive index profile, wherein the second refractive index n 2 is higher than or equal to the highest value of the refractive index profile assumed for the core, and the value of the first refractive index n 1 is lower than or equal to the lowest value of the assumed refractive index profile in the core cross-section, and at least the second type of glass contains at least one active dopant, and then the structural preform is subjected to thinning by drawing in order to obtain a core preform, wherein dimensions of the rods of the first type of glass and the rods of the second type of glass as well as the process parameters of the drawing of the structural preform and the sub-preform of the core with cladding are selected such that the rods thinned as a result of the drawing, and constituting core elements of the final fibre, have transverse dimensions smaller than 1/5 of the wavelength λ.