mhurhangee/ep-ind-claims huggingface dataset:
A nitrile copolymer latex composition for fuel hose, the nitrile copolymer latex composition containing a latex of a nitrile copolymer rubber having α,β-ethylenically unsaturated nitrile monomer units in 20 to 70 wt%, and a plate-shaped filler, wherein said plate-shaped filler has a swelling capacity with respect to water of 27 to 55 (ml/2g), a thixotropic index (TI value) when mixed with an aqueous medium in a 5 wt% concentration to obtain a slurry of 2.3 to 6, and an aspect ratio of 260 to 2,000, and a ratio of said plate-shaped filler to said nitrile copolymer rubber, as 100 parts by weight, is 1 to 200 parts by weight.
A solid electrolytic capacitor comprising: a capacitor element that contains a sintered porous anode body, a dielectric that overlies the anode body, and a solid electrolyte that overlies the dielectric; a lead wire that is in electrical contact with the anode body and contains a first region that is located adjacent to a surface of the capacitor element, wherein the lead wire contains a core that extends outwardly from the surface of the capacitor element, and further wherein an oxide layer coats at least a portion of the core within the first region, and wherein the oxide layer is discontinuous and defines one or more gaps; an anode termination that is in electrical connection with the lead wire; and a cathode termination that is in electrical connection with the solid electrolyte. a capacitor element that contains a sintered porous anode body, a dielectric that overlies the anode body, and a solid electrolyte that overlies the dielectric; a lead wire that is in electrical contact with the anode body and contains a first region that is located adjacent to a surface of the capacitor element, wherein the lead wire contains a core that extends outwardly from the surface of the capacitor element, and further wherein an oxide layer coats at least a portion of the core within the first region, and wherein the oxide layer is discontinuous and defines one or more gaps; an anode termination that is in electrical connection with the lead wire; and a cathode termination that is in electrical connection with the solid electrolyte.
A wireless communication device comprising: a nonvolatile memory configured to store a paging algorithm; and a processor configured to execute the paging algorithm out of the nonvolatile memory and configured to decode a paging channel in response to a timing signal; characterized by: a controller configured to output the timing signal to the processor, to supply power to an operational part of the wireless communication device during a paging channel monitoring phase, and to remove power from the operational part of the wireless communication device during intervals between paging channel monitoring phases. a nonvolatile memory configured to store a paging algorithm; and a processor configured to execute the paging algorithm out of the nonvolatile memory and configured to decode a paging channel in response to a timing signal; characterized by: a controller configured to output the timing signal to the processor, to supply power to an operational part of the wireless communication device during a paging channel monitoring phase, and to remove power from the operational part of the wireless communication device during intervals between paging channel monitoring phases. a controller configured to output the timing signal to the processor, to supply power to an operational part of the wireless communication device during a paging channel monitoring phase, and to remove power from the operational part of the wireless communication device during intervals between paging channel monitoring phases.
A guard rail (2, 2') configured to be attached to a scaffolding, wherein the guard rail (2, 2') comprises a rail (4, 4'), adapted to cordon off a work area in one or more horizontal directions (X, Z), wherein the guard rail (2, 2') comprises a vertical member (6, 6') extending basically perpendicular to the rail (4, 4'), the vertical member (6, 6') comprising means (8, 8', 18, 18', 20, 20') for detachable attachment to the scaffolding, whereby the means (8, 8', 18, 18' 20, 20') comprise suspension brackets (18, 18', 20, 20') configured to be attached to a transverse member (60, 60', 60") of the scaffold, where the vertical member (6, 6') comprises a first vertical structure, a second vertical structure extending parallel to the first vertical structure, and suspending brackets (22, 22', 24, 24') on the first and second vertical structures (14, 14') configured to be detachably attached to the rail (4, 4'), and a plurality of transverse structures (16, 16', 16") extending between the first and second vertical structures (14, 14'), whereby the rail (4, 4') is formed as a one-piece body comprising two longitudinal frame members (10, 10'), a first frame member (12, 12'), a second adjacent frame member (12", 12"'), the first and second frame members (12, 12', 12", 12"') extending between the two longitudinal frame members (10, 10'), characterised in that, when the longitudinal frame members (10, 10') of the rail (4, 4') are attached to the first and second vertical structures (14, 14') by said suspending brackets (22, 22', 24, 24'), the two upper suspending brackets (24, 24') are arranged between the adjacent frame members (12, 12', 12"), so that, the suspending brackets (24, 24') are preventing the motion of the rail (2, 2') along the longitudinal axis of the rail (2, 2') by abutting the at least first and second frame members (12, 12', 12", 12"').
Automatic measuring machine for automated determination of a respective density of a plurality of solid-state test pieces, comprising: - a measuring arrangement with a dry weighing device and a wet weighing device, - a test piece magazine for holding the plurality of solid-state test pieces, and - a feeding unit for feeding the solid-state test pieces from the test piece magazine to the measuring arrangement, wherein - the automatic measuring machine is configured to sequentially feed the solid-state test pieces to the measuring arrangement by means of the feeding unit, to weigh the solid-state test pieces using the dry weighing device and the wet weighing device in order to obtain respective weighing measurement values for each solid-state test piece and to determine a respective density value for each solid-state test piece on the basis of the respective weighing measurement values, characterized in that the test piece magazine comprises a plurality of test piece carriers, which each serve to hold a respective test piece, and wherein the feeding unit is configured to sequentially take the test piece carriers out of the test piece magazine in order to feed the test pieces in the respective test piece carrier to the measuring arrangement. - a measuring arrangement with a dry weighing device and a wet weighing device, - a test piece magazine for holding the plurality of solid-state test pieces, and - a feeding unit for feeding the solid-state test pieces from the test piece magazine to the measuring arrangement, wherein - the automatic measuring machine is configured to sequentially feed the solid-state test pieces to the measuring arrangement by means of the feeding unit, to weigh the solid-state test pieces using the dry weighing device and the wet weighing device in order to obtain respective weighing measurement values for each solid-state test piece and to determine a respective density value for each solid-state test piece on the basis of the respective weighing measurement values, characterized in that the test piece magazine comprises a plurality of test piece carriers, which each serve to hold a respective test piece, and wherein the feeding unit is configured to sequentially take the test piece carriers out of the test piece magazine in order to feed the test pieces in the respective test piece carrier to the measuring arrangement.
A bur for use with a machine having a rotatable chuck, the bur comprising an elongated member having a longitudinal axis and including a head and a shank, and a joint between the head and the shank, the shank including a gripping portion adapted to cooperate with the rotatable chuck of the machine and a recess formed in one end of, and extending into, the shank in the direction of the longitudinal axis, the head extending along the longitudinal axis, and having a working surface adapted to remove material and a projecting portion that cooperates with the recess, wherein the head and the shank are made of dissimilar materials, the material of the head having a lower coefficient of thermal expansion than the material of the shank, and wherein the joint is formed at an interface between the projecting portion and the recess whereby a portion of the head that includes the projecting portion is compressively stressed, characterised in that the shank has a neck portion between the gripping portion and the recess, the neck portion having a cross-sectional dimension that is equal to or less than a cross-sectional dimension of the joint, and in that the projecting portion has a cone-like shape and the recess has a cup-like shape that complements the cone-like shape of the projecting portion.
Connection arrangement with - a metallic terminal and - a metallic flat conductor having - an at least quadrangular cross-sectional profile and at least two opposing surfaces running, at least in one connection region, parallel to one another in the longitudinal direction, - a first through-opening between the surfaces in the connection region, the first through-opening being formed to receive a bolt, - at least one second through-opening between the surfaces in the connection region, the second through-opening being formed to receive the metallic terminal, wherein - the terminal is formed as a flat part and lies flat with a contact surface against one of the surfaces of the flat conductor in the connection region, wherein - the terminal has a first through-recess, which is arranged in alignment with the first through-opening, - the terminal has at least one projection projecting from the contact surface of the terminal, and - the projection is arranged in the second through-opening, characterized in that - the at least one projection, starting from the contact surface, has a longitudinal extent which is equal to the distance between the surfaces of the flat conductor in the connection region, - the terminal is materially bonded to the flat conductor with at least the contact surface. - a metallic terminal and - a metallic flat conductor having - an at least quadrangular cross-sectional profile and at least two opposing surfaces running, at least in one connection region, parallel to one another in the longitudinal direction, - a first through-opening between the surfaces in the connection region, the first through-opening being formed to receive a bolt, - at least one second through-opening between the surfaces in the connection region, the second through-opening being formed to receive the metallic terminal, wherein - the terminal is formed as a flat part and lies flat with a contact surface against one of the surfaces of the flat conductor in the connection region, wherein - the terminal has a first through-recess, which is arranged in alignment with the first through-opening, - the terminal has at least one projection projecting from the contact surface of the terminal, and - the projection is arranged in the second through-opening, characterized in that - the at least one projection, starting from the contact surface, has a longitudinal extent which is equal to the distance between the surfaces of the flat conductor in the connection region, - the terminal is materially bonded to the flat conductor with at least the contact surface.
A sensor comprising: a base material having a surface; and fibrous protrusions formed from amorphous silicon dioxide and the fibrous protrusions being minutely undulating and curling, having a crimped shape, and being configured so as to intertwine with other fibrous protrusions, wherein each fibrous protrusion of the fibrous protrusions has functional molecules formed respectively thereon. a base material having a surface; and fibrous protrusions formed from amorphous silicon dioxide and the fibrous protrusions being minutely undulating and curling, having a crimped shape, and being configured so as to intertwine with other fibrous protrusions, wherein each fibrous protrusion of the fibrous protrusions has functional molecules formed respectively thereon.
An ultrasonic transducer stack, comprising: a plurality of layers, each layer having a top surface and an opposed bottom surface; wherein the plurality of layers includes: a matching layer (108, 110, 112) that comprises a composite material comprising a matrix material loaded with a first amount of micron-sized particles and a second amount of nano-sized particles; and a piezoelectric layer wherein the bottom surface of the matching layer overlies the top surface of the piezoelectric layer; characterized in that the piezoelectric layer is configured to generate ultrasound at a center frequency of at least about 20 megahertz (MHz) through the matching layer; the micron-sized particles and nano-sized particles comprise between about 10% and about 35% of the composite material on a volume basis; and the nano-sized particles prevent settling of the micron-sized particles in the matrix material. a plurality of layers, each layer having a top surface and an opposed bottom surface; wherein the plurality of layers includes: a matching layer (108, 110, 112) that comprises a composite material comprising a matrix material loaded with a first amount of micron-sized particles and a second amount of nano-sized particles; and a piezoelectric layer wherein the bottom surface of the matching layer overlies the top surface of the piezoelectric layer; characterized in that the piezoelectric layer is configured to generate ultrasound at a center frequency of at least about 20 megahertz (MHz) through the matching layer; the micron-sized particles and nano-sized particles comprise between about 10% and about 35% of the composite material on a volume basis; and the nano-sized particles prevent settling of the micron-sized particles in the matrix material. a matching layer (108, 110, 112) that comprises a composite material comprising a matrix material loaded with a first amount of micron-sized particles and a second amount of nano-sized particles; and a piezoelectric layer wherein the bottom surface of the matching layer overlies the top surface of the piezoelectric layer; characterized in that the piezoelectric layer is configured to generate ultrasound at a center frequency of at least about 20 megahertz (MHz) through the matching layer; the micron-sized particles and nano-sized particles comprise between about 10% and about 35% of the composite material on a volume basis; and the nano-sized particles prevent settling of the micron-sized particles in the matrix material. the piezoelectric layer is configured to generate ultrasound at a center frequency of at least about 20 megahertz (MHz) through the matching layer; the micron-sized particles and nano-sized particles comprise between about 10% and about 35% of the composite material on a volume basis; and the nano-sized particles prevent settling of the micron-sized particles in the matrix material.
A bisphenol-based resin obtainable by a reaction of (a) a bisphenol-based compound, (b) at least one selected from the group consisting of aminobenzenesulfonic acids, aminobenzenesulfonic acids wherein part of the hydrogen atoms of the aminobenzenesulfonic acid are replaced with an alkyl group, and aminobenzenesulfonic acids wherein the hydrogen atom of the sulfonic group -SO 3 H is replaced with an alkali metal, and (c) paraformaldehyde, characterized in that the content of a structural unit that is obtainable by a reaction of the component (a), the component (b) and the component (c) and also has a benzoxazine ring is 15 mass% or less, the amount of the component (c) is 2.5 mol or less in terms of formaldehyde with respect to 1 mol of the component (a), and the structural unit having a benzoxazine ring is represented by the following general formula: wherein X 1 represents a divalent group; R 11 and R 12 each independently represent an alkali metal or a hydrogen atom; n1 represents an integer of 1 to 3; and a hydrogen atom that is directly bonded to a carbon atom constituting a benzene ring may be substituted with an alkyl group or a methylol group.
Method for managing a cellular communication system, wherein the method comprises the steps of: issuing a collective positioning measurement order to a multitude of mobile terminals in a first cell of said cellular communication system, characterized in that the collective positioning measurement order initiates positioning of said multitude of mobile terminals; and in that said issuing step being repeated intermittently at a multitude of times according to a predetermined rule. issuing a collective positioning measurement order to a multitude of mobile terminals in a first cell of said cellular communication system, characterized in that the collective positioning measurement order initiates positioning of said multitude of mobile terminals; and in that said issuing step being repeated intermittently at a multitude of times according to a predetermined rule.
A massage apparatus comprising: an upright support frame having a U-shaped cross-section and including an upright main wall that has opposite front and rear surfaces (111, 112), a pair of upright side walls that are connected respectively to two opposite edges of said main wall and that extends rearwardly away from said main wall, and an upright elongated groove that is formed through said front and rear surfaces (111, 112) of said main wall; a moving unit disposed in said support frame and including only one pair of upright guide rails that are mounted respectively on said side walls, and a moving seat that is connected slidably to said guide rails and that is movable along said guide rails, said moving seat having a middle plate that faces toward and that is close to said rear surface of said main wall, a pair of side plates that are connected respectively to two opposite ends of said middle plate and that extend rearwardly away from said middle plate, and a pair of slider members that are disposed respectively on said side plates and that engage respectively and slidably said guide rails; and a massage unit including a massage motor that is connected co-movably to said moving seat and that has a rotating shaft projecting out of said support frame through said elongated groove, and a head portion that is connected eccentrically to and driven by said rotating shaft; said massage apparatus being characterized in that a distance between one of said guide rails and said main wall is different from that between the other one of said guide rails and said main wall. an upright support frame having a U-shaped cross-section and including an upright main wall that has opposite front and rear surfaces (111, 112), a pair of upright side walls that are connected respectively to two opposite edges of said main wall and that extends rearwardly away from said main wall, and an upright elongated groove that is formed through said front and rear surfaces (111, 112) of said main wall; a moving unit disposed in said support frame and including only one pair of upright guide rails that are mounted respectively on said side walls, and a moving seat that is connected slidably to said guide rails and that is movable along said guide rails, said moving seat having a middle plate that faces toward and that is close to said rear surface of said main wall, a pair of side plates that are connected respectively to two opposite ends of said middle plate and that extend rearwardly away from said middle plate, and a pair of slider members that are disposed respectively on said side plates and that engage respectively and slidably said guide rails; and a massage unit including a massage motor that is connected co-movably to said moving seat and that has a rotating shaft projecting out of said support frame through said elongated groove, and a head portion that is connected eccentrically to and driven by said rotating shaft; said massage apparatus being characterized in that a distance between one of said guide rails and said main wall is different from that between the other one of said guide rails and said main wall.
A method for determining a service transmission path, comprising the steps of: receiving, by a server, a path computation request message containing a service chaining object sent by a client based on an expanded path computation element communication protocol, PCEP, wherein the service chaining object contains service processing capacities which service nodes need to provide when transmitting a service in a network; obtaining, by the server, network topology information and service node attribute information contained in different network topologies; determining, by the server, at least one service node matched with the service chaining object in the network according to service processing capacities which service nodes in pre-stored service node attribute information are capable of providing; and generating, by the server, a service transmission path based on the determined service nodes, for transmitting the service initiated by the client. receiving, by a server, a path computation request message containing a service chaining object sent by a client based on an expanded path computation element communication protocol, PCEP, wherein the service chaining object contains service processing capacities which service nodes need to provide when transmitting a service in a network; obtaining, by the server, network topology information and service node attribute information contained in different network topologies; determining, by the server, at least one service node matched with the service chaining object in the network according to service processing capacities which service nodes in pre-stored service node attribute information are capable of providing; and generating, by the server, a service transmission path based on the determined service nodes, for transmitting the service initiated by the client.
An isolated antibody that specifically binds to a cyclic peptide derived from Aβ, wherein the cyclic peptide comprises a conformational epitope having an amino acid sequence of at least SNK, wherein the K (lysine) is solvent-exposed.
A door drive for a swing door of a vehicle for passenger transport comprising a rotary column arrangeable on the vehicle with at least one swivel arm for arrangement on a door leaf, with a motor being arranged in the rotary column which is firmly connected via the motor housing with the generated inner surface of the rotary column, with at least one planetary gear stage (30, 30a, 30b) being provided for motor speed reduction, characterized in that the planetary carrier (34, 34a, 34b) of the at least one planetary gear stage (30, 30a, 30b) comprises a pinion, that the rotary column for fixing the pinion comprises a locking device comprising a swivelling lever pivoted around an axis having a locking element which is engageable with the pinion for motor-driven swivelling of the door leaf.