mhurhangee/ep-ind-claims huggingface dataset:
A polyoxyalkylene modified vinyl alcohol-based polymer comprising a polyoxyalkylene group in a side chain, wherein the polymer has a viscosity average degree of polymerization according to JIS-K6726 of not less than 150 and not more than 5000, a degree of saponification according to JIS-K6726 of not less than 50 mol% and not more than 99.99 mol%, and a polyoxyalkylene group modification rate of not less than 0.05 mol% and not more than 10 mol%; and the polyoxyalkylene group is composed of a polyoxypropylene block and a (poly)oxyethylene block and is represented by the following general formula, (in the general formula, R 1 denotes a hydrogen atom or an alkyl group having a carbon number of from 1 to 8; either one of R 2 and R 3 is a methyl group and the other is a hydrogen atom; and 10 ≤ m ≤ 40 and 1 ≤ n ≤ 50). wherein the polymer has a viscosity average degree of polymerization according to JIS-K6726 of not less than 150 and not more than 5000, a degree of saponification according to JIS-K6726 of not less than 50 mol% and not more than 99.99 mol%, and a polyoxyalkylene group modification rate of not less than 0.05 mol% and not more than 10 mol%; and the polyoxyalkylene group is composed of a polyoxypropylene block and a (poly)oxyethylene block and is represented by the following general formula, (in the general formula, R 1 denotes a hydrogen atom or an alkyl group having a carbon number of from 1 to 8; either one of R 2 and R 3 is a methyl group and the other is a hydrogen atom; and 10 ≤ m ≤ 40 and 1 ≤ n ≤ 50).
A method for the temporary bonding of a product substrate (4, 4') with a carrier substrate (1, 1', 1", 1"', 1 IV), comprising at least the following steps: - production of a metallised temporary bonding layer (2, 2') on the product substrate (4, 4') and/or on the carrier substrate (1, 1', 1", 1"', 1 IV), - bonding of the product substrate (4, 4') to the carrier substrate (1, 1', 1", 1"', 1 IV) at the metallised temporary bonding layer (2, 2'), characterised in that the carrier substrate (1, 1', 1", 1"', 1 IV) is constituted structured, wherein the carrier substrate (1, 1', 1", 1′′′, 1 IV) comprises elevations (1"e, 1′′′e, 1 IV e) and cavities (1"k, 1′′′k, 1 IV k), wherein the elevations (1"e, 1′′′e, 1 IV e) are joined stably to the product substrate (4, 4') via metallic contacts and the cavities (1"k, 1′′′k, 1 IV k) are arranged between the elevations (1"e, 1′′′e, 1 IV e). - production of a metallised temporary bonding layer (2, 2') on the product substrate (4, 4') and/or on the carrier substrate (1, 1', 1", 1"', 1 IV), - bonding of the product substrate (4, 4') to the carrier substrate (1, 1', 1", 1"', 1 IV) at the metallised temporary bonding layer (2, 2'),
An aircraft fire suppression system including: a fire suppression system for a plurality of compartments (A, B, C); a plurality of containers (22, 24) for supplying a fire suppression agent into the compartments (A, B, C), said containers (22, 24) communicating with a flow line for leading to a manifold; and a relay valve mounted on each of a plurality of lines leading from said manifold to the plurality of compartments (A, B, C) and a control for selectively opening each of said relay valves, wherein said relay valves are actuated by said control when a fire is detected in an associated compartment (A, B, C); wherein said control is for controlling the fire suppression system, characterised in that there is a valve on said flow line, said control controlling said valve to deliver a variable pressure to said flow line from said containers (22, 24); there is a valve associated with a main container that switches to a secondary container when a pressure within said main container drops below a predetermined amount; and said switch from said main container to said secondary container is provided by said control and said control is a pneumatic control. a fire suppression system for a plurality of compartments (A, B, C); a plurality of containers (22, 24) for supplying a fire suppression agent into the compartments (A, B, C), said containers (22, 24) communicating with a flow line for leading to a manifold; and a relay valve mounted on each of a plurality of lines leading from said manifold to the plurality of compartments (A, B, C) and a control for selectively opening each of said relay valves, wherein said relay valves are actuated by said control when a fire is detected in an associated compartment (A, B, C); wherein said control is for controlling the fire suppression system, characterised in that there is a valve on said flow line, said control controlling said valve to deliver a variable pressure to said flow line from said containers (22, 24); there is a valve associated with a main container that switches to a secondary container when a pressure within said main container drops below a predetermined amount; and said switch from said main container to said secondary container is provided by said control and said control is a pneumatic control.
A metal gasket comprising an outer ring that is formed in a substantially C-shaped cross-section having an opening in a circumferential direction and an inner ring that is arranged in a fitting state inside the outer ring, wherein said inner ring is configured in a polygonal-shaped cross-section, and a pair of corner portions (14a, 14b) opposing each other in an axial direction in the inner ring are disposed on an inner circumferential face on both sides of said opening in said outer ring, and characterised in that said polygonal shaped cross-section of said inner ring is hollow.
A set of a partial hip joint prosthesis and a reamer adapted for use in a hip joint comprising two articulation members, wherein one and only one of the two articulation members of the hip joint is spherical in shape allowing for free rotation of the other articulation member, which is aspherical in shape and is shaped so as to make an annular, congruent contact to the spherical member, wherein the partial hip joint prosthesis is a prosthetic femoral head, aspherically shaped so as to make an annular, congruent contact with a spherically reamed acetabulum over a spherically shaped band on its surface of the same radius of curvature as that of the reamed acetabulum; and wherein the reamer is spherically shaped for surgical preparation of the acetabulum and is adapted to ream subchondral bone out to a spherical shape.
Micromechanical structure intended to measure or to detect a mechanical value or a dynamic value, comprising a deformable membrane and a supporting substrate, the membrane comprising a first portion and a second fine portion surrounded by the first portion, the second portion having a thickness less than the thickness of the first portion, the first portion of the membrane being in contact with the supporting substrate, the second portion of the membrane being suspended above the supporting substrate thus defining a free space, said micromechanical structure further comprising a lower stop adapted for limiting the deformations of the membrane, said lower stop being disposed above the supporting substrate and extending in the free space from said supporting substrate towards the second portion of the membrane, the supporting substrate and the lower stop comprising a central through hole (40, 40'), characterised in that the lower stop comprises islets that extend in the free space towards the second portion of the membrane from a flat surface of the lower stop, the islets forming a structure in relief in such a way that in the case of contact between the islets and the second fine portion of the membrane, the surface of contact between the islets and the second fine portion of the membrane is small with respect to the dimensions of the fine portion of the membrane and in that the central through-hole of the lower stop is in the shape of a cone.
A compound of formula: or a pharmaceutically acceptable salt thereof, wherein: X 1 is CH or CCH 3; R 2 is -H or -F; R 4 is -H or -CH 3; and R 8 is -H or CH 3. X 1 is CH or CCH 3; R 2 is -H or -F; R 4 is -H or -CH 3; and R 8 is -H or CH 3.
Method of manufacturing a pultruded strip for an elongate structure, the method including the step of: providing a pultrusion apparatus including at least a pultrusion die through which a plurality of fibers are pulled to be soaked in a resin, characterized in that the method includes the further step of: changing the conduction properties of selected points along said plurality of fibers upstream the pultrusion die, changing the conduction properties of selected points along said plurality of fibers being performed by injecting or depositing drops of a conductive glue or changing the conduction properties of selected points along said plurality of fibers being performed by mashing or squeezing the fibers or by locally removing or breaking a covering surface of at least one of said plurality of fibers. providing a pultrusion apparatus including at least a pultrusion die through which a plurality of fibers are pulled to be soaked in a resin, characterized in that the method includes the further step of: changing the conduction properties of selected points along said plurality of fibers upstream the pultrusion die, changing the conduction properties of selected points along said plurality of fibers being performed by injecting or depositing drops of a conductive glue or changing the conduction properties of selected points along said plurality of fibers being performed by mashing or squeezing the fibers or by locally removing or breaking a covering surface of at least one of said plurality of fibers. changing the conduction properties of selected points along said plurality of fibers upstream the pultrusion die, changing the conduction properties of selected points along said plurality of fibers being performed by injecting or depositing drops of a conductive glue or changing the conduction properties of selected points along said plurality of fibers being performed by mashing or squeezing the fibers or by locally removing or breaking a covering surface of at least one of said plurality of fibers.
A 5-D-fructose dehydrogenase, in combination with glucose isomerase and one or more enzyme(s) selected from invertase, lactase, maltase, alpha-amylase, beta-amylase, glucoamylase, pullulanase, isoamylase, amyloglucosidase and cyclomaltodextrin glucanotransferase, for use in medicine.
Headlamp having a diode arrangement, which contains a plurality of light-emitting diodes as light sources, wherein the light-emitting diodes are electrically arranged in a plurality of strands (S11, S12,...) each having a plurality of light-emitting diodes interconnected in series, and having a monitoring device for electrical identification of faulty diodes (PL, D1A, SA), wherein such a monitoring device contains a test signal arrangement for deriving test signals at taps (A11, A12,...) between serially successive light-emitting diodes and an evaluation device, which is embodied to identify from the test signals a fault in individual light-emitting diodes, characterized in that test signals from taps (A11, A12,...) of different strands (S11, S12,...) are combined on a common collection line.
A switch comprising: a housing; a first terminal supported by the housing and configured to be electrically coupled to a power source; a second terminal supported by the housing and configured to be electrically coupled to a load; a contact having a first contact end and a second contact end, the contact being operable to be in a closed position, in which the first contact end engages the first terminal and the second contact end engages the second terminal such that the contact electrically connects the first terminal to the second terminal, and an open position, in which the contact does not electrically connect the first terminal and the second terminal; a biasing member configured to bias the contact towards the first terminal and the second terminal; and a rotating member rotatably coupled to the housing, the rotating member including a cavity configured to receive the biasing member and the contact, the biasing member being located between the contact and the rotating member; and an actuator operably coupled to the rotating member to move the contact between the closed position and the open position; wherein the contact is pivotable about an axis between the closed position and the open position; wherein the contact and the biasing member are configured to rotate about the common axis that extends longitudinally through the contact and the biasing member, characterized in that the biasing member is operable to apply a first biasing force proximate the first contact end and a second biasing force proximate the second contact end. a housing; a first terminal supported by the housing and configured to be electrically coupled to a power source; a second terminal supported by the housing and configured to be electrically coupled to a load; a contact having a first contact end and a second contact end, the contact being operable to be in a closed position, in which the first contact end engages the first terminal and the second contact end engages the second terminal such that the contact electrically connects the first terminal to the second terminal, and an open position, in which the contact does not electrically connect the first terminal and the second terminal; a biasing member configured to bias the contact towards the first terminal and the second terminal; and a rotating member rotatably coupled to the housing, the rotating member including a cavity configured to receive the biasing member and the contact, the biasing member being located between the contact and the rotating member; and an actuator operably coupled to the rotating member to move the contact between the closed position and the open position; wherein the contact is pivotable about an axis between the closed position and the open position; wherein the contact and the biasing member are configured to rotate about the common axis that extends longitudinally through the contact and the biasing member, characterized in that the biasing member is operable to apply a first biasing force proximate the first contact end and a second biasing force proximate the second contact end.
Composition for use in the prevention and/or in the treatment of cardiotoxicity induced by at least one chemotherapeutic agent in a subject undergoing chemotherapy, the composition comprising an active agent, said active agent containing the amino acids leucine, isoleucine, valine, threonine, lysine and citric acid, succinic acid, malic acid.
A method for communication, the method comprising the steps of: obtaining channel quality estimations for a plurality of transmission channels; determining, at a first node, a first channel quality indication index in dependence upon a channel quality estimation of a first transmission channel, and a second channel quality indication index in dependence upon a channel quality estimation of a second transmission channel; determining a differential channel quality indication index of the second channel quality indication index with reference to the first channel quality indication index in dependence upon a differential compression scheme; and transmitting, via the first node, the first channel quality indication index and the differential channel quality indication index to a second node using a mapping of the differential channel quality indication index to a bit representation, a number of bits for the first channel quality indication index being greater than a number of bits for the differential channel quality indication index, and wherein the mapping is a two's complement mapping scheme. obtaining channel quality estimations for a plurality of transmission channels; determining, at a first node, a first channel quality indication index in dependence upon a channel quality estimation of a first transmission channel, and a second channel quality indication index in dependence upon a channel quality estimation of a second transmission channel; determining a differential channel quality indication index of the second channel quality indication index with reference to the first channel quality indication index in dependence upon a differential compression scheme; and transmitting, via the first node, the first channel quality indication index and the differential channel quality indication index to a second node using a mapping of the differential channel quality indication index to a bit representation, a number of bits for the first channel quality indication index being greater than a number of bits for the differential channel quality indication index, and wherein the mapping is a two's complement mapping scheme.
Awning, in particular conservatory or weather protection awning, comprising - an awning cover, - a supporting frame with lateral guide rails (3, 4, 40) for the awning cover, running in the direction of projection of the awning cover, and end rails (5, 6), running transversely thereto for the stationary mounting of the awning at a building and/or on supports, wherein one of the end rails is designed as an awning housing with a drive device for the awning cover, as well as - a front profile at the front end of the awning cover, which is mounted in the respective guide rail (3, 4, 40) so as to be displaceable in and against the direction of projection by means of a drive belt that is circulating in the respective guide rail (3, 4) via pulleys on the end side, wherein the drive device can be coupled via at least one telescopic drive shaft to the respective pulley to be driven in the guide rail (3, 4), characterized in that - the guide rails (3, 4) are each designed at least with the pulleys and drive belts for the front profile as a factory-preassembled unit which can be connected to the awning housing during the final assembly of the awning, and - the drive shaft is telescopically adjustable in its length in such a manner that in an intermediate assembly step the drive shaft is disengaged from the pulley to be driven and during the final assembly of the awning the drive shaft can be telescopically extended and brought into rotationally fixed engagement with the pulley to be driven. - an awning cover, - a supporting frame with lateral guide rails (3, 4, 40) for the awning cover, running in the direction of projection of the awning cover, and end rails (5, 6), running transversely thereto for the stationary mounting of the awning at a building and/or on supports, wherein one of the end rails is designed as an awning housing with a drive device for the awning cover, as well as - a front profile at the front end of the awning cover, which is mounted in the respective guide rail (3, 4, 40) so as to be displaceable in and against the direction of projection by means of a drive belt that is circulating in the respective guide rail (3, 4) via pulleys on the end side, wherein the drive device can be coupled via at least one telescopic drive shaft to the respective pulley to be driven in the guide rail (3, 4), - the guide rails (3, 4) are each designed at least with the pulleys and drive belts for the front profile as a factory-preassembled unit which can be connected to the awning housing during the final assembly of the awning, and - the drive shaft is telescopically adjustable in its length in such a manner that in an intermediate assembly step the drive shaft is disengaged from the pulley to be driven and during the final assembly of the awning the drive shaft can be telescopically extended and brought into rotationally fixed engagement with the pulley to be driven.
A picture coding device configured to partition difference information between a picture serving as a coding target and a picture serving as a prediction target into a plurality of sub blocks, and codes the partitioned sub block in a certain order, the picture coding device comprising: a significant sub block information encoder (706, 708, 701) configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder (706, 708) configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder (707, 701) configured to code value of difference coefficient serving as the coding target; and a context deriver (707, 701) configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the size of sub block is a 4x4 size. a significant sub block information encoder (706, 708, 701) configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder (706, 708) configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder (707, 701) configured to code value of difference coefficient serving as the coding target; and a context deriver (707, 701) configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the size of sub block is a 4x4 size.