mhurhangee/ep-ind-claims huggingface dataset:
A flexible pipe for transporting fluids from a subsea location, comprising a flexible pipe body and at least one end fitting assembly, wherein the flexible pipe body comprises a fluid retaining layer and a further pipe body layer, the further pipe body layer being an armour layer, wherein the at least one end fitting assembly comprises a collar member and a sleeve element, wherein the sleeve element comprises: a body comprising a substantially cylindrical portion having an inner diameter substantially equal to an outside diameter of the fluid retaining layer and overlying the fluid retaining layer and located at least partially under, radially inwards of, the armour layer; and a flange portion extending radially outwards from the body, characterized in that: the flange portion is located between an end of the armour layer and the collar member, the flange portion having an outer diameter substantially equal to or greater than the outer diameter of the armour layer; wherein the body of the sleeve element is configured to block the fluid retaining layer from extending radially outwards into a gap between the armour layer and the collar member. a body comprising a substantially cylindrical portion having an inner diameter substantially equal to an outside diameter of the fluid retaining layer and overlying the fluid retaining layer and located at least partially under, radially inwards of, the armour layer; and a flange portion extending radially outwards from the body, characterized in that: the flange portion is located between an end of the armour layer and the collar member, the flange portion having an outer diameter substantially equal to or greater than the outer diameter of the armour layer; wherein the body of the sleeve element is configured to block the fluid retaining layer from extending radially outwards into a gap between the armour layer and the collar member.
A 4,5-dihydro-4,5-dioxo-1H-pyrrolo[2,3-f]quinoline-2,7,9-tricarboxylic acid disodium crystal (Crystalline Form 1) having a water content of 4.6% by weight or less, and having 2θ angle peaks at 11.4±0.4, 13.5±0.4, 18.0±0.4, 18.7±0.4, 26.0±0.4, and 28.5±0.4° obtained by powder X-ray diffraction using a Cu Kα radiation.
An active matrix droplet microfluidic device having a plurality of array element circuits (85, 85a-85h), an array element circuit comprising: an array element which is controllable by application of a drive voltage by a drive element; writing circuitry for writing the drive voltage to the drive element, the writing circuitry comprising a static random-access memory (SRAM) cell; and sense circuitry for sensing an impedance presented at the drive element; characterised in that the static random-access memory (SRAM) cell comprises: a sampling switch and a feedback switch; and a first inverter and a second inverter connected in series whereby an output of the first inverter is connected to an input of the second inverter, wherein an input of the first inverter is connected to a data input of the SRAM cell via the sampling switch, and to a data output of the SRAM cell independent of the feedback switch, an output of the second inverter is connected to the input of the first inverter via the feedback switch, and first and second clock inputs (CK1,CK2) of the SRAM cell are configured to control the sampling switch and the feedback switch, respectively. an array element which is controllable by application of a drive voltage by a drive element; writing circuitry for writing the drive voltage to the drive element, the writing circuitry comprising a static random-access memory (SRAM) cell; and sense circuitry for sensing an impedance presented at the drive element; characterised in that the static random-access memory (SRAM) cell comprises: a sampling switch and a feedback switch; and a first inverter and a second inverter connected in series whereby an output of the first inverter is connected to an input of the second inverter, a sampling switch and a feedback switch; and a first inverter and a second inverter connected in series whereby an output of the first inverter is connected to an input of the second inverter, wherein an input of the first inverter is connected to a data input of the SRAM cell via the sampling switch, and to a data output of the SRAM cell independent of the feedback switch, an output of the second inverter is connected to the input of the first inverter via the feedback switch, and first and second clock inputs (CK1,CK2) of the SRAM cell are configured to control the sampling switch and the feedback switch, respectively.
An active substance composition comprising i) one or more UV stabilizers, ii) one or more metallocene polyolefin waxes, iii) optionally, one or more waxes selected from polar and apolar nonmetallocene polyolefin waxes, and iv) if desired, one or more homopolymers and/or copolymers of ethylene and/or of propylene, wherein it comprises UV stabilizers in an amount of at least 10% to 90% by weight and at least 10% by weight of wax, based in each case on the total weight of the composition. i) one or more UV stabilizers, ii) one or more metallocene polyolefin waxes, iii) optionally, one or more waxes selected from polar and apolar nonmetallocene polyolefin waxes, and iv) if desired, one or more homopolymers and/or copolymers of ethylene and/or of propylene,
A method for selecting an information source from a plurality of information sources for displaying the information provided by the selected information source on a display of a pair of smartglasses, wherein the smartglasses are used in various orientations, said method comprising the following steps: determining the orientation of the smartglasses with respect to the head of the wearer of the smartglasses with the aid of means for determining the orientation of the smartglasses with respect to the head of the wearer of the smartglasses; selecting an information source from the plurality of information sources for displaying the information provided by the selected information source depending on the determined orientation of the smartglasses with respect to the head of the wearer of the smartglasses. determining the orientation of the smartglasses with respect to the head of the wearer of the smartglasses with the aid of means for determining the orientation of the smartglasses with respect to the head of the wearer of the smartglasses; selecting an information source from the plurality of information sources for displaying the information provided by the selected information source depending on the determined orientation of the smartglasses with respect to the head of the wearer of the smartglasses.
A method of monitoring a user, the method comprising: receiving, using a user monitoring system, a position request from a first user device, the position request requesting visibility to a current position of a second user device; requesting, using the user monitoring system, a granularity level of the second user device in relation to the first user device; receiving, using the user monitoring system, a granularity denial from a visibility management system if the granularity level has not been established; transmitting, using the user monitoring system, the position request to the second user device when the granularity denial has been received; receiving, using the user monitoring system, an approval from the second device; establishing the granularity level in the visibility management system; receiving, using the user monitoring system, the granularity level from the visibility management system when the granularity level is established; determining, using a positioning system, a current position of the second user device; determining, using the user monitoring system, a mapped position in response to the granularity level and the current position, wherein the granularity level increases as the breadth of the mapped position decreases; and transmitting, using the user monitoring system, the mapped position to the first user device. receiving, using a user monitoring system, a position request from a first user device, the position request requesting visibility to a current position of a second user device; requesting, using the user monitoring system, a granularity level of the second user device in relation to the first user device; receiving, using the user monitoring system, a granularity denial from a visibility management system if the granularity level has not been established; transmitting, using the user monitoring system, the position request to the second user device when the granularity denial has been received; receiving, using the user monitoring system, an approval from the second device; establishing the granularity level in the visibility management system; receiving, using the user monitoring system, the granularity level from the visibility management system when the granularity level is established; determining, using a positioning system, a current position of the second user device; determining, using the user monitoring system, a mapped position in response to the granularity level and the current position, wherein the granularity level increases as the breadth of the mapped position decreases; and transmitting, using the user monitoring system, the mapped position to the first user device.
An active material for a nonaqueous electrolyte energy storage device, comprising a lithium-transition metal composite oxide having a crystal structure attributable to space group Fm-3m and represented by the compositional formula: Li 1+x Nb y Me z A p O 2... wherein Me is a transition metal including Fe and/or Mn, 0 < x < 1, 0 < y < 0.5, 0.25 ≤ z < 1, A is an element other than Nb and Me, and 0 ≤ p ≤ 0.2.
An attachment member comprising: a base composed of a ceramic sintered body, which has an annular part corresponding to a shape of an object, a bottom surface located inside the annular part, and a plurality of column shaped protruding parts protruding from the bottom surface, and is provided with an attachment surface supporting and attaching the object inside the annular part by a plurality of the protruding parts, and a film having a higher hydrophilicity than the base, characterized in that the film covers at least a part of the bottom surface, and the top and side surfaces (11, 13) of the protruding parts and vicinity regions of the protruding parts in the bottom surface are exposed. a base composed of a ceramic sintered body, which has an annular part corresponding to a shape of an object, a bottom surface located inside the annular part, and a plurality of column shaped protruding parts protruding from the bottom surface, and is provided with an attachment surface supporting and attaching the object inside the annular part by a plurality of the protruding parts, and a film having a higher hydrophilicity than the base, characterized in that the film covers at least a part of the bottom surface, and the top and side surfaces (11, 13) of the protruding parts and vicinity regions of the protruding parts in the bottom surface are exposed.
Air-cooled laboratory centrifuge which has no temperature control and comprises an inner space wherein a rotor is arranged which is rotated by a drive, a temperature sensor being present which senses the temperature of the fluid in the inner space and the temperature sensor being arranged in the inner space or in a housing limiting the inner space, characterised in that a fluidic inlet opening to the inner space and a fluidic outlet opening from the inner space are arranged on a side above the rotor and the temperature sensor is arranged on the underside of the rotor.
An apparatus for conveying a plurality of parts and applying said parts to a substrate (33a, 33b), the apparatus comprising: a rotation means defining a rotation axis, said rotation means having a first direction of rotation about said rotation axis such that said plurality of parts can be applied to said substrate (33a, 33b); a plurality of transfer arms each having a longitudinal transfer arm axis, a proximal end and a distal end, said plurality of transfer arms being attached to said rotation means in a radial pattern about said rotation means each of said proximal ends of said transfer arms being attached to said rotation means in such a manner that said longitudinal transfer arm axis is offset from said rotation axis by a transfer arm offset distance; and a plurality of transfer pucks adapted to convey said parts to said substrate (33a, 33b), each of said transfer pucks having a longitudinal puck axis and a lateral puck axis which intersect at a center point on each of said plurality of transfer pucks, said distal ends of said transfer arms being attached to said transfer pucks at a location which is offset from said center point by a transfer puck offset distance, each of said transfer pucks has a leading edge and a leading radius and a trailing edge and trailing radius characterised in that said trailing radius of one transfer puck is substantially equal to the leading radius of an adjacent transfer puck and in that each of said transfer pucks is configured to pivot about said longitudinal transfer arm axis so that each of said transfer pucks is pivotal between a first position wherein said transfer pucks are oriented to receive said parts and a second position wherein said transfer pucks are oriented to apply said parts to said substrate (33a, 33b). a rotation means defining a rotation axis, said rotation means having a first direction of rotation about said rotation axis such that said plurality of parts can be applied to said substrate (33a, 33b); a plurality of transfer arms each having a longitudinal transfer arm axis, a proximal end and a distal end, said plurality of transfer arms being attached to said rotation means in a radial pattern about said rotation means each of said proximal ends of said transfer arms being attached to said rotation means in such a manner that said longitudinal transfer arm axis is offset from said rotation axis by a transfer arm offset distance; and a plurality of transfer pucks adapted to convey said parts to said substrate (33a, 33b), each of said transfer pucks having a longitudinal puck axis and a lateral puck axis which intersect at a center point on each of said plurality of transfer pucks, said distal ends of said transfer arms being attached to said transfer pucks at a location which is offset from said center point by a transfer puck offset distance, each of said transfer pucks has a leading edge and a leading radius and a trailing edge and trailing radius
A tool head assembly for a solid state additive manufacturing apparatus, the tool head assembly comprising: a tool head comprising a material passage configured to receive a material therein, the tool head being configured to deposit the material from the material passage onto a substrate of the solid state additive manufacturing apparatus to form at least one layer of the material on the substrate, the tool head comprising a shoulder configured to contact the material such that rotation of the tool head frictionally stirs the material; and a barrier configured to extend along a side surface of the at least one layer as the at least one layer is deposited onto the substrate such that the barrier is configured to constrain the material from extruding past an edge of the shoulder; wherein the tool head is configured to move along a longitudinal axis (5 06) of the substrate as the tool head (5 10) deposits the at least one layer of the material on the substrate, being characterised in that the barrier is positioned behind the tool head (5 10) along the longitudinal axis of the substrate. a tool head comprising a material passage configured to receive a material therein, the tool head being configured to deposit the material from the material passage onto a substrate of the solid state additive manufacturing apparatus to form at least one layer of the material on the substrate, the tool head comprising a shoulder configured to contact the material such that rotation of the tool head frictionally stirs the material; and a barrier configured to extend along a side surface of the at least one layer as the at least one layer is deposited onto the substrate such that the barrier is configured to constrain the material from extruding past an edge of the shoulder; wherein the tool head is configured to move along a longitudinal axis (5 06) of the substrate as the tool head (5 10) deposits the at least one layer of the material on the substrate, being characterised in that the barrier is positioned behind the tool head (5 10) along the longitudinal axis of the substrate.
A vinyl chloride resin composition comprising a vinyl chloride resin, an acrylic block copolymer comprising a polymer block including acrylic acid ester units and a polymer block including methacrylic acid ester units, and a gelation accelerator, wherein the weight average molecular weight of the acrylic block copolymer, as determined according to the method indicated in the description, is in the range of 100,000 to 250,000, the content of the polymer block in the acrylic block copolymer is in the range of 10 to 25 mass%, and the vinyl chloride resin composition contains 20 to 150 parts by mass of the acrylic block copolymer and 4 to 18 parts by mass of the gelation accelerator with respect to 100 parts by mass of the vinyl chloride resin.
Removable rocker switch unit comprising • a housing having a first end and a second end; • a rocker switch having an ON- and an OFF-position removably fixed to the first end of the housing, said rocker switch having two pairs of connector elements on the back side, wherein one pair of connector elements can be connected by switching the rocker switch to the ON-position; • said second end of said housing having a height smaller than the heights of the first end and providing two chambers, each chamber for each phase of said rocker switch comprising a first connection element connected to one connector element of said rocker switch and a second connection element for connecting the rocker switch unit with an external element; • said first connection element and said second connection element in each chamber arranged to be connected by a fuse, a current limiter or a series connection of a fuse and a current limiter, and/or the connection elements (5, 8) of said two different phases are arranged to be connected by a varistor; • said first end of said housing below said chamber being closed by a wall, said wall providing slits for said connector elements of the rocker switch protruding from the rocker switch unit for connecting the rocker switch unit with the external element. • a housing having a first end and a second end; • a rocker switch having an ON- and an OFF-position removably fixed to the first end of the housing, said rocker switch having two pairs of connector elements on the back side, wherein one pair of connector elements can be connected by switching the rocker switch to the ON-position; • said second end of said housing having a height smaller than the heights of the first end and providing two chambers, each chamber for each phase of said rocker switch comprising a first connection element connected to one connector element of said rocker switch and a second connection element for connecting the rocker switch unit with an external element; • said first connection element and said second connection element in each chamber arranged to be connected by a fuse, a current limiter or a series connection of a fuse and a current limiter, and/or the connection elements (5, 8) of said two different phases are arranged to be connected by a varistor; • said first end of said housing below said chamber being closed by a wall, said wall providing slits for said connector elements of the rocker switch protruding from the rocker switch unit for connecting the rocker switch unit with the external element.
A method of making a film cooling hole (4, 27) which communicates with an internal cooling passage of a turbine blade from an outer surface, in a turbine blade which has a heat shield coating and an internal cooling passage, the method comprising, in the following order: a step of executing a bond coat on a blade base material; a step of piercing a cooling hole (4, 27) in accordance with an electric discharge machining; a step of executing a top coat; and a step of removing the top coat in accordance with a mechanical method with respect to a band-like region including a row of cooling holes. a step of executing a bond coat on a blade base material; a step of piercing a cooling hole (4, 27) in accordance with an electric discharge machining; a step of executing a top coat; and a step of removing the top coat in accordance with a mechanical method with respect to a band-like region including a row of cooling holes.
A control system for controlling one or more power conversion apparatuses (P 1, P 2, P N), said control system comprising: - one or more local controllers (C 1, C 2, C N), each local controller being operatively associated with a corresponding power conversion apparatus and configured to carry out low-level control functionalities related to operation of said corresponding power conversion apparatus; - a first communication network (N 1) including a local communication channel (C LB) operatively coupled to said local controllers; - a second communication network (N 2) including a high-speed wireless communication channel (C HS) and a communication driver operatively coupled to said local communication channel and said high-speed wireless communication channel, said communication driver being configured to carry out communication interface functionalities between said local communication channel and said high-speed communication channel; - a remote supervisor operatively coupled to said high-speed communication channel, said remote supervisor being configured to carry out high-level control functionalities related to operation of said power conversion apparatuses; characterised in that said second communication network (N 2) includes one or more data injection nodes (J 1, J 2, J K) operatively coupled to said high-speed communication channel (C HS), each data injection node being configured to add additional information contents to selected data packages travelling along said high-speed communication channel, wherein each data injection node (J 1, J 2, J K) is operatively coupled to a corresponding auxiliary communication channel (AC 1, AC 2, AC K) to receive said additional information contents. - one or more local controllers (C 1, C 2, C N), each local controller being operatively associated with a corresponding power conversion apparatus and configured to carry out low-level control functionalities related to operation of said corresponding power conversion apparatus; - a first communication network (N 1) including a local communication channel (C LB) operatively coupled to said local controllers; - a second communication network (N 2) including a high-speed wireless communication channel (C HS) and a communication driver operatively coupled to said local communication channel and said high-speed wireless communication channel, said communication driver being configured to carry out communication interface functionalities between said local communication channel and said high-speed communication channel; - a remote supervisor operatively coupled to said high-speed communication channel, said remote supervisor being configured to carry out high-level control functionalities related to operation of said power conversion apparatuses;