mhurhangee/ep-ind-claims huggingface dataset:
A formulation comprising at least one thermoplastic polyurethane polymer and a flame retardant composition wherein the flame retardant composition is present in the formulation in an amount ranging from 25% to 65% by weight based on 100% by weight of the formulation, said flame retardant composition comprising i) at least one metal or metalloid oxide particle selected from magnesium oxide, magnesium hydroxide, silicon oxide, or aluminium oxide in an amount ranging from 1% to 8% by weight based on 100% by weight of the flame retardant composition; ii) at least one phosphate component selected from the group comprising ammonium polyphosphate, melamine phosphate, melamine pyrophosphate and melamine polyphosphate or mixture thereof in an amount ranging from 25% to 85% by weight based on 100% by weight of the flame retardant composition, and iii) at least one oligomeric phosphate ester corresponding to formula in an amount ranging from 10% to 70% by weight based on 100% by weight of the flame retardant composition i) at least one metal or metalloid oxide particle selected from magnesium oxide, magnesium hydroxide, silicon oxide, or aluminium oxide in an amount ranging from 1% to 8% by weight based on 100% by weight of the flame retardant composition; ii) at least one phosphate component selected from the group comprising ammonium polyphosphate, melamine phosphate, melamine pyrophosphate and melamine polyphosphate or mixture thereof in an amount ranging from 25% to 85% by weight based on 100% by weight of the flame retardant composition, and iii) at least one oligomeric phosphate ester corresponding to formula in an amount ranging from 10% to 70% by weight based on 100% by weight of the flame retardant composition
An in-vitro method for the detection of a malfunction of the nitric oxide synthase /soluble guanylyl cyclase (sGC) pathway in a biological sample, comprising the provision of a biological sample that has been isolated from a human or animal body and determination of the presence and/or quantity of mobile (loosely-bound) nitrosylated ferrous haem (NO-ferrohaem) in the isolated biological sample by determining the activation of haem-free sGC (apo-sGC) by endogenous NO-ferrohaem in the biological sample, wherein the biological activity of apo-sGC in the biological sample is determined by the steps: a. providing the sample containing nitrosylated ferrous haem (NO-ferrohaem), b. adding an apo-(haem-free)-sGC probe to the sample, under conditions allowing the interaction of NO-ferrohaem with sGC, c. measuring the levels of cyclic GMP(cGMP) levels to determine the activity of soluble guanylyl cyclase (sGC) in the presence of NO-ferrohaem. a. providing the sample containing nitrosylated ferrous haem (NO-ferrohaem), b. adding an apo-(haem-free)-sGC probe to the sample, under conditions allowing the interaction of NO-ferrohaem with sGC, c. measuring the levels of cyclic GMP(cGMP) levels to determine the activity of soluble guanylyl cyclase (sGC) in the presence of NO-ferrohaem.
A device comprising: a proof mass; a support structure surrounding the proof mass defining a plane and configured to support the proof mass; a flexure (4A and 4B) connecting the proof mass to the support structure, wherein the flexure (4A and 4B)_allows the proof mass to move about the plane defined by the support structure; and at least four_raised pads, wherein at least one raised pad is positioned between the flexure (4A and 4B) and an exterior of the support structure, and wherein the at least one raised pad is configured to be isolatable; wherein the device is comprised of a monolithic material. a proof mass; a support structure surrounding the proof mass defining a plane and configured to support the proof mass; a flexure (4A and 4B) connecting the proof mass to the support structure, wherein the flexure (4A and 4B)_allows the proof mass to move about the plane defined by the support structure; and at least four_raised pads, wherein at least one raised pad is positioned between the flexure (4A and 4B) and an exterior of the support structure, and wherein the at least one raised pad is configured to be isolatable; wherein the device is comprised of a monolithic material.
A transportation container of a nuclear fuel assembly, comprising: a container body that has an opening in one end; a lid member (12A, 12B) that seals the opening; a prismatic pipe that is arranged in the container body; a fuel holder that covers the side surfaces of a fuel assembly when inserted into the prismatic pipe; and a pressing member (37a, 37b) that is arranged on the prismatic pipe and presses, in the prismatic pipe, the fuel holder against an inner wall surface of the prismatic pipe, characterized in that one end of the fuel holder is formed in a tapered shape inclining toward an inside of the fuel holder, and one end of the prismatic pipe is provided with a first guide member that has a recess corresponding to a shape of the one end of the fuel holder. a container body that has an opening in one end; a lid member (12A, 12B) that seals the opening; a prismatic pipe that is arranged in the container body; a fuel holder that covers the side surfaces of a fuel assembly when inserted into the prismatic pipe; and a pressing member (37a, 37b) that is arranged on the prismatic pipe and presses, in the prismatic pipe, the fuel holder against an inner wall surface of the prismatic pipe, characterized in that one end of the fuel holder is formed in a tapered shape inclining toward an inside of the fuel holder, and one end of the prismatic pipe is provided with a first guide member that has a recess corresponding to a shape of the one end of the fuel holder.
Apparatus for compressing a transcatheter cardiac stent-valve, comprising: a hollow channel having a wall that is stationary or fixed in a radial direction, and an interior surface shaped for progressively compressing the stent-valve in response to longitudinal advancement of the stent-valve within the hollow channel; and a driver coupled to the hollow channel by a screw threaded connection, and configured for generating in response to rotation of the driver, a longitudinal driving force for advancing the stent-valve. a hollow channel having a wall that is stationary or fixed in a radial direction, and an interior surface shaped for progressively compressing the stent-valve in response to longitudinal advancement of the stent-valve within the hollow channel; and a driver coupled to the hollow channel by a screw threaded connection, and configured for generating in response to rotation of the driver, a longitudinal driving force for advancing the stent-valve.
A system for controlling temperature in a vehicle, the system comprising: at least one main fluid channel; at least one thermoelectric device operatively connected to the at least one main fluid channels, the at least one thermoelectric device comprising at least one thermoelectric element configured to heat at least a portion of a fluid flowing in at least one of the main fluid channels upon application of electrical energy in a first polarity and to cool at least a portion of the fluid upon application of electrical energy in a second polarity; a first working fluid circuit (F1-F2); and a second working fluid circuit (F3-F4) independent from the first working fluid circuit; wherein at least one thermoelectric devices is subdivided into a plurality of thermal zones, the plurality of thermal zones comprising: a first thermal zone operatively connected to a first electric circuit (E1-E2) switchable between the first polarity and the second polarity; and a second thermal zone operatively connected to a second electric circuit (E3-E4) switchable between the first polarity and the second polarity independent of the polarity of the first electric circuit (E1-E2); and wherein the first working fluid circuit (F1-F2) is thermally connected to a first waste surface in the first thermal zone of the thermoelectric device and the second working fluid circuit (F3-F4) is thermally connected to a second waste surface in the second thermal zone of the thermoelectric device. at least one main fluid channel; at least one thermoelectric device operatively connected to the at least one main fluid channels, the at least one thermoelectric device comprising at least one thermoelectric element configured to heat at least a portion of a fluid flowing in at least one of the main fluid channels upon application of electrical energy in a first polarity and to cool at least a portion of the fluid upon application of electrical energy in a second polarity; a first working fluid circuit (F1-F2); and a second working fluid circuit (F3-F4) independent from the first working fluid circuit; a first thermal zone operatively connected to a first electric circuit (E1-E2) switchable between the first polarity and the second polarity; and a second thermal zone operatively connected to a second electric circuit (E3-E4) switchable between the first polarity and the second polarity independent of the polarity of the first electric circuit (E1-E2); and
Method for determining the age of a human donor, comprising: - Providing a blood sample including blood cells of said donor; - Determining methylation levels of at least two CpG-dinucleotides of at least two specific regions of at least one chromosome of said blood cells, wherein one of said specific regions is the ASPA gene and at least one further specific region is selected from the group consisting of RAB36, ITGA2B, GBP1, PDE4C, KCNK12, and CBX7; and - Determining the age of said donor by comparing said determined methylation levels with empirically determined data representing a correlation between the methylation levels of said CpG-dinucleotides and the chronological age of at least one human individual. - Providing a blood sample including blood cells of said donor; - Determining methylation levels of at least two CpG-dinucleotides of at least two specific regions of at least one chromosome of said blood cells, wherein one of said specific regions is the ASPA gene and at least one further specific region is selected from the group consisting of RAB36, ITGA2B, GBP1, PDE4C, KCNK12, and CBX7; and - Determining the age of said donor by comparing said determined methylation levels with empirically determined data representing a correlation between the methylation levels of said CpG-dinucleotides and the chronological age of at least one human individual.
Process for preparing trichlorosilane, TCS, by reaction of metallurgical silicon, mg-Si, and HCl, characterized in that mg-Si having a titanium content greater than or equal to 0.08 wt% and less than or equal to 0.12 wt% and a phosphorus content greater than or equal to 30 ppmw is used.
A self-retracting device for a furniture part that can be extended out of a furniture body by means of an extension guide, comprising a main part and a slide, which is movably mounted on the main part and can be moved in an extension direction from a main position into a standby position against the force of a retracting spring, wherein said slide is held in the standby position by a holding device, and wherein a driver can be coupled to the slide in order to move the slide from the main position into the standby position and uncoupled from the slide in the standby position of the slide, characterized in that the retracting spring engages on a lever of the self-retracting device, which is pivotally mounted on the main part about a first pivot axis and pivotally mounted on the slide about a second pivot axis, wherein the lever can be moved relative to the first pivot axis or the first pivot axis can be moved relative to the main part.
Floor slab for producing a floor, which floor slab comprises a concrete shell with an upper surface, and a periphery delimiting said surface, as well as steel profiles (4, 11), being C-beams or sigma beams, a part of which is embedded in the concrete shell with a bottom flange and another part (6, 7) of which protrudes on the upper surface of the concrete shell, having an upper flange, wherein profiles (4b, 11b) extend on the periphery of the concrete shell, wherein a cover layer in the form of a top floor is supported on the steel profiles and connected to the upper flange, characterized in that one or more concrete supporting blocks are fitted along one or more profiles (4, 11), and are placed between the top floor and the concrete shell in a close-fitting manner to transmit relatively large pressure loads acting from above from the top floor to the concrete shell.
A display apparatus comprising: a first substrate having a first region and a second region; a reflection layer pattern formed in the second region of the first substrate; a second substrate facing the first substrate having first and second pixel regions defined therein; a first pixel electrode formed on the second substrate in the first pixel region included in the first region; and a second pixel electrode formed on the second substrate in the second pixel region included in the second region, and characterized in that the reflection layer pattern is formed in only a portion of the second pixel region included in the second region, a transmission type image is arranged to be displayed toward a first direction in the first and second regions according to a data signal applied to the first and second pixel electrodes, respectively, and a reflection type image is arranged to be displayed toward a second direction opposite to the first direction in the second region according to the data signal applied to the second pixel electrode, and in that the reflective portion of the second pixel region including the second pixel electrode operates in a reflection mode and a remaining portion of the second pixel region including the second pixel electrode operates in a transmissive mode. a first substrate having a first region and a second region; a reflection layer pattern formed in the second region of the first substrate; a second substrate facing the first substrate having first and second pixel regions defined therein; a first pixel electrode formed on the second substrate in the first pixel region included in the first region; and a second pixel electrode formed on the second substrate in the second pixel region included in the second region, and characterized in that the reflection layer pattern is formed in only a portion of the second pixel region included in the second region, a transmission type image is arranged to be displayed toward a first direction in the first and second regions according to a data signal applied to the first and second pixel electrodes, respectively, and a reflection type image is arranged to be displayed toward a second direction opposite to the first direction in the second region according to the data signal applied to the second pixel electrode, and in that the reflective portion of the second pixel region including the second pixel electrode operates in a reflection mode and a remaining portion of the second pixel region including the second pixel electrode operates in a transmissive mode.
Chassis component for a motor vehicle, the chassis component having a core module with at least one first load-conducting element (100, 102), at least one second load-conducting element (104, 106) and at least one load transfer element (114, 116, 118) connecting the at least one first load-conducting element (100, 102) and the at least one second load-conducting element (104, 106), and an overmoulding, characterized in that at least one load transfer element (114, 116) comprises unidirectionally arranged continuous fibres and at least one load transfer element comprises bidirectionally or multidirectionally arranged continuous fibres.
VVER emergency cooling system sump protection device comprising a system of header-connected filter modules comprising filter elements, each filter module having slotted grates on top, the filter elements are arranged inside and designed as laterally slotted filtration pipes, and perforated distribution tubes arranged inside the filtration pipes, the internals of the perforated distribution tubes are connected to headers, characterized in that the filtration pipes are made of wire with slots between turns, and each filter module has slotted grates on sides. characterized in that the filtration pipes are made of wire with slots between turns, and each filter module has slotted grates on sides.
Microfluidic system, having a cartridge with a first drum which has a first chamber, and with an adjustment device which is arranged so as to rotate the first drum about its mid-axis, in order thereby to connect the first chamber to a second chamber (120, 122, 132, 136) in a fluid-, gas- and/or particle-conducting manner, and a pressure device which acts upon at least one component with a pressure difference, in order thereby to transfer this between the first chamber and second chamber (120, 122, 132, 136), characterized in that the second chamber (120, 122, 132, 136) precedes or follows the first drum with respect to the mid-axis and is formed in a second or a third drum (106, 110).
A method for transferring a security context during a handover of a user equipment (70, 275, 700), the method implemented by one or more core network nodes (175, 600) in a core network of a wireless communication network, wherein the one or more core network nodes (175, 600) provide a source Access and Mobility Management Function, AMF, the method comprising: receiving, from a source base station (25, 120, 500) in an access network of the wireless communication network, a first handover message indicating that a handover of the user equipment (70, 275, 700) is needed; deriving a new non-access stratum key responsive to deciding that an operator specific security policy is met; sending, responsive to the first handover message, the new non-access stratum key to a target AMF in the core network of the wireless communication network; and sending, in a second handover message, a key derivation parameter and a key change indication to the user equipment (70, 275, 700), the key change indication comprising a key change indicator flag set to a value indicating a change of a non-access stratum key. receiving, from a source base station (25, 120, 500) in an access network of the wireless communication network, a first handover message indicating that a handover of the user equipment (70, 275, 700) is needed; deriving a new non-access stratum key responsive to deciding that an operator specific security policy is met; sending, responsive to the first handover message, the new non-access stratum key to a target AMF in the core network of the wireless communication network; and sending, in a second handover message, a key derivation parameter and a key change indication to the user equipment (70, 275, 700), the key change indication comprising a key change indicator flag set to a value indicating a change of a non-access stratum key.
A method of tuning a flexible antenna for a hearing assistance device, wherein the flexible antenna comprises copper traces on a flexible printed circuit board "PCB" including a pair of feed lines, the method comprising: placing a plurality of metallic traces across the feed lines, separated from the feed lines by a layer of polyimide, and connecting the plurality of metallic traces to one of the feed lines to provide a variable distributed parallel plate capacitor connected in parallel to one the feed lines of the antenna, wherein the metallic traces comprise copper strips; and cutting a portion of the copper strips to adjust the variable distributed capacitor for tuning the flexible antenna for wireless hearing assistance device communication. placing a plurality of metallic traces across the feed lines, separated from the feed lines by a layer of polyimide, and connecting the plurality of metallic traces to one of the feed lines to provide a variable distributed parallel plate capacitor connected in parallel to one the feed lines of the antenna, wherein the metallic traces comprise copper strips; and cutting a portion of the copper strips to adjust the variable distributed capacitor for tuning the flexible antenna for wireless hearing assistance device communication.
A propulsion system for a watercraft, including: a surface-piercing propeller including at least one propeller blade defining an axis of rotation; drive means for driving the propeller; a shroud unit comprising: a) an inner shroud member for augmenting propeller thrust, which is configured to surround at least the lower half of the propeller blade tip travel path, the inner shroud member having a leading end disposed adjacent said blade tip travel path and a trailing end which extends transversely relative to the axis of rotation of the propeller and which is located rearwardly of the propeller blade tip travel path; and b) an outer shroud member which is configured to surround the inner shroud member, the outer shroud member having a leading end and a trailing end; and mounting means for mounting the propeller and the shroud unit to the watercraft, characterised in that the outer shroud member is radially spaced from the inner shroud member so as to define an air gap between the inner and outer shroud members (31, 33), the air gap being open at the trailing ends of the shroud members (31, 33) and closed at the leading ends thereof, the shroud members (31, 33) including upper portions which are disposed above the axis of rotation of the propeller at a height at which at least part of the upper portions and thereby the air gap defined thereby, is disposed above the water level so that the air gap is exposed to the atmosphere thereby to deliver atmospheric air to the air gap when the watercraft travels at its design speed, in use. a surface-piercing propeller including at least one propeller blade defining an axis of rotation; drive means for driving the propeller; a shroud unit comprising: a) an inner shroud member for augmenting propeller thrust, which is configured to surround at least the lower half of the propeller blade tip travel path, the inner shroud member having a leading end disposed adjacent said blade tip travel path and a trailing end which extends transversely relative to the axis of rotation of the propeller and which is located rearwardly of the propeller blade tip travel path; and b) an outer shroud member which is configured to surround the inner shroud member, the outer shroud member having a leading end and a trailing end; and a) an inner shroud member for augmenting propeller thrust, which is configured to surround at least the lower half of the propeller blade tip travel path, the inner shroud member having a leading end disposed adjacent said blade tip travel path and a trailing end which extends transversely relative to the axis of rotation of the propeller and which is located rearwardly of the propeller blade tip travel path; and b) an outer shroud member which is configured to surround the inner shroud member, the outer shroud member having a leading end and a trailing end; and mounting means for mounting the propeller and the shroud unit to the watercraft,