mhurhangee/ep-ind-claims huggingface dataset:
A layered body comprising a rubber layer and an adhesion layer, the adhesion layer being formed using an adhesive composition layer, the adhesive composition layer being formed using a composition including: a polythiol compound; a compound having plural epoxy groups; a radical generator; and an amine-based catalyst, wherein a ratio (Ep/SH (epoxy groups/thiol groups ratio)) of a total molar number (Ep) of epoxy groups contained in the compound having plural epoxy groups to a total molar number of thiol groups contained in the polythiol compound is higher than 0.20 but lower than 1.00, wherein a part of the amount of the polythiol compound is polymerized with the compound having plural epoxy groups through an anion polymerization reaction, wherein the total molar number of thiol groups contained in the polythiol compound is obtained by multiplying the molar number of the polythiol compound by the number of thiol groups contained in one molecule of the polythiol compound, and the total molar number (Ep) of epoxy groups contained in the compound having plural epoxy groups is obtained by dividing the content of the compound having plural epoxy groups by a theoretical molecular weight of the compound having plural epoxy groups, and multiplying the obtained value by the number of epoxy groups contained in one molecule of the compound having plural epoxy groups, and wherein a ratio of a total molar number of the radical generator to a total molar number of thiol groups contained in the polythiol compound (radical generator/thiol groups) in the composition is from 0.025 to 0.5. a polythiol compound; a compound having plural epoxy groups; a radical generator; and an amine-based catalyst, wherein a ratio (Ep/SH (epoxy groups/thiol groups ratio)) of a total molar number (Ep) of epoxy groups contained in the compound having plural epoxy groups to a total molar number of thiol groups contained in the polythiol compound is higher than 0.20 but lower than 1.00, wherein a part of the amount of the polythiol compound is polymerized with the compound having plural epoxy groups through an anion polymerization reaction, wherein the total molar number of thiol groups contained in the polythiol compound is obtained by multiplying the molar number of the polythiol compound by the number of thiol groups contained in one molecule of the polythiol compound, and the total molar number (Ep) of epoxy groups contained in the compound having plural epoxy groups is obtained by dividing the content of the compound having plural epoxy groups by a theoretical molecular weight of the compound having plural epoxy groups, and multiplying the obtained value by the number of epoxy groups contained in one molecule of the compound having plural epoxy groups, and wherein a ratio of a total molar number of the radical generator to a total molar number of thiol groups contained in the polythiol compound (radical generator/thiol groups) in the composition is from 0.025 to 0.5.
A stereolithography apparatus material provision device for print material to be cured, wherein the material provision device receives a material cartridge which receives the print material, wherein the material cartridge comprises an outlet valve unit via which the print material may be output, and wherein the material cartridge is received at least partially in the material provision device and is supported at least partially thereon or therein, characterized in that the part of the valve unit connected to the outlet of the material cartridge can be swiveled along with the material cartridge and that this movement closes the valve.
A concentration measurement apparatus for measuring a temporal relative change amount of at least one of total hemoglobin concentration, oxygenated hemoglobin concentration, and deoxygenated hemoglobin concentration in the head that vary due to repetition of chest compression, comprising: a light incidence section for making measurement light incident on the head; a light detection section for detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with an intensity of the measurement light; and a calculation section for determining, based on the detection signal, the temporal relative change amount of at least one of the total hemoglobin concentration, the oxygenated hemoglobin concentration, and the deoxygenated hemoglobin concentration, wherein a calculation cycle of the relative change amount is not more than 0.2 seconds; characterized in that the calculation section is configured to determine a frequency or a cycle of the temporal variation of the temporal relative change amount of the determined hemoglobin concentration. a light incidence section for making measurement light incident on the head; a light detection section for detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with an intensity of the measurement light; and a calculation section for determining, based on the detection signal, the temporal relative change amount of at least one of the total hemoglobin concentration, the oxygenated hemoglobin concentration, and the deoxygenated hemoglobin concentration, wherein a calculation cycle of the relative change amount is not more than 0.2 seconds; characterized in that the calculation section is configured to determine a frequency or a cycle of the temporal variation of the temporal relative change amount of the determined hemoglobin concentration.
A food composition for use in alleviating hangovers, comprising at least one strain selected from the group consisting of Lactococcus chungangensis (KCTC12684BP), Lactococcus fujiensis, Lactococcus lactis subsp. cremoris, Lactococcus lactis subsp. lactis, and Lactococcus raffinolactis, or a culture medium thereof.
Process for the production of a foamable layer on a sheet of hard material, in particular on a sheet of glass, for the production of a fire-resistant element, in particular of a fire-resistant glass, where an aqueous alkali metal silicate solution is cast onto the sheet and then is hardened in a drying process at ambient pressure to a prescribed water content, characterized in that a region of space above the alkali metal silicate solution applied by casting is brought to a prescribed temperature, and the sheet is exposed from below via a heating system (3, 10) to a temperature which is higher by a temperature difference ΔT than the prescribed temperature, where the temperature difference ΔT is at most 5°C, preferably at most 3°C, and where the humidity of the region of space is maintained at least during a first phase at more than 70-80%, and that the temperature of the region of space is gradually raised until the temperature of the silicate solution applied by casting reaches about 50-80°C, and then is in turn lowered.
A method, by a mobile station capable of communicating in accordance with a first protocol and a second protocol, of performing zone switch based handover from a serving base station configured to operate only in accordance with the first protocol to a target base station configured to operate in accordance with the first and the second protocol, the method comprising: receiving, in the mobile station and from the target base station, a ranging response message including zone switch type/length/value parameters used to perform zone switch from a mobile station support zone of the target base station corresponding to the first protocol (LZone) to a mobile station support zone of the target base station corresponding to the second protocol (MZone); and transmitting, from the mobile station to the target base station, a request for bandwidth for transmitting a ranging request message of the second protocol to the MZone using the zone switch TLV parameters. receiving, in the mobile station and from the target base station, a ranging response message including zone switch type/length/value parameters used to perform zone switch from a mobile station support zone of the target base station corresponding to the first protocol (LZone) to a mobile station support zone of the target base station corresponding to the second protocol (MZone); and transmitting, from the mobile station to the target base station, a request for bandwidth for transmitting a ranging request message of the second protocol to the MZone using the zone switch TLV parameters.
A method of operating a nuclear fusion device comprising a toroidal plasma chamber and having poloidal field coils (101,302) configured to form a plasma (102,103,303) within the plasma chamber by one of merging compression and double null merging, the method comprising: providing a varying current to the poloidal field coils, the varying current comprising a plurality of pulses, each pulse comprising: a plasma formation period having a rate of change of the varying current which is opposite in sign to the varying current; and a merging period following the plasma formation period, where the varying current is sufficiently low in magnitude as to allow plasmas within the chamber to merge into a single plasma. a plasma formation period having a rate of change of the varying current which is opposite in sign to the varying current; and a merging period following the plasma formation period, where the varying current is sufficiently low in magnitude as to allow plasmas within the chamber to merge into a single plasma.
A steam turbine system (200, 300, 400, 502), comprising: a plurality of blade stages (202, 306, 404, 506) arranged axially along a first shaft; an impulse stage (212, 304, 408, 510) configured upstream of the plurality of blade stages (202, 306, 404, 506), the impulse stage (212, 304, 408, 510) having an impulse wheel and a casing (100, 216), the casing (100, 216) including a plurality of inlet sections (102, 104, 106, 108) with each of the plurality of inlet sections (102, 104, 106, 108) having a corresponding nozzle group (110, 112, 114, 116) and operatively connected to a corresponding control valve (120, 122, 123, 126) controlling a first steam flow through the corresponding nozzle group (110, 112, 114, 116); wherein the steam turbine system comprises a first inlet (132, 134, 136, 138, 232) configured to provide the first steam flow through the impulse stage (212, 304, 408, 510) and the plurality of blade stages (202, 306, 404, 506) and a second inlet (226, 230) configured to provide a second steam flow to the plurality of blade stages (202, 306, 404, 506) and bypassing the impulse stage (212, 304, 408, 510) characterized in that the steam turbine system comprises a first housing (402, 504) enclosing the plurality of blade stages (202, 306, 404, 506), and a second housing (406, 508) enclosing the impulse stage (212, 304, 408, 510), wherein the impulse stage is arranged on one of the first shaft and a second shaft. a plurality of blade stages (202, 306, 404, 506) arranged axially along a first shaft; an impulse stage (212, 304, 408, 510) configured upstream of the plurality of blade stages (202, 306, 404, 506), the impulse stage (212, 304, 408, 510) having an impulse wheel and a casing (100, 216), the casing (100, 216) including a plurality of inlet sections (102, 104, 106, 108) with each of the plurality of inlet sections (102, 104, 106, 108) having a corresponding nozzle group (110, 112, 114, 116) and operatively connected to a corresponding control valve (120, 122, 123, 126) controlling a first steam flow through the corresponding nozzle group (110, 112, 114, 116); wherein the steam turbine system comprises a first inlet (132, 134, 136, 138, 232) configured to provide the first steam flow through the impulse stage (212, 304, 408, 510) and the plurality of blade stages (202, 306, 404, 506) and a second inlet (226, 230) configured to provide a second steam flow to the plurality of blade stages (202, 306, 404, 506) and bypassing the impulse stage (212, 304, 408, 510) characterized in that the steam turbine system comprises a first housing (402, 504) enclosing the plurality of blade stages (202, 306, 404, 506), and a second housing (406, 508) enclosing the impulse stage (212, 304, 408, 510), wherein the impulse stage is arranged on one of the first shaft and a second shaft.
A method of dry-spinning para-aramid fiber, comprising: (i) spinning a polymeric solution, which includes an aramid copolymer having a repeat unit represented by the following Formula I dissolved in an organic solvent, through a spinneret in a fibrous form; (ii) passing the spun fiber into an inert gas to remove a part of the polymerization solvent remained in the fiber; (iii) contacting the fiber which has passed through the inert gas with a conditioning solution which contains an organic solvent and inorganic salt, so as to maintain residual water in fiber in a range of 10 to 15%; and (iv) drawing, washing, drying and heating the fiber after contact with the conditioning solution: Wherein R 1 is -CN, -Cl, -SO 3 H or -CF 3, and Ar 1 and Ar 2 are independently each aromatic hydrocarbon having 1 to 4 benzene rings. (i) spinning a polymeric solution, which includes an aramid copolymer having a repeat unit represented by the following Formula I dissolved in an organic solvent, through a spinneret in a fibrous form; (ii) passing the spun fiber into an inert gas to remove a part of the polymerization solvent remained in the fiber; (iii) contacting the fiber which has passed through the inert gas with a conditioning solution which contains an organic solvent and inorganic salt, so as to maintain residual water in fiber in a range of 10 to 15%; and (iv) drawing, washing, drying and heating the fiber after contact with the conditioning solution: Wherein R 1 is -CN, -Cl, -SO 3 H or -CF 3, and Ar 1 and Ar 2 are independently each aromatic hydrocarbon having 1 to 4 benzene rings.
Industrial truck having a lighting means in the form of at least one LED strip (9, 10), characterized in that the LED strip (9, 10) is arranged in a light source rail which is connected to at least one hydraulic line (11, 15) and/or electrical cable guide.
A pathological specimen comprising: a tissue section subjected to a treatment for fluorescence-labeling of an objective biomaterial with a fluorescent particle observable in a dark field, based on an immunostaining method or a FISH method; a packed layer with which the tissue section is covered; and a protection layer with which the packed layer is covered; wherein the refractive indexes of the fluorescent particle, the packed layer and the protection layer at a wavelength of 589 nm and 20 °C satisfy the conditions of the following Expressions and: n 1 − n 2 ≤ 0.20 n 2 − n 3 ≤ 0.15 n1: the refractive index of the fluorescent particle n2: the refractive index of the packed layer n3: the refractive index of the protection layer. n1: the refractive index of the fluorescent particle n2: the refractive index of the packed layer n3: the refractive index of the protection layer.
Transport frame having a longitudinal, lateral and upright extent, and being configured for receiving a tip portion of a longitudinally extending wind turbine blade, said frame being stackable with identical frames, said frame having a tip saddle assembly comprising a saddle with a support surface shaped to receive a blade tip with its chordwise extent lying approximately horizontal, and a clamping mechanism having a hinged clamping arm configured to be operable between a raised, open position and a lowered, closed position; said clamping arm, when open, allowing a blade tip to be lowered into said saddle with its chordwise extent generally horizontal, and when closed, securely restraining said blade tip against upward movement; said clamping arm extending between a hinge point and a free end; said tip saddle assembly further including a preventer serving to maintain said clamping arm in said closed position over a blade; characterised in that said preventer is in the form of a strop having a middle portion extending between a first end and a second end; wherein said tip saddle assembly is configured such that said preventer exerts a downward force on said clamping arm when a middle portion thereof passes under tension over a portion of said clamping arm between said hinge point and said free end; and in that said tip saddle assembly further includes a fixing for respective said first and second end of said preventer, and wherein said preventer is anchored at said first and said second ends to said tip saddle assembly. said clamping arm, when open, allowing a blade tip to be lowered into said saddle with its chordwise extent generally horizontal, and when closed, securely restraining said blade tip against upward movement; said clamping arm extending between a hinge point and a free end;
A folding wing hinge for a wing having a fixed wing portion and a folding wing portion, the folding wing hinge comprising: a hinge pin including a hinge pin spline and having a first longitudinal axis; an input fitting coupled to one of the fixed wing portion and the folding wing portion, the input fitting including an input fitting spline (705, 705A) and a second longitudinal axis; a spline coupling member having a coupling spline configured to couple with the hinge pin spline and the input fitting spline (705, 705A) so that the first longitudinal axis is moveable relative to the second longitudinal axis by a first predetermined amount of movement; and at least one hinge pin bushing (760, 761) coupled to at least one of the fixed wing portion and the folding wing portion, the at least one hinge pin bushing (760, 761) having a third longitudinal axis; wherein the hinge pin extends through the at least one hinge pin bushing (760, 761); and wherein the first longitudinal axis is movable relative to the third longitudinal axis by a second predetermined amount of movement, the second predetermined amount of movement being less than the first predetermined amount of movement so that flight loads between the fixed wing portion and the folding wing portion are substantially isolated to a load path that passes through the at least one hinge pin bushing (760, 761). a hinge pin including a hinge pin spline and having a first longitudinal axis; an input fitting coupled to one of the fixed wing portion and the folding wing portion, the input fitting including an input fitting spline (705, 705A) and a second longitudinal axis; a spline coupling member having a coupling spline configured to couple with the hinge pin spline and the input fitting spline (705, 705A) so that the first longitudinal axis is moveable relative to the second longitudinal axis by a first predetermined amount of movement; and at least one hinge pin bushing (760, 761) coupled to at least one of the fixed wing portion and the folding wing portion, the at least one hinge pin bushing (760, 761) having a third longitudinal axis; wherein the hinge pin extends through the at least one hinge pin bushing (760, 761); and wherein the first longitudinal axis is movable relative to the third longitudinal axis by a second predetermined amount of movement, the second predetermined amount of movement being less than the first predetermined amount of movement so that flight loads between the fixed wing portion and the folding wing portion are substantially isolated to a load path that passes through the at least one hinge pin bushing (760, 761).
Method for producing a connection between a stator body and a housing part comprising the following method steps: a) making at least one recess (18, 35, 36) on an outer side of the stator body and/or on an inner side of the housing part; b) at least substantially filling the recess (18, 35, 36) with at least one adhesive; c) inserting the stator body into the housing part, the insertion being made possible by an assembly gap formed between the outer side of the stator body and an inner side of the housing part, characterized in that the heating of the adhesive in the recess (18, 35, 36) to allow the adhesive to flow out of the recess (18, 35, 36) into the assembly gap and the thermal curing of the adhesive are carried out in one and the same process step. a) making at least one recess (18, 35, 36) on an outer side of the stator body and/or on an inner side of the housing part; b) at least substantially filling the recess (18, 35, 36) with at least one adhesive; c) inserting the stator body into the housing part, the insertion being made possible by an assembly gap formed between the outer side of the stator body and an inner side of the housing part,
A container holder assembly for a medicament delivery device, which container holder assembly comprises; - a housing part, fixedly mounted relative to a longitudinally elongated housing; - a container holder for accommodating a medicament container, which container holder is longitudinally movable relative to the housing part from a distal initial position to a proximal end position; - a spring-biased needle guard, coaxial with the container holder and releasably connected with the container holder, and longitudinally movable relative to the housing part between an extended position and a retracted position, characterized in that the housing part coaxially arranged between the container holder and the needle guard comprises a first longitudinal slit through which the needle guard is connected with the container holder by a first connecting member of the needle guard radially biasing a resilient second connecting member of the container holder, and wherein the needle guard is configured to disconnect from the container holder upon movement from the extended position to the retracted position and wherein, when the needle guard is connected to the container holder, the second connecting member is radially biased into engagement with a holding member of the housing part, such that the container holder is prevented from longitudinal movement relative to the housing part. - a housing part, fixedly mounted relative to a longitudinally elongated housing; - a container holder for accommodating a medicament container, which container holder is longitudinally movable relative to the housing part from a distal initial position to a proximal end position; - a spring-biased needle guard, coaxial with the container holder and releasably connected with the container holder, and longitudinally movable relative to the housing part between an extended position and a retracted position, characterized in that the housing part coaxially arranged between the container holder and the needle guard comprises a first longitudinal slit through which the needle guard is connected with the container holder by a first connecting member of the needle guard radially biasing a resilient second connecting member of the container holder, and wherein the needle guard is configured to disconnect from the container holder upon movement from the extended position to the retracted position and wherein, when the needle guard is connected to the container holder, the second connecting member is radially biased into engagement with a holding member of the housing part, such that the container holder is prevented from longitudinal movement relative to the housing part.