mhurhangee/ep-ind-claims huggingface dataset:
A method for analysing interactions of a nucleic acid with at least one polypeptide, comprising (a) providing a reaction vessel with a composition comprising cross-linked complexes comprising at least one nucleic acid and at least one polypeptide; (b) immobilizing at least part of the cross-linked complexes to the reaction vessel and performing washing steps while the cross-linked complexes are immobilized to the reaction vessel in order to remove unbound components; (c) at least partially reversing said cross-links in said immobilized complexes by performing a heat incubation step thereby at least partially releasing the nucleic acids from the complexes; (d) analyzing the released nucleic acid; wherein steps (a) to (d) are performed in one reaction vessel. (a) providing a reaction vessel with a composition comprising cross-linked complexes comprising at least one nucleic acid and at least one polypeptide; (b) immobilizing at least part of the cross-linked complexes to the reaction vessel and performing washing steps while the cross-linked complexes are immobilized to the reaction vessel in order to remove unbound components; (c) at least partially reversing said cross-links in said immobilized complexes by performing a heat incubation step thereby at least partially releasing the nucleic acids from the complexes; (d) analyzing the released nucleic acid; wherein steps (a) to (d) are performed in one reaction vessel.
A toilet purging device comprising: a pipe body that has a gas channel through the pipe body; a firing unit that includes a firing pin disposed to be longitudinally movable and a switch coupled to the upper end of the pipe body; a tightening cap that is thread-fastened to the top of the firing unit with a gas container interposed therebetween and moves the gas container to be in close contact with the firing pin when turned; and a connector that is coupled to the lower end of the pipe body and inserted in use into a drainpipe of a toilet, characterised in that the switch is intended to move the firing pin to the pipe body when pushed. a pipe body that has a gas channel through the pipe body; a firing unit that includes a firing pin disposed to be longitudinally movable and a switch coupled to the upper end of the pipe body; a tightening cap that is thread-fastened to the top of the firing unit with a gas container interposed therebetween and moves the gas container to be in close contact with the firing pin when turned; and a connector that is coupled to the lower end of the pipe body and inserted in use into a drainpipe of a toilet, characterised in that the switch is intended to move the firing pin to the pipe body when pushed.
A seat controlling mechanism comprising: motors (4, 5) for actuating a plurality of seat sections, respectively, the seat sections being movable on moving paths, respectively, the moving paths interfering with each other; a position detecting apparatus configured to detect a position of each of the seat sections; and a controlling apparatus configured to control each of the seat sections so as to move to a predetermined position, wherein an interfering range is set in the controlling apparatus on the basis of positions of the seat sections, wherein the seat controlling mechanism is characterized in that an interference avoidable range (P, Q, R, S) in which an interference avoidance control is executed and a normal operation range are also set in the controlling apparatus, the interference avoidable range (P, Q, R, S) being set so as to abut the interfering range, the normal operation range being set so as not to be included in the interfering range and the interference avoidable range (P, Q, R, S), and when at least one of the seat sections positions in the interference avoidable range (P, Q, R, S), the controlling apparatus prohibits the movement of the at least one of the seat sections toward the interfering range. motors (4, 5) for actuating a plurality of seat sections, respectively, the seat sections being movable on moving paths, respectively, the moving paths interfering with each other; a position detecting apparatus configured to detect a position of each of the seat sections; and a controlling apparatus configured to control each of the seat sections so as to move to a predetermined position, wherein an interfering range is set in the controlling apparatus on the basis of positions of the seat sections, wherein the seat controlling mechanism is characterized in that an interference avoidable range (P, Q, R, S) in which an interference avoidance control is executed and a normal operation range are also set in the controlling apparatus, the interference avoidable range (P, Q, R, S) being set so as to abut the interfering range, the normal operation range being set so as not to be included in the interfering range and the interference avoidable range (P, Q, R, S), and when at least one of the seat sections positions in the interference avoidable range (P, Q, R, S), the controlling apparatus prohibits the movement of the at least one of the seat sections toward the interfering range.
An apparatus for driving a solenoid valve comprising: a solenoid valve; a voltage source connected to a first side of the solenoid valve and configured to generate a first voltage; a voltage inverter connected to the voltage source and configured to generate a second voltage from the first voltage, wherein the second voltage is of opposite magnitude to the first voltage; and a controller configured to selectively control the first voltage and the second voltage to be applied to the solenoid valve; wherein the apparatus. further comprises a first capacitor connected to the voltage source and the first side of the solenoid valve; and a second capacitor connected to the voltage inverter and a second side of the solenoid valve. a solenoid valve; a voltage source connected to a first side of the solenoid valve and configured to generate a first voltage; a voltage inverter connected to the voltage source and configured to generate a second voltage from the first voltage, wherein the second voltage is of opposite magnitude to the first voltage; and a controller configured to selectively control the first voltage and the second voltage to be applied to the solenoid valve; wherein the apparatus. further comprises a first capacitor connected to the voltage source and the first side of the solenoid valve; and a second capacitor connected to the voltage inverter and a second side of the solenoid valve.
The quantum dot having a core-shell structure, comprising: a core formed of In-P material and doped with copper; and a shell formed of Zn-S material and surrounding the core, characterized in that the core is formed of In-Zn-P material and the shell is formed of Cu-Zn-In-S material. a core formed of In-P material and doped with copper; and a shell formed of Zn-S material and surrounding the core, characterized in that the core is formed of In-Zn-P material and the shell is formed of Cu-Zn-In-S material.
A system for injecting catalyst and/or additives into a fluidized catalytic cracking unit, comprising: (a) a dust collector in fluid communication with at least one storage bin holding one of the catalyst and/or additives; (b) a vacuum producer in fluid communication with the dust collector so that the vacuum producer generates a vacuum within the dust collector that draws the one of the catalyst and/or additives into the dust collector; (c) a filter positioned within said dust collector and operatively adapted to filter fluid exiting said dust collector in response to a vacuum produced by said vacuum producer; (d) a transfer pot in fluid communication with the dust collector for receiving the one of the catalyst and/or additives from the dust collector, the transfer pot being in fluid communication with the fluidized catalytic cracking unit and a source of pressurized air so that the one of the catalyst and/or additives is transferred to the fluidized catalytic cracking unit in response to one or more system parameters; and (e) at least one differential pressure gauge having a differential pressure gauge component positioned so as to measure a pressure of said dust collector, characterized in that the differential pressure gauge is operatively adapted to measure a first pressure differential across said filter. (a) a dust collector in fluid communication with at least one storage bin holding one of the catalyst and/or additives; (b) a vacuum producer in fluid communication with the dust collector so that the vacuum producer generates a vacuum within the dust collector that draws the one of the catalyst and/or additives into the dust collector; (c) a filter positioned within said dust collector and operatively adapted to filter fluid exiting said dust collector in response to a vacuum produced by said vacuum producer; (d) a transfer pot in fluid communication with the dust collector for receiving the one of the catalyst and/or additives from the dust collector, the transfer pot being in fluid communication with the fluidized catalytic cracking unit and a source of pressurized air so that the one of the catalyst and/or additives is transferred to the fluidized catalytic cracking unit in response to one or more system parameters; and (e) at least one differential pressure gauge having a differential pressure gauge component positioned so as to measure a pressure of said dust collector, characterized in that the differential pressure gauge is operatively adapted to measure a first pressure differential across said filter.
A method of transmitting a power headroom, PH, by a user equipment, UE, in a carrier aggregation system, the method comprising: receiving power determination information from a base station, BS, wherein the power determination information includes information indicating a maximum output power allowed to the UE for each of a plurality of serving cells; determining a maximum transmission power value for each of the plurality of serving cells by using the power determination information and a UE specific parameter, wherein the maximum transmission power value for each of the plurality of serving cells is determined by the UE within a range; determining PHs for each of the plurality of serving cells based on the respective maximum transmission power values for each of the plurality of serving cells; and transmitting the maximum transmission power values determined for each of the plurality of serving cells and the PHs determined for each of the plurality of serving cells to the BS. receiving power determination information from a base station, BS, wherein the power determination information includes information indicating a maximum output power allowed to the UE for each of a plurality of serving cells; determining a maximum transmission power value for each of the plurality of serving cells by using the power determination information and a UE specific parameter, wherein the maximum transmission power value for each of the plurality of serving cells is determined by the UE within a range; determining PHs for each of the plurality of serving cells based on the respective maximum transmission power values for each of the plurality of serving cells; and transmitting the maximum transmission power values determined for each of the plurality of serving cells and the PHs determined for each of the plurality of serving cells to the BS.
An automobile exhaust gas treatment catalyst comprising: (a) a substrate coated with at least one washcoat layer containing one or more precious metal components; and (b) an overcoat layer comprising a porous refractory oxide, and BaO, wherein at least one of said washcoat layers further comprises an oxygen storage component selected from the group consisting of ceria, a mixed oxide of cerium and zirconium and a mixed oxide of cerium, zirconium, praseodymium, lanthanum, and/or neodymium, and wherein said overcoat layer is coated onto at least one of said precious metal containing washcoat layers for increasing resistance of said precious metal components to poisoning form oil- and/or fuel-derived additives, and wherein the overcoat layer is coated over an upstream portion of said catalyst from an upstream edge of said catalyst, thereby creating a poison capture zone, and wherein said poison capture zone has a length ranging from 10 to 60% of the length of said catalyst from said upstream edge. (a) a substrate coated with at least one washcoat layer containing one or more precious metal components; and (b) an overcoat layer comprising a porous refractory oxide, and BaO,
A process for in vitro detection of an infection by a dengue virus in an individual, comprising the following steps: contacting a blood sample from the individual with a ligand specific to the NS1 protein of said dengue virus, to capture NS1 protein if it is present in the blood sample, said ligand being immobilised on a solid support, detecting the presence of NS1 protein via a mass spectrometry reading, and if NS1 protein is detected, concluding that the individual has been infected by dengue virus. contacting a blood sample from the individual with a ligand specific to the NS1 protein of said dengue virus, to capture NS1 protein if it is present in the blood sample, said ligand being immobilised on a solid support, detecting the presence of NS1 protein via a mass spectrometry reading, and if NS1 protein is detected, concluding that the individual has been infected by dengue virus.
A vaso-occlusive device delivery assembly, comprising: a pusher assembly including a substantially fluid tight pressure chamber in a distal end portion thereof; a thermally activated pressure generating material disposed in the pressure chamber; a heat generating member at least partially disposed in the pressure chamber; and a vaso-occlusive device detachably coupled to the pusher assembly distal of the pressure chamber, wherein the pressure generating material, when heated by the heat generating member, increases a pressure in the pressure chamber, thereby detaching the vaso-occlusive device from the pusher assembly, characterized in that the pressure generating material comprises an inorganic salt hydrate. a pusher assembly including a substantially fluid tight pressure chamber in a distal end portion thereof; a thermally activated pressure generating material disposed in the pressure chamber; a heat generating member at least partially disposed in the pressure chamber; and a vaso-occlusive device detachably coupled to the pusher assembly distal of the pressure chamber, wherein the pressure generating material, when heated by the heat generating member, increases a pressure in the pressure chamber, thereby detaching the vaso-occlusive device from the pusher assembly, characterized in that the pressure generating material comprises an inorganic salt hydrate.
Method of detecting the open or closed state of at least one eye of a face, comprising a detection of an eye of a face comprising a definition of a work window comprising the detected eye, and a detection of vertical contours of the eye, characterized in that the detection of an eye comprises a determination of a first number of pixels belonging to the vertical contours in the work window and the method comprises a determination of the open or closed state of the eye at least on the basis of the number of pixels belonging to the vertical contours detected in the work window.
An apparatus for panoramic display to an operator of a vehicle of a forward and oblique, partially obstructed view through a vehicle windshield, comprising: at least one external camera positioned relative to said vehicle to capture an image of an obstructed portion of said view; a processor configured for receiving said captured image from said at least one camera and for processing said captured image for display; a display positioned relative to an obstruction and receiving from said processor for display on said obstruction the obstructed portion of the view captured as an image by said camera, said display comprising a flexible display attached to a front vehicle windshield pillar facing said driver; and said processor configured for scaling and cropping said image to provide said panoramic display in which the obstructed portion of the view is replaced by said image captured by said camera, characterized in that said processing includes applying a warping process to said captured image by projecting the display surface on an x-y plane, the projecting performed based on: x-y-z coordinates of the display surface which are computed by converting the 2D spread of the display surface to an x-y projection plane, a pixel length of the display (P i), and an m r indicator on the cameral level, which is determined based on translation of the x-y projection plane to the camera plane and a pixel sensor length (P Si). at least one external camera positioned relative to said vehicle to capture an image of an obstructed portion of said view; a processor configured for receiving said captured image from said at least one camera and for processing said captured image for display; a display positioned relative to an obstruction and receiving from said processor for display on said obstruction the obstructed portion of the view captured as an image by said camera, said display comprising a flexible display attached to a front vehicle windshield pillar facing said driver; and said processor configured for scaling and cropping said image to provide said panoramic display in which the obstructed portion of the view is replaced by said image captured by said camera, characterized in that said processing includes applying a warping process to said captured image by projecting the display surface on an x-y plane, the projecting performed based on: x-y-z coordinates of the display surface which are computed by converting the 2D spread of the display surface to an x-y projection plane, a pixel length of the display (P i), and an m r indicator on the cameral level, which is determined based on translation of the x-y projection plane to the camera plane and a pixel sensor length (P Si). x-y-z coordinates of the display surface which are computed by converting the 2D spread of the display surface to an x-y projection plane, a pixel length of the display (P i), and an m r indicator on the cameral level, which is determined based on translation of the x-y projection plane to the camera plane and a pixel sensor length (P Si).
A cycloolefin resin composition characterized in, that the composition comprises a blend of at least three types of cycloolefin copolymer resins with Tg values of at least 10°C apart, wherein the cycloolefin resin relative to the entire composition in terms of percent by weight is from 99% by weight to 65 % by weight, and wherein the difference of Tg values of the cycloolefin copolymer resin with the highest Tg and of the cycloolefin copolymer resin with the lowest Tg is from 70°C to 120°C, and wherein a ratio (E' 120 / E' 50) of storage modulus at 120°C (E' 120) relative to storage modulus at 50°C (E' 50) falls within the range of 0.15 to 0.65.
A heat insulation board for a heat insulation system, in particular a compound heat insulation system, having two parallel surfaces connected via side faces, which in the built-in state of the heat insulation board come to lie substantially parallel to a build-side substrate, wherein at least one side face of the heat insulation board is provide with a coating containing a flame retardant, which is applied to the side face directly and extensively by means of spreading, rolling, spraying, injecting, plunging or dipping characterized in that the arrangement of the coating containing flame retardant is restricted to one or more side faces and the surfaces connected via the side faces remain free from such a coating.
A "binuclear gold compound" having a formula I, wherein - R 1, R 2, R 3, R 4 are each independently selected from cyclohexyl or phenyl ring; - R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12 are each independently selected from the group consisting of-H; -CH 3; -C 2 H 5; -C 4 H 9; - A is -(CH 2) m -; m is an integer ranging from 1 to 3; - Each B is independently a pharmaceutically acceptable counter-ion; - a is an integer ranging from +1 to +2; - b is an integer ranging from -3 to -1; - y is equal to the absolute value of a/b. - R 1, R 2, R 3, R 4 are each independently selected from cyclohexyl or phenyl ring; - R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12 are each independently selected from the group consisting of-H; -CH 3; -C 2 H 5; -C 4 H 9; - A is -(CH 2) m -; m is an integer ranging from 1 to 3; - Each B is independently a pharmaceutically acceptable counter-ion; - a is an integer ranging from +1 to +2; - b is an integer ranging from -3 to -1; - y is equal to the absolute value of a/b.
A piece of buttress material configured to be positioned on an end-effector of a surgical instrument, wherein the end-effector includes at least one of an anvil having a face and a staple cartridge having a deck, the piece of buttress material comprising: a body portion, wherein said body portion includes a surface; a handle portion extending from said body portion; a perforation defined intermediate said handle portion and said body portion, wherein said handle portion is configured to be separated from said body portion along said perforation; a recess defined intermediate said body portion and said handle portion, wherein said perforation is defined within said recess; an adhesive on said surface, wherein said adhesive is un-activated, wherein said surface is configured to be positioned against one of the face and the deck; and wherein said recess is configured to receive a reactant configured to activate said adhesive and releasably attach said surface to one of the face and the deck. a body portion, wherein said body portion includes a surface; a handle portion extending from said body portion; a perforation defined intermediate said handle portion and said body portion, wherein said handle portion is configured to be separated from said body portion along said perforation; a recess defined intermediate said body portion and said handle portion, wherein said perforation is defined within said recess; an adhesive on said surface, wherein said adhesive is un-activated, wherein said surface is configured to be positioned against one of the face and the deck; and wherein said recess is configured to receive a reactant configured to activate said adhesive and releasably attach said surface to one of the face and the deck.