mhurhangee/ep-ind-claims huggingface dataset:
A method for making a yeast cell wall particle-nanoparticle (YCWP-NP) delivery system comprising yeast cell wall particles (YCWPs) comprising nanoparticles (NPs) having at least one dimension of about 1-40 nm contained within the interior of the YCWPs, comprising the steps of: (a) loading the NPs into the YCWPs, wherein the loading comprises incubating a suspension comprising YCWPs and NPs for a time sufficient for the NPs to enter into the YCWPs, (b) drying the material resulting from (a), (c) optionally repeating steps (a)-(b) at least once, (d) resuspending the YCWPs and nanoparticles in solvent for a time sufficient for additional NPs to enter into the YCWPs, (e) optionally drying the material resulting from (d), and (f) optionally trapping the NPs in the YCWPs using an appropriate trapping means, such that the YCWP-NP delivery system is prepared. (a) loading the NPs into the YCWPs, wherein the loading comprises incubating a suspension comprising YCWPs and NPs for a time sufficient for the NPs to enter into the YCWPs, (b) drying the material resulting from (a), (c) optionally repeating steps (a)-(b) at least once, (d) resuspending the YCWPs and nanoparticles in solvent for a time sufficient for additional NPs to enter into the YCWPs, (e) optionally drying the material resulting from (d), and (f) optionally trapping the NPs in the YCWPs using an appropriate trapping means,
An analyte detection system, comprising: an analyte detection package; a reading device; wherein the analyte detection package is adapted to be presented to the reading device, the analyte detection package including an analyte stage, the analyte stage including a surface and surface enhanced luminescence structures, suitable to interact with a deposited analyte so as to enhance an intensity of radiation scattered or reemitted by the analyte, extending from the surface, wherein the reading device includes optics to receive scattered or emitted radiation from the analyte stage; and a focus mechanism; and characterised in that the analyte detection system comprises: a registration plate to contact the surface of the analyte stage, the registration plate adapted to be moved by the focus mechanism J Z to adjust a distance between the analyte stage of the analyte detection package and the optics of the reading device such that the analyte detection package is in-focus. an analyte detection package; a reading device; wherein the analyte detection package is adapted to be presented to the reading device, the analyte detection package including an analyte stage, the analyte stage including a surface and surface enhanced luminescence structures, suitable to interact with a deposited analyte so as to enhance an intensity of radiation scattered or reemitted by the analyte, extending from the surface, wherein the reading device includes optics to receive scattered or emitted radiation from the analyte stage; and a focus mechanism; and characterised in that the analyte detection system comprises: a registration plate to contact the surface of the analyte stage, the registration plate adapted to be moved by the focus mechanism J Z to adjust a distance between the analyte stage of the analyte detection package and the optics of the reading device such that the analyte detection package is in-focus.
A mass spectrometer for performing mass spectrometry, comprising: a) an ion reactor (2, 5, 102) configured to irradiate ions originating from a component in a sample with radical species of a predetermined molecule to induce a reaction between the ions and the radical species, wherein the radical species of the predetermined molecule includes at least one kind of radical species selected from hydrogen radical, hydroxyl radical, and oxygen radical, wherein irradiation with hydrogen radicals induces a reaction of hydrogen extraction, and wherein irradiation with hydroxyl radicals or oxygen radicals induces a reaction of hydrogen extraction or oxygen attachment; b) a precursor ion isolator (2, 104) configured to selectively isolate a specific ion which has turned into a radical ion by said reaction as a precursor ion, so that product ions generated due to dissociation by irradiation of the ions with the radical species are removed; c) an ion dissociator (2, 6, 105) configured to dissociate the precursor ion isolated by the precursor ion isolator (2, 104) to generate product ions; and d) a separating-detecting section (3, 4, 107, 108) configured to separate the product ions generated by the ion dissociator (2, 6, 105) from each other according to their mass-to-charge ratios, and configured to detect the separated product ions. a) an ion reactor (2, 5, 102) configured to irradiate ions originating from a component in a sample with radical species of a predetermined molecule to induce a reaction between the ions and the radical species, wherein the radical species of the predetermined molecule includes at least one kind of radical species selected from hydrogen radical, hydroxyl radical, and oxygen radical, wherein irradiation with hydrogen radicals induces a reaction of hydrogen extraction, and wherein irradiation with hydroxyl radicals or oxygen radicals induces a reaction of hydrogen extraction or oxygen attachment; b) a precursor ion isolator (2, 104) configured to selectively isolate a specific ion which has turned into a radical ion by said reaction as a precursor ion, so that product ions generated due to dissociation by irradiation of the ions with the radical species are removed; c) an ion dissociator (2, 6, 105) configured to dissociate the precursor ion isolated by the precursor ion isolator (2, 104) to generate product ions; and d) a separating-detecting section (3, 4, 107, 108) configured to separate the product ions generated by the ion dissociator (2, 6, 105) from each other according to their mass-to-charge ratios, and configured to detect the separated product ions.
An implant delivery system, comprising: an elongate tubular member having a lumen; a tubular implant coaxially disposed within the lumen of the elongate tubular member; and a delivery assembly having a distal portion coaxially disposed within tubular implant, the delivery assembly comprising: a delivery wire; an engaging bumper (42; 42'; 42") fixedly coupled to the delivery wire; and a stopper bumper (44; 44'; 44") fixedly coupled to the delivery wire; characterized in that the implant delivery system further comprises: a floating element (50; 50'; 50") slidably coupled around the delivery wire and disposed between the bumpers (42, 44; 42', 44'; 42", 44"), the floating element (50; 50'; 50") comprising an engaging portion (52; 52'; 52") configured to engage the engaging bumper (42; 42'; 42") when the delivery wire is axially translated relative to the elongate tubular member in a first direction, wherein the floating element (50; 50'; 50") is configured to radially expand and frictionally engage the implant when the engaging portion (52; 52'; 52") of the floating element (50; 50'; 50") engages the engaging bumper (42; 42'; 42"). an elongate tubular member having a lumen; a tubular implant coaxially disposed within the lumen of the elongate tubular member; and a delivery assembly having a distal portion coaxially disposed within tubular implant, the delivery assembly comprising: a delivery wire; an engaging bumper (42; 42'; 42") fixedly coupled to the delivery wire; and a stopper bumper (44; 44'; 44") fixedly coupled to the delivery wire; a delivery wire; an engaging bumper (42; 42'; 42") fixedly coupled to the delivery wire; and a stopper bumper (44; 44'; 44") fixedly coupled to the delivery wire; characterized in that the implant delivery system further comprises: a floating element (50; 50'; 50") slidably coupled around the delivery wire and disposed between the bumpers (42, 44; 42', 44'; 42", 44"), the floating element (50; 50'; 50") comprising an engaging portion (52; 52'; 52") configured to engage the engaging bumper (42; 42'; 42") when the delivery wire is axially translated relative to the elongate tubular member in a first direction, wherein the floating element (50; 50'; 50") is configured to radially expand and frictionally engage the implant when the engaging portion (52; 52'; 52") of the floating element (50; 50'; 50") engages the engaging bumper (42; 42'; 42").
A regenerated corneal endothelial cell sheet in close contact with a carrier having a cut-out in a selected area, which has a cell density of at least 2,500 cells/mm 2 in the sheet and at least 3.4 x 10 9 pump sites/mm 2 in the sheet wherein said cell sheet is obtainable by allowing corneal endothelial cells collected from a tissue to be cultivated on a cell culture support having its surface covered with a polymer of which the hydrating force varies in a temperature range of 0-80°C, and after the culture, adjusting the temperature of the culture solution to the temperature at which the polymer on the substrate surface is hydrated, bringing the cultured corneal endothelial cell sheet into close contact with a carrier having a cut-out in a selected area, and detaching the sheet together with the carrier. adjusting the temperature of the culture solution to the temperature at which the polymer on the substrate surface is hydrated, bringing the cultured corneal endothelial cell sheet into close contact with a carrier having a cut-out in a selected area, and detaching the sheet together with the carrier.
An X-ray source, comprising: an X-ray target; an electron source operable to generate an electron beam interacting with the X-ray target to generate X-ray radiation with an energy within the range 9 to 12 keV; wherein the X-ray target comprises: a first element selected from a list consisting of trivalent elements; a second element selected from a list consisting of pentavalent elements forming a compound with said first element; a first region including the compound formed of the first and second material; and a second region supporting the first region; wherein the first region generates X-ray radiation upon interaction with the electron beam, and heat conduction between the first and second region is dominantly phonon heat conduction. an X-ray target; an electron source operable to generate an electron beam interacting with the X-ray target to generate X-ray radiation with an energy within the range 9 to 12 keV; wherein the X-ray target comprises: a first element selected from a list consisting of trivalent elements; a second element selected from a list consisting of pentavalent elements forming a compound with said first element; a first region including the compound formed of the first and second material; and a second region supporting the first region; a first element selected from a list consisting of trivalent elements; a second element selected from a list consisting of pentavalent elements forming a compound with said first element; a first region including the compound formed of the first and second material; and a second region supporting the first region; wherein the first region generates X-ray radiation upon interaction with the electron beam, and heat conduction between the first and second region is dominantly phonon heat conduction.
Hot/cold aisle system for a data centre, including: a prefabricated self-supporting rigid frame having a top and downwardly depending sides defining an aisle, a plurality of side panels mounted edge to edge along each side between a bottom rail and a top rail of the frame to close the sides of the frame, the side panels including a plurality of window panels, and means (11, 23) for mounting the frame on a support, characterised in that a roof is mounted at the top of the frame to close the top of the frame, and an L-shaped receiver strip is mounted on an inner face (61, 62) of each of the bottom rail and the top rail for reception of a window panel therebetween, and lower and upper retaining plates (62, 63) are provided at the bottom rail and at the top rail respectively to secure the window panels between the bottom rail and the top rail, the lower retaining plate having a downwardly extending flap for engagement with a server cabinet in the data centre in use. a prefabricated self-supporting rigid frame having a top and downwardly depending sides defining an aisle, a plurality of side panels mounted edge to edge along each side between a bottom rail and a top rail of the frame to close the sides of the frame, the side panels including a plurality of window panels, and means (11, 23) for mounting the frame on a support, characterised in that a roof is mounted at the top of the frame to close the top of the frame, and an L-shaped receiver strip is mounted on an inner face (61, 62) of each of the bottom rail and the top rail for reception of a window panel therebetween, and lower and upper retaining plates (62, 63) are provided at the bottom rail and at the top rail respectively to secure the window panels between the bottom rail and the top rail, the lower retaining plate having a downwardly extending flap for engagement with a server cabinet in the data centre in use.
A fuel system for a gas turbine engine comprising: a primary fuel pump providing fuel flow during engine operation; a primary electric motor coupled to the primary fuel pump for driving the primary fuel pump during engine operation; and a secondary system providing fuel flow in the absence of fuel flow from the primary fuel pump; and characterized in that the secondary system comprises a secondary pump powered by a hydraulically powered turbine. a primary fuel pump providing fuel flow during engine operation; a primary electric motor coupled to the primary fuel pump for driving the primary fuel pump during engine operation; and a secondary system providing fuel flow in the absence of fuel flow from the primary fuel pump; and characterized in that the secondary system comprises a secondary pump powered by a hydraulically powered turbine.
Vehicle seat, in particular a motor vehicle seat, having a) a seat part and a backrest which is connected to the seat part by means of at least one fitting which comprises a first fitting part and a second fitting part that is rotatable about an axis relative to the first fitting part, said backrest also being pivotable about the axis relative to the seat part, b) a first adapter which connects the first fitting part firmly to a structure of the backrest or to a structure of the seat part, c) a second adapter which connects the second fitting part firmly to the other of the two structures of the seat part and of the backrest, d) at least one first stop on the first adapter and at least one second stop on the second adapter, wherein the first stop limits the pivot angle of the backrest by interacting with the second stop, and the second stop is formed in one piece with the second adapter, and the second stop protrudes from a peripheral lip of the second adapter, wherein the second stop has a first leg which extends in a manner oriented toward the axis in the radial direction starting from the peripheral lip, characterized in that the second stop has a second leg which stabilizes the first leg. a) a seat part and a backrest which is connected to the seat part by means of at least one fitting which comprises a first fitting part and a second fitting part that is rotatable about an axis relative to the first fitting part, said backrest also being pivotable about the axis relative to the seat part, b) a first adapter which connects the first fitting part firmly to a structure of the backrest or to a structure of the seat part, c) a second adapter which connects the second fitting part firmly to the other of the two structures of the seat part and of the backrest, d) at least one first stop on the first adapter and at least one second stop on the second adapter, wherein the first stop limits the pivot angle of the backrest by interacting with the second stop, and the second stop is formed in one piece with the second adapter, and the second stop protrudes from a peripheral lip of the second adapter, wherein the second stop has a first leg which extends in a manner oriented toward the axis in the radial direction starting from the peripheral lip,
Forklift side door, the side door provided at a side portion of a vehicle body of the forklift, the side door comprising: a door panel; a hinge securing bracket of which one side is secured to the vehicle body; a first hinge shaft provided at another side of the hinge securing bracket; a first hinge block of which one side is supported by the first hinge shaft, and which is relatively rotatably coupled to the hinge securing bracket; a second hinge block of which one side is disposed adjacent to another side of the first hinge block, and of which another side is supported by the door panel; a second hinge shaft connecting another side of the first hinge block and one side of the second hinge block such that the second hinge block is relatively rotatably coupled to the first hinge block; and a locking member capable of selectively locking the second hinge block to the first hinge block such that the second hinge block and the first hinge block are rotatable integrally, characterized in that: wherein the second hinge shaft is provided to pass vertically through a protruding portion of the first hinge block that protrudes from the first hinge block toward the second hinge block, and to pass through protruding portions of the second hinge block that are spaced apart from each other to cover an upper portion and a lower portion of the protruding portion of the first hinge block, respectively, on one side of the second hinge block. a door panel; a hinge securing bracket of which one side is secured to the vehicle body; a first hinge shaft provided at another side of the hinge securing bracket; a first hinge block of which one side is supported by the first hinge shaft, and which is relatively rotatably coupled to the hinge securing bracket; a second hinge block of which one side is disposed adjacent to another side of the first hinge block, and of which another side is supported by the door panel; a second hinge shaft connecting another side of the first hinge block and one side of the second hinge block such that the second hinge block is relatively rotatably coupled to the first hinge block; and a locking member capable of selectively locking the second hinge block to the first hinge block such that the second hinge block and the first hinge block are rotatable integrally, characterized in that: wherein the second hinge shaft is provided to pass vertically through a protruding portion of the first hinge block that protrudes from the first hinge block toward the second hinge block, and to pass through protruding portions of the second hinge block that are spaced apart from each other to cover an upper portion and a lower portion of the protruding portion of the first hinge block, respectively, on one side of the second hinge block.
A functional unit for a shower WC seat, comprising at least: - a base plate made of plastics for fastening to a WC ceramic; - a cover for at least partially covering the base plate on the WC ceramic; and - at least one fastening element (6, 7) for the shower WC seat, wherein the at least one fastening element (6, 7) is at least partially cast into the base plate. - a base plate made of plastics for fastening to a WC ceramic; - a cover for at least partially covering the base plate on the WC ceramic; and - at least one fastening element (6, 7) for the shower WC seat, wherein the at least one fastening element (6, 7) is at least partially cast into the base plate.
High/low temperature water cooling system, comprising a high temperature cooling circuit including a first coolant pump and a first bypass and a low temperature cooling circuit including: a water cooled charge air cooler for a combustion engine, a low temperature heat exchanger and a second pump, said second pump, having a pump inlet and a pump outlet, a multi port valve, characterised in the low temperature cooling circuit further including: a first port of which being connected to the low temperature heat exchanger, a second port of which being connected to a second bypass, said second bypass, in parallel with the low temperature heat exchanger, a third port of which being connected to the pump outlet of said second pump, and a fourth port of which being connected to an circuit outlet of said low temperature cooling circuit, wherein said valve is arranged to block the first and third port and to interconnect the second and fourth port in a heat up mode, or to interconnect the first and third port and to block the second and fourth port in a cooling mode. a water cooled charge air cooler for a combustion engine, a low temperature heat exchanger and a second pump, said second pump, having a pump inlet and a pump outlet, a multi port valve, characterised in the low temperature cooling circuit further including: a first port of which being connected to the low temperature heat exchanger, a second port of which being connected to a second bypass, said second bypass, in parallel with the low temperature heat exchanger, a third port of which being connected to the pump outlet of said second pump, and a fourth port of which being connected to an circuit outlet of said low temperature cooling circuit, a first port of which being connected to the low temperature heat exchanger, a second port of which being connected to a second bypass, said second bypass, in parallel with the low temperature heat exchanger, a third port of which being connected to the pump outlet of said second pump, and a fourth port of which being connected to an circuit outlet of said low temperature cooling circuit, wherein said valve is arranged to block the first and third port and to interconnect the second and fourth port in a heat up mode, or to interconnect the first and third port and to block the second and fourth port in a cooling mode.