mhurhangee/ep-ind-claims huggingface dataset:
A method for the quantification of one or more glycoproteins in a sample, wherein each glycoprotein to be quantified comprises one or more Asn-linked glycans, said method comprising the steps of: a. providing a sample comprising said one or more glycoproteins to be quantified, b. adding an internal standard to said sample, wherein said internal standard comprises a variant form of each of said one or more glycoproteins to be quantified, wherein said variant form is a form containing only core Asn-linked GlcNAc moieties, each core Asn-linked GlcNAc moiety being an N-acetylglycosamine moiety that is directly attached to an Asn acceptor residue in the polypeptide chain of said variant, and wherein no fucose moieties are linked to said core GlcNAc moieties; and c. quantifying said one or more glycoproteins by comparison with the internal standard. a. providing a sample comprising said one or more glycoproteins to be quantified, b. adding an internal standard to said sample, wherein said internal standard comprises a variant form of each of said one or more glycoproteins to be quantified, wherein said variant form is a form containing only core Asn-linked GlcNAc moieties, each core Asn-linked GlcNAc moiety being an N-acetylglycosamine moiety that is directly attached to an Asn acceptor residue in the polypeptide chain of said variant, and wherein no fucose moieties are linked to said core GlcNAc moieties; and c. quantifying said one or more glycoproteins by comparison with the internal standard.
A curable composition comprising: a) an epoxy resin; b) an epoxy curing agent comprising at least one cycloaliphatic amine; c) at least 5.5 wt% of a metal triflate catalyst; d) optionally, a fatty acid polyamide; and e) optionally, a filler material. a) an epoxy resin; b) an epoxy curing agent comprising at least one cycloaliphatic amine; c) at least 5.5 wt% of a metal triflate catalyst; d) optionally, a fatty acid polyamide; and e) optionally, a filler material.
Blade of a ventilator wheel of an axial ventilator having radially outward extending blade forward edges and radial outer edges on the discharge side, wherein a transition from the radial outer edge to the blade forward edge is formed with a projection extending in a circumferential direction relative to an adjacent radially outward extending blade forward edge, so that a blade edge width (Sb) locally delimited in a radial outer edge portion that includes the projection is enlarged around the projection, in which a seamless transition is formed from the radial outer edge portion to a region of the respective blade located radially further inward, characterized in that the respective radial outer edge portion of the blade adjoins a respective radial outer edge and in the respective radial outer edge portion the blade includes an axial thickness in a forward portion adjacent to the blade forward edge, which is greater than an axial thickness in a rear portion adjacent to a blade rear edge.
A drive assembly for a motor vehicle, having a multi-step transmission and a differential drive, wherein the multi-step transmission comprises a rotatingly drivable driveshaft, an intermediate driveshaft arranged parallel to the driveshaft, at least a first transmission stage and a second transmission stage for transmitting torque from the driveshaft to the intermediate shaft with different transmission ratios (i1, i2), as well as a shifting unit which is arranged coaxially relative to the driveshaft, wherein the first transmission stage comprises a drive gear rotatably supported on the driveshaft and a first intermediate gear connected to the intermediate shaft in a rotationally fixed manner, and wherein the second transmission stage comprises a second drive gear rotatably supported on the driveshaft, and a second intermediate gear connected to the intermediate shaft in rotationally fixed manner, wherein the shifting unit comprises an input part which is connected to the driveshaft in a rotationally fixed manner, a first output part which is connected to the first drive gear in a rotationally fixed manner, a second output part which is connected to the second drive gear in a rotationally fixed manner, and a coupler by which the input part can optionally be coupled to the first output part or to the second output part for transmitting torque, wherein the intermediate shaft comprises an output gear for transmitting torque to a differential carrier of the differential drive, wherein a rotational axis of the differential carrier extends parallel to the intermediate shaft, wherein the output gear and the shifting unit are arranged axially between the at least two transmission stages, characterised in that the driveshaft comprises a longitudinal bore and at least one transverse bore (76, 77, 77') for supplying lubricant to a seat portion (21, 21', 31) for at least one of the first drive gear, the second drive gear and the input part, wherein at one end of the driveshaft, a supplying assembly is provided for supplying lubricant into the longitudinal bore, wherein the supplying assembly comprises a supplying element with a tubular channel which extends into the longitudinal bore, as well as a ring attached in the longitudinal bore which prevents lubricant from returning out of the longitudinal bore, and wherein the seat portion of the input part is connected to the driveshaft in a rotationally fixed manner with an interference fit, wherein of the at least one transverse bore (76, 77, 77') at least one central bore is fluidically connected with the seat portion of the input part.
Method for modifying a formation of paper fibres in a paper web, wherein the fibre alignment and fibre distribution in the paper web are modified by local action of a pressure roller which is initiated by a local electric discharge in the wet area of a paper machine, wherein the at least one electric discharge is created through the still damp paper web, which was embodied by applying an aqueous suspension of paper fibres to a mesh, and/or starting from the surface of the paper web, wherein the at least one electric discharge is a dielectric barrier discharge, and wherein, for creating the at least one electric discharge, a) between at least one first electrode and the still moist paper web or b) between the at least one first electrode and at least one second electrode an electric voltage is applied and at least the at least one first electrode has a dielectric applied to it. a) between at least one first electrode and the still moist paper web or b) between the at least one first electrode and at least one second electrode
A thiol group-containing polymer represented by the following general formula: HS- (R-S r) n -R-SH wherein R is an organic group including a -O-CH 2 -O- bond and/or a branched alkylene group, n is an integer of from 1 to 200, r is an integer of from 1 to 5, and the average value of r is 1.1 or more and lower than 1.8, wherein the thiol group-containing polymer is a liquid at room temperature, and wherein the thiol group-containing polymer has a number average molecular weight of from 500 to 50,000. wherein the thiol group-containing polymer is a liquid at room temperature, and wherein the thiol group-containing polymer has a number average molecular weight of from 500 to 50,000.
A method of protecting data in an electronic device, comprising: determining an inner security key for encrypting and decrypting data stored in the electronic device; encrypting the inner security key with an outer security key; and storing the encrypted inner security key on an external memory device to be coupled with the electronic device, wherein said outer security key is generated from a unique identifier of the electronic device, a unique identifier of the external memory device, and a personal identification number to be entered by a user of the electronic device. determining an inner security key for encrypting and decrypting data stored in the electronic device; encrypting the inner security key with an outer security key; and storing the encrypted inner security key on an external memory device to be coupled with the electronic device, wherein said outer security key is generated from a unique identifier of the electronic device, a unique identifier of the external memory device, and a personal identification number to be entered by a user of the electronic device.
A straddled vehicle comprising: a seat; a frame arranged below the seat; a vehicle body cover that includes at least one opening (28, 29) located on a lateral side of the frame and covers the frame from the lateral side; a side case; at least one bracket (33, 34) for attaching a stay for the side case and connected to the frame; the bracket (33, 34) is arranged in the opening (28, 29), the stay including a connecting portion and a mounting portion, the connecting portion being connected to the bracket (33, 34), the mounting portion extending from the connecting portion; the side case is attached to the mounting portion; and a first side cover that overlaps with the connecting portion as seen in a vehicle side view and is attached to the vehicle body cover, characterized in that the mounting portion includes at least one mounting hole (76, 77) into which the side case is mounted, the mounting hole (76, 77) is open upward, and a part of the first side cover does not overlap with the mounting hole (79, 77) as seen in a vehicle top view. a seat; a frame arranged below the seat; a vehicle body cover that includes at least one opening (28, 29) located on a lateral side of the frame and covers the frame from the lateral side; a side case; at least one bracket (33, 34) for attaching a stay for the side case and connected to the frame; the bracket (33, 34) is arranged in the opening (28, 29), the stay including a connecting portion and a mounting portion, the connecting portion being connected to the bracket (33, 34), the mounting portion extending from the connecting portion; the side case is attached to the mounting portion; and a first side cover that overlaps with the connecting portion as seen in a vehicle side view and is attached to the vehicle body cover, characterized in that the mounting portion includes at least one mounting hole (76, 77) into which the side case is mounted, the mounting hole (76, 77) is open upward, and a part of the first side cover does not overlap with the mounting hole (79, 77) as seen in a vehicle top view.
Method for the micelle-mediated in situ extraction of hydrophobic compounds from cells, comprising (a) culturing cells in an aqueous medium such that hydrophobic compounds are produced; (b) adding to the cell-containing medium a surfactant in a concentration of 1-200-fold of the surfactant's critical micelle forming concentration (cmc) to form micelles that contain hydrophobic compounds; (c) conducting the cell-containing medium into a counter current extraction device to provide a medium flow; (d) contacting the medium flow in said extraction device with a flow of a liquid surfactant which comprises a concentration of more than 200-fold of the surfactant's cmc and which is conducted into said extraction device in counter current direction relative to the medium flow; (e) increasing the temperature in the said extraction device to a temperature which is higher than the surfactant's cloud point temperature (cpt) to separate an aqueous phase containing the cells from a surfactant-rich phase containing the micelles; (f) circulating the surfactant-rich phase which has passed through said extraction device back into the extraction device. (a) culturing cells in an aqueous medium such that hydrophobic compounds are produced; (b) adding to the cell-containing medium a surfactant in a concentration of 1-200-fold of the surfactant's critical micelle forming concentration (cmc) to form micelles that contain hydrophobic compounds; (c) conducting the cell-containing medium into a counter current extraction device to provide a medium flow; (d) contacting the medium flow in said extraction device with a flow of a liquid surfactant which comprises a concentration of more than 200-fold of the surfactant's cmc and which is conducted into said extraction device in counter current direction relative to the medium flow; (e) increasing the temperature in the said extraction device to a temperature which is higher than the surfactant's cloud point temperature (cpt) to separate an aqueous phase containing the cells from a surfactant-rich phase containing the micelles; (f) circulating the surfactant-rich phase which has passed through said extraction device back into the extraction device.
A process for preparing conditioned organic pigments comprising (a) wet-milling a mixture comprising: one or more crude organic pigments; at least 0.1 % by weight, relative to the organic pigment, of one or more acrylic copolymer dispersants; and a milling liquid in which the organic pigment is substantially insoluble in an amount of up to 100 parts by weight, relative to the organic pigment; and (b) isolating the milled organic pigment; wherein the acrylic copolymer dispersant includes at least one adsorbing segment and at least one stabilizing segment, wherein the adsorbing segment includes at least one polymerized monomer having an aromatic functionality, wherein such a polymerized monomer is prepared from monomers selected from an aromatic acrylate, aromatic methacrylate or combinations of monomers including an aromatic acrylate. (a) wet-milling a mixture comprising: one or more crude organic pigments; at least 0.1 % by weight, relative to the organic pigment, of one or more acrylic copolymer dispersants; and a milling liquid in which the organic pigment is substantially insoluble in an amount of up to 100 parts by weight, relative to the organic pigment; and one or more crude organic pigments; at least 0.1 % by weight, relative to the organic pigment, of one or more acrylic copolymer dispersants; and a milling liquid in which the organic pigment is substantially insoluble in an amount of up to 100 parts by weight, relative to the organic pigment; and (b) isolating the milled organic pigment;
A process for the manufacture of a membrane for the tangential filtration of a fluid, said membrane comprising: - a support exhibiting a three-dimensional structure and being composed of a monolithic ceramic porous body into which circulation pathways for the fluid to be filtered are inserted, said circulation pathways exhibiting an inlet and an outlet, the porous body being composed of a metal oxide chosen from titanium oxide, of alumina, of zirconia or of one of their mixture, and - at least one separating filtration layer covering the wall of the circulation pathways, process in which the three-dimensional structure of the support is produced by additive technique for which the three-dimensional structure of the support is cut into slices thanks to a computer design software, these slices being produced one by one in the form of superimposed individual sheets successively bonded to one another, by repetition of the following two stages: a) deposition of a continuous, homogeneous powder bed of unvarying thickness, composed of a material in a powder form intended to form the ceramic porous body, the bed covering a surface greater than the section of said porous body to form taken at the level of the sheet; b) consolidation carried out by energy contribution and localized according to a predetermined pattern for each sheet, of a portion of the deposited substance in order to create the individual sheet and simultaneous bonding of the individual sheet previously formed to the preceding sheet if present, so as to bring about the progressive growth of the shape of the desired three-dimensional structure. - a support exhibiting a three-dimensional structure and being composed of a monolithic ceramic porous body into which circulation pathways for the fluid to be filtered are inserted, said circulation pathways exhibiting an inlet and an outlet, the porous body being composed of a metal oxide chosen from titanium oxide, of alumina, of zirconia or of one of their mixture, and - at least one separating filtration layer covering the wall of the circulation pathways, a) deposition of a continuous, homogeneous powder bed of unvarying thickness, composed of a material in a powder form intended to form the ceramic porous body, the bed covering a surface greater than the section of said porous body to form taken at the level of the sheet; b) consolidation carried out by energy contribution and localized according to a predetermined pattern for each sheet, of a portion of the deposited substance in order to create the individual sheet and simultaneous bonding of the individual sheet previously formed to the preceding sheet if present, so as to bring about the progressive growth of the shape of the desired three-dimensional structure.
Heat pump system for the climate control of a vehicle, in particular an electric or hybrid vehicle, with an air conditioning unit which comprises a heating heat exchanger and an air conditioning unit evaporator, with a refrigerant circuit, in which the air conditioning unit evaporator and a condenser are arranged, with a low temperature circuit, in which at least one electric power component is arranged, it being possible for the heat pump system to be switched over between a cooling mode and a heating mode, - a condenser for the transfer of heat into the low temperature circuit and a low temperature radiator being incorporated into the low temperature circuit, - a switchover valve being arranged for switching over between the heating mode and the cooling mode, - the condenser outputting heat in the heating mode into the low temperature circuit and from there into a heating circuit, in which the heating heat exchanger is arranged, and - the condenser outputting heat in the cooling mode via the low temperature circuit to the low temperature radiator, - a heat exchanger being connected in parallel with the air conditioning unit evaporator, for the transfer of heat from the low temperature circuit into the refrigerant circuit in the heating mode, characterized in that the low temperature radiator is arranged downstream of the heat exchanger. - a condenser for the transfer of heat into the low temperature circuit and a low temperature radiator being incorporated into the low temperature circuit, - a switchover valve being arranged for switching over between the heating mode and the cooling mode, - the condenser outputting heat in the heating mode into the low temperature circuit and from there into a heating circuit, in which the heating heat exchanger is arranged, and - the condenser outputting heat in the cooling mode via the low temperature circuit to the low temperature radiator, - a heat exchanger being connected in parallel with the air conditioning unit evaporator, for the transfer of heat from the low temperature circuit into the refrigerant circuit in the heating mode,
An apparatus comprising: a first integrated circuit pad; a ground pad connected to a ground terminal; an amplifier comprising an input transistor, wherein the first integrated circuit pad is coupled to a gate of the input transistor and the ground pad is coupled to a source of the input transistor; and a first diode connected between the first integrated circuit pad and a supply rail, the first diode configured to be forward biased when a positive voltage exists between the first integrated circuit pad and the supply rail; a supply clamp coupling the supply rail to the ground terminal; a protecting diode coupling the gate to a drain of the input transistor; the protecting diode (DP1 configured to be forward-biased when a gate-to-drain voltage is positive; a second diode provided in series with a third diode connected in series, the second and third diode directly coupling the drain of the input transistor to a ground terminal and configured to be forward biased when a positive voltage exists between the drain of the input transistor and the ground terminal. a first integrated circuit pad; a ground pad connected to a ground terminal; an amplifier comprising an input transistor, wherein the first integrated circuit pad is coupled to a gate of the input transistor and the ground pad is coupled to a source of the input transistor; and a first diode connected between the first integrated circuit pad and a supply rail, the first diode configured to be forward biased when a positive voltage exists between the first integrated circuit pad and the supply rail; a supply clamp coupling the supply rail to the ground terminal; a protecting diode coupling the gate to a drain of the input transistor; the protecting diode (DP1 configured to be forward-biased when a gate-to-drain voltage is positive; a second diode provided in series with a third diode connected in series, the second and third diode directly coupling the drain of the input transistor to a ground terminal and configured to be forward biased when a positive voltage exists between the drain of the input transistor and the ground terminal.
An electrical connector assembly comprising first and second connectors (2, 3) adapted to mate with each other along a longitudinal direction, wherein first and second connectors (2, 3) comprise each, a housing (22, 32), adapted to receive wires and terminals, and a front grid (4, 5), said housing having a plugging face (21, 31); wherein each front grid (4, 5) is mounted onto the plugging face (21, 31) of the housing of each connector (2, 3); wherein each front grid (4, 5) is movable with respect to the respective housing (22, 32), along a moving path, from a pre-lock position to a final lock position, along the longitudinal direction; wherein the assembly comprises a blocking mechanism that prevents first and second connectors (2, 3) from mating with each other when either one of the front grids (4, 5) is not in its final position wherein each front grid (4, 5) comprises a front face (41, 51) and peripheral walls (42, 52) with a mounting arrangement for allowing the mounting of the front grid (4, 5) onto the housing (22, 32) of each connector; and; wherein each housing (22, 32) has a shell (24, 34); wherein the blocking mechanism comprises said shell(24, 34); characterized in that at least one portion of the peripheral wall (42, 52) is adapted to be deflected in an outwardly direction to latch and un-latch the front grid (4, 5) from the connector housing; wherein in a pre-lock position of the front grid (4, 5) of the second connector, the other front grid (5, 4) being in a lock position, the shell of the first connector covers the one front grid (4, 5) such that the portion of the peripheral wall of said front grid (4, 5) is prevented from being deflected in an outwardly direction; wherein the front grid of the second connector has a shell; wherein the blocking mechanism comprises said shell; wherein in a pre-lock position of the front grid of the first connector, the other front grid being in a lock position, the peripheral wall of the front grid of the second connector covers the front grid of the first connector, such that the portion of the peripheral wall of said front grid is prevented from being deflected in an outwardly direction.