mhurhangee/ep-ind-claims huggingface dataset:
A fiber bundle cartridge for a fiber membrane degassing system comprising, the fiber bundle cartridge comprising: an inner sleeve including perforations; and the fiber bundle (103a, 103b) positioned radially outward from the inner sleeve, the fiber bundle having an annular shape defining a central bundle axis, wherein the perforations of the inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, and characterized by further comprising an outer sleeve defining outer sleeve perforations, wherein the outer sleeve is positioned radially outward from the fiber bundle, wherein the outer sleeve perforations define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, further comprising an additional inner sleeve and an additional fiber bundle positioned radially outward from the additional inner sleeve, wherein the additional fiber bundle has an annular shape defining central bundle axis, wherein the perforations of the additional inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis of the additional fiber bundle and wherein the additional inner sleeve and the additional fiber bundle are positioned radially inward from the outer sleeve. an inner sleeve including perforations; and the fiber bundle (103a, 103b) positioned radially outward from the inner sleeve, the fiber bundle having an annular shape defining a central bundle axis, wherein the perforations of the inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, and characterized by further comprising an outer sleeve defining outer sleeve perforations, wherein the outer sleeve is positioned radially outward from the fiber bundle, wherein the outer sleeve perforations define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, further comprising an additional inner sleeve and an additional fiber bundle positioned radially outward from the additional inner sleeve, wherein the additional fiber bundle has an annular shape defining central bundle axis, wherein the perforations of the additional inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis of the additional fiber bundle and wherein the additional inner sleeve and the additional fiber bundle are positioned radially inward from the outer sleeve.
Centrifuge rotor (10; 200; 300) comprising a lower part (12; 206; 310) and a cover (14; 204; 304), wherein sample cups can be received in the centrifuge rotor (10; 200; 300), which cups are secured against removal in the closed state of the centrifuge rotor (10; 200; 300), wherein an internal space forms between the lower part (12; 206; 310) and the cover (14; 204; 304) in the closed state of the centrifuge rotor (10; 200; 300), wherein a seal (34; 202; 302) exists between the lower part (12; 206; 310) and the cover (14; 204; 304), which seals off the internal space from the surroundings of the centrifuge rotor (10; 200; 300) in a fluid-tight manner, wherein the seal (34; 202; 302) comprises a sealing means (60; 212; 312) which is arranged in a first groove (46; 210; 308), wherein the first groove (46; 210; 308) is arranged on one of the elements of the cover (14; 204; 304) and the lower part (12; 206; 310), wherein the first groove (46; 210; 308) is designed so as to be open axially towards the other of the elements of the cover (14; 204; 204) and the lower part (12; 206; 304), with respect to the axis of rotation of the centrifuge rotor (10; 200; 300), wherein the other of the elements of the cover (14; 204; 304) and the lower part (12; 206; 310) comprises a fist portion (50; 208; 304) that extends axially towards one of the elements of the cover (14; 204; 304) and the lower part (12; 206; 310), which portion extends into the first groove (46; 210; 308) in the closed state, characterised in that the sealing means (60; 212; 312) comprises a radially extending base and a limb that is arranged thereon and extends axially, wherein the other of the elements of the cover (14; 204; 304) and the lower part (12; 206; 310) rests at least on the limb in the closed state.
A process for producing a composite material, said process comprising the following steps of: a) providing a thermoplastic polymer, b) providing natural fibers, c) preparing a composite material from said natural fibers and said thermoplastic polymer, said process being characterized in that the polymer is a thermoplastic polyester comprising at least one 1,4: 3,6-dianhydrohexitol unit, at least one alicyclic diol unit other than the 1,4: 3,6-dianhydrohexitol units, at least one terephthalic acid unit, wherein the /[ +] ratio is at least 0.05 and at most 0.75, said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced viscosity in solution (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of which is greater than 50 ml/g; wherein the reduced viscosity in solution is measured as indicated in the description. a) providing a thermoplastic polymer, b) providing natural fibers, c) preparing a composite material from said natural fibers and said thermoplastic polymer,
A weaving machine with a leno weave device and a device for regulating the yarn tension of the leno warp yarn and the straight weft yarn (60, 70) guided through the leno weave device with two lifting heddles (22, 24) and one half heddle, wherein the lifting heddles (22, 24) are disposed at the top and bottom heddle shafts of the weaving machine, which move in opposite directions, characterized in that the device for regulating the yarn tension includes two lifting heddles (2, 4) and one half heddle passing through and controlled by the lifting heddles (2, 4), wherein the device for regulating the yarn tension is configured in substantially the same manner as the leno weave device, the leno warp yarn and the straight weft yarn are guided through the device for regulating the yarn tension and the leno wave device, and the device for regulating the yarn tension is disposed on the heddle shafts (30a-30d) of the weaving machine in such a manner that it is rotated by 180° relative to the leno weave device.
A method of determining a leak rate of an insulating gas from a gas-insulated compartment (C1, C2, C3) of an electrical installation having a plurality of similar compartments; the method comprising the steps of: · periodically determining a gas density value (D1, D2, D3) for each of the compartments of the installation; · determining respective trend lines (DR1, DR2, DR3) from series of gas density values that have previously been determined for each of the compartments of the installation; and characterized in that in comprises the steps of: · comparing slopes of the determined trend lines with one another; · detecting a leak if the result of a comparison for one of the slopes is greater than a predetermined threshold; and in the event of a leak being detected for a slope · determining a leak rate for the compartment associated with the slope that lead to a leak being detected. · periodically determining a gas density value (D1, D2, D3) for each of the compartments of the installation; · determining respective trend lines (DR1, DR2, DR3) from series of gas density values that have previously been determined for each of the compartments of the installation; · comparing slopes of the determined trend lines with one another; · detecting a leak if the result of a comparison for one of the slopes is greater than a predetermined threshold; and in the event of a leak being detected for a slope · determining a leak rate for the compartment associated with the slope that lead to a leak being detected.
Booster device for a hydraulic circuit comprising a high-pressure circuit and a low-pressure circuit both connected to a system generating the high pressure and to receivers, this booster device maintaining a minimum pressure in the low-pressure circuit, and comprising a hydraulic motor, the inlet of which is connected to the high-pressure circuit and the outlet to the low-pressure circuit, characterised in that the hydraulic motor drives a booster pump aspirating the fluid in a reservoir in order to discharge it into this low-pressure circuit, in that the hydraulic motor drives the booster pump at a constant speed ratio and in that the booster pump and the hydraulic motor are sized so that the product of the displacement of the pump and its rotation speed is equal to the product of the cubic capacity of the motor and its rotation speed, multiplied by a ratio K, the difference between the high pressure and the low pressure, divided by the difference between the low pressure and the pressure of the reservoir, giving this ratio K.
Emulsion containing or consisting of 40.00 to 97.98 wt.% of at least one hydrocarbon, 2.00 to 59.98 wt.% of water or an aqueous solution of a salt which does not fall under the following definition according to and 0.02 to 8.00 wt.% of a salt of an amino amide of a fatty acid, containing at least one primary, secondary or tertiary amino group, and an acid component of general formula in which R 1 is a linear or branched, saturated or mono-unsaturated or polyunsaturated hydrocarbon radical with 1 to 40 C atoms, R 2 is an alkylene radical or arylalkylene radical with 2 to 20 C atoms, which is the same or different in the n repeating units and contains maximum one ether oxygen atom and X is a radical which contains at least one acid group which is selected from carboxylic acid groups, phosphonic acid groups and phosphoric acid groups, m = 0 or 1, n = 1 to 30, wherein the weight proportions of components, and relate to the sum of the masses of these components and this is 100 wt.%. 40.00 to 97.98 wt.% of at least one hydrocarbon, 2.00 to 59.98 wt.% of water or an aqueous solution of a salt which does not fall under the following definition according to and 0.02 to 8.00 wt.% of a salt of an amino amide of a fatty acid, containing at least one primary, secondary or tertiary amino group, and an acid component of general formula in which R 1 is a linear or branched, saturated or mono-unsaturated or polyunsaturated hydrocarbon radical with 1 to 40 C atoms, R 2 is an alkylene radical or arylalkylene radical with 2 to 20 C atoms, which is the same or different in the n repeating units and contains maximum one ether oxygen atom and X is a radical which contains at least one acid group which is selected from carboxylic acid groups, phosphonic acid groups and phosphoric acid groups, m = 0 or 1, n = 1 to 30, wherein the weight proportions of components, and relate to the sum of the masses of these components and this is 100 wt.%. R 1 is a linear or branched, saturated or mono-unsaturated or polyunsaturated hydrocarbon radical with 1 to 40 C atoms, R 2 is an alkylene radical or arylalkylene radical with 2 to 20 C atoms, which is the same or different in the n repeating units and contains maximum one ether oxygen atom and X is a radical which contains at least one acid group which is selected from carboxylic acid groups, phosphonic acid groups and phosphoric acid groups, m = 0 or 1, n = 1 to 30,
A method for producing a semiconductor substrate, wherein the semiconductor substrate comprises a dielectric insulation layer that is arranged between a first metallization layer and a second metallization layer, the method comprising: reducing a roughness of at least the first metallization layer from a first roughness to a second roughness, wherein, before reducing the roughness, the first metallization layer has a first roughness of more than 25μm, and wherein the roughness of the first metallization layer is reduced to a second roughness of about 15 μm or less; and forming a first passivation layer having a first thickness in a direction perpendicular to the surface of the semiconductor substrate on which the passivation layer is arranged, wherein the first passivation layer is an electrically isolating layer, wherein the first metallization layer is arranged between the first passivation layer and the dielectric insulation layer, wherein the first thickness is between about 50 μm and about 100 μm, and wherein forming the first passivation layer comprises depositing a thick film paste on at least parts of the first metallization layer such that the first metallization layer is arranged between the thick film paste and the dielectric insulation layer; and heating the thick film paste, thereby evaporating some or all of the liquid included in the thick film paste. reducing a roughness of at least the first metallization layer from a first roughness to a second roughness, wherein, before reducing the roughness, the first metallization layer has a first roughness of more than 25μm, and wherein the roughness of the first metallization layer is reduced to a second roughness of about 15 μm or less; and forming a first passivation layer having a first thickness in a direction perpendicular to the surface of the semiconductor substrate on which the passivation layer is arranged, wherein the first passivation layer is an electrically isolating layer, wherein the first metallization layer is arranged between the first passivation layer and the dielectric insulation layer, wherein the first thickness is between about 50 μm and about 100 μm, and wherein forming the first passivation layer comprises depositing a thick film paste on at least parts of the first metallization layer such that the first metallization layer is arranged between the thick film paste and the dielectric insulation layer; and heating the thick film paste, thereby evaporating some or all of the liquid included in the thick film paste.
Method for determining radioactivity in an ion-sensitive field effect transistor array comprising the steps of a) attaching molecules of a sample to reaction chambers in said array; b) if said sample does not contain radioactive material, contacting said array with at least one radioactively labelled molecule with specific binding properties; c) incubating the array with electron-sensitive silver-halide material; and d) incubating the array with a developer solution reducing the silver halides that have been exposed to radioactivity to elemental silver and simultaneously measuring pH at each separate reaction chamber, wherein decrease of the pH indicates the presence of radioactivity in a reaction chamber.
A fitting, especially for a piece of furniture or a domestic appliance, comprising a first storage element, which is mounted such that it can be displaced from a rear storage position to an access position, and a second storage element, which is coupled to the first storage element via at least one connecting element (8, 9), characterized in that the second storage element is mounted in a pivotable manner and can be raised, via the first storage element, from a lowered storage position to an access position.
A method of producing a fertiliser composition, the method comprising: (a) providing partially decomposed organic matter; (b) contacting the organic matter with: (i) an anaerobic digestate; (ii) calcium nitrate; (iii) a source of ammonia; wherein step (b) involves preparing a composition comprising (i) an anaerobic digestate, (ii) the calcium nitrate, and (iii) the source of ammonia; and contacting the resultant mixture with partially decomposed organic matter, and (c) contacting the mixture obtained in step (b) with a source of carbon dioxide. (a) providing partially decomposed organic matter; (b) contacting the organic matter with: (i) an anaerobic digestate; (ii) calcium nitrate; (iii) a source of ammonia; wherein step (b) involves preparing a composition comprising (i) an anaerobic digestate, (ii) the calcium nitrate, and (iii) the source of ammonia; and contacting the resultant mixture with partially decomposed organic matter, and (i) an anaerobic digestate; (ii) calcium nitrate; (iii) a source of ammonia; (c) contacting the mixture obtained in step (b) with a source of carbon dioxide.
A method of wireless communication performed by a repeater, comprising: receiving, from a base station, BS, a system information block, SIB, including configuration information associated with configuring operation of a plurality of repeaters including the repeater, wherein the configuration information is associated with partitioning a set of resources associated with performing an access procedure into a first set of resources and a second set of resources, wherein the first set of resources are allocated for providing a direct connection between the repeater and the base station, BS, and the second set of resources are allocated for providing an indirect connection between a wireless communication device and the base station, BS via the repeater; and communicating, with the base station, BS, in the set of resources based at least in part on the configuration information included in the SIB. receiving, from a base station, BS, a system information block, SIB, including configuration information associated with configuring operation of a plurality of repeaters including the repeater, wherein the configuration information is associated with partitioning a set of resources associated with performing an access procedure into a first set of resources and a second set of resources, wherein the first set of resources are allocated for providing a direct connection between the repeater and the base station, BS, and the second set of resources are allocated for providing an indirect connection between a wireless communication device and the base station, BS via the repeater; and communicating, with the base station, BS, in the set of resources based at least in part on the configuration information included in the SIB.
A method of determining a display orientation of a touchscreen display of a mobile device, the mobile device configured to change the display orientation when an orientation of the mobile device satisfies one or more criteria for triggering a change in the display orientation, the method comprising: determining the orientation of the mobile device; determining a proximity of the orientation of the mobile device relative to satisfying one or more criteria that trigger a change in display orientation of the mobile device between portrait and landscape orientations; and responsive to said orientation being within a predetermined proximity of the one or more criteria, displaying a visual status indicator of a proximity of the orientation of the mobile device to satisfying the one or more criteria, displaying the visual status indicator comprising: changing an orientation of a first item displayed on the display of the mobile device in accordance with the orientation of the mobile device relative to a fixed frame of reference; and changing a strength of a border of a second item displayed on the display of the mobile device in inverse proportion to the proximity of the orientation of the mobile device to a predetermined threshold for satisfying the one or more criteria, detecting a user input on the visual status indicator displayed on the touchscreen display of the mobile device; and locking the display orientation based on detecting the user input. determining the orientation of the mobile device; determining a proximity of the orientation of the mobile device relative to satisfying one or more criteria that trigger a change in display orientation of the mobile device between portrait and landscape orientations; and responsive to said orientation being within a predetermined proximity of the one or more criteria, displaying a visual status indicator of a proximity of the orientation of the mobile device to satisfying the one or more criteria, displaying the visual status indicator comprising: changing an orientation of a first item displayed on the display of the mobile device in accordance with the orientation of the mobile device relative to a fixed frame of reference; and changing a strength of a border of a second item displayed on the display of the mobile device in inverse proportion to the proximity of the orientation of the mobile device to a predetermined threshold for satisfying the one or more criteria, detecting a user input on the visual status indicator displayed on the touchscreen display of the mobile device; and locking the display orientation based on detecting the user input.
A method of receiving a downlink signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving a physical broadcast channel, PBCH, signal in a synchronization signal block, SSB; receiving, in a first control resource set, CORESET, configured based on the PBCH signal, a first control channel which schedules system information; and obtaining the system information scheduled by the first control channel, receiving a UE-dedicated higher layer signal including frequency resources for a second CORESET, and time resources for the second CORESET; and receiving a second control channel in the second CORESET configured based on the UE-dedicated higher layer signal, the first CORESET is configured based on parameters included in the PBCH signal and based on predefined parameters which are not included in the PBCH signal, the parameters included in the PBCH signal comprise a bandwidth for the first CORESET and a number of symbols for the first CORESET, the bandwidth for the first CORESET and the number of symbols for the first CORESET are indicated as joint configuration by a bit value within the PBCH signal, the predefined parameters not included in the PBCH signal comprise a resource element group, REG, bundle size for the first CORESET, and an interleaver size for interleaving of the first CORESET, the REG bundle size for the first CORESET is fixed to 6-REG, and the interleaver size which corresponds to a row size of an interleaver for the interleaving of the first CORESET is fixed to 2. receiving a physical broadcast channel, PBCH, signal in a synchronization signal block, SSB; receiving, in a first control resource set, CORESET, configured based on the PBCH signal, a first control channel which schedules system information; and obtaining the system information scheduled by the first control channel, receiving a UE-dedicated higher layer signal including frequency resources for a second CORESET, and time resources for the second CORESET; and receiving a second control channel in the second CORESET configured based on the UE-dedicated higher layer signal, the first CORESET is configured based on parameters included in the PBCH signal and based on predefined parameters which are not included in the PBCH signal, the parameters included in the PBCH signal comprise a bandwidth for the first CORESET and a number of symbols for the first CORESET, the bandwidth for the first CORESET and the number of symbols for the first CORESET are indicated as joint configuration by a bit value within the PBCH signal, the predefined parameters not included in the PBCH signal comprise a resource element group, REG, bundle size for the first CORESET, and an interleaver size for interleaving of the first CORESET, the REG bundle size for the first CORESET is fixed to 6-REG, and the interleaver size which corresponds to a row size of an interleaver for the interleaving of the first CORESET is fixed to 2.