mhurhangee/ep-ind-claims huggingface dataset:
A printer having a pair of media holder sub-assemblies (12a, 12b), each sub-assembly comprising: a platform having a generally cylindrical depression central to the platform, the cylindrical depression having an inner wall; a first hub sized to support a first media roll, the first hub protruding from the center of the cylindrical depression and having a height greater than the depth of the cylindrical depression; a first spring concentric to the first hub and disposed in the cylindrical depression; a second hub sized to support a second media roll, the second hub being concentric to the first hub, the second hub being supported by the first spring in the cylindrical depression, the first spring biasing the second hub to a height substantially equal to the height of the first hub, the second hub being slidably engaged to the first hub; a second spring, concentric to the first hub and sized to fit around the second hub; a third hub sized to support a third media roll, the third hub sized to fit around the second hub and within the inner wall of the cylindrical depression, the third hub being supported by the second spring, the second spring biasing the third hub to a height substantially equal to the height of the first hub, the third hub being slidably engaged to the second hub and to the inner wall of the cylindrical depression. a platform having a generally cylindrical depression central to the platform, the cylindrical depression having an inner wall; a first hub sized to support a first media roll, the first hub protruding from the center of the cylindrical depression and having a height greater than the depth of the cylindrical depression; a first spring concentric to the first hub and disposed in the cylindrical depression; a second hub sized to support a second media roll, the second hub being concentric to the first hub, the second hub being supported by the first spring in the cylindrical depression, the first spring biasing the second hub to a height substantially equal to the height of the first hub, the second hub being slidably engaged to the first hub; a second spring, concentric to the first hub and sized to fit around the second hub; a third hub sized to support a third media roll, the third hub sized to fit around the second hub and within the inner wall of the cylindrical depression, the third hub being supported by the second spring, the second spring biasing the third hub to a height substantially equal to the height of the first hub, the third hub being slidably engaged to the second hub and to the inner wall of the cylindrical depression.
A bonded abrasive wheel comprising magnetizable abrasive particles retained in a first organic binder, wherein the bonded abrasive wheel has a central portion adjacent to a central hub, wherein the bonded abrasive wheel has an outer circumference and a rotational axis extending through the central hub, characterised in that the magnetizable abrasive particles adjacent to the central hub are aligned at an average angle of less than 35 degrees with respect to the rotational axis, and in that the magnetizable abrasive particles adjacent to the outer circumference of the bonded abrasive wheel are aligned at an average angle that is from 35 and 90 degrees, inclusive, with respect to the rotational axis. the magnetizable abrasive particles adjacent to the central hub are aligned at an average angle of less than 35 degrees with respect to the rotational axis, and in that the magnetizable abrasive particles adjacent to the outer circumference of the bonded abrasive wheel are aligned at an average angle that is from 35 and 90 degrees, inclusive, with respect to the rotational axis.
A fast light-curing 3D printer cartridge, comprising a resin tank sidewall and a curing inhibitor delivery layer, wherein a bottom of the resin tank sidewall is connected to an upper surface of the curing inhibitor delivery layer to enclose a resin tank; and the fast light-curing 3D printer cartridge has a curing inhibitor supply part configured to provide a curing inhibitor for the curing inhibitor delivery layer; wherein the curing inhibitor supply part comprises a delivery layer extending part; the delivery layer extending part is formed by the extension of the curing inhibitor delivery layer from the resin tank along the bottom of the resin tank sidewall; and the delivery layer extending part contacts with the air; characterised in that an oxygen-permeable light-transmitting curing inhibitor distribution layer is further arranged on the upper surface of the curing inhibitor delivery layer; and the curing inhibitor distribution layer is located in the resin tank; and the curing inhibitor distribution layer is an oxygen-permeable light-transmitting fluorine-containing thin film; and the curing inhibitor delivery layer is a silicon-based thin film material layer.
A low-voltage switching device comprising a plurality of arc-extinguishing chambers, wherein each of the arc-extinguishing chambers encloses a contacting unit including a stationary contact (30, 30') and a movable contact and arcs are formed when the movable contact is disconnected to the stationary contact, each of the arc-extinguishing chamber comprising a plurality of U-shaped arc extinguishing plates arranged for splitting, guiding and cooling the arc formed between the contacts (30, 30', 20) and sidewalls provided with guiding means for guiding the arms of the arc extinguishing plates, wherein the guiding means comprises a plurality of supporting plates, characterized in that - the supporting plates are arranged protruding towards interior of the arc-extinguishing chamber for receiving the arms of the arc-extinguishing plates and for providing electrical isolation between arms of two adjacent arc extinguishing plates and, - each of the supporting plates is longer and wider than each of the arms of an arc-distinguishing plate. - the supporting plates are arranged protruding towards interior of the arc-extinguishing chamber for receiving the arms of the arc-extinguishing plates and for providing electrical isolation between arms of two adjacent arc extinguishing plates and, - each of the supporting plates is longer and wider than each of the arms of an arc-distinguishing plate.
A two-component sealant and/or adhesive composition comprising: i) in a first component, at least one compound having two or more exo-vinylene cyclic carbonate units, wherein said exo-vinylene cyclic carbonate units are bonded to one another by means of at least one organic, siloxane-free linking group, wherein said linking group is not directly bonded to the exo-vinylene double bonds and linking groups formed by polymerization of (meth)acrylic monomers are excluded; and, ii) in a second component, at least one multifunctional hardener that has at least two functional groups selected from the group consisting of primary amino groups, secondary amino groups, hydroxy groups, phosphine groups, phosphonate groups, and mercaptan groups, wherein the compound of said first component is characterized in that it has at least one acetal group in the linking group. i) in a first component, at least one compound having two or more exo-vinylene cyclic carbonate units, wherein said exo-vinylene cyclic carbonate units are bonded to one another by means of at least one organic, siloxane-free linking group, wherein said linking group is not directly bonded to the exo-vinylene double bonds and linking groups formed by polymerization of (meth)acrylic monomers are excluded; and, ii) in a second component, at least one multifunctional hardener that has at least two functional groups selected from the group consisting of primary amino groups, secondary amino groups, hydroxy groups, phosphine groups, phosphonate groups, and mercaptan groups,
An optical fiber cable comprising: at least one optical fiber core including a plurality of optical fibers; and a sheath containing the optical fiber core, a total length of the optical fiber core being longer than that of the sheath, the optical fiber core being contained in the sheath so that bending occurs in the optical fibers, wherein the optical fiber cable further comprises a bundle member spirally wound around an outer periphery of the optical fiber core, wherein the optical fiber core is bundled in a substantially circular shape in a cross section orthogonal to a cable axis, and wherein a spiral radius (Rb) of the bundle member is smaller than a radius (Rf) of a substantially circumscribed circle of the optical fiber core, characterized in that the optical fiber cable further comprises a binding bundle member spirally wound around an outer periphery of the optical fiber core and around the bundle member, wherein a spiral radius (Rk) of the binding bundle member is larger than the spiral radius (Rb) of the bundle member and than the radius (Rf) of the substantially circumscribed circle of the optical fiber core, wherein the binding bundle member has a length equal to or longer than that of the optical fiber core. at least one optical fiber core including a plurality of optical fibers; and a sheath containing the optical fiber core, a total length of the optical fiber core being longer than that of the sheath, the optical fiber core being contained in the sheath so that bending occurs in the optical fibers, wherein the optical fiber cable further comprises a bundle member spirally wound around an outer periphery of the optical fiber core, wherein the optical fiber core is bundled in a substantially circular shape in a cross section orthogonal to a cable axis, and wherein a spiral radius (Rb) of the bundle member is smaller than a radius (Rf) of a substantially circumscribed circle of the optical fiber core, characterized in that the optical fiber cable further comprises a binding bundle member spirally wound around an outer periphery of the optical fiber core and around the bundle member, wherein a spiral radius (Rk) of the binding bundle member is larger than the spiral radius (Rb) of the bundle member and than the radius (Rf) of the substantially circumscribed circle of the optical fiber core, wherein the binding bundle member has a length equal to or longer than that of the optical fiber core.
A method for producing a metallization for at least one contact pad having the following method steps: - applying at least one contact pad onto a semiconductor wafer, - applying a barrier layer onto the top side of the at least one contact pad, - applying a metallization onto the top side of the barrier layer, wherein the metallization is formed as a layer structure of two multiple alternating metallization layers (41, 42), wherein the first metallization layer made of nickel is formed with a layer thickness smaller than 100 nm and the second metallization layer is formed with a layer thickness between 30 nm and 50 nm, characterized in that the barrier layer and the metallization are applied by means of physical vapor phase separation, the second metallization layer is formed from gold, and the sum of the layer thicknesses of the first metallization layers is larger than 1 μm. - applying at least one contact pad onto a semiconductor wafer, - applying a barrier layer onto the top side of the at least one contact pad, - applying a metallization onto the top side of the barrier layer, wherein the metallization is formed as a layer structure of two multiple alternating metallization layers (41, 42), wherein the first metallization layer made of nickel is formed with a layer thickness smaller than 100 nm and the second metallization layer is formed with a layer thickness between 30 nm and 50 nm,
A composition for use in a therapeutic method of preventing hair loss or enhancing hair growth which composition comprises a cyclophilin A(CypA) protein, wherein the cyclophilin A (CypA) protein is a wild type CypA protein or a variant CypA protein having an amino acid sequence of SEQ ID NO:2.
Ultrasound transducer for use in a fluid medium, comprising at least one housing and at least one transducer core at least partly accommodated in the housing, wherein the transducer core comprises at least one acoustic-electrical transducer element, wherein at least one damping material is additionally accommodated in the housing, wherein the damping material includes at least one matrix material and at least one first filler introduced into the matrix material and at least one second filler introduced into the matrix material, wherein the first filler has a lower specific weight than the matrix material and wherein the second filler has a higher specific weight than the matrix material, wherein the matrix material comprises a silicone material, wherein the first filler comprises hollow bodies, wherein the second filler comprises tungsten.
A rotor coupled to a rotating shaft, said rotor comprising: a space frame hub comprising a central portion coupled to the rotating shaft and a first structural member, a second structural member, and a third structural member coupled to said central portion, each of said first, second, and third structural member (174, 176, 178) having a first length wherein each of said first, second, and third structural member (174, 176, 178) comprises a plurality of interlocking primary members and a plurality of interlocking secondary members, and a first blade coupled to said first structural member, a second blade coupled to said second structural member, and a third blade coupled to said third structural member and each having a tip end spaced from the shaft at a second length that is longer than said first length. a space frame hub comprising a central portion coupled to the rotating shaft and a first structural member, a second structural member, and a third structural member coupled to said central portion, each of said first, second, and third structural member (174, 176, 178) having a first length wherein each of said first, second, and third structural member (174, 176, 178) comprises a plurality of interlocking primary members and a plurality of interlocking secondary members, and a first blade coupled to said first structural member, a second blade coupled to said second structural member, and a third blade coupled to said third structural member and each having a tip end spaced from the shaft at a second length that is longer than said first length.
Method for sharpening a blade of a slicing apparatus that cuts off food slices from a food product, wherein the blade is preferably provided with a data memory and the slicing apparatus preferably has a read/write unit which reads data from the data memory and/or stores data in the data memory, wherein blade wear and tear data are captured during slicing and are preferably stored, and these data are transferred to a sharpening apparatus which sharpens the blade on the basis of the captured wear and tear, characterized in that the blade wear and tear comprises data relating to the number of food products sliced in a parallel manner.
A method in vitro or ex vivo of evaluating the risk of mortality in a patient who has been subjected to an insult or to an infection generating a systemic inflammatory response, the method comprising the following steps: - measuring the expression of sCD127 in a biological sample obtained from said patient, also known as the test sample; and - concluding whether there is an increased risk of mortality after comparing the expression of sCD127 with a reference value. - measuring the expression of sCD127 in a biological sample obtained from said patient, also known as the test sample; and - concluding whether there is an increased risk of mortality after comparing the expression of sCD127 with a reference value.
A method of analyzing website visitor behavior, comprising: analyzing, by a server (130;140), a plurality of website visitor recordings associated with a plurality of visits to a website of a plurality of users; determining a plurality of routes taken within the website by the plurality of users based on the plurality of website visitor recordings, wherein each of the plurality of routes includes a chronological sequence of user interactions with a plurality of website elements included in the website; and dividing the plurality of routes into a plurality of clusters based on common path flows in the plurality of routes, wherein dividing the plurality of routes into the plurality of clusters comprises: associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device. analyzing, by a server (130;140), a plurality of website visitor recordings associated with a plurality of visits to a website of a plurality of users; determining a plurality of routes taken within the website by the plurality of users based on the plurality of website visitor recordings, wherein each of the plurality of routes includes a chronological sequence of user interactions with a plurality of website elements included in the website; and dividing the plurality of routes into a plurality of clusters based on common path flows in the plurality of routes, wherein dividing the plurality of routes into the plurality of clusters comprises: associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device. associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device.
A regulation device for regulating a mixing ratio (x) of a gas mixture comprising a first gas and second gas, the device comprising: a first conduit for carrying a flow of the first gas; a second conduit for carrying a flow of the second gas, the first and second conduits (1, 2) opening out into a common conduit in a mixing region to form the gas mixture; an adjusting device for adjusting the mixing ratio (x) of the gas mixture; a first sensor configured to determine at least one parameter of the gas mixture downstream of the mixing region, a second sensor, the second sensor being configured to determine at least one parameter of the first gas, and a control device configured to receive, from the first sensor, sensor signals indicative of the at least one parameter of the gas mixture, and configured to receive, from the second sensor, sensor signals indicative of the at least one parameter of the first gas, characterised in that the control device is configured to derive control signals for the adjusting device based on the sensor signals received from both the first and second sensors (S1, S2), and in that the at least one parameter of the gas mixture and the at least one parameter of the first gas are thermal parameters that are indicative of thermal conductivity, thermal diffusivity, specific heat capacity, volumetric specific heat capacity, or a combination thereof. a first conduit for carrying a flow of the first gas; a second conduit for carrying a flow of the second gas, the first and second conduits (1, 2) opening out into a common conduit in a mixing region to form the gas mixture; an adjusting device for adjusting the mixing ratio (x) of the gas mixture; a first sensor configured to determine at least one parameter of the gas mixture downstream of the mixing region, a second sensor, the second sensor being configured to determine at least one parameter of the first gas, and a control device configured to receive, from the first sensor, sensor signals indicative of the at least one parameter of the gas mixture, and configured to receive, from the second sensor, sensor signals indicative of the at least one parameter of the first gas, characterised in that the control device is configured to derive control signals for the adjusting device based on the sensor signals received from both the first and second sensors (S1, S2), and in that the at least one parameter of the gas mixture and the at least one parameter of the first gas are thermal parameters that are indicative of thermal conductivity, thermal diffusivity, specific heat capacity, volumetric specific heat capacity, or a combination thereof.
Method for manufacturing at least one heat exchanger with plates (10; 10a-10d) with at least two fluid circuits (C1, C2), characterised in that it comprises the following steps: a) formation of a plurality of constituent plates (10; 10a-10d) of the heat exchanger, each plate (10; 10a-10d) comprising a hollowed out pattern called "reference pattern", b) formation of one or more hollowed out patterns, including the reference pattern, called "alignment patterns" on each plate (10; 10a-10d) by circular repetition of the reference pattern around an axis of revolution of the plate (10; 10a-10d), the axes of revolution of the plates (10; 10a-10d) being coincident, c) formation of a plurality of grooves, intended to form the fluid circulation channels (C1, C2) of the plate exchanger, on each plate (10; 10a-10d), the grooves including at least one first plurality of grooves for the first fluid circuit and a second plurality of grooves for the second fluid circuit, and in that it further comprises the following successive steps: d) assembling the plates (10; 10a-10d) by superimposition with respect to each other, each reference pattern of a first plate being superimposed on an alignment pattern of a second plate adjacent to the first plate, e) carrying out an assembly treatment on the assembly obtained at the end of the preceding step d) by diffusion welding, by brazing and/or by diffusion brazing, characterized by the fact that each plate (10; 10a-10d) comprises a locating element to make it possible to know the position of said at least one reference pattern of the plate (10; 10a-10d). a) formation of a plurality of constituent plates (10; 10a-10d) of the heat exchanger, each plate (10; 10a-10d) comprising a hollowed out pattern called "reference pattern", b) formation of one or more hollowed out patterns, including the reference pattern, called "alignment patterns" on each plate (10; 10a-10d) by circular repetition of the reference pattern around an axis of revolution of the plate (10; 10a-10d), the axes of revolution of the plates (10; 10a-10d) being coincident, c) formation of a plurality of grooves, intended to form the fluid circulation channels (C1, C2) of the plate exchanger, on each plate (10; 10a-10d), the grooves including at least one first plurality of grooves for the first fluid circuit and a second plurality of grooves for the second fluid circuit, d) assembling the plates (10; 10a-10d) by superimposition with respect to each other, each reference pattern of a first plate being superimposed on an alignment pattern of a second plate adjacent to the first plate, e) carrying out an assembly treatment on the assembly obtained at the end of the preceding step d) by diffusion welding, by brazing and/or by diffusion brazing, characterized by the fact that each plate (10; 10a-10d) comprises a locating element to make it possible to know the position of said at least one reference pattern of the plate (10; 10a-10d).