mhurhangee/ep-ind-claims huggingface dataset:
Composite material consisting of a metal bottom planar element, a top planar element made of metal, and an intermediate layer which is arranged between the bottom planar element and the top planar element and is made of at least one first thermoset and a second thermoset having a higher polymerisation temperature than the first thermoset, at least the first thermoset being in a cured state and the second thermoset being in a non-cured state, characterised in that the intermediate layer consists of three or more thermosets (3, 4, 5), the third or the further thermosets being in a non-cured state and the thermosets (3, 4, 5) having different polymerisation temperatures.
A method for separating one or more target cellular components from at least one other cellular component in a lysate and/or concentrating a target cellular component from a lysate, the method comprising providing into a chamber a mixture of one or more cells and buffered solution, wherein a longitudinal electric field is maintained within the chamber, and wherein the chamber comprises an agent linked to a position in the chamber, and wherein the agent has affinity for the target cellular component and binding of the agent to the target cellular component is determinative of the presence of the target cellular component in the presence of a heterogeneous population of cellular components; generating a pH gradient or pH step in the chamber with one or more proton and/or hydroxide injectors, wherein the one or more proton and/or hydroxide injectors comprise at least one hydroxide injector, and wherein the one or more proton injector(s) or hydroxide injector(s) each comprise (i) a compartment adjacent to the chamber, (ii) an electrode inside the compartment, and (iii) a bipolar membrane separating the compartment from the chamber, thereby positioning at least one of the one or more cells in the chamber based on the isoelectric point (pI) of the cell; creating an alkaline condition in the chamber with the hydroxide injector, thereby lysing the one or more focused cells and producing a lysate comprising the one or more target cellular components; separating the lysate electrophoretically in the chamber; and binding the one or more target cellular components with the agent.
A hybrid tower structure, particularly for wind energy plants, with a foundation, with at least one concrete tower column erected on the foundation, and with at least one steel tower element adjoining the concrete tower column, wherein the concrete tower column is formed by first to n-th concrete tower wall sections (31 to 3n) adjoining one another along the longitudinal tower axis, wherein the concrete tower wall sections (31 to 3n) have an annular cross section and wherein several external tensioning elements extending within the hollow space enclosed by the concrete tower column are provided for acting upon the concrete tower column with a prestress, which tensioning elements are designed for acting upon the concrete tower column with the prestress in a staggered fashion, wherein the prestress is distributed over the individual concrete tower wall sections (31 to 3n) and the prestress is introduced at least to the first concrete tower section adjoining the foundation, wherein the foundation is formed by a combined pile-slab foundation or a pile foundation consisting of at least one foundation base body (211, 221) and several piles (212, 222) connected thereto, wherein the tensioning elements are connected to the first concrete tower wall section adjoining the foundation with their lower free end (5"), wherein at least a portion of the tensioning elements are connected to the n-th concrete tower wall section adjoining the steel tower element with their upper free ends, and wherein at least another portion of the tensioning elements are connected to at least one concrete tower wall section arranged between the first and the n-th concrete tower wall section (31, 3n).
An introduction device comprising a compression zone and at least one feeding zone for feeding bulk material and arranged for introducing into the compression zone, bulk material fed into the feeding zone, comprising at least one device for conveying fluidising means into the compression zone for fluidising and accelerating the bulk material introduced into the compression zone, comprising a conveying screw arranged in a conveying pipe extending at least as well between the feeding zone and the compression zone, for transporting the bulk material from the feeding zone to the compression zone, wherein the conveying pipe has an outlet opening towards the compression zone, which is can be closed by a closing device, wherein the introduction device is designed to introduce a continuous flow of bulk material into the compression zone and is designed for introducing into the compression zone variable and uninterrupted flows of bulk material, which had been conveyed into at east one feeding zone, whereas the devices for conveying fluidising means are designed in such a way that in case of a conveying screw arranged horizontally, fluidising means can be conveyed therethrough with a mainly horizontal speed component, characterised in that in case of a conveying screw arranged horizontally, the devices for conveying fluidising means are arranged at least partially in at least one horizontal plane through the conveying pipe, and that the devices for conveying fluidising means are arranged at least partially in such a way that fluidising means can be conveyed therethrough with a main direction of movement in a horizontal plane through the conveying pipe and that the devices for conveying are arranged in a zone of +/-100 mm about the plane of the outlet opening and that the devices for conveying with a horizontal screw in a height zone extend maximum 100 mm below the outlet opening up to the vertical centre of the outlet opening.
Supporting platform (1000; 2000) to support an apparatus to be transported by air and/or surface transporting means, said platform comprising: - a variable geometry frame comprising a main body having a first and a second longitudinal element, a first and a second transverse element, said longitudinal elements (115, 115') being connected to said transverse elements (150, 150') to form a supporting base for the apparatus to be transported, said frame further comprising a first and a second expanding portion (600, 600') of said main body, each expanding portion (600, 600') being slidably connected to said first and second transverse element, and being movable for approaching/spacing to/from said main body such as to cause said frame to have a compact/extended configuration, depending on a distance of each of said expanding portions (600, 600') from said main body, wherein each expanding portion (600, 600') has a C-shaped conformation comprising a frame side member (11, 11'), substantially parallel to said longitudinal element (115, 115'), and two transverse arms (15, 15') in which each transverse arm (15, 15') is slidingly connected to a respective transverse element (150, 150') of said main body such as to allow a movement of said frame side member (11, 11') from a position closed to said longitudinal element (115, 115'), at a compact configuration of said frame, to a position spaced from said longitudinal element (115, 115'), at an extended configuration of said frame, characterised in that said platform (1000; 2000) comprising fastening means (10, 12) positioned at each of said expanding portions (600, 600'), said fastening means being configured to allow, in use, a fastening of said supporting platform (1000; 2000) to an air and/or surface transporting means equipped with a corresponding housing for said fastening means (10, 12), in each compact and/or extended geometric configuration of said frame, wherein said fastening means (10, 12) comprises at least one stopping guide rotatably connected to each frame side member (11, 11'), configured to allow a fixing of said supporting platform (1000; 2000) on an air transporting vehicle. - a variable geometry frame comprising a main body having a first and a second longitudinal element, a first and a second transverse element, said longitudinal elements (115, 115') being connected to said transverse elements (150, 150') to form a supporting base for the apparatus to be transported,
A method for determining the rheological parameters of a fluid, said method comprising the following steps: A) introduction of said fluid into a continuous-jet droplet generator comprising a tank maintained at a given pressure p 0 using a pressurizing device and communicating via an inlet orifice with an ejection head, the temperature of which is controlled; B) periodic stimulation, of amplitude A (in Volts) and of frequency F=1/T, of a piezoelectric actuator, such that said piezoelectric actuator disturbs the pressurized fluid in said ejection head; C) ejection, via an outlet nozzle and out of said ejection head, of said duly disturbed fluid, which takes the form of a jet; D) obtaining, using a stroboscope at a given instant t, of a fixed and illuminated image of the complete jet; E) recording of one or more photographs of all or part of said fixed and illuminated image of the complete jet using a camera or a photographic device; F) analysis of the photographs from the step E to extract therefrom a set of data descriptive of said jet; G) determination of the rheological parameters of said fluid for a given outlet nozzle, and for a given stimulation amplitude A i and pressure p 0i, i being a natural integer at least equal to 2, said determination of the rheological parameters being performed using a statistical method previously parameterized by using as training set a database containing the morphologies of known fluid jets. A) introduction of said fluid into a continuous-jet droplet generator comprising a tank maintained at a given pressure p 0 using a pressurizing device and communicating via an inlet orifice with an ejection head, the temperature of which is controlled; B) periodic stimulation, of amplitude A (in Volts) and of frequency F=1/T, of a piezoelectric actuator, such that said piezoelectric actuator disturbs the pressurized fluid in said ejection head; C) ejection, via an outlet nozzle and out of said ejection head, of said duly disturbed fluid, which takes the form of a jet; D) obtaining, using a stroboscope at a given instant t, of a fixed and illuminated image of the complete jet; E) recording of one or more photographs of all or part of said fixed and illuminated image of the complete jet using a camera or a photographic device; F) analysis of the photographs from the step E to extract therefrom a set of data descriptive of said jet; G) determination of the rheological parameters of said fluid for a given outlet nozzle, and for a given stimulation amplitude A i and pressure p 0i, i being a natural integer at least equal to 2, said determination of the rheological parameters being performed using a statistical method previously parameterized by using as training set a database containing the morphologies of known fluid jets.
Process for making a multilayer sheet for the manufacture of packaging or paper-based products or typography and bookbinding items in general such as, for example, posters, shop window posters, panels in general, covers and/or one or more pages of books, exercise-books, diaries, leaflets, brochures, characterized in that it comprises the following steps: - preparing at least one first sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers, and wherein a first face of said first sheet is conveniently pre-printed or in any case finished in such a way that it constitutes the visible face of the multilayer sheet or of the product to be obtained; - defining the position where at least one NFC chip must be positioned on the second face of said first sheet, opposite said first face; - preparing at least one second sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers; - directly coupling said second sheet with said second face of said first sheet, and wherein said coupling is carried out through a gluing or welding operation or another process suited to make said first sheet and said second sheet integral with each other in a definitive manner, wherein "definitive" means that their detachment would result in the breaking of one or both of said first and second sheets (1, 2); and wherein said at least one chip of the NFC type is inserted between said first sheet and said second sheet in such a way that it is interposed between them in a definitive manner once the coupling operation has been completed, and in such a way that it can be read at least through said first face of said first sheet by means of a suitable reading device. - preparing at least one first sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers, and wherein a first face of said first sheet is conveniently pre-printed or in any case finished in such a way that it constitutes the visible face of the multilayer sheet or of the product to be obtained; - defining the position where at least one NFC chip must be positioned on the second face of said first sheet, opposite said first face; - preparing at least one second sheet having any size, made of a paper or plastic material, rigid or flexible, in turn comprising one layer or multiple layers; - directly coupling said second sheet with said second face of said first sheet, and wherein said coupling is carried out through a gluing or welding operation or another process suited to make said first sheet and said second sheet integral with each other in a definitive manner, wherein "definitive" means that their detachment would result in the breaking of one or both of said first and second sheets (1, 2);
Compounds of formula wherein R 1 is halogen; R 2 is azetidinyl, which is unsubstituted or substituted by C 1-6 alkylsulfonyl; C 1-6 alkoxycarbonylpyrrolidinyl; C 1-6 alkylcarbonylpyrrolidinyl; cycloalkyl, which is unsubstituted or substituted by C 1-6 alkyl, C 1-6 alkylsulfonyl, carboxy, halogen or hydroxy; dioxotetrahydrothiophenyl, which is unsubstituted or substituted by C 1-6 alkyl; dioxotetrahydrothiopyranyl; dioxo-thietanyl; oxo-thietanyl; oxo-pyrrolidinyl, which is unsubstituted or substituted by C 1-6 alkyl; oxetanyl; oxopiperidinyl; piperidinyl; tetrahydrofuranyl; tetrahydropyranyl; wherein x is 1-6; R 3 is C 1-6 alkyl; R 4 is C 1-6 alkyl; or R 3 and R 4, with the carbon atom to which they are attached, form cycloalkyl; W is nitrogen or -CR 5, wherein R 5 is hydrogen or halogen; X is -CH or nitrogen; or pharmaceutically acceptable salts thereof. R 1 is halogen; R 2 is azetidinyl, which is unsubstituted or substituted by C 1-6 alkylsulfonyl; C 1-6 alkoxycarbonylpyrrolidinyl; C 1-6 alkylcarbonylpyrrolidinyl; cycloalkyl, which is unsubstituted or substituted by C 1-6 alkyl, C 1-6 alkylsulfonyl, carboxy, halogen or hydroxy; dioxotetrahydrothiophenyl, which is unsubstituted or substituted by C 1-6 alkyl; dioxotetrahydrothiopyranyl; dioxo-thietanyl; oxo-thietanyl; oxo-pyrrolidinyl, which is unsubstituted or substituted by C 1-6 alkyl; oxetanyl; oxopiperidinyl; piperidinyl; tetrahydrofuranyl; tetrahydropyranyl; wherein x is 1-6; R 3 is C 1-6 alkyl; R 4 is C 1-6 alkyl; or R 3 and R 4, with the carbon atom to which they are attached, form cycloalkyl; W is nitrogen or -CR 5, wherein R 5 is hydrogen or halogen; X is -CH or nitrogen;
A microwave-using apparatus comprising a magnetron and a waveguide unit to which the magnetron is attached, wherein the magnetron comprises: an anode cylinder comprising a high-frequency wave output unit; permanent magnets disposed on two opposite sides of the anode cylinder, respectively; and a magnetic yoke (121; 1211; 1212; 1215) which houses therein the anode cylinder and the permanent magnets, characterized in that a portion, on a high-frequency wave output side, of the magnetic yoke (1211; 1215) is formed with a plurality of cut-and-raised parts (1213; 1216, 1217), and a metal plate, which matches the high-frequency wave output unit and the-cut-and-raised parts (1213; 1216), is sandwiched between one of the permanent magnets and the magnetic yoke (1211; 1215), whereby the anode cylinder and the magnetic yoke (121; 1211; 1212; 1215) are positioned with respect to and fixed to each other, the waveguide unit has a projection which matches a hole formed by the cut-and-raised part in the magnetic yoke (1211; 1215), and the projection of the waveguide unit is fitted in the hole of the magnetic yoke (1211; 1215), whereby the magnetic yoke (121; 1211; 1212; 1215) and the waveguide unit are positioned with respect to and fixed to each other, and the high-frequency wave output unit and the waveguide unit are positioned with respect to and fixed to each other through the magnetic yoke (1211; 1215) by the cut-and-raised parts (1213; 1216, 1217). an anode cylinder comprising a high-frequency wave output unit; permanent magnets disposed on two opposite sides of the anode cylinder, respectively; and a magnetic yoke (121; 1211; 1212; 1215) which houses therein the anode cylinder and the permanent magnets, characterized in that a portion, on a high-frequency wave output side, of the magnetic yoke (1211; 1215) is formed with a plurality of cut-and-raised parts (1213; 1216, 1217), and a metal plate, which matches the high-frequency wave output unit and the-cut-and-raised parts (1213; 1216), is sandwiched between one of the permanent magnets and the magnetic yoke (1211; 1215), whereby the anode cylinder and the magnetic yoke (121; 1211; 1212; 1215) are positioned with respect to and fixed to each other, the waveguide unit has a projection which matches a hole formed by the cut-and-raised part in the magnetic yoke (1211; 1215), and the projection of the waveguide unit is fitted in the hole of the magnetic yoke (1211; 1215), whereby the magnetic yoke (121; 1211; 1212; 1215) and the waveguide unit are positioned with respect to and fixed to each other, and the high-frequency wave output unit and the waveguide unit are positioned with respect to and fixed to each other through the magnetic yoke (1211; 1215) by the cut-and-raised parts (1213; 1216, 1217).
A mortar tape comprising mortar and a mesh-like and tape-like support for the mortar, which is formed by bars with a mesh size (w), wherein the mortar forms an exposed, flexible and dry mortar layer on both sides of the support, wherein the dry mortar adheres to the bars of the support, characterised in that the mortar layer has a strip-like layer thickness profile with strip-like regions of greater mortar layer thickness parallel to one another, between which there are regions of smaller mortar layer thickness, wherein the distance between the parallel regions of greater mortar layer thickness and the distance between the regions of smaller mortar layer thickness in a direction lying perpendicularly to their strip-like extent corresponds to the mesh width (w) in this direction.
An image pickup device comprising: a communication module having a substrate, an antenna provided on the substrate, and a processing circuit provided on the substrate and processing a signal transmitted/received by the antenna; a housing configured to accommodate a lens unit having a lens barrel and the communication module; and a grip belt configured to extend from a first attaching portion provided on a first side surface of the housing to a second attaching portion provided on a side opposite to an opening portion side of the lens barrel of the housing, characterized by a stepped portion for changing a width of the housing is provided on the first side surface; the housing has a wide portion provided on the opening portion side of the lens barrel and a narrow portion provided on a side opposite to the opening portion side of the lens barrel, whereby the wide portion and the narrow portion form the stepped portion; and the communication module is arranged inside the wide portion of the housing such that the antenna is arranged between the opening portion side of the lens barrel of the housing and a reference surface substantially orthogonal to an optical axis of the lens barrel and passing through the first attaching portion. a communication module having a substrate, an antenna provided on the substrate, and a processing circuit provided on the substrate and processing a signal transmitted/received by the antenna; a housing configured to accommodate a lens unit having a lens barrel and the communication module; and a grip belt configured to extend from a first attaching portion provided on a first side surface of the housing to a second attaching portion provided on a side opposite to an opening portion side of the lens barrel of the housing, characterized by a stepped portion for changing a width of the housing is provided on the first side surface; the housing has a wide portion provided on the opening portion side of the lens barrel and a narrow portion provided on a side opposite to the opening portion side of the lens barrel, whereby the wide portion and the narrow portion form the stepped portion; and the communication module is arranged inside the wide portion of the housing such that the antenna is arranged between the opening portion side of the lens barrel of the housing and a reference surface substantially orthogonal to an optical axis of the lens barrel and passing through the first attaching portion.
A pump (200; 300) comprising: a rotating shaft; an impeller mounted on the rotating shaft; a balance mechanism (70; 360) configured to balance axial thrust acting on the rotating shaft; a pump casing configured to accommodate the impeller and the balance mechanism (70; 360); a balance pipe configured to allow communication between a balance space (73; 362) in the pump casing and a space on a fluid suction side of the pump casing; a check valve provided in the balance pipe and configured to allow fluid to flow through the check valve only in a direction from the balance space (73; 362) towards the space on the fluid suction side; characterised by a safety valve, provided between the balance space (73; 362) and the check valve and configured to open to release a fluid outwards when a pressure of the fluid in the balance space (73; 362) is equal to or higher than a set value. a rotating shaft; an impeller mounted on the rotating shaft; a balance mechanism (70; 360) configured to balance axial thrust acting on the rotating shaft; a pump casing configured to accommodate the impeller and the balance mechanism (70; 360); a balance pipe configured to allow communication between a balance space (73; 362) in the pump casing and a space on a fluid suction side of the pump casing; a check valve provided in the balance pipe and configured to allow fluid to flow through the check valve only in a direction from the balance space (73; 362) towards the space on the fluid suction side; characterised by a safety valve, provided between the balance space (73; 362) and the check valve and configured to open to release a fluid outwards when a pressure of the fluid in the balance space (73; 362) is equal to or higher than a set value.