mhurhangee/ep-ind-claims huggingface dataset:
Catalysts for preparation of chirality-selective and metallicity-selective single-walled carbon nanotubes, said catalysts are represented as follows: WFe 1.17, WFe 2, WFe, WCo 1.17, WCo 3, WCo 0.15, WCu 0.67, WCu 5.25, WRe, WRe 3, WRe 0.25, WRe 10.11, W 13 Re 7, WRu 0.18, WRu 1.5, WMn 3 Fe, WRu 2 Fe 5, WCu 2 Fe 12, WFeV 4, WRe 0.125 Ni 0.125, WRu 3 Cu 12, WPtCu 10, WMn 1.5 V 0.63, WLaFe 3; wherein said catalyst is prepared by the following method: Reducing the metal oxides with chemical compositions represented by formula as follows to obtain said catalysts in the atmosphere of hydrogen with a flow rate of 10-1000 ml/min at 300-1500 °C with a temperature programmed heating rate of 10-100 °C /min: AB y O (a+by)/2, formula wherein, A is the metal tungsten; B stands for one or more metals selected from a group consisting of the transition metals vanadium, manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), ruthenium (Ru), platinum (Pt), rhenium (Re), and the lanthanide rare earth metals; a is the oxidation number in A; b is the oxidation number in B; y is in the range of 0.01 -20.0. wherein, A is the metal tungsten; B stands for one or more metals selected from a group consisting of the transition metals vanadium, manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), ruthenium (Ru), platinum (Pt), rhenium (Re), and the lanthanide rare earth metals; a is the oxidation number in A; b is the oxidation number in B; y is in the range of 0.01 -20.0.
Laundry treatment device comprising a laundry treatment chamber, a machine housing enclosing said laundry treatment chamber and having a laundry loading opening for loading/unloading said laundry treatment chamber with laundry, and a door assembly supported at the machine housing for closing/opening the laundry opening, wherein the door assembly comprises a first and a second component (8, 10) attached to each other by at least one snap-fit connector, and wherein the at least one snap-fit connector comprises at least one first engaging element (18a-r, 18') arranged at the first component (8/10) of the door assembly, and at least one second engaging element (20a-r, 20', 20") arranged at the second component (10/8) of the door assembly, wherein said at least one second engaging element (20a-r, 20', 20") is adapted to engage with said at least one first engaging element (18a-r, 18') to attach said first component (8/10) to said second component (10/8), characterized in that said snap-fit connector further comprises at least one forcing element (22a-r, 22') for forcing said at least one first engaging element (18a-r, 18') in engagement with said at least one second engaging element (20a-r, 20', 20"), and/or for forcing said at least one second engaging element (20a-r, 20', 20") in engagement with said at least one first engaging element (18a-r, 18'). at least one first engaging element (18a-r, 18') arranged at the first component (8/10) of the door assembly, and at least one second engaging element (20a-r, 20', 20") arranged at the second component (10/8) of the door assembly, wherein said at least one second engaging element (20a-r, 20', 20") is adapted to engage with said at least one first engaging element (18a-r, 18') to attach said first component (8/10) to said second component (10/8),
A multi-antenna system, comprising: an antenna part (108, 210, 224) comprising a conductor layer area comprising antenna lines forming antenna elements; a cable part (110, 208, 220) comprising a conductor layer area comprising feeding lines for the antenna elements; wherein both the antenna part (108, 210, 224) and the cable part (110, 208, 220) are implemented using a flexible printed circuit board; wherein the conductor layer area of the antenna part (108, 210, 224) consists of a single conductor layer area; and wherein the conductor layer area of the cable part (110, 208, 220) comprises three conductor layers. an antenna part (108, 210, 224) comprising a conductor layer area comprising antenna lines forming antenna elements; a cable part (110, 208, 220) comprising a conductor layer area comprising feeding lines for the antenna elements; wherein both the antenna part (108, 210, 224) and the cable part (110, 208, 220) are implemented using a flexible printed circuit board; wherein the conductor layer area of the antenna part (108, 210, 224) consists of a single conductor layer area; and wherein the conductor layer area of the cable part (110, 208, 220) comprises three conductor layers.
A coated paperboard comprising a paperboard substrate and a coating layer wherein: - the coating layer comprises a pigment mixture and a binder in a dry weight ratio within the range of from 100:14 to 100:25; - the pigment mixture comprises a calcium carbonate pigment and a clay pigment in a dry weight ratio within the range of from 98:2 to 92:8; - the calcium carbonate pigment has a particle size distribution (wt. % < 2 μm) within the range of from 75 to 95; - the binder is a styrene-acrylic copolymer or styrene-butadiene copolymer; and - the calcium carbonate pigment and the clay pigment comprise 100 wt.% of the pigment mixture. - the coating layer comprises a pigment mixture and a binder in a dry weight ratio within the range of from 100:14 to 100:25; - the pigment mixture comprises a calcium carbonate pigment and a clay pigment in a dry weight ratio within the range of from 98:2 to 92:8; - the calcium carbonate pigment has a particle size distribution (wt. % < 2 μm) within the range of from 75 to 95; - the binder is a styrene-acrylic copolymer or styrene-butadiene copolymer; and - the calcium carbonate pigment and the clay pigment comprise 100 wt.% of the pigment mixture.
Roof bar system for a motor vehicle, comprising - a roof bar configured to be assembled in the longitudinal direction of the vehicle, - at least one front fastening device comprising a first nut anchored in the roof bar, the front fastening device being configured to be fixed onto a first thickness of metal sheet and to pass through at least one intermediate piece interposed between said thickness of metal sheet and the bar, characterized in that the system comprises - at least one rear fastening device comprising a second nut anchored in the roof bar, the rear fastening device being configured to pass through two second thicknesses of metal sheet (13, 14) of the top of the vehicle separated from one another, the device being fastened onto at least one of the two second thicknesses of metal sheet, and in that - the rear fastening device comprises an adjustable spacer device, distinct from the second nut, capable of taking up the separation between a bottom face of the second nut, and a second thickness of metal sheet supported by a body side element of the vehicle, the spacer device bearing on the one side on said face of the second nut and on the other side on said second thickness of metal sheet, and in that the first nut comprises a cylindrical zone forming a spacer of predefined height, and of substantially constant outer section, between the roof bar and a bearing base of the first nut bearing against the first thickness of metal sheet, so as to be able to pass through a dedicated orifice of the intermediate piece. - a roof bar configured to be assembled in the longitudinal direction of the vehicle, - at least one front fastening device comprising a first nut anchored in the roof bar, the front fastening device being configured to be fixed onto a first thickness of metal sheet and to pass through at least one intermediate piece interposed between said thickness of metal sheet and the bar, characterized in that the system comprises - at least one rear fastening device comprising a second nut anchored in the roof bar, the rear fastening device being configured to pass through two second thicknesses of metal sheet (13, 14) of the top of the vehicle separated from one another, the device being fastened onto at least one of the two second thicknesses of metal sheet, and in that - the rear fastening device comprises an adjustable spacer device, distinct from the second nut, capable of taking up the separation between a bottom face of the second nut, and a second thickness of metal sheet supported by a body side element of the vehicle, the spacer device bearing on the one side on said face of the second nut and on the other side on said second thickness of metal sheet, and in that the first nut comprises a cylindrical zone forming a spacer of predefined height, and of substantially constant outer section, between the roof bar and a bearing base of the first nut bearing against the first thickness of metal sheet, so as to be able to pass through a dedicated orifice of the intermediate piece.
A method for event monitoring at a cloud service, comprising: - receiving, from a control panel coupled with a plurality of control sensors (108(i)-(n)) within a supervised premises, a plurality of event messages corresponding to events detected by the plurality of control sensors (108(i)-(n)) within the supervised premises; the method being characterized by - generating a status simulation for the control panel based on the plurality of event messages, the status simulation representing a current status of the control panel; - creating a subscription of a client service to the control panel based on a request from the client service; and - transmitting, to the client service based on the subscription, status information for the control panel derived from the status simulation. - receiving, from a control panel coupled with a plurality of control sensors (108(i)-(n)) within a supervised premises, a plurality of event messages corresponding to events detected by the plurality of control sensors (108(i)-(n)) within the supervised premises; the method being characterized by - generating a status simulation for the control panel based on the plurality of event messages, the status simulation representing a current status of the control panel; - creating a subscription of a client service to the control panel based on a request from the client service; and - transmitting, to the client service based on the subscription, status information for the control panel derived from the status simulation.
An interchangeable lens comprising: an imaging optical system including a focus adjustment lens; a driver that drives the focus adjustment lens in a direction of an optical axis; a transceiver that transmits and receives a signal to and from a camera body; a memory that stores a plurality of image plane transfer coefficients; and a controller that controls the transceiver to transmit an image plane transfer coefficient, having a value larger than a minimum value of the stored image plane transfer coefficients, to the camera body, wherein the image plane transfer coefficient indicates a relationship between an amount of movement of the focus adjustment lens and an amount of movement of the image plane, and corresponds to TL/TI, TL being the amount of movement of the focus adjustment lens and TI being the amount of movement of the image plane, and wherein the minimum value is a value which indicates the minimum value of the image plane transfer coefficient when the position of the focus adjustment lens is within the driving area of the driver. an imaging optical system including a focus adjustment lens; a driver that drives the focus adjustment lens in a direction of an optical axis; a transceiver that transmits and receives a signal to and from a camera body; a memory that stores a plurality of image plane transfer coefficients; and a controller that controls the transceiver to transmit an image plane transfer coefficient, having a value larger than a minimum value of the stored image plane transfer coefficients, to the camera body, wherein the image plane transfer coefficient indicates a relationship between an amount of movement of the focus adjustment lens and an amount of movement of the image plane, and corresponds to TL/TI, TL being the amount of movement of the focus adjustment lens and TI being the amount of movement of the image plane, and wherein the minimum value is a value which indicates the minimum value of the image plane transfer coefficient when the position of the focus adjustment lens is within the driving area of the driver.
A method for making a microelectronic device provided with at least one first transistor with a first channel structure (17, 19) formed from semiconducting elements located above each other, the method comprising steps to: a) provide at least one first semiconducting structure (17, 19) on a substrate, formed from a semiconducting stack comprising an alternation of elements based on at least one first semiconducting material and elements based on at least one second semiconducting material different from the first semiconducting material, then b) remove portions of the second semiconducting material from the first structure (17,19) by selective etching, the removed portions of the second semiconducting material forming one or several empty spaces, c) fill in the empty spaces with a dielectric material, d) form a straining zone (31, 132) on the first structure, based on a first strained material (33, 134) with an intrinsic strain, e) perform appropriate thermal annealing so as to make the dielectric material creep, and cause a change in the strain state of elements based on the first semiconducting material in the first structure. a) provide at least one first semiconducting structure (17, 19) on a substrate, formed from a semiconducting stack comprising an alternation of elements based on at least one first semiconducting material and elements based on at least one second semiconducting material different from the first semiconducting material, then b) remove portions of the second semiconducting material from the first structure (17,19) by selective etching, the removed portions of the second semiconducting material forming one or several empty spaces, c) fill in the empty spaces with a dielectric material, d) form a straining zone (31, 132) on the first structure, based on a first strained material (33, 134) with an intrinsic strain, e) perform appropriate thermal annealing so as to make the dielectric material creep, and cause a change in the strain state of elements based on the first semiconducting material in the first structure.
A targeted therapeutic comprising: a lysosomal enzyme; and a lysosomal targeting moiety, wherein the lysosomal targeting moiety is a peptide containing at least one N-linked glycosylation site, wherein the peptide contains N-linked glycosylation containing a M6P group. a lysosomal enzyme; and a lysosomal targeting moiety, wherein the lysosomal targeting moiety is a peptide containing at least one N-linked glycosylation site, wherein the peptide contains N-linked glycosylation containing a M6P group.
A method of manufacturing a sound absorption/insulation honeycomb panel by stacking a water absorption honeycomb material filled with at least a foam material and an air-permeable material, and forming an adhesive joint between the honeycomb material and the air-permeable material, characterized in that before the honeycomb material is filled with the foam material, the adhesive joint is formed with an adhesive joint area increased by dipping one tip of a wall surface of the water absorption honeycomb material into a water-soluble adhesive, making the tip absorb moisture in the water-soluble adhesive, pressing the tip strongly against the air-permeable material so as to coincide with time when the tip is softened enough for deformation into inverted T-shapes in cross-sections and keeping the deformation until the adhesive is cured.
Element for the storage, handling and transport of planar or primarily planar objects, that has a rectangular or approximately rectangular shape with a length and width in the horizontal plane, that defines on its top two bearing surfaces sloping inwards and two perpendicular or approximately perpendicular support surfaces standing on them, whereby the support surfaces together also define a ridge that extends over the length of the element, characterised in that a transition between a support surface and a bearing surface is formed by a zone where the width of the ridge is at at least one height smaller than the distance between the geometric extensions of the two support surfaces at this height or by a recess in a bearing surface directly connected to the transition.
Arrangement having a pipeline and having a cutting device for severing the wall of the pipeline in a longitudinal direction, wherein the cutting device has a main body and at least one cutting roller (226, 226a to 226f), which is rotatably connected to the main body and which has a plurality of teeth (230, 240, 250, 260, 270, 280, 290), characterized in that, when the cutting device moves through the pipeline, the cutting roller (226, 226a to 226f) completely severs the wall of the pipeline in the longitudinal direction, wherein the cutting roller (226, 226a to 226f) is dimensioned, and arranged, in such a way that the root circle of the teeth (230, 240, 250, 260, 270, 280, 290) of the cutting roller (226, 226a to 226f) completely penetrates the wall of the pipeline.
A feeding fence section (1, 1') adapted for separating a feeding area for animals and a feed-holding part, the feeding fence section (1, 1') being provided with flexible mounting means wherein the flexible mounting means allows the fence section (1, 1') to be angularly displaced by said animals from a starting position towards a tilted position about a single substantially horizontal axis extending in the longitudinal direction of said fence section (1, 1') and wherein the mounting means are arranged to bias the fence section from said tilted position towards the starting position, and the feeding fence section (1, 1') comprises a plurality of passage openings for the heads of animals, wherein said passage openings are open at the top of the fence section for allowing the animals to insert and retract their heads from the top of the passage openings.
Method for operating an insulin pump with an uninterruptible power supply including a battery or rechargeable battery as first energy source for supplying electrical energy and a supercap as second energy source for bridging supply gaps from the first energy source; the method operating the insulin pump from the normal operating state with the energy sources (1, 2) charged to the state in which all of the energy sources (1, 2) are completely discharged, the method comprising the steps of: (a) during normal operation, providing serviceable power supply by the first energy source; (b) if the first energy source is removed from its compartment or if its state of charge is inadequate, providing insulin supply with the assistance of the second energy source and emitting a warning to the user, requesting the user to change the first energy source soon; (c) if the necessary change of the first energy source is delayed until the second energy source is approaching a discharged state, stopping the insulin pump and ceasing insulin supply; and (d) if the second energy source is discharged completely, the insulin pump switching itself off, and not allowing reset to normal operation until the first energy source has been replaced, and only once the second energy source is in the charged state again and after manual activation by the operator. (a) during normal operation, providing serviceable power supply by the first energy source; (b) if the first energy source is removed from its compartment or if its state of charge is inadequate, providing insulin supply with the assistance of the second energy source and emitting a warning to the user, requesting the user to change the first energy source soon; (c) if the necessary change of the first energy source is delayed until the second energy source is approaching a discharged state, stopping the insulin pump and ceasing insulin supply; and (d) if the second energy source is discharged completely, the insulin pump switching itself off, and not allowing reset to normal operation until the first energy source has been replaced, and only once the second energy source is in the charged state again and after manual activation by the operator.
Insecticide composition wherein the active ingredient comprises the combination of - thiamethoxam as synthetic insecticidal molecule, and - 3-[N-Butyl-N-acetyl]-aminopropionic acid, ethyl ester as synergistic agent, which is present at a molar ratio of said synergistic agent to thiamethoxam comprised between 0.001 and 0.2 in the composition. - thiamethoxam as synthetic insecticidal molecule, and - 3-[N-Butyl-N-acetyl]-aminopropionic acid, ethyl ester as synergistic agent, which is present at a molar ratio of said synergistic agent to thiamethoxam comprised between 0.001 and 0.2 in the composition.
A method of selecting perfume ingredients to be encapsulated to obtain an encapsulated perfume composition, comprising the steps of (i) determining the RECON-VOLTAE values of the perfume ingredients, wherein the RECON_VOLTAE value is the integral of the molecular iso-surface having an electron density equal to 0.002 e / a 0 3 wherein e is the dimension-less electron charge and a 0 is the Bohr radius of the hydrogen atom; and (ii) selecting the ingredients such that more than 70 wt % of the perfume ingredients have known RECON_VOLTAE values larger than about 1200 Bohr 3. (i) determining the RECON-VOLTAE values of the perfume ingredients, wherein the RECON_VOLTAE value is the integral of the molecular iso-surface having an electron density equal to 0.002 e / a 0 3 wherein e is the dimension-less electron charge and a 0 is the Bohr radius of the hydrogen atom; and (ii) selecting the ingredients such that more than 70 wt % of the perfume ingredients have known RECON_VOLTAE values larger than about 1200 Bohr 3.
A method of fracturing a formation surrounding a wellbore comprising the steps of: (i) providing a tubular including at least two portions, each portion comprising an annulus isolation means, a selective flow path between the interior and the exterior of the tubular and a throughbore isolation means; (ii) running the tubular into the wellbore; (iii) isolating an annulus between the exterior of the tubular and the wellbore to thereby create at least two isolated zones; (iv) selecting any zone to be fractured; (v) opening, such as remotely opening, the flow path in the portion of tubular corresponding to the selected zone; (vi) isolating, such as remotely isolating, the throughbore of the tubular by closing the throughbore isolation means in the portion of tubular corresponding to the selected zone; and (vii) fracturing at least part of the formation surrounding the well. (i) providing a tubular including at least two portions, each portion comprising an annulus isolation means, a selective flow path between the interior and the exterior of the tubular and a throughbore isolation means; (ii) running the tubular into the wellbore; (iii) isolating an annulus between the exterior of the tubular and the wellbore to thereby create at least two isolated zones; (iv) selecting any zone to be fractured; (v) opening, such as remotely opening, the flow path in the portion of tubular corresponding to the selected zone; (vi) isolating, such as remotely isolating, the throughbore of the tubular by closing the throughbore isolation means in the portion of tubular corresponding to the selected zone; and (vii) fracturing at least part of the formation surrounding the well.
Turbine engine, comprising two structural annular casings (16, 22) which are interconnected by means (40, 54) for absorbing thrust forces from the engine, which comprise connecting rods, characterised in that these means for absorbing thrust further comprise at least one accessory gearbox (40, 140, 240) which is fixed to a first of said casings and which is connected by said connecting rods to the other of said casings.