mhurhangee/ep-ind-claims huggingface dataset:
Coating material for coating a printing plate, comprising - a fluid source material which can be polymerised by UV light in order to form a polymer matrix; and - a filler substance, which is of sub-microscale size; - wherein - in addition to the sub-microscale filling substance, the coating material contains a further filling substance; - wherein further - the sub-microscale filling substance is present in particle form, and its size lies in a range between 100 nm and 999 nm; - the further filling substance is a nanoscale filling substance, in such a way that the further filling substance comprises filling substance particles of a nanoscale size in a range between 1 nm and 99 nm; - the sub-microscale filling substance consists of at least one metal oxide and/or a semimetal oxide, selected from metal oxide-coated mica, TiO 2 or (Sn, Sb)O 2; - the nanoscale filling substance is a metal oxide and/or semimetal oxide, selected from Al 2 O 3, SiO 2, TiO 2, ZrO 2, or metal organic particles; wherein - the sub-microscale filling substance can be covalently bonded into a polymer matrix of the source material; - the nanoscale filling substance is contained in order to increase the wear resistance, which can be covalently bonded into the polymer matrix of the source material; and - by means of the sub-microscale filling substance, an absorption of IR radiation can be incurred in the source material which is higher than an absorption without filling substance. - a fluid source material which can be polymerised by UV light in order to form a polymer matrix; and - a filler substance, which is of sub-microscale size; - wherein - in addition to the sub-microscale filling substance, the coating material contains a further filling substance; - wherein further - the sub-microscale filling substance is present in particle form, and its size lies in a range between 100 nm and 999 nm; - the further filling substance is a nanoscale filling substance, in such a way that the further filling substance comprises filling substance particles of a nanoscale size in a range between 1 nm and 99 nm; - the sub-microscale filling substance consists of at least one metal oxide and/or a semimetal oxide, selected from metal oxide-coated mica, TiO 2 or (Sn, Sb)O 2; - the nanoscale filling substance is a metal oxide and/or semimetal oxide, selected from Al 2 O 3, SiO 2, TiO 2, ZrO 2, or metal organic particles; wherein - the sub-microscale filling substance can be covalently bonded into a polymer matrix of the source material; - the nanoscale filling substance is contained in order to increase the wear resistance, which can be covalently bonded into the polymer matrix of the source material; and - by means of the sub-microscale filling substance, an absorption of IR radiation can be incurred in the source material which is higher than an absorption without filling substance.
A spark plug comprising: a center electrode; an insulator provided around the center electrode; a metallic shell provided around the insulator; and a ground electrode which is provided such that one end thereof is bonded to the metallic shell, and the other end faces the center electrode, wherein at least one of the center electrode and the ground electrode has thereon an intermediate member which connects the center electrode or the ground electrode to a noble metal tip (70, 90); the intermediate member has a tip-bonding portion to which the noble metal tip (70, 90) is bonded, and an electrode-bonding portion which is adjacent to the tip-bonding portion, which has a diameter greater than that of the tip-bonding portion, and which is bonded to the center electrode or the ground electrode; the intermediate member contains nickel (Ni) as a main component, and also contains chromium (Cr) in an amount of 15 to 25 wt.%; and the intermediate member contains, in a surface portion thereof, silicon (Si) in an amount per unit volume of 0.04 mg/mm 3 to 0.12 mg/mm 3, and aluminum (Al) in an amount per unit volume of 0.03 mg/mm 3 to 0.10 mg/mm 3; characterized in that the following relation is satisfied: 2.5 ≤ Se/St; wherein Se represents the area of a region formed by projection of the electrode-bonding portion on an imaginary plane parallel to a bonding surface between the electrode-bonding portion and the center electrode or the ground electrode, and St represents the transverse cross-sectional area of the tip-bonding portion. a center electrode; an insulator provided around the center electrode; a metallic shell provided around the insulator; and a ground electrode which is provided such that one end thereof is bonded to the metallic shell, and the other end faces the center electrode, wherein at least one of the center electrode and the ground electrode has thereon an intermediate member which connects the center electrode or the ground electrode to a noble metal tip (70, 90); the intermediate member has a tip-bonding portion to which the noble metal tip (70, 90) is bonded, and an electrode-bonding portion which is adjacent to the tip-bonding portion, which has a diameter greater than that of the tip-bonding portion, and which is bonded to the center electrode or the ground electrode; the intermediate member contains nickel (Ni) as a main component, and also contains chromium (Cr) in an amount of 15 to 25 wt.%; and the intermediate member contains, in a surface portion thereof, silicon (Si) in an amount per unit volume of 0.04 mg/mm 3 to 0.12 mg/mm 3, and aluminum (Al) in an amount per unit volume of 0.03 mg/mm 3 to 0.10 mg/mm 3; characterized in that the following relation is satisfied: 2.5 ≤ Se/St; wherein Se represents the area of a region formed by projection of the electrode-bonding portion on an imaginary plane parallel to a bonding surface between the electrode-bonding portion and the center electrode or the ground electrode, and St represents the transverse cross-sectional area of the tip-bonding portion.
A combination medicament for use in treating or preventing a cancer in which an ALK inhibitor and a VEGF inhibitor are combined, wherein the cancer is positive for an ALK fusion gene, wherein the ALK inhibitor is a compound of formula or a salt thereof: and wherein the VEGF inhibitor is bevacizumab.
A labeling sleeve produced from at least one film or sheath made of stretchable plastic material, having a tubular shape delimited by an end edge (1 1) and an engagement edge (1 2) from which the sleeve can be threaded, by stretching, around at least one item by means of a gripping system acting on a gripping border delimited from the engagement edge (1 2), the sleeve having a perimeter slightly smaller than the perimeter of the item to elastically fit around the item characterized in that it includes a line of weakness arranged from the end edge (1 1) and in the direction of the engagement edge (1 2), the gripping border not including a line of weakness, the line of weakness including a variable resistance such that, on the one hand, the gripping border has a resistance adapted to withstand the stretching force during the operation of threading the sleeve around the item and, on the other hand, the sleeve has, from the end edge (1 1), a resistance lower than the resistance of the gripping border to allow easy opening of the sleeve by manual force.
A mobile communication device having a plurality of operational statuses, said device comprising: a housing; a processor configured to: execute a first persona that includes a first virtualized operating system and a first trusted execution environment that has direct access to a first hardware trust anchor; and execute a second persona that includes a second virtualized operating system and a second trusted execution environment that has direct access to a second hardware trust anchor; an input device coupled to said housing, wherein actuating said input device enables a user to transition a focus of the mobile communication device between the first and second personas; and an indicator (19,21) coupled in communication with said input device and configured to provide feedback to the user based on the operational status of the mobile communication device, wherein said indicator is indicative of the persona in focus, and wherein said input device and said indicator (19, 21) are isolated in hardware such that said input device and said indicator (19, 21) are inaccessible from untrusted code running on the mobile communication device. a housing; a processor configured to: execute a first persona that includes a first virtualized operating system and a first trusted execution environment that has direct access to a first hardware trust anchor; and execute a second persona that includes a second virtualized operating system and a second trusted execution environment that has direct access to a second hardware trust anchor; execute a first persona that includes a first virtualized operating system and a first trusted execution environment that has direct access to a first hardware trust anchor; and execute a second persona that includes a second virtualized operating system and a second trusted execution environment that has direct access to a second hardware trust anchor; an input device coupled to said housing, wherein actuating said input device enables a user to transition a focus of the mobile communication device between the first and second personas; and an indicator (19,21) coupled in communication with said input device and configured to provide feedback to the user based on the operational status of the mobile communication device, wherein said indicator is indicative of the persona in focus, and wherein said input device and said indicator (19, 21) are isolated in hardware such that said input device and said indicator (19, 21) are inaccessible from untrusted code running on the mobile communication device.
A liquid or gel composition for generating antimicrobial activity, which comprises: a purified enzyme that is able to convert a substrate to release hydrogen peroxide; a purified substrate for the enzyme; a solute in the form of a sugar having a solubility of at least 100g/100g water at 20°C and 1 atm, preferably at least 300g/100g water; and a polymer, wherein the composition has a water activity less than 0.6 and substantially no hydrogen peroxide, and wherein the composition does not comprise honey. a purified enzyme that is able to convert a substrate to release hydrogen peroxide; a purified substrate for the enzyme; a solute in the form of a sugar having a solubility of at least 100g/100g water at 20°C and 1 atm, preferably at least 300g/100g water; and a polymer, wherein the composition has a water activity less than 0.6 and substantially no hydrogen peroxide, and wherein the composition does not comprise honey.
Vehicle for children comprising a vehicle body on which are mounted - a front wheel and at least one rear wheel, - a steering sub-assembly comprising a steering column linked to the front wheel and a handlebar, - a seat configured to accommodate a child, - a safety element configured to surround at least a first area of the child's body when it is installed on the seat, characterized in that the handlebar being removable between: - a first configuration in which the handlebar is remote from the safety element, and - a second configuration in which the handlebar is close to the safety element and surrounds a second area of the child's body. - a front wheel and at least one rear wheel, - a steering sub-assembly comprising a steering column linked to the front wheel and a handlebar, - a seat configured to accommodate a child, - a safety element configured to surround at least a first area of the child's body when it is installed on the seat, - a first configuration in which the handlebar is remote from the safety element, and - a second configuration in which the handlebar is close to the safety element and surrounds a second area of the child's body.
A multi-layered tissue web comprising a first fibrous layer and a second fibrous layer, wherein the first fibrous layer comprises wood fibers and the second fibrous layer comprises wood and cotton fibers, wherein the amount of cotton fibers is from 1 to 20 percent, by weight of the second layer.
A circuit, comprising: - a plurality of nanowire transistors, including a first vertical nanowire transistor and a second vertical nanowire transistor disposed vertically relative to a surface of a substrate, the first vertical nanowire transistor having a first vertical channel comprising a first set of vertical nanowires arranged in parallel and having at least two members, the second vertical nanowire transistor having a second vertical channel comprising a second set of vertical nanowires arranged in parallel and having at least two members; - a vertical nanowire interconnect disposed vertically relative to the surface of the substrate; and - a horizontal connector island connecting a first terminal of the vertical nanowires in the first set of vertical nanowires in the first vertical nanowire transistor to the vertical nanowire interconnect, the horizontal connector island disposed horizontally relative to the surface of the substrate, beneath the first vertical nanowire transistor, and insulated from the substrate; - wherein the vertical nanowire interconnect comprises a set of nanowires having at least two members connected in parallel, the set of nanowires in the vertical nanowire interconnect being connected in parallel between a source region of the first vertical nanowire transistor and a horizontal drain conductor of the second vertical nanowire transistor, - wherein at least the first and second vertical nanowire transistors (333, 334) in the plurality are electrically in series via at least the vertical nanowire interconnect. - a plurality of nanowire transistors, including a first vertical nanowire transistor and a second vertical nanowire transistor disposed vertically relative to a surface of a substrate, the first vertical nanowire transistor having a first vertical channel comprising a first set of vertical nanowires arranged in parallel and having at least two members, the second vertical nanowire transistor having a second vertical channel comprising a second set of vertical nanowires arranged in parallel and having at least two members; - a vertical nanowire interconnect disposed vertically relative to the surface of the substrate; and - a horizontal connector island connecting a first terminal of the vertical nanowires in the first set of vertical nanowires in the first vertical nanowire transistor to the vertical nanowire interconnect, the horizontal connector island disposed horizontally relative to the surface of the substrate, beneath the first vertical nanowire transistor, and insulated from the substrate; - wherein the vertical nanowire interconnect comprises a set of nanowires having at least two members connected in parallel, the set of nanowires in the vertical nanowire interconnect being connected in parallel between a source region of the first vertical nanowire transistor and a horizontal drain conductor of the second vertical nanowire transistor, - wherein at least the first and second vertical nanowire transistors (333, 334) in the plurality are electrically in series via at least the vertical nanowire interconnect.
An offshore drilling system comprising: a. drilling rig having a deck, b. a cantilever, which is mounted on the drilling rig so as to allow for a first movement in a first direction and a second movement in a second direction with the cantilever projecting partly outside the drilling rig, c. a tower mounted on the cantilever, d. a supporting cart disposed between the cantilever and the drilling rig, preferably the deck of the drilling rig, characterized in that the first movement is a translational movement and by means of the supporting cart the second movement is a rotational movement. a. drilling rig having a deck, b. a cantilever, which is mounted on the drilling rig so as to allow for a first movement in a first direction and a second movement in a second direction with the cantilever projecting partly outside the drilling rig, c. a tower mounted on the cantilever, d. a supporting cart disposed between the cantilever and the drilling rig, preferably the deck of the drilling rig,
A method of processing 360-degree video data, comprising: obtaining 2-dimensional video data captured by an omnidirectional camera, wherein the 2-dimensional video data includes an image of a scene, and wherein, in the image, the scene has been warped into a circular region of the image; mapping the image to a 3-dimensional hemispherical representation, wherein mapping the image includes mapping pixels in the circular region of the image to corresponding locations on the 3-dimensional hemispherical representation, wherein mapping the image corrects the warping of the scene by determining coordinates for a pixel in the 2-dimensional image using an adjusted radial value, and wherein the adjusted radial value corresponds to the non-linearity of the warping and using the determined coordinates in the mapping; wherein the video data is obtained from an encoded bitstream, wherein the encoded bitstream includes one or more parameters that describe the warping, and wherein mapping the image includes using the one or more parameters; and using the 3-dimensional hemispherical representation in a 360-degree video presentation. obtaining 2-dimensional video data captured by an omnidirectional camera, wherein the 2-dimensional video data includes an image of a scene, and wherein, in the image, the scene has been warped into a circular region of the image; mapping the image to a 3-dimensional hemispherical representation, wherein mapping the image includes mapping pixels in the circular region of the image to corresponding locations on the 3-dimensional hemispherical representation, wherein mapping the image corrects the warping of the scene by determining coordinates for a pixel in the 2-dimensional image using an adjusted radial value, and wherein the adjusted radial value corresponds to the non-linearity of the warping and using the determined coordinates in the mapping; wherein the video data is obtained from an encoded bitstream, wherein the encoded bitstream includes one or more parameters that describe the warping, and wherein mapping the image includes using the one or more parameters; and using the 3-dimensional hemispherical representation in a 360-degree video presentation.
A method for removing Influenza Nuclear Protein from a preparation comprising influenza virus proteins of interest including hemagglutinin, the method comprising the steps of: a. splitting an influenza virus preparation derived from cell culture or eggs, b. adding caprylic acid to the virus preparation, wherein the caprylic acid is present at a concentration of 25 mM - 500 mM, such that no substantial precipitation of proteins or DNA occurs, and c. processing the virus preparation through an anion exchange matrix, wherein the membrane is Sartobind Q or wherein the resin is Fractogel TMAE, whereby the nuclear protein is bound to the anion exchange matrix. a. splitting an influenza virus preparation derived from cell culture or eggs, b. adding caprylic acid to the virus preparation, wherein the caprylic acid is present at a concentration of 25 mM - 500 mM, such that no substantial precipitation of proteins or DNA occurs, and c. processing the virus preparation through an anion exchange matrix, wherein the membrane is Sartobind Q or wherein the resin is Fractogel TMAE, whereby the nuclear protein is bound to the anion exchange matrix.
A thermal bonding method comprising: placing alternating film fill sheets (Type A; Type B) on a stack; heating a hemispherical bonding tip to a melting point of the fill sheet; plunging the bonding tip vertically onto a bond site on the fill sheet; waiting a specified amount of time for the tip to melt into the fill sheet to a specified depth; providing a pulse of air through the bonding tip that pushes the melted sheets together; and removing the bonding tip from the joint. placing alternating film fill sheets (Type A; Type B) on a stack; heating a hemispherical bonding tip to a melting point of the fill sheet; plunging the bonding tip vertically onto a bond site on the fill sheet; waiting a specified amount of time for the tip to melt into the fill sheet to a specified depth; providing a pulse of air through the bonding tip that pushes the melted sheets together; and removing the bonding tip from the joint.
A photovoltaic assembly, comprising: an electrochromic insulated glazing unit having a length and a width and including a variably transmissive glazing; and a photovoltaic module attached to an exterior face portion of the electrochromic insulated glazing unit and electrically coupled to the variably transmissive glazing, wherein the photovoltaic module has a length that is smaller than a distance between a first end and an opposing second end of the electrochromic insulated glazing unit, the distance between the first end and the opposing second end of the electrochromic insulated glazing unit corresponding to the length or to the width of the electrochromic insulated glazing unit, and characterised in that a trim is disposed to fill a remaining space between the photovoltaic module and one of the first and second ends of the electrochromic insulated glazing unit, wherein the trim is made from extruded plastic or metal and has a color that matches the color of the photovoltaic module and either another trim is disposed between the photovoltaic module and the other end of the electrochromic insulated glazing unit, or the photovoltaic module is aligned with one of the first and second ends of the electrochromic insulated glazing unit and the trim is disposed at the opposite other end of the electrochromic insulated glazing unit. an electrochromic insulated glazing unit having a length and a width and including a variably transmissive glazing; and a photovoltaic module attached to an exterior face portion of the electrochromic insulated glazing unit and electrically coupled to the variably transmissive glazing, wherein the photovoltaic module has a length that is smaller than a distance between a first end and an opposing second end of the electrochromic insulated glazing unit, the distance between the first end and the opposing second end of the electrochromic insulated glazing unit corresponding to the length or to the width of the electrochromic insulated glazing unit, and characterised in that a trim is disposed to fill a remaining space between the photovoltaic module and one of the first and second ends of the electrochromic insulated glazing unit, wherein the trim is made from extruded plastic or metal and has a color that matches the color of the photovoltaic module and either another trim is disposed between the photovoltaic module and the other end of the electrochromic insulated glazing unit, or the photovoltaic module is aligned with one of the first and second ends of the electrochromic insulated glazing unit and the trim is disposed at the opposite other end of the electrochromic insulated glazing unit.
A method of making methacrylic acid, or a salt thereof, by subjecting a starting material comprising an acid selected from the group consisting of itaconic acid, citraconic acid, mesaconic acid, citric acid, aconitic acid, isocitric acid and mixtures thereof, to contact with 0.1 eq. to 3.0 eq. of a base, at a temperature of 150°C to 350°C, under the influence of a transition metal-containing catalyst.