mhurhangee/ep-ind-claims huggingface dataset:
Method for laminating a substrate using a laminating unit (2, 20, 30, 102) which is fed the substrate and comprises at least a laminating cylinder and a counterpressure cylinder, the two cylinders (19, 8) together forming a laminating nip, wherein a laminating film is fed to the laminating nip and passed through the laminating nip together with the substrate, wherein in the laminating nip, the laminating film is transferred to the substrate under pressure, wherein the laminating film is provided on a carrier film that forms a compound film with the laminating film, the compound film provided on a supply reel, and wherein the laminating film is transported through the laminating nip together with the carrier film, is separated from the carrier film in the laminating nip, and is transferred to the surface of the substrate at least in sections, and wherein the used compound film is fed to a film collecting reel, characterized in that a layer of glue is applied at least to sections of the substrate and/or of the upper side of the laminating film before the respective one of the two is transported into the laminating nip, and that the laminating film is transferred at least from sections of the carrier film at least to sections of the surface of the substrate due to the adhesive force of the layer of glue, wherein before the compound film enters the laminating nip, the laminating film is cut crossways and/or longitudinally, causing a region of the laminating film that has thus been cut out to be transferred to the substrate.
An ophthalmic apparatus having regions of one or more base spherical powers and one or more cylinder powers that are added to the one or more base spherical power for correcting an astigmatism, the apparatus comprising two or more optical zones (904a,904b,1004a,1004b), wherein the two or more optical zones include: a first optical zone defined by a freeform-polynomial surface area coincident with one or more distinct cylinder powers, wherein the first freeform-polynomial surface area is defined as a mathematical expression comprising a combination of one or more polynomial expressions each having a distinct complex orders; and a second optical zone defined by a second freeform-polynomial surface region, wherein the second freeform-polynomial surface area is characterized and defined by a second polynomial, wherein the two or more optical zones are configured such that incident light is focused to a plurality of focus points (338,340) that are offset radially to one another thereby establishing a band of operational meridian for the apparatus to an intended correction meridian. wherein the two or more optical zones include: a first optical zone defined by a freeform-polynomial surface area coincident with one or more distinct cylinder powers, wherein the first freeform-polynomial surface area is defined as a mathematical expression comprising a combination of one or more polynomial expressions each having a distinct complex orders; and a second optical zone defined by a second freeform-polynomial surface region, wherein the second freeform-polynomial surface area is characterized and defined by a second polynomial, a first optical zone defined by a freeform-polynomial surface area coincident with one or more distinct cylinder powers, wherein the first freeform-polynomial surface area is defined as a mathematical expression comprising a combination of one or more polynomial expressions each having a distinct complex orders; and a second optical zone defined by a second freeform-polynomial surface region, wherein the second freeform-polynomial surface area is characterized and defined by a second polynomial, wherein the two or more optical zones are configured such that incident light is focused to a plurality of focus points (338,340) that are offset radially to one another thereby establishing a band of operational meridian for the apparatus to an intended correction meridian.
A data transmitting method applied with hybrid automatic repeat request, HARQ, for transmitting data from a data transmission side to a data reception side, wherein allocating, by the data transmission side, a process, which is a transmission unit of same data, to new transmission data, wherein the new transmission data is the same as the transmitting data or is an error correction code of the same data in a process same as the process until generation of another new transmission data, and transmitting, by the data transmission side, the new transmission data before receiving a delivery confirmation from the data reception side concerning the transmitting data, cyclically continuing, by the data transmission side, to transmit the new transmission data even when receiving a delivery confirmation, and allocating, by the data transmission side, when another new transmission data is generated, the process of the cyclically continued transmission to the other new transmission data and cyclically transmitting, by the data transmission side, the other new transmission data, and performing, by the data reception side, data combination by the HARQ using received data to normally receive data and detect a data error or data non-reception and monitoring, by the data reception side, a communication connection state with the data transmission side using the received data.
A cooking apparatus comprising: a bar-code reader operable to read a bar code; a control unit to perform a controlling operation of the cooking apparatus, characterised by further comprising an object-sensing unit to sense an object around the bar-code reader; and wherein the bar-code reader is turned on and enters a standby mode when an object is sensed by the object-sensing unit. a bar-code reader operable to read a bar code; a control unit to perform a controlling operation of the cooking apparatus, characterised by further comprising an object-sensing unit to sense an object around the bar-code reader; and wherein the bar-code reader is turned on and enters a standby mode when an object is sensed by the object-sensing unit.
A separator with an at least inwardly singly or doubly conical separator drum which is mounted rotatably at only one of its axial ends and which has a vertical axis of rotation and which, furthermore, has the following: a) only at its lower end or at its upper end, a rotary spindle for driving the separator drum, which rotary spindle is mounted oscillatingly about an articulation point, b) an inflow pipe for a product to be processed, c) at least two liquid outlets for a lighter phase and a heavier phase, the liquid outlet for the lighter phase being provided with a stripping disk, d) preferably, solid discharge ports in the region of its largest inner circumference, e) a separation plate stack arranged in the separator drum, characterized in that f) the liquid outlet of the heavier phase is followed outside the drum by a settable throttle device which has an annular disk and is designed for displacing the liquid radius R, up to which the heavy phase extends in the drum, by a variation in the outflow cross section for the heavy liquid phase, that is to say by throttling. a) only at its lower end or at its upper end, a rotary spindle for driving the separator drum, which rotary spindle is mounted oscillatingly about an articulation point, b) an inflow pipe for a product to be processed, c) at least two liquid outlets for a lighter phase and a heavier phase, the liquid outlet for the lighter phase being provided with a stripping disk, d) preferably, solid discharge ports in the region of its largest inner circumference, e) a separation plate stack arranged in the separator drum, f) the liquid outlet of the heavier phase is followed outside the drum by a settable throttle device which has an annular disk and is designed for displacing the liquid radius R, up to which the heavy phase extends in the drum, by a variation in the outflow cross section for the heavy liquid phase, that is to say by throttling.
A protein-nucleic acid conjugate, comprising a protein linked to a short docking strand that is capable of transiently binding to a complementary labeled imager strand, wherein said complementary labeled imager strand is a complementary fluorescently-labeled imager strand, and wherein said complementary fluorescently-labeled imager strand is 4 to 10 nucleotides in length.
Integrated optical component configured to ensure a propagation of a light beam between a first so-called internal light port and a second so-called external light port, the light beam having an optical axis, a first surface (S 1) taken transversally to the optical axis of the beam taken at the first light port, and a second surface (S') taken transversally to the optical axis of the beam taken at the second light port, such that the second surface (S') is of strictly greater size, and preferably at least three times greater than the first surface (S 1), said integrated optical component comprising a base optical component comprising said internal light port (21, 21a, 21b, 21c), the base optical component having a first face called lower face, and a second face called upper face, opposite the lower face, the internal light port being configured to emit or receive the light beam respectively divergently or convergently, along a path passing through the upper face of the base optical component, the integrated optical component further comprises a transparent layer disposed on the upper face of the base optical component, said transparent layer having a third face facing and parallel to the upper face of the base optical component, said transparent layer comprising the external light port at said third face, and in that the transparent layer comprises a flat mirror located at the third face and rotated facing the upper face of the base optical component, and the base optical component comprises a convergent mirror (22, 22a, 22b) rotated facing the third face of the transparent layer, said flat and convergent mirrors being arranged, such that the light beam is propagated between the internal light port and the external light port by passing through the transparent layer by reflection on the flat mirror and by reflection on the convergent mirror. the base optical component having a first face called lower face, and a second face called upper face, opposite the lower face, the internal light port being configured to emit or receive the light beam respectively divergently or convergently, along a path passing through the upper face of the base optical component, the integrated optical component further comprises a transparent layer disposed on the upper face of the base optical component, said transparent layer having a third face facing and parallel to the upper face of the base optical component, said transparent layer comprising the external light port at said third face, and in that the transparent layer comprises a flat mirror located at the third face and rotated facing the upper face of the base optical component, and the base optical component comprises a convergent mirror (22, 22a, 22b) rotated facing the third face of the transparent layer, said flat and convergent mirrors being arranged, such that the light beam is propagated between the internal light port and the external light port by passing through the transparent layer by reflection on the flat mirror and by reflection on the convergent mirror.
A method for producing a polylactic acid block copolymer characterized in that (i) ring-opening polymerization of D-lactide (D component) is carried out in the presence of poly-L-lactic acid (L component) at 170 to 230°C, or (ii) ring-opening polymerization of L-lactide (L component) is carried out in the presence of poly-D-lactic acid (D component) at 170 to 230°C, and mass ratio of said D component and said L component is the D component / the L component = 60/40 to 91/9, or the L component / the D component = 60/40 to 91/9; wherein said poly-L-lactic acid is one obtained by ring-opening polymerization of L-lactide, and by subsequent removal of excess lactide, and said poly-D-lactic acid is one obtained by ring-opening polymerization of D-lactide, and by subsequent removal of excess lactide; and wherein said removal of the excess lactide is carried out by reducing pressure inside a reaction system.
A filter production machine for the tobacco processing industry with a filter rod machine and a filter tow preparation machine or a filter segment assembling machine for multi-segment filters, a slide-in device being provided, which is fitted between the filter rod machine and the filter tow preparation machine or the filter rod machine and the filter segment assembling machine, characterised in that the slide-in device comprises a supply unit and a processing unit, wherein the processing unit is detachably connectable to the supply unit.
A method for manufacturing an aerogel-containing composite, said method comprising the steps of: providing mineral fibres in an amount of from 24 to 80 wt % of the total weight of starting materials, providing an aerogel particulate material in an amount of from 10 to 75 wt % of the total weight of starting materials, providing a binder in an amount of from 1 to 30 wt % of the total weight of starting materials, suspending the fibres in a primary air flow and suspending the aerogel particulate material in the primary air flow, thereby mixing the suspended aerogel particulate material with the suspended fibres, mixing the binder with the mineral fibres and/or aerogel particulate material before, during or after mixing of the fibres with the aerogel particulate material, collecting the mixture of mineral fibres, aerogel particulate material and binder and pressing and curing the mixture to provide a consolidated composite with a density of from 120 kg/m 3 to 800 kg/m 3, such as 150 kg/m 3 to 800 kg/m 3, wherein the mineral fibres are provided in the form of a collected web and the method further comprises subjecting the collected web of fibres to a disentanglement process. providing mineral fibres in an amount of from 24 to 80 wt % of the total weight of starting materials, providing an aerogel particulate material in an amount of from 10 to 75 wt % of the total weight of starting materials, providing a binder in an amount of from 1 to 30 wt % of the total weight of starting materials, suspending the fibres in a primary air flow and suspending the aerogel particulate material in the primary air flow, thereby mixing the suspended aerogel particulate material with the suspended fibres, mixing the binder with the mineral fibres and/or aerogel particulate material before, during or after mixing of the fibres with the aerogel particulate material, collecting the mixture of mineral fibres, aerogel particulate material and binder and pressing and curing the mixture to provide a consolidated composite with a density of from 120 kg/m 3 to 800 kg/m 3, such as 150 kg/m 3 to 800 kg/m 3, wherein the mineral fibres are provided in the form of a collected web and the method further comprises subjecting the collected web of fibres to a disentanglement process.
A connecting element for a patient interface, wherein the connecting element comprises two straps for connecting to the patient interface, wherein the straps comprise a beginning and an end, wherein at least three inflection points (32, 34, 36) lie between the beginning and the end and at least four portions (31, 33, 35, 37) lie between the beginning, the at least three inflection points (32, 34, 36), and the end, wherein the connecting element also comprises two separate behind-the-ear elements, each for coupling to one of the two straps, wherein the behind-the-ear elements are arranged on and/or behind the ear in a use state, wherein a coupling system adjacent to the beginning is configured and designed to couple the strap to the patient interface, wherein an end portion is arranged adjacent to the end, to which end portion the respective behind-the-ear element can be coupled, wherein the behind-the-ear elements each comprise at least one retaining element, each of which can be coupled to the end portion of one of the two straps, characterized in that the retaining elements are designed as a hollow body with a lumen, into which the end portion of the respective strap is placed for coupling at at least one position, wherein the retaining elements are coupled in a displaceable manner at any positions of the respective end portions and the length of the connecting element can thereby be adjusted.
An aerosol generating article for use in an aerosol generating assembly, the article comprising an aerosol generating substrate comprising an aerosol generating material, the aerosol generating material comprising an amorphous solid, wherein the amorphous solid comprises an aerosol generating agent selected from erythritol, propylene glycol, glycerol and mixtures thereof, gelling agent and one or more flavourants comprising menthol, the one or more flavourants being present in an amount of from 10wt% to 60wt% of the amorphous solid by dry weight, and wherein the amorphous solid comprises from about 1wt% to about 15wt% water, calculated on a wet weight basis.
A skin anti-ageing composition, preferably a topical or oral composition, wherein the composition comprises myricetin or glycoside thereof, and at least one LXR alpha agonist selected from the group consisting of stigmasterol, desmosterol, brassicasterol, and mixtures thereof.
Pneumatic vehicle tyre having a belt pack which has at least one first and one second working ply (8a, 8b), wherein the first and the second working ply (8a, 8b) are composed of strengthening members composed of steel which are embedded in rubber material and which are arranged substantially parallel to and spaced apart from one another, wherein the strengthening members of the first working ply are arranged so as to criss-cross the strengthening members of the second working ply, and wherein the first working ply is arranged radially at the inside in relation to the second working ply, wherein the strengthening members of the second working ply have a greater breaking strength and/or greater breaking energy than the strengthening members of the first working ply, characterized in that the strengthening members of the first working ply are monofilaments of the construction 1x0.30 HT at 110 epdm, and in that the strengthening members of the second working ply are cords of the construction 2x0.30 HT at 80 epdm.
The process for producing a pyridone compound of the formula: wherein R is defined below; which comprises reacting an amide compound of the formula: wherein R represents a phenyl which is optionally substituted by at least one substituent selected from the group consisting of a halogen atom, C1-C4 alkyl, C1-C4 alkoxy, nitro, cyano, and 5-6 membered heterocyclic radical; with at least one compound selected from the group consisting of 3-alkoxypropenal of the formula, 3,3-dialkoxypropanal of the formula, 1,3,3-trialkoxy-1-propene of the formula, 1,1,3,3-tetraalkoxypropane of the formula, and malonaldehyde: wherein R 9 represents C1-C3 alkyl; wherein R 9 represents C1-C3 alkyl; in the presence of a protonic acid.
A method for preparing a powdered vancomycin pharmaceutical formulation for injection, the method comprising: providing a solution comprising vancomycin HCl, polyethylene glycol and one of mannitol and citrate buffer; and spray drying the solution to form a powder that can be reconstituted and administered by IV infusion. providing a solution comprising vancomycin HCl, polyethylene glycol and one of mannitol and citrate buffer; and spray drying the solution to form a powder that can be reconstituted and administered by IV infusion.
A sole structure for an article of footwear, comprising: an outer sole component formed of a first mold material, the outer sole component having an exposed surface configured to engage a ground surface and an interior surface opposite the exposed surface; and a flex modifier component having a generally rectangular shaped body having a first width and an extended portion having a second width, wherein the second width is less than the first width, the flex modifier component being formed of a fiber material and a second mold material, the flex modifier component being co-molded with the outer sole component so that an upper surface of the flex modifier component is substantially continuous or flush with the interior surface of the outer sole component. an outer sole component formed of a first mold material, the outer sole component having an exposed surface configured to engage a ground surface and an interior surface opposite the exposed surface; and a flex modifier component having a generally rectangular shaped body having a first width and an extended portion having a second width, wherein the second width is less than the first width, the flex modifier component being formed of a fiber material and a second mold material, the flex modifier component being co-molded with the outer sole component so that an upper surface of the flex modifier component is substantially continuous or flush with the interior surface of the outer sole component.
A working vehicle comprising: - a traveling vehicle body configured to travel in accordance with either manual steering with a steering handle or auto steering to the steering handle based on a scheduled traveling line; - a steering device configured to perform the manual steering and to perform the auto steering and having the steering handle; - a receiver device provided to the traveling vehicle body and configured to receive a signal of a positioning satellite; - an inertia measurement unit configured to measure inertia of the traveling vehicle body; - an auto steering mechanism configured to automatically steer the steering handle based on the signal received by the receiver device and the inertia measured by the inertia measurement unit; characterized in that the working vehicle further comprises: - an anti-vibration member configured to suppress vibration of the inertia measurement unit; and - a support member supporting the inertia measurement unit on the traveling vehicle body with the anti-vibration member. - a traveling vehicle body configured to travel in accordance with either manual steering with a steering handle or auto steering to the steering handle based on a scheduled traveling line; - a steering device configured to perform the manual steering and to perform the auto steering and having the steering handle; - a receiver device provided to the traveling vehicle body and configured to receive a signal of a positioning satellite; - an inertia measurement unit configured to measure inertia of the traveling vehicle body; - an auto steering mechanism configured to automatically steer the steering handle based on the signal received by the receiver device and the inertia measured by the inertia measurement unit; - an anti-vibration member configured to suppress vibration of the inertia measurement unit; and - a support member supporting the inertia measurement unit on the traveling vehicle body with the anti-vibration member.