mhurhangee/ep-ind-claims huggingface dataset:
A method of transferring a digital image onto a photopolymer printing plate by creating a relief printing form, said method comprising the steps of: providing a photocurable printing plate blank including an uncured photocurable layer and an ablatable mask layer; laser ablating the mask layer to form openings in the same and creating an ablated mask layer corresponding to the image; placing the photocurable printing plate blank in a chamber defined by side walls (64, 65) and a removable top made of a UV transparent material; subjecting exposed portions of the uncured photocurable layer to a reduced oxygen environment by the introduction from a tank of an inert gas heavier than oxygen to the air surrounding the printing plate blank inside the chamber with the top removed to allow the displaced oxygen to escape; placing the top over the walls to seal the chamber; exposing the photocurable printing plate blank including the ablated mask layer and the exposed portions of the photocurable layer to a flood of actinic radiation, the actinic radiation passing through the openings in the ablated mask layer to cure the exposed portions of the photocurable layer; and removing the ablated mask layer and uncured portions of the photocurable layer to create a relief image formed by a series of pedestals that reproduce the image. providing a photocurable printing plate blank including an uncured photocurable layer and an ablatable mask layer; laser ablating the mask layer to form openings in the same and creating an ablated mask layer corresponding to the image; placing the photocurable printing plate blank in a chamber defined by side walls (64, 65) and a removable top made of a UV transparent material; subjecting exposed portions of the uncured photocurable layer to a reduced oxygen environment by the introduction from a tank of an inert gas heavier than oxygen to the air surrounding the printing plate blank inside the chamber with the top removed to allow the displaced oxygen to escape; placing the top over the walls to seal the chamber; exposing the photocurable printing plate blank including the ablated mask layer and the exposed portions of the photocurable layer to a flood of actinic radiation, the actinic radiation passing through the openings in the ablated mask layer to cure the exposed portions of the photocurable layer; and removing the ablated mask layer and uncured portions of the photocurable layer to create a relief image formed by a series of pedestals that reproduce the image.
Wind stop device for a convertible vehicle comprising a flat material and a frame (50, 80, 82, 100) accommodating the flat material as well as holding it tensioned in a mounting surface, characterized in that the flat material is formed from a flat material consisting of fibres with a fibre structure, said flat material being tensioned in the mounting surface due to heating to a conversion temperature above an operating temperature, said fibre structure automatically generating the tension in at least one direction of extension (A1, A2) located in the mounting surface during heating to the conversion temperature, and that the flat material is a woven or knitted material consisting of these fibres.
A dose setting mechanism for a drug delivery device, said mechanism comprising: a driver; a clicker; an outer housing; an inner housing having an external groove provided along an external surface of the inner housing and an internal helical spline, said inner housing configured to guide said driver to dispense a dose set by said dose setting mechanism; and a dial sleeve which is a number sleeve disposed between said outer housing and said inner housing, wherein a groove guide provided on an inner surface of the number sleeve is rotatably engaged with said external groove of said inner housing; wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing; wherein the clicker comprises a plurality of splines which splines are configured to be splined to an inner surface of the inner housing, characterized in that the clicker is axially secured to said driver and in that the clicker is configured to rotate during a dose setting step. a driver; a clicker; an outer housing; an inner housing having an external groove provided along an external surface of the inner housing and an internal helical spline, said inner housing configured to guide said driver to dispense a dose set by said dose setting mechanism; and a dial sleeve which is a number sleeve disposed between said outer housing and said inner housing, wherein a groove guide provided on an inner surface of the number sleeve is rotatably engaged with said external groove of said inner housing; wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing; wherein the clicker comprises a plurality of splines which splines are configured to be splined to an inner surface of the inner housing, characterized in that the clicker is axially secured to said driver and in that the clicker is configured to rotate during a dose setting step.
A stopper for a container with a lid portion, which is connected to a peripheral wall engaging around the container opening, with a ring integrally formed on the lid portion with an outer, peripheral annular bead for clamping engagement in the container opening and with a tamper evident ring, which has a free edge and a connected edge opposite to it, which is connected to the peripheral wall by means of a plurality of connecting webs spaced apart in the peripheral direction, wherein integrally formed between the connecting webs are projections of wedge-shaped cross-section, which engage beneath an outer peripheral projection on the container of reverse wedge-shaped cross-section in the fastened position for tamper security of the container content, wherein the tamper evident ring has a cut-out, starting from its free edge, dividing the wall of the tamper evident ring between two adjacent, wedge-shaped projections, at least over a proportion of its breadth (b) so that one may engage beneath the tamper evident ring, constituting a tear-off tab, at the cut-out, characterised in that formed adjacent the cut-out in the wall of the tamper evident ring there is a notch extending obliquely towards the free edge, whereby formed adjacent the cut-out there is a gripping section, which may be readily folded out.
Active space telescope which is intended to be mounted on a satellite and which comprises: at least one mirror, a mechanism which is for controlling the mirror in accordance with at least three degrees of freedom and which comprises actuators and a support which is fixed to the actuators, an interface for fixing the mirror to the control mechanism, characterised in that the interface is a suspension system having a predetermined rigidity which enables dynamic movements of the mirror relative to the control mechanism, and in that the telescope further comprises means for limiting these dynamic movements in the form of resilient stops and means for cooperating with these resilient stops, regardless of the direction and the sense of the dynamic movements. at least one mirror, a mechanism which is for controlling the mirror in accordance with at least three degrees of freedom and which comprises actuators and a support which is fixed to the actuators, an interface for fixing the mirror to the control mechanism, characterised in that the interface is a suspension system having a predetermined rigidity which enables dynamic movements of the mirror relative to the control mechanism, and in that the telescope further comprises means for limiting these dynamic movements in the form of resilient stops and means for cooperating with these resilient stops, regardless of the direction and the sense of the dynamic movements.
A method for separation of one or more potato proteins from a group of impurities in an aqueous solution, comprising; a. providing an aqueous solution comprising the one or more potato proteins and a group of impurities b. optionally subjecting the aqueous solution to a pretreatment to clarify and remove suspended non-soluble matter c. precipitating the one or more potato proteins to create a suspension of precipitated potato protein in the solution containing impurities d. subjecting the suspension to a membrane filtration process wherein at least one member of the group of impurities passes the membrane as a permeate and the one or more precipitated potato proteins are concentrated in the retentate e. optionally diafiltering the retentate with one or more solvents to further remove impurities into the permeate f. optionally re-solubilizing the precipitated one or more potato proteins g. optionally separating the group of impurities in said permeate into at least two individual fractions a. providing an aqueous solution comprising the one or more potato proteins and a group of impurities b. optionally subjecting the aqueous solution to a pretreatment to clarify and remove suspended non-soluble matter c. precipitating the one or more potato proteins to create a suspension of precipitated potato protein in the solution containing impurities d. subjecting the suspension to a membrane filtration process wherein at least one member of the group of impurities passes the membrane as a permeate and the one or more precipitated potato proteins are concentrated in the retentate e. optionally diafiltering the retentate with one or more solvents to further remove impurities into the permeate f. optionally re-solubilizing the precipitated one or more potato proteins g. optionally separating the group of impurities in said permeate into at least two individual fractions
An article of footwear, comprising: a midsole component having an inner surface and an outer surface; the midsole component including a plurality of holes arranged in an auxetic configuration in the outer surface; wherein the plurality of holes includes a first hole and a second hole; wherein the first hole is a through hole, the first hole extending from the outer surface to the inner surface; and wherein the second hole is a blind hole. a midsole component having an inner surface and an outer surface; the midsole component including a plurality of holes arranged in an auxetic configuration in the outer surface; wherein the plurality of holes includes a first hole and a second hole; wherein the first hole is a through hole, the first hole extending from the outer surface to the inner surface; and wherein the second hole is a blind hole.
A proton conducting polymer electrolyte comprised of a sulfonated polyphenyl compound having a plurality of repeating units, wherein two or more sulfonic groups are introduced on average into one repeating unit, wherein the sulfonated polyphenyl compound is selected from the following group: wherein n is such a value that the weight average molecular weight M w of the polyphenyl compound in terms of polystyrene measured by gel permeation chromatography is in the range of 5,000 to 500,000.
Optoelectronic sensor having an optomechanical arrangement (22, 102) for emitting, receiving or deflecting light beams (16, 24), having an adjustment mechanism for adjusting the optomechanical arrangement, the adjustment mechanism having a first adjustment element (104; 204) which cooperates with a second adjustment element (106; 206), wherein a relative displacement (40; 140) of the two adjustment elements (104, 106; 204, 206) with respect to one another is effected by rotating the first adjustment element (104; 204), characterised in that the first adjustment element (104; 204) has a first thread (110; 210) with a first pitch and a second thread (112; 212) with a different pitch, the second thread (112; 212) lying on the same axis as the first thread (110; 210), so that the first adjustment element (104; 204) is designed in the manner of a threaded rod with different threads and the first and second threads (110, 112; 210, 212) lie one behind the other on the axis in the displacement direction (40; 140), and in that the second adjustment element (106; 206) has a driver (114; 220, 222) which engages in the thread (110; 210) with a larger pitch for coarse adjustment of the optomechanical arrangement (22, 102) and engages in the thread (112; 212) with a smaller pitch for fine adjustment. characterised in that the first adjustment element (104; 204) has a first thread (110; 210) with a first pitch and a second thread (112; 212) with a different pitch, the second thread (112; 212) lying on the same axis as the first thread (110; 210), so that the first adjustment element (104; 204) is designed in the manner of a threaded rod with different threads and the first and second threads (110, 112; 210, 212) lie one behind the other on the axis in the displacement direction (40; 140), and in that the second adjustment element (106; 206) has a driver (114; 220, 222) which engages in the thread (110; 210) with a larger pitch for coarse adjustment of the optomechanical arrangement (22, 102) and engages in the thread (112; 212) with a smaller pitch for fine adjustment.
A process for the recovery of 1,4-butanediol and at least one co-product selected from γ-butyrolactone, n-butanol and tetrahydrofuran from an aqueous stream, said process comprising the steps of providing the aqueous stream, providing a first solvent stream, combining said aqueous stream with said first solvent stream and recovering at least a portion of the 1,4-butanediol and at least a portion of at least one of the co-products from the solvent of the first solvent stream by liquid-liquid extraction, wherein the solvent is an amine or a combination of amines, or is an alcohol.
Refill for stationery item, comprising: - a pad of pages, comprising a plurality of stacked pages, said pad of pages forming: ∘ two main outer surfaces (6a, 6b) separated by a certain thickness, ∘ a spine defining said thickness at one side of the pad, - a binding that binds the pages of the pad together at the spine of the pad, a flexible covering strip (8; 108; 208) having: - a spine portion (8a; 108a; 208a) which externally covers the binding, and - two side portions (8b; 108b; 208b) which are respectively attached to the two main surfaces (6a, 6b) of the pad of pages and are connected to the spine portion (8a; 108a; 208a), characterized in that the spine portion (8a; 108a; 208a) of the flexible covering strip (8; 108; 208) forms an external face of the refill and is provided with magnetic means (9a-9b; 9a-9d; 208a), the magnetic means (9a-9b; 9a-9d; 208a) being adapted to removably attach, by magnetic attraction, said external face to a cover of the stationery item. - a pad of pages, comprising a plurality of stacked pages, said pad of pages forming: ∘ two main outer surfaces (6a, 6b) separated by a certain thickness, ∘ a spine defining said thickness at one side of the pad, ∘ two main outer surfaces (6a, 6b) separated by a certain thickness, ∘ a spine defining said thickness at one side of the pad, - a binding that binds the pages of the pad together at the spine of the pad, - a spine portion (8a; 108a; 208a) which externally covers the binding, and - two side portions (8b; 108b; 208b) which are respectively attached to the two main surfaces (6a, 6b) of the pad of pages and are connected to the spine portion (8a; 108a; 208a),
A lithographic apparatus comprising: a projection system comprising at least one optical component and configured to project a pattern onto a substrate; and a control system arranged to reduce the effects of heating and/or cooling of the at least one optical component in a lithographic process, wherein the control system is configured to: select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus based on at least one selected mode shape. a projection system comprising at least one optical component and configured to project a pattern onto a substrate; and a control system arranged to reduce the effects of heating and/or cooling of the at least one optical component in a lithographic process, wherein the control system is configured to: select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus based on at least one selected mode shape. select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus based on at least one selected mode shape.
Container for storing an explosive, comprising a receptacle containing the explosive, which receptacle is closed by means of a detachable closing component, wherein the receptacle and the closing component are connected to one another via a connection component which is made up of two component halves (12, 13) connected by means of a meltable connecting material with a melting temperature in the region of between 80°C and 170°C, wherein the receptacle and the closing component are rotationally symmetrical parts and the connection component is configured as a connecting ring, characterized in that the connecting ring comprises two rotationally symmetrical ring halves (12, 13) forming the component halves, which ring halves engage with one another axially and are connected to one another via the connecting material, in that stop angles are provided on the inner periphery of the one ring half and on the outer periphery of the other ring half which strike against one another when they are inserted in one another and limit the insertion movement, and in that a groove delimited by the two ring halves (12, 13) is provided at the front on the connecting ring, in which groove the connecting material is contained.
Valve mechanism for exhaust gas recirculation on an internal combustion engine, comprising a housing having at least one inlet channel (50; 52) and at least one outlet channel, two valve seats (60, 68) formed in the housing, and two control bodies (62, 70) synchronously actuatable via a common actuator, each valve seat (60, 68) having a control body (62, 70) assigned thereto for controlling a flow cross section (64, 72), characterized in that a first inlet channel and a second inlet channel are formed in the housing, which are separated from each other by a partition wall, wherein the free flow cross section of both inlet channels (50, 52) is controllable at the first vale seat by the position of the first control body relative to the first valve seat, and wherein the first valve seat is arranged between the two inlet channels (50, 52) and a second outlet channel formed in the housing, and the second valve seat is arranged between a third inlet channel formed in the housing and the first outlet channel.
A method on a server comprising: receiving (702, 802) from a mobile device through a first network, paired device identity information associated with an in-vehicle infotainment system that has been previously paired to the mobile device through a second, personal area network, "PAN", connection; determining (704, 810) content available from the server that can be executed or displayed on the mobile device based upon the paired device identity information; and sending (706, 812) the determined content to the mobile device through the first network for execution or display on the mobile device, wherein the content comprises one or more applications complementary to the in-vehicle infotainment system, wherein the paired device identity information is associated with an automobile manufacturer, wherein the paired device identity information identifies the automobile manufacturer, and wherein the content comprises one or more applications that are associated with the automobile manufacturer. receiving (702, 802) from a mobile device through a first network, paired device identity information associated with an in-vehicle infotainment system that has been previously paired to the mobile device through a second, personal area network, "PAN", connection; determining (704, 810) content available from the server that can be executed or displayed on the mobile device based upon the paired device identity information; and sending (706, 812) the determined content to the mobile device through the first network for execution or display on the mobile device, wherein the content comprises one or more applications complementary to the in-vehicle infotainment system, wherein the paired device identity information is associated with an automobile manufacturer, wherein the paired device identity information identifies the automobile manufacturer, and wherein the content comprises one or more applications that are associated with the automobile manufacturer.
A method of growing mesenchymal stem cells while maintaining undifferentiated state of the mesenchymal stem cells, comprising the steps of: concentrating cord blood-derived mesenchymal stem cells with use of an antibody that specifically recognizes blood cells wherein the antibody is attached to a bead, said antibody being selected from a group consisting of an anti-Glycophorin A antibody, an anti-CD2 antibody, an anti-CD3 antibody, an anti-CD11c antibody, an anti-CD11b antibody, an anti-CD14 antibody, an anti-CD16 antibody, an anti-CD19 antibody, an anti-CD24 antibody, an anti-CD56 antibody, an anti-CD61 antibody, and an anti-CD66b antibody, so as to generate a concentrated sample of cord blood-derived mesenchymal stem cells; and culturing the concentrated sample thus generated in a medium containing SHH, FGF1, or FGF2, wherein the medium further contains SCF. concentrating cord blood-derived mesenchymal stem cells with use of an antibody that specifically recognizes blood cells wherein the antibody is attached to a bead, said antibody being selected from a group consisting of an anti-Glycophorin A antibody, an anti-CD2 antibody, an anti-CD3 antibody, an anti-CD11c antibody, an anti-CD11b antibody, an anti-CD14 antibody, an anti-CD16 antibody, an anti-CD19 antibody, an anti-CD24 antibody, an anti-CD56 antibody, an anti-CD61 antibody, and an anti-CD66b antibody, so as to generate a concentrated sample of cord blood-derived mesenchymal stem cells; and culturing the concentrated sample thus generated in a medium containing SHH, FGF1, or FGF2, wherein the medium further contains SCF.
A surgical forceps configured for neuropathic skin surgery comprising a pair of handling rings at one end of a pair of handle shanks pivotably connected by means of a pivotal connection to a pair of jaws making up a jawing head ending in a bended tip wherein the jawing head comprises a curved recess in the bended section of the jawing head, and characterized in that the jaws comprise an outward bend in said bended section of the jawing head, and are configured with the ability to grab a bulb of skin.