mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for folding a flap of plastic film for manufacturing bags with strip closure, the plastic film being fed in the form of a half-tubular film formed by two superimposed bands (41, 41') joined along a longitudinal side, and providing two shaped plate sheets (60, 60') inserted between the two bands (41, 41') of the plastic film and co-operating with means (51, 53; 51', 53') for forming a first fold of the flap of a band and a second fold of the flap of the other band of the film, characterised in that said plate sheets (60, 61') are arranged in sequence along the path of forward movement of the film.
A phenolic resin foam comprising a hydrocarbon having a carbon number of 6 or less, and having a density, measured as described in item of the description, of 15 kg/m 3 or more and 70 kg/m 3 or less, wherein in the phenolic resin foam, the hydrocarbons having a carbon number of 6 or less includes, relative to the total amount of the hydrocarbons having a carbon number of 6 or less, 40 mol % to 90 mol % of cyclopentane and 60 mol % to 10 mol % of one or two or more types selected from hydrocarbons having a boiling point of -50°C to 5°C, wherein the type and the composition of the hydrocarbons having a carbon number of 6 or less is measured as described in item in the description, the average boiling point X of the hydrocarbon having a carbon number of 6 or less is 5°C to 44°C, wherein the average boiling point is calculated by the following equation X = a × Ta + b × Tb + c × Tc + ⋯ wherein each content of contained hydrocarbons A, B, C,... is a, b, c,... (molar fraction), and the boiling points of each of the contained hydrocarbons are Ta, Tb, Tc,... (°C), the content Y of the hydrocarbons having a carbon number of 6 or less in the phenolic resin foam is 0.25 mol to 0.9 mol per 22.4×10 -3 m 3 of space volume in the phenolic resin foam, wherein the content Y of the hydrocarbons having a carbon number of 6 or less in the phenolic resin foam is measured as described in item of the description, and the hydrocarbon having a boiling point of -50°C to 5°C is at least one selected from the group consisting of propane, normal-butane and isobutane.
Method for printing wood material boards, in particular wood fiber material boards, by means of a digital printing process, comprising the steps a) measuring the color values of the wood material boards from at least one first batch and forwarding the color values to a computer program; b) measuring the color values of the wood material boards from at least one further batch and forwarding the color values to the computer program; c) processing the color values of the wood material boards from the at least one first batch and the at least one further batch in the computer program and adapting the color values of the digital print for the at least one first batch and/or at least one further batch; d) printing at least one side of the wood material boards by means of digital printing technology, forming a decorative layer in such a way that no color deviations occur between the printed decorations of the wood material boards from the at least one first batch and each further batch. a) measuring the color values of the wood material boards from at least one first batch and forwarding the color values to a computer program; b) measuring the color values of the wood material boards from at least one further batch and forwarding the color values to the computer program; c) processing the color values of the wood material boards from the at least one first batch and the at least one further batch in the computer program and adapting the color values of the digital print for the at least one first batch and/or at least one further batch; d) printing at least one side of the wood material boards by means of digital printing technology, forming a decorative layer in such a way that no color deviations occur between the printed decorations of the wood material boards from the at least one first batch and each further batch.
Thermoforming apparatus, arranged to perform thermoforming operations on objects in the form of a slab or film, comprising at least one loading area in which said objects are positioned one on top of the other so as to form a pile of objects, said thermoforming apparatus in said loading area being provided with a pick-up device arranged to pick up one object at a time from said pile of objects, said pick-up device comprising a support frame movable towards and/or away from said pile of objects, and support elements (7, 8) that are slidably connected to said support frame, characterized in that said pick-up device is provided with a connecting member arranged to connect said support elements (7, 8) one another, said support elements (7, 8) being positioned on said connecting member so that a displacement of one support element in a movement direction corresponds to a displacement of at least one further support element in a further movement direction substantially parallel and opposite to said movement direction so as to vary a distance between said support elements (7, 8) on the basis of a size of the object to be picked up, said size being measured along said movement direction.
Method for producing a fraction containing a pure Mo-99 radioisotope comprising the steps of: (i) Basic dissolution of enriched uranium targets to obtain a basic slurry containing aluminium salts, uranium and isotopes coming from the fission of the enriched uranium and of a gaseous phase of Xe-133, (ii) Filtration of said basic slurry in order to isolate, on the one hand, a solid phase containing uranium and, on the other hand, a basic solution of molybdate and iodine salts, (iii) Acidification of said basic solution of molybdate before, during or after an elimination of the iodine, with formation of an acid solution of molybdenum salts, (iv) Purification of said acid solution of molybdenum salts by adsorption of said molybdenum salts on a chromatographic column, (v) Recovery of said fraction containing said pure Mo-99 radioisotope, characterised in that said enriched uranium targets are low-enriched uranium targets and in that the method further comprises, before said filtration, an addition of alkaline earth nitrate, more particularly strontium, calcium or barium, more preferably barium and sodium carbonate to said basic slurry. (i) Basic dissolution of enriched uranium targets to obtain a basic slurry containing aluminium salts, uranium and isotopes coming from the fission of the enriched uranium and of a gaseous phase of Xe-133, (ii) Filtration of said basic slurry in order to isolate, on the one hand, a solid phase containing uranium and, on the other hand, a basic solution of molybdate and iodine salts, (iii) Acidification of said basic solution of molybdate before, during or after an elimination of the iodine, with formation of an acid solution of molybdenum salts, (iv) Purification of said acid solution of molybdenum salts by adsorption of said molybdenum salts on a chromatographic column, (v) Recovery of said fraction containing said pure Mo-99 radioisotope,
An armpocket storage device comprising: a body enclosing a storage compartment, the storage compartment being accessible through an opening in the body; a dual loop or single loop sizing device attached to the body; and an arm "V"strap attached to the body, the arm "V"strap having a split end, which includes ends that flare out after passing through the loop sizing device, and a Velcro hook and loop fastener with the male Velcro patches attached at each end of the straps allowing it to attach to the female Velcro patches each located on top of the "V"strap, the arm "V"strap passing through the loop sizing device and folding back over the loop connecting to the top of the "V"strap using the Velcro hook and loop fastener. a body enclosing a storage compartment, the storage compartment being accessible through an opening in the body; a dual loop or single loop sizing device attached to the body; and an arm "V"strap attached to the body, the arm "V"strap having a split end, which includes ends that flare out after passing through the loop sizing device, and a Velcro hook and loop fastener with the male Velcro patches attached at each end of the straps allowing it to attach to the female Velcro patches each located on top of the "V"strap, the arm "V"strap passing through the loop sizing device and folding back over the loop connecting to the top of the "V"strap using the Velcro hook and loop fastener.
Pressure distributor (1; 1a; 1b; 1c; 1d) configured in such away that it can be arranged between the matrix and the base of a die during the forming of a metal sheet interposed between said matrix and said pressure distributor, said pressure distributor comprising a composite laminar structure (2; 2a; 2b; 2c; 2d) provided with a shaped opening for the passage of the punch of said die, said composite laminar structure (2; 2a; 2b; 2c; 2d) comprising a sheet pressing plate configured in such a way that it can be placed in contact with said metal sheet and at least one elastically deformable plate (22, 23) included between said sheet pressing plate and said base of said die, characterized in that said composite laminar structure comprises also at least one first intermediate plate included between said sheet pressing plate and said elastically deformable plate (22, 23).
A fusosome composition comprising a plurality of fusosomes derived from a source cell, wherein the fusosomes of the plurality comprise: (a) a lipid bilayer, (b) a lumen comprising cytosol, wherein the lumen is surrounded by the lipid bilayer; (c) an exogenous or overexpressed fusogen disposed in the lipid bilayer, wherein the fusogen comprises a sequence chosen from, paramyxovirus F and G proteins or F and H proteins or F and HN proteins, or a derivative thereof, or any combination thereof; (d) a cargo; (e) a targeting moiety, wherein the targeting moiety is specific for a cell surface marker on a target cell and wherein the targeting moiety is comprised by the fusogen; and wherein the fusosome does not comprise a nucleus; wherein the amount of viral capsid protein in the fusosome composition is less than 1% of total protein; wherein the plurality of fusosomes, when contacted with a target cell population in the presence of an inhibitor of endocytosis, and when contacted with a reference target cell population not treated with the inhibitor of endocytosis, delivers at least 30% more of the cargo to the target cell population compared to the reference target cell population. (a) a lipid bilayer, (b) a lumen comprising cytosol, wherein the lumen is surrounded by the lipid bilayer; (c) an exogenous or overexpressed fusogen disposed in the lipid bilayer, wherein the fusogen comprises a sequence chosen from, paramyxovirus F and G proteins or F and H proteins or F and HN proteins, or a derivative thereof, or any combination thereof; (d) a cargo; (e) a targeting moiety, wherein the targeting moiety is specific for a cell surface marker on a target cell and wherein the targeting moiety is comprised by the fusogen; and wherein the fusosome does not comprise a nucleus; wherein the amount of viral capsid protein in the fusosome composition is less than 1% of total protein; wherein the plurality of fusosomes, when contacted with a target cell population in the presence of an inhibitor of endocytosis, and when contacted with a reference target cell population not treated with the inhibitor of endocytosis, delivers at least 30% more of the cargo to the target cell population compared to the reference target cell population.
A process for applying a polymeric coating on cork stoppers comprising the steps of: 1. depositing a polymeric film on cork stoppers providing a non-cured polymeric coating on said stoppers; 2. gradual curing of the polymeric coating by applying a temperature variation rate in the range of about 3 °C/min to about 6 °C/min, in order to gradually raise the temperature from about 40 °C to about 110 °C; 3. final curing of the polymeric coating at constant temperature in the range of about 70 °C to 120 °C for at least 5 minutes. 1. depositing a polymeric film on cork stoppers providing a non-cured polymeric coating on said stoppers; 2. gradual curing of the polymeric coating by applying a temperature variation rate in the range of about 3 °C/min to about 6 °C/min, in order to gradually raise the temperature from about 40 °C to about 110 °C; 3. final curing of the polymeric coating at constant temperature in the range of about 70 °C to 120 °C for at least 5 minutes.
Road paver with a height-adjustable screed for installing a pavement layer and at least one support device for carrying and positioning at least one sensor unit, where said support device comprises a center bar, at least one extension bar for said center bar, and at least one attachment unit which detachably attaches said extension bar at one end of said center bar, where said center bar and said extension bar are by way of attachment unit relative to one another - when viewed in a vertical projection plane - at a first mounting angle (α) connectable to one another characterized in that said center bar and said extension bar are by way of said attachment unit connectable to one another - when viewed in the vertical projection plane - at at least one further mounting angle (β).
A cutting insert having a cutting edge at a round corner portion, the cutting insert comprising: a land and a breaker flute that are provided on a rake face, the land providing the cutting edge by intersecting a flank face, the breaker flute being continuous with the land; and a breaker on a side of the breaker flute that is nearer to a central land portion, wherein a plurality of crest portions are provided on a sloping surface of the breaker flute, the sloping surface being on a land side and forming a downslope in a direction away from the cutting edge, the crest portions extending along the portion of the cutting edge that is at the round corner portion, the crest portions being arranged side by side in a depth direction of the breaker flute and being formed of two inclined surfaces (A, B) having respectively different rake angles and intersecting each other, a rake angle θA of one of the inclined surfaces that is on the land side and a rake angle θB of the other inclined surface that is on a breaker side satisfy a condition of θA < θB, and wherein a rake angle θ of at least one of inclined surfaces that form each of the crest portions satisfies a condition of θ > 20° characterized in that a width T of a portion of the land that extends along a portion of the cutting edge that is at the round corner portion is 0.05 mm < T < 0.15 mm, and in that for each of the crest portions provided on the sloping surface of the breaker flute formed of the two inclined surfaces (A, B) a width WA of the inclined surface and a width WB of the inclined surface satisfy a condition of WA < WB.
Method of transferring content including a plurality of blocks from a first communication device to a second communication device in a communication network, comprising: • defining a first probability p e, in which 0<p e <1, according to which each of the plurality of blocks can be encoded; • defining a second probability p c, according to which each of the plurality of blocks can be chosen; • receiving a request, by said first communication device from the second communication device via the communications network, for one of the plurality of blocks x; and • according to said first probability p e,encoding said requested block x with a second block y, said second block y being chosen with said second probability p c, and transmitting a third block z, with z = x XOR y from said first communication device to said second communication device, or • according to a probability 1-p e, transmitting said requested unencoded block x from said first communication device to said second communication device. • defining a first probability p e, in which 0<p e <1, according to which each of the plurality of blocks can be encoded; • defining a second probability p c, according to which each of the plurality of blocks can be chosen; • receiving a request, by said first communication device from the second communication device via the communications network, for one of the plurality of blocks x; and • according to said first probability p e,encoding said requested block x with a second block y, said second block y being chosen with said second probability p c, and transmitting a third block z, with z = x XOR y from said first communication device to said second communication device, or • according to a probability 1-p e, transmitting said requested unencoded block x from said first communication device to said second communication device.
A printer, comprising: an ink head unit configured to spray ink on a textile or a paper or a transfer film through a head; an adhesive head unit configured to spray an adhesive material on the textile, the paper, or the transfer film through a head so that a design is printed by adhering the ink to the textile or the paper or the transfer film; a plurality of capping members fastened to each of the head of the ink head unit and the head of the adhesive head unit when a printing operation is paused; an ink suction line connected to the capping member coupled to the head of the ink head unit; and an adhesive material suction line connected to the capping member fastened to each of the plurality of heads of the adhesive head unit, wherein the adhesive head unit sprays different adhesive materials through a plurality of heads, and a multicomponent adhesive is formed as the sprayed different adhesive materials are mixed, the ink suction line includes an ink suction pump, and a plurality of the adhesive material suction lines are provided to correspond to the plurality of heads of the adhesive head unit, the plurality of adhesive material suction lines including different adhesive material suction pumps, wherein each capping member has a capping groove filled with a sponge therein, the sponge having a support mesh installed on an upper surface thereof. an ink head unit configured to spray ink on a textile or a paper or a transfer film through a head; an adhesive head unit configured to spray an adhesive material on the textile, the paper, or the transfer film through a head so that a design is printed by adhering the ink to the textile or the paper or the transfer film; a plurality of capping members fastened to each of the head of the ink head unit and the head of the adhesive head unit when a printing operation is paused; an ink suction line connected to the capping member coupled to the head of the ink head unit; and an adhesive material suction line connected to the capping member fastened to each of the plurality of heads of the adhesive head unit, wherein the adhesive head unit sprays different adhesive materials through a plurality of heads, and a multicomponent adhesive is formed as the sprayed different adhesive materials are mixed, the ink suction line includes an ink suction pump, and a plurality of the adhesive material suction lines are provided to correspond to the plurality of heads of the adhesive head unit, the plurality of adhesive material suction lines including different adhesive material suction pumps, wherein each capping member has a capping groove filled with a sponge therein, the sponge having a support mesh installed on an upper surface thereof.
A device for recovering air from an aspirator comprising a conduit for transporting a mixture of compressed air and a sterilising agent, a dispensing terminal of said mixture connected to an outlet of said conduit and a tank containing a sterilising agent in fluid communication with said conduit through a collection section of said sterilising agent; characterizing in that said conduit comprises an inlet connectable to an outlet of compressed air of a pump of the aspirator; a switch which selectively sends the compressed air towards a mixing zone within said conduit or towards an exhaust conduit through which the compressed air is transferred directly into the external environment.
Detection device able to analyse the surface of a planar substrate, comprising at least one ramp (24, 26), formed with at least two housings (27a, 27b), the two housings (27a, 27b) being arranged in an adjacent manner, each housing (27a, 27b) including at least two emitter-receivers as well as a slit in the emitter-receiver element to allow the emission or reception of light through the housing, each emitter-receiver element being an optoelectronic emitter with a light source or an optoelectronic receiver for capturing light; the elements of each housing being arranged among each other in such a way that the slit (28b, 28d) of one element is parallel and offset with respect to the slit (28a, 28c) of the other element, the housings (27a, 27b) being arranged among each other in such a way that the slit of one of the housings is parallel and offset with respect to the slit of the other of the immediately adjacent housings, the slits (28a, 28b, 28c, 28d) are alternatively and successively offset from one another being arranged in two rows, the assembly of slits (28a, 28b, 28c, 28d) making it possible to cover the entire breadth of the substrate without interrupting the emission or reception of light.
A nasal delivery system for delivering nitric oxide-containing gas to an upper respiratory tract of a subject, comprising: a source of nitric oxide-containing gas; a nasal interface adapted to provide fluid communication between the source of nitric oxide-containing gas and the nostrils of the subject; a flow-control valve for controlling the flow of the nitric oxide-containing gas from the source to the subject; and a flow sensor positioned near the oral cavity of the subject; characterized in that said system does not require that the subject exhales against a positive pressure to close the soft palate and that said system comprises a control unit with logic such that the flow control valve is opened when exhalation is sensed by the flow sensor such that nitric oxide-containing gas is delivered to the upper respiratory tract only while the soft palate of the subject is open during exhalation of air. a source of nitric oxide-containing gas; a nasal interface adapted to provide fluid communication between the source of nitric oxide-containing gas and the nostrils of the subject; a flow-control valve for controlling the flow of the nitric oxide-containing gas from the source to the subject; and a flow sensor positioned near the oral cavity of the subject; characterized in that said system does not require that the subject exhales against a positive pressure to close the soft palate and that said system comprises a control unit with logic such that the flow control valve is opened when exhalation is sensed by the flow sensor such that nitric oxide-containing gas is delivered to the upper respiratory tract only while the soft palate of the subject is open during exhalation of air.