mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a paper- or linerboard having a grammage measured according to ISO 536:2019 of 250-310 g/m 2 and comprising a print layer, a middle layer and a back layer, wherein the middle layer is formed from a middle layer furnish comprising at least 40% by dry weight CTMP and at least 20% by dry weight broke pulp and the back layer is formed from a back layer furnish comprising an unbleached kraft pulp, said method comprising the step of subjecting a multi-layered web at a speed of at least 600 m/min to pressing in a press section comprising a first and a second double-felted shoe press nip arranged in series, wherein the total press impulse of the double-felted shoe press nips is at least 110 kPa*s, wherein CTMP and broke pulp together constitute at least 75% by dry weight of the middle layer furnish.
A method for producing a plastic profile section in the form of a insulating bar with microinclusions or a sealing bar with microinclusions, in which a thermoplastic is delivered as granulate to an extruder, and the thermoplastic is a mixture of polyphenylether and polyamide (PPE+PA) having a glass transition temperature of 145°C per DIN ISO 11357, wherein the granulate for forming microinclusions has a moisture content, and a preliminary profile section that emerges at the outlet of the extruder is delivered to an inlet of a calibration device, and at the outlet of the extruder the preliminary profile section comprises at least 50% polyphenylether and polyamide (PPE+PA), and the preliminary profile section leaves the outlet of the extruder at an expulsion temperature of 294°C to 322°C, and in order to reduce the mass density and to increase the number of microinclusions, the preliminary profile section, after leaving the extruder after a dwell time of at least 0.1 s, is delivered to the inlet of the calibration device, and a plastic profile section with microinclusions emerges at the outlet of the calibration device.
A combustion heater (1; 10; 100) comprising: - a combustion chamber (2; 200), - a receptacle (8; 800) arranged in the combustion chamber (2; 200) and comprising an enclosure intended to contain a combustible material, the said enclosure forming a fireplace of the heating device, and - an exhaust conduit (3; 300) communicating with the combustion chamber (2; 200), a combustion gas, formed from the combustion of the combustible material, flowing from the fireplace to the exhaust duct (3; 300) in a direction of flow from upstream to downstream, - the receptacle (8; 800) comprises an upstream face (81; 810) and a downstream face (82; 820) and each of said faces comprising through openings; - the receptacle (8; 800) comprises a surface defining at least one side of an air channel (85; 850) in which air from a first air exchange zone (41; 410) flows; said combustion heater (1; 10; 100) being characterised in that - the combustion chamber (2; 200) comprises a first wall (23; 230) disposed opposite the upstream face (81; 810) and comprising the first air exchange zone (41; 410) between the outside and the inside of the combustion heater (1; 10; 100). - a combustion chamber (2; 200), - a receptacle (8; 800) arranged in the combustion chamber (2; 200) and comprising an enclosure intended to contain a combustible material, the said enclosure forming a fireplace of the heating device, and - an exhaust conduit (3; 300) communicating with the combustion chamber (2; 200), a combustion gas, formed from the combustion of the combustible material, flowing from the fireplace to the exhaust duct (3; 300) in a direction of flow from upstream to downstream, - the receptacle (8; 800) comprises an upstream face (81; 810) and a downstream face (82; 820) and each of said faces comprising through openings; - the receptacle (8; 800) comprises a surface defining at least one side of an air channel (85; 850) in which air from a first air exchange zone (41; 410) flows; said combustion heater (1; 10; 100) being characterised in that - the combustion chamber (2; 200) comprises a first wall (23; 230) disposed opposite the upstream face (81; 810) and comprising the first air exchange zone (41; 410) between the outside and the inside of the combustion heater (1; 10; 100).
Method for producing a scintillator nanocomposite comprising nanoparticles with scintillating properties and a diameter between 10 and 50 nanometer and a first matrix material, said method comprising the steps of: - introducing the nanoparticles into 1,4-butanediol as a first dispersing medium to form a stable suspension, wherein the 1,4-butanediol is used both as a dispersing medium and as a precursor to the first matrix material; and - curing the dispersing medium to form the first matrix material without having to remove the dispersing medium. - introducing the nanoparticles into 1,4-butanediol as a first dispersing medium to form a stable suspension, wherein the 1,4-butanediol is used both as a dispersing medium and as a precursor to the first matrix material; and - curing the dispersing medium to form the first matrix material without having to remove the dispersing medium.
A compact container comprising: an inner container provided with a content receiving space; a pump support plate coupled to an upper part of the inner container to seal the inner container; a pump installed to a central upper part of the pump support plate to pump contents; a distribution plate coupled to an upper part of the pump and having pressing protrusions formed at two places facing each other in a diagonal direction on an outside thereof; and a ring button member coupled to an upper part of the distribution plate and having pressing grooves formed at two places facing each other in a diagonal direction on a lower end thereof, wherein the pressing protrusions of the distribution plate are inserted into the pressing grooves of the ring button member to perform a pumping operation even when the ring button member or a top surface of the distribution plate is pressed, and diameters of the pressing protrusions are less than inner diameters of the pressing grooves. an inner container provided with a content receiving space; a pump support plate coupled to an upper part of the inner container to seal the inner container; a pump installed to a central upper part of the pump support plate to pump contents; a distribution plate coupled to an upper part of the pump and having pressing protrusions formed at two places facing each other in a diagonal direction on an outside thereof; and a ring button member coupled to an upper part of the distribution plate and having pressing grooves formed at two places facing each other in a diagonal direction on a lower end thereof, wherein the pressing protrusions of the distribution plate are inserted into the pressing grooves of the ring button member to perform a pumping operation even when the ring button member or a top surface of the distribution plate is pressed, and diameters of the pressing protrusions are less than inner diameters of the pressing grooves.
Composition comprising, in a physiologically acceptable aqueous medium: - at least one molecule chosen from an Annelid extracellular hemoglobin, its globins and its globin protomers; - at least one hydrophilic thickening polymer chosen from xanthan gum and xanthan derivatives; and - hyaluronic acid or one of its salts. - at least one molecule chosen from an Annelid extracellular hemoglobin, its globins and its globin protomers; - at least one hydrophilic thickening polymer chosen from xanthan gum and xanthan derivatives; and - hyaluronic acid or one of its salts.
A method for wireless communications executed by an apparatus, comprising: searching, at the apparatus, a plurality of television white space, TVWS, channels supporting TVWS communication for a signal transmitted from another apparatus on a first channel of the TVWS channels, wherein the signal has a data rate configured to reach a plurality of apparatuses for advertising an enablement for the TVWS communication, said data rate being lower than a data rate associated with the TVWS communication after the enablement and said signal having a larger coverage than TVWS communication signals after the enablement; detecting, based on the search, the signal and the first channel; and transmitting, to the other apparatus upon the detection, a request for the enablement using the first channel. searching, at the apparatus, a plurality of television white space, TVWS, channels supporting TVWS communication for a signal transmitted from another apparatus on a first channel of the TVWS channels, wherein the signal has a data rate configured to reach a plurality of apparatuses for advertising an enablement for the TVWS communication, said data rate being lower than a data rate associated with the TVWS communication after the enablement and said signal having a larger coverage than TVWS communication signals after the enablement; detecting, based on the search, the signal and the first channel; and transmitting, to the other apparatus upon the detection, a request for the enablement using the first channel.
A blade capable of efficiently utilizing low-velocity fluid, comprising a main wing component (A2, D2, K2), the main wing component (A2, D2, K2) has a streamlined cross section, an outer profile of which forms a first airfoil, wherein the blade further comprises a head wing piece in form of a sheet, the head wing piece has an arc-shaped cross section with a convex surface at one side and a concave surface at the other side, the head wing piece is arranged obliquely above a leading-edge point of the main wing component (A2, D2, K2) with the concave surface of the head wing piece facing the main wing component (A2, D2, K2), a first ventilation space is formed between the head wing piece and the main wing component (A2, D2, K2), an outer profile defined by the convex surface of the head wing piece and part of an upper profile, a trailing-edge point and a lower profile of the main wing component (A2, D2, K2) forms a second airfoil, and a leading-edge point of the second airfoil is located at a convex profile of the head wing piece, characterized in that, the main wing component (A2, D2, K2) comprises one tail wing piece and at least one middle wing piece (C2, C3, C4) located between the head wing piece and the tail wing piece, second ventilation spaces are formed between adjacent middle wing pieces (C2, C3, C4) and between the middle wing piece (C2, C3, C4) and the tail wing piece, respectively, to achieve air communication between the upper profile and the lower profile of the second airfoil, an opening of the second ventilation space close to the lower profile of the second airfoil is an air inlet of the second ventilation space, an opening of the second ventilation space close to the upper profile of the second airfoil is an air outlet of the second ventilation space, and the air inlet has a greater width than the air outlet of the second ventilation space.
Method for the automatic and instantaneous preparation of single flat breads by a machine that comprises the steps of a. receiving a down-falling dough portion on a baking plate, b. squeezing the dough portion between two baking plates (7,8) and baking it, c. releasing the finished flat bread into a recipient compartment, characterized in that before step a), at the push of a button, a single dough portion contained in a hermetically closed capsule of capsules that are being fed individually or conveyed to the apparatus in a chain or row is being opened and emptied by the machine automatically and then released for its free down-falling onto the baking plate thereby preventing the dough portion from touching any other part than the inner sides of the capsules and inner side of the sealing foil and thereafter the baking plates (7,8), and when the baking is completed, the plates (7, 8) open and eject or release the fresh made flat bread into a recipient while the material of the opened capsules is removed or transported to a waste recipient automatically. a. receiving a down-falling dough portion on a baking plate, b. squeezing the dough portion between two baking plates (7,8) and baking it, c. releasing the finished flat bread into a recipient compartment,
Lead or chalk or colour palette for writing, drawing or cosmetic purposes, characterised in that at least one sugar and/or sugar alcohol and/or pentaerythritol, at least one cellulose derivate and/or starch derivative and at least one surfactant are contained, wherein the at least one surfactant is selected from the group of sulphuric acid fatty acid ester salts and/or fatty acid sulphoalkyl esters and/or ethoxylated forms of alkali metal fatty acid sulphates.
A device for altering a person's circadian rhythm comprising: a light source assembly; and a control system configured to cause the light source assembly to perform functions comprising: emitting a first light having a first luminous flux and a peak intensity at a first wavelength that is greater than or equal to 400 nanometers, i.e. nm, and less than or equal to 440 nm, wherein the first luminous flux is variable; and emitting a second light having a second luminous flux and a peak intensity at a second wavelength that is greater than or equal to 440 nm, wherein the second luminous flux is variable, characterized in that: the first luminous flux and the second luminous flux are periodic with respective frequencies that are less than or equal to 100 Hz, wherein the first luminous flux is out of phase with the second luminous flux, and wherein the first luminous flux is at a maximum at least during a time at which the second luminous flux is not at a maximum. a light source assembly; and a control system configured to cause the light source assembly to perform functions comprising: emitting a first light having a first luminous flux and a peak intensity at a first wavelength that is greater than or equal to 400 nanometers, i.e. nm, and less than or equal to 440 nm, wherein the first luminous flux is variable; and emitting a second light having a second luminous flux and a peak intensity at a second wavelength that is greater than or equal to 440 nm, wherein the second luminous flux is variable, characterized in that: the first luminous flux and the second luminous flux are periodic with respective frequencies that are less than or equal to 100 Hz, wherein the first luminous flux is out of phase with the second luminous flux, and wherein the first luminous flux is at a maximum at least during a time at which the second luminous flux is not at a maximum. emitting a first light having a first luminous flux and a peak intensity at a first wavelength that is greater than or equal to 400 nanometers, i.e. nm, and less than or equal to 440 nm, wherein the first luminous flux is variable; and emitting a second light having a second luminous flux and a peak intensity at a second wavelength that is greater than or equal to 440 nm, wherein the second luminous flux is variable, characterized in that: the first luminous flux and the second luminous flux are periodic with respective frequencies that are less than or equal to 100 Hz, wherein the first luminous flux is out of phase with the second luminous flux, and wherein the first luminous flux is at a maximum at least during a time at which the second luminous flux is not at a maximum.
A ureteroscope device for removing a stone from a body cavity, comprising: an elongate member having a distal portion, a proximal portion, and an inner conduit extending longitudinally between the proximal and distal portions, wherein the elongate member is passively flexible; a port disposed towards the proximal portion of the elongate member and in communication with the inner conduit; an opening disposed at the distal portion of the elongate member and in communication with the inner conduit; an optical device disposed towards the distal portion of the elongate member; and at least one light source disposed in the elongate member; wherein the elongate member has an outer diameter that is less than 2.0 mm over its length extending between the proximal portion and the distal portion; characterized in that the distal portion has a tip and the inner conduit terminates short of the tip, wherein, viewed from the front or distal end, the tip partly occludes an underlying perimeter of the conduit. an elongate member having a distal portion, a proximal portion, and an inner conduit extending longitudinally between the proximal and distal portions, wherein the elongate member is passively flexible; a port disposed towards the proximal portion of the elongate member and in communication with the inner conduit; an opening disposed at the distal portion of the elongate member and in communication with the inner conduit; an optical device disposed towards the distal portion of the elongate member; and at least one light source disposed in the elongate member; wherein the elongate member has an outer diameter that is less than 2.0 mm over its length extending between the proximal portion and the distal portion; characterized in that the distal portion has a tip and the inner conduit terminates short of the tip, wherein, viewed from the front or distal end, the tip partly occludes an underlying perimeter of the conduit.
Automated system for the storage and movement of heavy material comprising: a first and a second classifier mainly extended along a longitudinal direction (Y-Y) and side by side to each other, wherein each classifier (10, 20) comprises a respective group of frames arranged in as many seats (4a, 4b) for the support of said heavy material, wherein said first classifier comprises a selector carriage sliding below its own group of frames and movable along said longitudinal direction (Y-Y), wherein said selector carriage of said first classifier is engageable with a single frame selected from the group of frames of said first classifier in order to shift it along an orthogonal direction (Z-Z) with respect to said longitudinal direction (Y-Y) and transfer it from the seat of said first classifier to the seat of said second classifier, the automated system being characterized in that each frame of said second classifier can be moved away from an adjacent frame along said longitudinal direction (Y-Y) so as to create a space for the creation of said seat intended to receive said frame from said first classifier, wherein said second classifier comprises its own selector carriage sliding below its own group of frames and movable along said longitudinal direction (Y-Y), wherein said selector carriage of said second classifier is engageable with said frame to grasp it and transfer it from the seat of said first classifier to the seat of said second classifier, and wherein the selector carriages (50, 60) of said first and second classifier engage said frame at the same time.
A composition for use in increasing the amount of DPA or the amount of DHA and DPA in tissues and/or organs of a human infant at risk of or suffering from impaired DPA levels in tissue and/or organs, wherein said composition comprises a DHA comprising phospholipid (PL-DHA) and comprises at least 0.1 wt% omega-3 PUFAs, based on total fat.
A vent assembly with an electro-mechanical solenoid, comprising: a gasket having an opening that aligns with a vent opening in a cover of the solenoid, wherein the gasket attaches to the solenoid via a counter bore in the cover; a vent support including a plurality of support sections (510, 512, 514); and a vent membrane interposed between the gasket and the vent support such that contaminants can permeate from within the solenoid through the opening of the gasket to external ambient air, wherein the vent support sections are shaped such that the sections together form a rim for the vent membrane. a gasket having an opening that aligns with a vent opening in a cover of the solenoid, wherein the gasket attaches to the solenoid via a counter bore in the cover; a vent support including a plurality of support sections (510, 512, 514); and a vent membrane interposed between the gasket and the vent support such that contaminants can permeate from within the solenoid through the opening of the gasket to external ambient air, wherein the vent support sections are shaped such that the sections together form a rim for the vent membrane.
A polyolefin microporous membrane having a TD thermal shrinkage at 120°C of 7.5% or less, and a TD thermal shrinkage at 130°C of 3 to 4.5 times as great as the TD thermal shrinkage at 120°C and of at least 12% greater than the TD thermal shrinkage at 120°C.
Method for allocating transmission resources of a wireless communication system, in particular of a mobile radio network having at least one base station for supplying mobile radio terminals (14, 16, 18, 20, 22, 24, 26, 28, 30), having the following method steps of: a) determining characteristic data between a base station and at least two mobile radio terminals (14, 16, 18, 20, 22, 24, 26, 28, 30) which are assigned to this base station, b) dividing the mobile radio terminals (14, 16, 18, 20, 22, 24, 26, 28, 30) into a first group and at least one second group by means of the determined characteristic data, c) allocating transmission resources on the basis of the group affiliation, wherein transmission resources of the second group are orthogonal with respect to the transmission resources of the first group, characterized in that the transmission resources assigned to the second group have a lower orthogonality with respect to one another than the transmission resources assigned to the first group. a) determining characteristic data between a base station and at least two mobile radio terminals (14, 16, 18, 20, 22, 24, 26, 28, 30) which are assigned to this base station, b) dividing the mobile radio terminals (14, 16, 18, 20, 22, 24, 26, 28, 30) into a first group and at least one second group by means of the determined characteristic data, c) allocating transmission resources on the basis of the group affiliation, wherein transmission resources of the second group are orthogonal with respect to the transmission resources of the first group,
Recycling process of sports waste consisting of sports shoes including a sole, comprising: - a first separation phase wherein sports shoes are separated from their soles, - a shredding phase, wherein only said sole is shredded and a shredded product is produced, - a deferrization phase, wherein ferrous metals are separated from non-ferrous metals and other materials present in said shredded product and an iron removed shredded product is produced, - an aeraulic separation phase, wherein said deferrized shredded product is separated, depending on its specific weight, to make second raw material, - a realization phase of second products other than said sports shoes obtained from said second raw material, wherein - said realization phase comprises printing said second raw material, and wherein - said aeraulic separation phase is performed by means of an aeraulic separation machine defining a zig-zag drop path for said deferrized shredded product. - a first separation phase wherein sports shoes are separated from their soles, - a shredding phase, wherein only said sole is shredded and a shredded product is produced, - a deferrization phase, wherein ferrous metals are separated from non-ferrous metals and other materials present in said shredded product and an iron removed shredded product is produced, - an aeraulic separation phase, wherein said deferrized shredded product is separated, depending on its specific weight, to make second raw material, - a realization phase of second products other than said sports shoes obtained from said second raw material, wherein - said realization phase comprises printing said second raw material, and wherein - said aeraulic separation phase is performed by means of an aeraulic separation machine defining a zig-zag drop path for said deferrized shredded product.