mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a semiconductor device, characterized by comprising: providing a substrate, wherein the substrate comprises an array region and an edge region; forming a composite layer on the substrate, wherein the composite layer comprises an amorphous silicon layer and a silicon dioxide layer, and the silicon dioxide layer is located on a surface of the amorphous silicon layer away from the substrate; dry etching the silicon dioxide layer in the array region by using first plasma, to expose a part of the surface of the amorphous silicon layer in the array region; performing, by using second plasma, a plasma surface treatment on an exposed part of the surface of the amorphous silicon layer; cleaning an amorphous silicon layer on which the plasma surface treatment has been performed and a dry etched silicon dioxide layer; and coating a first photoresist layer on the composite layer in the edge region and the array region, and performing exposing and developing. providing a substrate, wherein the substrate comprises an array region and an edge region; forming a composite layer on the substrate, wherein the composite layer comprises an amorphous silicon layer and a silicon dioxide layer, and the silicon dioxide layer is located on a surface of the amorphous silicon layer away from the substrate; dry etching the silicon dioxide layer in the array region by using first plasma, to expose a part of the surface of the amorphous silicon layer in the array region; performing, by using second plasma, a plasma surface treatment on an exposed part of the surface of the amorphous silicon layer; cleaning an amorphous silicon layer on which the plasma surface treatment has been performed and a dry etched silicon dioxide layer; and coating a first photoresist layer on the composite layer in the edge region and the array region, and performing exposing and developing.
An isolated antibody or antigen-binding fragment thereof, which specifically binds to CXCL13, wherein the heavy chain variable region of said antibody or fragment thereof comprises variable heavy chain-complementarity determining region (VH-CDR) 1, VH-CDR2, and VH-CDR3 amino acid sequences comprising SEQ ID NOs: 4, 5, and 6, respectively; and wherein the light chain variable region of said antibody or fragment thereof comprises variable light chain-complementarity determining region (VL-CDR) 1, VL-CDR2, and VL-CDR3 amino acid sequences comprising SEQ ID NOs: 9 or 16, 10, and 11, respectively.
An adjustable-springing mattress, said mattress comprises a plurality of bodies, wherein said bodies are substantially parallelepipedal shaped bodies, each of said substantially parallelepipedal shaped bodies is made of a synthetic resilient material and being mutually joined, wherein each synthetic resilient material defines a body housing an inner coil spring encompassed by said synthetic resilient material, wherein each substantially parallelepipedal shaped body is separated from adjoining substantially parallelepipedal shaped bodies by throughgoing holes, characterized in that each inner coil spring is made of a synthetic material, and in that on each side of said mattress, said substantially parallelepipedal shaped bodies are partially separated by V-shape separating channels longitudinally and transversely extending with respect to the overall mattress forming body.
A process of surface treatment of a dielectric structure in an organic electronic device, comprising the step of exposing the surface of the dielectric structure, or specific parts of said surface, to a solvent blend comprising - a first solvent selected from the group consisting of aliphatic or aromatic alcohols, and - a second solvent selected from the group consisting of aliphatic esters and aliphatic ketones. - a first solvent selected from the group consisting of aliphatic or aromatic alcohols, and - a second solvent selected from the group consisting of aliphatic esters and aliphatic ketones.
A roller bearing system comprising a cylindrical rolling element having an outer surface; said cylindrical rolling element is housed inside an outer ring; said outer ring having an inner and an outer diameter surface; said cylindrical rolling element contacting a rotatable shaft; characterized in that said inner diameter surface of the outer ring has a non-symmetrical convex shaped profiling facing the outer surface of the cylindrical rolling element to facilitate maximum contact length (C, D, E) between the outer surface of the cylindrical rolling element and the inner diameter surface of the outer ring during any operational condition.
Polyolefin composition comprising a) 20-80 wt% (based on the total weight of the polyolefin composition) of at least one bimodal polyethylene comprising a polyethylene homopolymer and a polyethylene copolymer formed from ethylene and at least one olefin with at least 6 carbon atoms as comonomer with a melt flow rate MFR 5 (190°C, 5 kg, measured according to ISO 1133) of at least 0.1 g/10 min b) 80-20 wt% (based on the total weight of the polyolefin composition) of a polyethylene enriched blend of recycled plastic material comprising polyethylene and polypropylene with a melt enthalpy ratio of PP: PE in the range of 0:100 to 10:90 (measured according to ISO 11357-1 and ISO 11357-3), which is recovered from a waste plastic material derived from post-consumer and/or post-industrial waste, with a melt flow rate MFR 5 (190 °C, 5 kg, measured according to ISO 1133) of at least 0.8 g/10 min; and optionally further additives, wherein the sum of all ingredients always adds up to 100 wt%. a) 20-80 wt% (based on the total weight of the polyolefin composition) of at least one bimodal polyethylene comprising a polyethylene homopolymer and a polyethylene copolymer formed from ethylene and at least one olefin with at least 6 carbon atoms as comonomer with a melt flow rate MFR 5 (190°C, 5 kg, measured according to ISO 1133) of at least 0.1 g/10 min b) 80-20 wt% (based on the total weight of the polyolefin composition) of a polyethylene enriched blend of recycled plastic material comprising polyethylene and polypropylene with a melt enthalpy ratio of PP: PE in the range of 0:100 to 10:90 (measured according to ISO 11357-1 and ISO 11357-3), which is recovered from a waste plastic material derived from post-consumer and/or post-industrial waste, with a melt flow rate MFR 5 (190 °C, 5 kg, measured according to ISO 1133) of at least 0.8 g/10 min; and
Hydroalcoholic extract of the aerial parts of Schinus molle, characterised in that it is obtained from Schinus molle leaves not rid of the small stems carrying the leaves, dried and crushed, by solid-liquid extraction, with stirring, of 5% to 10% by weight of solid matter relative to the total weight used in a hydroalcoholic solvent, the alcohol being selected from ethanol or propanediol, in a proportion of between 60% and 80% by weight of alcohol relative to the total weight of the solvent, at a temperature of between 20°C and 70°C for a period of between 1 hour and 2 hours, and by separation of the liquid and solid phases, so as to remove the solid phase and recover a liquid Schinus molle extract, said extract comprising mainly quercitrin and miquelianin among the extracted polyphenols, in a concentration of at least 0.04% of quercitrin by weight of the total weight of the extract and at least 0.02% of miquelianin by weight of the total weight of the extract, the other extracted polyphenols taken independently of each other being present at a concentration of less than 0.01% (100 ppm) by weight of the total weight of the extract.
Vacuum cleaner with a dirt collection container and a suction head which is positionable on the dirt collection container and comprises at least one suction unit (18, 19, 20) which for formation of a flow of suction air is in flow connection via a suction air inlet with the dirt collection container and via at least one suction air outlet channel (49, 56) with a suction air outlet (89, 91); wherein at least one redirection element (61, 64) is arranged in the at least one suction air outlet channel (49, 56), and the flow of suction air can be redirected upwards or downwards in the vertical direction by means of the redirection element (61, 64), and wherein the redirection element (61, 64) protrudes upwards from a bottom wall of the suction air outlet channel (49, 56); characterized in that the redirection element (61, 64) only extends over part of the width of the suction air outlet channel (49, 56).
Apparatus for transmissive irradiation of objects which are guided through a transmissive-irradiation region using a transport device, with the apparatus comprising the transport device, a first and a second radiation source (10, 30) and three detector arrangements (11, 12, 31), wherein the first and the second radiation source (10, 30) and the three detector arrangements (11, 12, 31), in the form of detector lines, are arranged around the transport device, characterized in that the first radiation source is configured such that - at least more than one beam is collimated for producing two ionizing beams (FX1.1, FX1.2), in that the first and the second radiation source are configured such that an ionizing beam (FX1.1, FX1.2, FX3) of the first radiation source and an ionizing beam of the second radiation source intersect, wherein - two of the detector arrangements (11, 12) are oriented towards the beams from the first radiation source and are arranged with an angular offset or an inclination with respect to one another, - and one of these two detector arrangements is mounted so as to be partially or slightly interleaved with the third detector arrangement, wherein the third detector arrangement is oriented towards ionizing beams from the second radiation source, wherein the two radiation sources (10, 30) interact with the three detector arrangements (11, 12, 31), wherein the second radiation source is mounted such that the radiation is not perpendicular to the transport device but extends, counter to one of the radiations (FX1.1, FX1.2) of the first radiation source, at an angle with respect to the transport plane of the transport device. - at least more than one beam is collimated for producing two ionizing beams (FX1.1, FX1.2), in that the first and the second radiation source are configured such that an ionizing beam (FX1.1, FX1.2, FX3) of the first radiation source and an ionizing beam of the second radiation source intersect, wherein - two of the detector arrangements (11, 12) are oriented towards the beams from the first radiation source and are arranged with an angular offset or an inclination with respect to one another, - and one of these two detector arrangements is mounted so as to be partially or slightly interleaved with the third detector arrangement, wherein the third detector arrangement is oriented towards ionizing beams from the second radiation source, wherein the two radiation sources (10, 30) interact with the three detector arrangements (11, 12, 31), wherein the second radiation source is mounted such that the radiation is not perpendicular to the transport device but extends, counter to one of the radiations (FX1.1, FX1.2) of the first radiation source, at an angle with respect to the transport plane of the transport device.
Apparatus for orienting a guide vane carrier relative to a turbine casing, having a guide device with a guide channel with a first internal thread and also a first adjusting element and a second adjusting element, characterized in that the guide device has a first region and a second region, wherein the first region is arranged in a recess of the guide vane carrier and the second region is arranged in a recess of the casing, wherein the first adjusting element with a first external thread is arranged in the guide channel, wherein the first external thread can be screwed together with the first internal thread, wherein the first adjusting element can be arranged in the guide channel such that, when the guide device is supported against a support surface of the recess, a force flow runs through the first adjusting element from the recess to the guide device, wherein the second adjusting element with a second external thread is arranged in the guide channel, wherein the second external thread can be screwed together with the first internal thread, wherein the second adjusting element can be arranged in the guide channel such that a force flow runs through the second adjusting element from an upper part of the casing to the guide device, and wherein the first adjusting element is secured by means of a securing device with the second adjusting element in the guide channel such that it cannot rotate relative to the guide channel.
A liquid crystal display, LCD, device comprising: a liquid crystal display panel comprising an upper substrate and a lower substrate that are coupled to and face each other; a backlight unit comprising a light source module, a light guide plate which guides light incident from the light source module towards the liquid crystal display panel, and an optical sheet disposed on the light guide plate; and a coupling member coupling the liquid crystal display panel to the light guide plate such that a sealed space sealing the optical sheet is provided between the liquid crystal display panel and the light guide plate, characterized in that the coupling member comprises: a bank provided on the upper major surface of the light guide plate to define said sealed space and so as to be separated from each side surface of the light guide plate and having a height allowing the bank to support the liquid crystal display panel; and a sealing member provided in a space between the liquid crystal display panel and an edge portion of the light guide plate along the outer portion of the bank in order to couple the liquid crystal display panel to the light guide plate and to seal the outer portion of the bank. a liquid crystal display panel comprising an upper substrate and a lower substrate that are coupled to and face each other; a backlight unit comprising a light source module, a light guide plate which guides light incident from the light source module towards the liquid crystal display panel, and an optical sheet disposed on the light guide plate; and a coupling member coupling the liquid crystal display panel to the light guide plate such that a sealed space sealing the optical sheet is provided between the liquid crystal display panel and the light guide plate, characterized in that the coupling member comprises: a bank provided on the upper major surface of the light guide plate to define said sealed space and so as to be separated from each side surface of the light guide plate and having a height allowing the bank to support the liquid crystal display panel; and a sealing member provided in a space between the liquid crystal display panel and an edge portion of the light guide plate along the outer portion of the bank in order to couple the liquid crystal display panel to the light guide plate and to seal the outer portion of the bank. a bank provided on the upper major surface of the light guide plate to define said sealed space and so as to be separated from each side surface of the light guide plate and having a height allowing the bank to support the liquid crystal display panel; and a sealing member provided in a space between the liquid crystal display panel and an edge portion of the light guide plate along the outer portion of the bank in order to couple the liquid crystal display panel to the light guide plate and to seal the outer portion of the bank.
Animation mechanism enabling control of the triggering of a cyclical movement of an object to be animated in order to obtain an entertaining effect and comprising: • a driving member to provide the energy intended for the animation of the object; • a power reserve cam indexed to the power reserve of the driving member and determining at least two states of said power reserve; • a control mobile kinematically connected to the driving member and intended to control the triggering of the cyclical movement of the object to be animated; and, • a triggering device (2, 3, 4, 9) controlled by the control mobile and kinematically connected to the object to be animated, wherein the triggering device (2, 3, 4, 9) is also arranged to cooperate with the power reserve cam in order to cause variation, according to the power reserve of the driving member, in the triggering times of the cyclical movement of the object to be animated in time and/or the number of cyclical movements of the object to be animated upon each triggering, at least one cyclical movement of the object to be animated taking place in each of the at least two states of the power reserve of the driving member. • a driving member to provide the energy intended for the animation of the object; • a power reserve cam indexed to the power reserve of the driving member and determining at least two states of said power reserve; • a control mobile kinematically connected to the driving member and intended to control the triggering of the cyclical movement of the object to be animated; and, • a triggering device (2, 3, 4, 9) controlled by the control mobile and kinematically connected to the object to be animated, wherein the triggering device (2, 3, 4, 9) is also arranged to cooperate with the power reserve cam in order to cause variation, according to the power reserve of the driving member, in the triggering times of the cyclical movement of the object to be animated in time and/or the number of cyclical movements of the object to be animated upon each triggering, at least one cyclical movement of the object to be animated taking place in each of the at least two states of the power reserve of the driving member.
System of fastening a seal to a rotor blade of a rotary feeder of loose material, comprising said seal and said rotor blade, wherein the seal secured to the blade has a sealing edge arranged above the top edge of the blade, - wherein below the top edge, a groove is formed in the wall of the blade which is parallel with the axis of the rotor, said system comprising - a supporting strip being removingly secured in the groove, - a first rigid unit, produced when mounting said seal, consisting of the supporting strip and either a hard seal, or a soft seal attached by a locating strip, said first rigid unit being produced by means of fastening screws passed through installation openings of said seal and screwed into threaded holes in the supporting strip, and wherein - the supporting strip has a first contact surface which shape basically matches with the shape of the groove and a second contact surface is directly in contact with a contact surface of the seal, - wherein the seal and the supporting strip forming another rigid unit with the blade by being fixed with securing screws, and on each side of the groove there is at least one anchor hole formed in the blade, which is adapted to the securing screws wherein the seal secured to the blade has a sealing edge arranged above the top edge of the blade, - wherein below the top edge, a groove is formed in the wall of the blade which is parallel with the axis of the rotor, - wherein below the top edge, a groove is formed in the wall of the blade which is parallel with the axis of the rotor, said system comprising - a supporting strip being removingly secured in the groove, - a first rigid unit, produced when mounting said seal, consisting of the supporting strip and either a hard seal, or a soft seal attached by a locating strip, said first rigid unit being produced by means of fastening screws passed through installation openings of said seal and screwed into threaded holes in the supporting strip, - a supporting strip being removingly secured in the groove, - a first rigid unit, produced when mounting said seal, consisting of the supporting strip and either a hard seal, or a soft seal attached by a locating strip, said first rigid unit being produced by means of fastening screws passed through installation openings of said seal and screwed into threaded holes in the supporting strip, and wherein - the supporting strip has a first contact surface which shape basically matches with the shape of the groove and a second contact surface is directly in contact with a contact surface of the seal, - wherein the seal and the supporting strip forming another rigid unit with the blade by being fixed with securing screws, - the supporting strip has a first contact surface which shape basically matches with the shape of the groove and a second contact surface is directly in contact with a contact surface of the seal, - wherein the seal and the supporting strip forming another rigid unit with the blade by being fixed with securing screws, and on each side of the groove there is at least one anchor hole formed in the blade, which is adapted to the securing screws
A framework structure of a vehicle including a center pillar that extends in a vertical direction and includes an outer member and a long reinforcing member, the outer member being long and having a cross-sectional shape where a part of a substantially polygonal shape forms an open face, and the reinforcing member being mounted on the inside of the outer member and reinforcing the outer member, characterized in that a plurality of protruding portions, which protrude toward the outer member, is formed on the surface of the reinforcing member facing the open face, the protruding portions being fixed to an inner surface of the outer member by welding, and non-protruding forming portions are formed at the positions, which correspond to a belt line, on the center pillar, the belt line being a boundary between a window and a door main body of a door of the vehicle.
A nozzle used for a blast processing by blasting abrasives toward a surface of a work, comprising: an ejecting portion having an ejecting port for blasting abrasives, which portion is located at a distal end of the nozzle, and a portion for escape, which surrounds a part of the ejecting portion, wherein the portion for escape is formed so that the outer diameter of the cross section of the portion perpendicular to the flow of the blasted abrasives is continuously decreased toward the ejecting port, and wherein the portion for escape can prevent the abrasives that are blasted toward the surface of the work and are reflected from the surface from remaining within the space between the surface of the work and the distal end of the ejecting portion because of collisions of the reflected abrasives with the distal end of the ejecting portion, characterized in that the portion for escape is formed to have at least two circular pipes (33b, 33c) having constant diameters, wherein the outer diameter of a circular pipe of the at least two circular pipes (33b, 33c) that is located nearer the ejecting port than another circular pipe is smaller than that of the other circular pipe. an ejecting portion having an ejecting port for blasting abrasives, which portion is located at a distal end of the nozzle, and a portion for escape, which surrounds a part of the ejecting portion, wherein the portion for escape is formed so that the outer diameter of the cross section of the portion perpendicular to the flow of the blasted abrasives is continuously decreased toward the ejecting port, and wherein the portion for escape can prevent the abrasives that are blasted toward the surface of the work and are reflected from the surface from remaining within the space between the surface of the work and the distal end of the ejecting portion because of collisions of the reflected abrasives with the distal end of the ejecting portion, characterized in that the portion for escape is formed to have at least two circular pipes (33b, 33c) having constant diameters, wherein the outer diameter of a circular pipe of the at least two circular pipes (33b, 33c) that is located nearer the ejecting port than another circular pipe is smaller than that of the other circular pipe.