mhurhangee/ep-ind-claims huggingface dataset:
A radiation therapy patient couch top with one or more removable components comprising: a metal-free treatment/imaging area; a frame comprising a rear end and two or more moveable radiolucent beams, the beams comprising a rear, a middle and a front, that extend into the treatment/imaging area and move from side to side, wherein the beams are free from a connecting element that spans and connects the beams in the treatment/imaging area; and a removable patient supporting radiolucent insert that can be placed on top of the beams where the beams extend into the treatment/imaging area and that can be secured accurately and repeatably to the frame; characterised in that: at the rear end of the frame, beam loads at the rear of the beams are reacted against a flat load reaction surface, and wherein the beams are attached to the frame through the use of a single linear bearing way that resides at the middle of the beams and which runs transverse to the beams and allows the beams to be moved from side to side. a metal-free treatment/imaging area; a frame comprising a rear end and two or more moveable radiolucent beams, the beams comprising a rear, a middle and a front, that extend into the treatment/imaging area and move from side to side, wherein the beams are free from a connecting element that spans and connects the beams in the treatment/imaging area; and a removable patient supporting radiolucent insert that can be placed on top of the beams where the beams extend into the treatment/imaging area and that can be secured accurately and repeatably to the frame; characterised in that: at the rear end of the frame, beam loads at the rear of the beams are reacted against a flat load reaction surface, and wherein the beams are attached to the frame through the use of a single linear bearing way that resides at the middle of the beams and which runs transverse to the beams and allows the beams to be moved from side to side. at the rear end of the frame, beam loads at the rear of the beams are reacted against a flat load reaction surface, and wherein the beams are attached to the frame through the use of a single linear bearing way that resides at the middle of the beams and which runs transverse to the beams and allows the beams to be moved from side to side.
A vehicle suspension arrangement comprising a first vehicle member, a second vehicle member, and a device for attaching the first vehicle member to the second vehicle member, wherein the device comprises two U-bolts and a support means (8,108) for supporting the U-bolts, wherein the U-bolts are configured to straddle the support means at a distance from each other characterized in that the support means (8,108) comprises two opposed edge surfaces (10,11), each configured for contacting an inner surface of the U-bolts, wherein the support means (8,108) comprises a flexible element (12,112), which is adapted for allowing a relative movement of the two opposed edge surfaces, wherein the support means further comprises two at least partly spaced, rigid elements (13,14), each rigid element comprises one of said edge surfaces (10,11) and that the flexible element (12,112) is positioned between the rigid elements.
A riding mower (10; 300) comprising: left and right mower blades (140L, 140R; 40L', 40R') that rotate to mow grass and generate air flows (WF11, WF12; WF1', WF2'); a mower deck (14; 314) that covers the two mower blades (140L, 140R; 40L', 40R') from above; and two motors (15, 15; ML, MR) that rotate the respective mower blades (140L, 140R; 40L', 40R'); the left and right mower blades (140L, 140R; 40L', 40R') being provided adjacent to each other and one of the left and right mower blades (140L; 40L') being disposed obliquely in front of the other mower blade (140R; 40R'), the riding mower (10; 300) rotating the left mower blade (140L; 40L') clockwise and rotating the right mower blade (140R; 40R') counterclockwise in a plan view, generating a combined air flow (WF13; WF'), which is directed to the rear from the front, in the mower deck (14; 314) at a position where the paths (TL; TR) of rotation of the two mower blades (140L, 140R; 40L', 40R') are closest to each other, and discharging mowed grass to the outside of the mower deck (14; 314) together with the combined air flow (WF13; WF'), wherein the rotational speed of the forward mower blade (140L; 40L') is set to be higher than the rotational speed of the rearward mower blade (140R; 40R'), so that the speed of air flow (WF11; WF1') generated by the forward mower blade (140L; 40L') becomes higher than the speed of air flow (WF12; WF2') generated by the rearward mower blade (140R; 40R'), the combined air flow (WF13; WF') is generated, and the mowed grass is discharged to the rear of the mower deck (14; 314). left and right mower blades (140L, 140R; 40L', 40R') that rotate to mow grass and generate air flows (WF11, WF12; WF1', WF2'); a mower deck (14; 314) that covers the two mower blades (140L, 140R; 40L', 40R') from above; and two motors (15, 15; ML, MR) that rotate the respective mower blades (140L, 140R; 40L', 40R'); the left and right mower blades (140L, 140R; 40L', 40R') being provided adjacent to each other and one of the left and right mower blades (140L; 40L') being disposed obliquely in front of the other mower blade (140R; 40R'), the riding mower (10; 300) rotating the left mower blade (140L; 40L') clockwise and rotating the right mower blade (140R; 40R') counterclockwise in a plan view, generating a combined air flow (WF13; WF'), which is directed to the rear from the front, in the mower deck (14; 314) at a position where the paths (TL; TR) of rotation of the two mower blades (140L, 140R; 40L', 40R') are closest to each other, and discharging mowed grass to the outside of the mower deck (14; 314) together with the combined air flow (WF13; WF'), wherein the rotational speed of the forward mower blade (140L; 40L') is set to be higher than the rotational speed of the rearward mower blade (140R; 40R'), so that the speed of air flow (WF11; WF1') generated by the forward mower blade (140L; 40L') becomes higher than the speed of air flow (WF12; WF2') generated by the rearward mower blade (140R; 40R'), the combined air flow (WF13; WF') is generated, and the mowed grass is discharged to the rear of the mower deck (14; 314).
A preparation method of an organic zinc catalyst, the method comprising the steps of: surface-treating a zinc precursor with one or more dispersants selected from the group consisting of an anionic surfactant, a cationic surfactant, and an amphiphilic surfactant wherein the dispersant is a phosphate-based dispersant having a phosphoric acid group; and reacting the surface-treated zinc precursor with dicarboxylic acid having 3 to 20 carbon atoms to form a zinc dicarboxylate-based catalyst. surface-treating a zinc precursor with one or more dispersants selected from the group consisting of an anionic surfactant, a cationic surfactant, and an amphiphilic surfactant wherein the dispersant is a phosphate-based dispersant having a phosphoric acid group; and reacting the surface-treated zinc precursor with dicarboxylic acid having 3 to 20 carbon atoms to form a zinc dicarboxylate-based catalyst.
A surgical hand instrument used in the field of the eye surgery, and more particularly for a keratopigmentation operation, including a handle at one end of which is arranged a flat blade shaped in the manner of a circular arc and which extends along a plane forming an angle (α) with the main axis (XX') of said handle, wherein the distal end of said blade has a rounded shape, and has a width that is larger than that of the body of said blade, and has a cutting edge.
Printer cartridge containing a formulation comprising one or more organic semiconductors dissolved or dispersed in an organic solvent or dispersion medium, where the formulation is in contact with at least one absorption material and the absorption material is able to bind oxygen, water, carbon dioxide and/or hydroxide ions or react with these substances, characterised in that the printer cartridge has a casing into which an internal pouch containing the formulation comprising at least one organic semiconductor has been introduced.
Timepiece component comprising a shaft-like portion including at least one pivot about a pivot axis, wherein at least the constituent material of said shaft-like portion is a ceramic, and where said shaft-like portion includes a plurality of recesses evenly arranged around said pivot axis, and has its centre of inertia on said pivot axis, characterised in that at least one said recess contains an injection point for said material.
A urea-type grease composition, comprising: a fatty acid metal salt; a metal dithiocarbamate; a phosphate ester; a basic additive as an additive; and a base oil in which a urea compound is blended as a thickener, wherein a total acid value is 3.7 mgKOH/g or more, wherein the basic additive contains a hindered amine, and wherein the content of the phosphate ester is 2 mass% or more relative to the total amount of the grease composition. a fatty acid metal salt; a metal dithiocarbamate; a phosphate ester; a basic additive as an additive; and a base oil in which a urea compound is blended as a thickener, wherein a total acid value is 3.7 mgKOH/g or more, wherein the basic additive contains a hindered amine, and wherein the content of the phosphate ester is 2 mass% or more relative to the total amount of the grease composition.
A sheet separation device configured to separate a two-ply sheet in which two sheets are bonded together at a portion of the two-ply sheet, the sheet separation device comprising: a rotator; a conveyor configured to convey the two-ply sheet to the rotator with a bonded portion of the two-ply sheet being an upstream end or a downstream end of the two-ply sheet in a conveyance direction of the two-ply sheet; and characterized by means for winding (110,111,112,T1,T2; 117; 119) configured to wind, around the rotator, the two-ply sheet conveyed by the conveyor, to create a difference between a circumferential length of the part of the inner sheet that is wound around the rotator and a circumferential length of the part of the outer sheet that is wound around the rotator, thereby separating the two sheets. a rotator; a conveyor configured to convey the two-ply sheet to the rotator with a bonded portion of the two-ply sheet being an upstream end or a downstream end of the two-ply sheet in a conveyance direction of the two-ply sheet; and characterized by means for winding (110,111,112,T1,T2; 117; 119) configured to wind, around the rotator, the two-ply sheet conveyed by the conveyor, to create a difference between a circumferential length of the part of the inner sheet that is wound around the rotator and a circumferential length of the part of the outer sheet that is wound around the rotator, thereby separating the two sheets.
A turbine module for a gas-turbine engine with a turbine rotor composed of four disks at least, supporting blades on their periphery, two of the said disks forming a monoblock body, said monoblock body including two lateral inter-disk ferrules (109BA, 109CD), characterised in that the said ferrules are bolted onto the disks (109A3, 109D3) of the two rotors adjacent to the monoblock body, through orifices made in the planes of the said disks (109A3, 109D3), an inter-stage ring (131, 132) separate from the monoblock body being placed between each of the said adjacent disks (109A3, 109D3) and the monoblock body, the said ring forming an axial end-stop for the base of the mobile blades and an air passage for cooling the base of the blades with the said lateral inter-disk ferrules (109BA, 109CD).
A slider for a heat assisted magnetic recording disk drive, the slider comprising: a magnetic reader; a magnetic writer; and a variable overcoat, the variable overcoat positioned on an air bearing surface, characterised by the variable overcoat comprising: a TaO x blanket layer over both the magnetic reader and writer, having a substantially constant material and having a substantially constant thickness except for at a TaO x step over the writer, whereby the TaO x over the writer is thicker than over the reader; and a blanket layer of diamond like carbon over the TaO x blanket layer and step. a magnetic reader; a magnetic writer; and a variable overcoat, the variable overcoat positioned on an air bearing surface, characterised by the variable overcoat comprising: a TaO x blanket layer over both the magnetic reader and writer, having a substantially constant material and having a substantially constant thickness except for at a TaO x step over the writer, whereby the TaO x over the writer is thicker than over the reader; and a blanket layer of diamond like carbon over the TaO x blanket layer and step. a TaO x blanket layer over both the magnetic reader and writer, having a substantially constant material and having a substantially constant thickness except for at a TaO x step over the writer, whereby the TaO x over the writer is thicker than over the reader; and a blanket layer of diamond like carbon over the TaO x blanket layer and step.
An atomic sensor system comprising: a magnetic field generator configured to generate a magnetic field along an axis; a probe laser configured to generate an optical probe beam (OPT PRB); a laser controller configured to modulate a frequency of the optical probe beam at a modulation frequency and about a center frequency; a pump laser configured to generate an optical pump beam (OPT PMP) along the axis; a sensor cell comprising an alkali metal vapor; beam optics configured to split the optical probe beam into a first portion (OPT RRB1) and a second portion (OPT PRB2) and to direct the first and second portions of the optical probe beam through the sensor cell, such that the second portion of the optical probe beam has at least a vector component along the axis; and detection optics comprising a photodetector assembly configured to measure a Faraday rotation associated with the first portion of the optical probe beam exiting the sensor cell to measure one of a rotation or a magnetic field, and a second photodetector assembly configured to measure a Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the Faraday rotation associated with the second optical probe beam being based on the modulation of the frequency of the optical probe beam, and to generate a feedback signal (FDBK) based on the Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the laser controller being further configured to stabilize the center frequency of the optical probe beam based on the feedback signal. a magnetic field generator configured to generate a magnetic field along an axis; a probe laser configured to generate an optical probe beam (OPT PRB); a laser controller configured to modulate a frequency of the optical probe beam at a modulation frequency and about a center frequency; a pump laser configured to generate an optical pump beam (OPT PMP) along the axis; a sensor cell comprising an alkali metal vapor; beam optics configured to split the optical probe beam into a first portion (OPT RRB1) and a second portion (OPT PRB2) and to direct the first and second portions of the optical probe beam through the sensor cell, such that the second portion of the optical probe beam has at least a vector component along the axis; and detection optics comprising a photodetector assembly configured to measure a Faraday rotation associated with the first portion of the optical probe beam exiting the sensor cell to measure one of a rotation or a magnetic field, and a second photodetector assembly configured to measure a Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the Faraday rotation associated with the second optical probe beam being based on the modulation of the frequency of the optical probe beam, and to generate a feedback signal (FDBK) based on the Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the laser controller being further configured to stabilize the center frequency of the optical probe beam based on the feedback signal.
A composition comprising at least two seasonal H3 influenza A-specific amplification primers, wherein the primers comprise nucleic acid oligonucleotide primers having the sequence set forth in SEQ ID NO:99 and SEQ ID. NO. 100 and further comprising a seasonal H3 seasonal influenza A-specific oligonucleotide detection probe having the sequence set forth in SEQ ID NO: 102.
A modular system for printing identification documents comprising a plurality of modular machines placed in parallel, each one fitted with at least one storage magazine for a plurality of virgin cards, means for laser printing variable data on a card, and means of ejecting a printed card onto a collector common to said plurality of modular machines, the system further comprising a central computer interfaced with each modular machine and adapted to manage and coordinate their operation; wherein general means of centralized services are provided for each modular machine; and wherein a plurality of bedplates are provided upon which these modular machines are positioned, each of said respective bedplates comprising locking/unlocking means for said respective modular machines and connection elements adapted to functionally connect each machine to said centralized services.
An oxygen scavenger composition for food packaging application comprising a polymeric resin, one or more oligomeric photosensitizers selected from the group consisting of photosensitizers derived from benzophenone-3,3',4,4'-tetracarboxylic dianhydride; photosensitizers bearing an anthraquinone core; and benzophenone photosensitizers of the formulae a metal salt, preferably Cu stearate or Mn stearate; a sacrificial oxidizable substrate, and optionally additional components. a polymeric resin, one or more oligomeric photosensitizers selected from the group consisting of photosensitizers derived from benzophenone-3,3',4,4'-tetracarboxylic dianhydride; photosensitizers bearing an anthraquinone core; and benzophenone photosensitizers of the formulae a metal salt, preferably Cu stearate or Mn stearate; a sacrificial oxidizable substrate, and optionally additional components.
A connector for a coupling arrangement, the connector comprising a female duct with an opening provided for receiving at least a male duct of a second connector, further comprising a circumferential sleeve being fixed to the female duct in axial direction, the sleeve providing at least one slot, in particular at least three slots arranged in a circumferential wall of the sleeve, wherein a locking element is provided having at least one insertion part (72, 74, 76, 78), the at least one insertion part (72, 74, 76, 78) of the locking element extending through the at least one slot into the opening of the female duct and intended for clamping the male duct by extending, in a closed state of the locking element, into a circumferential locking groove of the male duct, when the second connector is arranged in its end position in the first connector, characterized in that the sleeve is an external metallic part, wherein the female duct is made of thermoplastic material, wherein the external metallic sleeve is mounted axially and is crimped by bending teeth against a shoulder around the thermoplastic female duct.
A composition comprising an mRNA encoding a cystic fibrosis transmembrane conductance regulator (CFTR), encapsulated within a liposome for use in a method of treating cystic fibrosis, wherein the use comprises administering to a subject in need of treatment the composition such that the administering of the composition results in the expression of the cystic fibrosis transmembrane conductance regulator (CFTR) encoded by the mRNA in the one or more tissues affected by cystic fibrosis; wherein the liposome comprises DOPE, cholesterol, DMG-PEG2K and a cationic lipid that is cKK-E12: the ratio of cKK-E12:DOPE:cholesterol:DMG-PEG2K is 40:32:25:3 by molar ratio, the composition is administered via pulmonary delivery by aerosolization, inhalation or nebulization, the composition is formulated as respirable particles, nebulizable lipid or inhalable dry powder, and the mRNA comprises one or more modified nucleotides, wherein the one or more modified nucleotides comprise pseudouridine, N-1-methyl-pseudouridine, 2-aminoadenosine, 2-thiothymidine, inosine, pyrrolo-pyrimidine, 3-methyl adenosine, 5-methylcytidine, C-5 propynyl-cytidine, C-5 propynyl-uridine, 2-aminoadenosine, C5-bromouridine, C5-fluorouridine, C5-iodouridine, C5-propynyl-uridine, C5-propynyl-cytidine, C5-methylcytidine, 2-aminoadenosine, 7-deazaadenosine, 7-deazaguanosine, 8-oxoadenosine, 8-oxoguanosine, O -methylguanine, and/or 2-thiocytidine.
A handle for a movable panel of a vehicle, including: - an inertial mass capable of assuming a position of blocking opening of the handle, and - a lever adapted to break or to be deformed because of the effect of applying a force to an operating member of the handle having an intensity exceeding a predetermined threshold to allow opening when the mass is in the blocking position, characterized in that the lever is arranged to be in direct contact with the mass. - an inertial mass capable of assuming a position of blocking opening of the handle, and - a lever adapted to break or to be deformed because of the effect of applying a force to an operating member of the handle having an intensity exceeding a predetermined threshold to allow opening when the mass is in the blocking position, characterized in that the lever is arranged to be in direct contact with the mass.