mhurhangee/ep-ind-claims huggingface dataset:
A lamp comprising: a source plate having a first side and a second side; a plurality of light sources, wherein a first set of the plurality of light sources is attached to the first side of the source plate and generates at least one light, wherein a second set of the plurality of light sources is attached to the second side of the source plate and generates at least one light that is different in terms of color from at least one light generated by the first set of the plurality of light sources, and wherein the second set of the plurality of light sources is at least comprised by a first group and a second group of light sources; a lens that encapsulates the first set of the plurality of light sources and redirects the at least one light generated by the first set of the plurality of light sources; and a diffuser plate and a driver insulator, each in contact with the second side of the source plate; wherein the diffuser plate, the driver insulator, and the second side of the source plate define a light box region in which the second set of the plurality of light sources is located, wherein the driver insulator acts as a reflector and the diffuser plate acts as a diffuser, such that light generated by the second set of the plurality of light sources is dispersed from the light box region through the diffuser plate; and wherein the first set of the plurality of light sources is oriented in a first direction, and the second set of the plurality of light sources is oriented at an acute angle offset from a second direction, which is 180 degrees different from the first direction. a source plate having a first side and a second side; a plurality of light sources, wherein a first set of the plurality of light sources is attached to the first side of the source plate and generates at least one light, wherein a second set of the plurality of light sources is attached to the second side of the source plate and generates at least one light that is different in terms of color from at least one light generated by the first set of the plurality of light sources, and wherein the second set of the plurality of light sources is at least comprised by a first group and a second group of light sources; a lens that encapsulates the first set of the plurality of light sources and redirects the at least one light generated by the first set of the plurality of light sources; and a diffuser plate and a driver insulator, each in contact with the second side of the source plate; wherein the diffuser plate, the driver insulator, and the second side of the source plate define a light box region in which the second set of the plurality of light sources is located, wherein the driver insulator acts as a reflector and the diffuser plate acts as a diffuser, such that light generated by the second set of the plurality of light sources is dispersed from the light box region through the diffuser plate; and wherein the first set of the plurality of light sources is oriented in a first direction, and the second set of the plurality of light sources is oriented at an acute angle offset from a second direction, which is 180 degrees different from the first direction.
A formulation consisting of an alpha adrenergic receptor antagonist, other than phentolamine mesylate, selected from the group of tolazoline, yohimbine, rauwolscine, doxazosine, labetalol, prazosine, tetrazosine and trimazosine, at a molar concentration equivalent to 0.001 mg/ml to 0.25 mg/ml of phentolamine, mesylate in solution, salts and buffers, for use in a method of treatment of a mammal afflicted by a prolonged local anesthetic effect and/or a prolonged regional anesthetic block, caused by prior administration to said mammal of a local anesthetic agent and an alpha adrenergic receptor agonist at a site to be anaesthetized and/or at a site to receive the anesthetic block, by administering said formulation to said mammal by injection, infiltration, or topical applicationto the site of anesthesia.
A modular knee prosthesis assembly kit for replacement of resected articular surfaces of a distal femur of a first patient side, the modular knee prosthesis assembly kit comprising a) a bi-condylar component sized and shaped to substantially replace resected posterior and distal condylar bone portions, b) a first trochlear groove component sized and shaped to replace a resected trochlear groove bone portion, the first trochlear groove component comprising a first patella articulation path defining a first trochlear groove direction angle, wherein an assembly of the bi-condylar component and the first trochlear groove component forms a substantially complete femoral knee prosthesis, characterised in that the kit comprises a second trochlear groove component comprising a second patella articulation path defining a second trochlear groove direction angle, wherein an assembly of the bi-condylar component and the second trochlear groove component forms a substantially complete femoral knee prosthesis and wherein the first trochlear groove direction angle is different from the second trochlear groove direction angle. a) a bi-condylar component sized and shaped to substantially replace resected posterior and distal condylar bone portions, b) a first trochlear groove component sized and shaped to replace a resected trochlear groove bone portion, the first trochlear groove component comprising a first patella articulation path defining a first trochlear groove direction angle, wherein an assembly of the bi-condylar component and the first trochlear groove component forms a substantially complete femoral knee prosthesis, characterised in that the kit comprises a second trochlear groove component comprising a second patella articulation path defining a second trochlear groove direction angle, wherein an assembly of the bi-condylar component and the second trochlear groove component forms a substantially complete femoral knee prosthesis and wherein the first trochlear groove direction angle is different from the second trochlear groove direction angle.
A reproducing device comprising: a switching determination unit configured to determine whether or not a switching condition for switching a display between a wide angle of view video and a partial video is satisfied, the partial video corresponding to a partial angle of view of the wide angle of view video; a video controller configured to selectively display the wide angle of view video or the partial video on a basis of a determination result of the switching determination unit; and a video acquisition unit configured to acquire the wide angle of view video and the partial video from a server that is externally provided; wherein the video controller is configured to, when switching the display between the wide angle of view video and the partial video on a basis of the determination result of the switching determination unit, display the wide angle of view video, to which display information indicating an angle of view of the partial video corresponding to the wide angle of view video has been added; and wherein the switching determination unit is configured to determine whether or not the switching condition for switching the display between the wide angle of view video and the partial video is satisfied on a basis of a line quality with the server from which the video acquisition unit acquires the wide angle of view video. a switching determination unit configured to determine whether or not a switching condition for switching a display between a wide angle of view video and a partial video is satisfied, the partial video corresponding to a partial angle of view of the wide angle of view video; a video controller configured to selectively display the wide angle of view video or the partial video on a basis of a determination result of the switching determination unit; and a video acquisition unit configured to acquire the wide angle of view video and the partial video from a server that is externally provided; wherein the video controller is configured to, when switching the display between the wide angle of view video and the partial video on a basis of the determination result of the switching determination unit, display the wide angle of view video, to which display information indicating an angle of view of the partial video corresponding to the wide angle of view video has been added; and wherein the switching determination unit is configured to determine whether or not the switching condition for switching the display between the wide angle of view video and the partial video is satisfied on a basis of a line quality with the server from which the video acquisition unit acquires the wide angle of view video.
A peritoneal dialysis system comprising: at least one automated peritoneal dialysis ("APD") machine (104, 104a, 104b) programmed to (i) store a plurality of prescribed therapies that target different amounts of ultrafiltration ("UF") to be removed, the different amounts of UF requiring the use of different dextrose level dialysates, and (ii) perform, from the plurality of prescribed therapies, one of the prescribed therapies selected for a treatment; and the at least one APD machine (104, 104a, 104b) further programmed to keep track of how much of each dextrose level dialysate is consumed over the treatment. at least one automated peritoneal dialysis ("APD") machine (104, 104a, 104b) programmed to (i) store a plurality of prescribed therapies that target different amounts of ultrafiltration ("UF") to be removed, the different amounts of UF requiring the use of different dextrose level dialysates, and (ii) perform, from the plurality of prescribed therapies, one of the prescribed therapies selected for a treatment; and the at least one APD machine (104, 104a, 104b) further programmed to keep track of how much of each dextrose level dialysate is consumed over the treatment.
Portable and modular hoisting assembly for a wind turbine for hoisting heavy components, such as blades, hub, gearbox, generator, transformer, shaft, etc., of the wind turbine, the hoisting assembly being arranged for detachable arrangement to the wind turbine and including at least one lifting assembly, wherein the wind turbine includes a fully or partly detachable or movable roof, wherein the hoisting assembly includes: - a frame assembly for detachable arrangement to a base structure interior of a nacelle of the wind turbine, with horizontally extending beams (303, 303') arranged at upper end of the frame assembly, which horizontally extending beams (303,303') have an extension extending beyond the frame assembly, in transversal direction thereof, and extending in use beyond the nacelle in either transversal or longitudinal direction thereof, and - the at least one lifting assembly is fixed to the horizontally extending beams (303, 303'), or movably arranged to the horizontally extending beams (303, 303') for movement in longitudinal or transversal direction of the nacelle, characterized in that the lifting assembly includes a fixed or movable platform arranged to the horizontally extending beams (303, 303') and at least one lifting device (401, 401a-b) arranged to the platform. - a frame assembly for detachable arrangement to a base structure interior of a nacelle of the wind turbine, with horizontally extending beams (303, 303') arranged at upper end of the frame assembly, which horizontally extending beams (303,303') have an extension extending beyond the frame assembly, in transversal direction thereof, and extending in use beyond the nacelle in either transversal or longitudinal direction thereof, and - the at least one lifting assembly is fixed to the horizontally extending beams (303, 303'), or movably arranged to the horizontally extending beams (303, 303') for movement in longitudinal or transversal direction of the nacelle,
Process for obtaining para-xylene from a feedstock containing xylenes, ethylbenzene and C9+ hydrocarbons, said process comprising - a single stage A of separation in a simulated moving bed of said feedstock, said stage being carried out with a zeolite as adsorbent and a desorbent, at a temperature between 20 and 250°C, under a pressure between the bubble pressure of the xylenes at the operating temperature and 2.0 MPa, and with a ratio by volume of the desorbent to the feedstock in the unit for separation in a simulated moving bed between 0.4 and 2.5, and making it possible to obtain at least three fractions, □ a fraction A1 comprising a mixture of para-xylene and of desorbent, and □ two fractions A21, A22 comprising ethylbenzene, ortho-xylene and meta-xylene and desorbent, - a stage B of fractionation by distillation in a distillation column of the fractions A21 and A22 resulting from stage A, in which said fractions are introduced separately at distinct injection points, and makes it possible to obtain a fraction B2 containing ethylbenzene, ortho-xylene and meta-xylene, and a fraction B42 devoid of aromatic compounds containing 8 carbon atoms and containing desorbent. - a single stage A of separation in a simulated moving bed of said feedstock, said stage being carried out with a zeolite as adsorbent and a desorbent, at a temperature between 20 and 250°C, under a pressure between the bubble pressure of the xylenes at the operating temperature and 2.0 MPa, and with a ratio by volume of the desorbent to the feedstock in the unit for separation in a simulated moving bed between 0.4 and 2.5, and making it possible to obtain at least three fractions, □ a fraction A1 comprising a mixture of para-xylene and of desorbent, and □ two fractions A21, A22 comprising ethylbenzene, ortho-xylene and meta-xylene and desorbent, □ a fraction A1 comprising a mixture of para-xylene and of desorbent, and □ two fractions A21, A22 comprising ethylbenzene, ortho-xylene and meta-xylene and desorbent, - a stage B of fractionation by distillation in a distillation column of the fractions A21 and A22 resulting from stage A, in which said fractions are introduced separately at distinct injection points, and makes it possible to obtain a fraction B2 containing ethylbenzene, ortho-xylene and meta-xylene, and a fraction B42 devoid of aromatic compounds containing 8 carbon atoms and containing desorbent.
A Computed Tomography, CT, system, comprising: a conveyor mechanism configured to convey and move an object under inspection linearly; a first scanning stage comprising a first x-ray source, a first detector, and a first data acquisition device, and configured to scan the object and generate a first digital signal; a second scanning stage configured to be spaced from the first scanning stage at a preset distance in a direction of the object's movement, and comprising a second x-ray source, a second detector, and a second data acquisition device; a processing device configured to reconstruct a CT image of the object at a first image quality based on the first digital signal, and analyze the CT image; and a control device configured to adjust a scanning parameter of the second scanning stage based on an analysis result of the processing device to cause the second scanning stage to output a second digital signal, characterised in that the processing device is configured to reconstruct a CT image of the object at a second image quality higher than the first image quality at least based on the first digital signal and the second digital signal. a conveyor mechanism configured to convey and move an object under inspection linearly; a first scanning stage comprising a first x-ray source, a first detector, and a first data acquisition device, and configured to scan the object and generate a first digital signal; a second scanning stage configured to be spaced from the first scanning stage at a preset distance in a direction of the object's movement, and comprising a second x-ray source, a second detector, and a second data acquisition device; a processing device configured to reconstruct a CT image of the object at a first image quality based on the first digital signal, and analyze the CT image; and a control device configured to adjust a scanning parameter of the second scanning stage based on an analysis result of the processing device to cause the second scanning stage to output a second digital signal, characterised in that the processing device is configured to reconstruct a CT image of the object at a second image quality higher than the first image quality at least based on the first digital signal and the second digital signal.
A fastener comprising: a head element having an attachment structure; a strip element coupled to the head element and configured to fasten to the head element via the attachment structure; and an identification device molded into the fastener, the identification device comprising: an identifier integrated circuit, IC, within an IC package; and an antenna coupled to the identifier IC, the antenna having a portion internal to the IC package and a portion external to the IC package, wherein the IC package is molded into the head element and at least a portion of the antenna external to the IC package is molded into the strip element; characterized in that the fastener further comprises a layer of reactive material on the strip element and a layer of reactive material on the attachment structure, wherein the strip element is fused to the head element when the layer of reactive material on the strip element reacts with the layer of reactive material on the attachment structure. a head element having an attachment structure; a strip element coupled to the head element and configured to fasten to the head element via the attachment structure; and an identification device molded into the fastener, the identification device comprising: an identifier integrated circuit, IC, within an IC package; and an antenna coupled to the identifier IC, the antenna having a portion internal to the IC package and a portion external to the IC package, wherein the IC package is molded into the head element and at least a portion of the antenna external to the IC package is molded into the strip element; an identifier integrated circuit, IC, within an IC package; and an antenna coupled to the identifier IC, the antenna having a portion internal to the IC package and a portion external to the IC package, wherein the IC package is molded into the head element and at least a portion of the antenna external to the IC package is molded into the strip element; characterized in that the fastener further comprises a layer of reactive material on the strip element and a layer of reactive material on the attachment structure, wherein the strip element is fused to the head element when the layer of reactive material on the strip element reacts with the layer of reactive material on the attachment structure.
A process for generating hydrogen, said process comprising the steps of: a) exposing an aqueous liquid to carbon dioxide; and b) passing a current through the aqueous liquid so as to generate hydrogen wherein step b) comprises applying a voltage between a cathode and an anode, wherein the cathode is at least partially immersed in the aqueous liquid and the anode is in electrical communication with the aqueous liquid; and wherein the aqueous liquid has no electrolyte other than an electrolyte derived from the carbon dioxide. a) exposing an aqueous liquid to carbon dioxide; and b) passing a current through the aqueous liquid so as to generate hydrogen wherein step b) comprises applying a voltage between a cathode and an anode, wherein the cathode is at least partially immersed in the aqueous liquid and the anode is in electrical communication with the aqueous liquid; and
A shape measuring apparatus comprising: a probe having a stylus tip at the tip; a movable mechanism, configured to causing the stylus to move so as to scan a surface of a workpiece to be measured; an information acquiring unit configured to acquire design information of the workpiece; a path setting unit configured to set a path along which to move the stylus based on the design information; a path component calculating section configured to calculate a path velocity vector which is a velocity component vector of the probe along the path; a push direction component calculating section configured to detect a deflection of the probe toward the workpiece, and calculate a push correction vector which is a velocity component vector to be used for correcting the deflection to a prescribed reference deflection; a locus correction component calculating section configured to detect an amount and a direction of locus deviation of the probe from the path, and calculate a locus correction vector which is a velocity component vector tobe used for returning the probe position to the path based on a current position of the probe and the path; a velocity synthesizing section configured to calculate a velocity synthesis vector by combining the path velocity vector, the push correction vector, and the locus correction vector; and a drive control unit configured to move the probe according to the velocity synthesis vector. a probe having a stylus tip at the tip; a movable mechanism, configured to causing the stylus to move so as to scan a surface of a workpiece to be measured; an information acquiring unit configured to acquire design information of the workpiece; a path setting unit configured to set a path along which to move the stylus based on the design information; a path component calculating section configured to calculate a path velocity vector which is a velocity component vector of the probe along the path; a push direction component calculating section configured to detect a deflection of the probe toward the workpiece, and calculate a push correction vector which is a velocity component vector to be used for correcting the deflection to a prescribed reference deflection; a locus correction component calculating section configured to detect an amount and a direction of locus deviation of the probe from the path, and calculate a locus correction vector which is a velocity component vector tobe used for returning the probe position to the path based on a current position of the probe and the path; a velocity synthesizing section configured to calculate a velocity synthesis vector by combining the path velocity vector, the push correction vector, and the locus correction vector; and a drive control unit configured to move the probe according to the velocity synthesis vector.