mhurhangee/ep-ind-claims huggingface dataset:
A rotor system (110, 200), comprising: an anti-rotation sleeve featuring an outer recess portion; a tilt sleeve positioned about the anti-rotation sleeve and having an opening therethrough; a first swashplate ring (116a, 240a) positioned about the tilt sleeve and featuring an inner recess portion; an anti-rotation mechanism disposed through the opening and at least partially in the outer recess portion and the inner recess portion, the anti-rotation mechanism operable to prevent the first swashplate ring (116a, 240a) from rotating about the anti-rotation sleeve; and a second swashplate ring (116b, 240b) positioned about the first swashplate ring (116a, 240a) and rotatable about the anti-rotation sleeve. an anti-rotation sleeve featuring an outer recess portion; a tilt sleeve positioned about the anti-rotation sleeve and having an opening therethrough; a first swashplate ring (116a, 240a) positioned about the tilt sleeve and featuring an inner recess portion; an anti-rotation mechanism disposed through the opening and at least partially in the outer recess portion and the inner recess portion, the anti-rotation mechanism operable to prevent the first swashplate ring (116a, 240a) from rotating about the anti-rotation sleeve; and a second swashplate ring (116b, 240b) positioned about the first swashplate ring (116a, 240a) and rotatable about the anti-rotation sleeve.
Direct alcohol fuel cell, - comprising an anode, a cathode and a membrane arranged between the anode and the cathode, which has areas with a catalyst (acl, ccl) and without catalyst on its surface, - with at least one channel for supplying a means of oxidation arranged on the cathode side, in which the area of the membrane (ccl), which borders this channel, has a catalyst for cathodic oxygen reduction, - and with at least one channel for supplying a liquid containing alcohol, characterised in that - at least one channel for supplying a liquid containing alcohol is arranged on the cathode side or the anode side and the area of the membrane, which borders the channel for supplying the liquid containing alcohol, has no catalyst for anodic oxidation, - at least one additional channel (CrC) for removing gaseous CO 2 is arranged on the anode side and the area of the membrane (acl), which borders this channel (CrC), has a catalyst for anodic oxidation. - comprising an anode, a cathode and a membrane arranged between the anode and the cathode, which has areas with a catalyst (acl, ccl) and without catalyst on its surface, - with at least one channel for supplying a means of oxidation arranged on the cathode side, in which the area of the membrane (ccl), which borders this channel, has a catalyst for cathodic oxygen reduction, - and with at least one channel for supplying a liquid containing alcohol, characterised in that - at least one channel for supplying a liquid containing alcohol is arranged on the cathode side or the anode side and the area of the membrane, which borders the channel for supplying the liquid containing alcohol, has no catalyst for anodic oxidation, - at least one additional channel (CrC) for removing gaseous CO 2 is arranged on the anode side and the area of the membrane (acl), which borders this channel (CrC), has a catalyst for anodic oxidation.
A waveguide with integrated lens for sample illumination, comprising: a planar waveguide and at least a section of a plano-convex cylindrical lens integral therewith, the planar waveguide having a first planar surface, the at least a section of a plano-convex cylindrical lens having (a) a second planar surface coplanar with and adjacent the first planar surface to form a common planar surface and (b) a curved surface characterized in that the curved surface is configured to focus a collimated light beam incident thereon, wherein the collimated light beam incident on the curved surface at a propagation vector parallel to the optical axis of the planar waveguide and offset from the optical axis of the planar waveguide in a direction perpendicular to the common planar surface is focused to and optically coupled to the planar waveguide. a planar waveguide and at least a section of a plano-convex cylindrical lens integral therewith, the planar waveguide having a first planar surface, the at least a section of a plano-convex cylindrical lens having (a) a second planar surface coplanar with and adjacent the first planar surface to form a common planar surface and (b) a curved surface characterized in that the curved surface is configured to focus a collimated light beam incident thereon, wherein the collimated light beam incident on the curved surface at a propagation vector parallel to the optical axis of the planar waveguide and offset from the optical axis of the planar waveguide in a direction perpendicular to the common planar surface is focused to and optically coupled to the planar waveguide.
Optical unit, in particular primary optical unit, for a radiation source matrix, wherein the optical unit has a multiplicity of input coupling surfaces (30 - 42), arranged in at least one row, and at least one output coupling surface, and wherein at least one input coupling surface, which is arranged at a row end of the row that is formed by the input coupling surfaces (30 - 42) which are arranged in at least one row, is wider viewed in the direction of the at least one row, characterized in that the input coupling surfaces (30, 42) that are arranged at the row ends of the row that is formed by the input coupling surfaces (30 - 42) which are arranged in at least one row are wider viewed in the direction of the at least one row, and wherein the input coupling surfaces (30, 42), which are arranged at the row ends of the row that is formed by the input coupling surfaces (30 - 42) which are arranged in at least one row, have a different width compared to one another viewed in the direction of the at least one row.
A jacket layer for a coated conductor, the jacket layer comprising: a crosslinked silane-functionalized polyolefin; a filler comprising greater than 50 wt% silica, based on the total weight of the filler; a silicone-containing polymer selected from the group consisting of reactive linear silicone-containing polymers, non-reactive linear silicone-containing polymers, and non-reactive branched silicone-containing polymers; wherein the silicone-containing polymer is present in an amount from greater than 4 wt% based on the total weight of the jacket layer; and from 0.00 wt% to 10 wt% of a silanol condensation catalyst, based on the total weight of the jacket layer. a crosslinked silane-functionalized polyolefin; a filler comprising greater than 50 wt% silica, based on the total weight of the filler; a silicone-containing polymer selected from the group consisting of reactive linear silicone-containing polymers, non-reactive linear silicone-containing polymers, and non-reactive branched silicone-containing polymers; wherein the silicone-containing polymer is present in an amount from greater than 4 wt% based on the total weight of the jacket layer; and from 0.00 wt% to 10 wt% of a silanol condensation catalyst, based on the total weight of the jacket layer.
A sheet to form a protective film on the back surface for chips which are face down mountable chips, comprising a release sheet and a protective film forming layer formed on a detachable surface of the release sheet, wherein said protective film forming layer comprises a thermosetting or energy ray-curable component, a binder polymer component characterized by that the protective-film forming layer comprises a pigment and is colored.
A monitoring device with a safety sensor, by means of which objects can be detected within a protective field, wherein the safety sensor triggers a safety function in normal operation when it registers an object intrusion in the protective field, wherein a bridging unit and detection means, by means of which an object moving towards the safety sensor can be detected successively at at least two detection points (27a, 27b), are present, and wherein at least one region of the protective field is provided, by means of which an object moving towards the safety sensor can be detected successively at at least two detection points (27a, 27b), and wherein at least one region of the protective field of the safety sensor is bridged by the bridging unit only if the object is detected within a predetermined time interval, if an object intrusion is registered at the detection points (27a, 27b) within a predetermined time interval, the safety sensor not triggering a safety function in the event of an object intrusion in the bridged area of the protective field, characterised in that the bridging unit transfers the safety sensor into a safe locking state if, after an object intrusion at a first detection point, no object intrusion is registered at the second detection point within the predetermined time interval.
A guidewire system for treating a patient, comprising: an internal sensor mount having a body and a first cutout extending through a wall of the body; a core wire secured to the internal sensor mount; a sensor assembly for detecting a physiological characteristic of the patient secured to the internal sensor mount; an external housing disposed about the internal sensor mount and including an opening in communication with the cutout of the internal sensor mount; a proximal flexible member secured to at least one of the internal sensor mount and the external housing; a first distal flexible member secured to at least one of the internal sensor mount and the external housing; and at least one conductor electrically coupled to the sensor assembly and extending proximally beyond the internal sensor mount through the proximal flexible member. an internal sensor mount having a body and a first cutout extending through a wall of the body; a core wire secured to the internal sensor mount; a sensor assembly for detecting a physiological characteristic of the patient secured to the internal sensor mount; an external housing disposed about the internal sensor mount and including an opening in communication with the cutout of the internal sensor mount; a proximal flexible member secured to at least one of the internal sensor mount and the external housing; a first distal flexible member secured to at least one of the internal sensor mount and the external housing; and at least one conductor electrically coupled to the sensor assembly and extending proximally beyond the internal sensor mount through the proximal flexible member.
A seat unit comprising: two seats arranged facing one another, the two seats optionally being substantially laterally aligned with each other and with respect to a longitudinal axis of the seat unit; and a partition positioned between the two seats; each seat comprising a seat back, a headrest, and a seat pan, wherein each of the two seats is configured to convert between a seat position and a bed position characterized in that the partition comprises two footwells each enclosed by a respective upper surface and rear surface, the footwells being arranged facing in opposing directions so that an opening in each footwell is accessible by a passenger seated in one of the two seats that faces the opening in the footwell, each of the two footwells comprising an enclosed portion having an upper surface that is configured as a table for use by a passenger seated in the one of the two seats that does not face the opening of the corresponding footwell. two seats arranged facing one another, the two seats optionally being substantially laterally aligned with each other and with respect to a longitudinal axis of the seat unit; and a partition positioned between the two seats; each seat comprising a seat back, a headrest, and a seat pan, wherein each of the two seats is configured to convert between a seat position and a bed position characterized in that the partition comprises two footwells each enclosed by a respective upper surface and rear surface, the footwells being arranged facing in opposing directions so that an opening in each footwell is accessible by a passenger seated in one of the two seats that faces the opening in the footwell, each of the two footwells comprising an enclosed portion having an upper surface that is configured as a table for use by a passenger seated in the one of the two seats that does not face the opening of the corresponding footwell.
An in vitro method of screening for renal proximal tubular toxicity of a compound, the method comprising: contacting a test compound with a test population of renal proximal tubular cells grown attached to a support; and examining one or more of the following features of the renal proximal tubular cells in the test population: cell area, area of nucleus: area of whole cell ratio, and arrangement of tubulin; and comparing the one or more features of the test population with the corresponding one or more features of a control population that has not been contacted with the test compound; wherein one or more of a decrease in cell area, an increase in area of nucleus: area of whole cell ratio, and a change in the arrangement of tubulin of the test population relative to the control population is indicative that the test compound is toxic for renal proximal tubular cells. contacting a test compound with a test population of renal proximal tubular cells grown attached to a support; and examining one or more of the following features of the renal proximal tubular cells in the test population: cell area, area of nucleus: area of whole cell ratio, and arrangement of tubulin; and comparing the one or more features of the test population with the corresponding one or more features of a control population that has not been contacted with the test compound; wherein one or more of a decrease in cell area, an increase in area of nucleus: area of whole cell ratio, and a change in the arrangement of tubulin of the test population relative to the control population is indicative that the test compound is toxic for renal proximal tubular cells.
An integrated system for construction product acquisition, the system comprising: a mobile communication and computing device; a dual laser measurement device coupled with the mobile communication and computing device via a data interface; a laser software application (laser app) installed on the mobile communication and computing device, the laser app including: a laser activation software routine to cause the dual laser measurement device to automatically cast laser beams on opposite sides of the dual laser measurement device (313, 315) in three different directions to measure a distance between two distant points; a laser beam pyramid triangulation software routine to calculate a perpendicular distance between surfaces that include the two distant points; and a data entry software routine to allow automatic data acquisition using laser beams (313, 315) generated by the dual laser measurement device, manual data entry, or a combination of both. a mobile communication and computing device; a dual laser measurement device coupled with the mobile communication and computing device via a data interface; a laser software application (laser app) installed on the mobile communication and computing device, the laser app including: a laser activation software routine to cause the dual laser measurement device to automatically cast laser beams on opposite sides of the dual laser measurement device (313, 315) in three different directions to measure a distance between two distant points; a laser beam pyramid triangulation software routine to calculate a perpendicular distance between surfaces that include the two distant points; and a data entry software routine to allow automatic data acquisition using laser beams (313, 315) generated by the dual laser measurement device, manual data entry, or a combination of both. a laser activation software routine to cause the dual laser measurement device to automatically cast laser beams on opposite sides of the dual laser measurement device (313, 315) in three different directions to measure a distance between two distant points; a laser beam pyramid triangulation software routine to calculate a perpendicular distance between surfaces that include the two distant points; and a data entry software routine to allow automatic data acquisition using laser beams (313, 315) generated by the dual laser measurement device, manual data entry, or a combination of both.
Railway control system with a control restriction for transmitting commands from the railway control system to a signal box for a railway installation, the signal box having an associated warning system that controls a warning device located on the railway installation, characterized in that before transmitting a command to the signal box the railway control system sends a control permission request to the warning system, and lifts the control restriction and transmits the command to the signal box only after a positive control permission response has been received from the warning system.
A system (100, 200) for manufacture of a tool, the system comprising: a deposition reactor (105, 205) configured for molecular layer deposition or atomic layer deposition on powder to manufacture coated particles; a fabrication unit (110, 210) configured for 3D printing of the tool; a controller (165, 265) configured to control the deposition reactor to perform the molecular layer deposition or the atomic layer deposition on the powder to manufacture the coated particles and the fabrication unit to 3D print the tool; a transport tunnel (115, 215) that joins the deposition reactor and the fabrication unit; and a vacuum system configured to control gases within the system, wherein the deposition reactor, the fabrication unit, and the transport tunnel are installed within the vacuum system and the vacuum system allows vacuum to be applied to all of the deposition reactor, the fabrication unit, and the transport tunnel, wherein the fabrication unit and the deposition reactor are integrated for automated fabrication of the tool using the coated particles from the deposition reactor as building material for the 3D printing. a deposition reactor (105, 205) configured for molecular layer deposition or atomic layer deposition on powder to manufacture coated particles; a fabrication unit (110, 210) configured for 3D printing of the tool; a controller (165, 265) configured to control the deposition reactor to perform the molecular layer deposition or the atomic layer deposition on the powder to manufacture the coated particles and the fabrication unit to 3D print the tool; a transport tunnel (115, 215) that joins the deposition reactor and the fabrication unit; and a vacuum system configured to control gases within the system, wherein the deposition reactor, the fabrication unit, and the transport tunnel are installed within the vacuum system and the vacuum system allows vacuum to be applied to all of the deposition reactor, the fabrication unit, and the transport tunnel, wherein the fabrication unit and the deposition reactor are integrated for automated fabrication of the tool using the coated particles from the deposition reactor as building material for the 3D printing.
A method for fingerprint matching and camera identification, wherein it is provided for reading, through a device, a camera fingerprint extracted from a set of images, and calculating a compressed version of said camera fingerprint through a random projections technique, wherein said method provides for storing in memory means, in particular a database, scale-invariant versions of compressed fingerprints, said versions being obtained executing in succession the operations of: - create a random pattern corresponding to predetermined maximum sizes; - resize said pattern to the dimensions of said digital fingerprint in order to generate a BCCB, Block Circulant with Circulant Blocks, BCCB matrix from said resized pattern, - calculate the product of said BCCB matrix with said digital fingerprint, - crop a contiguous area of said product of predetermined sizes, and - store in the memory means a set of parameters consisting in a position and a size of the area to be cropped and a size of the uncompressed digital fingerprint. - create a random pattern corresponding to predetermined maximum sizes; - resize said pattern to the dimensions of said digital fingerprint in order to generate a BCCB, Block Circulant with Circulant Blocks, BCCB matrix from said resized pattern, - calculate the product of said BCCB matrix with said digital fingerprint, - crop a contiguous area of said product of predetermined sizes, and - store in the memory means a set of parameters consisting in a position and a size of the area to be cropped and a size of the uncompressed digital fingerprint.
A cartridge for a pneumatic mail system having a cartridge tube which is closed with at least one lid formed from a plurality of lid sectors, wherein the cartridge can be opened and closed by means of a slide ring, wherein the slide ring can be moved parallel to the longitudinal axis of the cartridge and surrounds the cartridge tube; the lid sectors consist of in each case two sub-regions, namely of a first sub-region and a second sub-region; the first sub-regions close off the cartridge tube in the closed position; the second sub-regions are pre-formed on the first sub-regions, embrace the cartridge tube in an end section and are pivotably secured to the slide ring, wherein furthermore there is provided a clamping ring which in the closed position cooperates in a form-locking manner with the second sub-regions of the lid sectors and thus holds the lid sectors closed, characterised in that the clamping ring has one or more axial projections which in the closed position engage in a form-locking manner into corresponding depressions of the second sub-regions of the lid sectors, or in that the second sub-regions of the lid sectors have one or more projections which in the closed position engage in a form-locking manner into corresponding depressions of the clamping ring.