mhurhangee/ep-ind-claims huggingface dataset:
An installation for non-destructive inspection of a part having an axis of revolution and including annular cavities on a common axis and axially adjacent to one another and a common space extending axially between said annular cavities, comprising a sensor support suitable for moving over a surface of said part to be inspected, and means for combining circular displacement and radial displacement of said support and/or of said part, and said support being fitted with a plurality of sensors for sensing different physical characteristics (27, 29) in order to pick up data groups specific to said sensors, and corresponding to respective defined zones of said surface, in a single scan thereof, and the installation being characterized in that it includes a horizontal table on which said part can be placed for inspection, a vertical column movable above said table and arranged to engage in said common space of said part for inspection, a chain of locking links mounted to slide along said column, and a deflector carried by said column and comprising an angled guide duct for said chain, presenting a lateral outlet through which the chain leaves substantially horizontally in the form of a rigid segment having its links blocked mutually one against another, the end of said rigid segment being connected to said central support to move it while facing a surface for inspection of said part.
A body-mountable device comprising a tag, wherein the tag comprises an antenna and a rectification circuit of the body-mountable device, characterised in that: the antenna of the body-mountable device is configured to: receive first electromagnetic radiation during a first period of time, receive second electromagnetic radiation during a second period of time, wherein the received second electromagnetic radiation communicates program instructions, and output a first signal indicative of both a supply voltage of the body-mountable device based on the received first electromagnetic radiation and an indication that the body-mountable device currently has no stored program instructions; the rectification circuit of the body-mountable device is configured to rectify at least the received first electromagnetic radiation to generate the supply voltage; and the tag further comprises: a volatile memory of the body-mountable device, wherein the volatile memory is powered by the supply voltage and configured to store the program instructions communicated via the second electromagnetic radiation; and a processing unit of the body-mountable device configured to execute the program instructions stored in the volatile memory. the antenna of the body-mountable device is configured to: receive first electromagnetic radiation during a first period of time, receive second electromagnetic radiation during a second period of time, wherein the received second electromagnetic radiation communicates program instructions, and output a first signal indicative of both a supply voltage of the body-mountable device based on the received first electromagnetic radiation and an indication that the body-mountable device currently has no stored program instructions; receive first electromagnetic radiation during a first period of time, receive second electromagnetic radiation during a second period of time, wherein the received second electromagnetic radiation communicates program instructions, and output a first signal indicative of both a supply voltage of the body-mountable device based on the received first electromagnetic radiation and an indication that the body-mountable device currently has no stored program instructions; the rectification circuit of the body-mountable device is configured to rectify at least the received first electromagnetic radiation to generate the supply voltage; and the tag further comprises: a volatile memory of the body-mountable device, wherein the volatile memory is powered by the supply voltage and configured to store the program instructions communicated via the second electromagnetic radiation; and a processing unit of the body-mountable device configured to execute the program instructions stored in the volatile memory. a volatile memory of the body-mountable device, wherein the volatile memory is powered by the supply voltage and configured to store the program instructions communicated via the second electromagnetic radiation; and a processing unit of the body-mountable device configured to execute the program instructions stored in the volatile memory.
Method for roll-bending a profile which has at least one cross-sectional region (22a, 22b) formed from a plastics material shaped by extrusion, comprising the steps of: - providing a first set of bending rollers and a second set of bending rollers, which each comprise bending rollers (4a-d, 5a-d) arranged in such a way that in each case a passage (4e, 5e) which makes it possible to guide the profile is formed between the bending rollers (4a-d, 5a-d) of each of the sets (4, 5) of bending rollers; - inserting the profile into the first set of bending rollers; - guiding the profile through the first set of bending rollers and the second set of bending rollers during the insertion; and - while the profile is being inserted and guided, moving the second set of bending rollers relative to the first set of bending rollers in such a way that the second set of bending rollers is translated along at least a first spatial direction and a second spatial direction non-parallel thereto and rotated about at least a first rotation axis and a second rotation axis non-parallel thereto, causing the profile to be bent about a first bending axis and about a second bending axis non-parallel to the first bending axis, the translations (T1, T2) and rotations (R1, R2) of the second set of bending rollers being brought about simultaneously at least at times and/or mutually temporally offset in a predetermined sequence. - providing a first set of bending rollers and a second set of bending rollers, which each comprise bending rollers (4a-d, 5a-d) arranged in such a way that in each case a passage (4e, 5e) which makes it possible to guide the profile is formed between the bending rollers (4a-d, 5a-d) of each of the sets (4, 5) of bending rollers; - inserting the profile into the first set of bending rollers; - guiding the profile through the first set of bending rollers and the second set of bending rollers during the insertion; and - while the profile is being inserted and guided, moving the second set of bending rollers relative to the first set of bending rollers in such a way that the second set of bending rollers is translated along at least a first spatial direction and a second spatial direction non-parallel thereto and rotated about at least a first rotation axis and a second rotation axis non-parallel thereto, causing the profile to be bent about a first bending axis and about a second bending axis non-parallel to the first bending axis, the translations (T1, T2) and rotations (R1, R2) of the second set of bending rollers being brought about simultaneously at least at times and/or mutually temporally offset in a predetermined sequence.
Lamp which comprises at least one light source disposed in a housing having at least one light exit opening and at least one reflector, which is shaped in such a way that the light coming from the light source is divided into at least two light beams, wherein the light exit opening is at least partially covered by a cover panel, characterized in that the cover panel comprises two surface sections (5a, 5b), on which the respective corresponding light beams impinge, and that the surface sections (5a, 5b) are shaped in such a way that the majority of the light beams directed onto a respective surface section (5a, 5b) impinge on the surface section at an angle of incidence which is less than 60°, in order to reduce the reflections on the cover panel.
Device for installing a ring of a planetary gear train, the said planetary gear train extending in a first axis, the said ring including a front ring and a rear ring, the said device containing: - a plurality of longitudinal guides, each guide extending in a direction parallel to the first axis; characterised in that the device comprises: - a front bracket having the shape of an arc of a circle for the front ring, the said front bracket containing: - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - a rear bracket having the shape of an arc of a circle for the rear ring, the said rear bracket containing: - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place. - a plurality of longitudinal guides, each guide extending in a direction parallel to the first axis; - a front bracket having the shape of an arc of a circle for the front ring, the said front bracket containing: - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - a rear bracket having the shape of an arc of a circle for the rear ring, the said rear bracket containing: - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place. - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place.
A low profile housing comprising: a first elongated hollow casing comprising a top surface and a bottom surface. wherein said casing is substantially light diffusive; a second elongated and substantially hollow casing surrounding all but said top surface of said first casing, at least one end cap for sealing an end of said first casing; one or more light emitting devices mounted within said first casing; and further comprising a mounting means for mounting said housing to an external surface, characterized in that said mounting means comprises a base portion with two flanges extending in opposite directions from said base portion. a first elongated hollow casing comprising a top surface and a bottom surface. wherein said casing is substantially light diffusive; a second elongated and substantially hollow casing surrounding all but said top surface of said first casing, at least one end cap for sealing an end of said first casing; one or more light emitting devices mounted within said first casing; and further comprising a mounting means for mounting said housing to an external surface, characterized in that said mounting means comprises a base portion with two flanges extending in opposite directions from said base portion.
A surgical end effector for use with a surgical instrument that includes an elongate shaft assembly that includes a rotary output drive shaft, said surgical end effector comprising: an elongate channel configured for operable attachment to the elongate shaft assembly of the surgical instrument, said elongate channel configured to operably support a surgical staple cartridge therein; an anvil frame comprising a proximal end and a distal end and being selectively movable between open and closed position relative to said elongate channel upon application of opening and closing motions thereto from the elongate shaft assembly; a firing member supported for movable travel within said surgical end effector being characterized by means supported within said anvil frame and extending a length thereof for driving said firing member through said end effector from a starting position to an ending position upon an application of a first rotary motion to said means for driving and wherein said means for driving being configured to drive said firing member from said ending position to said starting position upon application of a second rotary motion to said means for driving. an elongate channel configured for operable attachment to the elongate shaft assembly of the surgical instrument, said elongate channel configured to operably support a surgical staple cartridge therein; an anvil frame comprising a proximal end and a distal end and being selectively movable between open and closed position relative to said elongate channel upon application of opening and closing motions thereto from the elongate shaft assembly; a firing member supported for movable travel within said surgical end effector being characterized by means supported within said anvil frame and extending a length thereof for driving said firing member through said end effector from a starting position to an ending position upon an application of a first rotary motion to said means for driving and wherein said means for driving being configured to drive said firing member from said ending position to said starting position upon application of a second rotary motion to said means for driving.
A system that comprises a quick connect fluid connector, an electronic reader, and a process controller; the quick connect fluid connector is detachably connectable to a tube of a fluid system to process a fluid into or from the fluid system through the quick connect fluid connector, and the quick connect fluid connector comprises: a generally cylindrical construction that includes a body; a metal part mounted on the body and movable relative to the body between a first position and a second position; characterized in that it comprises at least one radio frequency identification tag attached to an outer surface of the body; wherein the radio frequency identification tag is positioned at a location on the outer surface of the body such that at least a portion of the radio frequency identification tag is covered by the metal part when the metal part is at the first position, and no portion of the radio frequency identification tag is covered by the metal part when the metal part is at the second position; wherein the quick connect fluid connector is in a disconnected state when the metal part is at the first position, and the quick connect fluid connector is in a connected state when the metal part is at the second position; the radio frequency identification tag cannot be detected by the electronic reader when the metal part is at the first position, and the radio frequency identification tag can be detected by the electronic reader when the metal part is at the second position; and wherein the electronic reader is connected to the process controller. a generally cylindrical construction that includes a body; a metal part mounted on the body and movable relative to the body between a first position and a second position; characterized in that it comprises at least one radio frequency identification tag attached to an outer surface of the body; wherein the radio frequency identification tag is positioned at a location on the outer surface of the body such that at least a portion of the radio frequency identification tag is covered by the metal part when the metal part is at the first position, and no portion of the radio frequency identification tag is covered by the metal part when the metal part is at the second position; wherein the quick connect fluid connector is in a disconnected state when the metal part is at the first position, and the quick connect fluid connector is in a connected state when the metal part is at the second position; the radio frequency identification tag cannot be detected by the electronic reader when the metal part is at the first position, and the radio frequency identification tag can be detected by the electronic reader when the metal part is at the second position; and wherein the electronic reader is connected to the process controller.
A method of forming a barrier film on a substrate, the method comprising: repeating the following sequence of steps until a mixed metal-silicon-oxide film having a thickness of 500 Angstroms or less is formed on the substrate, wherein the mixed metal-silicon-oxide film has a refractive index of 1.8 or less: (a) chemisorbing a first precursor on a surface supported by the substrate by exposing the surface to one of a non-hydroxylated silicon-containing precursor or a metal-containing precursor; (b) after step (a), supplying activated oxygen species to the surface; (c) chemisorbing a second precursor on the surface by exposing the surface to the other of the non-hydroxylated silicon-containing precursor and the metal-containing precursor; and (d) after step (c), supplying activated oxygen species to the surface. (a) chemisorbing a first precursor on a surface supported by the substrate by exposing the surface to one of a non-hydroxylated silicon-containing precursor or a metal-containing precursor; (b) after step (a), supplying activated oxygen species to the surface; (c) chemisorbing a second precursor on the surface by exposing the surface to the other of the non-hydroxylated silicon-containing precursor and the metal-containing precursor; and (d) after step (c), supplying activated oxygen species to the surface.
A solid oral care composition in the form of a compressed tablet for use in the cleaning of teeth, the composition comprising calcium carbonate and polyethylene oxide, in which the polyethylene oxide has a molecular weight ranging greater than 500,000 (Mw).
A pump assembly with an electronics casing comprising an outer wall with at least one wall section which is of a first plastic material and on whose inner side facing the interior of the electronics casing a metallic heat distributor is arranged, and this heat distributor in the inside of the electronics casing 816) is thermally conductively connected to an electronic component to be cooled, so that the heat can be dissipated to the outside through the wall section wherein the metallic heat distributor is not completely moulded into the first plastic material, but is moulded into a second plastic material which is different to the first plastic material and which is connected to the first plastic material.
Device for the machine-controlled production of mixed beverages, with a cup dispenser and a filling unit for multiple beverage containers, with a data processing system with at least one user-operated computer program in the form of stored software for the mixing of multiple mixed drinks and a display, whereby the data processing system executes all control or regulation processes using the computer program, whereby the ingredients of a mixed beverage can be added to beverage containers by the filling unit in a controlled and regulated manner using the computer program, once the user has chosen a specific mix, whereby - a transportation unit with holders for beverage containers operates in interaction with the filling unit, - the filling unit has multiple filling stations (31, 32), beneath which the holders of the transportation unit can be positioned with the beverage containers, - the filling stations (31, 32) comprise at least one initial filling station for filling with solid ingredients and at least one second filling station for the mixing process of the beverage components, - the filling stations (31, 32) can automatically be used simultaneously using the data processing system, and - after the filling unit, the transportation unit operates as an output unit to supply multiple finished mixed beverages, characterised by rotary plates fitted to the holders of the transportation unit for beverage containers, which can be used to rotate a beverage container, whereby the rotary plate is rotated by means of a motorised rotation unit located beneath the second filling station for the mixing process of the beverage components, whereby the device is designed so that the beverage container can be filled with a beverage mix beneath the second filling station while the beverage container is simultaneously being rotated. - a transportation unit with holders for beverage containers operates in interaction with the filling unit, - the filling unit has multiple filling stations (31, 32), beneath which the holders of the transportation unit can be positioned with the beverage containers, - the filling stations (31, 32) comprise at least one initial filling station for filling with solid ingredients and at least one second filling station for the mixing process of the beverage components, - the filling stations (31, 32) can automatically be used simultaneously using the data processing system, and - after the filling unit, the transportation unit operates as an output unit to supply multiple finished mixed beverages,
Process for the preparation of a release system comprising (i) a polymer matrix, (ii) an inorganic component characterized by a lamellar structure, (iii) a pharmacologically active principle capable to intercalate within said lamellar structure, said process comprising the steps of: treating the inorganic component in such a way as to confer a net positive or negative charge, then combining it with the active principle also in an ionic form or transformed in such a way as to confer an ionic nature, thereby obtaining an intercalation compound which is then mixed with the polymer matrix.