mhurhangee/ep-ind-claims huggingface dataset:
Electrical transfer tab for motor vehicles having - at least two connecting flat parts (100, 110) formed from a metallic material, - wherein the connecting flat parts (100, 110) extend at least partially in a common conductor plane, - wherein the connecting flat parts (100, 110) each have a first (102, 112) and a second (106, 116) connecting section, such that - that the first connecting sections (102, 112) are arranged along a common first straight line extending in the conductor plane, and, - that the second connecting sections (106, 116) are arranged along a common second straight line extending in the conductor plane, characterised in that - that the first connecting sections (102, 112) are arranged on a common side of the second straight line, and - that the second connecting sections (106, 116) are arranged on opposite sides of the first straight line. - at least two connecting flat parts (100, 110) formed from a metallic material, - wherein the connecting flat parts (100, 110) extend at least partially in a common conductor plane, - wherein the connecting flat parts (100, 110) each have a first (102, 112) and a second (106, 116) connecting section, such that - that the first connecting sections (102, 112) are arranged along a common first straight line extending in the conductor plane, and, - that the second connecting sections (106, 116) are arranged along a common second straight line extending in the conductor plane, characterised in that - that the first connecting sections (102, 112) are arranged on a common side of the second straight line, and - that the second connecting sections (106, 116) are arranged on opposite sides of the first straight line.
A laser cutting tool with protective enclosure assembly for manipulating a workpiece on a, preferably movable, platen, said laser cutting tool with protective enclosure assembly comprising: a middle protection shield; a bottom protection assembly; a laser torch head; being characterized by: a frame; a top protection assembly; and further characterized in that said top protection assembly, said middle protection shield, and said bottom protection assembly are removably mounted to said frame; wherein said top protection assembly, said middle protection shield, and said bottom protection assembly form a cavity enclosing completely only said laser torch head; and wherein said frame comprises at least one shield interlock switch, said middle protection shield being removably mounted to said frame via its contact with the at least one interlock switch, and said frame comprises at least one top interlock switch, said top protection assembly is mounted to said frame via its contact with the at least one top interlock switch. a middle protection shield; a bottom protection assembly; a laser torch head; being characterized by: a frame; a top protection assembly; and further characterized in that said top protection assembly, said middle protection shield, and said bottom protection assembly are removably mounted to said frame; wherein said top protection assembly, said middle protection shield, and said bottom protection assembly form a cavity enclosing completely only said laser torch head; and wherein said frame comprises at least one shield interlock switch, said middle protection shield being removably mounted to said frame via its contact with the at least one interlock switch, and said frame comprises at least one top interlock switch, said top protection assembly is mounted to said frame via its contact with the at least one top interlock switch. a frame; a top protection assembly; and further characterized in that said top protection assembly, said middle protection shield, and said bottom protection assembly are removably mounted to said frame; wherein said top protection assembly, said middle protection shield, and said bottom protection assembly form a cavity enclosing completely only said laser torch head; and wherein said frame comprises at least one shield interlock switch, said middle protection shield being removably mounted to said frame via its contact with the at least one interlock switch, and said frame comprises at least one top interlock switch, said top protection assembly is mounted to said frame via its contact with the at least one top interlock switch.
A tire having a tread region and first and second sidewalls (16, 18) extending from the tread region, an elongate tubular air passageway enclosed within a flexing region of a tire wall, wherein the air passageway comprises an air inlet portal operable to admit air into the air passageway and an outlet portal spaced apart from the inlet portal operable to withdraw pressurized air from the air passageway, wherein the air passageway is configured to operably close segment by segment in reaction to induced forces from the tire flexing region as the flexing region of the tire wall rotates opposite a rolling tire footprint, wherein the elongate air passageway comprises at least one check valve device seated within the axial air passageway, wherein the check valve device divides the elongate air passageway into a plurality of air passageway segments comprising an upstream air passageway segment and a downstream air passageway segment, wherein the check valve device has an external dimension and configuration such that it is operable to substantially occupy the air passageway, wherein the check valve device has a valve gate which is operable in an open position to allow pressurized air to directionally pass through the check valve body from the upstream air passageway segment to the downstream air passageway segment and which is operable in a closed position to prohibit air from passing through the check valve body from the downstream air passageway segment to the upstream air passageway segment, and wherein the tire is configured such that a flow of pressurized air through the check valve device extends in one axial direction along the air passageway from an inlet portal of the elongate air passageway toward an outlet portal of the air passageway, characterized in that each check valve device comprises a tubular body closely received within the air passageway in an interference fit whereby passageway sidewalls defining the air passageway operably engage and exert a radially directed compressive force on the tubular body to hold the tubular body at a location within the air passageway.
Analysis device for analysing the tendency to the formation of deposits in a fuel, particularly in a fuel used in aviation, comprising a tank of fuel to be analysed, a filter for the fuel leaving the tank, and a fuel circulation pump, at least two test sections, each test section comprising a heated metal tube over which the fuel circulates and a filter associated with a deposit measurement system, said device also comprising at least two identical test sections (18 1 to 18 6) placed in parallel, and a control unit designed to manage, independently, at least one of the operating conditions of at least one of the two test sections, and wherein each test section comprises a vertical rigid duct inside which said smaller-diameter metal tube is housed, a fuel-conveying pipe conveying fuel between a distribution rail and the upper end of the duct, a flow rate control system placed on the pipe, a fuel discharge pipe connecting the lower end of the duct to a discharge rail and supporting said filter associated with said deposit measurement system.
Shower drain (1; 20; 40; 60; 80; 100), which shower drain is elongate and comprises: - two parallel longitudinal edges (2, 3; 23, 24, 31; 41, 42; 63, 64, 72, 73; 81, 85; 101, 105) which bound an inflow opening; - a side wall (6; 27, 28; 43; 83; 103) depending from a first longitudinal edge (2; 23, 24; 41; 63, 64; 81; 101); and - a bottom (7; 29, 30; 44; 65, 66; 84; 104), wherein a draining opening (8; 86, 88; 107) is arranged in the bottom (7; 29, 30; 44; 65, 66; 84; 104), characterized in that the bottom (7; 29, 30; 44; 65, 66; 84; 104) rises from the underside of the side wall (6; 27, 28; 43; 83; 103) to the second longitudinal edge (3; 31; 42; 72, 73; 85; 105). - two parallel longitudinal edges (2, 3; 23, 24, 31; 41, 42; 63, 64, 72, 73; 81, 85; 101, 105) which bound an inflow opening; - a side wall (6; 27, 28; 43; 83; 103) depending from a first longitudinal edge (2; 23, 24; 41; 63, 64; 81; 101); and - a bottom (7; 29, 30; 44; 65, 66; 84; 104), wherein a draining opening (8; 86, 88; 107) is arranged in the bottom (7; 29, 30; 44; 65, 66; 84; 104),
Apparatus for measuring the optical power of an optical lens arranged in a measurement volume, the optical lens being a spectacle lens, comprising: - a display device which is configured to display a test structure; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens; and - a computing unit, wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof; wherein the computing unit is configured to determine the three-dimensional shape of the lens further taking account of one or more known contact points of the lens; wherein a position of the contact points is used to assign an expected value for the position thereof in the measurement volume to an algorithm which determines the shape of the spectacle lens. - a display device which is configured to display a test structure; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens; and - a computing unit, wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof; wherein the computing unit is configured to determine the three-dimensional shape of the lens further taking account of one or more known contact points of the lens; wherein a position of the contact points is used to assign an expected value for the position thereof in the measurement volume to an algorithm which determines the shape of the spectacle lens. - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof;
A helmet comprising: a segmented outer shell comprising an upper portion and a lower portion, and defining right and left elongated segmented openings that extend along an interface (32,42) of the upper and lower portions extending from a-pillars on the right and left sides of a faceport to a rear of the helmet; an energy management liner disposed within the segmented outer shell and further comprising: an outer energy management layer comprising openings formed completely through the outer energy management layer and having an uneven or stepped outer surface comprising stand-offs, ridges, pillars, bumps, columns, or protrusions so that the outer surface directly contacts the outer shell in some places while not extending to touch the segmented outer shell in other places, and an inner energy management layer disposed within the outer energy management layer, the inner energy management layer comprising channels formed completely through the inner energy management layer that are aligned, and overlap by at least 1 centimeter (cm), with the openings in the outer energy management layer and facilitate airflow through the elongated segmented openings. a segmented outer shell comprising an upper portion and a lower portion, and defining right and left elongated segmented openings that extend along an interface (32,42) of the upper and lower portions extending from a-pillars on the right and left sides of a faceport to a rear of the helmet; an energy management liner disposed within the segmented outer shell and further comprising: an outer energy management layer comprising openings formed completely through the outer energy management layer and having an uneven or stepped outer surface comprising stand-offs, ridges, pillars, bumps, columns, or protrusions so that the outer surface directly contacts the outer shell in some places while not extending to touch the segmented outer shell in other places, and an inner energy management layer disposed within the outer energy management layer, the inner energy management layer comprising channels formed completely through the inner energy management layer that are aligned, and overlap by at least 1 centimeter (cm), with the openings in the outer energy management layer and facilitate airflow through the elongated segmented openings. an outer energy management layer comprising openings formed completely through the outer energy management layer and having an uneven or stepped outer surface comprising stand-offs, ridges, pillars, bumps, columns, or protrusions so that the outer surface directly contacts the outer shell in some places while not extending to touch the segmented outer shell in other places, and an inner energy management layer disposed within the outer energy management layer, the inner energy management layer comprising channels formed completely through the inner energy management layer that are aligned, and overlap by at least 1 centimeter (cm), with the openings in the outer energy management layer and facilitate airflow through the elongated segmented openings.
Terminal block for an electrical distribution system, in particular for connecting protective and neutral conductors, comprising a busbar and a plurality of conductor connection devices for connecting in each case at least one conductor to be connected, said conductor connection devices being associated with the busbar and having in each case at least one conductor rail, wherein in each case a conductive connection is provided between the respective conductor rail and the busbar, wherein in each case an isolating device which can be opened and closed is provided between some or all of the conductor connection devices and the busbar, so that the respective conductive connection between the conductor rail and the busbar can be isolated and can be closed, characterized in that one or more of the isolating devices has a movable blade contact (13, 18) and one or more contact forks/tulip contacts (11, 12, 17), into which the respective blade contact (13, 18) can be moved in order to close the conductive connection arranged between the conductor rail and the busbar, and out of which it can be moved in order to isolate said conductive connection.
A method of facilitating the entry of text into a new message generated by a messaging application of a handheld electronic device, comprising: receiving a command to reply to or forward a received message, said received message being included within a message thread; scanning said message thread including at least said received message and identifying a plurality of words in said message thread; generating one or more word lists that include said words; displaying said one or more word lists; receiving a selection of a selected one of said words from said one or more word lists; and entering said selected one of said words into said new message; characterized in that said scanning, generating and displaying steps are performed automatically in response to said receiving a command to reply to or forward a received message. receiving a command to reply to or forward a received message, said received message being included within a message thread; scanning said message thread including at least said received message and identifying a plurality of words in said message thread; generating one or more word lists that include said words; displaying said one or more word lists; receiving a selection of a selected one of said words from said one or more word lists; and entering said selected one of said words into said new message;
A method of tagging nucleic acid duplexes comprising the steps of: (a) providing a transposase and a transposon composition; (b) providing one or more nucleic acid duplexes immobilized on a support; and (c) contacting the transposase and transposon composition with the one or more nucleic acid duplexes under conditions wherein the one or more nucleic acid duplexes and transposon composition undergo a transposition reaction to produce one or more tagged nucleic acid duplexes, wherein the transposon composition comprises a double stranded nucleic acid molecule comprising a transferred strand and a non- transferred strand. (a) providing a transposase and a transposon composition; (b) providing one or more nucleic acid duplexes immobilized on a support; and (c) contacting the transposase and transposon composition with the one or more nucleic acid duplexes under conditions wherein the one or more nucleic acid duplexes and transposon composition undergo a transposition reaction to produce one or more tagged nucleic acid duplexes, wherein the transposon composition comprises a double stranded nucleic acid molecule comprising a transferred strand and a non- transferred strand.
A fluid flow diverter comprising: a diverter body comprising a first port, a second port, a third port, and a fourth port; a rotating plenum located within the diverter body, the rotating plenum having a first stop position that defines a first fluid flow path through the diverter and a second stop position that defines a second fluid flow path through the diverter, each of the fluid flow paths defining first and second fluid streams; a motor that repeatedly rotates the plenum 90° in the same direction in timed increments, so as to repeatedly switch between the first and second fluid flow paths; and a purge fluid assembly configured to supply a purge fluid to the rotating plenum, wherein in the first fluid flow path, the first fluid stream goes between the first port and the second port, and the second fluid stream goes between the fourth port and the third port, in the second flow path, the first fluid stream goes between the first port and the third port, and the second fluid stream goes between the fourth port and the second port, and the purge fluid supplied to the rotating plenum creates a positive pressure fluid barrier that prevents or minimizes cross-contamination of the first and second fluid streams in the first and second fluid flow paths. a diverter body comprising a first port, a second port, a third port, and a fourth port; a rotating plenum located within the diverter body, the rotating plenum having a first stop position that defines a first fluid flow path through the diverter and a second stop position that defines a second fluid flow path through the diverter, each of the fluid flow paths defining first and second fluid streams; a motor that repeatedly rotates the plenum 90° in the same direction in timed increments, so as to repeatedly switch between the first and second fluid flow paths; and a purge fluid assembly configured to supply a purge fluid to the rotating plenum, wherein in the first fluid flow path, the first fluid stream goes between the first port and the second port, and the second fluid stream goes between the fourth port and the third port, in the second flow path, the first fluid stream goes between the first port and the third port, and the second fluid stream goes between the fourth port and the second port, and the purge fluid supplied to the rotating plenum creates a positive pressure fluid barrier that prevents or minimizes cross-contamination of the first and second fluid streams in the first and second fluid flow paths.
A mobile device for spreading, over terrain or other surface, granular product applications contained in a cartridge, the mobile device comprising: a granular product launcher; a cartridge station comprising: - at least one cartridge engager that is configured to engage with a cartridge; - a particle conveyor configured to facilitate the flow of granules from the cartridge, when engaged, to the granular product launcher; and - a cartridge activator, configured to activate and deactivate the flow of granular product out of a the cartridge; and an activation controller configured to control the cartridge activator and thereby control the activation and deactivation of the engaged cartridge; characterized by a locking mechanism (82, 83) configured to stabilize the cartridge after engagement with the cartridge station, wherein the cartridge station is configured such that the cartridge can engage with the mobile device for spreading and then lock into place with the locking mechanism (82, 83). a granular product launcher; a cartridge station comprising: - at least one cartridge engager that is configured to engage with a cartridge; - a particle conveyor configured to facilitate the flow of granules from the cartridge, when engaged, to the granular product launcher; and - a cartridge activator, configured to activate and deactivate the flow of granular product out of a the cartridge; and - at least one cartridge engager that is configured to engage with a cartridge; - a particle conveyor configured to facilitate the flow of granules from the cartridge, when engaged, to the granular product launcher; and - a cartridge activator, configured to activate and deactivate the flow of granular product out of a the cartridge; and an activation controller configured to control the cartridge activator and thereby control the activation and deactivation of the engaged cartridge; characterized by a locking mechanism (82, 83) configured to stabilize the cartridge after engagement with the cartridge station, wherein the cartridge station is configured such that the cartridge can engage with the mobile device for spreading and then lock into place with the locking mechanism (82, 83). a locking mechanism (82, 83) configured to stabilize the cartridge after engagement with the cartridge station, wherein the cartridge station is configured such that the cartridge can engage with the mobile device for spreading and then lock into place with the locking mechanism (82, 83).
Oscillating drivable hand tool, with a drive for oscillating driving a tool, with at least one vibration sensor for monitoring vibrations, whose output signals (v x, v y, v z) are fed to a control unit that is adapted to derive a vibration characteristic value (vk) from the output signals (v x, v y, v z) of the vibration sensor and then, when the vibration characteristic value (vk) exceeds a maximum value (vk max), to switch off the drive, characterized in that the control unit is adapted to subsequently automatically restart the drive.