mhurhangee/ep-ind-claims huggingface dataset:
Location sensing assembly for a glass sheet forming system including a housing having a heated chamber and a roller conveyor including rollers for conveying a hot glass sheet within the heated chamber along a direction of conveyance in a horizontal plane in preparation for forming, the location sensing assembly being adapted for sensing the location of the leading extremity of the glass sheet along the direction of conveyance, the location sensing assembly comprising: a frame supported by the housing to extend laterally with respect to the direction of conveyance in the heated chamber at a location below the horizontal plane along which the glass sheet is conveyed; a carriage mounted by the frame for lateral movement with the respect to the direction of conveyance; a fluid switch that is mounted by the carriage and that is actuated by the conveyed glass sheet to provide a glass position sensing signal; and a lateral positioner that includes a shaft having an inner end connected to the carriage within the heated chamber and having an outer end including a handle outside the housing for operation to move the carriage laterally with respect to the direction of conveyance to laterally align the fluid switch with the leading extremity of the conveyed glass sheet for the actuation that provides the glass position sensing signal for providing glass sheet positioning during the forming. a frame supported by the housing to extend laterally with respect to the direction of conveyance in the heated chamber at a location below the horizontal plane along which the glass sheet is conveyed; a carriage mounted by the frame for lateral movement with the respect to the direction of conveyance; a fluid switch that is mounted by the carriage and that is actuated by the conveyed glass sheet to provide a glass position sensing signal; and a lateral positioner that includes a shaft having an inner end connected to the carriage within the heated chamber and having an outer end including a handle outside the housing for operation to move the carriage laterally with respect to the direction of conveyance to laterally align the fluid switch with the leading extremity of the conveyed glass sheet for the actuation that provides the glass position sensing signal for providing glass sheet positioning during the forming.
A method of welding an end of an elongate structural I-beam of a load-transmitting nodal connection between an end of the elongate structural I-beam and an upright structural column, where the I-beam end is defined by spaced flanges and an interposed central web to a beam-attaching facial side in an initially separate, generally planar, beam-attaching end component whose beam-attaching facial side is intended, with the I-beam and end component joined to one another to be disposed in a manner whereby the end component spans the entire end footprint of the beam, said method comprising: preparing the subject beam end by assuring that the two flanges in the beam terminate at the associated end of the beam with generally overall planar expanses which lie in a substantially common plane that is disposed generally normal to the long axis of the beam; and characterised by preparing the subject beam end to provide a web recess by removing a short length of the beam's central web; preparing the beam-attaching facial side of the end component with a pair of spaced, elongate troughs which are arranged to enable the flanges to extend into the troughs under circumstances with the beam and component brought into appropriate relative positions preparatory for joinder, and, with those relative positions established, producing weld connections which substantially fill the troughs with weld material to establish weld joinder between the beam and component; wherein the recess furnishes clearance for the beam's flanges to extend conveniently into the weld preparation troughs, and over shelves, such as a shelf in a trough. preparing the subject beam end by assuring that the two flanges in the beam terminate at the associated end of the beam with generally overall planar expanses which lie in a substantially common plane that is disposed generally normal to the long axis of the beam; and characterised by preparing the subject beam end to provide a web recess by removing a short length of the beam's central web; preparing the beam-attaching facial side of the end component with a pair of spaced, elongate troughs which are arranged to enable the flanges to extend into the troughs under circumstances with the beam and component brought into appropriate relative positions preparatory for joinder, and, with those relative positions established, producing weld connections which substantially fill the troughs with weld material to establish weld joinder between the beam and component; wherein the recess furnishes clearance for the beam's flanges to extend conveniently into the weld preparation troughs, and over shelves, such as a shelf in a trough.
A system (1', 10') for sorting waste bags, wherein the waste bag is provided with means for identification (RGBOP) thereof, wherein the system comprises: at least one sorting unit (4, 14, 22, 31, 32), wherein the sorting unit is connected to at least one sensor system for identifying said waste bag or said means for identification, said sensor system being arranged to detect one or more means for identification and arranged to provide a control system with a signal when a waste bag of a desired type is detected, at least one sorting conveyor (5, 15, 17) for conveying said waste bag to said sorting unit, characterized in that said sorting unit is configured to sort only waste bags having one and the same of said means for identification, said sorting unit is provided with two or more sorting devices (27, 27') within said sorting unit for sorting the waste bags, wherein said sorting devices are arranged to receive at least one signal from said control system in response to a waste bag of a desired type being detected by the sensor system, wherein the sorting device is a pusher type, comprising a blade, scraper or paddle which moves over the conveyor belt to push or scrape the waste bag from the conveyor, and wherein said sorting devices are arranged to be individually controllable. at least one sorting unit (4, 14, 22, 31, 32), wherein the sorting unit is connected to at least one sensor system for identifying said waste bag or said means for identification, said sensor system being arranged to detect one or more means for identification and arranged to provide a control system with a signal when a waste bag of a desired type is detected, at least one sorting conveyor (5, 15, 17) for conveying said waste bag to said sorting unit, characterized in that said sorting unit is configured to sort only waste bags having one and the same of said means for identification, said sorting unit is provided with two or more sorting devices (27, 27') within said sorting unit for sorting the waste bags, wherein said sorting devices are arranged to receive at least one signal from said control system in response to a waste bag of a desired type being detected by the sensor system, wherein the sorting device is a pusher type, comprising a blade, scraper or paddle which moves over the conveyor belt to push or scrape the waste bag from the conveyor, and wherein said sorting devices are arranged to be individually controllable.
A propulsion system for an aircraft, comprising: a plenum having an intake port and an output port; a powered fan coupled to a motor configured to power the powered fan, the powered fan configured to compress ambient air entering the intake port; one or more ejectors (17,18) fluidically coupled to the plenum via one or more valves; and a nozzle disposed within the output port, the nozzle comprising a set of nozzle vanes, wherein: the propulsion system operates in a first configuration in which the nozzle vanes are closed and the compressed ambient air exits the plenum only through the one or more valves into the one or more ejectors (17,18), characterized in that the propulsion system operates in a second configuration in which the one or more valves are closed, the nozzle vanes are open and the compressed ambient air exits the plenum only through the output port. a plenum having an intake port and an output port; a powered fan coupled to a motor configured to power the powered fan, the powered fan configured to compress ambient air entering the intake port; one or more ejectors (17,18) fluidically coupled to the plenum via one or more valves; and a nozzle disposed within the output port, the nozzle comprising a set of nozzle vanes, wherein: the propulsion system operates in a first configuration in which the nozzle vanes are closed and the compressed ambient air exits the plenum only through the one or more valves into the one or more ejectors (17,18), characterized in that the propulsion system operates in a second configuration in which the one or more valves are closed, the nozzle vanes are open and the compressed ambient air exits the plenum only through the output port. the propulsion system operates in a first configuration in which the nozzle vanes are closed and the compressed ambient air exits the plenum only through the one or more valves into the one or more ejectors (17,18), characterized in that the propulsion system operates in a second configuration in which the one or more valves are closed, the nozzle vanes are open and the compressed ambient air exits the plenum only through the output port.
A E-UTRAN base station adapted to communicate with one or more mobile communications devices over a wireless communications link defined by a base station cell, wherein the base station is adapted to maintain cell history data for a mobile communications device, the cell history data identifying the cells with which the mobile communications device has been registered and including, for one or more of the cells, data relating to an access mode of the cell; characterised in that the data relating to the access mode of the cell includes whether or not the cell has any one of an Open, Closed or Hybrid access mode.
A media binder, comprising: a front surface board, at least one spine board, and a back surface board, wherein each board (132a, 1232b, 134) comprises an inwardly facing surface and an outwardly facing surface; a cover sheet wrapped around the outwardly facing surface of the spine board, the cover sheet wrapped around the outwardly facing surface of at least one surface board (132a, 132b) and comprising a first marginal edge attached to the inwardly facing surface of the at least one surface board (132a, 132b) and a second marginal edge; at least one spring clamp to secure physical media inserted between clamp edges of the at least one spring clamp; a tension sheet attached to the at least one spring clamp and the inwardly facing surface of the at least one surface board (132a, 132b), characterised in that the tension sheet has in that the media binder comprises side portions (70, 72); and a front inside board and a back inside board respectively attached to the side portions (70, 72) of the tension sheet and to the at least one surface board (132a, 132b), and in that the second marginal edge is unattached to the inwardly facing surface of the at least one surface board (132a, 132b). a front surface board, at least one spine board, and a back surface board, wherein each board (132a, 1232b, 134) comprises an inwardly facing surface and an outwardly facing surface; a cover sheet wrapped around the outwardly facing surface of the spine board, the cover sheet wrapped around the outwardly facing surface of at least one surface board (132a, 132b) and comprising a first marginal edge attached to the inwardly facing surface of the at least one surface board (132a, 132b) and a second marginal edge; at least one spring clamp to secure physical media inserted between clamp edges of the at least one spring clamp; a tension sheet attached to the at least one spring clamp and the inwardly facing surface of the at least one surface board (132a, 132b), characterised in that the tension sheet has in that the media binder comprises side portions (70, 72); and a front inside board and a back inside board respectively attached to the side portions (70, 72) of the tension sheet and to the at least one surface board (132a, 132b), and in that the second marginal edge is unattached to the inwardly facing surface of the at least one surface board (132a, 132b).
A rubber composition comprising a solution polymerized styrene-butadiene rubber; a first polybutadiene rubber comprising at least 90 percent by weight of monomer units in cis-1,4 configuration; a second polybutadiene rubber comprising at least 70 percent of monomeric units in syndiotactic-1,2 configuration and having a melting point temperature of less than 130 °C as measured by ASTM D3418; and a pre-hydrophobated precipitated silica wherein the pre-hydrophobated precipitated silica is hydrophobated prior to its addition to the rubber composition by treatment with at least one silane selected from the group consisting of alkylsilanes, alkoxysilanes, organoalkoxysilyl polysulfides and organomercaptoalkoxysilanes and optionally at least one dispersing aid selected from the group consisting of fatty acids, diethylene glycols, polyethylene glycols, fatty acid esters of hydrogenated or non-hydrogenated C 5 or C 6 sugars, polyoxyethylene derivatives of fatty acid esters of hydrogenated or non-hydrogenated C 5 or C 6 sugars, and wherein the rubber composition further comprises a third polybutadiene rubber comprising at least 70 percent of monomeric units in syndiotactic-1,2 configuration and having a melting point temperature in a range of from 150°C to 220°C as measured by ASTM D3418.
Lighting module for a headlight of a motor vehicle, comprising: - a first zone (Zl) comprising at least one light source and a micro-mirror array, - a second zone comprising a first heat sink capable of dissipating the heat generated by the at least one light source, - a third zone comprising a second heat sink capable of dissipating the heat generated by the micro-mirror array, - at least one airstream generation means (31', 32') for generating an airstream in the first zone, in the second zone and in the third zone, the first zone, the second zone and the third zone being distinct from one another, the first zone being arranged vertically between the second zone and the third zone, the first zone comprising an air outlet, characterized in that the airstream generation means (31', 32') comprises at least one first fan capable of generating an airstream only in the first zone and in the third zone and a second fan capable of generating an airstream only in the second zone. - a first zone (Zl) comprising at least one light source and a micro-mirror array, - a second zone comprising a first heat sink capable of dissipating the heat generated by the at least one light source, - a third zone comprising a second heat sink capable of dissipating the heat generated by the micro-mirror array, - at least one airstream generation means (31', 32') for generating an airstream in the first zone, in the second zone and in the third zone,
A smudge-resistant structure comprising: a transparent substrate, wherein the transparent substrate comprises a macrostructured surface configured to reduce contact with the transparent substrate; and an oxidizing layer overlying the macrostructured surface, wherein: the macrostructured surface comprises a plurality of raised portions and recessed portions of the transparent substrate; each of the plurality of raised portions are spaced apart from other raised portions by a separation distance greater than or equal to 10 microns; and sidewalls of each of the plurality of raised portions are not vertical whereby variations between the raised portions 110 and the recessed portions 108 are gradual. a transparent substrate, wherein the transparent substrate comprises a macrostructured surface configured to reduce contact with the transparent substrate; and an oxidizing layer overlying the macrostructured surface, wherein: the macrostructured surface comprises a plurality of raised portions and recessed portions of the transparent substrate; each of the plurality of raised portions are spaced apart from other raised portions by a separation distance greater than or equal to 10 microns; and sidewalls of each of the plurality of raised portions are not vertical whereby variations between the raised portions 110 and the recessed portions 108 are gradual. the macrostructured surface comprises a plurality of raised portions and recessed portions of the transparent substrate; each of the plurality of raised portions are spaced apart from other raised portions by a separation distance greater than or equal to 10 microns; and sidewalls of each of the plurality of raised portions are not vertical whereby variations between the raised portions 110 and the recessed portions 108 are gradual.
A spring operated actuator for an electric switching apparatus including an actuation spring to provide an actuating movement of the switching apparatus and a rotary air damper connected to the actuation spring, which damper is arranged to decelerate the spring movement during at least an end portion of the actuating movement, the damper having a toroidal working chamber formed by first and second circumferential housing parts (119, 120) which are rotatable relative to each other, each housing part (119, 120) having internal walls which together define the working chamber, the first housing part having a rotatable displacement wall, sealingly rotatable in said working chamber, the second housing part having a stationary end wall of the working chamber, characterized in that at least one of said housing parts (119,120) is provided with at least one recess (131a-g) in its internal walls, which recess (131a-g) when provided in the second housing part is located less than 90° ahead the end wall as seen is the rotational direction of the displacement wall at an actuating movement, and which recess (131a-g) in the second housing part has an extension in the circumferential direction that is larger than the effective thickness of the displacement wall, and which recess when provided in the first housing part is located less than 90° ahead the displacement wall as seen in the rotational direction of the displacement wall at an actuating movement, and which recess in the first housing part has an extension in the circumferential direction that is larger than the effective thickness of the end wall.
A method for producing titanium carbonitride powder, the method comprising the steps of: a mixing step for contacting per each mole of titanium dioxide (TiO 2), more than 2 moles to 6 moles or less of calcium (Ca) and 0.2 moles to 2.5 moles of carbon under an inert atmosphere, the carbon being activated carbon or carbon black; a synthesis step for reacting the resultant mixture from the mixing step by heating under a nitrogen atmosphere at a pressure from 49,033.25Pa (0.5 kgf/cm 2)) to 980,665Pa (10kgf/cm 2)) at a temperature of 600 - 1500 °C; and a washing step for removing calcium oxide (CaO) by washing the mixture with water after the completion of the synthesis step.
A coil spring and bonded pad for the car suspension system coil spring in which a coil spring seating portion includes a groove, which has the same shape as a shape of a surface of one side end of the coil spring such that the coil spring of a car suspension system is seated, and a pad is formed as a single body and includes a support protruding along inner and outer circumferences of the coil spring seating portion to prevent the coil spring from being separated from the coil spring seating portion so as to prevent damage to the coil spring and generation of noise due to friction between the coil spring and a strut seat, wherein: a low hardness layer is formed along an entire periphery or a partial section of the periphery of the coil spring seating portion of the pad; a high hardness layer is formed in the support of the pad; characterized in that the pad is fixedly bonded to the coil spring using adhesive layers formed on a contact surface of the coil spring seating portion and the coil spring; a support panel having a higher strength and a lower density than the high hardness layer is inserted into a boundary between the low hardness layer and the high hardness layer; and the pad includes: a first high hardness section formed at a portion on which one side end portion of the coil spring is seated; a second high hardness section formed at a portion at which the coil spring wound in a spiral shape is spaced apart from the coil spring seating portion; and a low hardness section formed between the first and second high hardness sections (25, 26). a low hardness layer is formed along an entire periphery or a partial section of the periphery of the coil spring seating portion of the pad; a high hardness layer is formed in the support of the pad; characterized in that the pad is fixedly bonded to the coil spring using adhesive layers formed on a contact surface of the coil spring seating portion and the coil spring; a support panel having a higher strength and a lower density than the high hardness layer is inserted into a boundary between the low hardness layer and the high hardness layer; and the pad includes: a first high hardness section formed at a portion on which one side end portion of the coil spring is seated; a second high hardness section formed at a portion at which the coil spring wound in a spiral shape is spaced apart from the coil spring seating portion; and a low hardness section formed between the first and second high hardness sections (25, 26). a first high hardness section formed at a portion on which one side end portion of the coil spring is seated; a second high hardness section formed at a portion at which the coil spring wound in a spiral shape is spaced apart from the coil spring seating portion; and a low hardness section formed between the first and second high hardness sections (25, 26).
A stator core lateral sides gluing device, characterized by comprising: a silicon steel sheet stacking mold internally provided with profiled cavities for arrangement of the silicon steel sheets in an orderly way and configured to be used for stacking iron-core silicon steel sheets in order; and glue spray nozzles symmetrically installed on the silicon steel sheet stacking mold and configured to be aligned with inner sides or outer sides of lateral sides of stator cores arranged in the profiled cavities and to be glued. a silicon steel sheet stacking mold internally provided with profiled cavities for arrangement of the silicon steel sheets in an orderly way and configured to be used for stacking iron-core silicon steel sheets in order; and glue spray nozzles symmetrically installed on the silicon steel sheet stacking mold and configured to be aligned with inner sides or outer sides of lateral sides of stator cores arranged in the profiled cavities and to be glued.