mhurhangee/ep-ind-claims huggingface dataset:
A front screw wiring structure, comprising a housing, a fastening screw, a rotary press block, a reset spring sheet and an electric conductor, wherein the electric conductor is fixed in the housing, one end of the reset spring sheet is clamped onto the housing and the other end thereof abuts against the rotary press block, a side face of the rotary press block is provided with a rotating shaft or a connecting pin, the rotary press block is in a cam shape and the reset spring sheet has a curved section conforming to the cam shape of the rotary press block, one end of the fastening screw abuts against the rotary press block characterized in that the electric conductor comprises a conductive metal piece made of conductive material and a wiring frame made of non-conductive material, wherein the wiring frame is fixed in the housing, one end of the conductive metal piece is inserted into the wiring frame and the other end thereof passes through the housing and extends out from the housing, and the rotary press block is rotationally connected to the wiring frame, a boss portion is provided at the wiring frame of the electric conductor, the boss portion is provided with a threaded hole, and the fastening screw is threaded to the boss portion, wherein a first toothed face is arranged on an arc wall of one side of the rotary press block. comprising a housing, a fastening screw, a rotary press block, a reset spring sheet and an electric conductor, wherein the electric conductor is fixed in the housing, one end of the reset spring sheet is clamped onto the housing and the other end thereof abuts against the rotary press block, a side face of the rotary press block is provided with a rotating shaft or a connecting pin, the rotary press block is in a cam shape and the reset spring sheet has a curved section conforming to the cam shape of the rotary press block, one end of the fastening screw abuts against the rotary press block characterized in that the electric conductor comprises a conductive metal piece made of conductive material and a wiring frame made of non-conductive material, wherein the wiring frame is fixed in the housing, one end of the conductive metal piece is inserted into the wiring frame and the other end thereof passes through the housing and extends out from the housing, and the rotary press block is rotationally connected to the wiring frame, a boss portion is provided at the wiring frame of the electric conductor, the boss portion is provided with a threaded hole, and the fastening screw is threaded to the boss portion, wherein a first toothed face is arranged on an arc wall of one side of the rotary press block.
Fluidized catalyst system comprising: - at least a valve, - at least a cyclone wherein at least said valve and said cyclone are exposed to erosion, the system also comprising - an erosion monitoring apparatus comprising a bundle of fiber optic sensors, said optical fibers being provided of one or more Bragg gratings, and a processing unit, said system being characterized by the fact that the fiber optic sensors depart from the bundle and are positioned orthogonally with respect to a wall exposed to erosion wear and belonging to the components (10, 20) to be monitored. - at least a valve, - at least a cyclone wherein at least said valve and said cyclone are exposed to erosion, the system also comprising - an erosion monitoring apparatus comprising a bundle of fiber optic sensors, said optical fibers being provided of one or more Bragg gratings, and a processing unit, said system being characterized by the fact that the fiber optic sensors depart from the bundle and are positioned orthogonally with respect to a wall exposed to erosion wear and belonging to the components (10, 20) to be monitored.
A method for regenerating a catalytic article used to treat exhaust gas comprising: (a) flowing an exhaust gas through a substrate having an oxidation catalyst, wherein the exhaust gas contains SO x prior to entering the substrate, and wherein the oxidation catalyst comprises a noble metal on a WO 3 -TiO 2 support, wherein the support contains 1 to 20 weight percent WO 3 based on the combined weight of the WO 3 and TiO 2; (b) absorbing at least a portion of the SO x in the catalyst layer; and (c) regenerating the catalyst either (i) after the catalyst layer adsorbs at least 5 g/L of the SO x or (ii) at a temperature of not greater than 350 °C. (a) flowing an exhaust gas through a substrate having an oxidation catalyst, wherein the exhaust gas contains SO x prior to entering the substrate, and wherein the oxidation catalyst comprises a noble metal on a WO 3 -TiO 2 support, wherein the support contains 1 to 20 weight percent WO 3 based on the combined weight of the WO 3 and TiO 2; (b) absorbing at least a portion of the SO x in the catalyst layer; and (c) regenerating the catalyst either (i) after the catalyst layer adsorbs at least 5 g/L of the SO x or (ii) at a temperature of not greater than 350 °C.
A display device comprising: a display panel including a front substrate and a back substrate; a frame disposed behind the display panel; a guide panel positioned adjacent to the frame; a back cover disposed behind the frame; and a film part having a first portion that is attached to a front surface of the display panel, a second portion that extends from the first portion to surround part of the guide panel, wherein the guide panel includes a groove and an end of the back cover is coupled in the groove of the guide panel. a display panel including a front substrate and a back substrate; a frame disposed behind the display panel; a guide panel positioned adjacent to the frame; a back cover disposed behind the frame; and a film part having a first portion that is attached to a front surface of the display panel, a second portion that extends from the first portion to surround part of the guide panel, wherein the guide panel includes a groove and an end of the back cover is coupled in the groove of the guide panel.
Formulation comprising a first organic semiconducting compound (OSC-1), a second organic semiconducting compound (OSC-2) and a first organic solvent (S-1) and a second organic solvent (S-2), wherein the first organic solvent (S-1) exhibits a lower boiling point than the second organic solvent (S-2), wherein the first organic solvent (S-1) has a boiling point in the range of 150 to 270°C, and the difference between the boiling point of said first organic solvent (S-1) and the boiling point of said second organic solvent (S-2) is at least 10 °C, characterised in that the first organic semiconducting compound (OSC-1) has a solubility in the first organic solvent (S-1) of at least 10 g/l and the first organic semiconducting compound (OSC-1) has a solubility in the second organic solvent (S-2) of at most 5 g/l, and in that the weight ratio of said first organic solvent (S-1) to said second organic solvent (S-2) is higher than 1. wherein the first organic solvent (S-1) exhibits a lower boiling point than the second organic solvent (S-2), wherein the first organic solvent (S-1) has a boiling point in the range of 150 to 270°C, and the difference between the boiling point of said first organic solvent (S-1) and the boiling point of said second organic solvent (S-2) is at least 10 °C, characterised in that the first organic semiconducting compound (OSC-1) has a solubility in the first organic solvent (S-1) of at least 10 g/l and the first organic semiconducting compound (OSC-1) has a solubility in the second organic solvent (S-2) of at most 5 g/l, and in that the weight ratio of said first organic solvent (S-1) to said second organic solvent (S-2) is higher than 1.
A beverage concentrate for a beverage, comprising: a non-nutritive sweetener component comprising rebaudioside A, wherein the rebaudioside A is effective to perceptibly sweeten a full strength beverage when the beverage concentrate is mixed with a diluent to make a full strength beverage; and a bitterant component; wherein the bitterant component comprises a gentian component; and wherein the concentration of the gentian component is less than 50 parts per million and effective to reduce a lingering sweet aftertaste of the non-nutritive sweetener in a full strength beverage produced by dilution of one part beverage concentrate with five parts water. a non-nutritive sweetener component comprising rebaudioside A, wherein the rebaudioside A is effective to perceptibly sweeten a full strength beverage when the beverage concentrate is mixed with a diluent to make a full strength beverage; and a bitterant component; wherein the bitterant component comprises a gentian component; and wherein the concentration of the gentian component is less than 50 parts per million and effective to reduce a lingering sweet aftertaste of the non-nutritive sweetener in a full strength beverage produced by dilution of one part beverage concentrate with five parts water.
A reflector (1;101;201) comprising a light reflective wall (21;121;221) and a light output (3;103;203) lying in a light output plane (32;132;232), the light reflective wall being defined as a portion (23;123,123';223,223') of the internal surface of at least one ellipsoid (S;S,S'), the focal axis (25;125;225) of which has a non-zero angle α with respect to an axis perpendicular to the light output plane, wherein the light reflective wall is defined as a portion of the internal surface of a lower ellipsoid (S') integral with a portion of the internal surface of an upper ellipsoid, said upper and lower ellipsoids having a common focal axis (125;225) and a common first focus (126;226), the second focus of the lower ellipsoid (S') being positioned on the common focal axis (125;225) beyond the second focus of the upper ellipsoid with respect to the common first focus (126;226), the surface portion (123';223') of the lower ellipsoid (S') being taken between (i) the most remote point (124';224') of said lower ellipsoid from the light output plane (132;232), (ii) the focal plane which has the same angle α with respect to the axis perpendicular to the light output plane (132;232), as said common focal axis (125;225) and which contains said common focal axis and (iii) said light output plane (132;232), the surface portion (123;223) of the upper ellipsoid being taken between said focal plane and the light output plane (132;232).
Camera for a motor vehicle having at least one image sensor and an objective focused at a distance, wherein the camera is configured such that the image sensor captures first optical radiation of the traffic area surrounding the motor vehicle via the objective that is focused at a distance, wherein the camera is configured such that substantially parallel second optical radiation which is different from the first optical radiation is supplied, via the objective that is focused at a distance, to a portion of the image sensor, is imaged sharply on the portion of the image sensor and captured by the portion of the image sensor, wherein the humidity and/or the wetting of an external surface of a pane of the motor vehicle with water droplets can be determined in dependence on the captured second optical radiation, and the camera contains at least one first optical element, characterized in that the first optical element couples the second optical radiation out of the pane of the motor vehicle.
A timepiece for displaying the global time, comprising: - a clockwork movement, - a first indicator to display the local time and intended to be driven by the movement at a rate of one revolution in twelve hours, - a twenty-four hour disc kinematically connected to the first indicator and driven in synchronism therewith, and intended to be driven by the movement at a rate of one revolution in twenty-four hours, - a cities disc bearing indications making it possible to identify at least certain time zones of the world and rotatable in reference to the twenty-four hour disc, and - an adjusting organ for adjusting the global time, said timepiece further comprising a kinematic link between the twenty-four hour disc and the cities disc, the kinematic link including a kinematic transmission crown inserted between the twenty-four hour disc and the cities disc, the adjusting organ for adjusting the global time being able to drive said kinematic transmission crown, characterized in that it includes first and second unidirectional drive systems, respectively upstream and downstream from the kinematic transmission crown, in that the kinematic transmission crown is kinematically connected to the twenty-four hour disc by a linking train that incorporates the first unidirectional drive system, and in that the kinematic transmission crown and the cities disc are kinematically connected by said second unidirectional drive system. - a clockwork movement, - a first indicator to display the local time and intended to be driven by the movement at a rate of one revolution in twelve hours, - a twenty-four hour disc kinematically connected to the first indicator and driven in synchronism therewith, and intended to be driven by the movement at a rate of one revolution in twenty-four hours, - a cities disc bearing indications making it possible to identify at least certain time zones of the world and rotatable in reference to the twenty-four hour disc, and - an adjusting organ for adjusting the global time,
Method of producing a cutting tool at least partly coated with a coating consisting of: - an inner CVD coating consisting of one or more Ti(C x N y) layers, and, - an outer PVD coating, characterised by comprising the manufacturing steps of depositing the CVD coating, comprising depositing one or more Ti(C x N y) layers, where x+y=1 and x and y ≥ 0, in the CVD coating, subjecting the CVD coating at least partly to an intensive wet-blasting operation such that said one or more Ti(C x N y) layers obtain compressive stresses in the range 600 to 1600 MPa, followed by depositing the PVD coating, the method including performing a diffusion promoting heat treating step at 980 to 1030 °C for 1-4 h in an H 2 /N 2 -atmosphere, after depositing the CVD coating but before the intensive wet-blasting operation. - an inner CVD coating consisting of one or more Ti(C x N y) layers, and, - an outer PVD coating,
An information transmission method, comprising: determining, by a terminal device, a target buffer status report - BSR- format in at least three BSR formats according to a first logical channel groups - LCG- set having data to be transmitted in a plurality of LCG, wherein the first LCG set comprises at least one LCG; and reporting, by the terminal device, BSRs of some or all LCGs in the first LCG set by using the target BSR format; the method being characterized in that the at least three BSR formats comprise: a short BSR, a truncated BSR and a flexible long BSR, wherein the short BSR is used to report a BSR of one LCG, the truncated BSR is used to report a BSR of one LCG, the flexible long BSR is used to report BSRs of at least one LCG, wherein the number of the at least one LCG is within a first numerical range, a minimum value of the first numerical range is 1 and a maximum value of the first numerical range is 8. determining, by a terminal device, a target buffer status report - BSR- format in at least three BSR formats according to a first logical channel groups - LCG- set having data to be transmitted in a plurality of LCG, wherein the first LCG set comprises at least one LCG; and reporting, by the terminal device, BSRs of some or all LCGs in the first LCG set by using the target BSR format; the method being characterized in that the at least three BSR formats comprise: a short BSR, a truncated BSR and a flexible long BSR, wherein the short BSR is used to report a BSR of one LCG, the truncated BSR is used to report a BSR of one LCG, the flexible long BSR is used to report BSRs of at least one LCG, wherein the number of the at least one LCG is within a first numerical range, a minimum value of the first numerical range is 1 and a maximum value of the first numerical range is 8.
Arrangement comprising a liquid-cooled piston of an internal combustion engine and three injection nozzles (11, 12, 19), wherein the piston has a radially encircling cooling duct (6a, 6b, 6c) spaced apart from a piston crown, wherein, as coolant, a lubricant oil of the internal combustion engine is injected into in each case one inlet opening (13, 14, 23) over a free jet via two injection nozzles (11, 12), flows through the cooling duct (6a, 6b, 6c) and leaves the piston through in each case one outlet opening (17, 18, 25), wherein - the cooling duct (6a, 6b) is embodied in an undivided manner; - two injection nozzles (11, 12) for acting on the inlet openings (13, 14, 23) or a connection of the cooling duct (6a, 6b, 6c) are provided; - the coolant enters the respective inlet opening (13, 14) in each case in a free jet, oriented parallel to a longitudinal axis of the piston, from the injection nozzles (11, 12) - an underside of the piston is acted on with coolant by a free jet of the third injection nozzle. - the cooling duct (6a, 6b) is embodied in an undivided manner; - two injection nozzles (11, 12) for acting on the inlet openings (13, 14, 23) or a connection of the cooling duct (6a, 6b, 6c) are provided; - the coolant enters the respective inlet opening (13, 14) in each case in a free jet, oriented parallel to a longitudinal axis of the piston, from the injection nozzles (11, 12) - an underside of the piston is acted on with coolant by a free jet of the third injection nozzle.
A formulation comprising risedronate and/or a pharmaceutically acceptable derivative thereof characterized in that said formulation comprises • sodium carbonate and sodium bicarbonate as alkaline agent wherein the ratio of sodium carbonate to sodium bicarbonate is in the range of 0.1 to 3 by weight and • optionally at least one pharmaceutically acceptable excipient. • sodium carbonate and sodium bicarbonate as alkaline agent wherein the ratio of sodium carbonate to sodium bicarbonate is in the range of 0.1 to 3 by weight and • optionally at least one pharmaceutically acceptable excipient.
An elevator safety system comprising: a plurality of door safety units, wherein each door safety unit is configured to monitor at least one door (10, 11) of an elevator system; an elevator control unit, which is configured to control the elevator system, in particular to control movement of an elevator car of the elevator system; a communication bus, which is configured for transmitting information between the plurality of door safety units and the elevator control unit; and a signal line serially connecting the elevator control unit and the plurality of door safety units; wherein each of the plurality of door safety units is configured to selectively interrupt the signal line; characterized in that the elevator control unit is configured to periodically request each of the plurality of door safety units to transmit information via the communication bus or wherein the door safety units are configured to periodically transmit information via the communication bus; and in that the elevator control unit is configured for detecting a malfunction of the communication bus and/or the respective door safety unit in case a door safety unit does not send a message via the communication bus for more than a predetermined period of time. a plurality of door safety units, wherein each door safety unit is configured to monitor at least one door (10, 11) of an elevator system; an elevator control unit, which is configured to control the elevator system, in particular to control movement of an elevator car of the elevator system; a communication bus, which is configured for transmitting information between the plurality of door safety units and the elevator control unit; and a signal line serially connecting the elevator control unit and the plurality of door safety units; wherein each of the plurality of door safety units is configured to selectively interrupt the signal line; characterized in that the elevator control unit is configured to periodically request each of the plurality of door safety units to transmit information via the communication bus or wherein the door safety units are configured to periodically transmit information via the communication bus; and in that the elevator control unit is configured for detecting a malfunction of the communication bus and/or the respective door safety unit in case a door safety unit does not send a message via the communication bus for more than a predetermined period of time.
A fuel cell assembly mechanism for transferring a flexible sheet material from a first substrate to a second substrate, the mechanism having a head rotatable and translatable relative to the first and second substrates, the head comprising a cylindrical curved portion having an outer face across which are provided openings configured to apply air pressure to sheet material contacting the outer surface such that the head is adapted to transfer the sheet material from the first substrate to the second substrate by a combination of rotation and translation of the head, wherein the cylindrical curved portion of the head is rotatable relative to a central portion of the head, the central portion of the head comprising a first port for applying negative pressure to the openings with the curved portion in a first rotated position relative to the central portion and a second port for applying a positive pressure to the openings with the curved portion in a second rotated position relative to the central portion.
A method of producing mannose-6-phosphate (M6P)-containing alpha-N-acetylglucosaminidase (Naglu), comprising the steps of: providing a high mannose containing Naglu protein which has been generated from mammalian or non-mammalian cells using recombinant DNA technology; and contacting the high mannose containing Naglu protein with N-acetylglucosamine-1-phosphotransferase (GNPT) under conditions that permit phosphorylation of one or more mannose residues on the Naglu protein, wherein conditions that permit phosphorylation comprise a greater than 1:1 GNPT to Naglu molar ratio such that GNPT is in excess of Naglu, thereby generating M6P-containing Naglu. providing a high mannose containing Naglu protein which has been generated from mammalian or non-mammalian cells using recombinant DNA technology; and contacting the high mannose containing Naglu protein with N-acetylglucosamine-1-phosphotransferase (GNPT) under conditions that permit phosphorylation of one or more mannose residues on the Naglu protein, wherein conditions that permit phosphorylation comprise a greater than 1:1 GNPT to Naglu molar ratio such that GNPT is in excess of Naglu, thereby generating M6P-containing Naglu.