mhurhangee/ep-ind-claims huggingface dataset:
A straddle type vehicle directional indicator system comprising: a left directional indicator and a right directional indicator; and a driver configured to control driving of the left and right directional indicators (31, 32), characterized in that each of the left and right directional indicators (31, 32) includes a plurality of LED series circuits, each LED series circuit having a plurality of LEDs connected in series, the plurality of LED series circuits are connected in parallel in each of the left directional indicator and the right directional indicator, the driver includes a plurality of LED drivers (56a, 57a) and a plurality of current detectors (56b, 57b 58b), each of the LED drivers (56a, 57a) is configured to drive one of the plurality of LED series circuits in each of the left and right directional indicators (31, 32), and each of the current detectors (56b, 57b 58b) is configured to measure a value of current in one of the plurality of LED series circuits of each of the left and right directional indicators (31, 32). a left directional indicator and a right directional indicator; and a driver configured to control driving of the left and right directional indicators (31, 32), characterized in that each of the left and right directional indicators (31, 32) includes a plurality of LED series circuits, each LED series circuit having a plurality of LEDs connected in series, the plurality of LED series circuits are connected in parallel in each of the left directional indicator and the right directional indicator, the driver includes a plurality of LED drivers (56a, 57a) and a plurality of current detectors (56b, 57b 58b), each of the LED drivers (56a, 57a) is configured to drive one of the plurality of LED series circuits in each of the left and right directional indicators (31, 32), and each of the current detectors (56b, 57b 58b) is configured to measure a value of current in one of the plurality of LED series circuits of each of the left and right directional indicators (31, 32).
Electrical switching device, particularly for installation in installation zones in protected areas 0 to 2 according to DIN VDE 0100-701, having a signal transmitter having an associated switching element, wherein the signal transmitter is designed for wireless transmission of the switching signals to a signal receiver that can be arranged remotely, wherein the switching element is electrically connected to the signal transmitter via control electronics, characterized in that for mains-independent supply of electric power an energy transducer that can be connected to a water pipe is provided that is designed to convert kinetic and/or thermal energy from the water into the electric power that is required for operating the signal transmitter, wherein the energy transducer is electrically connected to the signal transmitter via an electrical energy store.
A bottom-up stereolithography apparatus comprising a support surface and a vat assembly for forming a vat, the vat having a transparent bottom film, the vat being configured to be placed on the support surface to receive and hold a resin curable by electromagnetic radiation transmitted to the vat through the transparent bottom film thereof; the vat assembly comprising a circumferential first frame part having a first lower surface defining a bottom level of the vat assembly, and a circumferential first inner side surface extending from the first lower surface to an upper level elevated from the bottom level in a thickness direction of the circumferential first frame part and defining a recess within the circumferential first frame part; wherein the apparatus comprises an air channel and an evacuating arrangement configured to suck air from the recess of the circumferential first frame part via the air channel; whereby a receptacle, at least partially formed of a transparent film material and comprising a bowl may be placed in the vat assembly with the bowl in the recess so that, with the thereby formed vat being placed on the support surface with the first lower surface of the circumferential first frame part against the support surface, air can be evacuated from the recess via the air channel to stretch the bowl against the support surface and the circumferential first inner side surface, the part of the receptacle, which then lies against the support surface, forming the transparent bottom film of the vat.
An apparatus for scanning two-sided documents, comprising: a first scanning module comprising a first scan line to scan a first side of a document; a second scanning module positioned in a stacked arrangement with the first scanning module, the second scanning module comprising: a transparent platen to receive the document, the transparent platen including a second scan line to scan a second side of the document, the second scan line being laterally offset from the first scan line of the first scanning module, an ingress edge positioned prior to the second scan line in a path of the document, and characterized in that the transparent platen comprises a chamfered egress edge positioned subsequent to the second scan line in the path of the document; the apparatus further comprising an electrostatic discharge mechanism positioned immediately subsequent to the egress edge in the path of the document. a first scanning module comprising a first scan line to scan a first side of a document; a second scanning module positioned in a stacked arrangement with the first scanning module, the second scanning module comprising: a transparent platen to receive the document, the transparent platen including a second scan line to scan a second side of the document, the second scan line being laterally offset from the first scan line of the first scanning module, an ingress edge positioned prior to the second scan line in a path of the document, and characterized in that the transparent platen comprises a chamfered egress edge positioned subsequent to the second scan line in the path of the document; the apparatus further comprising an electrostatic discharge mechanism positioned immediately subsequent to the egress edge in the path of the document.
A packaging assembly for packaging one or more articles, comprising: an inner body part defining at least one inner compartment to receive an article; an outer body part at least partially enclosing or encompassing the inner body part; and a cover member that is movable between a closed position preventing access to the at least one inner compartment and an open position permitting access to the at least one inner compartment; wherein the outer body part is movable relative to the inner body part between a first position and a second position to move the cover member between the closed position and the open position, and characterized in that the inner and outer body parts (2, 5) include complementary latching means configured and arranged to engage and releasably latch or interlock with each other when the outer body part is in the second position relative to the inner body part, to hold the cover member in the open position. an inner body part defining at least one inner compartment to receive an article; an outer body part at least partially enclosing or encompassing the inner body part; and a cover member that is movable between a closed position preventing access to the at least one inner compartment and an open position permitting access to the at least one inner compartment; wherein the outer body part is movable relative to the inner body part between a first position and a second position to move the cover member between the closed position and the open position, and characterized in that the inner and outer body parts (2, 5) include complementary latching means configured and arranged to engage and releasably latch or interlock with each other when the outer body part is in the second position relative to the inner body part, to hold the cover member in the open position.
A multi-lamp stage light, comprising: a base; a support frame rotatably connected to the base; a lamp support rotatably connected to the support frame; and at least two lamp units rotatably connected to the lamp support which is provided with a third driving apparatus for driving the lamp units to rotate, wherein the lamp support includes a transverse support and a main support,and wherein the transverse support is rotatably connected to the support frame via a second rotation shaft mechanism provided between the transverse support and the support frame, wherein the main support is rotatably connected to the transverse support via a fourth rotation shaft mechanism provided between the main support and the transverse support wherein the transverse support and the main support rotate around different axes characterized in that the third driving apparatus corresponds to the lamp units one by one, and each lamp unit is correspondingly driven by each third driving apparatus, wherein the main support is provided with notches corresponding to each lamp unit and each lamp unit is correspondingly provided in the notch, and wherein the main support is further provided with containing chambers in which each third driving apparatus is correspondingly placed and installed, and wherein the containing chambers and the notches are arranged alternately. a base; a support frame rotatably connected to the base; a lamp support rotatably connected to the support frame; and at least two lamp units rotatably connected to the lamp support which is provided with a third driving apparatus for driving the lamp units to rotate, wherein the lamp support includes a transverse support and a main support,and wherein the transverse support is rotatably connected to the support frame via a second rotation shaft mechanism provided between the transverse support and the support frame, wherein the main support is rotatably connected to the transverse support via a fourth rotation shaft mechanism provided between the main support and the transverse support wherein the transverse support and the main support rotate around different axes characterized in that the third driving apparatus corresponds to the lamp units one by one, and each lamp unit is correspondingly driven by each third driving apparatus, wherein the main support is provided with notches corresponding to each lamp unit and each lamp unit is correspondingly provided in the notch, and wherein the main support is further provided with containing chambers in which each third driving apparatus is correspondingly placed and installed, and wherein the containing chambers and the notches are arranged alternately.
A worm reducer comprising: a housing; a worm wheel which is rotatably supported to the housing; a worm shaft which is rotatably supported to the housing with worm teeth provided on an axially intermediate part thereof being meshed with the worm wheel, wherein a rotational force from a power source is transmitted to a base end portion of the worm shaft; a tip end-side bearing which is configured to support a tip end-side portion of the worm shaft rotatably with respect to the housing; characterized by a rocking member (19, 19a) which is provided around the tip end-side bearing inside the housing and is configured to rock about a rocking shaft extending in a direction perpendicular to a center axis of the worm shaft; an urging member (21, 21a) which is configured to urge the rocking member (19, 19a) towards one side in a rocking direction about the rocking shaft; and a guide member (18, 18a) which is provided to allow the worm shaft to move in a meshing direction in which the worm shaft comes close to the worm wheel, and which is urged in the meshing direction as the rocking member (19, 19a) is urged to the one side in the rocking direction about the rocking shaft by the urging member (21, 21a), thereby urging the worm shaft in the meshing direction via the tip end-side bearing. a housing; a worm wheel which is rotatably supported to the housing; a worm shaft which is rotatably supported to the housing with worm teeth provided on an axially intermediate part thereof being meshed with the worm wheel, wherein a rotational force from a power source is transmitted to a base end portion of the worm shaft; a tip end-side bearing which is configured to support a tip end-side portion of the worm shaft rotatably with respect to the housing; characterized by a rocking member (19, 19a) which is provided around the tip end-side bearing inside the housing and is configured to rock about a rocking shaft extending in a direction perpendicular to a center axis of the worm shaft; an urging member (21, 21a) which is configured to urge the rocking member (19, 19a) towards one side in a rocking direction about the rocking shaft; and a guide member (18, 18a) which is provided to allow the worm shaft to move in a meshing direction in which the worm shaft comes close to the worm wheel, and which is urged in the meshing direction as the rocking member (19, 19a) is urged to the one side in the rocking direction about the rocking shaft by the urging member (21, 21a), thereby urging the worm shaft in the meshing direction via the tip end-side bearing.
Motor vehicle having an automatic rain protection device for a door opening of the vehicle, wherein the rain protection device comprises a support device on which a rain protection flap strip is stored so as to be movable, wherein the rain protection flap strip is folded into a closed position when the vehicle door is closed and is deployed into an open position when the vehicle door is open so that the rain protection flap strip forms a rain protection canopy, characterized in that the support device is fixed to the vehicle on the vehicle interior side.
A titanium alloy consisting of, in weight percent, 4.2 to 5.4% aluminum, 2.5 to 3.5% vanadium, 0.5 to 0.7% iron, 0.15 to 0.19% oxygen and balance titanium and any unavoidable impurities.
A neighbor relation maintaining method, the method comprising: requesting, by a first node based on frequency point information and physical cell identifier, PCI, information of a target cell, a second node to configure measurement and instruct a terminal to report automatic neighbor relation ANR-related information, wherein the ANR-related information is forward by the second node to the first node, the first node is a long term evolution, LTE, base station and connected to an Evolved Packet Core, EPC, network and the second node is a new radio, NR, base station, characterized in that, the step of the second node configuring the measurement and instructing the terminal to report the ANR-related information comprises: the second node configuring the measurement based on the frequency point information and the PCI information of the target cell and instructing the terminal to report first information of a designated cell and system broadcast information of at least one cell, wherein the first information of the designated cell comprises a public land mobile network, PLMN, list, frequency point information, PCI information, a cell identifier, a tracking area code TAC, and an RNAC. requesting, by a first node based on frequency point information and physical cell identifier, PCI, information of a target cell, a second node to configure measurement and instruct a terminal to report automatic neighbor relation ANR-related information, wherein the ANR-related information is forward by the second node to the first node, the first node is a long term evolution, LTE, base station and connected to an Evolved Packet Core, EPC, network and the second node is a new radio, NR, base station, characterized in that, the step of the second node configuring the measurement and instructing the terminal to report the ANR-related information comprises: the second node configuring the measurement based on the frequency point information and the PCI information of the target cell and instructing the terminal to report first information of a designated cell and system broadcast information of at least one cell, wherein the first information of the designated cell comprises a public land mobile network, PLMN, list, frequency point information, PCI information, a cell identifier, a tracking area code TAC, and an RNAC.
A spring (10; 20) for a horological mechanism, the spring comprising a body (11; 21) extending between a first end (12; 22) of the spring and a second end (13; 23) of the spring, the spring being intended to be connected mechanically to a frame at each of the first and second ends, the spring comprising, between the first and the second end, at least one member (17; 27) intended to act by contact on an element (42; 52) of the horological mechanism, the body comprising a deformable zone (14; 24) extending in a curve (18; 28), the curve comprising a first part (18a; 28a) that is concave when viewed from the first end, the member comprising a lever, the lever extending along a half-line (191; 291) lying in a half-plane complementary to the half-plane in which part of the deformable zone deformable zone extends along the concave part (18a; 28a) of the curve (18; 28) from one end of the spring, the half-planes being separated by a straight line passing through the axes of the mechanical links connecting the spring to the frame, wherein the spring is intended to be mechanically connected to a frame via a pivot link at each of the first and second ends and wherein the lever (17; 27) pivotes about an axis (19; 29) of the pivot link mechanically connecting the spring to the frame and located at the first end.
A solid sorbent for adsorbing carbon dioxide from a gas mixture, comprising a modified polyamine that is supported upon a nano-structured solid support with a primary particle size of less than about 100 nm; the modified polyamine is the reaction product of an amine and an aldehyde and is present in an amount of 25% to 75% by weight of the sorbent; the amine is a primary or secondary amine, or a combination thereof, or a polyethyleneamine of the formula H 2 N(NH(CH 2) n) p NH 2 where n is 1 to 4 and p is 2 to 10000, or a combination thereof; and the aldehyde is a simple aldehyde, dialdehyde, trialdehyde, a polymeric aldehyde compound or a mixture thereof; wherein the solid sorbent is obtainable by - dissolving the amine in a solvent to form an amine solution, dissolving the aldehyde in a solvent to form an aldehyde solution, adding the aldehyde solution to the amine solution with agitation or stirring for a period of time with or without heating to form a liquid reaction product of the amine and aldehyde, - followed by removal of the solvent to obtain the modified polyamine as a viscous liquid, - dispersing the support in a solvent to form a suspension, - forming the sorbent by adding the viscous liquid to the dispersion of the support with stirring to disperse the modified polyamine onto the support, - followed by removal of the water to obtain the sorbent as a solid comprising the modified polyamine. - dissolving the amine in a solvent to form an amine solution, dissolving the aldehyde in a solvent to form an aldehyde solution, adding the aldehyde solution to the amine solution with agitation or stirring for a period of time with or without heating to form a liquid reaction product of the amine and aldehyde, - followed by removal of the solvent to obtain the modified polyamine as a viscous liquid, - dispersing the support in a solvent to form a suspension, - forming the sorbent by adding the viscous liquid to the dispersion of the support with stirring to disperse the modified polyamine onto the support, - followed by removal of the water to obtain the sorbent as a solid comprising the modified polyamine.
A heated aerosol-generating article for use with an aerosol-generating device comprising a heating element, the heated aerosol-generating article being in the form of a rod having a mouth end and a distal end upstream from the mouth end, the aerosol-generating article having an aerosol-forming substrate located upstream of the mouth end within the rod, in which the distal end of the heated aerosol-generating article is spanned by a non-flammable thermally-conductive material to spread heat away from the distal end of the rod and to prevent air flow into the distal end of the rod, thereby reducing the risk of inadvertent ignition of the rod by application of a flame, the non-flammable thermally-conductive material being rupturable to enable air-flow into the distal end of the rod.
Micro-mechanical timepiece part (1; 10; 20; 100; 200) cut out in a silicon substrate in the form of a plate and the cut edges of which comprise portions provided to serve as contact surfaces arranged to slide against corresponding contact zones of another micro-mechanical part in a timepiece, and wherein the cut edges have a ribbed surface comprising an alternation of ribs (21a; 21b; 21c; 121; 221) and furrows (23a; 23b; 23c; 123; 223), the ribs and the furrows being straight; characterised in that the ribs and the furrows form a staggered pattern, comprising a plurality of first intervals (25a; 25b; 25c; 125; 225) in which the spacing separating the ribs from each other is equal to a first distance, and at least one second interval (27a; 27b; 27c; 127; 227) in which the spacing between the ribs is equal to a second distance different from the first distance, the first distance being between 200 nm and 5 μm.
A fluid conditioner for use in a tank, the tank being open at a top thereof, the tank containing computers or other electronic devices immersed in fluid in the tank, the fluid conditioner being fully immersed in the fluid in the tank and comprising a housing having at least one chamber (34/36/38), an inlet and an outlet of the housing for the immersion fluid to pass into and out of the fluid conditioner a heat exchanger located in the chamber of the housing, the heat exchanger having an inlet for cooling medium to enter the heat exchanger and an outlet for cooling medium to exit the heat exchanger, pump means located in the housing arranged, in use, to pump fluid such that the fluid passes into contact with the heat exchanger, wherein, in the upright, operational orientation of the fluid conditioner, the pump means and the heat exchanger are vertically spaced relative to one another and the heat exchanger is located below the inlet and above the outlet of the fluid conditioner, and wherein in use, fluid is drawn in through the inlet into the chamber then into and through the pump means to be discharged from the pump means such that fluid passes into contact with the heat exchanger to thereby cool the fluid, and the cooled fluid exits the fluid conditioner via the outlet of the fluid conditioner and passes into the lower region of the tank for circulation through the tank. an inlet and an outlet of the housing for the immersion fluid to pass into and out of the fluid conditioner a heat exchanger located in the chamber of the housing, the heat exchanger having an inlet for cooling medium to enter the heat exchanger and an outlet for cooling medium to exit the heat exchanger, pump means located in the housing arranged, in use, to pump fluid such that the fluid passes into contact with the heat exchanger, wherein, in the upright, operational orientation of the fluid conditioner, the pump means and the heat exchanger are vertically spaced relative to one another and the heat exchanger is located below the inlet and above the outlet of the fluid conditioner, and wherein in use, fluid is drawn in through the inlet into the chamber then into and through the pump means to be discharged from the pump means such that fluid passes into contact with the heat exchanger to thereby cool the fluid, and the cooled fluid exits the fluid conditioner via the outlet of the fluid conditioner and passes into the lower region of the tank for circulation through the tank.