mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for actuating first and second engine valves (230, 232) associated with an engine cylinder, comprising: a rocker arm configured to be disposed on a rocker arm shaft and to actuate the first and second engine valves, and further configured at a motion receiving end of the rocker arm to receive motion from a primary valve actuation motion source; a master piston disposed in a master piston bore at the motion receiving end of the rocker arm and configured, at an end of the master piston extending out of the master piston bore, to receive motion from an auxiliary valve actuation motion source; a slave piston disposed in a slave piston bore at a valve actuation end of the rocker arm opposite the motion receiving end of the rocker arm, the slave piston configured to provide auxiliary valve actuation motion to only the first of the first and second engine valves; an hydraulic circuit within the rocker arm; and a check valve (502, 504) disposed in the rocker arm and configured to supply hydraulic fluid to the hydraulic circuit, wherein the hydraulic circuit connects the master piston bore and the slave piston bore. a rocker arm configured to be disposed on a rocker arm shaft and to actuate the first and second engine valves, and further configured at a motion receiving end of the rocker arm to receive motion from a primary valve actuation motion source; a master piston disposed in a master piston bore at the motion receiving end of the rocker arm and configured, at an end of the master piston extending out of the master piston bore, to receive motion from an auxiliary valve actuation motion source; a slave piston disposed in a slave piston bore at a valve actuation end of the rocker arm opposite the motion receiving end of the rocker arm, the slave piston configured to provide auxiliary valve actuation motion to only the first of the first and second engine valves; an hydraulic circuit within the rocker arm; and a check valve (502, 504) disposed in the rocker arm and configured to supply hydraulic fluid to the hydraulic circuit, wherein the hydraulic circuit connects the master piston bore and the slave piston bore.
Thermochromic pigment composition, comprising: at least one organic electron donor dye compound, at least one electron acceptor compound, and at least one compound corresponding to the following formula: where: - n = 0-2, and - m = 5-19. at least one organic electron donor dye compound, at least one electron acceptor compound, and at least one compound corresponding to the following formula: where: - n = 0-2, and - m = 5-19. - n = 0-2, and - m = 5-19.
Dry filter for separating dust and other dispersible substances from industrial exhaust gases and the dust laden air in underground mine and tunnel construction, having a filter housing (2, 3) with filter elements (9, 10, 11) and assigned raw gas duct and a clean gas duct separated from this by a partition wall, whereby the filter elements (9, 10, 11) are to be pressurised from the raw gas duct and are connected with regard to climate control with the lateral feed duct of the clean gas duct and the filter housing (2, 3) having a discharge unit for the filtered dust, and a ventilating fan for transporting air, characterised in that the raw gas duct and clean gas duct are arranged horizontally one above the other in the filter housing (2, 3) and separated from each other by a partition wall that runs through the housing and forms the complete filter housing horizontal whereby the partition wall runs sloping upwards from the raw gas inlet to the roof of the filter housing (2, 3), and the filter elements (9, 10, 11) are connected with the partition wall and/or the frame construction of the filter housing (2, 3).
A method for producing thin, free-standing layers of solid state materials with locally controllable patterns of surface structures by inducing locally controllable three-dimensional stress patterns in a solid state material and an auxiliary layer comprising the steps of: providing the solid state material having at least one exposed surface; applying the auxiliary layer (3a; 3b) to the exposed surface (1 a; 1 b) to form a composite structure; wherein the auxiliary layer (3a; 3b) comprises a silicone polymer or a copolymer; subjecting the composite structure to conditions inducing the three-dimensional stress pattern in the auxiliary layer (3a; 3b) and in the solid state material, thereby facilitating fracture of the solid state material substantially along a plane at a depth therein; and removing the auxiliary layer (3a; 3b) and, therewith, a layer of the solid state material terminating at the fracture depth and having a pattern of surface structures dictated by the pattern of local stresses in the auxiliary layer (3a;3b). providing the solid state material having at least one exposed surface; applying the auxiliary layer (3a; 3b) to the exposed surface (1 a; 1 b) to form a composite structure; wherein the auxiliary layer (3a; 3b) comprises a silicone polymer or a copolymer; subjecting the composite structure to conditions inducing the three-dimensional stress pattern in the auxiliary layer (3a; 3b) and in the solid state material, thereby facilitating fracture of the solid state material substantially along a plane at a depth therein; and removing the auxiliary layer (3a; 3b) and, therewith, a layer of the solid state material terminating at the fracture depth and having a pattern of surface structures dictated by the pattern of local stresses in the auxiliary layer (3a;3b).
A screw inserter instrument, comprising: a screw drive assembly having a first handle and a driver shaft coupled to the first handle, the driver shaft having a distal tip configured to couple to a bone screw for driving the bone screw into bone; a locking assembly disposed within the first handle and in mechanical communication with the driver shaft, the locking assembly including at least one trigger element [476, 478] that is fixedly coupled to a locking ring, such that movement of the at least one trigger element [476, 478] moves the locking ring; and a stylet assembly having a second handle and a stylet extending through the driver shaft; wherein the first handle has a locked configuration, in which the locking ring is operable connected to driver shaft, such that the first handle and the driver shaft are coupled such that the first handle maintains the driver shaft in a fixed position while the second handle is rotated relative to the first handle, and wherein the first handle has an unlocked configuration, in which the locking ring is operably decoupled from the driver shaft, such that the first handle and the driver shaft rotate simultaneously in a first direction and the first handle rotates independent of the driver shaft in a second opposite direction. a screw drive assembly having a first handle and a driver shaft coupled to the first handle, the driver shaft having a distal tip configured to couple to a bone screw for driving the bone screw into bone; a locking assembly disposed within the first handle and in mechanical communication with the driver shaft, the locking assembly including at least one trigger element [476, 478] that is fixedly coupled to a locking ring, such that movement of the at least one trigger element [476, 478] moves the locking ring; and a stylet assembly having a second handle and a stylet extending through the driver shaft; wherein the first handle has a locked configuration, in which the locking ring is operable connected to driver shaft, such that the first handle and the driver shaft are coupled such that the first handle maintains the driver shaft in a fixed position while the second handle is rotated relative to the first handle, and wherein the first handle has an unlocked configuration, in which the locking ring is operably decoupled from the driver shaft, such that the first handle and the driver shaft rotate simultaneously in a first direction and the first handle rotates independent of the driver shaft in a second opposite direction.
Plant for the treatment of bodywork, comprising at least one trolley designed to support a bodywork to be treated, a conveyor line for transporting the trolley along the plant and with a first system for moving the trolleys along the conveying line, wherein the trolley comprises a traction rack extending in the direction of movement of the trolley along the conveying line and, in at least one zone of the plant, characterized in that the plant comprises a toothed traction wheel which is driven by a motor controlled by a motor control system and which is adapted to engage in the traction rack upon passage of the trolley into this zone so as to move the trolley along a portion of the conveying line under the control of the motor control system and provide a second movement system for the trolleys, the plant also comprising sensors (63, 64) designed to detect the angular position of the traction wheel and the approaching movement of a trolley towards this wheel and connected to the motor control system of the toothed wheel so as to cause the engagement between the traction rack and the toothed traction wheel upon arrival of the trolley. the trolley comprises a traction rack extending in the direction of movement of the trolley along the conveying line and, in at least one zone of the plant, characterized in that the plant comprises a toothed traction wheel which is driven by a motor controlled by a motor control system and which is adapted to engage in the traction rack upon passage of the trolley into this zone so as to move the trolley along a portion of the conveying line under the control of the motor control system and provide a second movement system for the trolleys, the plant also comprising sensors (63, 64) designed to detect the angular position of the traction wheel and the approaching movement of a trolley towards this wheel and connected to the motor control system of the toothed wheel so as to cause the engagement between the traction rack and the toothed traction wheel upon arrival of the trolley.
A coating composition comprising at least one hydrophilic microfiber, at least one hydrophilic nanofiber, or both dispersed in the coating, wherein the at least one hydrophilic microfiber or the at least one hydrophilic nanofiber comprises a polymer of lactic acid, malonic acid, succinic acid, glutaric acid, adipic acid, pimelic acid, azelaic acid, sebacic acid, fumaric acid, 2,2-dimethylglutaric acid, suberic acid, diglycolic acid, glycolic acid, itaconic acid, maleic acid, phthalic acid, or any combinations thereof; or wherein the at least one hydrophilic microfiber or the at least one hydrophilic nanofiber comprises oxidized polyethylene, oxidized polypropylene, oxidized polyacrylonitrile, oxidized isobutylene, or any combinations thereof; or wherein the at least one hydrophilic microfiber or the at least one hydrophilic nanofiber comprises a plurality of hydrophilic groups on the surface of the microfiber or the nanofiber, wherein the plurality of hydrophilic groups comprise an amine, a carboxylic group, an amide, a hydroxylamine, ethanolamine, an ethanolamine derivative, a hydrazine, a hydrazine derivative, a quaternary ammonium salt, or any combinations thereof; or wherein the at least one hydrophilic microfiber comprises a hydrophobic microfiber and at least one hydrophilic coating surrounding the hydrophobic microfiber; or wherein the at least one hydrophilic nanofiber comprises a hydrophobic nanofiber and at least one hydrophilic coating surrounding the hydrophobic nanofiber; and wherein the coating further comprises a thickener and an organic polymeric binder. wherein the coating further comprises a thickener and an organic polymeric binder.
Elevator system, comprising: an elevator cabin; a drive for driving the elevator cabin; a control means for controlling at least the drive and optionally further elevator components; wherein the control means comprises a circuit and the circuit has: a switch to be monitored comprising an input and an output; a signal transmitter unit which is designed to apply an AC voltage signal as an input signal to the input of the switch to be monitored; a monitoring unit which is designed to record an output signal applied to the output of the switch to be monitored and, on the basis of a comparison of the output signal with the input signal, to generate a monitoring signal which indicates a switching state of the switch to be monitored. an elevator cabin; a drive for driving the elevator cabin; a control means for controlling at least the drive and optionally further elevator components; wherein the control means comprises a circuit and the circuit has: a switch to be monitored comprising an input and an output; a signal transmitter unit which is designed to apply an AC voltage signal as an input signal to the input of the switch to be monitored; a monitoring unit which is designed to record an output signal applied to the output of the switch to be monitored and, on the basis of a comparison of the output signal with the input signal, to generate a monitoring signal which indicates a switching state of the switch to be monitored. a switch to be monitored comprising an input and an output; a signal transmitter unit which is designed to apply an AC voltage signal as an input signal to the input of the switch to be monitored; a monitoring unit which is designed to record an output signal applied to the output of the switch to be monitored and, on the basis of a comparison of the output signal with the input signal, to generate a monitoring signal which indicates a switching state of the switch to be monitored.
Method for preparing a dish in an oven, especially in a domestic oven, which has a steaming function and which has a cooking cavity with a door, a controlling unit, a storage unit, an input unit and a display unit, wherein the preparation of the dish comprises at least two cooking steps (I, II), wherein the method comprises the steps: a) Selecting of a cooking programme stored in the storage unit by an user, which comprises at least a first cooking step and a second cooking step; b) Carrying out of a first cooking step after triggering of the cooking process by the user; c) Outputting of at least one instruction to the user from the controlling unit by means of the display unit after finishing of the first cooking step; d) Fulfilling of the at least one instruction by the user; e) Triggering the continuation of the cooking programme by the user; f) Carrying out of a second cooking step, characterized in that step c) comprises the instruction to leave the door of the cooking cavity open until a defined condition is reached. a) Selecting of a cooking programme stored in the storage unit by an user, which comprises at least a first cooking step and a second cooking step; b) Carrying out of a first cooking step after triggering of the cooking process by the user; c) Outputting of at least one instruction to the user from the controlling unit by means of the display unit after finishing of the first cooking step; d) Fulfilling of the at least one instruction by the user; e) Triggering the continuation of the cooking programme by the user; f) Carrying out of a second cooking step,
A joint tape, in strip form, formed by an open-mesh glass fiber warp knit fabric or woven fabric, said warp knit fabric or woven fabric being formed by - glass fibers parallel to the length of the strip, referred to as longitudinal fibers, and - glass fibers perpendicular to the length of the strip, referred to as transverse fibers, said tape being characterized in that at least one of the longitudinal fibers, referred to as reinforcing fiber, located in the central zone of the strip, has a linear density at least two times higher than the linear density of the other longitudinal fibers, and in that it comprises only one reinforcing fiber or two reinforcing fibers. - glass fibers parallel to the length of the strip, referred to as longitudinal fibers, and - glass fibers perpendicular to the length of the strip, referred to as transverse fibers,
Brake actuator (1, 1'), in particular electromechanical brake actuator of a commercial vehicle, wherein the brake actuator (1, 1') comprises: - a casing, - an electric motor for providing a driving torque, - a cam disc rotatable mounted to the casing, wherein the cam disc is operatively coupled to the electric motor, - a push rod received in the casing, and being configured to move back and forth in a longitudinal direction between a retracted position and an extended position, wherein the push rod and the cam disc are operatively coupled such that a rotational movement of the cam disc advances a linear movement of the push rod, wherein a guiding member, in particular a bushing, is mounted to the casing, wherein the guiding member is configured to guide the movement of the push rod in longitudinal direction, characterized in that the guiding member has at least one slot extending in longitudinal direction. - a casing, - an electric motor for providing a driving torque, - a cam disc rotatable mounted to the casing, wherein the cam disc is operatively coupled to the electric motor, - a push rod received in the casing, and being configured to move back and forth in a longitudinal direction between a retracted position and an extended position, wherein the push rod and the cam disc are operatively coupled such that a rotational movement of the cam disc advances a linear movement of the push rod, wherein a guiding member, in particular a bushing, is mounted to the casing, wherein the guiding member is configured to guide the movement of the push rod in longitudinal direction, characterized in that the guiding member has at least one slot extending in longitudinal direction.
A mechanism for operating telescopic lift doors comprising two carriages (2, 3) which can be moved on corresponding rails (8, 9), one high-speed rail and another low-speed rail, the high-speed carriage of which is moved from an operating motor, and the low-speed carriage of which is moved through a cable running over two pulleys mounted on the low-speed carriage, said cable being prevented from moving and connected to the high-speed carriage, the mechanism comprising a profile forming the two rails (8, 9) located at different heights for the mentioned carriages (2, 3), on the upper rail of which first rolling elements of the high-speed carriage move, whereas second rolling elements of the low-speed carriage move along the lower rail; the mentioned profile defining a first auxiliary track opposite the upper rail and separated a free space from an anti-overturn roller, said anti-overturn roller being supported by the high-speed carriage, said first auxiliary track being configured to be used as accidental upper support means for supporting the anti-overturn roller for preventing a pitching of the high-speed carriage along the upper rail; and a second auxiliary track which is parallel to the rail and is located immediately above the second rolling elements, to be used as accidental upper support means for supporting the second rolling elements for preventing a pitching of the low-speed carriage along the lower rail, the mechanism for operating telescopic lift doors characterized in that the profile forming the two rails (8,9) has a C-shaped section and has side branches (6,7) with a different width located in a horizontal position and finished in respective longitudinal bends forming raised and inverted grooves with respect to said branches, said grooves determining on an upper convex-curved surface the two rails (8,9), the bend of the upper branch further defining on its concave side a free space configured for being covered by the anti-overturn roller.
Capsule with a preferably rotationally symmetrically formed capsule body with a side wall and with a base formed in particular in one piece therewith, and with a lid covering the capsule body to form at least one chamber which contains a substance for the preparation of a liquid foodstuff, wherein for the passage of a liquid through the chamber the lid forms an inlet side and the base forms an outlet side with a preferably central outlet opening and wherein the outlet opening is arranged at the end of an outlet tube with a relatively large diameter, the outlet tube extending at least partially from the base towards the lid and at least one filter element with filter openings being arranged on the outlet tube and/or in the outlet tube for retaining solids in the capsule, the outlet tube being designed as a separate component over at least part of its length, characterized in that the outlet tube designed as a separate component is closed off at its base by a filter plate and is filled exclusively or additionally with a substance.
A continuous rod transport system, comprising: a pedestal (604, 610, 750) having a base (615, 752) and a platform (612, 754), the platform (612, 754) articulating relative to the base (615, 752) and supporting a reel for continuous rod thereon; and a deployment unit (600, 602, 710) disposed adjacent the reel, the deployment unit (600, 602,710) having a rod transfer unit operable to convey the continuous rod along its axial length from a source and having a rod bender unit operable to permanently bend the conveyed rod at an angle relative to its axial length before coiling the rod in the reel, the deployment unit (600, 602, 710) having a first mode and a second mode, the deployment unit (600, 602, 710) in the first mode operating the rod transfer unit and the rod bender unit to coil the bent rod a number of times in the reel and in the second mode operating the rod transfer unit and not the rod bender unit to cease the permanently bending of the conveyed rod at the angle after the rod has been coiled the number of times in the reel. a pedestal (604, 610, 750) having a base (615, 752) and a platform (612, 754), the platform (612, 754) articulating relative to the base (615, 752) and supporting a reel for continuous rod thereon; and a deployment unit (600, 602, 710) disposed adjacent the reel, the deployment unit (600, 602,710) having a rod transfer unit operable to convey the continuous rod along its axial length from a source and having a rod bender unit operable to permanently bend the conveyed rod at an angle relative to its axial length before coiling the rod in the reel, the deployment unit (600, 602, 710) having a first mode and a second mode, the deployment unit (600, 602, 710) in the first mode operating the rod transfer unit and the rod bender unit to coil the bent rod a number of times in the reel and in the second mode operating the rod transfer unit and not the rod bender unit to cease the permanently bending of the conveyed rod at the angle after the rod has been coiled the number of times in the reel.