mhurhangee/ep-ind-claims huggingface dataset:
Undercarriage leg including a strut assembly in which a rod carrying in its lower portion one or more wheels is mounted to slide and free to turn about a pivot axis, the undercarriage leg including an orientation control for selectively orienting the wheel or wheels by causing the sliding rod to pivot, the orientation control including a rotating member rotatably mounted on the strut assembly that includes a toothed sector forming a pinion and is rotationally coupled to the sliding rod, as well as a rack (8, 9) mounted to slide on the strut assembly along a sliding axis perpendicular to the pivot axis to mesh with the pinion, the rack being moved by drive means, the landing bear being characterized in that the drive means include a rotary drive inside the rack adapted to turn about the sliding axis and to cooperate via a helicoidal coupling with the rack, the rotary drive being immobilized axially by two opposite axial thrust bearings allowing angular tilting of the rotary drive, the thrust bearings being carried by at least one elongate support inside the rack having a proximal end fixed to an end of a cylinder in which the rack slides.
Extractor hood, having an extractor hood housing with a fan, a heat shield, inclined upward from the horizontal, which has a suction frame and a baffle plate arranged in the flow direction upstream of the suction frame, and a control unit, which is arranged on the heat shield, characterised in that the control unit is arranged on the baffle plate, the extractor hood has a protection device for intermittently covering the control unit, the protection device is fastened movably on the extractor hood and the extractor hood has a movement unit for moving the protection device and an actuation unit for actuating the movement unit.
A computer-implemented method comprising: initiating (400, 2302) an installation process to install a web application associated with a website on a client device; obtaining session information of a current web session associated with the website; obtaining credentials related to the session information; and associating the credentials related to the session information with the web application through data contained in a web application credentials store; receiving selection of a web application to launch; retrieving user credentials for a user associated with the web application from said the web application credentials store; retrieving a start URL associated with the web application; and autonomously logging in to an associated website using the user credentials, characterized in that each entry (2269, 2270) of the web application credentials store comprises: an URL associated with the web application; an identification number identifying the web application that is integrated on the client device and said associated user credentials; and associated user credentials of a respective user of the web application from said website; and in that the user credentials for a user associated with the web application from said the web application credentials store are received fusing said identification number as a reference to said the web application credentials store. initiating (400, 2302) an installation process to install a web application associated with a website on a client device; obtaining session information of a current web session associated with the website; obtaining credentials related to the session information; and associating the credentials related to the session information with the web application through data contained in a web application credentials store; receiving selection of a web application to launch; retrieving user credentials for a user associated with the web application from said the web application credentials store; retrieving a start URL associated with the web application; and autonomously logging in to an associated website using the user credentials, characterized in that each entry (2269, 2270) of the web application credentials store comprises: an URL associated with the web application; an identification number identifying the web application that is integrated on the client device and said associated user credentials; and associated user credentials of a respective user of the web application from said website; and an URL associated with the web application; an identification number identifying the web application that is integrated on the client device and said associated user credentials; and associated user credentials of a respective user of the web application from said website; and in that the user credentials for a user associated with the web application from said the web application credentials store are received fusing said identification number as a reference to said the web application credentials store.
A method for manufacturing a dye-sensitized solar cell characterised by: a) depositing a layer of a nanocrystalline semiconducting compound on a transparent conducting substrate; b) preparing suspensions of nanoparticles in liquid media; c) using the suspensions to deposit a porous multilayer having photonic crystal properties on the semi-conducting layer, forming a structure of alternated nanoparticle layers of controlled thickness, so that a periodic or quasi-periodic spatial modulation of a refractive index across the multilayer is achieved; d) heating the structure to a temperature between 100°C and 550°C; e) sensitising the structure with a dye by immersing the structure in a solution of the dye; f) preparing a counter-electrode; g) sealing the electrode and counterelectrode, thus forming a cell, and infiltrating the space between them with a conducting electrolyte that may be liquid or solid. a) depositing a layer of a nanocrystalline semiconducting compound on a transparent conducting substrate; b) preparing suspensions of nanoparticles in liquid media; c) using the suspensions to deposit a porous multilayer having photonic crystal properties on the semi-conducting layer, forming a structure of alternated nanoparticle layers of controlled thickness, so that a periodic or quasi-periodic spatial modulation of a refractive index across the multilayer is achieved; d) heating the structure to a temperature between 100°C and 550°C; e) sensitising the structure with a dye by immersing the structure in a solution of the dye; f) preparing a counter-electrode; g) sealing the electrode and counterelectrode, thus forming a cell, and infiltrating the space between them with a conducting electrolyte that may be liquid or solid.
An adaptive, capacitive coupling circuit for feeding signals at different frequencies from a voltage source (DÜ) into energy cables, having at least one conductor of an electrical energy distribution network, a coupling filter and an adjustable inductance (L1,..., Ln) connected to a conductor for the purpose of compensating a capacitance of said conductor, characterized in that for feeding into a shielded energy cable having at least one conductor and said surrounding sheath is provided a sheated-loop filter as a coupling-in filter, an adjustable inductance (L1,..., Ln) be in contact with that sheated-loop filter for the purpose of compensating the sheath coupled capacitance between the conductor and the sheath, a control device, which is connected to the adjustable inductance (L1,..., Ln) and a measuring module connected to the control device for measuring current or current and voltage, and that said control device controls both the actual data transmission as well as the impedance adaptation and adapts the coupling impedance in transmission pauses and that - if the transmission current is too high after the maximization - a reduction in the transmission power occurs by reduction of the transmission voltage and - if the transmission current is clearly too high after maximization - the transmission is stopped and a fault message due to HF Short circuit on the mains occurs, such that a maximization of the transmission current of the voltage source (DÜ) is made by means of automatic optimization of the feed impedance (Z E) of the coupling circuit, which comprises said sheath coupled capacitance and said adjustable inductance (L1,..., Ln), according to the network impedance (Z N) of the power distribution network for achieving a feed impedance (Z E) and a network impedance (Z N) as low as possible in the respective frequency range.
A method (400, 500) of triggering a security alert using a tracking device, comprising: detecting (404, 504) motion using a motion sensor of the tracking device; determining (406, 506) that the detected motion meets a motion threshold; in response to the determination that the detected motion meets a motion threshold: detecting (408, 508) one or more wireless access points (210, 220, 230, 240) in proximity to the tracking device; determining (410, 510) that the one or more wireless access points do not correspond to a recognized wireless access point (210, 220, 230); and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering (412, 516) a security alert. detecting (404, 504) motion using a motion sensor of the tracking device; determining (406, 506) that the detected motion meets a motion threshold; in response to the determination that the detected motion meets a motion threshold: detecting (408, 508) one or more wireless access points (210, 220, 230, 240) in proximity to the tracking device; determining (410, 510) that the one or more wireless access points do not correspond to a recognized wireless access point (210, 220, 230); and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering (412, 516) a security alert. detecting (408, 508) one or more wireless access points (210, 220, 230, 240) in proximity to the tracking device; determining (410, 510) that the one or more wireless access points do not correspond to a recognized wireless access point (210, 220, 230); and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering (412, 516) a security alert.
Connector part comprising a body part for connecting to a counterpart for creating a fluid tight seal when fitted together, the connector part also comprising a seal element made of resilient material and comprising a lip portion, wherein the seal element is made of material which is more resilient than the material of the body part, and the body part is further provided with a conical sealing surface acting as a secondary seal surface, characterized in that the body part and the seal element further define an empty space which is capable to receive the lip portion of the seal element made of resilient material bending or deforming into the space and thereby filling the space when the fluid tight seal is made, the space being located adjacent to the seal element and the volume of the space is the same as or bigger than the volume of the deformed or bent part of the lip portion of the seal element, the seal element being located at a tip portion of the body part and placed on an outer circular front surface of the body part.
A resin nozzle for use in conjunction with rock bolting equipment, said resin nozzle being adapted to inject a resin sausage through the resin nozzle and into a pre-drilled bolt hole, said resin nozzle including: a connector member adapted to be fastened onto the rock bolting equipment from which the resin sausages may be ejected; a spring that defines a passage including a plastic guide tube for guiding the resin sausages through said passage; a nozzle tip providing a cylindrical column configured to extend into the pre-drilled bolt hole; and a nose cone interconnecting said spring to said nozzle tip such that this tapering allows said plastic guide tube and an tapered edge of the inner guide tube of said nozzle tip to match up to ensure a smooth transition for resin sausages passing from said spring to said nozzle tip. a connector member adapted to be fastened onto the rock bolting equipment from which the resin sausages may be ejected; a spring that defines a passage including a plastic guide tube for guiding the resin sausages through said passage; a nozzle tip providing a cylindrical column configured to extend into the pre-drilled bolt hole; and a nose cone interconnecting said spring to said nozzle tip such that this tapering allows said plastic guide tube and an tapered edge of the inner guide tube of said nozzle tip to match up to ensure a smooth transition for resin sausages passing from said spring to said nozzle tip.
Spice mill part, in particular a spice mill lower part, for a spice mill, with a housing, which at least partially consists of a plastic material, and can be rotatably connected to another spice mill part, in particular a spice mill upper part, a receiving element being provided on the housing, in which receiving element a milling element, in particular a milling ring, made of a ceramic material is arranged, characterised in that the milling element is clamped in the receiving element in a force-locking manner by a compressive force which is directed substantially radially inward and which acts on a closed outer bearing face of the milling element, the compressive force acting on the outer bearing face of the milling element substantially along the entire circumference.
A printer for issuing a print medium, comprising: a rechargeable battery configured to supply power to the printer; a printing part configured to print information on the print medium; a controller configured to determine a number of print media on which the printing part can print with present remaining battery capacity of the battery, characterized in that the controller is configured to compute a decrease rate of remaining capacity of the battery based on a number of print media that have been issued during a first period in an operation period of the printer and a decreased amount of remaining battery capacity of the battery during the first period, and then to determine a number of print media on which the printing part can print with present remaining battery capacity of the battery, with the decrease rate. a rechargeable battery configured to supply power to the printer; a printing part configured to print information on the print medium; a controller configured to determine a number of print media on which the printing part can print with present remaining battery capacity of the battery, characterized in that the controller is configured to compute a decrease rate of remaining capacity of the battery based on a number of print media that have been issued during a first period in an operation period of the printer and a decreased amount of remaining battery capacity of the battery during the first period, and then to determine a number of print media on which the printing part can print with present remaining battery capacity of the battery, with the decrease rate.
A self-retracting lifeline assembly comprising: a housing; a housing cover piece a shaft comprising first and second ends, the shaft being fixed at the first end to the housing against rotation relative to the housing about a central axis of the shaft; a drum mounted for rotation on the shaft and including a compartment within the drum, wherein the drum is a two-piece construction with a first piece defining the compartment and a second piece forming a cover for closing the compartment; a lifeline wound on the drum for selective deployment and retraction from and to the housing; a spring mechanism connected between the first end of the shaft and the drum and configured to apply a rotational retracting force to the drum; a brake module carried on the shaft and mounted within the compartment of the drum; a pawl mechanism mounted on the drum for rotation therewith, the pawl mechanism mounted within the compartment and configured to selectively engage the brake module in response to a pre-determined rotational speed of the drum relative to the shaft; and wherein the housing cover piece and the second piece of the drum are removable to allow for removal of the brake module as a self-contained sub-assembly from the self-retracting lifeline assembly at the second end of the shaft. a housing; a housing cover piece a shaft comprising first and second ends, the shaft being fixed at the first end to the housing against rotation relative to the housing about a central axis of the shaft; a drum mounted for rotation on the shaft and including a compartment within the drum, wherein the drum is a two-piece construction with a first piece defining the compartment and a second piece forming a cover for closing the compartment; a lifeline wound on the drum for selective deployment and retraction from and to the housing; a spring mechanism connected between the first end of the shaft and the drum and configured to apply a rotational retracting force to the drum; a brake module carried on the shaft and mounted within the compartment of the drum; a pawl mechanism mounted on the drum for rotation therewith, the pawl mechanism mounted within the compartment and configured to selectively engage the brake module in response to a pre-determined rotational speed of the drum relative to the shaft; and wherein the housing cover piece and the second piece of the drum are removable to allow for removal of the brake module as a self-contained sub-assembly from the self-retracting lifeline assembly at the second end of the shaft.
A unidirectional fabric, wherein the fabric is prepared by sequentially and continuously spreading multiple ultra-high molecular weight polyethylene thin films or strips (101, 301) along a direction; and connecting the multiple ultra-high molecular weight polyethylene thin films or strips into a whole to obtain the unidirectional fabric, wherein the ultra-high molecular weight polyethylene thin film or strip has a certain width and thickness and has an integral structure without integration points or trim lines, wherein the ultra-high molecular weight polyethylene thin films or strips are sequentially and continuously spread through a tension regulating roller at a drawing tension of not more than 5g/d, characterised in that any two adjacent ultra-high molecular weight polyethylene thin films or strips (101, 301) are bonded by adhesive and are not mutually overlapped, and the adhesive is coated on the adjacent parts of any two adjacent ultra-high molecular weight polyethylene thin films or strips (101, 301) to bond the two ultra-high molecular weight polyethylene thin films or strips (101, 301) together.
A telescopic elevator bail arranged to be able to be used dynamically in well operations in the petroleum industry where the elevator bail comprises a sleeve provided with a first attachment organ and a muzzle portion, and a rod arranged to be able to be displaced telescopically relative to the sleeve along the common longitudinal axis of the sleeve and the rod; and the rod 3 being provided with at least one through hole (36; 36'; 36") perpendicularly to the longitudinal axis of the rod and the hole (36; 36'; 36") being arranged to be able to accommodate an actuator actuable holding bolt, characterized in that the rod in its second end portion is provided with at least one first abutment portion and that the sleeve is provided with at least one first contact portion arranged to be able to support the first abutment portion of the rod when the sleeve and the rod exhibit their longest relative longitudinal displacement.
Seal system comprising: - at least one male body having an outer surface; - at least one female body having an inner surface coupled with said outer surface, said inner surface and said outer surface being cylindrical surfaces that are coaxial with one another, said inner and outer surfaces being slidable in relation to one another at least partially in an axial direction, an interstice being comprised between said inner and outer surfaces; - at least one chamber arranged for containing plastics, said chamber being at least partially defined by said male body and/or by said female body, said chamber communicating with said interstice in at least one operating configuration of said bodies (1; 2); characterised in that through said interstice plastics can leak that are contained in said chamber, in that said seal system comprises at least one seal ring arranged in said interstice to prevent leaking of said plastics, and in that said seal ring is an open elastic ring. - at least one male body having an outer surface; - at least one female body having an inner surface coupled with said outer surface, said inner surface and said outer surface being cylindrical surfaces that are coaxial with one another, said inner and outer surfaces being slidable in relation to one another at least partially in an axial direction, an interstice being comprised between said inner and outer surfaces; - at least one chamber arranged for containing plastics, said chamber being at least partially defined by said male body and/or by said female body, said chamber communicating with said interstice in at least one operating configuration of said bodies (1; 2);
Method for producing a hole in a coating system (1, 120, 130, 155) which comprises at least one metallic substrate, a metallic intermediate coating and an outermost ceramic coating, by means of at least one pulsed energy beam (22, 22', 22"), especially by means of at least one pulsed laser beam (22, 22', 22") of at least one laser (19, 19', 19"), which has a pulse length, wherein the method is implemented in a multiplicity of material removal steps and, in one of the first material removal steps, shorter pulse lengths are used than in one of the last material removal steps, characterized in that during the material removal steps with the shorter pulse lengths the at least one energy beam (22, 22', 22") is moved over the surface of the component (1, 120, 130, 155), in order to remove material in the region of a plane of the hole which is to be produced, in that, during the first material removal steps, shorter pulse lengths which are less than or equal to 500 ns, especially less than or equal to 100 ns are used, in order to remove at least the outermost ceramic coating, and then longer pulse lengths which are greater than 500 ns, but especially less than 10 ms, are used as soon as the metallic intermediate coating or the substrate is reached, in order to produce the remaining lower region of the hole, and in that, with the longer pulses, a power output of the laser (19, 19', 19") of more than 100 Watts is used.