mhurhangee/ep-ind-claims huggingface dataset:
A retractable electrical connector assembly adapted to be attached to a piece of clothing and adapted to be electrically connected to an electric-powered article for transmitting electricity from a power supply to the electric-powered article, the piece of clothing including a clothing main body and a pair of limb parts extending from the clothing main body, at least one of the limb parts being formed with a slit, an electrical connector adapted to be disposed at the piece of clothing and to be electrically connected between the power supply and the electric-powered article for transmitting the electricity from the power supply to the electric-powered article; a stationary unit adapted to be attached to said one of the limb parts that is formed with the slit; said retractable electrical connector assembly being characterized by: a movable unit connected to said electrical connector, adapted to be exposed from said one of the limb parts through the slit, and movable relative to said stationary unit to move said electrical connector between an inner position, where said electrical connector is adapted to be received in said one of the limb parts, and an outer position, where said electrical connector is adapted to be exposed partially from said one of the limb parts. a movable unit connected to said electrical connector, adapted to be exposed from said one of the limb parts through the slit, and movable relative to said stationary unit to move said electrical connector between an inner position, where said electrical connector is adapted to be received in said one of the limb parts, and an outer position, where said electrical connector is adapted to be exposed partially from said one of the limb parts.
A main girder (1; 10; 100) for a crane comprising at least one travel rail structure for a crane trolley moving in a horizontal direction along the travel rail structure arranged on the top surface of the main girder (1; 10; 100), symmetrically in the middle of the main girder (1; 10; 100), the main girder comprising a cellular structure (3; 30; 300) in a longitudinal direction thereof that has at least two separate, yet interconnected, longitudinal cellular elements (4; 40; 400), whereby the travel trail structure is mounted immediately on top of the cellular structure (3; 30; 300); the cellular structure comprises at least two parallel cellular elements (4; 40) or parallel and superimposed cellular elements, characterised in that each cellular element (4; 40; 400) comprises an outer cover structure with vertical sides, that at least one outer cover structure has an inside filled with a core (6; 60; 600) comprising foamed material and/or solid material, and the load caused by the trolley travelling on the travel rail structure is distributed to each vertical side of the cellular structure.
Vertical cavity surface emitting laser comprising: a laser active region, a resonator having a first reflector and a second reflector, the first reflector comprising a first plurality of doped layers having alternately a low index of refraction and a high index of refraction, an aperture layer located above said first plurality of doped layers and formed of an insulating material that is substantially non-transparent for a specified wavelength range, the aperture layer having an aperture formed of conductive and optically transparent material with a first characteristic lateral size (d ox), said first characteristic lateral size (d ox) being representative of a characteristic measure of the lateral extension of said aperture, and a second plurality of doped layers having alternately a low index of refraction and a high index of refraction, the second plurality having a second characteristic lateral size (d m), said second characteristic lateral size being representative of a characteristic measure of the lateral extension of the second plurality of doped layers, the first characteristic lateral size (d ox) being greater than the second characteristic lateral size (d m)thereby generating increased optical losses of said resonator with respect to higher order modes for said specified wavelength range compared to the optical losses caused by said aperture layer alone, when arranged within a resonator being provided in the form of first and second distributed Bragg reflectors, and a radiation output window formed above said first reflector or below said second reflector. a laser active region, a resonator having a first reflector and a second reflector, the first reflector comprising a first plurality of doped layers having alternately a low index of refraction and a high index of refraction, an aperture layer located above said first plurality of doped layers and formed of an insulating material that is substantially non-transparent for a specified wavelength range, the aperture layer having an aperture formed of conductive and optically transparent material with a first characteristic lateral size (d ox), said first characteristic lateral size (d ox) being representative of a characteristic measure of the lateral extension of said aperture, and a second plurality of doped layers having alternately a low index of refraction and a high index of refraction, the second plurality having a second characteristic lateral size (d m), said second characteristic lateral size being representative of a characteristic measure of the lateral extension of the second plurality of doped layers, the first characteristic lateral size (d ox) being greater than the second characteristic lateral size (d m)thereby generating increased optical losses of said resonator with respect to higher order modes for said specified wavelength range compared to the optical losses caused by said aperture layer alone, when arranged within a resonator being provided in the form of first and second distributed Bragg reflectors, and a radiation output window formed above said first reflector or below said second reflector.
A lubrication system for a wind turbine, the lubrication system comprising at least one or more pumps, a tubing system, one or more lubricant reservoirs, and a filtering system, the filtering system comprising at least one cylindrical filter container, each cylindrical filter container (100, 100a) comprising at least one filter element, each cylindrical filter container defining a central axis along its axial direction, characterized in that said filtering system is directly mounted on a drive train component of the wind turbine and in that the central axis of each cylindrical filter container (100, 100a) is oriented in a direction forming an angle of at least 10° with respect to a vertical direction.
A service chain management system, comprising a service arrangement device, a policy control device and a policy execution device, wherein: the service arrangement device is configured to generate a service chain mapping table and send the service chain mapping table to the policy control device, the service chain mapping table comprises service chain identifications and corresponding service chain condition features; characterized in that, the policy control device is configured to search for a corresponding service chain identification in the service chain mapping table according to a service chain condition feature of user equipment and generate a policy rule table and/or a service detection rule table of the user equipment, the policy rule table and/or the service detection rule table comprises service chain identification operation information; wherein the service chain identification corresponds to a service type; wherein the policy rule table and/or the service detection rule further comprises a service judgment template, and the service judgment template comprises service types and field information for judging the service types; and the policy execution device is configured to receive a message and execute a policy rule and/or a service detection rule for the received message according to the policy rule table and/or the service detection rule table. the service arrangement device is configured to generate a service chain mapping table and send the service chain mapping table to the policy control device, the service chain mapping table comprises service chain identifications and corresponding service chain condition features; characterized in that, the policy control device is configured to search for a corresponding service chain identification in the service chain mapping table according to a service chain condition feature of user equipment and generate a policy rule table and/or a service detection rule table of the user equipment, the policy rule table and/or the service detection rule table comprises service chain identification operation information; wherein the service chain identification corresponds to a service type; wherein the policy rule table and/or the service detection rule further comprises a service judgment template, and the service judgment template comprises service types and field information for judging the service types; and the policy execution device is configured to receive a message and execute a policy rule and/or a service detection rule for the received message according to the policy rule table and/or the service detection rule table.
Base element to which a tool holder can be attached, wherein the base element has a base adapter which makes it possible to connect the base element to a machine, wherein the base element has a height adjustment mechanism, wherein the height adjustment mechanism is adapted to attach a tool holder to the base element at various relative positions relative to the base element, so that the relative position of the tool holder to the base element is changeable in a first spatial direction (y), wherein the tool holder as a whole is movable relative to the base element in the first spatial direction (y), characterized in that, the base element comprises a position adjusting mechanism, which is adapted to change the orientation of a tool holder attached to the base element relative to the base element by rotating the tool holder relative to the base element.
Decorative tile panel suitable for covering a floor, ceiling or wall surface, which tile panel comprises: • at least one core layer, and • at least one decorative top section, directly or indirectly affixed to said core layer, wherein the top section defines a top surface of the tile panel, • a plurality of side edges at least partially defined by said core layer and/or by said top section, wherein the tile panel is provided with at least one imitation grout line along at least one side edge of the tile panel, which is formed by a channel-shaped recess (111, 130) connecting to the top surface of the tile panel, which recess extends along a side edge of the tile panel, and has a substantially constant width (Wr) which is delimited by the respective side edge of the tile panel, wherein said at least one channel-shaped recess (111, 130) has an upwardly facing recess surface, which is at least partially formed by a separate grout covering layer, wherein said recess surface is at least partially concavely curved across the width direction of the recess, characterized in that said recess has a deepest point at a distance from the respective side edge, wherein said deepest point is located closer to said side edge than to the top surface of the tile panel, and wherein the width of said recess is at least three times the maximum depth (Dr) of said recess with respect to the top surface of the tile panel. • at least one core layer, and • at least one decorative top section, directly or indirectly affixed to said core layer, wherein the top section defines a top surface of the tile panel, • a plurality of side edges at least partially defined by said core layer and/or by said top section, wherein the tile panel is provided with at least one imitation grout line along at least one side edge of the tile panel, which is formed by a channel-shaped recess (111, 130) connecting to the top surface of the tile panel, which recess extends along a side edge of the tile panel, and has a substantially constant width (Wr) which is delimited by the respective side edge of the tile panel, wherein said at least one channel-shaped recess (111, 130) has an upwardly facing recess surface, which is at least partially formed by a separate grout covering layer, wherein said recess surface is at least partially concavely curved across the width direction of the recess, characterized in that said recess has a deepest point at a distance from the respective side edge, wherein said deepest point is located closer to said side edge than to the top surface of the tile panel, and wherein the width of said recess is at least three times the maximum depth (Dr) of said recess with respect to the top surface of the tile panel.
Method for producing capsules comprising a head lid and a capsule shell, by means of which capsules the openings of bottles and the closure thereof are enclosed in the use position, wherein a film for the head lid is drawn from a supply roll and is supplied to a forming station for the head lid and said film is formed into the head lid and wherein a film for producing the capsule shell is drawn from a further supply roll, is supplied to a forming station for the capsule shell and said film is formed into the capsule shell and then the capsule shell and the head lid are combined to form the finished capsule, characterised in that at least one of the films (2, 3) is drawn from its respective supply roll (4, 5) without any printing thereon and, while being fed to the forming station, is printed in a printing station and then formed.
A trailer mode estimation method which allows for determining, from a load amount of the rear suspension of a tow truck, whether a trailer is in detachment or unloading mode in heavy commercial vehicles with an air suspension in the rear axle used as tow trucks, said method comprising the process steps of: - measuring a load value of the air suspension, - determining the decreasing tendency of the load value of the air suspension, and - lowering the height of the air suspension, 2. and characterized by the process steps of: - re-measuring the load value of the air suspension, - determining that the trailer unloading mode is present if the load value of the air suspension is maintained, and performing no operation in this mode, - determining that the trailer detachment mode is present if the load value of the air suspension tends to decrease, and - lowering the air suspension down to the defined height value. - measuring a load value of the air suspension, - determining the decreasing tendency of the load value of the air suspension, and - lowering the height of the air suspension, 2. and - re-measuring the load value of the air suspension, - determining that the trailer unloading mode is present if the load value of the air suspension is maintained, and performing no operation in this mode, - determining that the trailer detachment mode is present if the load value of the air suspension tends to decrease, and - lowering the air suspension down to the defined height value.
Method for electrically conductively connecting the electrical conductors of two high voltage cables, each of which have a conductor constructed as a Milliken conductor which is surrounded by a sheath of insulating material, in which a pipe piece of metal is used, which pipe piece has a plurality of throughholes over its entire length and distributed over its circumference, each throughhole being provided with a thread for receiving securing screws, as well as approximately in the middle of the pipe piece in a plane extending perpendicularly to its axis, several central throughholes each provided with thread and offset relative to each other in a circumferential direction for receiving contact screws, wherein initially the conductors (3,4) of the two cables (1,2) are exposed at their ends by removing the respective sheath, characterized in - that subsequently the two conductors (3,4) are inserted from different sides into the pipe piece in such a way that they abut against each other on the level of the central throughholes with their end faces extending perpendicularly to their axis, - that the conductors (3,4) are then secured by the securing screws within the pipe piece, - that bores, extending in the radial direction, are subsequently produced through the central throughholes which protrude into both conductors (3,4) of the two cables (1,2) in the area of their end faces and have a diameter which is smaller than the diameter of the central throughholes, and - that finally, contact screws of electrically well conductive metal are screwed into the central throughholes and further into the bores, wherein during their assembly, the contact screws cut with their threads into the two conductors (1,2). - that subsequently the two conductors (3,4) are inserted from different sides into the pipe piece in such a way that they abut against each other on the level of the central throughholes with their end faces extending perpendicularly to their axis, - that the conductors (3,4) are then secured by the securing screws within the pipe piece, - that bores, extending in the radial direction, are subsequently produced through the central throughholes which protrude into both conductors (3,4) of the two cables (1,2) in the area of their end faces and have a diameter which is smaller than the diameter of the central throughholes, and - that finally, contact screws of electrically well conductive metal are screwed into the central throughholes and further into the bores, wherein during their assembly, the contact screws cut with their threads into the two conductors (1,2).
Electrical PTC thermistor component - with a main body, which has end faces lying opposite one another and a peripheral surface, - with a first conductive layer and a second conductive layer, which are respectively arranged on an end face of the main body, - wherein the peripheral surface of the main body is free from the first conductive layer, and - wherein the second conductive layer forms a cap (31, 32), which covers one end face of the main body while reaching over the edges, - wherein the first conductive layer has a number of sub-layers of different materials. - with a main body, which has end faces lying opposite one another and a peripheral surface, - with a first conductive layer and a second conductive layer, which are respectively arranged on an end face of the main body, - wherein the peripheral surface of the main body is free from the first conductive layer, and - wherein the second conductive layer forms a cap (31, 32), which covers one end face of the main body while reaching over the edges, - wherein the first conductive layer has a number of sub-layers of different materials.
Method for sensorless commutation identification in electronically commutated electric motors, in which the zero crossing is detected by interrupting the phase current for a blanking period, wherein the beginning (t 1) of the blanking period occurs at the time of the current being interrupted and the end (t 3) of the blanking period occurs at the time of the current being switched on, wherein the profile of the mutual induction voltage is used to ascertain a decay time (t 2) - denoting the decay in the phase current - within the blanking period, characterized in that the beginning (t 1) of the blanking period is determined as a function of the time difference (Δt) between the decay time (t 2) and the end (t 3) of the blanking period, wherein the beginning (t 1) of the blanking period is shifted to a prior time if the time difference (Δt) between the decay time (t 2) and the end (t 3) of the blanking period is reduced in comparison with a reference value or the beginning (t 1) of the blanking period is shifted to a later time if the time difference (Δt) between the decay time (t 2) and the end (t 3) of the blanking period is increased in comparison with a reference value.
Device for controlling a passive brake device, in particular a passive electromechanical brake device, wherein the device comprises the following: - an electric motor for releasing the passive brake device against a spring force, - an engine control unit for controlling the electric motor for service braking and/or emergency braking, wherein the engine control unit is separably electrically connected to the electric motor, - a first brake control unit for safety braking, wherein the first brake control unit is separably electrically connected to the electric motor, and - a second brake control unit for parking braking, wherein the second brake control unit is separably electrically connected to the electric motor, wherein service braking and/or emergency braking can be activated functionally independently of each other by means of the engine control unit, safety braking by means of the first brake control unit and parking braking by means of the second brake control unit. - an electric motor for releasing the passive brake device against a spring force, - an engine control unit for controlling the electric motor for service braking and/or emergency braking, wherein the engine control unit is separably electrically connected to the electric motor, - a first brake control unit for safety braking, wherein the first brake control unit is separably electrically connected to the electric motor, and - a second brake control unit for parking braking, wherein the second brake control unit is separably electrically connected to the electric motor,
A clipping machine for producing sausage-shaped products, like sausages, by filling a tubular or bag-shaped packaging casing with filling material and closing said filled tubular or bag-shaped packaging casing, including a filling tube through which the filling material is fed into said tubular or bag-shaped packaging casing which is stored on said filling tube, a casing brake assembly arranged on the filling tube for limiting the movement of the tubular packaging casing at least while being filled, gathering means for gathering said filled tubular packaging casing and for forming a plait-like portion thereto, and a clipping device for applying at least one closure means, like a closure clip, to the plait-like portion formed on the filled tubular or bag-shaped packaging casing in a closing region, the clipping machine further comprises: a housing defining at least a front wall, a rear wall, and two side walls of the clipping machine, for enclosing at least the clipping device and the gathering means, characterized in that the housing includes at least one housing element arranged in the front wall of the housing for covering at least the closing region, wherein the at least one housing element is coupled to the clipping machine by a linking device (200, 300) including a shifting mechanism for reversibly shifting the housing element relative to the clipping machine, in a shifting direction, for granting access to the closing region of the clipping machine. a housing defining at least a front wall, a rear wall, and two side walls of the clipping machine, for enclosing at least the clipping device and the gathering means, characterized in that the housing includes at least one housing element arranged in the front wall of the housing for covering at least the closing region, wherein the at least one housing element is coupled to the clipping machine by a linking device (200, 300) including a shifting mechanism for reversibly shifting the housing element relative to the clipping machine, in a shifting direction, for granting access to the closing region of the clipping machine.