mhurhangee/ep-ind-claims huggingface dataset:
A control system for an elevator, comprising: a first assembly for allocating outside of a shaft of the elevator, wherein the first assembly comprises - a power switch for turning on or off the control system, - a safety unit for protecting electrical safety of the control system, especially against an electrical injury or an electrical shock occurred in the control system, - a communication unit for data communicating with the elevator and/or an external communication means, and - a bypass device for bypassing a safety chain of the elevator, especially for bypassing a door contact of a shaft door or a car door of the elevator, a second assembly for allocating inside of the shaft, wherein the second assembly comprises: - a power supply system for driving the elevator and/or for the safety chain, - a drive control unit for a drive motor of the elevator, and - a processor for data processing of the control system, and the first assembly and the second assembly are capable of communicating with each other and connecting as segments into the safety chain, characterized in that the first assembly further comprises a light switch for switching a light inside of a shaft, and the second assembly further comprises a monitoring system for monitoring the safety chain. a first assembly for allocating outside of a shaft of the elevator, wherein the first assembly comprises - a power switch for turning on or off the control system, - a safety unit for protecting electrical safety of the control system, especially against an electrical injury or an electrical shock occurred in the control system, - a communication unit for data communicating with the elevator and/or an external communication means, and - a bypass device for bypassing a safety chain of the elevator, especially for bypassing a door contact of a shaft door or a car door of the elevator, - a power switch for turning on or off the control system, - a safety unit for protecting electrical safety of the control system, especially against an electrical injury or an electrical shock occurred in the control system, - a communication unit for data communicating with the elevator and/or an external communication means, and - a bypass device for bypassing a safety chain of the elevator, especially for bypassing a door contact of a shaft door or a car door of the elevator, a second assembly for allocating inside of the shaft, wherein the second assembly comprises: - a power supply system for driving the elevator and/or for the safety chain, - a drive control unit for a drive motor of the elevator, and - a processor for data processing of the control system, and - a power supply system for driving the elevator and/or for the safety chain, - a drive control unit for a drive motor of the elevator, and - a processor for data processing of the control system, and the first assembly and the second assembly are capable of communicating with each other and connecting as segments into the safety chain, characterized in that the first assembly further comprises a light switch for switching a light inside of a shaft, and the second assembly further comprises a monitoring system for monitoring the safety chain.
Machine tool for performance of operations on a part, comprising: a longitudinal rail configured to be positioned relative to the part; a transverse arm orthogonal to the longitudinal rail, comprising a first end mounted in translation on the longitudinal rail; a tool carried by the transverse arm; at least one motorized unit arranged at a second end of the transverse arm and comprising: a movement system for crawling over the part parallel to the longitudinal rail; at least one sucker allowing the unit to be held in position on the part; a vacuum generator device configured to apply a vacuum to the sucker; the motorized unit being articulated relative to the transverse arm around a pivot with axis parallel to said transverse arm. a longitudinal rail configured to be positioned relative to the part; a transverse arm orthogonal to the longitudinal rail, comprising a first end mounted in translation on the longitudinal rail; a tool carried by the transverse arm; at least one motorized unit arranged at a second end of the transverse arm and comprising: a movement system for crawling over the part parallel to the longitudinal rail; at least one sucker allowing the unit to be held in position on the part; a vacuum generator device configured to apply a vacuum to the sucker; the motorized unit being articulated relative to the transverse arm around a pivot with axis parallel to said transverse arm. a movement system for crawling over the part parallel to the longitudinal rail; at least one sucker allowing the unit to be held in position on the part; a vacuum generator device configured to apply a vacuum to the sucker; the motorized unit being articulated relative to the transverse arm around a pivot with axis parallel to said transverse arm.
A method for an elevator operating panel comprising a touch screen for displaying destination floor information and receiving input from a user, the method comprising: obtaining a selection of a destination floor for an elevator call from the user; displaying the selected destination floor; obtaining a swiping gesture from the user characterized by tracking (308, 502) the swiping gesture for determining at least a start point of the gesture, an end point of the gesture, and a speed of the gesture; and cancelling the elevator call when the start point of the gesture is at the selected destination floor on the touch screen, the end point of the gesture is away from the start point and the speed of the gesture exceeds a threshold for the speed for cancelling the elevator call. obtaining a selection of a destination floor for an elevator call from the user; displaying the selected destination floor; obtaining a swiping gesture from the user characterized by tracking (308, 502) the swiping gesture for determining at least a start point of the gesture, an end point of the gesture, and a speed of the gesture; and cancelling the elevator call when the start point of the gesture is at the selected destination floor on the touch screen, the end point of the gesture is away from the start point and the speed of the gesture exceeds a threshold for the speed for cancelling the elevator call.
An aircraft arresting system comprising: an arrestor bed; a foundation that supports the arrestor bed; and a plurality of anchors comprising a support rod (64; 164) coupled to an associated puck (62; 162), each support rod (64; 164) being secured to the foundation, and each puck (62; 162) being embedded in the arrestor bed, wherein each support rod (64; 164) is coupled to its associated puck (62; 162) via a shear link breakable at a predetermined load. an arrestor bed; a foundation that supports the arrestor bed; and a plurality of anchors comprising a support rod (64; 164) coupled to an associated puck (62; 162), each support rod (64; 164) being secured to the foundation, and each puck (62; 162) being embedded in the arrestor bed, wherein each support rod (64; 164) is coupled to its associated puck (62; 162) via a shear link breakable at a predetermined load.
A leakage testing device for attachment to a flexible wall of an item to be tested, comprising a film which defines a cavity on the outer side of the item to be tested, and is provided with a leakage, the film being designed to be stuck onto the item to be tested.
Device for accommodating a body fluid wherein the device comprises: A first chamber closed from the environment with a cylindrical section designed as a cylinder and a wall which can move relocatably in the cylinder and a second chamber closed from the environment with a constant effective size which is movable in relation to the relocatable wall wherein the device is constructed to connect the first chamber and the second chamber due to a longitudinal axial movement of the second chamber in relation to the relocatable wall and, when moving the second chamber together with the relocatable wall, to transfer body fluid from the first chamber into the second chamber, wherein the second chamber is slidingly relocatable along the longitudinal axis of the device to the first chamber in a guide wherein the guide comprises a guide surface which is designed as the shell surface of a cylinder which is aligned concentrically to the shell surface of the cylindrical section of the first chamber and extends essentially parallel to the longitudinal axis, wherein a locking means is provided which prevents the relative movement of the second chamber to the guide wherein, between the second chamber and the guide surface a sealing means is arranged in the circumferential direction, wherein the relocatable wall is connected to the guide, characterised in that the wall has a sealing element in the form of an O-ring against the inner surface of the cylinder.
A method of making a coated, food and/or beverage container or portion thereof, said method comprising the steps of: a) providing a coating composition derived from one or more ingredients comprising at least one copolymer that comprises a repeating unit (Repeating Unit A) of the formula: wherein: 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation wherein the repeating unit is derived from ingredients comprising a primary alcohol and a diacid; and b) causing the coating composition to be used to form a coated, metal containing food and/or beverage container or portion thereof. a) providing a coating composition derived from one or more ingredients comprising at least one copolymer that comprises a repeating unit (Repeating Unit A) of the formula: wherein: 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation wherein the repeating unit is derived from ingredients comprising a primary alcohol and a diacid; and 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation b) causing the coating composition to be used to form a coated, metal containing food and/or beverage container or portion thereof.
A flexible tubular pipe designed for the transport of hydrocarbons comprising, on the one hand, a tubular inner pressure structure comprising a tubular sealing sheath and a pressure vault realized around said tubular sealing sheath to take up the radial stresses, and on the other hand a tubular outer tensile structure comprising at least one web of tensile armor wires (22, 24) bearing against said pressure vault, and at least one holding strip wound in helix around said web of tensile armor wires, said holding strip comprising a layer of polymer material and a plurality of strands of fibers stretched substantially in the longitudinal direction of said holding strip, the fibers of the strands of said plurality of strands of fibers being mineral fibers, and said plurality of strands of fibers being embedded inside said layer of polymer material; characterized in that said at least one holding strip is wound in a short-pitch helix forming adjoining turns in order to hold said tensile armor wires radially against said pressure vault.
A system for neuromodulation and/or neurostimulation, for the treatment of a mammal, at least comprising: - at least one control unit configured and arranged to provide stimulation data; - at least one stimulation unit configured and arranged to provide a stimulation pulse; - at least one real-time monitoring unit; - at least one signal-processing unit; wherein the system is configured and arranged for control of blood pressure, wherein the stimulation unit is constructed to comprise a lead, and wherein the lead is capable and configured to provide stimulation to the spinal cord at level T9-L1, characterized in that the control unit comprises an oscillation control module, wherein the oscillation control module is configured and arranged to provide an input of 0.01 Hz - 0.2 Hz low frequency oscillation in an amplitude and/or a frequency of the stimulation data. - at least one control unit configured and arranged to provide stimulation data; - at least one stimulation unit configured and arranged to provide a stimulation pulse; - at least one real-time monitoring unit; - at least one signal-processing unit; wherein the system is configured and arranged for control of blood pressure, wherein the stimulation unit is constructed to comprise a lead, and wherein the lead is capable and configured to provide stimulation to the spinal cord at level T9-L1, characterized in that the control unit comprises an oscillation control module, wherein the oscillation control module is configured and arranged to provide an input of 0.01 Hz - 0.2 Hz low frequency oscillation in an amplitude and/or a frequency of the stimulation data.
An optoelectronic device, characterised in that the optoelectronic device comprises a mixed-halide perovskite, wherein the mixed-halide perovskite has the formula 3 wherein is at least one cation, is at least one cation, and is two or more different halide anions, wherein one of the two or more different halide anions is iodide.
A safe device for collecting coins, comprising a support designed to receive at least one coin box, said coin box being closed by a cover, the cover comprising a recess designed to be blocked by a hatch, the opening and closing of the recess by the hatch being controlled by an internal mechanism, the coin box comprising: - a locking means allowing the introduction and the extraction of the coin box into and out of the support to be authorised or prevented; - a locking means allowing the opening of the hatch by the internal mechanism to be authorised or prevented, characterised in that the internal mechanism acts on the hatch by: - opening the hatch when authorised by the locking means and when the coin box is introduced into the support; - keeping the hatch closed in all other cases. - a locking means allowing the introduction and the extraction of the coin box into and out of the support to be authorised or prevented; - a locking means allowing the opening of the hatch by the internal mechanism to be authorised or prevented, - opening the hatch when authorised by the locking means and when the coin box is introduced into the support; - keeping the hatch closed in all other cases.
A compressor for generating compressed air, in particular for a compressed air supply system in a vehicle, the compressor system comprising: - an electric motor in the form of a brushed direct current electric motor (BDC electric motor) - a compressor configured to be driven by the electric motor, wherein - a control unit (900, 900') for controlling the electric motor and allocated to the electric motor so as to delimit an operating current of the electric motor characterized in that - an electric current limiter element in a free-running current path parallel connected to the electric motor is allocated to the control unit (900, 900'), the free-running current path being configured to delimit the operating current of the electric motor in a variable manner, and - a switch controller is allocated to the control unit (900, 900'), the switch controller being configured to specify a switched-on time period (t_ON) and/or a switched-off time period (t_OFF) for the electric motor in a variable manner, and the electric current limiter element comprises a free-wheeling diode and a power transistor, which are arranged in series in the free-running current path. - an electric motor in the form of a brushed direct current electric motor (BDC electric motor) - a compressor configured to be driven by the electric motor, wherein - a control unit (900, 900') for controlling the electric motor and allocated to the electric motor so as to delimit an operating current of the electric motor characterized in that - an electric current limiter element in a free-running current path parallel connected to the electric motor is allocated to the control unit (900, 900'), the free-running current path being configured to delimit the operating current of the electric motor in a variable manner, and - a switch controller is allocated to the control unit (900, 900'), the switch controller being configured to specify a switched-on time period (t_ON) and/or a switched-off time period (t_OFF) for the electric motor in a variable manner, and
An agent for the modulation of the biological activity of tenascin-C, wherein the agent is: an inhibitor of translation or the binding properties of tenascin-C, or wherein the agent is a competitive inhibitor of tenascin-C, and said agent is selected from the group consisting of: siRNA and shRNA which are complementary and therefore bind to the portion of nucleotide sequence of tenascin-C, and an FBG-peptide, for use in the treatment of a chronic inflammatory response. an inhibitor of translation or the binding properties of tenascin-C, or wherein the agent is a competitive inhibitor of tenascin-C, and said agent is selected from the group consisting of: siRNA and shRNA which are complementary and therefore bind to the portion of nucleotide sequence of tenascin-C,
A method for processing at least one digital image (II n) for rendering it on a display device, said image comprising image elements, an image element being associated with colour information represented in a first colour space comprising a first luminance component (Y 1) and first chrominance components, said first luminance component having a value within a first range of predetermined values, said display device being adapted to render luminance component values of the image elements within a second range of predetermined values, of length greater than that of the first range, said method comprising the steps of: - determining information representative of a global brightness level of the image perceived by an observer, based on the values of the first luminance component of the elements of the image; - calculating an expansion exponent (γ) as a function of the determined global brightness level information; - transforming the first luminance components of the image elements into second luminance components, comprising for an element of the image, the calculation of an intermediate luminance value by applying the calculated expansion exponent to the first luminance component value and the multiplication of the calculated intermediate value by the length of the second range of predetermined values, characterised in that the calculated expansion exponent is a decreasing function of the determined global brightness level information enabling the value of the expansion exponent to decrease when the global brightness level increases. - determining information representative of a global brightness level of the image perceived by an observer, based on the values of the first luminance component of the elements of the image; - calculating an expansion exponent (γ) as a function of the determined global brightness level information; - transforming the first luminance components of the image elements into second luminance components, comprising for an element of the image, the calculation of an intermediate luminance value by applying the calculated expansion exponent to the first luminance component value and the multiplication of the calculated intermediate value by the length of the second range of predetermined values,
A thermostat suitable for use in household appliances, comprising a thermostat box, a metal sensing tube shaped as a metal tube, detecting the temperature, a capillary tube, produced from thin and bendable metal, one end connected to the thermostat box, the other end to the sensing tube, a joint where the ends of the capillary tube and the sensing tube are inserted into one another and connected by welding, characterized in that a protecting sleeve, mounted to the sensing tube and extending from the sensing tube to the capillary tube by surrounding the joint and more than one slot (7, 107) disposed on the protecting sleeve, through which the capillary tube is inserted, the sides of which clasp the capillary tube by partially surrounding, thus preventing the torsion movement in the capillary tube from reaching the joint during the assembly.
A socket connector body comprising: a shroud adapted to receive a plug connector body; a lock arm integrally connected to the shroud and including a free end including an inwardly extending lock nib; and a transverse hold-down beam inherently resilient and integrally connected to the shroud, and being adapted to impose a hold-down force on the free end of the lock arm when the lock arm is pivoted from a free state of rest, wherein the transverse hold-down beam is suspended between fixed ends (42a, 42b) integrally connected to the shroud, characterized in that the transverse hold-down beam includes guides between the fixed ends and inwardly projecting from the transverse hold-down beam. a shroud adapted to receive a plug connector body; a lock arm integrally connected to the shroud and including a free end including an inwardly extending lock nib; and a transverse hold-down beam inherently resilient and integrally connected to the shroud, and being adapted to impose a hold-down force on the free end of the lock arm when the lock arm is pivoted from a free state of rest, wherein the transverse hold-down beam is suspended between fixed ends (42a, 42b) integrally connected to the shroud, characterized in that the transverse hold-down beam includes guides between the fixed ends and inwardly projecting from the transverse hold-down beam.