mhurhangee/ep-ind-claims huggingface dataset:
Modular LED lighting, comprising a first module to which an AC supply voltage can be supplied, and comprising: - a sub-module, at the output of which a DC supply voltage that is isolated galvanically from the supply voltage is provided, - a control unit for controlling the sub-module, and - a data interface (11, D) for external communication via a bus, the modular LED lighting is characterized in that it furthermore comprises: - a second module, preferably a lamp management module, which comprises a further sub-module in the form of a clocked constant-current source which is supplied with the DC supply voltage of the first module, said constant-current source being controlled by a control unit of the second module, - an LED module which comprises at least one LED string and is supplied by the further sub-module, and an emergency light operating circuit which is connected to a rechargeable energy store and which, in the event of the AC supply voltage failing, takes over feeding the modular LED lighting, wherein the emergency light operating circuit contains a charging circuit for the rechargeable energy store, and wherein the latter is recharged when the AC supply voltage is applied, wherein the charging circuit is formed by a clocked switching regulator circuit. - a sub-module, at the output of which a DC supply voltage that is isolated galvanically from the supply voltage is provided, - a control unit for controlling the sub-module, and - a data interface (11, D) for external communication via a bus, the modular LED lighting is characterized in that it furthermore comprises: - a second module, preferably a lamp management module, which comprises a further sub-module in the form of a clocked constant-current source which is supplied with the DC supply voltage of the first module, said constant-current source being controlled by a control unit of the second module, - an LED module which comprises at least one LED string and is supplied by the further sub-module,
A method of melt blending a polypropylene composition, comprising: providing a base-polypropylene having a melt flow rate ASTM D1238, condition L at 230°C and 2.16 kg load, of less than 15 g/10 min and a molecular weight distribution (Mw/Mn) of 6 to 16, and at least one hindered phenol antioxidant and at least one phosphorous-type antioxidant, and within the range from 5 ppm to 4000 ppm of an alkyl radical scavenger relative to the total weight of the components, wherein the alkyl radical scavenger is selected from 6-chromanol-containing compounds selected from the group consisting of compounds of formula: wherein each of R 1, R 2, R 3 and R 6 /R 6' are independently selected from hydrogen and C 1 to C 10 linear alkyls or branched alkyls; and each of R 4 and R 5 and R 4' and R 5, are independently selected from hydrogen and C 1 to C 30 linear or branched alkyls; melt blending the base-polypropylene, antioxidants and alkyl radical scavenger in an extruder having a temperature controlled length from the feed zone to the die zone, wherein the initial melt temperature at the feed zone is less than 180°C, and the final melt temperature at the die zone of at least 210°C; and isolating a melt blended polypropylene. providing a base-polypropylene having a melt flow rate ASTM D1238, condition L at 230°C and 2.16 kg load, of less than 15 g/10 min and a molecular weight distribution (Mw/Mn) of 6 to 16, and at least one hindered phenol antioxidant and at least one phosphorous-type antioxidant, and within the range from 5 ppm to 4000 ppm of an alkyl radical scavenger relative to the total weight of the components, wherein the alkyl radical scavenger is selected from 6-chromanol-containing compounds selected from the group consisting of compounds of formula: wherein each of R 1, R 2, R 3 and R 6 /R 6' are independently selected from hydrogen and C 1 to C 10 linear alkyls or branched alkyls; and each of R 4 and R 5 and R 4' and R 5, are independently selected from hydrogen and C 1 to C 30 linear or branched alkyls; melt blending the base-polypropylene, antioxidants and alkyl radical scavenger in an extruder having a temperature controlled length from the feed zone to the die zone, wherein the initial melt temperature at the feed zone is less than 180°C, and the final melt temperature at the die zone of at least 210°C; and isolating a melt blended polypropylene.
A home automation installation including at least one piece of home automation equipment whereof a state variable varies continuously or quasi-continuously in an operating range, and a roaming remote control paired with the piece of home automation equipment to control the piece of home automation equipment remotely, the remote control including a man-machine interface including an incremental interface for an incremental variation of the state variable with a predetermined incrementation pitch, characterized in that the remote control includes a storage memory for a predetermined pitch value and a control circuit in order, in response to a programming command on the man-machine interface, to modify the value of the predetermined pitch stored in the storage memory, the home automation installation being such that: - the incremental interface includes two real or virtual keys dedicated to two opposite incremental variation directions in the operating range, each impulse on a key being associated with an incremental variation of the state variable of the value of the predetermined pitch; - the incremental interface can be used during the programming phase to select the amplitude of the incrementation pitch. - the incremental interface includes two real or virtual keys dedicated to two opposite incremental variation directions in the operating range, each impulse on a key being associated with an incremental variation of the state variable of the value of the predetermined pitch; - the incremental interface can be used during the programming phase to select the amplitude of the incrementation pitch.
Device for increasing the stability of vessels, such as saucepans, vases, or similar, which has at least three support points that extend further than the lower side of the base of the vessel that is to be secured and are essentially evenly distributed over the circumference of the vessel that is to be secured, at approximately the height of the lower side of the base, wherein the vessel that is to be secured and the device can be secured to each other by at least one correspondingly formed securing means, in particular in a detachable manner, wherein at least one securing means is formed as a clamp element and/or an element secured by positive fit and/or retained by friction for the vessel, and that, for the introduction of the vessel that is to be secured into the device, at least one clamp element can be deflected, in particular bent, against a reset or restore force in the direction of the underside support points, and that, in the clamped state, every clamp element, due to the reset or restore force, exerts a clamping force onto the vessel, and that the device comprises clamp elements of different lengths, and that the device comprises at least one locking element (12, 13), particular projecting laterally, that can be brought into engagement with a corresponding locking element (12, 13) of an adjacent device.
Sucker with a chassis and steering wheels, on the chassis of which a housing with a cover is arranged and on which at least one brake part is adjustably mounted, which can be moved against the force of at least one spring from a rest position into a brake position, characterized in that, in the rest position, the brake part lifts the sucker from the ground in the region of the steering wheels and rests on the ground, and that the spring is movable below a dead center.
An anti-impact LED display screen, comprising a box body and a module fixed on the box body, further comprising: a protective mechanism, a first resilient assembly, a second resilient assembly and a limit member; The protective mechanism comprises a movable base and a corner armor; The corner of the box body is provided with a groove for accommodating the protective mechanism, and the first resilient assembly is arranged between the corner armor and the movable base; The second resilient assembly is arranged between the side wall of the groove and the protective mechanism; When the protective mechanism is turned on, the second resilient assembly pushes the protective mechanism to move outward of the groove, the first resilient assembly pushes the corner armor out of the groove, and the corner armor covers the corner of the module; When the protective mechanism is reset, the upper end of the corner armor abuts against the upper wall of the groove, the corner armor compresses the first resilient assembly, the protective mechanism compresses the second resilient assembly, and the limit member limits the protective mechanism within the groove. The protective mechanism comprises a movable base and a corner armor; The corner of the box body is provided with a groove for accommodating the protective mechanism, and the first resilient assembly is arranged between the corner armor and the movable base; The second resilient assembly is arranged between the side wall of the groove and the protective mechanism; When the protective mechanism is turned on, the second resilient assembly pushes the protective mechanism to move outward of the groove, the first resilient assembly pushes the corner armor out of the groove, and the corner armor covers the corner of the module; When the protective mechanism is reset, the upper end of the corner armor abuts against the upper wall of the groove, the corner armor compresses the first resilient assembly, the protective mechanism compresses the second resilient assembly, and the limit member limits the protective mechanism within the groove.
A single chain bispecific antibody comprising at least three binding domains, wherein (a) the first binding domain binds to human and non-human primate serum albumin, comprises SEQ ID Nos. 2, 4 or 6, and is positioned at the N-terminus of the second binding domain; (b) the second binding domain binds to a cell surface molecule on a human and a non-human primate cell, wherein the surface molecule is a tumor antigen; and (c) the third binding domain binds to the T cell CD3 receptor complex on a human and a non-human primate cell, wherein the three domains are consecutively on one polypeptide chain in the order from the N-terminus to the C-terminus • the first binding domain; • the second binding domain; and • the third binding domain. (a) the first binding domain binds to human and non-human primate serum albumin, comprises SEQ ID Nos. 2, 4 or 6, and is positioned at the N-terminus of the second binding domain; (b) the second binding domain binds to a cell surface molecule on a human and a non-human primate cell, wherein the surface molecule is a tumor antigen; and (c) the third binding domain binds to the T cell CD3 receptor complex on a human and a non-human primate cell, • the first binding domain; • the second binding domain; and • the third binding domain.
Structure for the heat treatment of an electrical storage device for a motor vehicle, the structure including at least one heat exchange plate (10, 11, 12) intended to be in contact with the electrical storage device and having a thickness defined by two external faces (3, 4), the heat exchange plate (10, 11, 12) comprising at least one channel (6, 61, 62) formed in its thickness and opening at at least one end into the thickness of the heat exchange plate (10, 11, 12), characterized in that, at the level of the end of the channel (6, 61, 62), the external faces (3, 4) of the heat exchange plate (10, 11, 12) are separated from one another by a distance less than the thickness.
A linear actuator (1, 201, 301) comprising an outer tube and an inner tube inserted in the outer tube, the linear actuator (1, 201, 301) generating a thrust for relatively displacing the outer tube and the inner tube along an axial direction, further comprising: a rod erected at a central axis part of the inner tube and forming an annular space between the rod and the inner tube; a rod guide (5, 321) that slides along an inner surface of the outer tube to guide the rod along the axial direction; a plurality of permanent magnets arranged in the rod along the axial direction; and a plurality of coils retained by the outer tube so as to face the permanent magnets, wherein a cooling fluid is filled in an internal space formed by and kept in a sealed state by the outer tube, the inner tube, and the rod guide (5, 321), characterized in that an outer periphery of the inner tube along which the outer tube slides and an inner periphery of the outer tube along which the rod guide slides are formed to have a same cross-sectional area, a proximal end of the rod is joined to the inner tube and an extreme end of the rod projects out from an opening in an extreme end of the inner tube, and the rod guide (5, 321) is fixed to the extreme end of the rod. a rod erected at a central axis part of the inner tube and forming an annular space between the rod and the inner tube; a rod guide (5, 321) that slides along an inner surface of the outer tube to guide the rod along the axial direction; a plurality of permanent magnets arranged in the rod along the axial direction; and a plurality of coils retained by the outer tube so as to face the permanent magnets, wherein a cooling fluid is filled in an internal space formed by and kept in a sealed state by the outer tube, the inner tube, and the rod guide (5, 321), characterized in that
System for motorising a wheel associated with a suspension for moving an aircraft around on the ground, the system comprising a motor unit and a drive member configured to be secured to the wheel, the motor unit being configured to be secured to a sprung part of a suspension strut, a clutch device for connecting an output shaft of the motor unit to the drive member and the transmission between the motor unit and the drive member being a positive transmission, the clutch device being configured in such a way as to be able to move the motor unit into an engaged position in which this unit is connected to the drive member, and a disengaged position in which this unit is separated therefrom, and being configured in such a way that the motor unit is configured to be mounted to rotate with respect to the sprung part of the suspension strut, about a horizontal axis, and comprising a movement system designed to move the motor unit from one of its two, engaged and disengaged, positions into the other, and the movement system comprising a driving element, the movement system comprising a return element designed to move the motor unit in the opposite direction to the direction imposed by the driving element.
Operating device for an actuator, preferably a lighting means, comprising: - a first interface, which is configured to receive a control signal as a phase control or reverse phase control signal of the power supply voltage from a central unit via a power supply line; - a second independent interface having terminals for connecting the central unit to the second interface, wherein the second interface is configured to receive an analog control signal from the central unit, wherein the analog control signal is set by the central unit; and - a control device, which is configured to detect a reception of a control signal via the first interface and, upon a reception of a control signal via the first interface, create a return channel by modulating a load of the terminals of the second interface according to a defined protocol, wherein the central unit interprets said defined load modulation as a signal transmission originating from the operating device, wherein the first interface is a unidirectional interface. - a first interface, which is configured to receive a control signal as a phase control or reverse phase control signal of the power supply voltage from a central unit via a power supply line; - a second independent interface having terminals for connecting the central unit to the second interface, wherein the second interface is configured to receive an analog control signal from the central unit, wherein the analog control signal is set by the central unit; and - a control device, which is configured to detect a reception of a control signal via the first interface and, upon a reception of a control signal via the first interface, create a return channel by modulating a load of the terminals of the second interface according to a defined protocol, wherein the central unit interprets said defined load modulation as a signal transmission originating from the operating device, wherein the first interface is a unidirectional interface. - a control device, which is configured to detect a reception of a control signal via the first interface and, upon a reception of a control signal via the first interface, create a return channel by modulating a load of the terminals of the second interface according to a defined protocol, wherein the central unit interprets said defined load modulation as a signal transmission originating from the operating device, wherein the first interface is a unidirectional interface.
A balcony for attachment to an existing construction, the existing construction having a plurality of stubs fitted thereto, each stub having at least one first engagement portion comprising one or more projections, and the balcony having a plurality of second engagement portions comprising one or more apertures (16, 17) in the structure of the balcony which are configured so as to receive the projections, such that the balcony can be slid substantially horizontally onto the stubs by sliding the apertures (16, 17) onto the projections, so as to cause the weight of the balcony to be supported by the existing construction and the balcony to be securely attached to the construction; characterised in that the balcony comprises a framework structure that includes at least one cross-beam (15b, 15c) which is substantially perpendicular to the projections, wherein the second engagement portions comprise one or more apertures (16, 17) through said cross-beam (15b, 15c).
A method of testing integrity of a portion of flexible pipe body for transporting production fluids from a sub-sea location, prior to installation and use, wherein the flexible pipe body is suitable for forming a riser or flowline and is formed as a composite structure of layered materials, the layers including an internal polymer sheath, a pressure armour layer, and a sealing layer, comprising the steps of: via at least one port in an end fitting assembly in which an end of a portion of flexible pipe body is terminated, introducing fluid under pressure at said port, and monitoring at least one parameter associated with an annulus region disposed between layers of said flexible pipe body, said annulus region being connected to said port by a connecting passageway. via at least one port in an end fitting assembly in which an end of a portion of flexible pipe body is terminated, introducing fluid under pressure at said port, and monitoring at least one parameter associated with an annulus region disposed between layers of said flexible pipe body, said annulus region being connected to said port by a connecting passageway.
An imaging system for a motor vehicle, comprising - a camera housing part and at least one camera module to be mounted to an attachment wall of said camera housing part, characterized in that - the camera module is provided with several radially outwardly directed protrusions, and - a closed retainer ring is provided in the camera housing part, wherein - the closed retainer ring is provided with several radially inwardly directed protrusions, and - said closed retainer ring is attached to the camera module by rotating it around a central length axis of the camera module to an attachment position, wherein - the camera module is attached at the attachment wall of the camera housing part by being clamped to the attachment wall when the closed retainer ring is in the attachment position. - a camera housing part and at least one camera module to be mounted to an attachment wall of said camera housing part, characterized in that - the camera module is provided with several radially outwardly directed protrusions, and - a closed retainer ring is provided in the camera housing part, wherein - the closed retainer ring is provided with several radially inwardly directed protrusions, and - said closed retainer ring is attached to the camera module by rotating it around a central length axis of the camera module to an attachment position, wherein - the camera module is attached at the attachment wall of the camera housing part by being clamped to the attachment wall when the closed retainer ring is in the attachment position.
A mobile terminal comprising: a near field communication, NFC, module to perform near field communication with an external NFC device; wherein the mobile terminal is characterized in that the mobile terminal comprises: a controller characterized in that the controller is configured to: - activate an NFC transceiving mode for performing the NFC with the external NFC device, - determine an NFC connection of the mobile terminal with the external NFC device, - determine whether the NFC connection is an initial NFC connection with the external NFC device, - when the NFC connection is determined to be the initial NFC connection, transmit a first priority information related to the NFC transceiving mode to the external NFC device, and - when the NFC connection is determined not to be the initial NFC connection, transmit, to the external NFC device, another priority information related to the NFC transceiving mode, the another priority being immediately after the priority of a last NFC connection to the external NFC device. a near field communication, NFC, module to perform near field communication with an external NFC device; wherein the mobile terminal is characterized in that the mobile terminal comprises: a controller characterized in that the controller is configured to: - activate an NFC transceiving mode for performing the NFC with the external NFC device, - determine an NFC connection of the mobile terminal with the external NFC device, - determine whether the NFC connection is an initial NFC connection with the external NFC device, - when the NFC connection is determined to be the initial NFC connection, transmit a first priority information related to the NFC transceiving mode to the external NFC device, and - when the NFC connection is determined not to be the initial NFC connection, transmit, to the external NFC device, another priority information related to the NFC transceiving mode, the another priority being immediately after the priority of a last NFC connection to the external NFC device. - activate an NFC transceiving mode for performing the NFC with the external NFC device, - determine an NFC connection of the mobile terminal with the external NFC device, - determine whether the NFC connection is an initial NFC connection with the external NFC device, - when the NFC connection is determined to be the initial NFC connection, transmit a first priority information related to the NFC transceiving mode to the external NFC device, and - when the NFC connection is determined not to be the initial NFC connection, transmit, to the external NFC device, another priority information related to the NFC transceiving mode, the another priority being immediately after the priority of a last NFC connection to the external NFC device.