mhurhangee/ep-ind-claims huggingface dataset:
A sprinkler which comprises a sprinkler frame, in which there is at least one nozzle, a heat-activated triggering element, and a protective element 8 which is in front of the nozzle in the protective position and mechanically protects the triggering element when the sprinkler is in a non-active mode, and which protective element is movable to a second position in which at least one nozzle and triggering element are not protected by the protective element, wherein the sprinkler comprises a fastening frame and that the sprinkler frame is movable in relation to the fastening frame between two positions, a first position in which the sprinkler is in a non-active mode, and a second position in which the sprinkler frame is protruding, and which sprinkler frame is arranged movable from the effect of the pressure of medium in relation to the fastening frame from the first position to the second position and at the same time to direct a force to the protective element for moving it from the protective position to the second position, whereby the sprinkler is in the second position of the sprinkler frame set to a standby mode.
Needle module for a skin puncturing device for local puncturing of human or animal skin in an inclined direction, comprising: - a housing having a needle module tip; - a needle outlet opening which is arranged on the needle module tip at the front; - a needle insertion opening which is arranged on the needle module tip at the rear; - a needle channel which extends in the needle module tip between the needle insertion opening and the needle outlet opening and is designed to receive a flexible puncturing needle in a needle-guiding manner; - a channel portion of the needle channel, which portion is proximal with respect to the needle outlet opening, extends at the rear of the needle outlet opening and in which a proximal needle guide which guides the flexible puncturing needle toward the needle outlet opening is formed; and - a channel portion of the needle channel, which portion is distal with respect to the needle outlet opening, extends at the rear of the proximal channel portion and in which the needle channel is bent; characterized in that the needle channel has a channel widening in a bent region of the distal channel portion, in which widening the needle channel is formed in the bent region so as to have a channel cross section which is larger than a channel cross section in the proximal channel portion such that a deflection space for the flexible puncturing needle is provided, into which space the flexible puncturing needle can deflect by means of bending due to a puncture resistance. - a housing having a needle module tip; - a needle outlet opening which is arranged on the needle module tip at the front; - a needle insertion opening which is arranged on the needle module tip at the rear; - a needle channel which extends in the needle module tip between the needle insertion opening and the needle outlet opening and is designed to receive a flexible puncturing needle in a needle-guiding manner; - a channel portion of the needle channel, which portion is proximal with respect to the needle outlet opening, extends at the rear of the needle outlet opening and in which a proximal needle guide which guides the flexible puncturing needle toward the needle outlet opening is formed; and - a channel portion of the needle channel, which portion is distal with respect to the needle outlet opening, extends at the rear of the proximal channel portion and in which the needle channel is bent; characterized in that the needle channel has a channel widening in a bent region of the distal channel portion, in which widening the needle channel is formed in the bent region so as to have a channel cross section which is larger than a channel cross section in the proximal channel portion such that a deflection space for the flexible puncturing needle is provided, into which space the flexible puncturing needle can deflect by means of bending due to a puncture resistance.
Oscillating mechanism for a timepiece movement, comprising a first rigid element and a second rigid element, each one designed to be fixed on a different element of said movement and at least one of which is mobile relative to the other and pivots about a theoretical pivot axis, said oscillating mechanism being flexible with a variable geometry whilst being produced in a monobloc manner, and comprising first elastic restoring means which produce a direct or indirect elastic connection between said first rigid element and an intermediate rigid element, and further comprises at least second elastic restoring means which produce a direct or indirect elastic connection between said intermediate rigid element and said second rigid element, and where said first rigid element, said first elastic restoring means, said intermediate rigid element, said second elastic restoring means, and said second rigid element are coplanar according to one plane and are designed to be deformed according to said plane, the oscillating mechanism being characterised in that it assumes a configuration of the butterfly type, wherein at least said intermediate rigid element is formed by at least one rigid arm which extends between said first rigid element disposed in the vicinity of said pivot axis and said second rigid element forming a peripheral part relative to said pivot axis, to which it is connected respectively by said first elastic restoring means formed by at least one first elastic blade, which extends radially from the first rigid element to said rigid arm, and by said second elastic restoring means formed by at least one second elastic blade, which extends radially from said rigid arm to said centre of pivoting, thus defining a V of said butterfly configuration, said rigid arm forming an intermediate mass which is mobile substantially by pivoting about said pivot axis.
A pulse generator comprising: an input for receiving a trigger; an output node for outputting a signal; a delay line comprising one or more delay units and a plurality of taps; one or more pull-up devices (40a, 40c, 40e) each connected to the output node for increasing the output voltage on the output node; and one or more pull-down devices (40b, 40d, 40f) each connected to the output node for decreasing the output voltage on the output node; wherein each pull-up device is a transistor and each pull-down device is a transistor; wherein the taps of the delay line are either pull-up taps (30a, 30c, 30e) arranged to drive one or more pull-up devices or pull-down taps (30b, 30d, 30f) arranged to drive one or more pull-down devices; and characterised in that the taps of the delay line are operably connected to the pull-up and/or pull-down devices such that a trigger passing along the delay line activates one or more of the pull-up and/or one or more of the pull-down devices more than once. an input for receiving a trigger; an output node for outputting a signal; a delay line comprising one or more delay units and a plurality of taps; one or more pull-up devices (40a, 40c, 40e) each connected to the output node for increasing the output voltage on the output node; and one or more pull-down devices (40b, 40d, 40f) each connected to the output node for decreasing the output voltage on the output node; wherein each pull-up device is a transistor and each pull-down device is a transistor; wherein the taps of the delay line are either pull-up taps (30a, 30c, 30e) arranged to drive one or more pull-up devices or pull-down taps (30b, 30d, 30f) arranged to drive one or more pull-down devices; and characterised in that the taps of the delay line are operably connected to the pull-up and/or pull-down devices such that a trigger passing along the delay line activates one or more of the pull-up and/or one or more of the pull-down devices more than once.
A resonator comprising: a resonator body which forms a first resonator structure; an actuation arrangement for driving the resonator into a resonant mode, in which the resonator body vibrates parallel to a first axis; a detection arrangement (27,28,29) for detecting the vibration in the first axis direction and generating an electrical output signal derived from the vibration; a second resonator structure which is mechanically coupled to nodal points of the resonator body with respect to the main resonant mode of the resonator body, wherein the resonator body has a desired mode of vibration of the resonator body which is said main resonant mode, wherein the second resonator structure has a suspended part which mechanically connects to the resonator body and has a part which is attached to a fixed support, wherein the resonator body and the suspended part of the second resonator structure each comprise etch holes and a cavity area beneath the etch holes the resonator being manufactured using an underetch process, the etch holes in the suspended part of the second resonator structure being placed and the etch radius being selected to generate the suspended part of the second resonator structure by underetching, the second resonator structure being designed so that a parasitic mode of vibration is damped, said parasitic mode comprising vibration of the composite body defined by the resonator body and the second resonator structure and said parasitic mode of vibration having a resonant frequency lower than that of the main resonant mode. a resonator body which forms a first resonator structure; an actuation arrangement for driving the resonator into a resonant mode, in which the resonator body vibrates parallel to a first axis; a detection arrangement (27,28,29) for detecting the vibration in the first axis direction and generating an electrical output signal derived from the vibration; a second resonator structure which is mechanically coupled to nodal points of the resonator body with respect to the main resonant mode of the resonator body, wherein the resonator body has a desired mode of vibration of the resonator body which is said main resonant mode, wherein the second resonator structure has a suspended part which mechanically connects to the resonator body and has a part which is attached to a fixed support, wherein the resonator body and the suspended part of the second resonator structure each comprise etch holes and a cavity area beneath the etch holes the resonator being manufactured using an underetch process, the etch holes in the suspended part of the second resonator structure being placed and the etch radius being selected to generate the suspended part of the second resonator structure by underetching, the second resonator structure being designed so that a parasitic mode of vibration is damped, said parasitic mode comprising vibration of the composite body defined by the resonator body and the second resonator structure and said parasitic mode of vibration having a resonant frequency lower than that of the main resonant mode.
A bucket for a turbine machine rotor wheel comprising: an airfoil portion, a shank portion and a dovetail mounting portion, said shank portion including opposite side faces, one of said side faces formed with an axially-oriented slot extending between forward and aft ends of said shank portion; an elongated damper pin of uniform cross-section seated in said axially oriented slot, said elongated damper pin formed with axially slanted forward and aft ends (60, 62) that rest on similarly slanted surfaces (64, 66) formed internally of the shank portion at opposite forward and aft ends thereof. an airfoil portion, a shank portion and a dovetail mounting portion, said shank portion including opposite side faces, one of said side faces formed with an axially-oriented slot extending between forward and aft ends of said shank portion; an elongated damper pin of uniform cross-section seated in said axially oriented slot, said elongated damper pin formed with axially slanted forward and aft ends (60, 62) that rest on similarly slanted surfaces (64, 66) formed internally of the shank portion at opposite forward and aft ends thereof.
Method for managing specific events comprising a detection of at least one specific event that could disturb a movement of a guided vehicle, and comprising: - a remotely controlled switching from a normal driving mode to a remote driving mode of said guided vehicle following detection of said specific event, - the real-time measurement and collection of piloting data in the remote driving mode, - the real-time communication of said piloting data between a remote piloting module of said guided vehicle and a remote control station, - the real-time processing of said piloting data, - the real-time manual and remote piloting of said guided vehicle in remote driving mode, on the basis of said piloting data, characterised in that said switching from a normal driving mode to a remote driving mode is reversible. - a remotely controlled switching from a normal driving mode to a remote driving mode of said guided vehicle following detection of said specific event, - the real-time measurement and collection of piloting data in the remote driving mode, - the real-time communication of said piloting data between a remote piloting module of said guided vehicle and a remote control station, - the real-time processing of said piloting data, - the real-time manual and remote piloting of said guided vehicle in remote driving mode, on the basis of said piloting data,
Method for controlling the temperature of the battery of an electric vehicle also including an electric motor and the power electronics thereof, said electronics comprising for example a battery charger and an inverter, comprising a step of thermal coupling of said battery and electric components (11 to 13) of the rest of the electric power train of the vehicle, comprising the use of a temperature control circuit in which heat transfer fluid circulates, said circuit being arranged so as to control the temperature of both said battery and said electric components (11 to 13) by heat exchange with the heat transfer fluid, comprising a modulation of the temperature of the heat transfer fluid by means of at least one exchanger (14, 141, 142) to perform a heat exchange with air outside the vehicle and comprising that following the heat transfer fluid heat exchange with the air outside the vehicle, only a fraction of heat transfer fluid is transferred to the battery for the temperature control thereof, the remaining fraction of heat transfer fluid being transferred directly to said electric components (11 to 13) for the temperature control thereof, the fraction of heat transfer fluid transferred to the battery undergoing a heat exchange greater than the heat exchange undergone by the remaining fraction of heat transfer fluid transferred directly to said electric components (11 to 13), these heat exchanges being performed upstream of the battery and said electric components (11 to 13) respectively, the temperature control circuit comprising separate first and second loops in which a first heat transfer fluid in heat exchange with the battery and a second heat transfer fluid in heat exchange with said electric components (11 to 13) circulate respectively, the step of thermal coupling between the battery and said electric components (11 to 13) comprising a heat transfer from one loop to the other between said first and second heat transfer fluids, the method being characterized in that said heat transfer comprises the use of a reversible heat engine including first and second exchangers (39, 40) respectively thermally coupled to the first and second heat transfer fluids to perform a heat exchange.
Decoupler for the damping of a transmission of torque between a driveshaft of a motor vehicle and a belt pulley for driving auxiliary assemblies via a traction mechanism, having a first ramp ring for the introduction of a torque provided by the drive shaft, a second ramp ring which meshes with the first ramp ring and which serves for outputting a torque to an input flange of a belt pulley unit, and at least one spring device for pushing the first ramp ring and the second ramp ring together axially, wherein the first ramp ring has a first overrun ramp pointing toward the second ramp ring and/or the second ramp ring has a second overrun ramp pointing toward the first ramp ring, and the first overrun ramp and/or the second overrun ramp are/is inclined in a circumferential direction relative to the axial direction by a mean overrun angle α such that, during overrun operation, the first ramp ring is rotated relative to the second ramp ring counter to the spring force of the spring device, and wherein the first ramp ring has a first traction ramp pointing away from the second ramp ring and/or the second ramp ring has a second traction ramp pointing away from the first ramp ring, and the first traction ramp and/or the second traction ramp are/is inclined in the circumferential direction relative to the axial direction by a mean traction angle β such that, during traction operation, the first ramp ring and the second ramp ring are pulled toward one another, characterized in that the spring device has at least one first spring element and at least one second spring element, wherein the first ramp ring and the second ramp ring are arranged in an axial direction between the first spring element and the second spring element.
A substituted maleamide linker as shown in Formula la, wherein, R is X or ArS-, X is selected from halogen; Ar is selected from the group consisting of substituted or unsubstituted C 6 -C 10 aryl and substituted or unsubstituted 5-12 membered heteroaryl; Ar' is selected from the group consisting of substituted or unsubstituted C 6 -C 10 arylene, and substituted or unsubstituted 5-12 membered heteroarylene; L 1 is -O(CH 2 CH 2 O) n - linked to Ar', in which n is any integer between 1 and 20. wherein, R is X or ArS-, X is selected from halogen; Ar is selected from the group consisting of substituted or unsubstituted C 6 -C 10 aryl and substituted or unsubstituted 5-12 membered heteroaryl; Ar' is selected from the group consisting of substituted or unsubstituted C 6 -C 10 arylene, and substituted or unsubstituted 5-12 membered heteroarylene; L 1 is -O(CH 2 CH 2 O) n - linked to Ar', in which n is any integer between 1 and 20.
Access control system for a vehicle comprising a sensor device having a detection means for detecting an approach in a near range of the vehicle and a recognition means for recognizing the approach in a detection range of the vehicle, wherein the recognition means can be brought from a deactivation state, in which the recognition means does not generate detection signals for recognizing the approach, to an activation state, in which detection signals for recognizing the approach can be generated by the recognition means, upon detection of the approach in the near range, the recognition means having a first communication interface for communication with an ID transmitter unit of a user, the recognition means being designed to recognize an authentication of the user and/or of the ID transmitter unit of the user, characterized in that, the first communication interface comprises an NFC interface, wherein the detection range forms a partial area of the near range, wherein the detection means comprises a radar sensor, a lidar sensor, an ultrasonic sensor, a capacitive sensor, and/or an optical sensor for detecting the approach. a sensor device having a detection means for detecting an approach in a near range of the vehicle and a recognition means for recognizing the approach in a detection range of the vehicle, wherein the recognition means can be brought from a deactivation state, in which the recognition means does not generate detection signals for recognizing the approach, to an activation state, in which detection signals for recognizing the approach can be generated by the recognition means, upon detection of the approach in the near range, the recognition means having a first communication interface for communication with an ID transmitter unit of a user, the recognition means being designed to recognize an authentication of the user and/or of the ID transmitter unit of the user, characterized in that, the first communication interface comprises an NFC interface, wherein the detection range forms a partial area of the near range, wherein the detection means comprises a radar sensor, a lidar sensor, an ultrasonic sensor, a capacitive sensor, and/or an optical sensor for detecting the approach.
A support for a household appliance, comprising: a hydraulic plate being internally provided with a liquid flow passage; a sheath being fixedly connected with the hydraulic plate; a regulating support being arranged in the sheath and being axially movable relative to the sheath; an accommodation chamber being formed by the hydraulic plate, the sheath and the regulating support; and a flexible accommodation body accommodating a liquid medium and being arranged in the accommodation chamber; the flexible accommodation body extending and retracting to drive the regulating support to axially move in the sheath for leveling under an action of pressure; wherein the flexible accommodation body is provided an opening part, and the opening part is mounted on the hydraulic plate through the sheath in a sealed manner and communicates with the liquid flow passage, characterized in that an upper end of the sheath is fixedly connected with the hydraulic plate and tightly presses the opening part of the flexible accommodation body onto the hydraulic plate for sealed connection. a hydraulic plate being internally provided with a liquid flow passage; a sheath being fixedly connected with the hydraulic plate; a regulating support being arranged in the sheath and being axially movable relative to the sheath; an accommodation chamber being formed by the hydraulic plate, the sheath and the regulating support; and a flexible accommodation body accommodating a liquid medium and being arranged in the accommodation chamber; the flexible accommodation body extending and retracting to drive the regulating support to axially move in the sheath for leveling under an action of pressure; wherein the flexible accommodation body is provided an opening part, and the opening part is mounted on the hydraulic plate through the sheath in a sealed manner and communicates with the liquid flow passage, characterized in that an upper end of the sheath is fixedly connected with the hydraulic plate and tightly presses the opening part of the flexible accommodation body onto the hydraulic plate for sealed connection.
A method performed by a first network node in a wireless communication system for managing handover of a user equipment from the first network node, to a second network node when the user equipment is moving from a first cell, defined by the first network node, into a second cell, defined by the second network node, the method comprising transmitting a handover message, to be received by the user equipment, which handover message is triggering the user equipment to perform a handover from the first network node, to the second network node, detecting that no acknowledgment message has been received from the user equipment, for the transmitted handover message, retransmitting the handover message, to be received by the user equipment, and wherein the method is characterized by inhibiting further retransmission of the handover message and interrupt scheduling of resources to the user equipment when before receiving a confirmation from the second network node, confirming that the user equipment has successfully completed the handover, a preliminary indication message, indicating that the user equipment has left the first cell and appeared in the second cell, is received from the second network node.