mhurhangee/ep-ind-claims huggingface dataset:
A heater control system having electric heating elements powered from a three-phase alternating current source through solid state relays (K2, K3, K4) connected to a controller and provided with a safety switch assembly, wherein each of the heating elements is connected to a separate proportional control solid state relay (K2, K3, K4), characterized in that all the proportional control solid state relays (K2, K3, K4) are connected to the controller through a control signal follower, wherein the control signal follower comprises an operational amplifier, a first resistor, a second resistor, a third resistor, a fourth resistor, a fifth resistor and a bipolar transistor, wherein the first resistor is connected between the controller and the non-inverting input of the operational amplifier, the second resistor is connected between the non-inverting input of the operational amplifier and the ground, the third resistor is connected between the inverting input of the operational amplifier and the ground, the fourth resistor is connected between the inverting input of the operational amplifier and the proportional control solid state relays (K2, K3, K4), the fifth resistor is connected between the output of the operational amplifier and the base of the bipolar transistor, the collector of the bipolar transistor is connected to the power supply (+24V) and the emitter of the bipolar transistor is connected to the proportional control solid state relays (K2, K3, K4).
An applicator for a cosmetic product, in particular for mascara, comprising a core extending along a main longitudinal extension direction, known as the extension axis, and projections projecting from said core in directions substantially radial to the extension axis, the projections being moulded with the core characterised in that the free ends of the projections form at least two shells (E1, E2) in mutual engagement along the extension axis, a first helical shell formed by a first plurality of projections, and a second shell formed by a second plurality of projections, the second shell having from the extension axis, a radial extension which is shorter than the radial extension of the first shell, said shells having a screw shape, about the extension axis, in the form of a helix of circular cross-section, the projections being distributed in rows, known as radial, each radial row being distant from the other along the core, characterised in that each radial row comprises an alternation of three projections, known as a first type, said three projections of the first type belonging to the first shell, with three projections, known as a second type, said three projections of the second type belonging to the second shell, each group of three projections of the same type, taken from one of said radial rows, comprising an intermediate projection, of intermediate radial extension, said projection being framed between two projections of the same type, the intermediate projections forming surface reservoirs of cosmetic product.
A method for the preparation of an acellular adipose biocompatible biomaterial, containing little or no lipid remnants, comprising an intact extracellular matrix, the method comprising sequentially: (a) isolating adipose from non-adipose material in mammalian adipose tissue wherein the mammalian adipose tissue comprises solid adipose and the adipose is isolated from the non-adipose material by mechanically or manually manipulating the adipose with serial washes in sterile saline to promote lipid and cell removal followed by; (b) contacting the adipose from step (a) with a weak acid or bile acid to promote decellularization and extract lipid from cells; (c) washing the adipose tissue with a buffer to remove the decellularization agent of (b); (d) repeating steps (b) and (c) one or more times to prepare the acellular adipose biocompatible biomaterial comprising an intact extracellular matrix, which contains little or no lipid remnants. (a) isolating adipose from non-adipose material in mammalian adipose tissue wherein the mammalian adipose tissue comprises solid adipose and the adipose is isolated from the non-adipose material by mechanically or manually manipulating the adipose with serial washes in sterile saline to promote lipid and cell removal followed by; (b) contacting the adipose from step (a) with a weak acid or bile acid to promote decellularization and extract lipid from cells; (c) washing the adipose tissue with a buffer to remove the decellularization agent of (b); (d) repeating steps (b) and (c) one or more times to prepare the acellular adipose biocompatible biomaterial comprising an intact extracellular matrix, which contains little or no lipid remnants.
Vehicle tyre having a tread, having a tyre belt, having a tyre carcass with at least one carcass ply, having side walls and having a tyre bead with a tyre core and a bead filler, wherein the tyre core comprises, in cross section, a multiplicity of strengthening members, and the bead filler is attached on its bottom side to the top side of the tyre core, wherein the vehicle tyre further has a transponder with a transponder chip and has an antenna (2, 3, 14, 15) attached to the transponder chip, wherein the transponder is arranged between the bead filler and an outer ply turn-up of the carcass ply, wherein the height dimension in a radial direction of the vehicle tyre between the transponder and the bottom side of the bead filler amounts to at least 3 mm, characterized in that the transponder is an RFID transponder in foil form, wherein the transponder chip and the antennas (2, 3) are embedded in a carrier foil, wherein the transponder in foil form has an additional material coating, wherein the material coating comprises an adhesion promoter system, wherein the attachment to the surrounding tyre components is improved by means of the adhesion promoter system.
An experimental bench for a UAV power system and avionics equipment, comprising: A support component; A plurality of power system load-bearing components, which are provided, and are fixedly arranged on the support component, respectively, and each of which is configured to bear a UAV power system; Avionics equipment load-bearing component, which is fixedly arranged on the support component, and is configured to bear the UAV avionics equipment; and A roller component, comprising a roller stand and a guide wheel connected to the roller stand; characterised in that the experimental bench further comprises: A jacking component, the output end of which is fixedly connected to the bottom end of the support component; and in that the roller stand is fixedly connected to the jacking component. A support component; A plurality of power system load-bearing components, which are provided, and are fixedly arranged on the support component, respectively, and each of which is configured to bear a UAV power system; Avionics equipment load-bearing component, which is fixedly arranged on the support component, and is configured to bear the UAV avionics equipment; and A roller component, comprising a roller stand and a guide wheel connected to the roller stand; characterised in that the experimental bench further comprises: A jacking component, the output end of which is fixedly connected to the bottom end of the support component; and in that the roller stand is fixedly connected to the jacking component. A jacking component, the output end of which is fixedly connected to the bottom end of the support component; and in that the roller stand is fixedly connected to the jacking component.
A method for wireless communications, comprising: determining a power state of each of a plurality of wireless nodes; changing from a first antenna mode used for communicating with the wireless nodes using a first number of spatial streams to a second antenna mode used for communicating with the wireless nodes using a second number of spatial streams, based on the determined power states of the wireless nodes; enabling a physical layer error detection mode upon changing to the second antenna mode, the physical layer error detection mode being capable of detecting one or more transmissions at one or more rates not supported in the second antenna mode, wherein the physical layer error detection mode comprises comparing a number of spatial streams indicated in a signal field of a preamble of a packet to a number of spatial streams supported in the second antenna mode; and after detecting said one or more transmissions at one or more rates not supported in the second antenna mode, changing from the second antenna mode to a different antenna mode. determining a power state of each of a plurality of wireless nodes; changing from a first antenna mode used for communicating with the wireless nodes using a first number of spatial streams to a second antenna mode used for communicating with the wireless nodes using a second number of spatial streams, based on the determined power states of the wireless nodes; enabling a physical layer error detection mode upon changing to the second antenna mode, the physical layer error detection mode being capable of detecting one or more transmissions at one or more rates not supported in the second antenna mode, wherein the physical layer error detection mode comprises comparing a number of spatial streams indicated in a signal field of a preamble of a packet to a number of spatial streams supported in the second antenna mode; and after detecting said one or more transmissions at one or more rates not supported in the second antenna mode, changing from the second antenna mode to a different antenna mode.
Device for attaching a bracelet to a watch case, the device comprising, on the one hand, a bar secured to the watch case by means of at least one horn, and on the other hand, an insert integral with the end of a bracelet, wherein the bar and the insert are complementary in order to cooperate by fitting one inside the other to form removable assembly means able to make the bracelet interchangeable, the bar being formed by a cylindrical hollow body provided with two retractable pivots each comprising a post arranged so as to slide in a longitudinal groove formed in the body of the bar, said pivots being separated by a spring, and having at least one housing, said housing being arranged to cooperate by interlocking with said at least one insert, said bar comprising means for holding the at least one insert, the bar being arranged so as to pivot from a first position A, in which the insert is capable of being positioned on the bar, into a second position B in which said insert is locked onto the bar by means of locking means cooperating with said holding means, the bar being pivoted from position A to position B by means of the bracelet strand by a rotation of at least 45° about the A-A axis relative to position A, the locking means comprising at least one additional groove extending from one of the ends of the longitudinal groove in a substantially perpendicular direction relative to the longitudinal groove, the at least one additional groove being arranged so as to cooperate with at least one post when the bar pivots from position A to position B.
Device for fastening an added part to a carrying part where the fitted state is checked, having a fastening member which has fastening legs (8, 9) deformable in the radial direction by which the added part can be fastened to the carrying part as a result of their engaging behind the carrying part, and having an indicating member which co-operates with the fastening member in such a way that a defined state indicating the fitted state is assumed after a fitting process if the added part is properly fastened to the carrying part, characterised in that the indicating member has an elongated rotary stem of which at least a portion is arranged between the fastening legs (8, 9) and which is so adapted that, during the fitting process, the rotary stem rotates on its longitudinal axis due to the action of at least one fastening leg (8, 9) on the rotary stem.
A multi-gate transistor, comprising: a plurality of active semiconductor layers (36, 38) on a substrate; a source and a drain in contact with at least one of said plurality of active semiconductor layers; a first gate (46, 226) between said source and drain; a second gate (98, 228, 248) between said first gate (46, 226) and said drain; and a cap layer, said cap layer between said second gate (98, 228, 248) and said plurality of active semiconductor layers, wherein said first gate (46, 226) extends through said cap layer such that said first gate (46, 226) directly contacts said plurality of active semiconductor layers and said second gate (98, 228, 248) is separated from said plurality of active semiconductor layers by said cap layer, wherein said cap layer is made of a GaN, and wherein the second gate has a second threshold voltage that is more negative than a first threshold voltage of the first gate. a plurality of active semiconductor layers (36, 38) on a substrate; a source and a drain in contact with at least one of said plurality of active semiconductor layers; a first gate (46, 226) between said source and drain; a second gate (98, 228, 248) between said first gate (46, 226) and said drain; and a cap layer, said cap layer between said second gate (98, 228, 248) and said plurality of active semiconductor layers, wherein said first gate (46, 226) extends through said cap layer such that said first gate (46, 226) directly contacts said plurality of active semiconductor layers and said second gate (98, 228, 248) is separated from said plurality of active semiconductor layers by said cap layer, wherein said cap layer is made of a GaN, and wherein the second gate has a second threshold voltage that is more negative than a first threshold voltage of the first gate.
A hearing aid adapted to determine a hearing threshold of a user of said hearing aid via an EEG response from said user, said hearing aid comprising - an EEG sensor part having electrodes (3, 20) for picking up the EEG response from the user, - an EEG signal analyzer (5, 5') adapted for monitoring and analyzing the EEG response from the user, - an EEG stimuli controlling means adapted for performing at least one of the following: - providing an EEG stimulating sound to the user and instructing the user to open or close the eyes when said sound is heard, - identifying an ambient sound in the surrounding environment which potentially could cause an induced EEG response, - a hearing threshold estimation unit, for estimating the hearing threshold of the user, based on an analysis of the EEG response picked up from the user in relation to - the provided sound, including comparing the EEG response in an alpha band indicating that the user opens or closes the eyes with the frequency and amplitude of the sound provided, or - the identified ambient sound. - an EEG sensor part having electrodes (3, 20) for picking up the EEG response from the user, - an EEG signal analyzer (5, 5') adapted for monitoring and analyzing the EEG response from the user, - an EEG stimuli controlling means adapted for performing at least one of the following: - providing an EEG stimulating sound to the user and instructing the user to open or close the eyes when said sound is heard, - identifying an ambient sound in the surrounding environment which potentially could cause an induced EEG response, - providing an EEG stimulating sound to the user and instructing the user to open or close the eyes when said sound is heard, - identifying an ambient sound in the surrounding environment which potentially could cause an induced EEG response, - a hearing threshold estimation unit, for estimating the hearing threshold of the user, based on an analysis of the EEG response picked up from the user in relation to - the provided sound, including comparing the EEG response in an alpha band indicating that the user opens or closes the eyes with the frequency and amplitude of the sound provided, or - the identified ambient sound. - the provided sound, including comparing the EEG response in an alpha band indicating that the user opens or closes the eyes with the frequency and amplitude of the sound provided, or - the identified ambient sound.
A network element for a software-defined network, the network element being configured to receive configuration data from a controller of the software-defined network, the network element comprising functional entities capable of transferring data between each other, and two or more of the functional entities being configurable with the configuration data received from the controller of the software-defined network so that the network element is configured to allocate entity-specific portions of the configuration data to the two or more functional entities based on entity-identifiers of the entity-specific portions of the configuration data, wherein the network element comprises a processing system adapted to control the network element to transmit, to the controller of the software-defined network, two or more entity-specific capability descriptors related to the two or more functional entities configurable with the configuration data, each of the entity-specific capability descriptors expressing operations capable of being carried out by the functional entity related to the entity-specific capability descriptor under consideration and each of the entity-specific capability descriptors acting as a basis for a respective one of the entity-specific portions of the configuration data, characterized in that at least one of the entity-specific capability descriptors expresses limitations relating to structures and interconnections of look-up tables implementable in the functional entity related to the at least one of the entity-specific capability descriptors.
A spit roaster for foods comprising: spits; at least two supports being independent of one another, each of the supports having: ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; wherein the at least two supports are configured to be freely adjustable such that a distance of separation between them is variable, and wherein the spits are arranged such that they are freely supported on the horizontal profiles (2.2) of each of the supports, the spits being configured for holding foods on their surface. spits; at least two supports being independent of one another, each of the supports having: ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; wherein the at least two supports are configured to be freely adjustable such that a distance of separation between them is variable, and wherein the spits are arranged such that they are freely supported on the horizontal profiles (2.2) of each of the supports, the spits being configured for holding foods on their surface.
Training device for bodyweight exercises for assembly and disassembly between a training configuration suitable for carrying out training and a compact transport configuration, comprising two frame elements which can be folded at joints provided for this purpose, each comprising two elongate frame element sections which can be folded towards one another about the joints and have a joint locking element, which is arranged and designed as a crossbar rotatably mounted on a frame element in such a way that the frame element sections can be fixed in different positions relative one another for locking in the training configuration, wherein each frame element section has two frame element intermediate sections and an intermediate joint which can be locked in the training configuration by means of a locking element, wherein the two frame element intermediate sections can be folded towards each other about the intermediate joint, and at least one rigid rung element which can connect the two frame elements, wherein at least two elongate stabilising elements, which are rigidly connected to the rung element and have a shape corresponding to the shape of the frame elements, are arranged and formed on the rung element in such a way that, for mounting the training device in the training configuration, a releasable, positive-locking connection is formable between a frame element and a stabilising element via a connecting region, wherein the dimensions of the connecting region along the longitudinal extension of the frame elements correspond to at least twice the width of the connecting region, and wherein the stabilising element is a stabilising slide or a mounting shoe. two frame elements which can be folded at joints provided for this purpose, each comprising two elongate frame element sections which can be folded towards one another about the joints and have a joint locking element, which is arranged and designed as a crossbar rotatably mounted on a frame element in such a way that the frame element sections can be fixed in different positions relative one another for locking in the training configuration, wherein each frame element section has two frame element intermediate sections and an intermediate joint which can be locked in the training configuration by means of a locking element, wherein the two frame element intermediate sections can be folded towards each other about the intermediate joint, and at least one rigid rung element which can connect the two frame elements, wherein at least two elongate stabilising elements, which are rigidly connected to the rung element and have a shape corresponding to the shape of the frame elements, are arranged and formed on the rung element in such a way that, for mounting the training device in the training configuration, a releasable, positive-locking connection is formable between a frame element and a stabilising element via a connecting region, wherein the dimensions of the connecting region along the longitudinal extension of the frame elements correspond to at least twice the width of the connecting region, and wherein the stabilising element is a stabilising slide or a mounting shoe.
A system for cooling an electrical machine, the electrical machine (10, 10') comprising a stator (12, 12') having a plurality of coils (24, 24'), the stator (12, 12') defining an axial bore (14, 14') configured to receive a rotor; an exterior housing (30, 30') having axial ends (36, 36'), the exterior housing (30, 30') defining an axial bore (34, 34') configured to receive the stator (12, 12'); and an end cap (50, 50', 50") configured to couple to at least one of the axial ends (36, 36') of the exterior housing (30, 30'), the end cap (50, 50', 50") including a fluid inlet (60, 60') configured to receive a liquid coolant; and a plurality of fluid outlets (66, 66', 66"), at least one of the plurality of fluid outlets (66, 66', 66") configured to deliver the liquid coolant from the fluid inlet (60, 60') to at least one of the plurality of coils (24, 24'), characterized in that each end cap includes a cap portion resting against an axial end of the exterior housing and a cylindrical portion extending within the axial bore of the exterior housing, wherein the cylindrical portion of the end cap includes a circumferential notch that cooperates with the inner wall of the exterior housing to define an internal annular channel extending substantially about the circumference of the motor and wherein fluid outlets (60, 60', 60") extend from the annular channel.