mhurhangee/ep-ind-claims huggingface dataset:
Method for the product of a part in extrusion form constituted of a composite material with continuous-fiber reinforcement, in a thermoplastic matrix comprising at least two wings, of which the centers of the successive sections follow a curve and at least two faces extending in secant planes, said method comprising the steps consisting in: a. obtaining a planar blank, comprising a preconsolidated stack of plies, comprising fibers oriented at 0° with respect to the curvature of the blank, produced by automatically positioning so-called preimpregnated thermoplastic polymer fibers (210, 220), according to curved trajectories comprising an operation consisting in: d. depositing via automatic fiber positioning, of the fibers (210, 220) oriented locally along the curvature of the blank by applying said fibers with a pressure and a temperature at the interface between said fibers and the preform constituted of a stack of fibrous plies also preimpregnated, greater by 5 °C to 10 °C than the melting temperature of the polymer, said fibers then being part of the preform, followed by a cooling of the fibers deposited by the means of cooling, with a deposition speed that is selected in order to obtain a preconsolidation of the blank, i.e. with a rate of porosity less than 1% but without creating a continuous network of molecular chains in the thickness of the matrix; b. heating said blank to a temperature greater than or equal to the melting temperature of the polymer forming the matrix; c. hot-stamping the blank heated in this way and consolidating the part formed in this way between the punch and the stamping die. a. obtaining a planar blank, comprising a preconsolidated stack of plies, comprising fibers oriented at 0° with respect to the curvature of the blank, produced by automatically positioning so-called preimpregnated thermoplastic polymer fibers (210, 220), according to curved trajectories comprising an operation consisting in: d. depositing via automatic fiber positioning, of the fibers (210, 220) oriented locally along the curvature of the blank by applying said fibers with a pressure and a temperature at the interface between said fibers and the preform constituted of a stack of fibrous plies also preimpregnated, greater by 5 °C to 10 °C than the melting temperature of the polymer, said fibers then being part of the preform, followed by a cooling of the fibers deposited by the means of cooling, with a deposition speed that is selected in order to obtain a preconsolidation of the blank, i.e. with a rate of porosity less than 1% but without creating a continuous network of molecular chains in the thickness of the matrix; b. heating said blank to a temperature greater than or equal to the melting temperature of the polymer forming the matrix; c. hot-stamping the blank heated in this way and consolidating the part formed in this way between the punch and the stamping die.
A server system, comprising: a request handler receiving at least one request for data from a mobile client device on a user side or from a source server; and a database generator, wherein the request handler is arranged to determine whether the at least one request requires an initialization of a first mobile database in the mobile client device on the user side, wherein the request handler determines that the at least one request requires the initialization of the first mobile database, if a portion of the requested data of the first mobile database does not exist in the mobile client device on the user side and if the portion is greater than a preset amount, wherein, if the request handler determines that the at least one request requires initialization of the first mobile database, the database generator is arranged to generate a second mobile database in the server system populated with corresponding requested data from the source server, and wherein the request handler is arranged to transmit the second mobile database with the corresponding requested data as a file to the mobile client device for storage on the mobile client device as the first mobile database, whereby the transmitted second mobile database replaces the first mobile database at the mobile client device. a request handler receiving at least one request for data from a mobile client device on a user side or from a source server; and a database generator, wherein the request handler is arranged to determine whether the at least one request requires an initialization of a first mobile database in the mobile client device on the user side, wherein the request handler determines that the at least one request requires the initialization of the first mobile database, if a portion of the requested data of the first mobile database does not exist in the mobile client device on the user side and if the portion is greater than a preset amount, wherein, if the request handler determines that the at least one request requires initialization of the first mobile database, the database generator is arranged to generate a second mobile database in the server system populated with corresponding requested data from the source server, and wherein the request handler is arranged to transmit the second mobile database with the corresponding requested data as a file to the mobile client device for storage on the mobile client device as the first mobile database, whereby the transmitted second mobile database replaces the first mobile database at the mobile client device.
An electromagnetic wave transmitter, comprising a reverberant cavity, at least one primary antenna for transmitting a primary electromagnetic wave in the reverberant cavity under the effect of electrical excitation signal, a system for generating electrical excitation signal of the or each primary antenna, and a member, for sending the electrical excitation signal to thought were each primary antenna (14, 114), the generating system comprising a signal generating unit, programmed to generate a primary electrical signal, the generating system comprising at least one electrical signal amplifier, suitable for amplifying a secondary electrical signal obtained from the primary electrical signal, characterized in that the generating system also comprises: - at least one transmitting antenna, suitable for transmitting an intermediate electromagnetic wave in the reverberant cavity under the effect of an electrical signal received by said transmitting antenna, - at least one receiving antenna, extending in the reverberant cavity, suitable for generating electrical signal under the effect of an electromagnetic stimulating wave received by said receiving antenna, and - a member for transmitting at the primary electrical signal generated by the signal generating unit to thought were each transmitting antenna, and if that the or each electrical signal amplifier comprises an input for receiving the secondary electrical signal, electrically connected to at least one receiving antenna, and an output for transmitting the amplified secondary electrical signal, electrically connected to at least one primary antenna. - at least one transmitting antenna, suitable for transmitting an intermediate electromagnetic wave in the reverberant cavity under the effect of an electrical signal received by said transmitting antenna, - at least one receiving antenna, extending in the reverberant cavity, suitable for generating electrical signal under the effect of an electromagnetic stimulating wave received by said receiving antenna, and - a member for transmitting at the primary electrical signal generated by the signal generating unit to thought were each transmitting antenna,
A fusion protein comprising a functional domain, which is a transcriptional regulatory domain or a cleavage domain and a non-naturally occurring zinc finger protein, which comprises the recognition helix regions shown in a single row of Table 1, wherein the fusion protein modulates expression of at least one endogenous ß-ketoacyl-ACP synthetase gene.
Electrical contact element for transmitting high currents, wherein the electrical contact element has a connection region and a contact region, wherein the connection region has a cylindrical opening and the contact region has a cylindrical passage opening, wherein the opening and the passage opening are oriented orthogonally to one another and wherein a peripheral contact strip is arranged within the cylindrical passage opening, characterized in that the contact region has a plugging side and an outlet side, wherein the plugging side has a recess and the outlet side has an elevation, and in that the recess and the elevation are designed to be complementary to one another.
An all-purpose dispenser for spraying and funneled dosage of liquids without propellant gases or aerosols, comprising a rectangular straight, prism-shaped outside casing with rounded edges, inside which there is a rectangular chassis-support to which the following elements are attached: - a liquid recipient with an output nozzle at the top, the output nozzle being provided with a spray output channel and a perpendicular rotating lever in its middle so that the liquid can be sprayed from the front or back of the all-purpose dispenser; - a pressure trigger comprising a substantially triangular part moored at one vertex by a rotating shaft, an upper vertex being secured by a tensor spring moored and fixed at an opposite end; wherein the all-purpose dispenser comprises a cylindrical pressure cap welded to the middle of the pressure trigger and exactly aligned with the top of the output nozzle, wherein a free end of the pressure trigger is supported on a load arm consisting of an inertia flywheel, on one side of which there is a helical spiral, both the helical spiral and the inertia flywheel forming an integral part of an electric-motor-driven rotating shaft; and wherein, when the output nozzle is turned to the opposite position using the lever, the liquid can be released through the back of the all-purpose dispenser which comprises a fuse and a deposit adapted to collect the liquid, which rather than emerging as spray, does so under gravity along a channelling directly to a recipient to be cleaned or disinfected. - a liquid recipient with an output nozzle at the top, the output nozzle being provided with a spray output channel and a perpendicular rotating lever in its middle so that the liquid can be sprayed from the front or back of the all-purpose dispenser; - a pressure trigger comprising a substantially triangular part moored at one vertex by a rotating shaft, an upper vertex being secured by a tensor spring moored and fixed at an opposite end; wherein the all-purpose dispenser comprises a cylindrical pressure cap welded to the middle of the pressure trigger and exactly aligned with the top of the output nozzle, wherein a free end of the pressure trigger is supported on a load arm consisting of an inertia flywheel, on one side of which there is a helical spiral, both the helical spiral and the inertia flywheel forming an integral part of an electric-motor-driven rotating shaft; and wherein, when the output nozzle is turned to the opposite position using the lever, the liquid can be released through the back of the all-purpose dispenser which comprises a fuse and a deposit adapted to collect the liquid, which rather than emerging as spray, does so under gravity along a channelling directly to a recipient to be cleaned or disinfected.
Method for producing a drill bit, in particular a masonry drill bit, having a shank with an insertion end and a drill head, wherein a connecting recess for a form-fitting engagement with the drill head is provided in the end side of shank that is remote from the insertion end, wherein, in one method step, a substantially cylindrical shank blank is created, wherein, in a subsequent method step, the connecting recess is introduced into the shank, and wherein, in another subsequent method step, the drill head is brought into form-fitting engagement with the shank via the connecting recess, characterized in that the connecting recess is introduced into the shank by electrochemical machining, and in that the connecting recess has at least one groove and/or at least one web.
A method of generating an end-to-end, E2E, profile that characterizes an E2E application packet flow, E2E-APF, path between first and second applications respectively hosted on first and second communication devices and exchanging information over a plurality of communication networks, the method comprising: acquiring communication device data associated with at least one of the first and second communication devices and path data associated with network elements and/or communication links connecting network elements along E2E-APF paths that traverse at least two of the plurality of networks between communication devices at endpoints of the E2E- APF paths; the method being characterized by tracing, during a communication session, an E2E-APF path having endpoints at the first and second communication devices and traversing the plurality of networks over which packets comprising the information exchanged in the communication session propagate, by determining a network segment that the E2E-APF path traverses in each of two different networks of the plurality of networks that the E2E-APF path traverses; acquiring quality of service, QoS, data for at least two of the plurality of networks that the E2E-APF path traverses; and generating an E2E-APF profile responsive to the QoS data, and the communication device data, and the traced E2E-APF path. acquiring communication device data associated with at least one of the first and second communication devices and path data associated with network elements and/or communication links connecting network elements along E2E-APF paths that traverse at least two of the plurality of networks between communication devices at endpoints of the E2E- APF paths; the method being characterized by tracing, during a communication session, an E2E-APF path having endpoints at the first and second communication devices and traversing the plurality of networks over which packets comprising the information exchanged in the communication session propagate, by determining a network segment that the E2E-APF path traverses in each of two different networks of the plurality of networks that the E2E-APF path traverses; acquiring quality of service, QoS, data for at least two of the plurality of networks that the E2E-APF path traverses; and generating an E2E-APF profile responsive to the QoS data, and the communication device data, and the traced E2E-APF path.
Apparatus for opaque fluid disinfection by means of ultraviolet emission, the apparatus comprising: • a reactor body, in which a cylindrical reactor chamber is defined, closed at the longitudinal ends by a first and a second terminal respectively provided with an inlet port from which a fluid to be treated enters and with an outlet port from which the treated fluid exits from the reactor chamber; • at least one ultraviolet light source housed in a tube longitudinally extended inside the reactor chamber; said apparatus being characterized in that it comprises, inside the reactor chamber: • a tube holder baffle comprising a sealing system in the area adjacent to the internal walls of the reactor body, and • a tubular jacket supported by said tube holder baffle, said jacket being coaxial with the tube and having larger size with respect to the latter so as to define an annular interspace between the tube and the jacket in a manner such to allow the passage of the fluid to be treated through the tube holder baffle, where said interspace defines the only passage of the fluid to be treated through the tube holder baffle. • a reactor body, in which a cylindrical reactor chamber is defined, closed at the longitudinal ends by a first and a second terminal respectively provided with an inlet port from which a fluid to be treated enters and with an outlet port from which the treated fluid exits from the reactor chamber; • at least one ultraviolet light source housed in a tube longitudinally extended inside the reactor chamber; • a tube holder baffle comprising a sealing system in the area adjacent to the internal walls of the reactor body, and • a tubular jacket supported by said tube holder baffle, said jacket being coaxial with the tube and having larger size with respect to the latter so as to define an annular interspace between the tube and the jacket in a manner such to allow the passage of the fluid to be treated through the tube holder baffle, where said interspace defines the only passage of the fluid to be treated through the tube holder baffle.
Mixtures of cyclic branched siloxanes having exclusively D and T units, with the proviso that the cumulative proportion of the D and T units having Si-alkoxy and/or SiOH groups that are present in the siloxane matrix, determinable by 29 Si NMR spectroscopy, is less than 2 mole per cent, preferably less than 1 mole per cent, and further comprising at least 5% by weight of siloxane cycles, such as preferably octamethylcyclotetrasiloxane (D 4), decamethylcyclopentasiloxane (D 5), dodecamethylcyclohexasiloxane (D 6) and/or mixtures thereof.
A battery voltage controller comprising: a plurality of voltage detection circuits (D1 to DN) respectively including a plurality of voltage detection capacitors, each of the voltage detection circuits being configured to output a voltage between terminals of one of the voltage detection capacitors after the voltage detection capacitors are respectively charged by a plurality of battery cells; a voltage controller configured to obtain output voltages of the voltage detection circuits as results of voltage detection for the battery cells, and perform voltage balance control of the battery cells based on the results of the voltage detection; and a charge transfer circuit, characterized in that the charge transfer circuit is configured to transfer electric charge from one of the voltage detection capacitors to a charge transfer capacitor according to control by the voltage controller, and transfer electric charge from the charge transfer capacitor to another one of the voltage detection capacitors. a plurality of voltage detection circuits (D1 to DN) respectively including a plurality of voltage detection capacitors, each of the voltage detection circuits being configured to output a voltage between terminals of one of the voltage detection capacitors after the voltage detection capacitors are respectively charged by a plurality of battery cells; a voltage controller configured to obtain output voltages of the voltage detection circuits as results of voltage detection for the battery cells, and perform voltage balance control of the battery cells based on the results of the voltage detection; and a charge transfer circuit, characterized in that the charge transfer circuit is configured to transfer electric charge from one of the voltage detection capacitors to a charge transfer capacitor according to control by the voltage controller, and transfer electric charge from the charge transfer capacitor to another one of the voltage detection capacitors.
Sensor (1, 13, 23), comprised of a housing (2, 14, 24) with an interior chamber (6, 15, 26) for at least partially receiving and/or encompassing electronic and/or electromechanical componentry and/or display elements, which housing is comprised of a metal material, for example steel, wherein the housing (2, 14, 24) includes at least one opening (4, 5, 17, 20, 27) for leading out at least one terminal of the electronic and/or electromechanical componentry and/or display elements, characterized in that The material of the housing (2, 14, 24) is one that is vulcanizable with an elastomer, wherein onto the surfaces of the interior chamber (6,15, 26) of the housing (2, 14, 24), at least partially, an interior body (3, 16) of a vulcanizing capable elastomer is vulcanized in the form of at least one layer which all-around covers completely the inner faces of the opening and is capable of sealing the opening of the housing (2, 14, 24) with respect to the terminal, with the geometry directed toward the terminal of the elastomer vulcanized onto/into the housing (2, 14, 24) being directly developed as a form sealing with respect to the terminal.
A wax applying device (70, 170, 270) configured to apply wax to a traveling yarn, the wax applying device comprising: a casing including an attachment part (73, N) for attaching the casing to a yarn winding device; a traverse guiding portion configured to guide the yarn to be wound by a winding unit of the yarn winding device so that the yarn is traversed forming a traverse area; and a wax support portion configured to support a wax body while the wax body is positioned in at least part of the traverse area, wherein the traverse guiding portion is provided to the casing in a fixed manner, characterized in that the wax support portion is attached to the casing with a moving mechanism (82, 182, 282) that is configured to be movable in a direction separating from the traverse area. a casing including an attachment part (73, N) for attaching the casing to a yarn winding device; a traverse guiding portion configured to guide the yarn to be wound by a winding unit of the yarn winding device so that the yarn is traversed forming a traverse area; and a wax support portion configured to support a wax body while the wax body is positioned in at least part of the traverse area, wherein the traverse guiding portion is provided to the casing in a fixed manner, characterized in that the wax support portion is attached to the casing with a moving mechanism (82, 182, 282) that is configured to be movable in a direction separating from the traverse area.
A method of testing a wireless power transmitter (104, 204), comprising: generating a magnetic field via a transmit antenna (114, 214); measuring a plurality of values indicative of a magnitude of the magnetic field at a plurality of locations of a charging surface of the wireless power transmitter; and characterized by: determining that the plurality of values indicative of the magnitude of the magnetic field is within a predetermined range of values at the plurality of locations. generating a magnetic field via a transmit antenna (114, 214); measuring a plurality of values indicative of a magnitude of the magnetic field at a plurality of locations of a charging surface of the wireless power transmitter; and characterized by: determining that the plurality of values indicative of the magnitude of the magnetic field is within a predetermined range of values at the plurality of locations.