mhurhangee/ep-ind-claims huggingface dataset:
A magnetic flowmeter comprising: a pipe section; an insulating liner lining the pipe section to form a process flow channel; a flangeless retention collar located on an end of the pipe section for forming an end-to-end fluid connection to the process flow channel; a coil for generating a magnetic field inside the process flow channel; and an electromotive force sensor for sensing an electromotive force generated in fluid flow through the process flow channel, characterised in that the magnetic flowmeter further comprises a liner protector integrated into, and mechanically attached to the retention collar to provide an end seal for the insulating liner, wherein the liner protector comprises a ring having a first flat surface, a second flat surface, an inside diameter, and an outside diameter, wherein the first flat surface abuts an end surface of the retention collar and an end surface of the insulating liner, and wherein the inside diameter of the liner protector is equal to an inside diameter of the insulating liner, wherein the pipe section, the retention collar and the liner protector are each formed of a nonmagnetic metal. a pipe section; an insulating liner lining the pipe section to form a process flow channel; a flangeless retention collar located on an end of the pipe section for forming an end-to-end fluid connection to the process flow channel; a coil for generating a magnetic field inside the process flow channel; and an electromotive force sensor for sensing an electromotive force generated in fluid flow through the process flow channel, characterised in that the magnetic flowmeter further comprises a liner protector integrated into, and mechanically attached to the retention collar to provide an end seal for the insulating liner, wherein the liner protector comprises a ring having a first flat surface, a second flat surface, an inside diameter, and an outside diameter, wherein the first flat surface abuts an end surface of the retention collar and an end surface of the insulating liner, and wherein the inside diameter of the liner protector is equal to an inside diameter of the insulating liner, wherein the pipe section, the retention collar and the liner protector are each formed of a nonmagnetic metal.
A cartridge - having at least one reception chamber for a medium to be dispensed extending in a longitudinal direction, - having a cartridge base and - having a cartridge wall, - wherein the cartridge base and the cartridge wall define the reception chamber; - wherein the cartridge is made by means of a thermoforming process or by means of a blow molding process and is configured to be able to be placed onto the cartridge base without a change in its outer shape due to gravity both in an empty state and in a filled state and to be collapsible in a controlled manner; and wherein a cartridge opening is disposed opposite the cartridge base, characterized in that the cartridge is tapered in the longitudinal direction toward the cartridge base such that a plurality of cartridges can be stacked into one another. - having at least one reception chamber for a medium to be dispensed extending in a longitudinal direction, - having a cartridge base and - having a cartridge wall, - wherein the cartridge base and the cartridge wall define the reception chamber; - wherein the cartridge is made by means of a thermoforming process or by means of a blow molding process and is configured to be able to be placed onto the cartridge base without a change in its outer shape due to gravity both in an empty state and in a filled state and to be collapsible in a controlled manner; and
A system including a surface inspection apparatus for a structure and said structure, the surface of the structure includes a stress-induced luminescent structural member disposed to emit light according to stress, wherein the stress-induced luminescent structural member is a layer containing a stress-induced luminescent material, formed on the surface of the structure, the surface inspection apparatus comprising: means configured to generate a change in pressure upon that surface of the structure to be inspected, the pressure change generating means being configured to generate the pressure change while moving in a direction that the surface of the structure extends; an imaging device configured to move integrally with the pressure change generating means and configured to image that region on the surface of the structure where the pressure change is occurring; and a unit configured to detect defects on the surface of the structure from an image of the structure that the imaging device acquires, a mobile body (3, 3A) that is configured to move in a direction that the surface of the structure extends, wherein the pressure change generating means is a pressure change generator configured to be mounted on the mobile body (3, 3A) along with the imaging device. means configured to generate a change in pressure upon that surface of the structure to be inspected, the pressure change generating means being configured to generate the pressure change while moving in a direction that the surface of the structure extends; an imaging device configured to move integrally with the pressure change generating means and configured to image that region on the surface of the structure where the pressure change is occurring; and a unit configured to detect defects on the surface of the structure from an image of the structure that the imaging device acquires, a mobile body (3, 3A) that is configured to move in a direction that the surface of the structure extends, wherein the pressure change generating means is a pressure change generator configured to be mounted on the mobile body (3, 3A) along with the imaging device.
A heat exchanger, comprising: a heat radiating part, in which a plurality of plates is stacked and a plurality of first flow paths and a plurality of second flow paths disposed while crossing each other are formed inside the plurality of plates, the heat exchanging part being configured to mutually heat-exchange working fluids passing through the first and second flow paths, respectively; and a sub-expansion part integrally formed with an inner side of the heat radiating part, connected with the second flow path, and configured to bypass a part of one working fluid among the working fluids flowing into the heat radiating part and heat-exchange the bypassed working fluid with the working fluid passing through the first flow path. wherein the sub-expansion part includes: at least one third flow path connected with one second flow path among the second flow paths through a connection hole; and an orifice configured to expand a working fluid flowing into the third flow path, wherein the orifice is a passage which changes a diameter of a passage to be narrow and controls a flow of the working fluid, and changes a pressure through adiabatic expansion while the working fluid passes therethrough. a heat radiating part, in which a plurality of plates is stacked and a plurality of first flow paths and a plurality of second flow paths disposed while crossing each other are formed inside the plurality of plates, the heat exchanging part being configured to mutually heat-exchange working fluids passing through the first and second flow paths, respectively; and a sub-expansion part integrally formed with an inner side of the heat radiating part, connected with the second flow path, and configured to bypass a part of one working fluid among the working fluids flowing into the heat radiating part and heat-exchange the bypassed working fluid with the working fluid passing through the first flow path. wherein the sub-expansion part includes: at least one third flow path connected with one second flow path among the second flow paths through a connection hole; and an orifice configured to expand a working fluid flowing into the third flow path, wherein at least one third flow path connected with one second flow path among the second flow paths through a connection hole; and an orifice configured to expand a working fluid flowing into the third flow path, wherein the orifice is a passage which changes a diameter of a passage to be narrow and controls a flow of the working fluid, and changes a pressure through adiabatic expansion while the working fluid passes therethrough.
An electric power steering apparatus, comprising: a steering torque detection unit configured to detect a steering torque of a driver; a motor configured to assist a steering force of the driver; an estimated speed calculation unit configured to calculate an estimated speed, which is an estimated value of a rotation speed of the motor; an estimated speed correction unit configured to correct the estimated speed based on the steering torque; an estimated angle calculation unit configured to calculate an estimated angle of the motor by integrating the estimated speed after the correction; and an electric power supply unit configured to supply electric power to the motor based on the estimated angle, characterized in that the estimated speed correction unit is configured to correct the estimated speed when a determination signal, which is based on a value obtained by removing a frequency component of steering of the driver from a derivative of the steering torque, the steering torque, and the estimated speed have the same signs. a steering torque detection unit configured to detect a steering torque of a driver; a motor configured to assist a steering force of the driver; an estimated speed calculation unit configured to calculate an estimated speed, which is an estimated value of a rotation speed of the motor; an estimated speed correction unit configured to correct the estimated speed based on the steering torque; an estimated angle calculation unit configured to calculate an estimated angle of the motor by integrating the estimated speed after the correction; and an electric power supply unit configured to supply electric power to the motor based on the estimated angle, characterized in that the estimated speed correction unit is configured to correct the estimated speed when a determination signal, which is based on a value obtained by removing a frequency component of steering of the driver from a derivative of the steering torque, the steering torque, and the estimated speed have the same signs.
A capacitive microelectromechanical system (MEMS) with electrostatic actuator comprising: - a stack comprising a substrate, a line for transmitting radio frequencies in a longitudinal direction (d Long), a dielectric layer, a passivation layer located between the substrate and the dielectric layer, comprising a housing, inside which the radiofrequency transmission line is disposed, the upper surface of the stack being flat; - a common electrode connected to ground and disposed on the surface of the stack on the dielectric layer, and outside the surface located substantially above the transmission line; - a metal membrane and two pillars (2a; 2b), the two pillars being disposed on the common electrode and supporting the metal membrane, the height of the pillars (2a; 2b) being between 100 nm and 500 nm. - a stack comprising a substrate, a line for transmitting radio frequencies in a longitudinal direction (d Long), a dielectric layer, a passivation layer located between the substrate and the dielectric layer, comprising a housing, inside which the radiofrequency transmission line is disposed, the upper surface of the stack being flat; - a common electrode connected to ground and disposed on the surface of the stack on the dielectric layer, and outside the surface located substantially above the transmission line; - a metal membrane and two pillars (2a; 2b), the two pillars being disposed on the common electrode and supporting the metal membrane, the height of the pillars (2a; 2b) being between 100 nm and 500 nm.
A process comprising forming a reaction mixture by combining, at a temperature in the range of room temperature to 100 °C, Cl-F with a first cyano-functionalized polymer and a second cyano-functionalized polymer, each said cyano-functionalized polymer comprising a backbone chain, and wherein each said backbone chain comprises fluoroalkylene repeat units optionally substituted by ether oxygen, and a molar concentration in the range of a molar concentration of 0.5 to 50 mol-% of repeat units represented by Structure II where x is an integer in the range of 0 to 3, y is an integer in the range of 0 to 6, and z is an integer in the range of 0 to 3; R 1 = (CF 2) a CFR 2, where a is an integer in the range of 0 to 6, and R 2 is F or C 1-6 perfluoroalkyl optionally substituted by ether oxygen; and R 3 is F or C 1-6 perfluoroalkyl optionally substituted by ether oxygen; with the proviso that y and z cannot both be zero; and, with the further proviso that no repeat unit in the backbone chain of said cyano-functionalized polymer has more than two vinyl hydrogens attached thereto; and, heating said reaction mixture to a temperature in the range of 250 to 300 °C; with the proviso that said first and second cyano-functionalized polymers can be the same or different.
Method for determining the pitch length ratio (P nrel) of a pitch P n, n ≥ 2, to the pitch (P 1) with the smallest circumferential length in a tread of a pneumatic vehicle tyre, in particular a winter car tyre, wherein the tread has at least one row of blocks running on the shoulder side and comprising at least substantially parallelogram-shaped profile blocks, which are separated from one another in the circumferential direction by transverse grooves, wherein each profile block respectively forms a pitch (P 1, P 2, P 3,...P n) with an adjacent transverse groove, wherein pitches (P 1, P 2, P 3,...P n) with at least two different circumferential lengths (L 1, L 2, L 3,...L n) are provided, the arrangement or sequence of which over the circumference of the tyre takes place according to a noise-optimized pitch sequence, and wherein, in a profile block associated with a pitch (P 1) of the smallest circumferential length (L 1), at least one sipe extending parallel to the transverse groove is arranged, wherein the number of sipes in the profile blocks in pitches (P 2, P 3,...P n) of increasing circumferential length (L 2, L 3,...L n) is in each case greater by 1 that the number of sipes in the profile block of the respectively shorter pitch (P 1), wherein the sipes divide the profile blocks into block elements, and wherein the profile blocks are made up of block elements that have at least substantially an equal circumferential rigidity and equal circumferential lengths (u), characterized in that the pitch length ratio L (P nrel) of a pitch P n, n ≥ 2, to the pitch P 1 with the smallest circumferential length is determined from L P nrel = E 1 rel × A E in P n + 1 + A E in P n × D Erel 1 − k with (A E (in P n) + 1): the number of block elements in the pitch P n, A E (in P n): the number of sipes in the pitch P n, D Erel: the relative sipe thickness of 0.1, where E 1rel is the relative block element length in the pitch P 1 with the relative length 1 according to E 1 rel = 1 − k 1,1 A E + 1 with A E being the number of sipes in the pitch P 1, and where k is between 0.18 and 0.27, in particular between 0.20 and 0.25. (A E (in P n) + 1): the number of block elements in the pitch P n, A E (in P n): the number of sipes in the pitch P n, D Erel: the relative sipe thickness of 0.1, where E 1rel is the relative block element length in the pitch P 1 with the relative length 1 according to E 1 rel = 1 − k 1,1 A E + 1 with A E being the number of sipes in the pitch P 1, and where k is between 0.18 and 0.27, in particular between 0.20 and 0.25. A E being the number of sipes in the pitch P 1, and where k is between 0.18 and 0.27, in particular between 0.20 and 0.25.
A method in a wireless communication network node (116, 118,120), the method comprising: determining that network congestion is occurring; determining whether a service request is a request for an emergency service or a request for a priority service; when it is determined that the service request is not a request for an emergency service and not a request for a priority service, marking headers of internet protocol, IP, packets for the service request with an Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication and when it is determined that the service request is a request for an emergency service or a request for a priority service, not marking headers of internet protocol, IP, packets for the service request with the Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication; transmitting the IP packets to a wireless communication device. determining that network congestion is occurring; determining whether a service request is a request for an emergency service or a request for a priority service; when it is determined that the service request is not a request for an emergency service and not a request for a priority service, marking headers of internet protocol, IP, packets for the service request with an Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication and when it is determined that the service request is a request for an emergency service or a request for a priority service, not marking headers of internet protocol, IP, packets for the service request with the Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication; transmitting the IP packets to a wireless communication device.
Process of loading the hold of an ore carrier with loose ore in which the hold is loaded in succession with part of the ore treated with a superabsorbent polymer and part of the ore not treated with a superabsorbent polymer.
A micro-miniature implantable device, comprising: an IC chip for use within a living organism and having contact pads; a biocompatible inorganic hermetic insulating conformal coating deposited on and surrounding said IC chip for use within the living organism; a biocompatible protective conformal layer overlying and surrounding said biocompatible inorganic hermetic insulating conformal coating; and wires extending through the biocompatible inorganic hermetic insulating conformal coating and the biocompatible protective conformal layer to contact the contact pads, characterized in that the biocompatible protective conformal layer is a biocompatible protective metal conformal layer. an IC chip for use within a living organism and having contact pads; a biocompatible inorganic hermetic insulating conformal coating deposited on and surrounding said IC chip for use within the living organism; a biocompatible protective conformal layer overlying and surrounding said biocompatible inorganic hermetic insulating conformal coating; and
An engine-driven working machine comprising: an engine including an electronically controlled carburetor; and a controller connected to the electronically controlled carburetor; wherein the electronically controlled carburetor includes a solenoid valve for adjusting an amount of supplying fuel into the electronically controlled carburetor, wherein the controller varies a control value of the solenoid valve so as to increase an opening degree of the solenoid valve when a rotating speed of the engine is within a predetermined high rotating speed range and higher than a target rotating speed so as to make a fuel consumption richer, and wherein the controller varies the control value of the solenoid valve so as to decrease the opening degree of the solenoid valve when the rotating speed of the engine is within the predetermined high rotating speed range and lower than the target rotating speed so as to make the fuel consumption leaner, characterized in that in case the controller determines that the engine-driven working machine gets started saw cutting, the controller stops varying the control value of the solenoid valve when the rotating speed of the engine is within the predetermined high rotating speed range and lower than the target rotating speed. an engine including an electronically controlled carburetor; and a controller connected to the electronically controlled carburetor; wherein the electronically controlled carburetor includes a solenoid valve for adjusting an amount of supplying fuel into the electronically controlled carburetor, wherein the controller varies a control value of the solenoid valve so as to increase an opening degree of the solenoid valve when a rotating speed of the engine is within a predetermined high rotating speed range and higher than a target rotating speed so as to make a fuel consumption richer, and wherein the controller varies the control value of the solenoid valve so as to decrease the opening degree of the solenoid valve when the rotating speed of the engine is within the predetermined high rotating speed range and lower than the target rotating speed so as to make the fuel consumption leaner, characterized in that in case the controller determines that the engine-driven working machine gets started saw cutting, the controller stops varying the control value of the solenoid valve when the rotating speed of the engine is within the predetermined high rotating speed range and lower than the target rotating speed.
Adhesive tape, especially for jacketing elongate material such as cable looms in a motor vehicle, having a carrier material which is provided at least on one side with an adhesive coating, the carrier material consisting of a laminate, the laminate being formed from a textile carrier in the form of a staple fibre web or a spunbonded web and from a film which is located on the underside of the textile carrier and is made preferably of polyolefins, TPU or PVC such as plasticized PVC, more preferably of polyolefins, the film having a thickness of 15 to 80 μm, the film and the textile carrier being joined using a laminating adhesive, the adhesive coating being on the free side of the film.
A connector for child safety seat fastening systems, comprising: - a support frame, provided with a seat adapted to accommodate an anchoring element secured to the seat of an automobile; - a pivotable hook, rotatably mounted on the support frame, said pivotable hook being movable between an inactive position, in which the connector is not fastened to said anchoring element, and an active position, in which a first indentation of the pivotable hook engages said anchoring element, securing the connector to the car seat; and - a locking element, slidable relative to the support frame between a distal position relative to the pivotable hook, wherein said pivotable hook is free to rotate around its axis, and an engagement position, in which one portion of the locking element engages a second indentation in the pivotable hook to block its rotation; characterized in that the locking element comprises a plastic bracket supporting a metal insert, said metal insert being adapted to engage said second indentation in the pivotable hook, so as to block its rotation; and in that a sensor is associated with the plastic bracket, said sensor being adapted to emit a signal indicating the relative position between the plastic bracket and the pivotable hook. - a support frame, provided with a seat adapted to accommodate an anchoring element secured to the seat of an automobile; - a pivotable hook, rotatably mounted on the support frame, said pivotable hook being movable between an inactive position, in which the connector is not fastened to said anchoring element, and an active position, in which a first indentation of the pivotable hook engages said anchoring element, securing the connector to the car seat; and - a locking element, slidable relative to the support frame between a distal position relative to the pivotable hook, wherein said pivotable hook is free to rotate around its axis, and an engagement position, in which one portion of the locking element engages a second indentation in the pivotable hook to block its rotation;