mhurhangee/ep-ind-claims huggingface dataset:
A magnetic detection system comprising: a magnetic sensor configured to be installed underwater to acquire a magnetic signal; a storage unit configured to store the magnetic signal acquired by the magnetic sensor; a first determination unit configured to output whether or not a magnetic body has passed as a first determination result based on the magnetic signal of the magnetic sensor; a second determination unit configured to output whether or not the magnetic body has passed as a second determination result based on the magnetic signal of the magnetic sensor after an output of the first determination result by the first determination unit; and a notification unit configured to notify the first determination result and the second determination result, characterized in that the second determination unit is configured to have higher determination accuracy than the first determination unit and perform the outputting of the second determination result as parallel processing independently of the outputting of the first determination result by the first determination unit. a magnetic sensor configured to be installed underwater to acquire a magnetic signal; a storage unit configured to store the magnetic signal acquired by the magnetic sensor; a first determination unit configured to output whether or not a magnetic body has passed as a first determination result based on the magnetic signal of the magnetic sensor; a second determination unit configured to output whether or not the magnetic body has passed as a second determination result based on the magnetic signal of the magnetic sensor after an output of the first determination result by the first determination unit; and a notification unit configured to notify the first determination result and the second determination result, characterized in that the second determination unit is configured to have higher determination accuracy than the first determination unit and perform the outputting of the second determination result as parallel processing independently of the outputting of the first determination result by the first determination unit.
Tap connector comprising an insulating material housing and a contact element which is movably mounted in the insulating material housing and is designed for the electrically conductive contacting of electrical conductors of a current-carrying profile, wherein a spring element is arranged between a support (20, 35) of the insulating material housing and the contact element, the spring element being a leaf spring which is bent in a U-shape and has a spring leg, a spring arc which adjoins the spring leg and an abutment leg which adjoins the spring arc, wherein the abutment leg is supported on the support (20, 35) of the insulating material housing and has a conductor connection contact, and wherein the conductor connection contact is formed integrally with the leaf spring from the sheet metal material of the leaf spring and has a spring arm for clamping on an electrical connection conductor, characterised in that - the contact element can be acted upon by a spring force by the spring element, and in that - the contact element rests on the spring leg so as to be movable relative to the spring leg. - the contact element can be acted upon by a spring force by the spring element, and in that - the contact element rests on the spring leg so as to be movable relative to the spring leg.
A combustion device comprising: a combustion chamber comprising an inner wall defining a combustion space that contains, and is in communication with, a biomass fuel source and an outer wall having a side-mounted interface port allowing access of airflow into the combustion space enclosed within the outer wall; a thermoelectric generator housing located outside the outer wall and including at least one thermally connected heat-conducting probe on a hot side thereof that extends into the combustion space, the thermoelectric generator further including a heat sink thermally connected to a cold side thereof; a grill top comprising a grill grating providing a cooking surface, a perforated heat plate and a lever operated baffle below the cooking surface, the baffle being moveable between an open condition and a closed condition, wherein the open condition allows combustion gases from the combustion chamber to rise vertically up the center of the cooking surface, and wherein the closed condition disperses the combustion gases across the cooking surface; and a motorized airflow driver electrically connected to the thermoelectric generator and constructed and arranged to drive air from an ambient source, over the heat sink and into the interface port so as to generate a positive pressure in the combustion space. a combustion chamber comprising an inner wall defining a combustion space that contains, and is in communication with, a biomass fuel source and an outer wall having a side-mounted interface port allowing access of airflow into the combustion space enclosed within the outer wall; a thermoelectric generator housing located outside the outer wall and including at least one thermally connected heat-conducting probe on a hot side thereof that extends into the combustion space, the thermoelectric generator further including a heat sink thermally connected to a cold side thereof; a grill top comprising a grill grating providing a cooking surface, a perforated heat plate and a lever operated baffle below the cooking surface, the baffle being moveable between an open condition and a closed condition, wherein the open condition allows combustion gases from the combustion chamber to rise vertically up the center of the cooking surface, and wherein the closed condition disperses the combustion gases across the cooking surface; and a motorized airflow driver electrically connected to the thermoelectric generator and constructed and arranged to drive air from an ambient source, over the heat sink and into the interface port so as to generate a positive pressure in the combustion space.
A catheter assembly comprising: a catheter body; a cannula coupled to a distal portion of the catheter body, the cannula having a proximal port for permitting the flow of blood therethrough; a sensor to be disposed near the proximal port; and a processing unit programmed to process a signal detected by the sensor, the processing unit being configured to execute a computer-readable set of rules to evaluate the signal to determine a position of the cannula relative to a cardiac valve of a patient during a treatment procedure, characterised in that the sensor comprises a pressure sensor and the signal is related to a pressure of the blood flowing through the proximal port. a catheter body; a cannula coupled to a distal portion of the catheter body, the cannula having a proximal port for permitting the flow of blood therethrough; a sensor to be disposed near the proximal port; and a processing unit programmed to process a signal detected by the sensor, the processing unit being configured to execute a computer-readable set of rules to evaluate the signal to determine a position of the cannula relative to a cardiac valve of a patient during a treatment procedure, characterised in that the sensor comprises a pressure sensor and the signal is related to a pressure of the blood flowing through the proximal port.
A method for processing a siliceous, cold-rolled steel sheet with a heat treatment for producing a non-grain-oriented electric steel strip, wherein the steel sheet contains a part by weight of silicon of 1.5 % to 6 %, and wherein the steel sheet is provided in a strip-type state and is moved through an annealing plant with a heating region, a holding region and a cooling region in a continuous process during the heat treatment, wherein the steel sheet is moved in the annealing plant in a vertical conveying direction, and wherein the steel sheet is moved in the annealing plant, from a furnace entry region, which is arranged in a lower end region of the annealing plant, via deflection rollers, which are arranged in an upper end region of the annealing plant, to a furnace exit region, which is arranged in the lower end region of the annealing plant, characterized in that that the heating region and the holding region extend between the furnace entry region and the deflection rollers and that in a cross-section of a region of the steel sheet with the maximum temperature, a tensile stress occurs, the value of which is less than 5 MPa.
Gas control unit for a vacuum leak system, the vacuum leak detection system comprising a test chamber unit having a vacuum test chamber, a test chamber gas inlet connected to the vacuum test chamber and a test chamber gas outlet connected to the vacuum test chamber, and a gas detection unit having a gas detection gas inlet and a gas detection gas outlet, the gas control unit being adapted to connect the test chamber gas inlet and the test chamber gas outlet to the gas detection gas inlet and the gas detection gas outlet and having separate gas conduction paths (48, 52, 54, 56, 60) for selectively connecting the gas inlets (20, 40) and the gas outlets (22, 34) of the test chamber unit and of the gas detection unit, and comprising a third gas inlet which is adapted to be connected to the test chamber gas inlet via a gas conduction path running through the gas control unit, in order to supply carrier gas to the test chamber unit which is drawn in via the third gas inlet.
A system for controlling the washing characteristics for a vehicle being washed in a facility including a hose nozzle spraying a jet of pressurized liquid toward the vehicle, said hose nozzle being handled by a user and arranged at the end of a flexible hose conveying the liquid and coming from an upper rotary gantry substantially centered relative to the vehicle, a control device making it possible to control, via a handle, and/or to view the phases of the washing cycle, characterized in that it includes means for detecting forces exerted by the user on said hose, connected to a central processing unit analyzing each force.
A method for manufacturing an artificial turf system, comprising: Collecting infill from an existing artificial turf, wherein the collected infill comprises collected rubber granulates; Mixing the collected rubber granulates and a binding agent for generating an elastic binding composition; applying the elastic binding composition over the existing artificial turf; and applying a new artificial turf over the elastic binding composition. Collecting infill from an existing artificial turf, wherein the collected infill comprises collected rubber granulates; Mixing the collected rubber granulates and a binding agent for generating an elastic binding composition; applying the elastic binding composition over the existing artificial turf; and applying a new artificial turf over the elastic binding composition.
Continuous flow steam generator having a combustion chamber which is of substantially rectangular cross section and which has a lower and an upper combustion chamber region (11, 12), having a horizontal gas pass which is connected downstream of the combustion chamber at the flue gas side, wherein gas-tight and gas-permeable enclosure walls (S, F, R, N, G) of the continuous flow steam generator are formed entirely or partially from welded-together steam generator tubes through which a flow medium can flow, and wherein collectors are arranged and connected to the steam generator tubes such that groups of steam generator tubes connected in parallel form heating surface segments (H1-H10) of the enclosure walls (S, F, R, N, G), characterized in that first passage collectors (31, 33, 34) are arranged and connected such that the flow medium from first heating surface segments (H1, H2) of two parallel first enclosure walls from the lower combustion chamber region can be admixed to the flow medium from second heating surface segments (H9, H10) of second enclosure walls, which are perpendicular to the first enclosure walls, from the upper combustion chamber region.
Electronic shelf label for displaying information, said electronic shelf label comprising: a casing comprising at least one side surface, a front side and a back side; an information display area arranged in the front side; and at least two curved recesses (30; 30'; 30") arranged at a distance from each other in said at least one side surface, said at least two recesses are intended for attachment of an external information display sign (40; 40'; 40") to the electronic shelf label, characterised in that the two recesses comprise an opening (31; 31'; 31") arranged in the side surface characterized in that the two recesses comprise a curved section (32; 32'; 32") extending within the casing, and characterized in that the two recesses are arranged along a substantially straight line substantially parallel to the front side of the electronic shelf label, and said curved recesses extend in a plane substantially parallel to the front side. a casing comprising at least one side surface, a front side and a back side; an information display area arranged in the front side; and at least two curved recesses (30; 30'; 30") arranged at a distance from each other in said at least one side surface, said at least two recesses are intended for attachment of an external information display sign (40; 40'; 40") to the electronic shelf label, characterised in that the two recesses comprise an opening (31; 31'; 31") arranged in the side surface characterized in that the two recesses comprise a curved section (32; 32'; 32") extending within the casing, and characterized in that the two recesses are arranged along a substantially straight line substantially parallel to the front side of the electronic shelf label, and said curved recesses extend in a plane substantially parallel to the front side.
A method of optimising the operation of a left propeller and a right propeller which are arranged on either side of the fuselage of a rotorcraft and are capable of generating a propulsive airflow (21", 22"), said rotorcraft comprising a main lift rotor and also a power plant capable of causing said left and right propellers and also said main rotor to rotate, said rotorcraft comprising a left aerodynamic surface and a right aerodynamic surface which exert transverse lift and are arranged respectively in the extension of said left and right propellers on a tail unit in the vicinity of a rear end of said fuselage, said left and right aerodynamic surfaces comprising respectively a left flap and a right flap which are capable of being deflected in order to present an angle of deflection (α1, α2) with the associated aerodynamic surface (40, 41), characterised in that, the yaw of said rotorcraft being stabilised by means of a first and a second pitch respectively of the left and right propellers, the regulation of the angle of deflection (α1, α2) of the left and right flaps is activated solely during predetermined flight phases in order to minimise a differential pitch of the left and right propellers in order to optimise the operation of said left and right propellers, said predetermined flight phases including the phases of flight at low speed carried out at an indicated airspeed of the rotorcraft which is below a predetermined threshold and yaw-stabilised phases of flight at high speed which are carried out at an indicated airspeed of the rotorcraft which is greater than said predetermined threshold, and in that when said indicated airspeed of the rotorcraft is greater than said predetermined threshold, the regulation of the angle of deflection of said left and right flaps (45, 46) is activated if the following yaw-stabilised flight conditions are met: - |Ny| < 0.075 times the acceleration due to gravity, - |Phi| < 5 degrees, - IPI < 10 degrees per second, - no pilot is exerting force on a differential pitch control member capable of ordering a differential variation of the first and second pitches of the blades (6', 6") of the left and right propellers, where "|Ny|" represents the absolute value of the load factor of the rotorcraft in a transverse direction in the reference frame of the rotorcraft, "|Phi|" represents the absolute value of the roll angle of the rotorcraft, and "|P|" represents the absolute value of the angular rate of roll of the rotorcraft. - |Ny| < 0.075 times the acceleration due to gravity, - |Phi| < 5 degrees, - IPI < 10 degrees per second, - no pilot is exerting force on a differential pitch control member capable of ordering a differential variation of the first and second pitches of the blades (6', 6") of the left and right propellers,
Electric auxiliary bicycle drive comprising an electric motor which is arranged on the left-hand side in the direction of travel and has a stator which is connected to a bicycle frame and has a rotor which is connected to a rotatable part of a bottom bracket of a bicycle and which has one or more permanent magnets, and comprising a control device for adjusting the power of the electric motor with a control circuit arrangement and an actual value sensor, which is connected to the control circuit arrangement, for detecting the torque which acts on the rotatable part of the bottom bracket, wherein the rotor is arranged in a co-rotating housing which is connected to a pedal crank and which is arranged on a bottom bracket shaft in an interlocking manner, the stator is arranged in a housing which is connected to the bicycle frame and which is secured against rotation and which has an elastic sealing ring in relation to the co-rotating housing of the rotor, and the control circuit arrangement is arranged in the interior of the stator housing, characterized in that the stator housing is connected to the bicycle frame by means of a claw clutch which is screwed to a bottom bracket housing and has an elastic and play-free intermediate element.
A drain mast seal comprising: a continuous wall (404, 205) having a first edge and a second edge that is substantially opposite the first edge; a ceiling (402, 203) substantially perpendicularly coupled to the first edge, forming a substantially hollow cavity; a barrier (424, 207) coupled to the wall and the ceiling for dividing the cavity into a first chamber (434, 234) and a second chamber (432, 236), the barrier (i) comprising a tab that is substantially parallel to the ceiling and coupled thereto for a predetermined length, and (ii) extending downward from the ceiling at a predetermined angle from the tab; and wherein the ceiling has a first opening (405, 214) into the first chamber and has a second opening (410, 222) into the second chamber. a continuous wall (404, 205) having a first edge and a second edge that is substantially opposite the first edge; a ceiling (402, 203) substantially perpendicularly coupled to the first edge, forming a substantially hollow cavity; a barrier (424, 207) coupled to the wall and the ceiling for dividing the cavity into a first chamber (434, 234) and a second chamber (432, 236), the barrier (i) comprising a tab that is substantially parallel to the ceiling and coupled thereto for a predetermined length, and (ii) extending downward from the ceiling at a predetermined angle from the tab; and wherein the ceiling has a first opening (405, 214) into the first chamber and has a second opening (410, 222) into the second chamber.
A double-walled fuel supply pipe element configured to be used in a fuel supply pipe system for selectively supplying fuel such as gas or liquid fuel, for example, diesel, to an internal combustion engine, the double-walled fuel supply pipe element comprising: an inner pipe; an outer pipe, the inner pipe and the outer pipe including a cylinder head section for forming a substantially T-shaped double-walled fuel supply pipe element; a first end face element connecting the outer pipe and the inner pipe at a first end; a second end face element connecting the outer pipe and the inner pipe at a second end opposite to the first end; and a third end face element at the cylinder head section, wherein the outer pipe, the inner pipe, the first end face element, the second end face element, and the third end face element define a leakage detection space there between, wherein only one of the first end face element and the second end face element has a pipe element leakage detection opening connecting the leakage detection space with the outside of the double-walled fuel supply pipe element, and wherein the third end face element has at least one casing leakage detection opening connecting the leakage detection space to the outside of the double-walled fuel supply pipe element. an inner pipe; an outer pipe, the inner pipe and the outer pipe including a cylinder head section for forming a substantially T-shaped double-walled fuel supply pipe element; a first end face element connecting the outer pipe and the inner pipe at a first end; a second end face element connecting the outer pipe and the inner pipe at a second end opposite to the first end; and a third end face element at the cylinder head section, wherein the outer pipe, the inner pipe, the first end face element, the second end face element, and the third end face element define a leakage detection space there between, wherein only one of the first end face element and the second end face element has a pipe element leakage detection opening connecting the leakage detection space with the outside of the double-walled fuel supply pipe element, and wherein the third end face element has at least one casing leakage detection opening connecting the leakage detection space to the outside of the double-walled fuel supply pipe element.
A communication apparatus comprising: a transmitter, which, in operation, transmits, to a terminal, control information indicating whether or not to request transmission of a sounding reference signal and indicating a transmission parameter of the SRS; and a receiver, which, in operation, receives the SRS that is transmitted from the terminal based on the control information, wherein, when the transmitter transmits to the terminal first control information that requests the transmission of the SRS and second control information that requests the transmission of the SRS for the same subframe and the same cell and that indicates a transmission parameter different from the transmission parameter indicated by the first control information, the receiver receives the SRS that is transmitted based on the first control information. a transmitter, which, in operation, transmits, to a terminal, control information indicating whether or not to request transmission of a sounding reference signal and indicating a transmission parameter of the SRS; and a receiver, which, in operation, receives the SRS that is transmitted from the terminal based on the control information, wherein, when the transmitter transmits to the terminal first control information that requests the transmission of the SRS and second control information that requests the transmission of the SRS for the same subframe and the same cell and that indicates a transmission parameter different from the transmission parameter indicated by the first control information, the receiver receives the SRS that is transmitted based on the first control information.