mhurhangee/ep-ind-claims huggingface dataset:
Process for producing an injection valve for an internal combustion engine, comprising a valve body with a valve head, which has at least one spray hole and which is designed so as to be arranged at least in sections in a combustion chamber of the internal combustion engine, or at least so as to directly face said combustion chamber, the valve head being coated at least in regions with a coating, said process having at least the following steps: - compressed air is passed through the valve body, the compressed air emerging from the valve head through the spray hole, - an enamel slip is applied at least in regions to the valve head through which compressed air simultaneously flows, - the enamel slip applied to the valve head is dried, - the enamel slip applied to the valve head is heated to form an enamel coating. - compressed air is passed through the valve body, the compressed air emerging from the valve head through the spray hole, - an enamel slip is applied at least in regions to the valve head through which compressed air simultaneously flows, - the enamel slip applied to the valve head is dried, - the enamel slip applied to the valve head is heated to form an enamel coating.
A system for a gas turbine engine having an axial centerline, comprising: a diffuser case; a turbine case; and a turbine vane support, wherein the diffuser case and the turbine case are coupled to one another via a substantially radially oriented flange; characterised in that: the turbine vane support includes a heat shield for the flange; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit. a diffuser case; a turbine case; and a turbine vane support, wherein the diffuser case and the turbine case are coupled to one another via a substantially radially oriented flange; characterised in that: the turbine vane support includes a heat shield for the flange; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit. the turbine vane support includes a heat shield for the flange; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit.
A working machine comprising: a machine body having an operator cab, a ground engaging propulsion structure to permit movement of the machine over the ground, a load handling apparatus (6,7) coupled to the machine body and moveable by a movement actuator with respect to the machine body, an electric energy storage unit for providing power to the working machine, wherein the working machine comprises a longitudinal axis (A 3), wherein the operator cab is positioned towards a first side (S 1) of the working machine with respect to the longitudinal axis, and the electric energy storage unit is positioned towards a second side (S 2) of the working machine with respect to the longitudinal axis, wherein the first and second sides are located opposite each other, wherein the electric energy storage unit and the operator cab are positioned to axially overlap with respect to the longitudinal axis; wherein the ground engaging propulsion structure comprises a front axle (A 1) and a rear axle (A 2) supporting the machine body, and wherein at least one of the front and rear axles (A 1, A 2) is coupled to the machine body by a pivot joint located at substantially the centre of the axle such that the axle can rock about a longitudinal axis of the working machine. a machine body having an operator cab, a ground engaging propulsion structure to permit movement of the machine over the ground, a load handling apparatus (6,7) coupled to the machine body and moveable by a movement actuator with respect to the machine body, an electric energy storage unit for providing power to the working machine, wherein the working machine comprises a longitudinal axis (A 3), wherein the operator cab is positioned towards a first side (S 1) of the working machine with respect to the longitudinal axis, and the electric energy storage unit is positioned towards a second side (S 2) of the working machine with respect to the longitudinal axis, wherein the first and second sides are located opposite each other, wherein the electric energy storage unit and the operator cab are positioned to axially overlap with respect to the longitudinal axis; wherein the ground engaging propulsion structure comprises a front axle (A 1) and a rear axle (A 2) supporting the machine body, and wherein at least one of the front and rear axles (A 1, A 2) is coupled to the machine body by a pivot joint located at substantially the centre of the axle such that the axle can rock about a longitudinal axis of the working machine.
A device for making knotted string accessories from a plurality of individual strings comprising: a base having a substantially planar surface with a first end, a second end opposite the first end, and a longitudinal axis; a securing member (20, 50) connected to the substantially planar surface proximate to the first end and being configured to gather and secure a first end of all of the plurality of individual string; and an elongated holder (22, 80, 84) connected to the substantially planar surface proximate the second end and perpendicular to the longitudinal axis, the elongated holder (22, 80, 84) comprising a plurality of raised portions (24, 24', 24") positioned in close proximity to one another and extending outward from the substantially planar surface, wherein adjacent raised portions (24, 24', 24") are configured to releasably retain individual strings, characterized in that it further comprises a storage compartment having at least one inner cavity, the storage compartment releasably engaging the base, and the elongated holder (22, 80, 84) having the shape of an arc of a circle the concavity of which is oriented towards the securing member (20, 50). a base having a substantially planar surface with a first end, a second end opposite the first end, and a longitudinal axis; a securing member (20, 50) connected to the substantially planar surface proximate to the first end and being configured to gather and secure a first end of all of the plurality of individual string; and an elongated holder (22, 80, 84) connected to the substantially planar surface proximate the second end and perpendicular to the longitudinal axis, the elongated holder (22, 80, 84) comprising a plurality of raised portions (24, 24', 24") positioned in close proximity to one another and extending outward from the substantially planar surface, wherein adjacent raised portions (24, 24', 24") are configured to releasably retain individual strings, characterized in that it further comprises a storage compartment having at least one inner cavity, the storage compartment releasably engaging the base, and the elongated holder (22, 80, 84) having the shape of an arc of a circle the concavity of which is oriented towards the securing member (20, 50).
A sensing system, comprising: a field programmable gate array (FPGA) containing logic configured to provide variable signals using a plurality of lookup tables; a plurality of signal digital to analog converters (DACs) (1702a-n) connected to the FPGA, the plurality of signal DACs (1702a-n) receiving at least three variable signals from the FPGA, wherein each variable signal received from the FPGA is non-square-shaped and out of phase from other variable signals; and a sensor comprising multiple inputs configured to receive variable signals from the plurality of signal DACs (1702a-n); wherein the variable signals from the plurality of signal DACs (1702a-n) cause the sensor to transfer charges in the sensor toward an end of the sensor, and further wherein the at least three variable signals are provided by the FPGA such that the at least three variable signals are correctable by selectively altering amplitude and phase for one variable signal to minimize net displacement current transmitted to the sensor while transferring charges based on an error signal extracted from reset values output from the sensor. a field programmable gate array (FPGA) containing logic configured to provide variable signals using a plurality of lookup tables; a plurality of signal digital to analog converters (DACs) (1702a-n) connected to the FPGA, the plurality of signal DACs (1702a-n) receiving at least three variable signals from the FPGA, wherein each variable signal received from the FPGA is non-square-shaped and out of phase from other variable signals; and a sensor comprising multiple inputs configured to receive variable signals from the plurality of signal DACs (1702a-n); wherein the variable signals from the plurality of signal DACs (1702a-n) cause the sensor to transfer charges in the sensor toward an end of the sensor, and further wherein the at least three variable signals are provided by the FPGA such that the at least three variable signals are correctable by selectively altering amplitude and phase for one variable signal to minimize net displacement current transmitted to the sensor while transferring charges based on an error signal extracted from reset values output from the sensor.
A filler nozzle for a liquid filling machine comprising: a nozzle wall formed of an elastomer into a substantially vertical cylindrical shape; a connecting port to be connected to a distal end of a liquid filling tube and provided at an upper end portion of the nozzle wall; and a plurality of inward folded portions formed on the nozzle wall so as to be disposed along a circumferential direction and so as to form a plurality of slits extending radially from a center axis of the nozzle wall by a lower end portion of the nozzle wall, the plurality of slits being closed by elasticity of the nozzle wall itself in a state in which no liquid is delivered to the liquid filling tube, and being opened by a liquid pressure applied when a liquid is delivered to the liquid filling tube, characterized in that outward protrusions extending along a longitudinal direction of the slits are formed on outer surfaces of bilateral areas on both sides of each slit at a lower end portion of the nozzle wall, and the outward protrusions form thick parts at the lower end portion of the nozzle wall. a nozzle wall formed of an elastomer into a substantially vertical cylindrical shape; a connecting port to be connected to a distal end of a liquid filling tube and provided at an upper end portion of the nozzle wall; and a plurality of inward folded portions formed on the nozzle wall so as to be disposed along a circumferential direction and so as to form a plurality of slits extending radially from a center axis of the nozzle wall by a lower end portion of the nozzle wall, the plurality of slits being closed by elasticity of the nozzle wall itself in a state in which no liquid is delivered to the liquid filling tube, and being opened by a liquid pressure applied when a liquid is delivered to the liquid filling tube, characterized in that outward protrusions extending along a longitudinal direction of the slits are formed on outer surfaces of bilateral areas on both sides of each slit at a lower end portion of the nozzle wall, and the outward protrusions form thick parts at the lower end portion of the nozzle wall.
Device for the production by machine of a three dimensional packaging product from a section of a single or multiple layer paper web reshaped in a predetermined manner, comprising a pre-shaping station which reshapes the paper web into a three-dimensional packaging product with at least one hollow crumple space extending in the direction of the web, and a separating station which adjoins the pre-shaping station in the direction of travel of the paper web and from the pre-shaped paper web cuts a paper web section to the required length of the packaging product characterised in that the separating station has a rotary cutter the blade of which assigned to a cutting pad and is positioned at right angles to the direction of travel in which the paper web section leaves the pre-shaping station, wherein a rotational path of the blade is arranged in such a way that during rotation the blade crosses a travel path of the paper web section, wherein the rotary movements of the blade and the cutting pad are matched in such a way that on separating the paper web section the blade engages with the cutting pad.
A timepiece incorporating a miniature, user-powered electrical generating device employing mechanical energy storage and incorporating one or more miniature special effect elements which are activated on-demand for a limited duration without the need for a battery or other electro-chemical storage device, the device comprising a. a spring (106, 206), b. a manual spring loading mechanism mechanically coupled to the spring, c. a manual trigger mechanism mechanically coupled to the manual spring loading mechanism, d. a transmission, e. a miniature generator, and f. said one or more special effect elements (114, 306, 308); the spring being mechanically coupled to the transmission, said transmission being configured for increasing a rotational speed, the transmission being mechanically coupled to the miniature generator, the spring (106, 206) being releasable by a user via the manual trigger mechanism to actuate the one or more special effect elements (114, 306, 308), the transmission being rotationally coupled to the miniature generator, the miniature generator being electrically coupled to the one or more special effect elements (114,306,308) to provide a special effect, and the miniature generator providing sufficient electrical energy to activate the one or more special effect elements (114, 306, 308) for a given time period. a. a spring (106, 206), b. a manual spring loading mechanism mechanically coupled to the spring, c. a manual trigger mechanism mechanically coupled to the manual spring loading mechanism, d. a transmission, e. a miniature generator, and f. said one or more special effect elements (114, 306, 308);
A kit for improving blood circulation in a lower limb of a patient, the kit comprising: a device for substantially immobilising a lower limb joint of a patient; and a device comprising at least one electrode adapted to administer an electrical stimulus to the leg muscles of a patient, a power supply connectable to the electrode, and a control means for activating the electrode; characterised in that: the at least one electrode is adapted to administer an electrical stimulus to opposed leg muscles of a patient; and the control means is adapted to activate the electrode to administer an electrical stimulus to the muscles sufficient to cause simultaneous contraction of the anterior and posterior muscle groups. a device for substantially immobilising a lower limb joint of a patient; and a device comprising at least one electrode adapted to administer an electrical stimulus to the leg muscles of a patient, a power supply connectable to the electrode, and a control means for activating the electrode; characterised in that: the at least one electrode is adapted to administer an electrical stimulus to opposed leg muscles of a patient; and the control means is adapted to activate the electrode to administer an electrical stimulus to the muscles sufficient to cause simultaneous contraction of the anterior and posterior muscle groups. the at least one electrode is adapted to administer an electrical stimulus to opposed leg muscles of a patient; and the control means is adapted to activate the electrode to administer an electrical stimulus to the muscles sufficient to cause simultaneous contraction of the anterior and posterior muscle groups.
A method, comprising: determining a plurality of stations to provide sounding feedback in response to a training signal sequence; generating a communication frame that includes i) an indication of a request for the plurality of stations to provide sounding feedback corresponding to the training signal sequence, and ii) information indicative of when each of the plurality of stations should transmit sounding feedback; causing the communication frame to be transmitted; and causing the training signal sequence to be transmitted; characterized by generating the communication frame to include respective identifiers of the plurality of stations in an order that indicates an order over time in which the plurality of stations are to transmit a sounding feedback. determining a plurality of stations to provide sounding feedback in response to a training signal sequence; generating a communication frame that includes i) an indication of a request for the plurality of stations to provide sounding feedback corresponding to the training signal sequence, and ii) information indicative of when each of the plurality of stations should transmit sounding feedback; causing the communication frame to be transmitted; and causing the training signal sequence to be transmitted; characterized by generating the communication frame to include respective identifiers of the plurality of stations in an order that indicates an order over time in which the plurality of stations are to transmit a sounding feedback.
A steering column for a motor vehicle, wherein the steering column has a jacket unit, in which a steering spindle is rotatably mounted, and a tubular support part, comprising a cavity, and the jacket unit is arranged in the cavity of the support part and in at least one operating state of the steering column is displaceable parallel to a longitudinal axis about which the steering spindle Is rotatable, wherein the steering column has at least one wedge-shaped body and at least one resilient pretensioning element as a play elimination device, wherein the resilient pretensioning element presses the wedge-shaped body against the jacket unit and for play elimination the wedge-shaped body is arranged between the jacket unit and the support part, wherein for play elimination, the wedge-shaped body rests against the jacket unit with one of its wedge external surfaces and against the support part with another of its wedge external surfaces respectively, wherein the steering column has a securing device to lock the jacket unit and the securing device and the play elimination device are separated from one another, characterized in that at least two wedge-shaped bodies are arranged between the support part and the jacket unit, which bodies are pretensioned by the at least one, preferably the same, resilient pretensioning element.
A knife sharpener having at least one sharpening stage (5, 7) with guide structure in the stage, the guide structure comprising a fixed guide surface and a spring having a guide surface forming a slot to guide a knife blade against a sharpening member, the improvement being in that the fixed guide surface has a convex portion to match a concave shape of a thick blade, and the spring guide surface having a portion to press against a hollow ground portion of the opposite side of the blade, wherein the sharpener includes a housing, a module removably mounted to the housing, the fixed guide surface being in the module, and the spring being in the module; wherein the spring is detachably mounted to the module; wherein the spring includes a post, wherein the post includes a deflectable spring, wherein the spring is insertable into a channel of the module of the sharpener, such that the deflectable spring snaps into an opening in the module of the sharpener to mount the spring in place. a fixed guide surface and a spring having a guide surface forming a slot to guide a knife blade against a sharpening member, the improvement being in that the fixed guide surface has a convex portion to match a concave shape of a thick blade, and the spring guide surface having a portion to press against a hollow ground portion of the opposite side of the blade, wherein the sharpener includes a housing, a module removably mounted to the housing, the fixed guide surface being in the module, and the spring being in the module; wherein the spring is detachably mounted to the module; wherein the spring includes a post, wherein the post includes a deflectable spring, wherein the spring is insertable into a channel of the module of the sharpener, such that the deflectable spring snaps into an opening in the module of the sharpener to mount the spring in place.
Shaft cleaning apparatus for cleaning at least one treatment element shaft of a screw machine, having - a cleaning chamber, in which the at least one treatment element shaft can be arranged, - at least one wet-cleaning portion (51a, 51b, 51c), - at least one shaft cleaning unit arranged in the cleaning chamber, characterized by - at least one dry-cleaning portion and - at least one drying fan in the region of the dry-cleaning portion. - a cleaning chamber, in which the at least one treatment element shaft can be arranged, - at least one wet-cleaning portion (51a, 51b, 51c), - at least one shaft cleaning unit arranged in the cleaning chamber, - at least one dry-cleaning portion and - at least one drying fan in the region of the dry-cleaning portion.
A hermetic compressor comprising: a hermetic container storing an oil, and a compressing element accommodated in the hermetic container and compressing a refrigerant gas, wherein the compressing element has: a compressing chamber, a cylinder forming the compressing chamber, a piston inserted into the cylinder and reciprocating, and a suction muffler whose one end communicates with the compressing chamber, and the suction muffler has: a sound deadening space, a gas flow forming part forming an annular gas flow flowing in a constant direction along an outer periphery in the sound deadening space, and an oil discharged opening provided in a downstream side of the gas flow in a lower part of the sound deadening space. a hermetic container storing an oil, and a compressing element accommodated in the hermetic container and compressing a refrigerant gas, a compressing chamber, a cylinder forming the compressing chamber, a piston inserted into the cylinder and reciprocating, and a suction muffler whose one end communicates with the compressing chamber, and the suction muffler has: a sound deadening space, a gas flow forming part forming an annular gas flow flowing in a constant direction along an outer periphery in the sound deadening space, and an oil discharged opening provided in a downstream side of the gas flow in a lower part of the sound deadening space. a sound deadening space, a gas flow forming part forming an annular gas flow flowing in a constant direction along an outer periphery in the sound deadening space, and an oil discharged opening provided in a downstream side of the gas flow in a lower part of the sound deadening space.