mhurhangee/ep-ind-claims huggingface dataset:
Electro-pneumatic valve device of a motor vehicle, including a valve block with at least one opening in which a 3/2 way solenoid valve with a plunger portion is accommodated, which is provided with three pneumatic compressed-air connections (12, 14, 16) adapted to be switched in compressed-air conducting connection with associated compressed-air ducts (30, 32, 34) in said valve block, and at least one electrical connector, and including an electronic power and/or control module connected to said valve block and electrically controlling at least one solenoid of said 3/2-way solenoid valve via said electrical connector, with all three pneumatic compressed-air connections (12, 14, 16) being disposed on the periphery of a plunger portion of said solenoid valve, which is accommodated in said opening, characterized in that said at least one electrical connector of said 3/2-way solenoid valve as well as an associated electrical counter-connector of said electronic power and/or control module on the side of said valve block are arranged and configured in such a way that simultaneously with insertion of said plunger portion of said 3/2-way solenoid valve into said opening of said valve block not only all three pneumatic compressed-air connections (12, 14, 16) of said 3/2-way solenoid valve are switched into compressed-air connection with the associated compressed-air ducts (30, 32, 34) in said valve block, but also said electrical connector of said 3/2-way solenoid valve is switched into electrically conducting contact with an associated electrical counter connector of said electronic power and/or control module, with said opening being provided with a step on the head side, on which said electrical counter connector of said electronic power and/or control module is formed whilst said electrical connector projects laterally away from said 3/2-way solenoid valve and said electrical counter connector is in an electrically conductive connection with an electrical connector on the side of said valve block, which, simultaneously with the connection of said electronic power and/or control module with said valve block, is switched into an electrically conductive connection with an associated counter connector of said electronic power and/or control module whereas said counter connector projects away from a housing of said electronic power and/or control module on the bottom side, which module is placed onto said valve block.
A method for determining an operating state for an item of electrical equipment with a switch element, comprising: - capturing measurement signals (12a, 12b, 12c) for an item of electrical equipment with a switch element by means of a sensor device which has a sensor, wherein the measurement signals (12a, 12b, 12c) for the item of electrical equipment comprise at least one type of measurement signal (12a, 12b, 12c) from the following group: vibration signals and sound signals; - processing the measurement signals (12a, 12b, 12c) by means of an evaluation device, wherein the processing comprises an analogue-digital conversion of the measurement signals (12a, 12b, 12c) into digital measurement signals; and - determining an operating state for the item of electrical equipment from a group of different operating states by means of the evaluation device, wherein the digital measurement signals are compared with comparison signals which are assigned in each case to at least one of the different operating states, wherein the comparison of the digital measurement signals with the comparison signals comprises a machine classification of the operating state, characterised in that the measurement signals (12a, 12b, 12c) are captured by means of a fibre-optic sensor (11a, 11b, 11c). - capturing measurement signals (12a, 12b, 12c) for an item of electrical equipment with a switch element by means of a sensor device which has a sensor, wherein the measurement signals (12a, 12b, 12c) for the item of electrical equipment comprise at least one type of measurement signal (12a, 12b, 12c) from the following group: vibration signals and sound signals; - processing the measurement signals (12a, 12b, 12c) by means of an evaluation device, wherein the processing comprises an analogue-digital conversion of the measurement signals (12a, 12b, 12c) into digital measurement signals; and - determining an operating state for the item of electrical equipment from a group of different operating states by means of the evaluation device, wherein the digital measurement signals are compared with comparison signals which are assigned in each case to at least one of the different operating states, wherein the comparison of the digital measurement signals with the comparison signals comprises a machine classification of the operating state, characterised in that the measurement signals (12a, 12b, 12c) are captured by means of a fibre-optic sensor (11a, 11b, 11c).
A fitment assembly for one or a plurality of food or beverage containers, each container comprising at least one ingredient for the preparation of a food or beverage product, the fitment assembly comprising at least one fluid inlet communicating with at least one injection hole through which a fluid can be supplied into the food or beverage container, and at least one dispensing outlet through which the food or beverage product is dispensed; the fitment assembly comprising two parts relatively moveable with respect to each other such that this relative movement opens or closes the communication of the inner volume of the container with the fitment assembly and/or further opens or closes the communication of the dispensing outlet with the exterior of the fitment assembly; characterized in that that the two parts are relatively moveable both transversally and vertically. at least one fluid inlet communicating with at least one injection hole through which a fluid can be supplied into the food or beverage container, and at least one dispensing outlet through which the food or beverage product is dispensed; the fitment assembly comprising two parts relatively moveable with respect to each other such that this relative movement opens or closes the communication of the inner volume of the container with the fitment assembly and/or further opens or closes the communication of the dispensing outlet with the exterior of the fitment assembly; characterized in that that the two parts are relatively moveable both transversally and vertically.
A closure for use with a vial having an open end defined by a vial rim and at least one outer thread, the closure being configured to be received by the open end of the vial and comprising: a top wall; a skirt wall having an inner surface and depending from the top wall; an opening formed through the top wall; a septum; and a protrusion depending from the top wall, wherein, when the closure is threadably coupled to the vial, the protrusion is configured to engage the septum so that the septum creates an essentially vapor-tight seal with the vial rim, characterised in that the closure includes a septum pocket provided in the top wall, wherein the septum pocket communicates with the opening and is configured to receive and retain a compressible septum positioned within the septum pocket, and wherein the protrusion extends into the septum pocket; the septum is retained within the closure by the septum pocket alone and is at least partially exposed through the opening; an inner thread is provided on the inner surface of the skirt wall; and the protrusion has an inner surface and an outer surface that are asymmetric relative to a vertical plane (P v) extending through a peak of the protrusion. a top wall; a skirt wall having an inner surface and depending from the top wall; an opening formed through the top wall; a septum; and a protrusion depending from the top wall, wherein, when the closure is threadably coupled to the vial, the protrusion is configured to engage the septum so that the septum creates an essentially vapor-tight seal with the vial rim, characterised in that the closure includes a septum pocket provided in the top wall, wherein the septum pocket communicates with the opening and is configured to receive and retain a compressible septum positioned within the septum pocket, and wherein the protrusion extends into the septum pocket; the septum is retained within the closure by the septum pocket alone and is at least partially exposed through the opening; an inner thread is provided on the inner surface of the skirt wall; and the protrusion has an inner surface and an outer surface that are asymmetric relative to a vertical plane (P v) extending through a peak of the protrusion.
A flip function component performed by an electronic device, wherein the electronic device comprises an installation base, the flip function component comprises a driving mechanism, a connecting rod transmission mechanism, and a functional module, wherein the driving mechanism comprises a first driving portion, and the connecting rod transmission mechanism comprises a first connecting rod and a second connecting rod, wherein a first end of the first connecting rod is connected to the first driving portion, characterised in that: a second end of the first connecting rod is hinged to the functional module, and a hinge point between the second end of the first connecting rod and the functional module is a first hinge point, a first end of the second connecting rod is hinged to the installation base, a hinge point between the first end of the second connecting rod and the installation base is a second hinge point, a second end of the second connecting rod is hinged to the functional module, and a hinge point between the second end of the second connecting rod and the functional module is a third hinge point; and the first driving portion drives the first connecting rod to move, to enable the second connecting rod to drive the functional module to rotate. a second end of the first connecting rod is hinged to the functional module, and a hinge point between the second end of the first connecting rod and the functional module is a first hinge point, a first end of the second connecting rod is hinged to the installation base, a hinge point between the first end of the second connecting rod and the installation base is a second hinge point, a second end of the second connecting rod is hinged to the functional module, and a hinge point between the second end of the second connecting rod and the functional module is a third hinge point; and the first driving portion drives the first connecting rod to move, to enable the second connecting rod to drive the functional module to rotate.
Method for operating a gas turbine plant comprising a compressor, a first combustion chamber followed by a high pressure turbine, a second combustion chamber and a low pressure turbine, wherein in the first combustion chamber a first gaseous fuel is injected and combusted generating first hot gases that are at least partly expanded in the high pressure turbine, and in the second combustion chamber a second fuel is injected in the at least partly expanded hot gases generated in the first combustion chamber and combusted, generating second hot gases that are expanded in the low pressure turbine, wherein at least in the first combustion chamber also water is injected to increase the gas turbine plant power output, wherein in the first combustion chamber a water flow rate is injected compatible with a prefixed flame stability limit, wherein a prefixed emission limit for the gas turbine plant is defined, characterised by: combusting the first gaseous fuel in the first combustion chamber generating an amount of non-combusted products above the prefixed emission limit, regulating in the second combustion chamber the flame temperature to burn the non-combusted products generated in the first combustion chamber to bring their amount below the prefixed emission limit, without exceeding a prefixed NO x emission limit. combusting the first gaseous fuel in the first combustion chamber generating an amount of non-combusted products above the prefixed emission limit, regulating in the second combustion chamber the flame temperature to burn the non-combusted products generated in the first combustion chamber to bring their amount below the prefixed emission limit, without exceeding a prefixed NO x emission limit.
Sensor unit (1, 7) for a compression therapy for monitoring a pressure acting on a treated body part of a patient and for monitoring an oxygen saturation of the arterial blood in the treated body part of the patient, comprising - a substrate, the substrate being a printed circuit board, - a pressure sensor and - a pulse-oximetric oxygen sensor, wherein the pressure sensor and the oxygen sensor are arranged on the substrate, and wherein measurement values from the pressure sensor and the oxygen sensor can be transmitted to a computer for the purpose of examining the compression therapy. - a substrate, the substrate being a printed circuit board, - a pressure sensor and - a pulse-oximetric oxygen sensor,
An energy management system for a towed vehicle comprising; an energy harvesting system for harvesting electrical energy from the energy of the towed vehicle; an energy storage system for storing said harvested electrical energy; and a computer controller for controlling the release of said stored electrical energy to one or more components of the towed vehicle for operating the towed vehicle, wherein the computer controller receives and analyses a planned route for the towed vehicle to determine areas of the planned route where the energy harvesting system can harvest electrical energy and areas of the planned route where the harvested electrical energy can be released to the one or more components of the towed vehicle, wherein the computer controller interrogates the energy storage system at a commencement of the planned route to determine a starting energy storage level of the energy storage system, characterised in that the computer controller controls the harvesting and release of electrical energy to ensure that the energy storage system is at maximum capacity at the completion of the planned route. an energy harvesting system for harvesting electrical energy from the energy of the towed vehicle; an energy storage system for storing said harvested electrical energy; and a computer controller for controlling the release of said stored electrical energy to one or more components of the towed vehicle for operating the towed vehicle, wherein the computer controller receives and analyses a planned route for the towed vehicle to determine areas of the planned route where the energy harvesting system can harvest electrical energy and areas of the planned route where the harvested electrical energy can be released to the one or more components of the towed vehicle, wherein the computer controller interrogates the energy storage system at a commencement of the planned route to determine a starting energy storage level of the energy storage system, characterised in that the computer controller controls the harvesting and release of electrical energy to ensure that the energy storage system is at maximum capacity at the completion of the planned route.
A system of wiping of a vehicle window, comprising a window wiper brush, an arm for driving said brush, and means (4, 12) of connecting and hinging the brush to one end of the arm, said brush having a wiper blade, and said means (4, 12) of connection and hinging comprising means of spraying of window washing liquid, characterized in that said means of spraying comprise at least a first means of spraying on a longitudinal portion of the blade extending between the means (4, 12) of connection and hinging and a first longitudinal end of the blade, and a second means of spraying on another longitudinal portion of the blade extending between the means (4, 12) of connection and hinging and a second longitudinal end of the blade.
Method for producing a precursor of a phase winding (143, 144, 145, 146, 147) of a stator winding of an electric machine, in particular an alternator, wherein the stator winding has at least the one phase winding (143, 144, 145, 146, 147) and the phase winding (143, 144, 145, 146, 147) has a plurality of coils made continuously from one piece of wire, wherein a plurality of coils are wound in one direction, wherein a specific number of turns is wound and a coil has a plurality of coil sides, wherein two coil sides of the coil transition integrally into coil connectors and the turns of one coil are subsequently shifted with respect to one another in such a way that the coil sides (88.1, 88.2, 88.3, 88.4, 88.5, 88.6) come to lie in one plane, wherein coil sides transitioning into coil connectors are outermost coil sides of a coil.
A method for transmitting a backhaul subframe of a base station in a wireless communication system, the method comprising: transmitting a higher layer signaling for a first semi-static resource region for primary information of downlink relay control information and a second semi-static resource region for uplink relay control information including uplink grant to a relay; generating the downlink relay control information and the uplink relay control information; mapping the primary information of the downlink relay control information to only a first slot of the first semi-static resource region of the backhaul subframe and the uplink relay control information to a second slot of the second semi-static resource region of the backhaul subframe, allocated to the relay; and transmitting the backhaul subframe including the downlink relay control information and the uplink relay control information to the relay; wherein the first semi-static resource region for the primary information of the downlink relay control information is different from the second semi-static resource region for the uplink relay control information, and wherein the primary information of the downlink relay control information indicates a start position of secondary information of the downlink relay control information. transmitting a higher layer signaling for a first semi-static resource region for primary information of downlink relay control information and a second semi-static resource region for uplink relay control information including uplink grant to a relay; generating the downlink relay control information and the uplink relay control information; mapping the primary information of the downlink relay control information to only a first slot of the first semi-static resource region of the backhaul subframe and the uplink relay control information to a second slot of the second semi-static resource region of the backhaul subframe, allocated to the relay; and transmitting the backhaul subframe including the downlink relay control information and the uplink relay control information to the relay; wherein the first semi-static resource region for the primary information of the downlink relay control information is different from the second semi-static resource region for the uplink relay control information, and wherein the primary information of the downlink relay control information indicates a start position of secondary information of the downlink relay control information.
An in-the-ear hearing aid comprising a body portion provided with a receiving space, said receiving space being defined by a first open end opposing a second at least partly closed end, and a battery drawer configured to be received in the receiving space, wherein the battery drawer comprises - an opening, through which opening the battery can be inserted into the battery drawer; - an end structure opposing the opening and being configured to prevent the battery from moving out of the battery drawer when being moved in at least one radial direction; - a first enclosing structure extending in extension of the end structure; - a second enclosing structure substantially opposing the first enclosing structure and extending in extension of the end structure; wherein an open space is formed between the first enclosing structure and the second enclosing structure, and wherein the first enclosing structure has a smaller surface area than the second enclosing structure, and wherein the battery drawer is slidably arranged in the receiving space of the body portion, in such a manner that the battery drawer is inserted into the receiving space from said first open end along a substantially longitudinal direction of said receiving space towards said at least partly closed end in a slidable motion. a body portion provided with a receiving space, said receiving space being defined by a first open end opposing a second at least partly closed end, and a battery drawer configured to be received in the receiving space, wherein the battery drawer comprises - an opening, through which opening the battery can be inserted into the battery drawer; - an end structure opposing the opening and being configured to prevent the battery from moving out of the battery drawer when being moved in at least one radial direction; - a first enclosing structure extending in extension of the end structure; - a second enclosing structure substantially opposing the first enclosing structure and extending in extension of the end structure; - an opening, through which opening the battery can be inserted into the battery drawer; - an end structure opposing the opening and being configured to prevent the battery from moving out of the battery drawer when being moved in at least one radial direction; - a first enclosing structure extending in extension of the end structure; - a second enclosing structure substantially opposing the first enclosing structure and extending in extension of the end structure; wherein an open space is formed between the first enclosing structure and the second enclosing structure, and wherein the first enclosing structure has a smaller surface area than the second enclosing structure, and wherein the battery drawer is slidably arranged in the receiving space of the body portion, in such a manner that the battery drawer is inserted into the receiving space from said first open end along a substantially longitudinal direction of said receiving space towards said at least partly closed end in a slidable motion.
A depalletising machine, comprising a rigid, rectangular horizontal frame including four vertically adjustable supporting legs being mounted in the corner regions of said frame, a first transfer device consisting of beams with guiding elements on which are running transport chains or belts, driven via a single engine, for receiving the fed laden palette, and a carriage, being drivable longitudinally to a sliding guide on said rigid frame carrying a frame, on which is mounted a clearing beam as well as a supporting shield coplanar to the front face of said frame, to push the load from the palette past a stationary supporting surface in a transverse direction to the feeding direction onto a second transfer device for transporting the total load, wherein the entire first transfer device (2c, 2y, 2x) with regard to the rigid frame being vertically adjustable corresponding to the height of the individual palettes or slightly higher by means of four hydraulic cylinders attached to the beams of the first transfer device, such that the upper supporting face of the palette takes a position in plane with or slightly higher than the stationary supporting face, and that said clearing beam is vertically pivotably or adjustably attached on said frame, in combination with said carriage in an transverse direction with regard to the mechanical conveyance direction of the unloaded palettes being movable past said first transfer device (2c, 2y, 2x).