mhurhangee/ep-ind-claims huggingface dataset:
A lubrication pump comprising: - A lubricant reservoir; - means for conveying lubricant from the lubricant reservoir to a lubrication point; - a filling connection for filling the lubricant reservoir with lubricant; wherein the filling connection comprises a reservoir side connection piece defining a first connection direction and a filling side connection piece defining a second connection direction, wherein the reservoir side connection piece and the filling side connection piece are pivotable relative to each other in such a way that the angle between the connection directions (A1, A2) can be varied, and wherein the reservoir side connection piece and/or the filling side connection piece comprise a check valve and/or a filter, and/or wherein the filling side connection piece has a cap for closing the filling connection. - A lubricant reservoir; - means for conveying lubricant from the lubricant reservoir to a lubrication point; - a filling connection for filling the lubricant reservoir with lubricant; wherein the filling connection comprises a reservoir side connection piece defining a first connection direction and a filling side connection piece defining a second connection direction, wherein the reservoir side connection piece and the filling side connection piece are pivotable relative to each other in such a way that the angle between the connection directions (A1, A2) can be varied, and wherein the reservoir side connection piece and/or the filling side connection piece comprise a check valve and/or a filter, and/or wherein the filling side connection piece has a cap for closing the filling connection.
An atomizing assembly, comprising: a housing provided with a liquid storage chamber and an airflow channel, the liquid storage chamber being configured to store liquid; an atomizing base fixed to the housing and configured to seal the liquid storage chamber, the atomizing base being provided with a liquid inlet in communication with the liquid storage chamber; an atomizing element disposed in the atomizing base and configured to atomize the liquid flowing into the atomizing element through the liquid inlet; and a sealing member movably disposed on the atomizing base and configured to seal or unseal the liquid inlet, wherein the atomizing base is provided with a sliding slot, the liquid inlet is located at a bottom of the sliding slot, and the sealing member is slidably disposed within the sliding slot to seal or unseal the liquid inlet, characterized in that the sealing member comprises: a pull rod disposed through the atomizing base; and a sealing portion located in the sliding slot, wherein the pull rod has a first end connected to the sealing portion and a second end extending out of the atomizing base, and the pull rod is movable towards or away from the liquid inlet, such that the sealing portion is slidable within the sliding slot to seal or unseal the liquid inlet. a housing provided with a liquid storage chamber and an airflow channel, the liquid storage chamber being configured to store liquid; an atomizing base fixed to the housing and configured to seal the liquid storage chamber, the atomizing base being provided with a liquid inlet in communication with the liquid storage chamber; an atomizing element disposed in the atomizing base and configured to atomize the liquid flowing into the atomizing element through the liquid inlet; and a sealing member movably disposed on the atomizing base and configured to seal or unseal the liquid inlet, wherein the atomizing base is provided with a sliding slot, the liquid inlet is located at a bottom of the sliding slot, and the sealing member is slidably disposed within the sliding slot to seal or unseal the liquid inlet, characterized in that the sealing member comprises: a pull rod disposed through the atomizing base; and a sealing portion located in the sliding slot, wherein the pull rod has a first end connected to the sealing portion and a second end extending out of the atomizing base, and the pull rod is movable towards or away from the liquid inlet, such that the sealing portion is slidable within the sliding slot to seal or unseal the liquid inlet. a pull rod disposed through the atomizing base; and a sealing portion located in the sliding slot, wherein the pull rod has a first end connected to the sealing portion and a second end extending out of the atomizing base, and the pull rod is movable towards or away from the liquid inlet, such that the sealing portion is slidable within the sliding slot to seal or unseal the liquid inlet.
A method for producing a titanium-alloy article, comprising the steps of providing a workpiece of an alpha-beta titanium alloy having a beta-transus temperature, wherein the step of providing the workpiece includes the step of providing the workpiece having a nominal composition in weight percent selected from the group consisting of Ti-6Al-2Sn-4Zr-2Mo, Ti-6Al-2Sn-4Zr-6Mo, Ti-6AI-2Sn-2Zr-2Mo-2Cr-0.25Si, and Ti-5AI-4Mo-4Cr-2Sn-2Zr; thereafter mechanically working the workpiece at a mechanical-working temperature above the beta-transus temperature; thereafter solution heat treating the workpiece at a solution-heat-treatment temperature below the beta-transus temperature, and quenching the workpiece from the solution-heat-treatment temperature; thereafter precipitation and overage heat treating the workpiece at a temperature of from about 593°C to about 663°C (about 1100°F to about 1225°F); thereafter utilizing the workpiece by machining the workpiece or using the workpiece in service; and thereafter second solution heat treating the workpiece at a second solution-heat-treatment temperature of from about 97°C (175°F) below the beta-transus temperature to about 14°C (25°F) below the beta-transus temperature, and quenching the workpiece from the second solution-heat-treatment temperature; and thereafter overage heat treating the workpiece at an overage-heat-treatment temperature of from about 222°C (400°F) below the beta-transus temperature to about 153°C (275°F) below the beta-transus temperature, and cooling the workpiece from the overage-heat-treatment temperature.
Current sensor, with a ring-shaped magnetic core, said core enclosing the primary conductor with the current to be measured, said core having an air-gap, said air-gap containing a sensor element for measuring the magnetic core induction, whereby the area of the cross-section perpendicularly to the main direction of the magnetic field in the air gap is larger than the area of the cross-section of the core_perpendicularly to the circumferential direction of the ring-shaped magnetic core, whereby the core is composed of a first and a second part (1 a, 1 b), said first and second part (1a, 1b), when assembled, form the ring-shaped core, and said first and second parts (1 a, 1 b) overlap in a first and a second overlap region (9, 10) with a first and a second overlap area, whereby said first overlap region forms the air-gap which is configured to contain the sensor element, and whereby said second overlap region provides direct contact between the first and the second part (1 a, 1 b), characterized in that the second overlap region forms a second gap filled with a soft magnetic spacer means for magnetically short-circuiting the second gap.
Refrigeration appliance, in particular domestic refrigeration appliance, having a built-in container, which comprises a drawer open at an upper face and a cover covering said upper face, wherein a lower surface of the cover slopes at least over the larger part (13; 16) of its surface, characterised in that a lower termination of the sloping surface is formed by a drip-off edge (14, 15), the cover can be displaced on a rising path between two stop positions and the drip-off edge (14; 15) is located above the drawer in each of the stop positions.
Device for transferring the heat from an ovenheat source, wherein a flue gas flow can be influenced by several baffles which are pivotable around their own central longitudinal axes, wherein the baffles are arranged in a flue gas pipe spatially one behind the other in the longitudinal direction, characterised in that the heat is transferable to a heat exchanger flowed through completely by the oven heat source, said heat exchanger being arranged within the flue gas exhaust pipe, wherein the heat exchanger is arranged between an inner hollow body region and an outer hollow body region of the flue gas exhaust pipe, and wherein the baffles are arranged in the inner hollow body region in such a way that the flue gas flow is able to be redirectedin a serpentine shape by means of a manual or automatic pivot angle adjustment depending on the same or different pivotangles from baffle to baffle, wherein a baffle angular position of 90 degrees corresponds to an almost completely opened inner hollow body region, and wherein a baffle angular position of 0 degrees corresponds to an almost completely closed inner hollow body region, wherein the baffles are adjustable between the baffle angular positions of 0 degrees and 90 degrees.
An oral care implement, comprising: a body; a carrier connected to the body and movable relative to the body, the carrier carrying one or more cleaning elements; a carrier drive mechanism operable to drive movement of the carrier relative to the body; an auxiliary device comprising a pump; and an auxiliary device drive mechanism that is configured to be selectively engagable with the carrier drive mechanism during operation of the carrier drive mechanism, so as to selectively operate the auxiliary device during movement of the carrier relative to the body, characterised in that the carrier drive mechanism comprises a first movable part and the auxiliary device drive mechanism comprises a second movable part, wherein the operation of the carrier drive mechanism causes movement of the first movable part, and wherein the second moveable part is selectively engagable with the first movable part during the movement of the first movable part, and wherein the first movable part is a first rotatable part and the movement of the first movable part comprises rotation of the first rotatable part. a body; a carrier connected to the body and movable relative to the body, the carrier carrying one or more cleaning elements; a carrier drive mechanism operable to drive movement of the carrier relative to the body; an auxiliary device comprising a pump; and an auxiliary device drive mechanism that is configured to be selectively engagable with the carrier drive mechanism during operation of the carrier drive mechanism, so as to selectively operate the auxiliary device during movement of the carrier relative to the body,
Drying device, in particular for drying biomass, having at least one upper and one lower drying surface (11, 12) which are spaced apart from one another in the vertical direction and onto which material, in particular biomass, can be spread over a surface for drying, wherein conveyor elements which can be moved or are moved by at least one pulling means are provided for spreading the material, in particular the biomass, wherein the at least one pulling means is arranged to circulate around the upper drying surface, wherein the conveyor elements are designed as turning hooks which are spaced apart from one another in a conveying direction which is predetermined by the at least one pulling means, wherein the turning hooks have at least one turning portion for distributing the material, in particular the biomass, on the drying surfaces (11, 12), wherein the turning portions which are provided for distributing the material, in particular the biomass, on the upper drying surface are arranged, with respect to the vertical direction and/or with respect to a circumferential plane, opposite the turning portions which are provided for distributing the material, in particular the biomass, on the lower drying surface, wherein the at least one turning portion is curved, wherein the turning hooks are attached indirectly via supports to the at least one pulling means and can be moved by this pulling means in the conveying direction, wherein the supports extend transversely to the conveying direction and a plurality of turning hooks are attached to each support, wherein turning hooks, which at least one of the supports supports, are non-rotatably attached to this support, wherein the turning hooks are designed having vertical play or are spring-mounted in such a way that they can be in direct contact, in particular in frictional contact, with the upper and/or lower drying surface (11, 12) during conveying operation.
A composite powder containing ferric pyrophosphate and a sodium component, wherein the content of ferric pyrophosphate is 95 wt% or higher, and a (Fe+Na)/P molar ratio is 0.8 to 1.0. the content of ferric pyrophosphate is 95 wt% or higher, and a (Fe+Na)/P molar ratio is 0.8 to 1.0.
A method for producing a hydraulic tank from plastics having a tank housing and at least one attachment element fastened to the tank housing, wherein a) the tank housing is produced by rotational liquid-molding or a tank housing produced by rotational liquid-molding is provided, wherein in the rotational liquid-molding, at least one liquid starting material is introduced into a rotational molding tool, the rotational molding tool is moved to distribute the liquid starting material in the rotational molding tool, and the tank housing is demolded after the starting material has solidified, b) the attachment element comprises a filter housing and the filter housing is produced by injection molding or the filter housing produced by injection molding is provided, c) the injection-molded filter housing and the rotational-liquid-molded tank housing are joined, wherein d) during rotational liquid-molding, the tank housing is formed with a filter head part which has at least one connection opening (92, 94) and surrounds a filter access opening, wherein the injection-molded filter housing is inserted into the tank housing via the filter access opening and is welded, in particular laser-welded, to an edge section of the filter head part surrounding the filter access opening. a) the tank housing is produced by rotational liquid-molding or a tank housing produced by rotational liquid-molding is provided, wherein in the rotational liquid-molding, at least one liquid starting material is introduced into a rotational molding tool, the rotational molding tool is moved to distribute the liquid starting material in the rotational molding tool, and the tank housing is demolded after the starting material has solidified, b) the attachment element comprises a filter housing and the filter housing is produced by injection molding or the filter housing produced by injection molding is provided, c) the injection-molded filter housing and the rotational-liquid-molded tank housing are joined, wherein d) during rotational liquid-molding, the tank housing is formed with a filter head part which has at least one connection opening (92, 94) and surrounds a filter access opening, wherein the injection-molded filter housing is inserted into the tank housing via the filter access opening and is welded, in particular laser-welded, to an edge section of the filter head part surrounding the filter access opening.
A method of supporting a power saving mode, PSM, in a machine type communication, MTC, device, the method comprising: transmitting a request message comprising a first active time value to a network entity when the PSM is necessary; receiving a rejection message in response to the request message from the network entity, the rejection message comprising a reason for rejection and a second active time value determined based on the first active time value; increasing, in response to receiving the rejection message, a value of a retry counter such that the value of the retry counter is equal to or greater than a threshold thereby operating a back-off timer without retransmitting the request message, wherein until the back-off timer expires, the request message is prevented from being retransmitted; ending a procedure for transmitting the request message and entering a PSM state based on the second active time value after receiving the rejection message; and retransmitting the request message after the PSM state ends due to an expiration of the back-off timer, wherein the MTC device does not receive downlink data in the PSM state as in a power-off state but staying registered in a network to transmit uplink data. transmitting a request message comprising a first active time value to a network entity when the PSM is necessary; receiving a rejection message in response to the request message from the network entity, the rejection message comprising a reason for rejection and a second active time value determined based on the first active time value; increasing, in response to receiving the rejection message, a value of a retry counter such that the value of the retry counter is equal to or greater than a threshold thereby operating a back-off timer without retransmitting the request message, wherein until the back-off timer expires, the request message is prevented from being retransmitted; ending a procedure for transmitting the request message and entering a PSM state based on the second active time value after receiving the rejection message; and retransmitting the request message after the PSM state ends due to an expiration of the back-off timer, wherein the MTC device does not receive downlink data in the PSM state as in a power-off state but staying registered in a network to transmit uplink data.
A method for controlling an information apparatus connected to a network, a first target device and a second target device being controlled over the network, the first target device having a first display, the second target device having no display or having a second display which is smaller in display area than the first display, the information apparatus having a third display and being used in an information management system which manages information indicating a state of the second target device, the method causing a computer of the information apparatus to: display a display screen representing at least one floor plan of a building on the third display; display device icons representing target devices including the first target device and the second target device on the display screen representing the at least one floor plan, the device icons being movable by dragging the device icons; the method being further characterized in that when it is sensed that a device icon representing the second target device is dropped on a device icon representing the first target device, output to the information management system a first control command for displaying a confirmation screen on the first display of the first target device, the confirmation screen being for confirmation of the state of the second target device. display a display screen representing at least one floor plan of a building on the third display; display device icons representing target devices including the first target device and the second target device on the display screen representing the at least one floor plan, the device icons being movable by dragging the device icons; the method being further characterized in that
A rotatably drivable cutting knife for machines for slicing food products, in particular fresh meat or cheese, especially for used in high-speed slicers, the blade area of the knife having associated therewith a deflector for a slice of food on the knife side facing the cut-off slice, wherein at least one deflector defines a shaped piece formed towards the outside and following the cutting edge of the cutting knife, which is configured as a circular knife or a sickle knife, characterized in that the deflector is triangular in cross-section, wherein the shaped piece may be flattened at the apex of the triangular shape, and that the radially inner flank of the deflector has a smaller angle of inclination than the radially outer flank thereof.
A magnetic field antenna for a radiofrequency transponder, said antenna including a plane substrate having a longitudinal edge, an electromagnetic-coupling receiver antenna on the substrate, said edge being designed to be parallel and adjacent to a booklet binding or hinge, said antenna having parallel and perpendicular turns that extend respectively parallel to and perpendicular to the longitudinal edge; said magnetic field antenna being characterized in that said parallel turns have inter-turn spacing that is narrow relative to the inter-turn spacing of the perpendicular turns, said parallel turns being localized at least in a region situated substantially on a midline of the substrate, said midline being perpendicular to the longitudinal edge.
A welding filler, comprising: a rod, a wire, or a plate configured to be deposited on a workpiece during a welding process, wherein the rod, the wire, or the plate comprises a composite comprising: a matrix comprising: an amount of high-melting-temperature superalloy between 30 % and 95 % by weight, wherein the high-melting-temperature superalloy has a melting temperature greater than 1315°C; and an amount of low-melting-temperature superalloy between 1 % and 70 % by weight, wherein the low-melting-temperature superalloy has a melting temperature in a range below 1290°C; the composite further comprising: an amount of a ceramic reinforcement material between 2% and 50 % by volume, dispersed in the matrix, wherein the ceramic reinforcement material comprises silicon carbide fibers, titanium nitride fibers, titanium nitride nanotubes, titanium carbide fibers, or titanium carbide nanotubes. an amount of high-melting-temperature superalloy between 30 % and 95 % by weight, wherein the high-melting-temperature superalloy has a melting temperature greater than 1315°C; and an amount of low-melting-temperature superalloy between 1 % and 70 % by weight, wherein the low-melting-temperature superalloy has a melting temperature in a range below 1290°C; the composite further comprising: an amount of a ceramic reinforcement material between 2% and 50 % by volume, dispersed in the matrix, wherein the ceramic reinforcement material comprises silicon carbide fibers, titanium nitride fibers, titanium nitride nanotubes, titanium carbide fibers, or titanium carbide nanotubes.
Method for producing foamed molded bodies comprising the steps of A) providing a mold, and B) introducing a foam-forming reaction mixture into the mold under variable pressure of injection, characterized in that the foam-forming reaction mixture has an experimentally determined fiber time at 20°C of ≥ 20 s to ≤ 50 s, and the variable injection pressure is reduced over time in step B), and the exit speed of the introduced foam-forming reaction mixture in step B) is ≥ in a range of ≥ 1 m/s to ≤ 5 m/s. A) providing a mold, and B) introducing a foam-forming reaction mixture into the mold under variable pressure of injection,
A wheel axle end cap of a railway vehicle and a device for attachment to the wheel axle end cap, wherein the device incorporates an arrangement, which arrangement is adapted, during movement of the railway vehicle, to detect and evaluate parameters related to the railway vehicle service and/or to an incipient fault state of wheel bearings in the railway vehicle, wherein the device is arranged to emit signals representative for the detected and evaluated parameters, characterized in that the arrangement is an electronic unit equipped with transducers adapted to collect signals related to at least one of vibration and rotation, wherein the electronic unit is positioned on the outside of the end cap or in a recess on the side of the end cap facing the axle end.