mhurhangee/ep-ind-claims huggingface dataset:
A surface cleaning apparatus for treating a stain on a floor surface, the surface cleaning apparatus comprising: a solution reservoir configured to hold a supply of water; a steam generator in fluid communication with the solution reservoir for heating the supply of water to at least 100°C (212 degrees Fahrenheit) to generate steam; a steam distributor fluidly connected to the steam generator to distribute steam onto the stain on the floor surface; a cleaning pad positioned to contact the stain on the floor surface; and a cleaning composition comprising a peroxygen and a surfactant for application onto the stain on the floor surface wherein the cleaning composition is one of embedded in the cleaning pad or impregnated in the cleaning pad; wherein the steam generator is configured to apply steam to the cleaning composition at the time of delivery of the cleaning composition to the stain and wherein application of steam to the cleaning composition transfers energy from the steam to the cleaning composition to enhance the cleaning efficacy of the cleaning composition as compared to the cleaning efficacy of the cleaning composition without steam. a solution reservoir configured to hold a supply of water; a steam generator in fluid communication with the solution reservoir for heating the supply of water to at least 100°C (212 degrees Fahrenheit) to generate steam; a steam distributor fluidly connected to the steam generator to distribute steam onto the stain on the floor surface; a cleaning pad positioned to contact the stain on the floor surface; and a cleaning composition comprising a peroxygen and a surfactant for application onto the stain on the floor surface wherein the cleaning composition is one of embedded in the cleaning pad or impregnated in the cleaning pad; wherein the steam generator is configured to apply steam to the cleaning composition at the time of delivery of the cleaning composition to the stain and wherein application of steam to the cleaning composition transfers energy from the steam to the cleaning composition to enhance the cleaning efficacy of the cleaning composition as compared to the cleaning efficacy of the cleaning composition without steam.
A communication apparatus comprising: circuitry configured to generate an Extremely High Throughput Physical layer Protocol Data Unit, EHT PPDU, comprising a Universal Signal, U-SIG, field and an EHT Signal, EHT-SIG, field, wherein the U-SIG field comprises punctured channel information, and the EHT-SIG field comprises supplemental punctured channel information; and a transmitter configured to transmit the EHT PPDU, characterized in that when the EHT PPDU is used for punctured single-user, SU, or multi-user, MU, multiple input multiple output, MIMO, transmission and the punctured channel information is able to indicate a channel puncturing pattern that is applied to the EHT PPDU, the EHT-SIG field does not comprise the supplemental punctured channel information. circuitry configured to generate an Extremely High Throughput Physical layer Protocol Data Unit, EHT PPDU, comprising a Universal Signal, U-SIG, field and an EHT Signal, EHT-SIG, field, wherein the U-SIG field comprises punctured channel information, and the EHT-SIG field comprises supplemental punctured channel information; and a transmitter configured to transmit the EHT PPDU, characterized in that when the EHT PPDU is used for punctured single-user, SU, or multi-user, MU, multiple input multiple output, MIMO, transmission and the punctured channel information is able to indicate a channel puncturing pattern that is applied to the EHT PPDU, the EHT-SIG field does not comprise the supplemental punctured channel information.
Suspension assembly, comprising: a support member including a support metal base layer formed as a first unitary metal component, comprising a bearing plate portion in the support metal base layer; and a moving member including a moving metal base layer formed as a second unitary metal component and mounted to the support member, comprising: a moving plate portion in the moving metal base layer; and flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; a bearing-retaining recess between the bearing plate portion of the support member and the moving plate portion of the moving member; and a ball-bearing within the bearing-retaining recess, and between and engaging the bearing plate portion of the support member and the moving plate portion of the moving member, to enable movement of the moving member with respect to the support member. a support member including a support metal base layer formed as a first unitary metal component, comprising a bearing plate portion in the support metal base layer; and a moving member including a moving metal base layer formed as a second unitary metal component and mounted to the support member, comprising: a moving plate portion in the moving metal base layer; and flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; a moving plate portion in the moving metal base layer; and flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; a bearing-retaining recess between the bearing plate portion of the support member and the moving plate portion of the moving member; and a ball-bearing within the bearing-retaining recess, and between and engaging the bearing plate portion of the support member and the moving plate portion of the moving member, to enable movement of the moving member with respect to the support member.
Power plant equipment comprising: a diesel engine; a supercharger that compresses combustion air to be supplied to the diesel engine as the supercharger is driven by exhaust gas from the diesel engine; a bled-gas bypass path through which a portion of the exhaust gas from the diesel engine bypasses the supercharger; a bled-gas bypass valve that is disposed in the bled-gas bypass path and that adjusts the amount of bypassing exhaust gas; a steam-producing apparatus that produces steam by recovering exhaust heat from the exhaust gas that has passed through the supercharger or through the supercharger and the bled-gas bypass path; a steam turbine that is driven by the steam produced by the steam-producing apparatus; a generator that generates electricity using a driving force produced by the steam turbine and that supplies the resulting electrical power to a system; and a controller that adjusts the degree of opening of the bled-gas bypass valve depending on the pressure of the superheated steam supplied from the steam-producing apparatus to the steam turbine; and characterized in that the controller brings the bled-gas bypass valve from a fully closed state to a fully opened state when the diesel engine reaches a predetermined load, and thereafter adjusts the degree of opening of the bled-gas bypass valve depending on the pressure of the superheated steam. a diesel engine; a supercharger that compresses combustion air to be supplied to the diesel engine as the supercharger is driven by exhaust gas from the diesel engine; a bled-gas bypass path through which a portion of the exhaust gas from the diesel engine bypasses the supercharger; a bled-gas bypass valve that is disposed in the bled-gas bypass path and that adjusts the amount of bypassing exhaust gas; a steam-producing apparatus that produces steam by recovering exhaust heat from the exhaust gas that has passed through the supercharger or through the supercharger and the bled-gas bypass path; a steam turbine that is driven by the steam produced by the steam-producing apparatus; a generator that generates electricity using a driving force produced by the steam turbine and that supplies the resulting electrical power to a system; and a controller that adjusts the degree of opening of the bled-gas bypass valve depending on the pressure of the superheated steam supplied from the steam-producing apparatus to the steam turbine; and characterized in that the controller brings the bled-gas bypass valve from a fully closed state to a fully opened state when the diesel engine reaches a predetermined load, and thereafter adjusts the degree of opening of the bled-gas bypass valve depending on the pressure of the superheated steam.
A combustor for a gas turbine engine, the combustor having a combustion chamber and a heat shield, the heat shield comprising: a first surface and a second surface, wherein the first surface is configured to face the combustion chamber, and the second surface is opposite the first surface; a plurality of channels located on the second surface of the heat shield; and a turbulator included in a channel, the channel included in the plurality of channels; wherein the heat shield is a combustor dome heat shield and comprises a fuel nozzle opening; wherein the turbulator is located on the second surface of the heat shield; characterized in that the channels are positioned in an offset radial arrangement, and a longitudinal axis of each of the channels is tangent to a circle on a plane parallel with the second surface; and in that an aperture passes through the heat shield, wherein the aperture is positioned between an outlet of the channel and a fuel nozzle opening in the heat shield. a first surface and a second surface, wherein the first surface is configured to face the combustion chamber, and the second surface is opposite the first surface; a plurality of channels located on the second surface of the heat shield; and a turbulator included in a channel, the channel included in the plurality of channels; wherein the heat shield is a combustor dome heat shield and comprises a fuel nozzle opening; wherein the turbulator is located on the second surface of the heat shield; characterized in that the channels are positioned in an offset radial arrangement, and a longitudinal axis of each of the channels is tangent to a circle on a plane parallel with the second surface; and in that an aperture passes through the heat shield, wherein the aperture is positioned between an outlet of the channel and a fuel nozzle opening in the heat shield.
A crystalline form of 2-{[5-{3-Chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl) ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3-d]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid (Compound A).
Method for producing a series of cast components, in which method a casting mould with a cavity and a plurality of gate points is provided, a molten light metal is introduced into the casting mould through at least two gate points at in each case one temperature and one pressure in order to produce a first cast component, and the molten light metal flows into the casting mould along at least two paths in at least two flows with in each case one front, at least two fronts of the flows meeting in a region of the casting mould, characterized in that at least one temperature and/or at least one pressure are/is measured in the region, in which the flows meet one another, and the measured temperature and/or the measured pressure are/is taken into consideration during the subsequent production of a second cast component in the casting mould for the selection of the respective temperature and/or the respective pressure and/or the respective triggering instant at the respective gate point during the introduction of the molten light metal, measured values being taken at two measuring points on sides which lie opposite one another of the expected position of the contact area of two filling fronts.
A support for video-photographic apparatuses comprising a cross-member which defines a hole, a column having a shaft which is slidable in the hole along a longitudinal axis, a plate which is provided with an engaging device for engaging a piece of video-photographic apparatus with said plate and a sleeve which is internally hollow, which extends along a longitudinal axis and which is capable of receiving an engaging portion of said column, said cross-member comprising a clamp element for clamping said column on said cross-member, said plate further comprising a locking device (13, 18, 25, 26, 10c) for removably locking said engaging portion of said column to said sleeve, characterized in that said sleeve comprises a tubular cylindrical body extending along said longitudinal axis having an outer diameter (D1') which is substantially equivalent to the outer diameter of said shaft, the sleeve being intended to be inserted in said hole and to engage said clamping element for clamping said sleeve on said cross-member.
An imaging system comprising: an imaging apparatus having an X-ray source and a detector for receiving X-ray radiation emittable from said source, the X-ray source movable relative to the detector or the detector movable relative to the X-ray source; a transmitter for transmitting a radio signal; a reflector arranged to reflect said radio signal; a receiver for receiving said reflected radio signal; a transducer operative to convert the received radio signal into positional correction information suitable to guide a motion of the X-ray source or of the detector so as to achieve a target spatial configuration of X-ray source and detector, where the X-ray source and the detector are in alignment and/or are at a predefined distance from each other, wherein the position correction information as produced by the transducer is based on a signal strength of the radio signal as received at the receiver, and wherein the signal strength of the radio signal so received is below a sensitivity threshold once the target spatial configuration is assumed. an imaging apparatus having an X-ray source and a detector for receiving X-ray radiation emittable from said source, the X-ray source movable relative to the detector or the detector movable relative to the X-ray source; a transmitter for transmitting a radio signal; a reflector arranged to reflect said radio signal; a receiver for receiving said reflected radio signal; a transducer operative to convert the received radio signal into positional correction information suitable to guide a motion of the X-ray source or of the detector so as to achieve a target spatial configuration of X-ray source and detector, where the X-ray source and the detector are in alignment and/or are at a predefined distance from each other, wherein the position correction information as produced by the transducer is based on a signal strength of the radio signal as received at the receiver, and wherein the signal strength of the radio signal so received is below a sensitivity threshold once the target spatial configuration is assumed.
Frame section, - a) with at least one upper strap element and/or at least one lower strap element, and - b) at least one cross bar element, - wherein the cross bar element is connected to the upper strap element and/or the lower strap element, wherein the cross bar element on the cross bar element facing side extends at least partly through at least one material recess of the upper strap element and/or the lower strap element, wherein at least one upper strap element or lower strap element with a cross bar element fixing connection is formed on the cross bar element non-facing side on the upper and/or lower strap element, - wherein the cross bar element is chamfered on at least one longitudinal axial end, - characterised in that the cross bar element at its chamfered, longitudinal axial end (LE, 8), arranged without deformation in a material recess arranged on the cross bar element non-facing side of the upper strap element and/or the lower strap element, is connected to the corresponding strap element,. - a) with at least one upper strap element and/or at least one lower strap element, and - b) at least one cross bar element, - wherein the cross bar element is connected to the upper strap element and/or the lower strap element, wherein the cross bar element on the cross bar element facing side extends at least partly through at least one material recess of the upper strap element and/or the lower strap element, wherein at least one upper strap element or lower strap element with a cross bar element fixing connection is formed on the cross bar element non-facing side on the upper and/or lower strap element, - wherein the cross bar element is chamfered on at least one longitudinal axial end, - characterised in that the cross bar element at its chamfered, longitudinal axial end (LE, 8), arranged without deformation in a material recess arranged on the cross bar element non-facing side of the upper strap element and/or the lower strap element, is connected to the corresponding strap element,.
A method of reducing the loss of electromagnetic radiation during Raman spectroscopy wherein the loss is caused by passing the electromagnetic radiation through material comprising glass or plastic with a rough surface, the method comprising applying a surface layer to the rough surface wherein the material is in the form of a container before electromagnetic radiation is passed through the material, wherein the surface layer decreases the loss of electromagnetic radiation resulting from passing the electromagnetic radiation through the material, and passing electromagnetic radiation through the container with the surface layer in order to identify an analyte arranged in the container, wherein the surface layer is selected to have optical properties that do not negatively interfere with analysis of the analyte, the analyte being one of an explosive or a narcotic.
Automatic pallet assembly system formed of a plurality of runners (2, 3, 4) and a deck, comprising: a supply and positioning system; a framing and nailing area; a framing system; and a nailing unit, in which the supply and positioning system supplies and positions the components (2, 3, 4, 5) of the pallet in the framing and nailing area, in which the framing system comprises movable actuation elements (21, 22, 23, 24, 25, 21', 22', 23', 24', 25, 26') which frame the deck and the runners (2, 3, 4) of the pallet with said actuation elements, and in which a nailing unit performs the function of nailing the runners to the deck, characterised in that the movable actuation elements (21, 22, 23, 24, 25, 21', 22', 23', 24', 25, 26') are arranged around the framing and nailing area and comprise pressure surfaces which frame the deck and a single runner of the pallet at the same time, without framing the rest of the runners, using said movable actuation elements. a supply and positioning system; a framing and nailing area; a framing system; and a nailing unit, in which the supply and positioning system supplies and positions the components (2, 3, 4, 5) of the pallet in the framing and nailing area, in which the framing system comprises movable actuation elements (21, 22, 23, 24, 25, 21', 22', 23', 24', 25, 26') which frame the deck and the runners (2, 3, 4) of the pallet with said actuation elements, and in which a nailing unit performs the function of nailing the runners to the deck, characterised in that the movable actuation elements (21, 22, 23, 24, 25, 21', 22', 23', 24', 25, 26') are arranged around the framing and nailing area and comprise pressure surfaces which frame the deck and a single runner of the pallet at the same time, without framing the rest of the runners, using said movable actuation elements.
A cylinder assembly of an OPC engine having a crosshead for the articulated connection of a piston rod of a piston, which is guided in a working cylinder, to a connecting rod of the OPC engine, the crosshead being movable in a bushing-shaped guide in the longitudinal direction of the piston rod, characterized in that the crosshead can be detached from the connecting rod in the direction towards the working cylinder without complete or partial removal of the guide, wherein, with the detachment of the crosshead from the connecting rod, a structural unit formed by the crosshead, the piston rod and the piston can be uncoupled in its entirety from the connecting rod, and wherein the guide leaves free space for dismantling the crosshead with axial displacement of a connecting rod pin connecting the crosshead and the connecting rod, in that the crosshead is so small in comparison to the diameter of the bushing-shaped guide that the connecting rod pin can be pushed laterally far enough out of its pivot bearings.
Apparatus for delivering droplets of fluids onto an open tray containing poultry, characterized in that it comprises: - a fixed work surface which is intended to receive and support the tray, - a single arm supporting a plurality of fluid dispensing nozzles, - an electric motor drive unit for translating the single arm in a first direction of the tray when the tray is on said work surface, said arm moving above the tray, - the plurality of dispensing nozzles being connected to at least one fluid supply circuit, each fluid supply circuit comprising a fluid tank for supplying corresponding dispensing nozzles with said fluid, the volume of fluid taken from the tank being determined by a syringe, the driving of the plunger of which is controlled by an electrical control element, such that the plunger has a feed speed V in the corresponding syringe, and - a monitoring device for controlling the motor speed of the drive unit and the plunger feed speed in each syringe, the monitoring device being configured to synchronize the acceleration/deceleration of the movable arm and the acceleration/deceleration of the plunger of said or at least one of the syringes. - a fixed work surface which is intended to receive and support the tray, - a single arm supporting a plurality of fluid dispensing nozzles, - an electric motor drive unit for translating the single arm in a first direction of the tray when the tray is on said work surface, said arm moving above the tray, - the plurality of dispensing nozzles being connected to at least one fluid supply circuit, each fluid supply circuit comprising a fluid tank for supplying corresponding dispensing nozzles with said fluid, the volume of fluid taken from the tank being determined by a syringe, the driving of the plunger of which is controlled by an electrical control element, such that the plunger has a feed speed V in the corresponding syringe, and - a monitoring device for controlling the motor speed of the drive unit and the plunger feed speed in each syringe, the monitoring device being configured to synchronize the acceleration/deceleration of the movable arm and the acceleration/deceleration of the plunger of said or at least one of the syringes.
Thermo-forming packaging machine, comprising a forming station for molding trays into a lower film, a loading stretch, and a sealing station for closing said trays filled with product with a top film, where said lower film can be transported by two clamping chains disposed on both sides of said lower film and said clamping chains are each guided in a plurality of chain guide sections of which at least some are adjustable transverse to the direction of production along one or both clamping chains, characterized in that at least one of two oppositely disposed chain guide sections is adjustable using a controller and power-operated actuators, where said two oppositely disposed chain guide sections are alignable converging to each other, wherein said controller is configured to perform the adjustment of said chain guide sections in dependence on the power input of a transport drive of said clamping chains.