mhurhangee/ep-ind-claims huggingface dataset:
A proportional pressure-regulating valve for controlling a first fluid connection from a working connection to a tank connection and a second fluid connection from a supply connection to the working connection, comprising: - a valve housing with a working connection, the tank connection and the supply connection; - a regulating piston which can be guided displaceably in the valve housing, which piston opens the first fluid connection from the working connection to the tank connection and closes the second fluid connection from the supply connection to the working connection when in at least one first position, and which piston closes the first fluid connection and opens the second fluid connection when in at least one second position; - a restoring device holding the regulating piston in direction of the respective first position; and - an actuating device displacing the regulating piston against the restoring force of the restoring device in direction of the respective second position, wherein, when the first fluid connection is opened, the regulating piston can be displaced from the respective first position to at least one third position by the total differential pressure produced when fluid flows through, and wherein in the respective third position of the regulating piston, the first fluid connection is opened with an enlarged opening cross-section vis-à-vis the respective first position and the second fluid connection remains closed, wherein the restoring device engages the regulating piston via an intermediate element, and wherein the intermediate element abuts the regulating piston in the respective first position of the regulating piston, characterised in that the regulating piston is spaced apart from the intermediate element in one of its third positions. - a valve housing with a working connection, the tank connection and the supply connection; - a regulating piston which can be guided displaceably in the valve housing, which piston opens the first fluid connection from the working connection to the tank connection and closes the second fluid connection from the supply connection to the working connection when in at least one first position, and which piston closes the first fluid connection and opens the second fluid connection when in at least one second position; - a restoring device holding the regulating piston in direction of the respective first position; and - an actuating device displacing the regulating piston against the restoring force of the restoring device in direction of the respective second position,
A sheet conveying apparatus comprising: a first rotary member configured for driven rotation in one direction; a second rotary member configured in a first state to form a first nip portion with the first rotary member so as to convey a sheet in a first direction; and a third rotary member configured in a second state to form a second nip portion with the first rotary member to convey the sheet in a second direction different from the first direction; wherein the first state is a state where the second rotary member contacts a first surface of the sheet and the first rotary member contacts a second surface opposite to the first surface of the sheet, the second state is a state where the first rotary member contacts the first surface of the sheet and the third rotary member contacts the second surface of the sheet, characterized in that a switching unit is configured to reverse the direction of travel of the sheet, by switching from the first state to a third state, by moving one or more of the rotary members (61, 62, 63) such that the second rotary member and the third rotary member are urged together to form a third nip portion (N3, N113, N33, N43) and then to switch from the third state to the second state, and wherein the third state is a state where the second rotary member contacts the first surface of the sheet, and the third rotary member contacts the second surface of the sheet. a first rotary member configured for driven rotation in one direction; a second rotary member configured in a first state to form a first nip portion with the first rotary member so as to convey a sheet in a first direction; and a third rotary member configured in a second state to form a second nip portion with the first rotary member to convey the sheet in a second direction different from the first direction; wherein the first state is a state where the second rotary member contacts a first surface of the sheet and the first rotary member contacts a second surface opposite to the first surface of the sheet, the second state is a state where the first rotary member contacts the first surface of the sheet and the third rotary member contacts the second surface of the sheet, characterized in that a switching unit is configured to reverse the direction of travel of the sheet, by switching from the first state to a third state, by moving one or more of the rotary members (61, 62, 63) such that the second rotary member and the third rotary member are urged together to form a third nip portion (N3, N113, N33, N43) and then to switch from the third state to the second state, and wherein the third state is a state where the second rotary member contacts the first surface of the sheet, and the third rotary member contacts the second surface of the sheet.
A powder material comprising metal particles comprising an iron alloy and having an average particle diameter, d50, of 10 μm or larger and 500 μm or smaller, and nanoparticles that comprise a metal or a metal compound and that have undergone no surface treatment with an organic substance, the nanoparticles constitute fused-bodies in each of which a plurality of nanoparticles is fusion-bonded to each other, characterized in that the fused-bodies have a dendritic structure. metal particles comprising an iron alloy and having an average particle diameter, d50, of 10 μm or larger and 500 μm or smaller, and nanoparticles that comprise a metal or a metal compound and that have undergone no surface treatment with an organic substance, the nanoparticles constitute fused-bodies in each of which a plurality of nanoparticles is fusion-bonded to each other, characterized in that the fused-bodies have a dendritic structure.
A dialysis treatment apparatus comprising: a deaeration chamber designed to separate gases from liquids, the deaeration chamber comprising a housing with an upper portion and a lower portion, the housing defining: i) an internal space between the upper and lower portions, ii) inlets for a liquid to enter the internal space, and iii) an outlet (820, 820') for the liquid to exit the internal space, wherein the inlets are spaced apart from each other around a periphery of the internal space defined by the housing or the one or more inlets are disposed around the outlet characterized in that the upper portion of the housing is a flexible dome that can reconfigure between a first configuration and a second configuration, and wherein the internal space defined by the housing is larger when the flexible dome is in the second configuration as compared to when the flexible dome is in the first configuration. a deaeration chamber designed to separate gases from liquids, the deaeration chamber comprising a housing with an upper portion and a lower portion, the housing defining: i) an internal space between the upper and lower portions, ii) inlets for a liquid to enter the internal space, and iii) an outlet (820, 820') for the liquid to exit the internal space, wherein the inlets are spaced apart from each other around a periphery of the internal space defined by the housing or the one or more inlets are disposed around the outlet characterized in that the upper portion of the housing is a flexible dome that can reconfigure between a first configuration and a second configuration, and wherein the internal space defined by the housing is larger when the flexible dome is in the second configuration as compared to when the flexible dome is in the first configuration.
An apparatus for controlling an application in a wireless terminal, the apparatus comprising: a display unit adapted to display a plurality of home screens each set to at least one category out of a plurality of categories; and a controller adapted to automatically match and set the home screens of the wireless terminal to the plurality of categories received from a server in a home screen category setting mode and to download a particular application to a particular home screen set to a particular category of the application; wherein the controller is adapted to extract the particular category information from metadata of the application when downloading the application, and if the particular category information does not exist in the metadata of the application, the controller is adapted to extract upper directory information from Uniform Resource Locator, URL, information of the application as the particular category information; and wherein if the particular home screen matched to the extracted category information exists, the controller is adapted to download the application on the particular home screen matched to the extracted category information. a display unit adapted to display a plurality of home screens each set to at least one category out of a plurality of categories; and a controller adapted to automatically match and set the home screens of the wireless terminal to the plurality of categories received from a server in a home screen category setting mode and to download a particular application to a particular home screen set to a particular category of the application; wherein the controller is adapted to extract the particular category information from metadata of the application when downloading the application, and if the particular category information does not exist in the metadata of the application, the controller is adapted to extract upper directory information from Uniform Resource Locator, URL, information of the application as the particular category information; and wherein if the particular home screen matched to the extracted category information exists, the controller is adapted to download the application on the particular home screen matched to the extracted category information.
A processing facility for items provided in series of successive items on a conveyor web driving them along a convoying line through an items extraction station, including a transfer device constituted by gripping tools ready to take each one an item from said conveyor web which are carried at the periphery of a turning drum mounted transversely to said convoying line and arranged to rotate on itself, each one of said tools including a pneumatic gripping head at the end of a carrying arm fixed on an external roll of said drum which it crosses towards the rotation axis of the drum, and said carrying arm of each tool being of an annular shape around an internal conduit emerging into said gripping head which is in communication with a pressure chamber arranged within said drum and maintained under a depression with respect to the surrounding air, characterized in that: the items extraction station extracts from said conveyor web the selectively identified as not compliant items, and said conduit is provided with a valve intended to open and close said communication in order to control the corresponding tool to grip an item and then to release the item gripped during the rotation of the drum. the items extraction station extracts from said conveyor web the selectively identified as not compliant items, and said conduit is provided with a valve intended to open and close said communication in order to control the corresponding tool to grip an item and then to release the item gripped during the rotation of the drum.
A method for calibrating an array antenna, comprising: transmitting a first calibration signal to an array antenna to be calibrated by using a testing antenna oriented in a standard beam direction, and determining differences in both amplitude and phase between a first signal obtained after the first calibration signal is received by a central channel of the array antenna to be calibrated and a second signal obtained after the first calibration signal is received by each of channels of the array antenna to be calibrated, according to the first calibration signal transmitted by the testing antenna oriented in the standard beam direction and received by the array antenna to be calibrated via the each of the channels; wherein the central channel is a channel corresponding to a central element of the array antenna to be calibrated, and a directional angle of the standard beam direction is 0; and calibrating an initial beam weight vector matrix according to the differences in both the amplitude and the phase to obtain a compensation beam weight vector matrix, wherein the initial beam weight vector matrix is determined according to preset directional angles of beam directions and each group of initial beam weight vectors in the initial beam weight vector matrix corresponds to one of the beam directions. transmitting a first calibration signal to an array antenna to be calibrated by using a testing antenna oriented in a standard beam direction, and determining differences in both amplitude and phase between a first signal obtained after the first calibration signal is received by a central channel of the array antenna to be calibrated and a second signal obtained after the first calibration signal is received by each of channels of the array antenna to be calibrated, according to the first calibration signal transmitted by the testing antenna oriented in the standard beam direction and received by the array antenna to be calibrated via the each of the channels; wherein the central channel is a channel corresponding to a central element of the array antenna to be calibrated, and a directional angle of the standard beam direction is 0; and calibrating an initial beam weight vector matrix according to the differences in both the amplitude and the phase to obtain a compensation beam weight vector matrix, wherein the initial beam weight vector matrix is determined according to preset directional angles of beam directions and each group of initial beam weight vectors in the initial beam weight vector matrix corresponds to one of the beam directions.
A method of forming a composite output image of a scene for use in an underwater survey, the method operating in a moving underwater imaging system comprising a light module, an image processing module a camera module, and a sequential imaging module, the light module comprising a plurality of light classes each light class having one or more light sources (134, 136, 138), wherein the steps of the method comprise: the camera module capturing a sequence of images of each of a plurality of overlapping fields of view within the scene, wherein each of said plurality of overlapping fields of view within the scene is illuminated by one or more of the light classes of the light module; the sequential imaging module controlling the operational parameters of the light module and camera module to adjust lighting and imaging parameters between individual image captures of said plurality of overlapping fields of view within the scene such that each time an image is acquired, a specific configuration and potentially differing configuration of light source parameters and camera module parameters is used; and the image processing module combining the individual images to form an augmented output image comprising the captured set of images that are related to each other; and concatenating of the neighbouring augmented output images of a plurality of overlapping fields of view to form the composite image of the scene. the camera module capturing a sequence of images of each of a plurality of overlapping fields of view within the scene, wherein each of said plurality of overlapping fields of view within the scene is illuminated by one or more of the light classes of the light module; the sequential imaging module controlling the operational parameters of the light module and camera module to adjust lighting and imaging parameters between individual image captures of said plurality of overlapping fields of view within the scene such that each time an image is acquired, a specific configuration and potentially differing configuration of light source parameters and camera module parameters is used; and the image processing module combining the individual images to form an augmented output image comprising the captured set of images that are related to each other; and concatenating of the neighbouring augmented output images of a plurality of overlapping fields of view to form the composite image of the scene.
Pump, in particular vane cell pump or roller cell pump, having a rotational group which has, inter alia, a rotor with radially displaceable vanes or rollers, and having a drive shaft, the drive shaft and the rotor being connected to one another for rotary driving by way of a toothing system on the drive shaft and on the rotor, characterized in that the toothing system having rotor teeth and drive shaft teeth is configured so as to be axially crowned and externally centred radially, wherein the drive shaft teeth have a width which is greater than the width of the rotor teeth.
A liquid laundry composition comprising: (i) from 1 to 60 wt% of one or more surfactants selected from non-soap anionic surfactants, nonionic surfactants, and mixtures thereof; and (ii) from 0.05 to 10 wt% of an amphoterically-modified oligopropyleneimine ethoxylate having a following formula wherein E is an ethoxy side chain corresponding to a formula - n - R' in which R units are ethylene; n has an average value from 5 to 50, preferably from 10 to 40; R' units are each independently selected from hydrogen and SO 3 -, wherein at least 30% of R' units, preferably at least 50%, are SO 3 -; Q units are each independently selected from C 1 -C 4 alkyl, H and a free electron pair, wherein at least 50% of Q units, preferably at least 80%, more preferably at least 90% are C 1 -C 4 alkyl; and x ranges from 1 to 3. (i) from 1 to 60 wt% of one or more surfactants selected from non-soap anionic surfactants, nonionic surfactants, and mixtures thereof; and (ii) from 0.05 to 10 wt% of an amphoterically-modified oligopropyleneimine ethoxylate having a following formula
A method of producing a ceramic matrix composite having a protective ceramic coating, the method comprising: applying a first surface slurry onto an outer surface of an impregnated fiber preform comprising a framework of ceramic fibers loaded with particulate matter, the first surface slurry comprising particulate ceramic solids dispersed in a flowable preceramic polymer comprising silicon; curing the flowable preceramic polymer to form a composite layer on the outer surface, the composite layer comprising a cured preceramic polymer with the particulate ceramic solids dispersed therein; pyrolyzing the cured preceramic polymer to form a porous ceramic layer comprising silicon carbide on the outer surface; infiltrating the impregnated fiber preform and the porous ceramic layer with a molten material comprising silicon; and after infiltration, cooling the molten material, thereby forming a ceramic matrix composite body with a protective ceramic coating thereon. applying a first surface slurry onto an outer surface of an impregnated fiber preform comprising a framework of ceramic fibers loaded with particulate matter, the first surface slurry comprising particulate ceramic solids dispersed in a flowable preceramic polymer comprising silicon; curing the flowable preceramic polymer to form a composite layer on the outer surface, the composite layer comprising a cured preceramic polymer with the particulate ceramic solids dispersed therein; pyrolyzing the cured preceramic polymer to form a porous ceramic layer comprising silicon carbide on the outer surface; infiltrating the impregnated fiber preform and the porous ceramic layer with a molten material comprising silicon; and after infiltration, cooling the molten material, thereby forming a ceramic matrix composite body with a protective ceramic coating thereon.
Elastomeric bearing (10, 100) for an exhaust suspension comprising an elastomeric body having a receiving area for a retainer and an opening for supporting an exhaust hook, said elastomeric body having a detent device at said receiving area for securing said retainer to said elastomeric body, said elastomeric body including a hollow cylindrical inner portion, a hollow cylindrical outer portion, and a connecting portion having a first connecting area and a second connecting region, the inner portion being disposed radially inside the outer portion, the first connecting region being connected to the inner portion, and the second connecting region being connected to the outer portion, characterized in that the connecting portion is U-shaped.
A lamp, comprising: a wiring substrate; a bus electrode (220a, 220b) formed on the wiring substrate along one direction; a plurality of electrode lines (221a, 221b) each formed on the wiring substrate, extending from the bus electrode (220a, 220b), and having one end; a plurality of semiconductor light-emitting devices disposed to be parallel to one another along a direction in which the electrode lines (221a, 221b) are formed and spaced apart from adjacent electrode lines (221a, 221b) by a predetermined distance; a plurality of transparent electrodes electrically connecting the electrode lines (221a, 221b) and the semiconductor light-emitting devices; and a current injection part (210a, 210b) formed along the one direction to be disposed parallel to the bus electrode (220a, 220b); characterised by a plurality of connection electrodes (280, 280') disposed between the bus electrode (220a, 220b) and the current injection part (210a, 210b) to be spaced apart along the one direction and electrically connecting the bus electrode (220a, 220b) and the current injection part (210a, 210b), wherein a part of the connection electrodes (280, 280') has a different resistance value. a wiring substrate; a bus electrode (220a, 220b) formed on the wiring substrate along one direction; a plurality of electrode lines (221a, 221b) each formed on the wiring substrate, extending from the bus electrode (220a, 220b), and having one end; a plurality of semiconductor light-emitting devices disposed to be parallel to one another along a direction in which the electrode lines (221a, 221b) are formed and spaced apart from adjacent electrode lines (221a, 221b) by a predetermined distance; a plurality of transparent electrodes electrically connecting the electrode lines (221a, 221b) and the semiconductor light-emitting devices; and a current injection part (210a, 210b) formed along the one direction to be disposed parallel to the bus electrode (220a, 220b); characterised by a plurality of connection electrodes (280, 280') disposed between the bus electrode (220a, 220b) and the current injection part (210a, 210b) to be spaced apart along the one direction and electrically connecting the bus electrode (220a, 220b) and the current injection part (210a, 210b), wherein a part of the connection electrodes (280, 280') has a different resistance value.
Synergistic mixtures comprising, as active components, 1) one fungicidal compound IA selected from the group consisting of pyraclostrobin, metalaxyl, dimethomorph and thiram, or 2) one insecticidal compound IB selected from the group consisting of thiodicarb, bifenthrin, alpha-cypermethrin and thiamethoxam, and 3) Bacillus pumilus INR7 having the accession number NRRL B-50153 or NRRL B-50185 as compound II. wherein the ratio by weight from compound IA or IB to compound II is from 100:1 to 1:1. 1) one fungicidal compound IA selected from the group consisting of pyraclostrobin, metalaxyl, dimethomorph and thiram, or 2) one insecticidal compound IB selected from the group consisting of thiodicarb, bifenthrin, alpha-cypermethrin and thiamethoxam, and 3) Bacillus pumilus INR7 having the accession number NRRL B-50153 or NRRL B-50185 as compound II.