mhurhangee/ep-ind-claims huggingface dataset:
A lubricant formulation of carbamoylethyl katiracomprising katira gum in the range of 5% w/v to 10% w/v carbamoylethyl in the range of 5% w/v to 10% w/v and additives.
Wire storage for a closed wire which revolves in operation, wherein the wire storage has: a rotatable reel onto which the wire can be wound; means which establish the path of wire to be stored in the wire storage in such a manner that said wire in operation can be acquired by the reel and wound up; and means which in operation permit the wire that is wound onto the reel to revolve thereon, wherein the reel has two winding arms (46, 47) which in each case are disposed from the rotation axis thereof at a spacing, preferably an identical spacing, and which are aligned in at least approximately the same direction as the rotation axis, and wherein the two winding arms (46, 47) lie in parallel planes; characterized in that the two winding arms (46, 47) are mutually disposed in a skewed manner such that wire that in operation is wound onto the winding arms (46, 47) is wound coiling-by-coiling so as to be spaced apart in a single layer. a rotatable reel onto which the wire can be wound; means which establish the path of wire to be stored in the wire storage in such a manner that said wire in operation can be acquired by the reel and wound up; and means which in operation permit the wire that is wound onto the reel to revolve thereon, wherein the reel has two winding arms (46, 47) which in each case are disposed from the rotation axis thereof at a spacing, preferably an identical spacing, and which are aligned in at least approximately the same direction as the rotation axis, and wherein the two winding arms (46, 47) lie in parallel planes; characterized in that the two winding arms (46, 47) are mutually disposed in a skewed manner such that wire that in operation is wound onto the winding arms (46, 47) is wound coiling-by-coiling so as to be spaced apart in a single layer.
A method for calibrating a display image applicable to a light field display apparatus, the method comprising: dividing a display image to generate a plurality of block images, wherein the plurality of block images are distributed according to positions of a plurality of micro-lenses included in a micro-lens array; displaying the plurality of block images by a display, and passing the plurality of block images through a light field device to generate a combination image, wherein the light field device comprises the micro-lens array; providing an image capturer to capture the combination image, and comparing the display image and the combination image to generate error information; receiving user parameters, wherein the user parameters comprise user's vision information or information inputted by the user; and adjusting at least one of the plurality of block images in the display image so as to generate a precompensation image according to the user parameters and the error information. dividing a display image to generate a plurality of block images, wherein the plurality of block images are distributed according to positions of a plurality of micro-lenses included in a micro-lens array; displaying the plurality of block images by a display, and passing the plurality of block images through a light field device to generate a combination image, wherein the light field device comprises the micro-lens array; providing an image capturer to capture the combination image, and comparing the display image and the combination image to generate error information; receiving user parameters, wherein the user parameters comprise user's vision information or information inputted by the user; and adjusting at least one of the plurality of block images in the display image so as to generate a precompensation image according to the user parameters and the error information.
A portable shelter comprising: a frame structure and a cover enclosing at least a top portion of the frame structure; the frame structure comprising a plurality of elongated supports elevating a plurality of trusses (16, 18), certain of the trusses comprising: a pair of first truss members having end portions attached to one of the plurality of elongated, vertical supports; a second truss member having a second end portion interposed between the pair of first truss members and rotatably attached thereto and a first end portion attached to a peak junction, characterized in that the frame structure further comprises: a stopper attached to the second truss member that limits rotation of the pair of first truss members and second truss member relative to one another; the pair of first truss members and the second truss member being oriented longitudinally along a common axis when the shelter is in an open state. a frame structure and a cover enclosing at least a top portion of the frame structure; the frame structure comprising a plurality of elongated supports elevating a plurality of trusses (16, 18), certain of the trusses comprising: a pair of first truss members having end portions attached to one of the plurality of elongated, vertical supports; a second truss member having a second end portion interposed between the pair of first truss members and rotatably attached thereto and a first end portion attached to a peak junction, characterized in that the frame structure further comprises: a stopper attached to the second truss member that limits rotation of the pair of first truss members and second truss member relative to one another; the pair of first truss members and the second truss member being oriented longitudinally along a common axis when the shelter is in an open state. a pair of first truss members having end portions attached to one of the plurality of elongated, vertical supports; a second truss member having a second end portion interposed between the pair of first truss members and rotatably attached thereto and a first end portion attached to a peak junction, characterized in that the frame structure further comprises: a stopper attached to the second truss member that limits rotation of the pair of first truss members and second truss member relative to one another; the pair of first truss members and the second truss member being oriented longitudinally along a common axis when the shelter is in an open state. a stopper attached to the second truss member that limits rotation of the pair of first truss members and second truss member relative to one another; the pair of first truss members and the second truss member being oriented longitudinally along a common axis when the shelter is in an open state.
A battery electrode that includes: a conductive core supported and framed by a polymeric frame, wherein the conductive core has a planar surface and a planar edge and wherein a lead material is provided over the conductive core, wherein the polymeric frame is overmolded onto the conductive core and lead material in a sufficient amount to keep the conductive core and lead material in a substantially planar form; a contact tab formed along an edge of the conductive core, wherein the contact tab is at least partially encased by the polymeric frame; and a lug which is an extension of the polymeric frame, wherein the contact tab and lug are axially aligned to act as dogs. a conductive core supported and framed by a polymeric frame, wherein the conductive core has a planar surface and a planar edge and wherein a lead material is provided over the conductive core, wherein the polymeric frame is overmolded onto the conductive core and lead material in a sufficient amount to keep the conductive core and lead material in a substantially planar form; a contact tab formed along an edge of the conductive core, wherein the contact tab is at least partially encased by the polymeric frame; and a lug which is an extension of the polymeric frame, wherein the contact tab and lug are axially aligned to act as dogs.
A radial position control assembly for a gas turbine engine stage comprising: a case structure; a supported structure (68, 70, 78) operatively supported by the case structure (62; 76), the supported structure (68, 70, 78) including a hook providing an annular recess; a support ring received in the recess, the supported structure (68, 70, 78) and the support ring having different coefficients of thermal expansion; and a sealing structure adjacent to the supported structure (68, 70, 78), the support ring maintaining the supported structure (68, 70, 78) relative to the sealing structure at a clearance during thermal transients based upon a circumferential gap between adjacent supported structure (68, 70, 78) and based upon a radial gap between the support ring and the supported structure (68, 70, 78), characterised in that: the support ring is a continuous circumferentially unbroken annular structure. a case structure; a supported structure (68, 70, 78) operatively supported by the case structure (62; 76), the supported structure (68, 70, 78) including a hook providing an annular recess; a support ring received in the recess, the supported structure (68, 70, 78) and the support ring having different coefficients of thermal expansion; and a sealing structure adjacent to the supported structure (68, 70, 78), the support ring maintaining the supported structure (68, 70, 78) relative to the sealing structure at a clearance during thermal transients based upon a circumferential gap between adjacent supported structure (68, 70, 78) and based upon a radial gap between the support ring and the supported structure (68, 70, 78), the support ring is a continuous circumferentially unbroken annular structure.
A debris monitoring system, comprising: a turbine operatively connected to a fan rotor; an epicyclic gear train operatively coupled to the fan rotor, said epicyclic gear train comprising a component having a non-ferrous metal coating; and a scavenge pump in fluid communication with the epicyclic gear train via a lubrication sump; characterised by further comprising: an inductive non-ferrous chip detector situated downstream of the epicyclic gear train, but upstream of the scavenge pump; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector, and command a status indicator in response thereto. a turbine operatively connected to a fan rotor; an epicyclic gear train operatively coupled to the fan rotor, said epicyclic gear train comprising a component having a non-ferrous metal coating; and a scavenge pump in fluid communication with the epicyclic gear train via a lubrication sump; characterised by further comprising: an inductive non-ferrous chip detector situated downstream of the epicyclic gear train, but upstream of the scavenge pump; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector, and command a status indicator in response thereto. an inductive non-ferrous chip detector situated downstream of the epicyclic gear train, but upstream of the scavenge pump; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector, and command a status indicator in response thereto.
A method for operating gas engines using a lean gas containing CH 4, in which the lean gas is divided into two part flows and a first part flow is fed to a first gas mixer and there mixed with an air flow supplied to give an air/lean gas mixture, and in which a second part flow of the lean gas is supplied to a second gas mixer and there mixed with the air/lean gas mixture, wherein the air/lean gas mixture exiting from the second gas mixer is supplied to a gas engine or a turbocharger connected upstream of the gas engine as ignitable gas mixture, characterised in that venturi gas mixers (3, 3') are used as gas mixers, wherein in a first venturi gas mixer, the mixing ratio between the first lean gas part flow and an air flow supplied as forced jet is changed by adjustment means, which influence the supply of the lean gas part flow, wherein in a second venturi gas mixer, the mixing ratio between the second lean gas part flow and the air/lean gas mixture supplied as forced jet is changed by adjustment means, which influence the supply of the lean gas part flow, in that the adjustment means (4, 4') of the venturi gas mixers (3, 3') are mechanically coupled and in that for the synchronous adjustment of the adjustment means (4, 4') of both venturi gas mixers (3, 3'), an actuator acts on the adjustment means of one of the two venturi gas mixers (3, 3').
Method for treating a substrate under vacuum by plasma, wherein the substrate is placed in a vacuum chamber containing in particular active gases injected by controlled active-gas injection means and discharged by controlled gas-aspiration means, the active gases being ionised by plasma-generation means, the substrate receiving electrical bombardment energy generated by a controlled bombardment-energy generator (17, 18), characterised in that: - the method comprises at least one sequence of varying the injection flow of active gas at a variation rate greater than the gas-pressure regulation capacity in the vacuum chamber provided by the controlled gas-aspiration means, - the impedance of the plasma seen by the controlled bombardment-energy generator (17, 18) is maintained at a substantially constant level during this sequence of varying the active-gas injection flow, by the action of auxiliary compensation means comprising controlled means for the injection into the vacuum chamber of at least one passive control gas while keeping the gas-aspiration rate substantially constant, in a zone close to the controlled gas-aspiration means so as to prevent ionisation thereof, - these injection means being controlled so as to maintain at a substantially constant level the total flow injecting gas into the vacuum chamber. - the method comprises at least one sequence of varying the injection flow of active gas at a variation rate greater than the gas-pressure regulation capacity in the vacuum chamber provided by the controlled gas-aspiration means, - the impedance of the plasma seen by the controlled bombardment-energy generator (17, 18) is maintained at a substantially constant level during this sequence of varying the active-gas injection flow, by the action of auxiliary compensation means comprising controlled means for the injection into the vacuum chamber of at least one passive control gas while keeping the gas-aspiration rate substantially constant, in a zone close to the controlled gas-aspiration means so as to prevent ionisation thereof, - these injection means being controlled so as to maintain at a substantially constant level the total flow injecting gas into the vacuum chamber.
A food container (1, 2, 3) comprising: a flat bottom part (11, 21, 31); and a side part (12, 22, 32) forming a box-shaped storage with the bottom part (11, 21, 31); wherein a cross section appearing on a periphery (11a, 21a, 31a) of the bottom part (11, 21, 31) is sealed with an insoluble sealing material which prevents moisture infiltration, and wherein the side part (12, 22, 32) is adhered to the bottom part (11, 21, 31) by adhesive or the sealing material interposed between the cross section appearing on the periphery (11a, 21a, 31a) of the bottom part (11, 21, 31), and wherein the container (1, 2, 3) is made of woody material. a flat bottom part (11, 21, 31); and a side part (12, 22, 32) forming a box-shaped storage with the bottom part (11, 21, 31); wherein a cross section appearing on a periphery (11a, 21a, 31a) of the bottom part (11, 21, 31) is sealed with an insoluble sealing material which prevents moisture infiltration, and wherein the side part (12, 22, 32) is adhered to the bottom part (11, 21, 31) by adhesive or the sealing material interposed between the cross section appearing on the periphery (11a, 21a, 31a) of the bottom part (11, 21, 31), and wherein the container (1, 2, 3) is made of woody material.
Battery module for a motor vehicle, with a module housing which comprises an elongate box-like hollow profile which in turn defines a cell chamber for mechanically protective accommodation of a plurality of battery cells in four spatial directions, wherein - the cell chamber is divided along its longitudinal direction by means of at least one bulkhead-like supporting wall into at least two cell chamber portions which follow one another, as seen in the longitudinal direction of the module housing, and - the support wall has at least one opening within its wall surface for passage of battery cells and/or contacting means between the battery cells of two contiguous cell chamber portions, characterized in that pouch cells are accommodated in the cell chamber as battery cells, and wherein the pouch cells are inserted through the openings in the support wall and extend substantially over at least two contiguous cell chamber portions. - the cell chamber is divided along its longitudinal direction by means of at least one bulkhead-like supporting wall into at least two cell chamber portions which follow one another, as seen in the longitudinal direction of the module housing, and - the support wall has at least one opening within its wall surface for passage of battery cells and/or contacting means between the battery cells of two contiguous cell chamber portions,
A punching and/or embossing station for a flat-bed sheet punching machine and/or flat-bed embossing machine comprising an upper platen with an upper tool and a lower platen with a lower tool, wherein the upper tool comprises punching knives and/or creasing knives and/or embossing plates and wherein the lower tool is designed as a plate-shaped counter-tool to the upper tool, characterized in that the lower tool is directly coupled to the lower table by means of a frameless supporting and positioning means and rests on the lower platen and in that the supporting and positioning means comprises an adjusting means for directly positioning the lower tool, and that the supporting and positioning means is attached to the lower table and has at least one stop body and at least one clamping body, and that the lower tool has recesses, wherein a recess is assigned to each stop body and each clamping body.
A method performed by a wireless device associated with a wireless communications network, the method comprising: receiving, from a radio base station, RBS, of the wireless communications network system information, SI, or a Radio Resource Control, RRC, message, wherein the SI or RRC message is indicative of support of at least one time-sensitive networking, TSN, feature through the RBS; further receiving a first timing signal from the wireless communications network, wherein the first timing signal comprises a time reference for a system clock internal to the wireless communications network; further receiving a second timing signal from an external TSN data network to which the wireless device is connected, wherein the second timing signal comprises a working clock time reference; and establishing, depending on the received SI or RRC message, at least one TSN stream with the external TSN data network, through the RBS. receiving, from a radio base station, RBS, of the wireless communications network system information, SI, or a Radio Resource Control, RRC, message, wherein the SI or RRC message is indicative of support of at least one time-sensitive networking, TSN, feature through the RBS; further receiving a first timing signal from the wireless communications network, wherein the first timing signal comprises a time reference for a system clock internal to the wireless communications network; further receiving a second timing signal from an external TSN data network to which the wireless device is connected, wherein the second timing signal comprises a working clock time reference; and establishing, depending on the received SI or RRC message, at least one TSN stream with the external TSN data network, through the RBS.
A wireless communication apparatus comprising: a communication unit configured to wirelessly communicate with another wireless communication apparatus using a selected one of a plurality of wireless channels obtained by dividing a predetermined frequency band; and a detection unit configured to detect an electric field intensity of a wireless channel; the wireless communication apparatus characterized by further comprising a control unit configured to periodically detect electric field intensities of a plurality of only non-selected wireless channels of the plurality of wireless channels using the detection unit independently of a data transmitting or receiving process being executed by the communication unit and not to detect an electric field intensity of the selected one of the plurality of wireless channels using the detection unit, and configured to calculate an estimated value of the electric field intensity of the selected one of the plurality of wireless channels used by the communication unit based on the electric field intensities of only the non-selected wireless channels of the plurality of wireless channels by the detection unit. a communication unit configured to wirelessly communicate with another wireless communication apparatus using a selected one of a plurality of wireless channels obtained by dividing a predetermined frequency band; and a detection unit configured to detect an electric field intensity of a wireless channel; the wireless communication apparatus characterized by further comprising a control unit configured to periodically detect electric field intensities of a plurality of only non-selected wireless channels of the plurality of wireless channels using the detection unit independently of a data transmitting or receiving process being executed by the communication unit and not to detect an electric field intensity of the selected one of the plurality of wireless channels using the detection unit, and configured to calculate an estimated value of the electric field intensity of the selected one of the plurality of wireless channels used by the communication unit based on the electric field intensities of only the non-selected wireless channels of the plurality of wireless channels by the detection unit.
An absorbent article including a liquid-permeable top sheet situated on a side facing a skin of a wearer, a liquid-impermeable back sheet situated on a side not facing the skin of the wearer, and an absorbent body situated between both sheets, wherein the top sheet is a nonwoven fabric comprising at least two fiber layers including a first fiber layer composed of cotton and thermoplastic resin fibers and a second fiber layer composed of hydrophobic thermoplastic resin fibers, the nonwoven fabric having a first surface which is a skin-facing side surface, formed by the second fiber layer, and a second surface which is a non-skin-facing side surface, facing the absorbent body, the nonwoven fabric being provided with a plurality of protruded sections protruding toward the first surface and a plurality of recesses depressed toward the second surface, and formed between adjacent protruded sections, the protruded sections having spaces where the second surface of the nonwoven fabric faces, and the nonwoven fabric exhibiting weak acidity at least at the protruded sections. wherein the top sheet is a nonwoven fabric comprising at least two fiber layers including a first fiber layer composed of cotton and thermoplastic resin fibers and a second fiber layer composed of hydrophobic thermoplastic resin fibers, the nonwoven fabric having a first surface which is a skin-facing side surface, formed by the second fiber layer, and a second surface which is a non-skin-facing side surface, facing the absorbent body, the nonwoven fabric being provided with a plurality of protruded sections protruding toward the first surface and a plurality of recesses depressed toward the second surface, and formed between adjacent protruded sections, the protruded sections having spaces where the second surface of the nonwoven fabric faces, and the nonwoven fabric exhibiting weak acidity at least at the protruded sections.