mhurhangee/patent-ind-claim-en huggingface dataset:
A portable lathe machine for machining a work piece comprising: a support housing adapted for mounting on the work piece; a rotating head rotatably mounted on the support housing about an axis and including an internal gear ; and a drive module arranged to drive rotation of the rotating head about the axis , characterized in that an inner radial surface of an outer radial shoulder on the rotating head defines the internal gear and the support housing defines a through-hole 540 such that the drive module extends axially through the support housing ,_at least one gear connection is formed between the internal gear and the drive module and radially positioned inside an outer diameter of the support housing to protect an operator from a pinch point associated with the at least one gear connection. a support housing adapted for mounting on the work piece; a rotating head rotatably mounted on the support housing about an axis and including an internal gear ; and a drive module arranged to drive rotation of the rotating head about the axis , characterized in that an inner radial surface of an outer radial shoulder on the rotating head defines the internal gear and the support housing defines a through-hole 540 such that the drive module extends axially through the support housing ,_at least one gear connection is formed between the internal gear and the drive module and radially positioned inside an outer diameter of the support housing to protect an operator from a pinch point associated with the at least one gear connection.
Decorative tile panel suitable for covering a floor, ceiling or wall surface, which tile panel comprises: • at least one core layer , and • at least one decorative top section , directly or indirectly affixed to said core layer , wherein the top section defines a top surface of the tile panel, • a plurality of side edges at least partially defined by said core layer and/or by said top section , wherein the tile panel is provided with at least one imitation grout line along at least one side edge of the tile panel, which is formed by a channel-shaped recess connecting to the top surface of the tile panel, which recess extends along a side edge of the tile panel, and has a substantially constant width (Wr) which is delimited by the respective side edge of the tile panel, wherein said at least one channel-shaped recess has an upwardly facing recess surface , which is at least partially formed by a separate grout covering layer , wherein said recess surface is at least partially concavely curved across the width direction of the recess, characterized in that said recess has a deepest point (D) at a distance from the respective side edge, wherein said deepest point is located closer to said side edge than to the top surface of the tile panel, and wherein the width of said recess is at least three times the maximum depth (Dr) of said recess with respect to the top surface of the tile panel. • at least one core layer , and • at least one decorative top section , directly or indirectly affixed to said core layer , wherein the top section defines a top surface of the tile panel, • a plurality of side edges at least partially defined by said core layer and/or by said top section , wherein the tile panel is provided with at least one imitation grout line along at least one side edge of the tile panel, which is formed by a channel-shaped recess connecting to the top surface of the tile panel, which recess extends along a side edge of the tile panel, and has a substantially constant width (Wr) which is delimited by the respective side edge of the tile panel, wherein said at least one channel-shaped recess has an upwardly facing recess surface , which is at least partially formed by a separate grout covering layer , wherein said recess surface is at least partially concavely curved across the width direction of the recess, characterized in that said recess has a deepest point (D) at a distance from the respective side edge, wherein said deepest point is located closer to said side edge than to the top surface of the tile panel, and wherein the width of said recess is at least three times the maximum depth (Dr) of said recess with respect to the top surface of the tile panel.
Electrochemical precipitation reactor comprising an electrically conductive electrode , - wherein the electrode comprises an area electrode having a two-dimensional extension which gets into contact with a liquid to be treated in the precipitation reactor , - wherein the area electrode includes a plastic matrix , wherein the area electrode has a smooth surface there, where it gets into contact with the liquid to be treated in the precipitation reactor , characterized in - that the plastic matrix is based on a thermoplastic elastomer and forms the smooth surface , - that electrically conductive particles embedded in the plastic matrix are based on carbon, and - that the particles have a particle size of up to 1000 μm. - wherein the electrode comprises an area electrode having a two-dimensional extension which gets into contact with a liquid to be treated in the precipitation reactor , - wherein the area electrode includes a plastic matrix , wherein the area electrode has a smooth surface there, where it gets into contact with the liquid to be treated in the precipitation reactor , - that the plastic matrix is based on a thermoplastic elastomer and forms the smooth surface , - that electrically conductive particles embedded in the plastic matrix are based on carbon, and - that the particles have a particle size of up to 1000 μm.
A multi-spool gas turbine engine comprising: a low pressure (LP) spool ; and a high pressure (HP) spool fluidly connected to the LP spool by a gaspath , the LP spool comprising an LP compressor and an LP turbine , the HP spool comprising an HP turbine and an HP compressor ; characterised in that the multi-spool gas turbine engine further comprises: an accessory gear box (AGB) , the LP compressor positioned between the HP compressor and the AGB ; and first and second gear trains positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath , the first gear train coupling the LP turbine to the LP compressor , the second gear train coupling the HP spool to the AGB , wherein the AGB has an input shaft , the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train . a low pressure (LP) spool ; and a high pressure (HP) spool fluidly connected to the LP spool by a gaspath , the LP spool comprising an LP compressor and an LP turbine , the HP spool comprising an HP turbine and an HP compressor ; characterised in that the multi-spool gas turbine engine further comprises: an accessory gear box (AGB) , the LP compressor positioned between the HP compressor and the AGB ; and first and second gear trains positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath , the first gear train coupling the LP turbine to the LP compressor , the second gear train coupling the HP spool to the AGB , wherein the AGB has an input shaft , the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train . an accessory gear box (AGB) , the LP compressor positioned between the HP compressor and the AGB ; and first and second gear trains positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath , the first gear train coupling the LP turbine to the LP compressor , the second gear train coupling the HP spool to the AGB , wherein the AGB has an input shaft , the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train .
An electronic circuit apparatus comprising a substrate with a current-generating-side pattern , a current-receiving-side pattern and a surface-mounting pattern that is separated from the current-generating-side pattern and the current-receiving-side pattern , a shunt resistor including a resistance element between electrodes , being surface-mounted to the surface-mounting pattern and in which electric current flowing from the current-generating-side pattern into the current-receiving-side pattern is detected by the shunt resistor that is arranged on a path of the electric current, wherein at least one of the electrodes (12a or 12b) of the shunt resistor is connected to the surface-mounting pattern and a connection member (20 or 21), wherein the surface-mounting pattern (13L or 13R) is connected to the current-generating-side pattern or the current-receiving-side pattern via the connection member (20 or 21) which creates a space between the connection member (20 or 21) itself and the substrate .
A system for regenerating an adsorbent in an off-line adsorption chamber comprising: a compressor coolant supply configured to supply a first fluid; the first fluid being a compressor coolant heated by a compressor ; a heat exchanger in direct fluid communication with the compressor coolant supply , the heat exchanger being configured to exchange heat from a first fluid coming from the compressor and a second fluid, an off-line adsorption chamber having an adsorbent , the off-line adsorption chamber being configured to receive the second fluid for regenerating; a conduit providing fluid communication between the second fluid exiting the heat exchanger and an off-line adsorption chamber ; and an outlet to the off-line adsorption chamber configured to discharge the second fluid from the off-line adsorption chamber . a compressor coolant supply configured to supply a first fluid; the first fluid being a compressor coolant heated by a compressor ; a heat exchanger in direct fluid communication with the compressor coolant supply , the heat exchanger being configured to exchange heat from a first fluid coming from the compressor and a second fluid, an off-line adsorption chamber having an adsorbent , the off-line adsorption chamber being configured to receive the second fluid for regenerating; a conduit providing fluid communication between the second fluid exiting the heat exchanger and an off-line adsorption chamber ; and an outlet to the off-line adsorption chamber configured to discharge the second fluid from the off-line adsorption chamber .
Heat exchanger component having a cylindrical main body , which comprises a casing made of a heat conducting material, a gas inlet at one end and a gas outlet at the other end of the cylindrical main body , wherein the gas inlet and gas outlet lead into the cylindrical main body tangentially and transversely to the longitudinal direction of the cylindrical main body , with the result that a flow duct for a helically running gas flow containing solid particles is formed in the cylindrical main body between the gas inlet and the gas outlet , characterized in that the gas inlet has a constant first cross-sectional area (F 1 ) along its length and the gas outlet has a constant second cross-sectional area (F 2 ) along its length, and in that the first cross-sectional area (F 1 ) is greater than the second cross-sectional area (F 2 ).
A mobile cleaning robot , comprising: a chassis having a forward portion and an aft portion ; a blower affixed to the chassis; a bin supported by the chassis and configured to receive airflow from the blower, the chassis enabling evacuation of the bin through a bottom of the robot, the bin comprising a top , a bottom , a sidewall , and an internal barrier , the bin defining a first volume and a second volume separated by the internal barrier; and a filter unit supported by the internal barrier and removably disposed in an airflow path between the first volume that includes an intake port in the bin and the second volume that includes an exhaust port in the bin, further comprising: a handle hingedly attached to the top of the bin, the handle extending above the top in an extended state and being disposed in a recess of the top of the bin during a stored state; and a bin emptying button disposed in the recess, the handle configured to cover the button during the stored state. a chassis having a forward portion and an aft portion ; a blower affixed to the chassis; a bin supported by the chassis and configured to receive airflow from the blower, the chassis enabling evacuation of the bin through a bottom of the robot, the bin comprising a top , a bottom , a sidewall , and an internal barrier , the bin defining a first volume and a second volume separated by the internal barrier; and a filter unit supported by the internal barrier and removably disposed in an airflow path between the first volume that includes an intake port in the bin and the second volume that includes an exhaust port in the bin, further comprising: a handle hingedly attached to the top of the bin, the handle extending above the top in an extended state and being disposed in a recess of the top of the bin during a stored state; and a bin emptying button disposed in the recess, the handle configured to cover the button during the stored state. a handle hingedly attached to the top of the bin, the handle extending above the top in an extended state and being disposed in a recess of the top of the bin during a stored state; and a bin emptying button disposed in the recess, the handle configured to cover the button during the stored state.
A wireless local area network, WLAN, link adaptation apparatus, comprising a processor and a computer-readable storage medium storing instructions, the instructions, when executed by the processor, instruct the apparatus to perform: sending a first physical layer protocol data unit, PPDU to a second network device, wherein the first PPDU indicates that the second network device needs to send a channel information measurement result, and the first PPDU further comprises a first indication field and a second indication field; and the first indication field instructs the second network device to measure channel information over entire transmission bandwidth or partial transmission bandwidth, wherein resource division is performed on the entire or the partial transmission bandwidth according to a preset resource division rule to obtain multiple resource blocks, and the second indication field indicates a resource block, in the multiple resource blocks, over which the second network device is requested to measure a channel information measurement result; receiving a second PPDU comprising the target channel information measurement result and sent by the second network device, wherein the target channel information measurement result is obtained by the second network device by measuring the channel information over the resource block, wherein the first indication field and the second indication field jointly specify a location and a size of the resource block in the bandwidth, wherein the bandwidth is 20MHz or 40MHz; and determining a modulation and coding scheme, MCS of a link according to the target channel information measurement result. sending a first physical layer protocol data unit, PPDU to a second network device, wherein the first PPDU indicates that the second network device needs to send a channel information measurement result, and the first PPDU further comprises a first indication field and a second indication field; and the first indication field instructs the second network device to measure channel information over entire transmission bandwidth or partial transmission bandwidth, wherein resource division is performed on the entire or the partial transmission bandwidth according to a preset resource division rule to obtain multiple resource blocks, and the second indication field indicates a resource block, in the multiple resource blocks, over which the second network device is requested to measure a channel information measurement result; receiving a second PPDU comprising the target channel information measurement result and sent by the second network device, wherein the target channel information measurement result is obtained by the second network device by measuring the channel information over the resource block, wherein the first indication field and the second indication field jointly specify a location and a size of the resource block in the bandwidth, wherein the bandwidth is 20MHz or 40MHz; and determining a modulation and coding scheme, MCS of a link according to the target channel information measurement result.
A compound having a structure according to Formula 4c: or a pharmaceutically acceptable salt, a hydrate, or a solvate thereof, wherein: A 2 is absent or is CH 2 ; X 1 is an alkyl having from 8 to 30 carbon atoms; E is absent or is an alkyl chain having from 1 to 4 carbon atoms; F is hydrogen or alkyl having 1 to 4 carbon atoms; and Y is phosphoryl choline or phosphoryl ethanolamine; for use in treating or preventing fibrosis, wherein said fibrosis is liver fibrosis, kidney fibrosis, or steatohepatitis. A 2 is absent or is CH 2 ; X 1 is an alkyl having from 8 to 30 carbon atoms; E is absent or is an alkyl chain having from 1 to 4 carbon atoms; F is hydrogen or alkyl having 1 to 4 carbon atoms; and Y is phosphoryl choline or phosphoryl ethanolamine; for use in treating or preventing fibrosis, wherein said fibrosis is liver fibrosis, kidney fibrosis, or steatohepatitis.
A fastener stringer comprising: a fastener tape ; and a plurality of fastener elements attached to a side-edge portion of the fastener tape , wherein the fastener element comprises: a metal base member ; a single layered or multi layered surface resin layer formed on the metal base member ; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer , wherein the one or more intermediate metal layers include an exposure metal layer that will be exposed by at least a partial removal of the surface resin layer , characterized in that the surface resin layer and the exposure metal layer are made of material having the same color tone. a fastener tape ; and a plurality of fastener elements attached to a side-edge portion of the fastener tape , wherein the fastener element comprises: a metal base member ; a single layered or multi layered surface resin layer formed on the metal base member ; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer , wherein a metal base member ; a single layered or multi layered surface resin layer formed on the metal base member ; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer , wherein the one or more intermediate metal layers include an exposure metal layer that will be exposed by at least a partial removal of the surface resin layer , characterized in that the surface resin layer and the exposure metal layer are made of material having the same color tone.
A multiview backlight, comprising: a light guide configured to guide light as guided light; and a microprism multibeam element adjacent to and extending from a surface of the light guide, the microprism multibeam element having an input aperture configured to receive a portion of the guided light and an output aperture configured to emit a plurality of directional light beams having principal angular directions corresponding to view directions of a multiview display, wherein the microprism multibeam element comprises a plurality of microprisms , each microprism having an inclined sidewall configured to reflect the received guided light portion and provide the plurality of directional light beams, the microprism multibeam element having a size comparable to a size of a sub-pixel of a multiview pixel in a multiview display, the multiview display further comprising an array of light valves configured to modulate directional light beams of the plurality of directional light beams, a light valve of the array corresponding to the sub-pixel in the multiview pixel, a set of light valves of the array corresponding to the multiview pixel of the multiview display. a light guide configured to guide light as guided light; and a microprism multibeam element adjacent to and extending from a surface of the light guide, the microprism multibeam element having an input aperture configured to receive a portion of the guided light and an output aperture configured to emit a plurality of directional light beams having principal angular directions corresponding to view directions of a multiview display, wherein the microprism multibeam element comprises a plurality of microprisms , each microprism having an inclined sidewall configured to reflect the received guided light portion and provide the plurality of directional light beams, the microprism multibeam element having a size comparable to a size of a sub-pixel of a multiview pixel in a multiview display, the multiview display further comprising an array of light valves configured to modulate directional light beams of the plurality of directional light beams, a light valve of the array corresponding to the sub-pixel in the multiview pixel, a set of light valves of the array corresponding to the multiview pixel of the multiview display.
An assembly comprising: a first turbine blade half comprising a first shell defining a first perimeter and a first interface surface extending along the first perimeter; a second turbine blade half comprising a second shell defining a second perimeter and a second interface surface extending along the second perimeter, the second blade half comprising a bond cap extending from the perimeter where, when the first interface surface is aligned with the second interface surface, a first gap is formed between the first shell and the bond cap ; a first mold half comprising a first mold surface corresponding to the first shell; a second mold half comprising a second mold surface corresponding to the second shell where, when the first mold is aligned with the second mold, a second gap is formed between the first mold and the second mold , wherein the first gap is in fluid communication with the second gap ; a first barrier disposed within the first gap ; and a second barrier disposed within the second gap thereby fluidly sealing a volume defined by the first gap and the second gap, characterized by a vent on the second barrier . a first turbine blade half comprising a first shell defining a first perimeter and a first interface surface extending along the first perimeter; a second turbine blade half comprising a second shell defining a second perimeter and a second interface surface extending along the second perimeter, the second blade half comprising a bond cap extending from the perimeter where, when the first interface surface is aligned with the second interface surface, a first gap is formed between the first shell and the bond cap ; a first mold half comprising a first mold surface corresponding to the first shell; a second mold half comprising a second mold surface corresponding to the second shell where, when the first mold is aligned with the second mold, a second gap is formed between the first mold and the second mold , wherein the first gap is in fluid communication with the second gap ; a first barrier disposed within the first gap ; and a second barrier disposed within the second gap thereby fluidly sealing a volume defined by the first gap and the second gap, characterized by a vent on the second barrier .
A compound according to formula (II): or a pharmaceutically acceptable salt or solvate thereof; for use in the treatment or prophylaxis of Attention Deficit/Hyperactivity Disorder (ADHD). or a pharmaceutically acceptable salt or solvate thereof; for use in the treatment or prophylaxis of Attention Deficit/Hyperactivity Disorder (ADHD).