mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic wave sensor for determining a hydration status of a body tissue in vivo, comprising - an electromagnetic wave transmitter unit configured to emit electromagnetic wave signal in a frequency range between 1 GHz and 100 GHz, - a waveguide unit coupled to the electromagnetic wave transmitter unit , the waveguide unit being adapted to be arranged next to the body tissue such that a fringe field (FF) of the electromagnetic wave signal guided by the waveguide unit penetrates the body tissue ; - an electromagnetic wave receiver unit coupled to the waveguide unit and configured to receive the electromagnetic wave signal modified by the body tissue in dependence of the hydration status of the body tissue ; and - a processor unit adapted to determine the hydration status on the basis of a frequency analysis of a transfer function between the electromagnetic wave transmitter unit and the electromagnetic wave receiver unit . - an electromagnetic wave transmitter unit configured to emit electromagnetic wave signal in a frequency range between 1 GHz and 100 GHz, - a waveguide unit coupled to the electromagnetic wave transmitter unit , the waveguide unit being adapted to be arranged next to the body tissue such that a fringe field (FF) of the electromagnetic wave signal guided by the waveguide unit penetrates the body tissue ; - an electromagnetic wave receiver unit coupled to the waveguide unit and configured to receive the electromagnetic wave signal modified by the body tissue in dependence of the hydration status of the body tissue ; and - a processor unit adapted to determine the hydration status on the basis of a frequency analysis of a transfer function between the electromagnetic wave transmitter unit and the electromagnetic wave receiver unit .
A quantum key distribution system, comprising: a plurality of routing devices (R1 - R4) configured to relay keys ; a quantum key distribution device (A1) connected with the routing devices (R1 - R4) and configured to use two or more different paths to perform corresponding quantum key negotiations with another quantum key distribution device (B1) to obtain shared keys, wherein the two or more different paths each include one or more of the routing devices (R1 - R4); wherein the quantum key distribution device (A1) is further configured to: acquire a security assessment result of performing key negotiation via each of the two or more paths, wherein the security assessment result indicates that the respective path has a risk of being attacked, and wherein the security assessment comprises assessment of a bit error rate or packet loss rate; and combine the obtained shared keys to generate a new shared key if the acquired security assessment result of any one path of the two or more paths exceeds a preset security range and as long as the acquired security assessment result of one of the two or more paths does not exceed the preset security range, wherein exceeding the preset security range indicates that the respective path or the routing device of the respective path may have a security risk. a plurality of routing devices (R1 - R4) configured to relay keys ; a quantum key distribution device (A1) connected with the routing devices (R1 - R4) and configured to use two or more different paths to perform corresponding quantum key negotiations with another quantum key distribution device (B1) to obtain shared keys, acquire a security assessment result of performing key negotiation via each of the two or more paths, wherein the security assessment result indicates that the respective path has a risk of being attacked, and wherein the security assessment comprises assessment of a bit error rate or packet loss rate; and combine the obtained shared keys to generate a new shared key if the acquired security assessment result of any one path of the two or more paths exceeds a preset security range and as long as the acquired security assessment result of one of the two or more paths does not exceed the preset security range, wherein exceeding the preset security range indicates that the respective path or the routing device of the respective path may have a security risk.
A Rogowski coil assembly , comprising: a printed circuit board ; and a plurality of Rogowski coil sections (130a-f), each including a helical coil of a conductor that is coiled or wound on a non-magnetic core, the plurality of Rogowski coil sections (130a-f) being mounted to an external surface of the printed circuit board by one or more respective circuit traces (140a-f), characterized in that the circuit traces (140a-f) are configured to retain and connect the plurality of Rogowski coil sections (130a-f) so as to prevent unwinding thereof and form a return current path and, further, the return current path is formed on a surface of the printed circuit board opposite a surface on which the Rogowski coil sections (130a-f) are mounted. a printed circuit board ; and a plurality of Rogowski coil sections (130a-f), each including a helical coil of a conductor that is coiled or wound on a non-magnetic core, the plurality of Rogowski coil sections (130a-f) being mounted to an external surface of the printed circuit board by one or more respective circuit traces (140a-f), characterized in that the circuit traces (140a-f) are configured to retain and connect the plurality of Rogowski coil sections (130a-f) so as to prevent unwinding thereof and form a return current path and, further, the return current path is formed on a surface of the printed circuit board opposite a surface on which the Rogowski coil sections (130a-f) are mounted.
An M240 machine gun barrel assembly comprising: a barrel with a distal end and a proximal end and a bore; the barrel having a barrel axis spanning through the distal end and proximal end of the barrel and parallel with the bore; and a handle assembly with a handle and a handle connector , the handle connector for connecting the handle assembly to the barrel , the handle having a free end and a connected end , the connected end operably connected to the handle connector and the free end not connected to the handle connector and the handle further having a linear axis beginning at the connected end and spanning through the handle and out a centre of the free end of the handle , characterised in that the handle is operable between a first position with the free end of the handle pointing proximally and a second position with the free end of the handle assembly pointing distally. a barrel with a distal end and a proximal end and a bore; the barrel having a barrel axis spanning through the distal end and proximal end of the barrel and parallel with the bore; and a handle assembly with a handle and a handle connector , the handle connector for connecting the handle assembly to the barrel , the handle having a free end and a connected end , the connected end operably connected to the handle connector and the free end not connected to the handle connector and the handle further having a linear axis beginning at the connected end and spanning through the handle and out a centre of the free end of the handle , characterised in that the handle is operable between a first position with the free end of the handle pointing proximally and a second position with the free end of the handle assembly pointing distally.
An image forming apparatus that conveys a plurality of sheets (P) along a conveyance path in a conveyance direction and forms images on the sheets, the image forming apparatus comprises a sheet feed section to be loaded with sheets; an image forming section configured to form an image on a sheet; a sheet feed roller configured to feed a sheet from the sheet feed section; a pair of registration rollers disposed downstream of the sheet feed roller in terms of the conveyance direction and configured to perform skew correction on the sheet; a pair of intermediate rollers disposed between the sheet feed roller and the pair of registration rollers; a first detection section (S1) configured to detect presence or absence of a sheet at a first detection point located downstream of the sheet feed roller and upstream of the pair of intermediate rollers in terms of the conveyance direction; a control section configured to adjust a sheet feed roller linear velocity (Vs) of the sheet feed roller and an intermediate roller pair linear velocity (Vm) of the pair of intermediate rollers to a first linear velocity (V1) or a second linear velocity (V2) greater than the first linear velocity; and a storage section configured to store therein an ideal sheet interval (Ta) that indicates an ideal value of an interval between a preceding sheet (Pa) and a succeeding sheet (Pb) that are conveyed successively, characterized in that the control section is capable of separately controlling the sheet feed roller linear velocity (Vs) and the intermediate roller pair linear velocity (Vm), the control section is configured to calculate a sheet interval (T1) between the preceding sheet and the succeeding sheet based on a detection result of the first detection section (S1) and to determine based on the sheet interval and the ideal sheet interval, a second-linear-velocity period (T2) in which each of the sheet feed roller linear velocity (Vs) and the intermediate roller pair linear velocity (Vm)are adjusted to the second linear velocity (V2) , and when the sheet interval is greater than the ideal sheet interval, the control section is configured to perform a first process to change the sheet feed roller linear velocity (Vs) from the first linear velocity (V1) to the second linear velocity (V2) in a state where the intermediate roller pair linear velocity (Vm) is maintained at the first linear velocity (V1) , a second process to change the intermediate roller pair linear velocity (Vm) from the first linear velocity (V1) to the second linear velocity (V2) in a state where the sheet feed roller linear velocity (Vs) is maintained at the second linear velocity (V2) , and a third process to change the sheet feed roller linear velocity (Vs) from the second linear velocity (V2) to 0 in a state where the intermediate roller pair linear velocity (Vm) is maintained at the second linear velocity (V2) in the following order: the first process; the second process; and the third process.
A joint assembly comprising: a first component formed from a first material, the first component being a body of a spar assembly for use in a rotary blade system ; and a second component , being a tip fitting of said spar assembly , comprising a portion that extends at least partially into said first component and that has an uneven outer profile, said second component comprising a plurality of retention members that extend from an outer surface of said second component and a recess defined between adjacent pairs of said plurality of retention members , wherein said retention members extend at least partially about said second component portion along said outer surface ; wherein the first material is configured to form said first component into a shape that is substantially complementary to a shape of said portion to facilitate restricting movement of said second component in an axial direction parallel to a direction in which the portion of said second component extends into said first component ; characterized in that said first component is formed from at least one layer (280-284) of first material and a strip of a second material positioned within said recess , wherein said strip is sized for insertion into said recess and extends in a direction perpendicular to the axial direction . a first component formed from a first material, the first component being a body of a spar assembly for use in a rotary blade system ; and a second component , being a tip fitting of said spar assembly , comprising a portion that extends at least partially into said first component and that has an uneven outer profile, said second component comprising a plurality of retention members that extend from an outer surface of said second component and a recess defined between adjacent pairs of said plurality of retention members , wherein said retention members extend at least partially about said second component portion along said outer surface ; wherein the first material is configured to form said first component into a shape that is substantially complementary to a shape of said portion to facilitate restricting movement of said second component in an axial direction parallel to a direction in which the portion of said second component extends into said first component ; characterized in that said first component is formed from at least one layer (280-284) of first material and a strip of a second material positioned within said recess , wherein said strip is sized for insertion into said recess and extends in a direction perpendicular to the axial direction .
An apparatus for selectively marking color-strikable glass containers , including: a conveyor for carrying the glass containers and for presenting the glass containers having a color-strikable glass composition in sequence; and an energizer positioned adjacent to said conveyor to selectively heat localized regions of the glass containers to impart color to or to change the color of the glass in said localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor ; wherein said energizer comprises a gas burner that directly applies heat to the localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor . a conveyor for carrying the glass containers and for presenting the glass containers having a color-strikable glass composition in sequence; and an energizer positioned adjacent to said conveyor to selectively heat localized regions of the glass containers to impart color to or to change the color of the glass in said localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor ; wherein said energizer comprises a gas burner that directly applies heat to the localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor .
A bow deflector device positioned upstream of an extrusion die , the bow deflector device comprising: a base comprising an aperture of a first constant area to pass a feed stream of plastic batch material therethrough; a bow plate movably mounted to a downstream or upstream side of the base , wherein by adjusting the bow plate position on the base , bow in a honeycomb extrudate extruded from the extrusion die is corrected in any direction to "true zero" magnitude; characterised in that the bow plate comprises an opening of a second constant area less than the first constant area to pass the feed stream of plastic batch material therethrough and in that the bow deflector device further comprises: a horizontal adjustment member to move the bow plate horizontally on the base ; and a vertical adjustment member to move the bow plate vertically on the base , wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture . a base comprising an aperture of a first constant area to pass a feed stream of plastic batch material therethrough; a bow plate movably mounted to a downstream or upstream side of the base , wherein by adjusting the bow plate position on the base , bow in a honeycomb extrudate extruded from the extrusion die is corrected in any direction to "true zero" magnitude; characterised in that the bow plate comprises an opening of a second constant area less than the first constant area to pass the feed stream of plastic batch material therethrough and in that the bow deflector device further comprises: a horizontal adjustment member to move the bow plate horizontally on the base ; and a vertical adjustment member to move the bow plate vertically on the base , wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture . a horizontal adjustment member to move the bow plate horizontally on the base ; and a vertical adjustment member to move the bow plate vertically on the base , wherein the horizontal adjustment member and vertical adjustment member are configured to move the bow plate opening to overlap regions of the base aperture .
A gas turbine engine comprising: a tail cone ; a low pressure compressor ; a low pressure turbine ; a low speed spool interconnecting the low pressure compressor and the low pressure turbine ; and an electric generator located within the tail cone, the electric generator being operably connected to the low speed spool; and characterized by one or more acoustic panel assemblies located around the electric generator, the one or more acoustic panel assemblies comprising: an acoustic backing sheet , an outer porous liner , and an acoustic liner interposed between the outer porous liner and the acoustic backing sheet, a structural support housing at least partially enclosing the electric generator, the structural support housing being located within the tail cone; and a mounting system located within the tail cone between the structural support housing and the tail cone, wherein the mounting system attaches the tail cone to the structural support housing, wherein the mounting system is composed of a plurality of mounts at multiple different locations along a length of the tail cone, wherein the one or more acoustic panel assemblies are interposed between the plurality of mounts . a tail cone ; a low pressure compressor ; a low pressure turbine ; a low speed spool interconnecting the low pressure compressor and the low pressure turbine ; and an electric generator located within the tail cone, the electric generator being operably connected to the low speed spool; and characterized by one or more acoustic panel assemblies located around the electric generator, the one or more acoustic panel assemblies comprising: an acoustic backing sheet , an outer porous liner , and an acoustic liner interposed between the outer porous liner and the acoustic backing sheet, a structural support housing at least partially enclosing the electric generator, the structural support housing being located within the tail cone; and a mounting system located within the tail cone between the structural support housing and the tail cone, wherein the mounting system attaches the tail cone to the structural support housing, wherein the mounting system is composed of a plurality of mounts at multiple different locations along a length of the tail cone, wherein the one or more acoustic panel assemblies are interposed between the plurality of mounts .
A separation device, comprising: a membrane separation module , which comprises a first housing and a membrane assembly that is able to be disposed in the first housing , wherein the first housing has a first gas inlet and a first gas outlet , and the membrane assembly has a permeate gas outlet, the permeate gas outlet is in communication with the first gas outlet ; an adsorption module , which comprises a second housing and an adsorbent layer that is able to be disposed in the second housing , wherein the second housing has a second gas inlet and a second gas outlet , and the second gas inlet is in communication with the first gas outlet; and a gas intake module , which has a third gas outlet that is in communication with the first gas inlet , characterized in that the first housing further has a retentate gas outlet ; the second housing is disposed on the first housing and further has a desorption gas outlet ; the separation device comprises a plurality of the membrane separation modules and a plurality of the adsorption modules the first gas inlet of each of the membrane separation modules is in communication with the third gas outlet , a plurality of the second housings are disposed on a plurality of the first housings in one-to-one correspondence, and the first gas outlets of the plurality of membrane separation modules are in communication with the second gas inlets of the plurality of adsorption modules in one-to-one correspondence. a membrane separation module , which comprises a first housing and a membrane assembly that is able to be disposed in the first housing , wherein the first housing has a first gas inlet and a first gas outlet , and the membrane assembly has a permeate gas outlet, the permeate gas outlet is in communication with the first gas outlet ; an adsorption module , which comprises a second housing and an adsorbent layer that is able to be disposed in the second housing , wherein the second housing has a second gas inlet and a second gas outlet , and the second gas inlet is in communication with the first gas outlet; and a gas intake module , which has a third gas outlet that is in communication with the first gas inlet , characterized in that the first housing further has a retentate gas outlet ; the second housing is disposed on the first housing and further has a desorption gas outlet ; the separation device comprises a plurality of the membrane separation modules and a plurality of the adsorption modules the first gas inlet of each of the membrane separation modules is in communication with the third gas outlet , a plurality of the second housings are disposed on a plurality of the first housings in one-to-one correspondence, and the first gas outlets of the plurality of membrane separation modules are in communication with the second gas inlets of the plurality of adsorption modules in one-to-one correspondence.
A working machine comprising: an operating portion to be operated based on a plurality of priority items; and a display device to set the plurality of priority values corresponding to the plurality of priority items, characterized in that the display device includes: an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point (O1) represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point (O1); and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, wherein the maker display portion represents the plurality of priority values. an operating portion to be operated based on a plurality of priority items; and a display device to set the plurality of priority values corresponding to the plurality of priority items, characterized in that the display device includes: an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point (O1) represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point (O1); and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, an area display portion to display a setting area for setting the plurality of priority values; a plurality of axis display portions extending through a reference point (O1) represented in the setting area and including scale portions indicating the plurality of priority values depending on a distance from the reference point (O1); and a marker display portion to be indicated in a partial area included in the setting area, the partial area corresponding to at least two of the plurality of axis display portions, wherein the maker display portion represents the plurality of priority values.