mhurhangee/ep-ind-claims huggingface dataset:
A circulator/isolator junction comprising: a pair of ferrite discs, each of the pair having an outer rim; a composite dielectric material surrounding the outer rim of each of the pair of ferrite discs; and a center conductor located between the pair of ferrite discs, the center conductor including a plurality of transmission lines extending away from the center of the center conductor, characterized in that the composite dielectric material includes segments having a first dielectric constant and segments having a second dielectric constant, the first dielectric constant segments being aligned over each of the plurality of transmission lines and having a dielectric constant lower than a dielectric constant of the second dielectric constant segments. a pair of ferrite discs, each of the pair having an outer rim; a composite dielectric material surrounding the outer rim of each of the pair of ferrite discs; and a center conductor located between the pair of ferrite discs, the center conductor including a plurality of transmission lines extending away from the center of the center conductor, characterized in that the composite dielectric material includes segments having a first dielectric constant and segments having a second dielectric constant, the first dielectric constant segments being aligned over each of the plurality of transmission lines and having a dielectric constant lower than a dielectric constant of the second dielectric constant segments.
A bicycle control system (21, 22) comprising: a hood base comprising an upper mounting surface, wherein the hood base houses a brake actuation system, and wherein the upper mounting surface is positioned above the brake actuation system; a lever pivotally coupled to the hood base about an axis (94, 96), wherein the lever is operably coupled to the brake actuation system; and an electronic module comprising a module housing releasably coupled to the upper mounting surface, wherein the module housing sealingly encloses at least one electronic component comprising a printed circuit board and a power source comprising a battery, characterized in that the module housing comprises a cover moveable between a closed position and an open position, and wherein the battery is removable from the module housing when the cover is in the open position. a hood base comprising an upper mounting surface, wherein the hood base houses a brake actuation system, and wherein the upper mounting surface is positioned above the brake actuation system; a lever pivotally coupled to the hood base about an axis (94, 96), wherein the lever is operably coupled to the brake actuation system; and an electronic module comprising a module housing releasably coupled to the upper mounting surface, wherein the module housing sealingly encloses at least one electronic component comprising a printed circuit board and a power source comprising a battery, characterized in that the module housing comprises a cover moveable between a closed position and an open position, and wherein the battery is removable from the module housing when the cover is in the open position.
A diagnostic test reader system comprising a plurality of modules, including a plurality of reader modules and at least one mother module, each of the reader modules having a unique code and being configured to read a specific test cartridge type, each of the reader modules being in data communication with the mother module for receiving instructions from the mother module and for transmitting at least one of read and derived data to the mother module, the mother module being configured to communicate individually with each of the reader modules, wherein the reader modules are physically separate boxes each having separate electronic circuits and drivers for performing respective diagnostic tests, each reader module having a slot for receiving respective test cartridges, characterized by at least one of the reader modules comprises a sensor for detecting position data representing its spatial position relative to at least one other of the reader modules, said sensor of said at least one reader module being configured for transmitting said position data comprising said respective spatial position relative to at least one other of the reader modules to said mother module, at least one other of the reader modules having one or more fiducial marks detectable by said sensor, wherein said mother module is configured for determining the relative spatial positions of said reader modules, based on said position data said mother module is configured for determining if the relative spatial positions of said reader modules fulfil at least one predefined requirement, preferably said at least one predefined requirement is fulfilled when the reader modules are stacked in a predefined configuration, said at least one predefined requirement comprises at least one pre-programmed requirement and/or at least one user selectable requirement.
An exercise apparatus for permitting a user to exercise by pulling on a continuous rope comprising: a. a frame, said frame comprising: i. main chassis where rope control mechanisms are attached; ii. a platform that remains positioned beneath the user during use; and iii. a boom member, said boom member forming a lower end and an upper end; and iv. a pulley located along the boom; b. a length of a rope; c. a plurality of pulleys, said pulleys capable of rotational movement while in contact with said rope; and d. a means for applying resistance to the movement of the rope as the rope is pulled in either direction, and wherein said means for applying resistance to the movement of the rope is adjustable by the user; and characterized in that it further comprises e. a carousel member comprising a pulley, wherein said carousel member is capable of being adjustably locatable along the length of the boom member to allow significant slack in the rope for diagonal and horizontal rope orientation; wherein said rope is trained around the pulleys to form an endless loop. a. a frame, said frame comprising: i. main chassis where rope control mechanisms are attached; ii. a platform that remains positioned beneath the user during use; and iii. a boom member, said boom member forming a lower end and an upper end; and iv. a pulley located along the boom; i. main chassis where rope control mechanisms are attached; ii. a platform that remains positioned beneath the user during use; and iii. a boom member, said boom member forming a lower end and an upper end; and iv. a pulley located along the boom; b. a length of a rope; c. a plurality of pulleys, said pulleys capable of rotational movement while in contact with said rope; and d. a means for applying resistance to the movement of the rope as the rope is pulled in either direction, and wherein said means for applying resistance to the movement of the rope is adjustable by the user; and characterized in that it further comprises e. a carousel member comprising a pulley, wherein said carousel member is capable of being adjustably locatable along the length of the boom member to allow significant slack in the rope for diagonal and horizontal rope orientation; wherein said rope is trained around the pulleys to form an endless loop.
A method, comprising: receiving a triggered declarative object at a digital television receiver device, the TDO including a scripted executable routine comprising a script that defines a user interface for manipulation of non-real-time content upon occurrence of a triggering action; executing the scripted executable routine to define the UI for manipulation of the NRT content; and the digital television receiver, executing the scripted executable routine to present the user with the UI, wherein the scripted executable routine is: self-triggered so as to be executed upon completion of receipt of the scripted executable routine, executed responsive to a trigger object received at the digital television receiver, executed upon user initiation of NRT services, or executed upon user selection of a predetermined television channel. receiving a triggered declarative object at a digital television receiver device, the TDO including a scripted executable routine comprising a script that defines a user interface for manipulation of non-real-time content upon occurrence of a triggering action; executing the scripted executable routine to define the UI for manipulation of the NRT content; and the digital television receiver, executing the scripted executable routine to present the user with the UI, wherein the scripted executable routine is: self-triggered so as to be executed upon completion of receipt of the scripted executable routine, executed responsive to a trigger object received at the digital television receiver, executed upon user initiation of NRT services, or executed upon user selection of a predetermined television channel.
Method of manufacturing a connection assembly by plastically deforming a connection device about a conductor and thus moving two faces of the connection device into a position adjacent to each other, and by then materially bonding the two adjacent faces to each other, wherein sealing material for sealing the connection assembly in a finished state is applied during manufacturing, wherein the sealing material is applied to cut-out blanks of a metal strip for the connection devices before the connection devices are fully deformed, characterized in that the sealing material is applied as a foam, the sealing material being heated during the production process.
A method of reconfiguring a telecommunication subnetwork, the telecommunication subnetwork comprising eNodeBs, referred to as internal eNodeBs, an operation and maintenance module, and a connection aggregator coupling each of the internal eNodeBs to one or more Mobility Management Entities, the method comprising: assessing by said operation and maintenance module in conjunction with said connection aggregator demand for connectivity within the telecommunication subnetwork; identifying by said operation and maintenance module a low-activity internal eNodeB based on a result of assessing demand for connectivity within the telecommunication subnetwork; commanding by said operation and maintenance module the handing off a UE connection associated with each of one or more UEs from the low-activity internal eNodeB to a neighboring internal eNodeB; shutting down by said operation and maintenance module the low-activity internal eNodeB; and instructing by said operation and maintenance module said connection aggregator to remove an eNodeB identifier and at least one cell ID corresponding to the low-activity internal eNodeB from a memory corresponding to active internal eNodeBs; wherein assessing demand for connectivity within the telecommunication subnetwork comprises comparing demand for connectivity with an internal eNodeB to a threshold value that reflects a low-activity condition. assessing by said operation and maintenance module in conjunction with said connection aggregator demand for connectivity within the telecommunication subnetwork; identifying by said operation and maintenance module a low-activity internal eNodeB based on a result of assessing demand for connectivity within the telecommunication subnetwork; commanding by said operation and maintenance module the handing off a UE connection associated with each of one or more UEs from the low-activity internal eNodeB to a neighboring internal eNodeB; shutting down by said operation and maintenance module the low-activity internal eNodeB; and instructing by said operation and maintenance module said connection aggregator to remove an eNodeB identifier and at least one cell ID corresponding to the low-activity internal eNodeB from a memory corresponding to active internal eNodeBs; wherein assessing demand for connectivity within the telecommunication subnetwork comprises comparing demand for connectivity with an internal eNodeB to a threshold value that reflects a low-activity condition.
A standard of a scaffolding system, comprising: - an elongate tubular wall, defining a central longitudinal axis (L s); - at least one supporting projection that protrudes radially outwardly from said tubular wall forming an annular supporting surface that encircles the tubular wall; wherein the standard comprises a plurality of said supporting projections which are substantially identical and which are regularly spaced apart along the longitudinal axis (L s) of the standard, characterized in that said at least one supporting projection is a plastic deformation in the tubular wall the annular supporting surface defining alternating elevations and depressions seen in a direction parallel relative to the central longitudinal axis (L s), when the standard is in a vertical orientation. - an elongate tubular wall, defining a central longitudinal axis (L s); - at least one supporting projection that protrudes radially outwardly from said tubular wall forming an annular supporting surface that encircles the tubular wall;
A hollow plastic article, which comprises: a plastic article (10, 52) which is an injection stretch blow molded container which is blow molded from an injection molded preform, said container having a hollow inside portion and an outside wall portion (40, 42, 44, 48, 58, 60, 62), said outside wall portion (40, 42, 44, 48, 58, 60, 62) including a base wall portion (40, 58), a side wall portion (42, 60) extending upwardly from the base wall portion (40, 58), a neck wall portion (44, 62) extending upwardly from the side wall portion (42, 60) and an opening above the neck wall portion (44, 62) to the inside portion; wherein the outside wall portion (40, 42, 44, 48, 58, 60, 62) is opaque and wherein the outside wall portion (40, 42, 44, 48, 58, 60, 62) includes a transparent portion (36, 56) thereof, which is a stripe (36, 56) extending continuously and longitudinally along the base wall portion (40, 58), side wall portion (42, 60) and, neck wall portion (44, 62) with the opaque portion (34, 54) forming a major portion of the container limiting viewing of the inside portion therethrough and the transparent portion (36, 56) permitting viewing of the inside portion therethrough. a plastic article (10, 52) which is an injection stretch blow molded container which is blow molded from an injection molded preform, said container having a hollow inside portion and an outside wall portion (40, 42, 44, 48, 58, 60, 62), said outside wall portion (40, 42, 44, 48, 58, 60, 62) including a base wall portion (40, 58), a side wall portion (42, 60) extending upwardly from the base wall portion (40, 58), a neck wall portion (44, 62) extending upwardly from the side wall portion (42, 60) and an opening above the neck wall portion (44, 62) to the inside portion; wherein the outside wall portion (40, 42, 44, 48, 58, 60, 62) is opaque and wherein the outside wall portion (40, 42, 44, 48, 58, 60, 62) includes a transparent portion (36, 56) thereof, which is a stripe (36, 56) extending continuously and longitudinally along the base wall portion (40, 58), side wall portion (42, 60) and, neck wall portion (44, 62) with the opaque portion (34, 54) forming a major portion of the container limiting viewing of the inside portion therethrough and the transparent portion (36, 56) permitting viewing of the inside portion therethrough.
A tobacco smoke filter comprising activated carbon impregnated with a metal impregnant, wherein the activated carbon is a high activity activated carbon having an activity of greater than 90% CTC prior to impregnation.
A turbine engine disk fitted with a blocking device, the disk presenting a circumferential groove in which blades are suitable for being retained via their roots, the groove being defined in its top portion by two lips (9, 11), an upstream lip and a downstream lip, and the blocking device being adapted to be inserted into said groove and comprising a latch passing, under drive from thrust means bearing against the bottom of the groove, from an unlocked position to a locked position in which the latch is in abutment against said lips (9, 11), the latch presenting two opposite side faces (19, 21), an upstream side face and a downstream side face, and serving, in the locked position, to block the blades in the circumferential direction of the disk, the disk being characterized in that a first one of said side faces of the latch presents a pivotal bearing surface that is curved and suitable for being received between the top edge of a first one of said lips and the bottom of the groove, in that the disk presents, between the top edge of the first lip and the bottom of the groove, a housing for receiving said pivotal bearing surface, the wall of the housing having a curved shape that is substantially complementary to the shape of the bearing surface, and in that said latch is adapted to pivot under drive from the thrust means about said bearing surface in a plane perpendicular to the circumferential direction, from its unlocked position to its locked position.
A process for synthesis of a catalyst for the oxidative dehydrogenation of paraffins via the hydrothermal treatment comprising: i) preparing an aqueous slurry comprising Mo, V, Nb and Te salts in a molar ratio of Mo 1.0: V 0.4 to 0.8; Nb to 0.25; and Te 0.15 to 0.25 at a temperature from 25°C to 80°C; ii) conducting a hydrothermal treatment of the aqueous slurry by heating the slurry in a reaction vessel to a temperature from 100° to 180°C, preferably from 120°C to 150°C, at a pressure above atmospheric and up to 10 psig (68.9 kPag) for a period of time not less than 21 hours with agitation and simultaneous removal of gaseous byproduct species produced during the reaction; iii) letting the reactor cool and recovering, drying and calcining the solid product wherein said solid product is a precatalyst having the formula Mo 1.0 V 0.12-0.19 Te 0.14-0.16 Nb 0.15 O d measured by PIXE and where d is a number to satisfy the valence of the oxide and iv) treating the calcined solid with hydrogen peroxide to give a catalyst comprising Mo, V, Nb and Te in the following molar ratios as determined by PIXE: Mo 1.0:V 0.17-0.20: Te 0.06-0.07: Nb 0.19-0.20. i) preparing an aqueous slurry comprising Mo, V, Nb and Te salts in a molar ratio of Mo 1.0: V 0.4 to 0.8; Nb to 0.25; and Te 0.15 to 0.25 at a temperature from 25°C to 80°C; ii) conducting a hydrothermal treatment of the aqueous slurry by heating the slurry in a reaction vessel to a temperature from 100° to 180°C, preferably from 120°C to 150°C, at a pressure above atmospheric and up to 10 psig (68.9 kPag) for a period of time not less than 21 hours with agitation and simultaneous removal of gaseous byproduct species produced during the reaction; iii) letting the reactor cool and recovering, drying and calcining the solid product wherein said solid product is a precatalyst having the formula Mo 1.0 V 0.12-0.19 Te 0.14-0.16 Nb 0.15 O d measured by PIXE and where d is a number to satisfy the valence of the oxide and iv) treating the calcined solid with hydrogen peroxide to give a catalyst comprising Mo, V, Nb and Te in the following molar ratios as determined by PIXE: Mo 1.0:V 0.17-0.20: Te 0.06-0.07: Nb 0.19-0.20.
A thermocouple probe arrangement for sensing the temperature of high temperature gases such as the gases in an engine, the thermocouple probe including a thermocouple comprising two wires (3,4) joined at a first sensing end to define a hot thermocouple function, at least a portion of the wires being in thermal communication with a thermocouple cooling arrangement, the thermocouple cooling arrangement having an inlet for coolant and an outlet for coolant, and wherein the thermocouple probe arrangement includes a first inlet temperature sensor for determining the temperature of the coolant as it enters the thermocouple cooling arrangement, and a flow rate sensor for determining the flow rate of coolant passing through the thermocouple cooling arrangement, and wherein the thermocouple probe arrangement includes connectors for connecting the outputs from the thermocouple, first inlet temperature sensor and the flow rate sensor to a correction data processor whereby the data processor can correct the temperature sensed by the thermocouple to take account of the effect of the thermocouple cooling arrangement.
A unitary disposable absorbent article, the article being a diaper, characterized by comprising: an absorbent core having a garment surface and a body surface; a liquid permeable topsheet positioned adjacent said body surface of said absorbent core; a liquid impermeable backsheet positioned adjacent said garment surface of said absorbent core; and an elastically contractible dual cuff having a proximate end and a distal end, said dual cuff being joined to said article by an intermediate bond, said dual cuff having a first cuff and a second cuff, said first cuff being disposed between said proximate end and said intermediate bond, wherein said intermediate bond extends substantially the entire longitudinal length of the article, said second cuff being disposed between said intermediate bond and said distal end, said dual cuff being constructed of a continuous cuff material and enclosed by a cuff end bond; characterized in that said second cuff is spaced away from said backsheet, and said first and second cuffs are barrier cuffs, said backsheet extends outboard of said distal end, and wherein said first cuff envelopes at least one elastic, and/or wherein said second cuff envelopes at least one elastic. an absorbent core having a garment surface and a body surface; a liquid permeable topsheet positioned adjacent said body surface of said absorbent core; a liquid impermeable backsheet positioned adjacent said garment surface of said absorbent core; and an elastically contractible dual cuff having a proximate end and a distal end, said dual cuff being joined to said article by an intermediate bond, said dual cuff having a first cuff and a second cuff, said first cuff being disposed between said proximate end and said intermediate bond, wherein said intermediate bond extends substantially the entire longitudinal length of the article, said second cuff being disposed between said intermediate bond and said distal end, said dual cuff being constructed of a continuous cuff material and enclosed by a cuff end bond; characterized in that said second cuff is spaced away from said backsheet, and said first and second cuffs are barrier cuffs, said backsheet extends outboard of said distal end, and wherein said first cuff envelopes at least one elastic, and/or wherein said second cuff envelopes at least one elastic.