mhurhangee/patent-ind-claim-en huggingface dataset:
An electrostatic charge image developing toner comprising: a toner particle; a strontium titanate particle that is externally added to the toner particle and that is doped with a metal element having an Allred-Rochow electronegativity of 1.3 or less; and a silica particle that is externally added to the toner particle, wherein, in a case where a detected peak intensity of the metal element having an Allred-Rochow electronegativity of 1.3 or less which is obtained by the X-ray fluorescence element analysis method defined in the description is Me-R, a detected peak intensity of strontium which is obtained by X-ray fluorescence element analysis method defined in the description is Sr-R, a detected peak intensity of silicon which is obtained by the X-ray fluorescence element analysis method is Si-R, and an element proportion of strontium obtained by the X-ray photoelectron spectroscopy method defined in the description is Sr-P, Conditions to are satisfied, 0.08 kcps ≤ Me − R ≤ 10 kcps , 0.1 % ≤ Sr − P ≤ 3.0 % , and 0.15 ≤ Sr − R / Si − R ≤ 12 . a toner particle; a strontium titanate particle that is externally added to the toner particle and that is doped with a metal element having an Allred-Rochow electronegativity of 1.3 or less; and a silica particle that is externally added to the toner particle, wherein, in a case where a detected peak intensity of the metal element having an Allred-Rochow electronegativity of 1.3 or less which is obtained by the X-ray fluorescence element analysis method defined in the description is Me-R, a detected peak intensity of strontium which is obtained by X-ray fluorescence element analysis method defined in the description is Sr-R, a detected peak intensity of silicon which is obtained by the X-ray fluorescence element analysis method is Si-R, and an element proportion of strontium obtained by the X-ray photoelectron spectroscopy method defined in the description is Sr-P, Conditions to are satisfied, 0.08 kcps ≤ Me − R ≤ 10 kcps , 0.1 % ≤ Sr − P ≤ 3.0 % , and 0.15 ≤ Sr − R / Si − R ≤ 12 .
An airfoil comprising: a core structure including a first fastener (178;278;378) comprising a hole (178a;278a;378a); and a panel (70;170) fastened to the core structure , the panel having an exterior, gas path side and an opposed interior side , the interior side including a second fastener (176;276;376) comprising a tab (176a;276a;376a) locked with the hole (178a;278a;378a) such that the core structure supports the panel (70;170), wherein the tab (176a;276a) includes a retainer (180;280) locking the tab (176a;276a) with the hole (178a;278a), characterised in that the retainer (180;280) is a cotter pin , or includes a spring biasing the panel (70;170) against the core structure . a core structure including a first fastener (178;278;378) comprising a hole (178a;278a;378a); and a panel (70;170) fastened to the core structure , the panel having an exterior, gas path side and an opposed interior side , the interior side including a second fastener (176;276;376) comprising a tab (176a;276a;376a) locked with the hole (178a;278a;378a) such that the core structure supports the panel (70;170), wherein the tab (176a;276a) includes a retainer (180;280) locking the tab (176a;276a) with the hole (178a;278a), characterised in that the retainer (180;280) is a cotter pin , or includes a spring biasing the panel (70;170) against the core structure .
A method for determining distance between an apparatus and a target comprising; transmitting signals to the target from a transmitter of the apparatus; receiving reflected signals at a receiver of the apparatus, forming a reflected signal amplitude profile from the reflected signals ; determining an energy decay trend from the reflected signal amplitude profile ; obtaining a signature of a first reflected signal , wherein the signature of the first reflected signal is determined using the energy decay trend ; locating a second reflected signal using the signature of the first reflected signal ; and determining a first distance to the target by using a peak distance between a first determined peak of the first reflected signal and a second determined peak of the second reflected signal , wherein the signature of the first reflected signal includes height of the first determined peak , duration of the first reflected signal burst and the area of the first reflected signal . transmitting signals to the target from a transmitter of the apparatus; receiving reflected signals at a receiver of the apparatus, forming a reflected signal amplitude profile from the reflected signals ; determining an energy decay trend from the reflected signal amplitude profile ; obtaining a signature of a first reflected signal , wherein the signature of the first reflected signal is determined using the energy decay trend ; locating a second reflected signal using the signature of the first reflected signal ; and determining a first distance to the target by using a peak distance between a first determined peak of the first reflected signal and a second determined peak of the second reflected signal , wherein the signature of the first reflected signal includes height of the first determined peak , duration of the first reflected signal burst and the area of the first reflected signal .
A micro-hybrid battery system , comprising: - a housing comprising a first compartment and a second compartment ; - a lithium ion micro-hybrid battery module , disposed in the first compartment , comprising: - a first pair of battery terminals ; - a lithium ion battery cell coupled to the first pair of battery terminals , wherein the lithium ion battery cell comprises a cathode and an anode, wherein the anode comprises an anode active material comprising a titanate-based oxide with spinel structure and the cathode comprises a cathode active material comprising high voltage spinel having a formula LiMn 2-x M x O 4 , and wherein M is nickel, chromium, iron, a transition metal, or any combination thereof and x is between 0.35 and 0.65; and - energy storage unit disposed in the second compartment coupled to a second pair of battery terminals ; - a control circuit configured to enable the lithium ion battery cell to be electrically connected in parallel to the energy storage unit such that the lithium ion micro-hybrid battery module is configured to work in a start-stop application, wherein the lithium ion micro-hybrid battery module and the energy storage unit are disposed in an enclosure and enclosed by a cover , wherein the cover comprises an in-molded bus configured to couple the lithium ion battery module and the energy storage unit in parallel to one another, when the cover is disposed over the enclosure . - a housing comprising a first compartment and a second compartment ; - a lithium ion micro-hybrid battery module , disposed in the first compartment , comprising: - a first pair of battery terminals ; - a lithium ion battery cell coupled to the first pair of battery terminals , wherein the lithium ion battery cell comprises a cathode and an anode, wherein the anode comprises an anode active material comprising a titanate-based oxide with spinel structure and the cathode comprises a cathode active material comprising high voltage spinel having a formula LiMn 2-x M x O 4 , and wherein M is nickel, chromium, iron, a transition metal, or any combination thereof and x is between 0.35 and 0.65; and - a first pair of battery terminals ; - a lithium ion battery cell coupled to the first pair of battery terminals , wherein the lithium ion battery cell comprises a cathode and an anode, wherein the anode comprises an anode active material comprising a titanate-based oxide with spinel structure and the cathode comprises a cathode active material comprising high voltage spinel having a formula LiMn 2-x M x O 4 , and wherein M is nickel, chromium, iron, a transition metal, or any combination thereof and x is between 0.35 and 0.65; and - energy storage unit disposed in the second compartment coupled to a second pair of battery terminals ; - a control circuit configured to enable the lithium ion battery cell to be electrically connected in parallel to the energy storage unit such that the lithium ion micro-hybrid battery module is configured to work in a start-stop application,
Use of at least one polymethacrylmethylimide copolymer (PMMI copolymer) for reducing the decrease in molecular weight of aromatic polycarbonate in talc-containing polycarbonate compositions on compounding.
A fiber optic cable installation robot system for installation of a multiplicity of fiber optic cables between first and second spaced - apart equipment racks within a facility and directed by a controller on which a cable deployment algorithm resides, said system comprising: a cable tray network positioned above and substantially in alignment with rows of equipment racks , the cable tray network having a bottom cable receiving section with periodically spaced cable outlet ports , an upper track system integral with a tray cover , and a plurality of track switch sections at locations wherein tracks of said upper track system cross; and one or more cable dispensing robots , each said cable dispensing robot for individually dispensing a pre-spooled fiber optical cable along a path determined by said cable deployment algorithm in the bottom section , each said cable dispensing robots including a motorized upper track engagement element for engaging said upper track system , a drive element to move the robot along the upper track system , a reciprocating cable feed element for laying the pre-spooled fiber optic cable along said path , a wireless communication element for communication between the robot and the controller , and a power element to power the drive element , the cable feed element , and the wireless communication element . a cable tray network positioned above and substantially in alignment with rows of equipment racks , the cable tray network having a bottom cable receiving section with periodically spaced cable outlet ports , an upper track system integral with a tray cover , and a plurality of track switch sections at locations wherein tracks of said upper track system cross; and one or more cable dispensing robots , each said cable dispensing robot for individually dispensing a pre-spooled fiber optical cable along a path determined by said cable deployment algorithm in the bottom section , each said cable dispensing robots including a motorized upper track engagement element for engaging said upper track system , a drive element to move the robot along the upper track system , a reciprocating cable feed element for laying the pre-spooled fiber optic cable along said path , a wireless communication element for communication between the robot and the controller , and a power element to power the drive element , the cable feed element , and the wireless communication element .
A system for use in sealing a portion of pleural layers together, comprising: a fluid source configured to deliver a sealing fluid , the sealing fluid being heat-activated; an electrical energy source ; a grounding pad electrically coupled to the electrical energy source ; a monopolar electrocautery probe electrically coupled to the electrical energy source , wherein the monopolar electrocautery probe and grounding pad cooperate to generate heat, the monopolar electrocautery probe having a cannula shaft portion , a distal penetrating tip , and an expandable portion interposed between the cannula shaft portion and distal penetrating tip , the cannula shaft portion having a cannula lumen (30-1) coupled in fluid communication with the fluid source , characterized in that : the expandable portion is coupled in fluid communication with the fluid source via the cannula lumen (30-1); and the expandable portion is configured to define a plurality of openings , wherein the sealing fluid that is supplied by the fluid source exits the expandable portion through the plurality of openings to a location external to the monopolar electrocautery probe . a fluid source configured to deliver a sealing fluid , the sealing fluid being heat-activated; an electrical energy source ; a grounding pad electrically coupled to the electrical energy source ; a monopolar electrocautery probe electrically coupled to the electrical energy source , wherein the monopolar electrocautery probe and grounding pad cooperate to generate heat, the monopolar electrocautery probe having a cannula shaft portion , a distal penetrating tip , and an expandable portion interposed between the cannula shaft portion and distal penetrating tip , the cannula shaft portion having a cannula lumen (30-1) coupled in fluid communication with the fluid source , characterized in that : the expandable portion is coupled in fluid communication with the fluid source via the cannula lumen (30-1); and the expandable portion is configured to define a plurality of openings , wherein the sealing fluid that is supplied by the fluid source exits the expandable portion through the plurality of openings to a location external to the monopolar electrocautery probe . the expandable portion is coupled in fluid communication with the fluid source via the cannula lumen (30-1); and the expandable portion is configured to define a plurality of openings , wherein the sealing fluid that is supplied by the fluid source exits the expandable portion through the plurality of openings to a location external to the monopolar electrocautery probe .
A wireless data transmission system for transmitting measurement data of a power utility, in particular of a power transformer , comprising: a circuit adapted to cause wireless transmission of the measurement data via at least one wireless transmission element in a first operating mode of the wireless data transmission system , characterized in that the circuit is further adapted to determine, based on a temperature at or in the wireless data transmission system or otherwise sensed within an enclosure of the power utility , whether the wireless data transmission system is to transition into a second operating mode in which wireless transmission of the measurement data is paused, and that the circuit comprises: a first circuit part ; and a second circuit part operable to drive the at least one wireless transmission element ; wherein the first circuit part is adapted to selectively activate and deactivate the second circuit part based on the temperature. a circuit adapted to cause wireless transmission of the measurement data via at least one wireless transmission element in a first operating mode of the wireless data transmission system , characterized in that the circuit is further adapted to determine, based on a temperature at or in the wireless data transmission system or otherwise sensed within an enclosure of the power utility , whether the wireless data transmission system is to transition into a second operating mode in which wireless transmission of the measurement data is paused, and that the circuit comprises: a first circuit part ; and a second circuit part operable to drive the at least one wireless transmission element ; a first circuit part ; and a second circuit part operable to drive the at least one wireless transmission element ; wherein the first circuit part is adapted to selectively activate and deactivate the second circuit part based on the temperature.
An additively manufactured finned-tube heat exchanger, comprising: only a single part , the single part comprising: one or more tubular elements having tubular widths of less than 2.54 mm (0.1") and being configured to define one or more first flow paths for a first fluid; and two or more fins through which the one or more tubular elements extend, the two or more fins being arranged to define second flow paths over and around the one or more tubular elements for a second fluid; and wherein the one or more tubular elements of the single part comprise a plurality of tubular elements, and the two or more fins of the single part comprise a plurality of fins through which each tubular element of the plurality of tubular elements extends; characterized in that the single part further comprises tube-tube connecting fins , the tube-tube connecting fins are provided in row-column formations of the tubular elements to extend between complementary exterior surfaces of adjacent-tubular elements. one or more tubular elements having tubular widths of less than 2.54 mm (0.1") and being configured to define one or more first flow paths for a first fluid; and two or more fins through which the one or more tubular elements extend, the two or more fins being arranged to define second flow paths over and around the one or more tubular elements for a second fluid; and wherein the one or more tubular elements of the single part comprise a plurality of tubular elements, and the two or more fins of the single part comprise a plurality of fins through which each tubular element of the plurality of tubular elements extends; characterized in that the single part further comprises tube-tube connecting fins , the tube-tube connecting fins are provided in row-column formations of the tubular elements to extend between complementary exterior surfaces of adjacent-tubular elements.
Valve for internal-combustion engines provided with a body or substrate including a titanium alloy, characterized in that at least one region of the valve has a nitrided layer formed by titanium nitrides (TiN) and aluminium-titanium nitrides (AlTiN 2 ).
A disposable blade assembly for a surgical instrument for use with a reusable hub assembly comprising an inner hub and an outer hub , the disposable blade assembly comprising: an elongate outer tube comprising: a distal region comprising an opening ; an outer cross section for releasable engagement with an outer hub ; an elongate inner tube rotatably disposed at least partially within the elongate outer tube , comprising: a proximal end cross section , having a profile for releasable engagement with a corresponding inner hub inner channel ; and a distal region comprising a cutting member , the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: an asymmetrical outer cross section and a keyed symmetrical cross section , to orient the opening in the disposable outer tube to provide a single fixed orientation with respect to a handpiece attached to the outer hub. an elongate outer tube comprising: a distal region comprising an opening ; an outer cross section for releasable engagement with an outer hub ; a distal region comprising an opening ; an outer cross section for releasable engagement with an outer hub ; an elongate inner tube rotatably disposed at least partially within the elongate outer tube , comprising: a proximal end cross section , having a profile for releasable engagement with a corresponding inner hub inner channel ; and a distal region comprising a cutting member , the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: a proximal end cross section , having a profile for releasable engagement with a corresponding inner hub inner channel ; and a distal region comprising a cutting member , the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: an asymmetrical outer cross section and a keyed symmetrical cross section , to orient the opening in the disposable outer tube to provide a single fixed orientation with respect to a handpiece attached to the outer hub.
A pharmaceutical composition for use in the treatment of cancer, the composition comprising chymotrypsinogen, trypsinogen and a pharmaceutically acceptable diluent, excipient or carrier, wherein the chymotrypsinogen is administered in an amount of equal to, or greater than, 3.5 mg/kg, and no more than 41 mg/kg and the trypsinogen is administered in an amount of equal to, or greater than, 0.6 mg/kg and no more than 7 mg/kg.
An electronic apparatus comprising: a display generation unit configured to generate a display area in a user interface (200-4,200-5), the display area being configured to display a 3-D model of a patient's face and a 3-D model of a patient interface device fitted to the 3-D model of the patient's face; and characterized by : a transparency adjustment unit configured to generate a transparency adjustment tool in the user interface, the transparency adjustment tool being operable to adjust the transparency of a subset of components of the 3-D model of the patient interface device displayed in the display area of the user interface; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating amounts of contact pressure between the patient's face and the patient interface device, wherein the interaction map unit is configured to adjust transparency values of the patient interface device components to predetermined values in response to displaying the interaction map in the user interface. a transparency adjustment unit configured to generate a transparency adjustment tool in the user interface, the transparency adjustment tool being operable to adjust the transparency of a subset of components of the 3-D model of the patient interface device displayed in the display area of the user interface; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating amounts of contact pressure between the patient's face and the patient interface device, wherein the interaction map unit is configured to adjust transparency values of the patient interface device components to predetermined values in response to displaying the interaction map in the user interface.
A vehicle charging cable arranged to adopt a slack state during vehicle charging, comprising: (i) a body; (ii) one or more wires accommodated by the body; (iii) a first means for biasing a region of the body; and (iv) a second means for biasing all or part of said region of the body, said second means being responsive to an external stimulus, characterised by said second means is for biasing said region to counteract the biasing of said first means such that the vehicle charging cable adopts a slack state. (i) a body; (ii) one or more wires accommodated by the body; (iii) a first means for biasing a region of the body; and (iv) a second means for biasing all or part of said region of the body, said second means being responsive to an external stimulus, characterised by said second means is for biasing said region to counteract the biasing of said first means such that the vehicle charging cable adopts a slack state.