mhurhangee/ep-ind-claims huggingface dataset:
A sole structure (14, 14a - 14f) for an article of footwear (10, 10a - 10e), the sole structure (14, 14a - 14f) comprising: a first midsole portion (36, 36a - 36e) including a first sidewall; a second midsole portion (44, 44a - 44e) including a second sidewall; and a first sheet disposed between the first midsole portion (36, 36a - 36e) and the second midsole portion (44, 44a - 44e) and including a first surface and a second surface formed on an opposite side of the first sheet than the first surface, the first sheet being a mesh textile defining one or more apertures (68, 68 1 -68 n) extending through a structure of the mesh textile from the first surface to the second surface; wherein the first midsole portion (36, 36a - 36e) includes a second midsole contacting region (70, 70 1 -70 n) and the second midsole portion (44, 44a - 44e) includes a first midsole contacting region (74, 74 1 -74 n) directly contacting the second midsole contacting region (70, 70 1 -70 n) through the one or more apertures (68, 68 1 -68 n) of the first sheet, and wherein the first midsole portion (36, 36a - 36e) includes a first series of peaks (78e, 78f, 84c, 84d, 88c, 88d) and a first series of valleys (80e, 80f, 86c, 86d, 90c, 90d) and the second midsole portion (44, 44a - 44e) includes a second series of peaks (78e, 78f, 84c, 84d, 88c, 88d) and a second series of valleys (80e, 80f, 86c, 86d, 90c, 90d), the first series of peaks (78e, 78f, 84c, 84d, 88c, 88d) opposing the second series of valleys (80e, 80f, 86c, 86d, 90c, 90d) and the second series of peaks (78e, 78f, 84c, 84d, 88c, 88d) opposing the first series of valleys (80e, 80f, 86c, 86d, 90c, 90d). a first midsole portion (36, 36a - 36e) including a first sidewall; a second midsole portion (44, 44a - 44e) including a second sidewall; and a first sheet disposed between the first midsole portion (36, 36a - 36e) and the second midsole portion (44, 44a - 44e) and including a first surface and a second surface formed on an opposite side of the first sheet than the first surface, the first sheet being a mesh textile defining one or more apertures (68, 68 1 -68 n) extending through a structure of the mesh textile from the first surface to the second surface; wherein the first midsole portion (36, 36a - 36e) includes a second midsole contacting region (70, 70 1 -70 n) and the second midsole portion (44, 44a - 44e) includes a first midsole contacting region (74, 74 1 -74 n) directly contacting the second midsole contacting region (70, 70 1 -70 n) through the one or more apertures (68, 68 1 -68 n) of the first sheet, and wherein the first midsole portion (36, 36a - 36e) includes a first series of peaks (78e, 78f, 84c, 84d, 88c, 88d) and a first series of valleys (80e, 80f, 86c, 86d, 90c, 90d) and the second midsole portion (44, 44a - 44e) includes a second series of peaks (78e, 78f, 84c, 84d, 88c, 88d) and a second series of valleys (80e, 80f, 86c, 86d, 90c, 90d), the first series of peaks (78e, 78f, 84c, 84d, 88c, 88d) opposing the second series of valleys (80e, 80f, 86c, 86d, 90c, 90d) and the second series of peaks (78e, 78f, 84c, 84d, 88c, 88d) opposing the first series of valleys (80e, 80f, 86c, 86d, 90c, 90d).
A network system comprising: at least one server device (200, 200-1, 200-2, 200-3); and a terminal device (100, 100-1, 100-2, 100-3, 100A, 100B) configured to access any of the at least one server device, wherein the terminal device is configured to authenticate a network address of any of the at least one server device and communicate data with the any of the at least one server device, and when the server device receives a request from the terminal device, the server device provides a service in accordance with an authenticated network address of the terminal device that has issued the request, characterized in that the terminal device comprises a first communication program (1322; 132) directed to a data link layer, a second communication program (1324; 132) directed to a transport layer and a network layer, and an address authentication program connected between the first communication program and the second communication program, and the address authentication program is adapted to authenticate, between the address authentication program and the server device, a network address of the server device to be used for data transmission requested by the second communication program. at least one server device (200, 200-1, 200-2, 200-3); and a terminal device (100, 100-1, 100-2, 100-3, 100A, 100B) configured to access any of the at least one server device, wherein the terminal device is configured to authenticate a network address of any of the at least one server device and communicate data with the any of the at least one server device, and when the server device receives a request from the terminal device, the server device provides a service in accordance with an authenticated network address of the terminal device that has issued the request, characterized in that the terminal device comprises a first communication program (1322; 132) directed to a data link layer, a second communication program (1324; 132) directed to a transport layer and a network layer, and an address authentication program connected between the first communication program and the second communication program, and the address authentication program is adapted to authenticate, between the address authentication program and the server device, a network address of the server device to be used for data transmission requested by the second communication program.
A programmable discrete input module comprising: a pulse width modulation module configured to generate a pulse width modulated signal based upon an input signal; a pulse width demodulation module, the pulse width demodulation module configured to generate a demodulated pulse width signal; an isolator configured to isolate the pulse width modulation module and the pulse width demodulation module, the isolator configured to generate an isolated modulated pulse width signal based upon the pulse width modulated signal for the pulse width demodulation module to generate the demodulated pulse width signal; characterized in that the programmable discrete input module further comprises a first comparator communicatively coupled to the pulse width demodulation module, the first comparator configured to compare the demodulated pulse width signal with a first programmable reference, the first comparator configured to output a first comparator output signal based upon the comparison; a second comparator communicatively coupled to the pulse width demodulation module, the second comparator configured to compare the demodulated pulse width signal with a second programmable reference, the second comparator configured to output a second comparator output signal based upon the comparison; and a digital filter communicatively coupled to the first comparator and the second comparator, the digital filter configured to digitally filter at least one of the first comparator output signal or the second comparator output signal to generate a discrete input signal. a pulse width modulation module configured to generate a pulse width modulated signal based upon an input signal; a pulse width demodulation module, the pulse width demodulation module configured to generate a demodulated pulse width signal; an isolator configured to isolate the pulse width modulation module and the pulse width demodulation module, the isolator configured to generate an isolated modulated pulse width signal based upon the pulse width modulated signal for the pulse width demodulation module to generate the demodulated pulse width signal; characterized in that the programmable discrete input module further comprises a first comparator communicatively coupled to the pulse width demodulation module, the first comparator configured to compare the demodulated pulse width signal with a first programmable reference, the first comparator configured to output a first comparator output signal based upon the comparison; a second comparator communicatively coupled to the pulse width demodulation module, the second comparator configured to compare the demodulated pulse width signal with a second programmable reference, the second comparator configured to output a second comparator output signal based upon the comparison; and a digital filter communicatively coupled to the first comparator and the second comparator, the digital filter configured to digitally filter at least one of the first comparator output signal or the second comparator output signal to generate a discrete input signal.
A computer-implemented method, comprising: accessing, by a computing system (110; 600), data that identifies a plurality of virus signatures, wherein at least some virus signatures among the plurality of virus signatures were submitted by different signature authorities; identifying, by the computing system, a signature score associated with a first virus signature among the plurality of virus signatures, wherein the signature score is determined based on a number of signature authorities that have submitted or endorsed the first virus signature; determining, by the computing system, whether to use the first virus signature in virus scans of files maintained by the computing system based on whether the signature score that indicates the number of signature authorities that have submitted or endorsed the first virus signature satisfies a threshold score, wherein the computing system is configured to not use the first virus signature in virus scans of files maintained by the computing system until the signature score that indicates the number of signature authorities that have submitted or endorsed the first virus signature is determined to satisfy the threshold score; and using, by the computing system, the first virus signature in virus scans of one or more files maintained by the computing system in response to determining that the first virus signature satisfies the threshold score. accessing, by a computing system (110; 600), data that identifies a plurality of virus signatures, wherein at least some virus signatures among the plurality of virus signatures were submitted by different signature authorities; identifying, by the computing system, a signature score associated with a first virus signature among the plurality of virus signatures, wherein the signature score is determined based on a number of signature authorities that have submitted or endorsed the first virus signature; determining, by the computing system, whether to use the first virus signature in virus scans of files maintained by the computing system based on whether the signature score that indicates the number of signature authorities that have submitted or endorsed the first virus signature satisfies a threshold score, wherein the computing system is configured to not use the first virus signature in virus scans of files maintained by the computing system until the signature score that indicates the number of signature authorities that have submitted or endorsed the first virus signature is determined to satisfy the threshold score; and using, by the computing system, the first virus signature in virus scans of one or more files maintained by the computing system in response to determining that the first virus signature satisfies the threshold score.
A surgical apparatus comprising: a handle assembly including a movable handle, the movable handle being movable about a pivot through an actuation stroke; an elongate body extending distally from the handle assembly and defining a longitudinal axis, the elongate body having a distal end adapted to releasably engage both articulating and non-articulating disposable loading unit types; an actuation shaft supported at least in part within the handle assembly and mounted for longitudinal movement in response to manipulation of the movable handle, the actuation shaft comprising a toothed rack; a direct current power source; an energy activated firing lockout system to prevent operation of the surgical apparatus under a plurality of conditions related to the staple cartridge; the energy activated firing lockout system comprising a solenoid operatively coupled to a pivotable locking member to prevent longitudinal movement of the actuation shaft; a driving pawl comprising a rack engagement finger for engaging the toothed rack; and wherein when the firing lockout system is unlocked, actuation shaft can be advanced distally by pivoting movable handle about the pivot, wherein when the movable handle is pivoted about the pivot, rack engagement finger of driving pawl drives toothed rack and actuation shaft a predetermined distance, and further distal movement of the actuation shaft is permitted by repeatedly pivoting the moveable handle. a handle assembly including a movable handle, the movable handle being movable about a pivot through an actuation stroke; an elongate body extending distally from the handle assembly and defining a longitudinal axis, the elongate body having a distal end adapted to releasably engage both articulating and non-articulating disposable loading unit types; an actuation shaft supported at least in part within the handle assembly and mounted for longitudinal movement in response to manipulation of the movable handle, the actuation shaft comprising a toothed rack; a direct current power source; an energy activated firing lockout system to prevent operation of the surgical apparatus under a plurality of conditions related to the staple cartridge; the energy activated firing lockout system comprising a solenoid operatively coupled to a pivotable locking member to prevent longitudinal movement of the actuation shaft; a driving pawl comprising a rack engagement finger for engaging the toothed rack; and wherein when the firing lockout system is unlocked, actuation shaft can be advanced distally by pivoting movable handle about the pivot, wherein when the movable handle is pivoted about the pivot, rack engagement finger of driving pawl drives toothed rack and actuation shaft a predetermined distance, and further distal movement of the actuation shaft is permitted by repeatedly pivoting the moveable handle.
A heating conductor for an exhaust gas heating arrangement for an exhaust system for an internal combustion engine, wherein the heating conductor is substantially plate-like and is provided by cutting out of a metal flat material and comprises a plurality of heating conductor sections (82, 84) elongated in a heating conductor section longitudinal direction, wherein the heating conductor sections (82, 84) are arranged succeeding one another for providing a winding-like extending structure of the heating conductor, and wherein at least some of the heating conductor sections (82, 84) form an at least in regions meander-like wound structure of the heating conductor or/and at least some of the heating conductor sections forming an at least in regions spirally wound structure of the heating conductor, characterized in that at least one through-flow opening through which exhaust gas can flow is provided in at least one heat conductor section (82, 84), in that at least one through-flow opening is elongated in a through-flow opening longitudinal direction corresponding substantially to the through-flow opening longitudinal direction present in the region of this through-flow opening, and in that a flow-conducting element is provided on the heating conductor in association with at least one throughflow opening elongated in the throughflow opening longitudinal direction, starting from a longitudinal end region of the throughflow opening and extending in the throughflow opening longitudinal direction at least in regions over the throughflow opening. wherein the heating conductor sections (82, 84) are arranged succeeding one another for providing a winding-like extending structure of the heating conductor, and wherein at least some of the heating conductor sections (82, 84) form an at least in regions meander-like wound structure of the heating conductor or/and at least some of the heating conductor sections forming an at least in regions spirally wound structure of the heating conductor, characterized in that at least one through-flow opening through which exhaust gas can flow is provided in at least one heat conductor section (82, 84), in that at least one through-flow opening is elongated in a through-flow opening longitudinal direction corresponding substantially to the through-flow opening longitudinal direction present in the region of this through-flow opening, and in that a flow-conducting element is provided on the heating conductor in association with at least one throughflow opening elongated in the throughflow opening longitudinal direction, starting from a longitudinal end region of the throughflow opening and extending in the throughflow opening longitudinal direction at least in regions over the throughflow opening.
A composite anode active material comprising: a shell of a hollow carbon fiber; and a core disposed in the hollow of the hollow carbon fiber, wherein the core comprises a first metal nanostructure alloyable with lithium mixed with a particulate conducting agent. a shell of a hollow carbon fiber; and a core disposed in the hollow of the hollow carbon fiber, wherein the core comprises a first metal nanostructure alloyable with lithium mixed with a particulate conducting agent.
An electrostatic capacitance-type input device comprising: a first member made of a non-conductive resin; a second member including a plurality of electrode frame portions forming independent operation regions and a plurality of holding portions connected to the periphery of the electrode frame portions, the second member integrated with the first member and made of a conductive resin; a determination unit configured to determine the presence or absence of an input operation of an operator for the second member, based on a change in electrostatic capacitance of the second member; a circuit substrate in which the determination unit is mounted, the circuit substrate being fixed to an inner side portion of a cover member; and a plurality of conductive elastic members that lie between respective holding portions included in the second member and the circuit substrate and maintain an electrical connection between the second member and the circuit substrate using an elastic force. a first member made of a non-conductive resin; a second member including a plurality of electrode frame portions forming independent operation regions and a plurality of holding portions connected to the periphery of the electrode frame portions, the second member integrated with the first member and made of a conductive resin; a determination unit configured to determine the presence or absence of an input operation of an operator for the second member, based on a change in electrostatic capacitance of the second member; a circuit substrate in which the determination unit is mounted, the circuit substrate being fixed to an inner side portion of a cover member; and a plurality of conductive elastic members that lie between respective holding portions included in the second member and the circuit substrate and maintain an electrical connection between the second member and the circuit substrate using an elastic force.
A bra comprising a pair of bra cups, each bra cup having an outer side portion and inner side portion; wherein the bra is backless and strapless; and each bra cup comprises (i) a rib having a proximal end and a distal end, and (ii) a connector; the connector is located at the inner side portion of the bra cup for connecting the pair of bra cups to one another; the proximal end of the rib is connected to the connector; wherein the rib is curved in shape wherein the curve of each rib extends around substantially the whole underside of the bra cup; characterized in that the rib is wider at its distal end than at its proximal end and is paddle shaped, a blade portion of the paddle being substantially coplanar with the interior surface of the bra cup; an interior facing side of the rib is concave and mirrors the curvature of an interior surface of the bra cup; and the distal end of the rib is adapted to transfer a force applied to the connector to the outer side portion of the bra cup. the bra is backless and strapless; and each bra cup comprises (i) a rib having a proximal end and a distal end, and (ii) a connector; (i) a rib having a proximal end and a distal end, and (ii) a connector; the connector is located at the inner side portion of the bra cup for connecting the pair of bra cups to one another; the proximal end of the rib is connected to the connector; wherein the rib is curved in shape wherein the curve of each rib extends around substantially the whole underside of the bra cup; characterized in that the rib is wider at its distal end than at its proximal end and is paddle shaped, a blade portion of the paddle being substantially coplanar with the interior surface of the bra cup; an interior facing side of the rib is concave and mirrors the curvature of an interior surface of the bra cup; and the distal end of the rib is adapted to transfer a force applied to the connector to the outer side portion of the bra cup.
Melt delivery system for horizontal strip casting of a molten metal with an outlet element, particularly with a nozzle (9, 30) and at least one heating device (21, 22; 28), which is arranged in the region of the outlet element, for heating the outlet element, characterised in that the heating device comprises at least one porous burner and is arranged in the region, which is near the nozzle, for heating the nozzle and that a gas nozzle is provided in the region of the outlet of the nozzle, the gas nozzle generating a flow of an inert gas opposite to the flow direction of the melt so as to distribute the melt.
A chordal replacement device comprising: a proximal anchor comprising a flexible patch and a leaflet attachment device, wherein the flexible patch is arranged to be affixed to an upper surface of a portion of a flailing leaflet with the leaflet attachment device, or comprising a flexible crimp clip having one or more barbs arranged to embed into and affix to a portion of a flailing leaflet; a distal anchor arranged to extend from and affix to a distal attachment site in a ventricle; and a flexible tether coupled to and arranged to be tensioned between the proximal and distal anchors, wherein the distal anchor is arranged to fine-tune the tension of the tether after the distal anchor is affixed to the distal attachment site and wherein the distal anchor comprises an expandable element, which is expandable within the ventricular wall and wherein infusion of fluid into the expandable element increases tension on the tether. a proximal anchor comprising a flexible patch and a leaflet attachment device, wherein the flexible patch is arranged to be affixed to an upper surface of a portion of a flailing leaflet with the leaflet attachment device, or comprising a flexible crimp clip having one or more barbs arranged to embed into and affix to a portion of a flailing leaflet; a distal anchor arranged to extend from and affix to a distal attachment site in a ventricle; and a flexible tether coupled to and arranged to be tensioned between the proximal and distal anchors, wherein the distal anchor is arranged to fine-tune the tension of the tether after the distal anchor is affixed to the distal attachment site and wherein the distal anchor comprises an expandable element, which is expandable within the ventricular wall and wherein infusion of fluid into the expandable element increases tension on the tether.