mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a peer device, the method comprising determining which of two or more peers (105A, 105B, 107, 105D) behind NATs to designate as a host for a service within a peer to peer grid, the method comprising: a) sharing NAT profile information for the peer device with one or more other peers of the two or more peers; b) receiving NAT profile information for the one or more other peers; and c) determining from the NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host; wherein c) includes assigning priority values to each of the two or more peers based on the NAT profile information for the peer device and the NAT profile information for the one or more other peers and selecting the host based on the priority values. a) sharing NAT profile information for the peer device with one or more other peers of the two or more peers; b) receiving NAT profile information for the one or more other peers; and c) determining from the NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host; wherein c) includes assigning priority values to each of the two or more peers based on the NAT profile information for the peer device and the NAT profile information for the one or more other peers and selecting the host based on the priority values.
A deployment system for a mesh or a film, comprising: an elongate housing with a chamber formed therein, the chamber having at least one open end providing access thereto; and a flexible implant comprising a flexible sheet base and a flexible separable layer removably disposed on the flexible sheet base; wherein the implant is removably disposed in the chamber of the housing in a rolled configuration about a central axis; wherein a longitudinal dimension of the implant in the rolled configuration along its central axis is greater than a longitudinal dimension of the chamber that is generally parallel to the central axis of the implant; and wherein a portion of the flexible sheet base extends out through the at least one open end of the chamber. an elongate housing with a chamber formed therein, the chamber having at least one open end providing access thereto; and a flexible implant comprising a flexible sheet base and a flexible separable layer removably disposed on the flexible sheet base; wherein the implant is removably disposed in the chamber of the housing in a rolled configuration about a central axis; wherein a longitudinal dimension of the implant in the rolled configuration along its central axis is greater than a longitudinal dimension of the chamber that is generally parallel to the central axis of the implant; and wherein a portion of the flexible sheet base extends out through the at least one open end of the chamber.
A built-in interdental brush, comprising an interdental brush, a camera system, a lighting system, and a delivery component, wherein the interdental brush is movably built in a bended tube of a front end of the delivery component, wherein: A: the delivery component comprises a guide head, a sliding mechanism, and a housing, wherein the guide head is disposed on the front end of the delivery component, and the guide head comprises the bended tube, and an outlet of the bended tube is disposed at an end of the guide head; B: the interdental brush comprises a working part with fiber or a protrusion and a connector, wherein the working part is disposed at a front end of the connector; and C: the camera system is configured to enable observation of a working state of the interdental brush and oral cavities of a user during cleaning, and includes a camera the guide head at the front end of the delivery component, and a data processing and outputting system and an electrical system; D: the lighting system comprises a light source system configured to provide lighting to the camera; and E: the interdental brush is installed in the bended tube, the working part of the interdental brush can slide in the bended tube, and the connector of the interdental brush is installed on the sliding mechanism of the delivery component; a movement of the sliding mechanism can drive the working part of the interdental brush slide in the bended tube; and the sliding mechanism is driven to make the working part of the interdental brush extend from the outlet of the bended tube at the end of the guide head. A: the delivery component comprises a guide head, a sliding mechanism, and a housing, wherein the guide head is disposed on the front end of the delivery component, and the guide head comprises the bended tube, and an outlet of the bended tube is disposed at an end of the guide head; B: the interdental brush comprises a working part with fiber or a protrusion and a connector, wherein the working part is disposed at a front end of the connector; and C: the camera system is configured to enable observation of a working state of the interdental brush and oral cavities of a user during cleaning, and includes a camera the guide head at the front end of the delivery component, and a data processing and outputting system and an electrical system; D: the lighting system comprises a light source system configured to provide lighting to the camera; and E: the interdental brush is installed in the bended tube, the working part of the interdental brush can slide in the bended tube, and the connector of the interdental brush is installed on the sliding mechanism of the delivery component; a movement of the sliding mechanism can drive the working part of the interdental brush slide in the bended tube; and the sliding mechanism is driven to make the working part of the interdental brush extend from the outlet of the bended tube at the end of the guide head.
A computer system comprising: a content-addressable physical memory (202, 304) including two or more physical memory blocks, each of said physical memory blocks having a fixed storage capacity, wherein an indication of which of said physical memory blocks are active physical memory blocks is provided; and a memory controller providing a non-duplicating write capability, wherein data to be written to said content-addressable physical memory (202, 304) is compared to contents of all active physical memory blocks at the time of writing to ensure that no two of said active physical memory blocks have the same data after completion of the non-duplicating write. a content-addressable physical memory (202, 304) including two or more physical memory blocks, each of said physical memory blocks having a fixed storage capacity, wherein an indication of which of said physical memory blocks are active physical memory blocks is provided; and a memory controller providing a non-duplicating write capability, wherein data to be written to said content-addressable physical memory (202, 304) is compared to contents of all active physical memory blocks at the time of writing to ensure that no two of said active physical memory blocks have the same data after completion of the non-duplicating write.
A backsheet for a photovoltaic module comprising a support, a primer comprising an acrylic resin and a crosslinking agent provided on a side of the support facing a sealing layer, and a weather resistant layer comprising a binder containing a crosslinkable group and a crosslinking agent provided on an opposite side of the support, characterized in that the acrylic resin is a copolymer comprising at least 5 wt % of an acrylate monomer unit containing a UV absorbing group and at least 2 wt % of an acrylate monomer unit containing a crosslinkable group both relative to the total weight of monomer units.
A method of performing coherent optical communication of quantum information between an emitter A and a distant receiver B connected by an optical channel, wherein emitter A comprises a laser LA and wherein receiver B comprises a laser LB used as a local local oscillator LLO to operate a coherent receiver, said method comprising the steps of: - at A, deriving phase-coherently one or two optical pulses from a same optical wavefront produced by the laser LA at cycle i, said pulses being self-coherent with the laser LA; - at A, encoding logical quantum information Qi and physical phase reference information Ri onto said one or two self-coherent optical pulses by using a coherent multiplexed encoding mechanism; - sending multiplexed Qi and Ri through the optical channel from A to B; - at B, measuring logical quantum information Qi and physical phase reference information Ri with a multiplexed coherent measurement with said one or two self-coherent pulses derived from a single optical wavefront produced by laser LB and used as local oscillators to perform a coherent detection, thereby obtaining classical measurements Qmi of Qi and Rmi of Ri - at B, determining the relative phase Phii at interference at cycle i between Qi optical pulse and corresponding LLO pulse by estimating the relative phase between Ri optical pulse and corresponding LLO pulse, - at B, determining logical quantum information Qi by correcting Qmi measurement using relative phase Phii estimation. - at A, deriving phase-coherently one or two optical pulses from a same optical wavefront produced by the laser LA at cycle i, said pulses being self-coherent with the laser LA; - at A, encoding logical quantum information Qi and physical phase reference information Ri onto said one or two self-coherent optical pulses by using a coherent multiplexed encoding mechanism; - sending multiplexed Qi and Ri through the optical channel from A to B; - at B, measuring logical quantum information Qi and physical phase reference information Ri with a multiplexed coherent measurement with said one or two self-coherent pulses derived from a single optical wavefront produced by laser LB and used as local oscillators to perform a coherent detection, thereby obtaining classical measurements Qmi of Qi and Rmi of Ri - at B, determining the relative phase Phii at interference at cycle i between Qi optical pulse and corresponding LLO pulse by estimating the relative phase between Ri optical pulse and corresponding LLO pulse, - at B, determining logical quantum information Qi by correcting Qmi measurement using relative phase Phii estimation.
Sight-glass arrangement for a refrigerant carrying system comprising a housing, a sight-glass through which an interior of said housing is visible, said sight-glass being arranged in an opening in said housing, and a moisture indicator in form of a hollow cylinder element having a ring shaped wall, characterized in that said cylinder element comprises at least on a part of the radially inner side of said wall moisture indicating means and in that said radially inner side of said wall is visible through said sight-glass.
Process comprising extruding a molten composition comprising thermoplastic polymer comprising polystyrene and blowing agent comprising either HFO-1234yf (2,3,3,3-tetrafluoropropene) or E-HFO-1336mzz (E-1,1,1,4,4,4-hexafluoro-2-butene), wherein either said HFO-1234yf or said E- HFO-1336mzz are the sole blowing agent in said molten composition under the conditions (a) said composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 2500 psi (172 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1250 psi (86 Bar), and obtaining as a result thereof a closed cell, smooth skin, low density foamed thermoplastic polymer comprising polystyrene. (a) said composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 2500 psi (172 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1250 psi (86 Bar), and
Driving assistance method for a motor vehicle, comprising a phase of correcting the trajectory of the vehicle, including a step of actuating an electronic trajectory correction device and a step of driving a device for steering the rear wheels of the vehicle, said method comprising a step of suppressing the command to steer the rear wheels by way of the device for steering the rear wheels, implemented when the electronic trajectory correction device is in an active state, characterized in that the step of suppressing the command to steer the rear wheels is implemented so as to reduce the steering speed of the rear wheels imposed by the device for steering the rear wheels for as long as the electronic trajectory correction device is in the active state in comparison with the steering speed of the rear wheels imposed when the electronic trajectory correction device is in an inactive state.
An isolated nucleic acid comprising a B. subtilis ribosomal RNA promoter operably linked to a nucleic acid encoding a protein of interest, wherein the protein of interest is selected from the group consisting of a protease, cellulase, amylase, xylanase, phytase, mannanase, hemicellulase, carbohydrase, hydrolase, esterase, oxidase, permease, pullulanase, laccase, lipase, reductase, isomerase, epimerase, tautomerase, transferase, kinase or phosphatase, wherein the ribosomal RNA promoter comprises the nucleotide sequence of any one of SEQ ID NOs: 2&3, a nucleic acid that is a subsequence having at least 80% sequence identity to any one of SEQ ID NOs: 2&3 that retains promoter activity or combinations thereof.
A composition for the sustained release of additives in a fermentation fluid comprising, in a tablet form, a gelling agent, at least one additive, and a binder, wherein the gelling agent and the binder are present in amounts effective to allow the sustained release of the at least one additive in the fermentation fluid for a period of time of at least 12 hours and up to 96 hours, and wherein the at least one additive comprises diammonium phosphate in an amount of from 35 to 75% by weight of the composition, for use in reducing stuck and sluggish fermentation.
Method for calibrating an offset angle (PhiO) of a field-oriented control of an electric machine between an angle signal of a position transducer and the direction of the rotor flux, characterized by the steps of: periodically varying a current vector (Is) along a line of constant torque; ascertaining a speed signal (n_t) of the electric machine: calibrating the offset angle (PhiO) depending on the ascertained speed signal (n_t). periodically varying a current vector (Is) along a line of constant torque; ascertaining a speed signal (n_t) of the electric machine: calibrating the offset angle (PhiO) depending on the ascertained speed signal (n_t).
A device for treating sleep disordered breathing, comprising: a stimulation element (12, 52) configured to control nerve stimulation to treat obstructive sleep apnea, wherein the stimulation element (12, 52) is configured to stimulate an airway-patency-related nerve to treat upper airway obstructions, according to a first stimulation protocol not synchronized relative to sensed respiratory information and in which each stimulation cycle includes a stimulation period (212A-212J) and a non-stimulation period (218A-281I).
A duct (50,230,750,2011) capable of engaging at least part of a surface area of a heat source, the duct (50,230,750,2011) extendable along and engageable with at least part of the surface area of the heat source along all or part of the length of the heat source from a first engagement position to at least one final engagement position between the duct (50,230,750,2011) and heat source, a heat transfer fluid (151,2004) flowable along an internal conduit of the duct (50,230,750,2011) such that heat can be transferred between the duct (50,230,750,2011) and the heat source via the heat transfer fluid (151,2004) about the engageable surface areas of the duct (50,230,750,2011) and the heat source, the duct (50,230,750,2011) being a flexible duct (50,230,750,2011) adapted to allow variable thermal transfer via the heat transfer fluid (151,2004) between the engageable surface areas of the duct (50,230,750,2011) and the heat source.
Forceps instrument for treating biological tissue, with a first branch which is held on a base and extends away from this, with a second branch which is held on the base so as to be pivotable about a pivot axis, wherein for pivotable mounting of the second branch, a bearing structure is provided which has two bearing elements (28, 29) which are arranged coaxially to one another and together form a split bearing journal, characterised in that the bearing structure is formed from a bearing insert which consists of plastic and is connected to the base. with a first branch which is held on a base and extends away from this, with a second branch which is held on the base so as to be pivotable about a pivot axis, wherein for pivotable mounting of the second branch, a bearing structure is provided which has two bearing elements (28, 29) which are arranged coaxially to one another and together form a split bearing journal, characterised in that the bearing structure is formed from a bearing insert which consists of plastic and is connected to the base.
An apparatus suitable for controlling vegetation, the apparatus comprising a water storage tank; a heater; a pump to transfer water from the water storage tank to the heater; an injector to introduce a foaming agent into the water; an outlet duct to convey heated water from the heater; and an outlet hose communicating with the outlet duct and connected to a dispensing lance; characterised in that the apparatus is suitable for use by a plurality of operators, the apparatus comprising at least two outlet hoses each communicating with the outlet duct through a respective secondary outlet duct (70a; 70b) and each connected to a respective dispensing lance; wherein the heater is adapted to heat the water in at least two successive stages (66, 67), to an intermediate temperature and then to a final temperature, at least the second stage of the heater being activated in pulses, a temperature sensor downstream of the heater, and a controller, the frequency and/or duration of the pulses being adjustable to control the resultant temperature of the water; and wherein upstream of each outlet hose the respective secondary outlet duct (70a; 70b) communicates with a diversion valve, each diversion valve connecting to a water return circuit leading back to the water storage tank; and the water return circuit includes a heat exchanger (55, 56).
A method of manufacturing thin film batteries comprising: providing a substrate; depositing layers corresponding to a thin film battery structure on said substrate, said layers including, in order of deposition, a cathode, an electrolyte and an anode, wherein all of said deposited layers are unpatterned by a physical mask during deposition; depositing a protective coating; and patterning all of said layers and said protective coating using one or more maskless physical patterning processes. providing a substrate; depositing layers corresponding to a thin film battery structure on said substrate, said layers including, in order of deposition, a cathode, an electrolyte and an anode, wherein all of said deposited layers are unpatterned by a physical mask during deposition; depositing a protective coating; and patterning all of said layers and said protective coating using one or more maskless physical patterning processes.
A coupling sensing system comprising: a catheter; an electrode located on the catheter and adapted to apply electrical energy; a measurement circuit (42,80) adapted to measure an impedance between the electrode and a ground as the electrode approaches a target tissue; a memory storing a set of predetermined reactance and/or phase angle values corresponding to various electrical coupling conditions for a range of target tissue types, a processor configured for determining the electrical coupling condition between the electrode and the target tissue at a particular moment in time by comparing a reactance and/or phase angle of the impedance measured by the measurement circuit relative to a baseline impedance value determined in blood to one of said sets of predetermined reactance and/or phase angle values. a catheter; an electrode located on the catheter and adapted to apply electrical energy; a measurement circuit (42,80) adapted to measure an impedance between the electrode and a ground as the electrode approaches a target tissue; a memory storing a set of predetermined reactance and/or phase angle values corresponding to various electrical coupling conditions for a range of target tissue types, a processor configured for determining the electrical coupling condition between the electrode and the target tissue at a particular moment in time by comparing a reactance and/or phase angle of the impedance measured by the measurement circuit relative to a baseline impedance value determined in blood to one of said sets of predetermined reactance and/or phase angle values.
Vehicle seat attachment housing (A, A') suitable for forming a reinforcement for a door sill (B, B') of the lower body structure of a vehicle by being attached to one end of a seat crossmember (TS, TS') and against said door sill (B, B'), characterized in that said seat attachment housing comprises a front side flange and a rear side flange that each have a substantially L-shaped cross section, and an upper flange, said flanges being assembled in such a way that said upper flange tops and frames said two side flanges (2, 3), said flanges being connected preferably by welding.