mhurhangee/patent-ind-claim-en huggingface dataset:
Network coupling apparatus for a packet-based field-level data network, having: at least two communication interfaces that are each couplable to a data network ; and an integrated transmission device that is coupled to the communication interfaces of the network coupling apparatus and designed to transmit data packets between the communication interfaces , wherein the network coupling apparatus has a monitoring device coupled to the communication interfaces of the network coupling apparatus , wherein the monitoring device is designed to monitor whether a data packet transmitted via a communication interface of the network coupling apparatus has had a corresponding data packet received for it via another communication interface of the network coupling apparatus ; characterized in that monitoring is performed to ascertain whether the transmission device has produced the data packet transmitted via the communication interface independently, wherein the monitoring device has a warning communication interface and is designed to output a warning signal via the warning communication interface if a stipulable number of data packets transmitted via a communication interface of the network coupling apparatus have not had a corresponding data packet received for them via another communication interface of the network coupling apparatus . at least two communication interfaces that are each couplable to a data network ; and an integrated transmission device that is coupled to the communication interfaces of the network coupling apparatus and designed to transmit data packets between the communication interfaces , wherein the network coupling apparatus has a monitoring device coupled to the communication interfaces of the network coupling apparatus , wherein the monitoring device is designed to monitor whether a data packet transmitted via a communication interface of the network coupling apparatus has had a corresponding data packet received for it via another communication interface of the network coupling apparatus ; characterized in that monitoring is performed to ascertain whether the transmission device has produced the data packet transmitted via the communication interface independently, wherein the monitoring device has a warning communication interface and is designed to output a warning signal via the warning communication interface if a stipulable number of data packets transmitted via a communication interface of the network coupling apparatus have not had a corresponding data packet received for them via another communication interface of the network coupling apparatus .
Cathode of an all-solid-state lithium-ion battery produced by applying onto a substrate a slurry in which an active material, a conductive material, a sulfide-based solid-state electrolyte, a binder and a solvent are mixed, characterized in that the binder is a hydrogenated acrylate-nitrile-butadiene rubber which comprises remaining double bonds in an amount of more than 0% and not more than 0.9% based on the total amount of the H-ANBR.
A pacing device comprising: a set of electrodes including first, second, third, and fourth left ventricular (LV) electrodes spatially separated from one another and all coupled to an implantable pulse generator, a processing circuit coupled to the implantable pulse generator, the processing circuit configured to: a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle (LV) within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, characterised in that the modification to the pacing mode comprises, i) when the determined duration of delay between the first and second pacing pulses is greater than a preset duration, subsequently delivering following pacing pulses to the left ventricle (LV) using the first and second LV electrodes separated by a delay different from the determined duration of delay; and ii) when the determined duration of delay between the first and second pacing pulses is less than or equal to the preset duration, subsequently delivering following pacing pulses to the left ventricle using at least one of the third and fourth LV electrodes. a set of electrodes including first, second, third, and fourth left ventricular (LV) electrodes spatially separated from one another and all coupled to an implantable pulse generator, a processing circuit coupled to the implantable pulse generator, the processing circuit configured to: a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle (LV) within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle (LV) within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, i) when the determined duration of delay between the first and second pacing pulses is greater than a preset duration, subsequently delivering following pacing pulses to the left ventricle (LV) using the first and second LV electrodes separated by a delay different from the determined duration of delay; and ii) when the determined duration of delay between the first and
Casting apparatus for the production of a cast web of a material containing alkaloids , said casting apparatus including: • a casting box adapted to contain a slurry; • a movable support having a surface and moving along a casting direction ; • a casting blade , adapted to cast the slurry contained in the casting box onto the surface of the movable support along the casting direction so as to form the cast web of a material containing alkaloids; characterized in that the casting blade includes a corrugated portion . • a casting box adapted to contain a slurry; • a movable support having a surface and moving along a casting direction ; • a casting blade , adapted to cast the slurry contained in the casting box onto the surface of the movable support along the casting direction so as to form the cast web of a material containing alkaloids;
A container assembly comprising: a sealable body including a chamber ; a chamber opening formed in said sealable body ; and a vacuum sealing assembly mounted to said sealable body adjacent said chamber opening , said vacuum sealing assembly including: a needle valve having a needle valve opening formed therein, said needle valve being movable relative to said chamber opening such that the needle valve opening is movable into and out of said chamber ; and a biasing mechanism operably coupled to said needle valve to move said needle valve opening out of said chamber ; wherein said needle valve is arranged in sealing engagement with said chamber opening when said needle valve opening is out of said chamber and said sealing engagement between said needle valve and said chamber opening is broken when said needle valve opening is in said chamber ; wherein said needle valve further comprises a generally hollow valve stem arranged in fluid communication with said needle valve opening ; characterised in that said vacuum sealing assembly further comprises an umbrella valve coupled to said needle valve to selectively seal said generally hollow valve stem . a sealable body including a chamber ; a chamber opening formed in said sealable body ; and a vacuum sealing assembly mounted to said sealable body adjacent said chamber opening , said vacuum sealing assembly including: a needle valve having a needle valve opening formed therein, said needle valve being movable relative to said chamber opening such that the needle valve opening is movable into and out of said chamber ; and a biasing mechanism operably coupled to said needle valve to move said needle valve opening out of said chamber ; wherein said needle valve is arranged in sealing engagement with said chamber opening when said needle valve opening is out of said chamber and said sealing engagement between said needle valve and said chamber opening is broken when said needle valve opening is in said chamber ; wherein said needle valve further comprises a generally hollow valve stem arranged in fluid communication with said needle valve opening ; a needle valve having a needle valve opening formed therein, said needle valve being movable relative to said chamber opening such that the needle valve opening is movable into and out of said chamber ; and a biasing mechanism operably coupled to said needle valve to move said needle valve opening out of said chamber ; wherein said needle valve is arranged in sealing engagement with said chamber opening when said needle valve opening is out of said chamber and said sealing engagement between said needle valve and said chamber opening is broken when said needle valve opening is in said chamber ; wherein said needle valve further comprises a generally hollow valve stem arranged in fluid communication with said needle valve opening ; characterised in that said vacuum sealing assembly further comprises an umbrella valve coupled to said needle valve to selectively seal said generally hollow valve stem .
A method for producing a graphene well comprising: placing a graphene sheet on a substrate ; depositing a first metal layer on top of the graphene sheet; depositing a passivation layer on top of the first metal layer; and depositing a photoresist layer on top of the passivation layer. placing a graphene sheet on a substrate ; depositing a first metal layer on top of the graphene sheet; depositing a passivation layer on top of the first metal layer; and depositing a photoresist layer on top of the passivation layer.
A vehicle-use rotating electric machine , comprising: a rotor rotatably supported inside a casing ; a stator supported by the casing and disposed so as to enclose the rotor ; and a rectifying device , disposed on an outer side on one axial direction side of the casing , that rectifies alternating current power generated in the stator , wherein the rectifying device has a terminal block necessary for electrical connection with a stator winding configuring the stator , the terminal block has a tubular member , characterized in that the terminal block further has a stopper portion extended from a main body portion of the terminal block and inserted in a through hole formed in the casing , thereby sealing the through hole in cooperation, the tubular member covers a periphery of a lead of the stator winding inserted through the through hole and guides an insertion of the lead , and the stopper portion seals a region of the through hole of the casing not blocked by the tubular member . a rotor rotatably supported inside a casing ; a stator supported by the casing and disposed so as to enclose the rotor ; and a rectifying device , disposed on an outer side on one axial direction side of the casing , that rectifies alternating current power generated in the stator , wherein the rectifying device has a terminal block necessary for electrical connection with a stator winding configuring the stator , the terminal block has a tubular member , characterized in that the terminal block further has a stopper portion extended from a main body portion of the terminal block and inserted in a through hole formed in the casing , thereby sealing the through hole in cooperation, the tubular member covers a periphery of a lead of the stator winding inserted through the through hole and guides an insertion of the lead , and the stopper portion seals a region of the through hole of the casing not blocked by the tubular member .
A flexible 3-ply veneer panel , comprising: a face veneer comprising a thickness from 0.38 mm to 0.76mm; a metal mesh contacting the face veneer , wherein the metal mesh comprises metal wires with a diameter from 0.023 mm to 0.048 mm, and wherein the metal mesh comprises between 325 wires-per-2.54-cm and 500 wires-per-2.54-cm; a backing layer contacting the metal mesh ; and an adhesive material bonding the face veneer to the metal mesh and the backing layer , wherein the flexible 3-ply veneer panel comprises microcracks. a face veneer comprising a thickness from 0.38 mm to 0.76mm; a metal mesh contacting the face veneer , wherein the metal mesh comprises metal wires with a diameter from 0.023 mm to 0.048 mm, and wherein the metal mesh comprises between 325 wires-per-2.54-cm and 500 wires-per-2.54-cm; a backing layer contacting the metal mesh ; and an adhesive material bonding the face veneer to the metal mesh and the backing layer , wherein the flexible 3-ply veneer panel comprises microcracks.
A liquid crystal display device comprising: first and second substrates ; a liquid crystal layer filled between the first and second substrates ; a pixel electrode which is provided on the first substrate in such a manner as to correspond to a pixel, and has a rectangular shape; a first common electrode provided on the second substrate ; a color filter provided on the first common electrode ; and a second common electrode which is provided on the color filter , includes an opening portion disposed in such a manner as to overlap the pixel electrode , and is electrically connected to the first common electrode , wherein the opening portion entirely overlaps the pixel electrode . first and second substrates ; a liquid crystal layer filled between the first and second substrates ; a pixel electrode which is provided on the first substrate in such a manner as to correspond to a pixel, and has a rectangular shape; a first common electrode provided on the second substrate ; a color filter provided on the first common electrode ; and a second common electrode which is provided on the color filter , includes an opening portion disposed in such a manner as to overlap the pixel electrode , and is electrically connected to the first common electrode , wherein the opening portion entirely overlaps the pixel electrode .
Carrying device for a portable gas exchange device, having: - at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, - at least one second carrying strap that is designed to go over at least a first shoulder of a patient, and - at least one fastening means that is designed to fasten a portable gas exchange device, wherein the second carrying strap is connected with the first carrying strap or, at least sectionwise, goes around the first carrying strap . - at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, - at least one second carrying strap that is designed to go over at least a first shoulder of a patient, and - at least one fastening means that is designed to fasten a portable gas exchange device,
A hydraulic breaker comprising: a bracket ; a body coupled to an inside of the bracket; an automatic lubricant supply structure including a lubricant supply line and a cartridge coupler to which a lubricant cartridge is detachably directly coupled and which communicates with a lubricant supply line, and, the automatic lubricant supply structure being to supply a lubricant of the lubricant cartridge using a working fluid, characterized in that the cartridge coupler and the automatic lubricant supply structure are disposed in the body, and wherein the lubricant supply line includes: a working fluid line that is disposed in the body and communicates with a working fluid inlet of the body; a lubricant line disposed in the body and configured to supply the lubricant to a lubricant injection port ; and a supply valve that is disposed in the body and communicates with the working fluid line, the lubricant line, and the cartridge coupler, and supplies the lubricant to the lubricant injection port through the lubricant line, depending on whether the working fluid flows inside through the working fluid line. a bracket ; a body coupled to an inside of the bracket; an automatic lubricant supply structure including a lubricant supply line and a cartridge coupler to which a lubricant cartridge is detachably directly coupled and which communicates with a lubricant supply line, and, the automatic lubricant supply structure being to supply a lubricant of the lubricant cartridge using a working fluid, characterized in that the cartridge coupler and the automatic lubricant supply structure are disposed in the body, and wherein the lubricant supply line includes: a working fluid line that is disposed in the body and communicates with a working fluid inlet of the body; a lubricant line disposed in the body and configured to supply the lubricant to a lubricant injection port ; and a supply valve that is disposed in the body and communicates with the working fluid line, the lubricant line, and the cartridge coupler, and supplies the lubricant to the lubricant injection port through the lubricant line, depending on whether the working fluid flows inside through the working fluid line. a working fluid line that is disposed in the body and communicates with a working fluid inlet of the body; a lubricant line disposed in the body and configured to supply the lubricant to a lubricant injection port ; and a supply valve that is disposed in the body and communicates with the working fluid line, the lubricant line, and the cartridge coupler, and supplies the lubricant to the lubricant injection port through the lubricant line, depending on whether the working fluid flows inside through the working fluid line.
A cold storage material comprising: tetrahydrofuran; water; and at least one silver compound selected from the group consisting of silver phosphate represented by a chemical formula Ag 3 PO 4 , silver carbonate represented by a chemical formula Ag 2 CO 3 , and a silver oxide represented by a chemical formula AgO, wherein the cold storage material has a melting point of 2 degrees Celsius or higher and 8 degrees Celsius or lower, and the cold storage material has a crystallization temperature of 0 degrees Celsius or higher and lower than the melting point. tetrahydrofuran; water; and at least one silver compound selected from the group consisting of silver phosphate represented by a chemical formula Ag 3 PO 4 , silver carbonate represented by a chemical formula Ag 2 CO 3 , and a silver oxide represented by a chemical formula AgO, wherein the cold storage material has a melting point of 2 degrees Celsius or higher and 8 degrees Celsius or lower, and the cold storage material has a crystallization temperature of 0 degrees Celsius or higher and lower than the melting point.
An organic solar cell comprising: a first electrode, ; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an auxiliary electrode provided to come into contact with the first electrode, wherein the incident light reaches the first electrode, and characterized by that in the auxiliary electrode, an area of a surface coming into contact with the first electrode is smaller than an area of a facing surface thereof. a first electrode, ; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an auxiliary electrode provided to come into contact with the first electrode, wherein the incident light reaches the first electrode, and characterized by that in the auxiliary electrode, an area of a surface coming into contact with the first electrode is smaller than an area of a facing surface thereof.
A vascular stent or a heart stent comprising at least one body part , wherein thrombogenic elements are arranged at least partially on an outer surface of the at least one body part of the stent and wherein the stent is provided with at least one selectively deactivatable retaining means for retaining the thrombogenic elements near the surface of said body part.
A recombinant polypeptide of a Bacillus akibai / clarkii -clade subtilisin, or an active fragment thereof, wherein the recombinant polypeptide or the active fragment thereof has protease activity in the presence of a surfactant, and wherein the recombinant polypeptide or the active fragment thereof comprises the amino acid sequence of SEQ ID NO: 43.
A method for operating a building management system to provide control of a building in response to sensing of a wearable article for a user, comprising: a) wirelessly sensing a wearable article ; b) identifying a unique user wearing the wearable article ; c) determining a location of the wearable article of an identified unique user inside or outside of the building; d) for an identified unique user approaching an entrance of the building or located within the building, based on a user profile for an identified unique user and the location of the wearable article of an identified unique user, controlling at least one from the group of: a building access control system, a building alarm system, one or more lights of the building, and temperature values of one or more areas of the building; e) in response to the unique user issuing a request for a location of a second wearable article of a second unique user, providing the request to additional building management systems, f) identifying whether the second wearable article is located in or near any of the additional building management systems , g) informing the unique user of the location of the second wearable article that is located in or near one of the additional building management systems; and h) controlling appliances upon entering and exiting areas by the wearable article of the identified unique user within the building based on the user profile, the location of an identified unique user, and voice commands from the identified unique user. a) wirelessly sensing a wearable article ; b) identifying a unique user wearing the wearable article ; c) determining a location of the wearable article of an identified unique user inside or outside of the building; d) for an identified unique user approaching an entrance of the building or located within the building, based on a user profile for an identified unique user and the location of the wearable article of an identified unique user, controlling at least one from the group of: a building access control system, a building alarm system, one or more lights of the building, and temperature values of one or more areas of the building; e) in response to the unique user issuing a request for a location of a second wearable article of a second unique user, providing the request to additional building management systems, f) identifying whether the second wearable article is located in or near any of the additional building management systems , g) informing the unique user of the location of the second wearable article that is located in or near one of the additional building management systems; and h) controlling appliances upon entering and exiting areas by the wearable article of the identified unique user within the building based on the user profile, the location of an identified unique user, and voice commands from the identified unique user.