mhurhangee/patent-ind-claim-en huggingface dataset:
A computer readable medium comprising instructions which, when executed by one or more hardware processors , cause performance of operations comprising: identifying a first non-module code in a system , wherein the first non-module code does not correspond to any of a plurality of modules of the system , wherein non-module code refers to code in which dependencies between different pieces of code are not strictly declared or restricted, wherein a first module of the plurality of modules indicates, via a declaration and/or a namespace such as a dependency path or a class loader, an explicit dependency on a second module of the plurality of modules , wherein modules of the plurality of modules are restricted from explicitly depending on any non-module code , wherein the first module is permitted to access an element of the second module based at least on (a) the explicit dependency and (b) a determination that the element of the second module is exposed to the first module; and generating a first bridge module for the first non-module code ; wherein the generating operation comprises: defining a module descriptor that (a) corresponds to the first bridge module and (b) explicitly references a namespace such as a dependency path or a class loader, or includes a dependency path, thus indicating a dependency on one or more sets of non-module code , wherein, after generating the first bridge module , the plurality of modules are permitted to indicate explicit dependencies on the first bridge module . identifying a first non-module code in a system , wherein the first non-module code does not correspond to any of a plurality of modules of the system , wherein non-module code refers to code in which dependencies between different pieces of code are not strictly declared or restricted, wherein a first module of the plurality of modules indicates, via a declaration and/or a namespace such as a dependency path or a class loader, an explicit dependency on a second module of the plurality of modules , wherein modules of the plurality of modules are restricted from explicitly depending on any non-module code , wherein the first module is permitted to access an element of the second module based at least on (a) the explicit dependency and (b) a determination that the element of the second module is exposed to the first module; and generating a first bridge module for the first non-module code ; wherein the generating operation comprises: defining a module descriptor that (a) corresponds to the first bridge module and (b) explicitly references a namespace such as a dependency path or a class loader, or includes a dependency path, thus indicating a dependency on one or more sets of non-module code , wherein, after generating the first bridge module , the plurality of modules are permitted to indicate explicit dependencies on the first bridge module .
A system for preventing or limiting control of a lighting device (31-33, 35-37) in a first connected lighting system , said system comprising at least one processor configured to: - determine a current or expected state of said lighting device (31-33, 35-37), - determine control permissions characterised in that - said determination of control permissions is based on said current or expected state of said lighting device (31-33, 35-37), and - said at least one processor is further configured to prevent or limit control of said lighting device (31-33, 35-37) by a second connected lighting system located in a same building as said first connected lighting system in dependence on said control permissions. - determine a current or expected state of said lighting device (31-33, 35-37), - determine control permissions - said determination of control permissions is based on said current or expected state of said lighting device (31-33, 35-37), and - said at least one processor is further configured to
Method for automatic configuration parameter monitoring for wind energy installations, comprising the following steps: a) generation of a nominal configuration parameter set for a wind energy installation ; b) storage of the nominal configuration parameter set in a database ; c) automated detection of an actual configuration parameter set for the wind energy installation ; d) automated comparison of the nominal configuration parameter set with the actual configuration parameter set; and e) output of a warning message in the event of discrepancies between the actual configuration parameter set and the nominal configuration parameter set, characterized in that , in order to continue to operate the wind energy installation without regular output of warning messages, the comparison of the nominal configuration parameter set with the actual configuration parameter set is carried out at times using a discrepant nominal configuration parameter set. a) generation of a nominal configuration parameter set for a wind energy installation ; b) storage of the nominal configuration parameter set in a database ; c) automated detection of an actual configuration parameter set for the wind energy installation ; d) automated comparison of the nominal configuration parameter set with the actual configuration parameter set; and e) output of a warning message in the event of discrepancies between the actual configuration parameter set and the nominal configuration parameter set,
An analyte detection system comprising: a probe for insertion into a sample , the probe having a first electrochemical sensor configured to detect a first analyte in the sample, and a second electrochemical sensor configured to detect a second analyte in the sample; a first potentiostat connected to the first electrochemical sensor and configured to perform a first electrochemical measurement with the first electrochemical sensor; and a second potentiostat connected to the second electrochemical sensor and configured to perform a second electrochemical measurement with the second electrochemical sensor; wherein the first potentiostat and the second potentiostat are electrically isolated from one another. a probe for insertion into a sample , the probe having a first electrochemical sensor configured to detect a first analyte in the sample, and a second electrochemical sensor configured to detect a second analyte in the sample; a first potentiostat connected to the first electrochemical sensor and configured to perform a first electrochemical measurement with the first electrochemical sensor; and a second potentiostat connected to the second electrochemical sensor and configured to perform a second electrochemical measurement with the second electrochemical sensor; wherein the first potentiostat and the second potentiostat are electrically isolated from one another.
A stop line position estimation device (101; 201) comprising: a traffic signal recognition unit configured to recognize a traffic signal at an intersection ahead of a vehicle (M) based on a detection result by an external sensor of the vehicle (M); and a stop line position estimation unit (12; 22) configured to estimate, when the traffic signal recognition unit recognizes only one traffic signal, that a position of a stop line is a position from the traffic signal by a first distance (X a ) toward a vehicle (M) side, the stop line position estimation unit being characterised by that it is further configured to estimate, when the traffic signal recognition unit recognizes a plurality of traffic signals and the stop line position estimation unit (12; 22) recognizes an immediate front traffic signal and a rear traffic signal based on a positional relationship between the plurality of traffic signals, that the position of the stop line is a position from the immediate front traffic signal by a second distance (X b ) toward the vehicle (M) side, the second distance (X b ) being shorter than the first distance (X a ), the immediate front traffic signal being a traffic signal on the vehicle (M) side of the intersection and closest to the vehicle (M), and the rear traffic signal being a traffic signal on a far side of the intersection. a traffic signal recognition unit configured to recognize a traffic signal at an intersection ahead of a vehicle (M) based on a detection result by an external sensor of the vehicle (M); and a stop line position estimation unit (12; 22) configured to estimate, when the traffic signal recognition unit recognizes only one traffic signal, that a position of a stop line is a position from the traffic signal by a first distance (X a ) toward a vehicle (M) side, the stop line position estimation unit being characterised by that it is further configured to estimate, when the traffic signal recognition unit recognizes a plurality of traffic signals and the stop line position estimation unit (12; 22) recognizes an immediate front traffic signal and a rear traffic signal based on a positional relationship between the plurality of traffic signals, that the position of the stop line is a position from the immediate front traffic signal by a second distance (X b ) toward the vehicle (M) side, the second distance (X b ) being shorter than the first distance (X a ), the immediate front traffic signal being a traffic signal on the vehicle (M) side of the intersection and closest to the vehicle (M), and the rear traffic signal being a traffic signal on a far side of the intersection.
A method for computer-aided programming of a programmable logic controller , wherein a programming interface is displayed on a screen of a computer , a program for the programmable logic controller is created by logically linking instances (72-84) of function blocks on the programming interface by connecting their respective signal inputs and outputs using a logic circuit diagram , on the programming interface the program created is executed in real time, and a data set is created which contains the temporal development of the states of the signal inputs and outputs during execution, characterized in that a representation of the development of the states of the signal inputs and outputs, which can be navigated backwards in time, is generated from the data set and displayed on the programming interface .
A disposable assembly for storing components individually and separately in a closed volume, for preparing and spraying a product obtained from a mixture of at least two components by mounting the disposable assembly on a spray or paint tool, , and said disposable assembly being intended to form a complete disposable cup adaptable to all tools and types of gravity or suction spray tools; this assembly comprising a packaging unit for the components, said unit contains a body having a sidewall , a bottom and an outlet opening for the final product to be transferred to the spray or paint tool, the body being closed until the mixture of the components and intended to contain the first component in its free volume, the bottom having an opening disposed centrally or eccentrically forming an air passage, this opening of the air passage being equipped by a sealable vent device , a shutter being tightly mounted on the opening of the body of the disposable assembly using screws or by clipping, fitting or any other means, characterised in that : • the bottom has a mounting projection extending within the body ; • at least one hollow element , defining at least one closed additional volume intended to contain one of at least two components and whose lower end is intended to be tightly mounted on or around the mounting projection , while its other end is closed by a sealing device; • the assembly comprising an adapter enabling the body to be mounted on all the spray tools and to be dissociated from it to be discarded; and in that when the mixture of at least two components is created, the disposable assembly is mounted on the spray tool with the help of the adapter to form a complete cup, which helps to perform the spray or paint work on a surface or an object with the spray or paint tool. • the bottom has a mounting projection extending within the body ; • at least one hollow element , defining at least one closed additional volume intended to contain one of at least two components and whose lower end is intended to be tightly mounted on or around the mounting projection , while its other end is closed by a sealing device; • the assembly comprising an adapter enabling the body to be mounted on all the spray tools and to be dissociated from it to be discarded;
Device for implementing a plurality of communication tools made available to a user, the device comprising - means for managing events that are arranged to receive, from any one of said communication tools , at least one first notification signalling an occurrence of an event taking place in the communication tool transmitting the notification, said event being a reception by one said communication tool , said event management means being arranged to receive, from any one of said communication tools , at least one second notification signalling an occurrence of an event taking place in the communication tool transmitting the notification, said event being an action being triggered by a user of one said tool , said event management means being arranged to store a history of the events for which a first or second notification has been received, - processing means for determining, following a reception of a third notification, on the basis of said history, at least one action to be proposed to said user. - means for managing events that are arranged to receive, from any one of said communication tools , at least one first notification signalling an occurrence of an event taking place in the communication tool transmitting the notification, said event being a reception by one said communication tool , said event management means being arranged to receive, from any one of said communication tools , at least one second notification signalling an occurrence of an event taking place in the communication tool transmitting the notification, said event being an action being triggered by a user of one said tool , said event management means being arranged to store a history of the events for which a first or second notification has been received, - processing means for determining, following a reception of a third notification, on the basis of said history, at least one action to be proposed to said user.
Fencing system comprising: - support posts between which commonly called 3D wire panels are arranged in the form of a screen consisting of vertical wires tied to horizontal wires , wherein the vertical wires are provided with a fold at determined heights extending along one side of the panel and defining a horizontal recess ; - a series of robust slats which are applied on the side of the fold between the vertical wires ; - wherein the slats are pressed with a supporting partition (8") against the horizontal wires by means of a clamping bar between the slats and a horizontal wire at the level of the horizontal recess , - the slats are provided with a passage at their uppermost ends; - and the slats are kept in place individually by means of a fixing clamp which is provided with a fixing clamp detail intended for click-locking the fixing clamp onto a horizontal wire of the 3D panel , characterised in that the slats represent hollow profiles made from a synthetic material; wherein the fixing clamps engage with a lip in the form of a hook which protrudes upwards into the cavity of the slats through the passage in the afore-mentioned supporting partition (8") of the slats , and wherein the fixing clamps , next to the afore-mentioned first lip are provided with a second lip protruding upwards which, in mounted condition, is positioned along the outer side of the supporting partition (8"), wherein the supporting partition (8"} is enclosed between the two lips of the fixing clamps . - support posts between which commonly called 3D wire panels are arranged in the form of a screen consisting of vertical wires tied to horizontal wires , wherein the vertical wires are provided with a fold at determined heights extending along one side of the panel and defining a horizontal recess ; - a series of robust slats which are applied on the side of the fold between the vertical wires ; - wherein the slats are pressed with a supporting partition (8") against the horizontal wires by means of a clamping bar between the slats and a horizontal wire at the level of the horizontal recess , - the slats are provided with a passage at their uppermost ends; - and the slats are kept in place individually by means of a fixing clamp which is provided with a fixing clamp detail intended for click-locking the fixing clamp onto a horizontal wire of the 3D panel , characterised in that the slats represent hollow profiles made from a synthetic material; wherein the fixing clamps engage with a lip in the form of a hook which protrudes upwards into the cavity of the slats through the passage in the afore-mentioned supporting partition (8") of the slats , and wherein the fixing clamps , next to the afore-mentioned first lip are provided with a second lip protruding upwards which, in mounted condition, is positioned along the outer side of the supporting partition (8"), wherein the supporting partition (8"} is enclosed between the two lips of the fixing clamps .
Use of a Cu-Zn wrought alloy of the following composition (stated as wt. %): Cu: 80-85, Si: 2.0-6.0, Al: 0.55-2.0, Fe: max. 0.8, Ni: max. 0.5, Sn: max. 0.5, Mn: max. 0.1, Pb: max. 0.3, remainder Zn and unavoidable impurities as a product with increased cavitation resistance on the surface. remainder Zn and unavoidable impurities as a product with increased cavitation resistance on the surface.
Carding installation for producing a card web , having a card , wherein the carding installation has a web generator for a fibrous web , in particular a preliminary web, a web crosslapper disposed downstream, and a card following the latter, wherein the web crosslapper is assigned, or assigned so as to be upstream thereof, a profile-forming installation which is controllable in an open-loop or closed-loop manner for the fibrous web , wherein the profile-forming installation is controlled in an open-loop or a closed-loop manner as a function of the behaviour of the card .
An integrated circuit , comprising: a capacitor in at least one back-end-of-line, BEOL, interconnect level, the capacitor having a plurality of folded capacitor conductor traces having multiple sides and a pair of terminals on a same side of the multiple sides of the folded capacitor conductor traces , each of the pair of terminals coupled to at least one of the plurality of folded capacitor conductor traces ; and an inductive trace having at least one turn in at least one different BEOL interconnect level, wherein a perimeter defined by the inductive trace includes the plurality of folded capacitor conductor traces and the inductive trace overlaps the pair of terminals . a capacitor in at least one back-end-of-line, BEOL, interconnect level, the capacitor having a plurality of folded capacitor conductor traces having multiple sides and a pair of terminals on a same side of the multiple sides of the folded capacitor conductor traces , each of the pair of terminals coupled to at least one of the plurality of folded capacitor conductor traces ; and an inductive trace having at least one turn in at least one different BEOL interconnect level, wherein a perimeter defined by the inductive trace includes the plurality of folded capacitor conductor traces and the inductive trace overlaps the pair of terminals .
Method for the production of metal products starting from ferrous material, by means of an electric arc furnace, comprising: - preheating (C) and melting (D) of said ferrous material by the combined action of the electric arc of said electric arc furnace, and of the combustion of a fuel, wherein said ferrous material is transformed into a molten metal material; - refining (E) of said molten metal material, which is transformed into a molten metal product by the action of a reducing agent generated from carbon sources; wherein a polymeric material is used in at least partial replacement of said fuel for said preheating (C) and said melting (D) and/or said carbon sources for said refining (E), wherein said polymeric material derives from waste, from refuse or from recycling, in particular from domestic, urban and/or industrial waste, and comprises two or more of: Polyethylene (PE), Polypropylene (PP), Polyethylene terephthalate (PET), High Density Polyethylene (HDPE), Low Density Polyethylene (LDPE), or combinations thereof wherein said polymeric material has a calorific value not lower than 30 MJ/Kg, referred to the dry sample after 4 hours of drying at 105°C, wherein said polymeric material comprises a polymeric fraction greater than 50% by weight on the dry sample, wherein said polymeric material comprises a sulfur content not higher than 5000 mg/kg, according to the DIN 51724-3 (2012-07) method. - preheating (C) and melting (D) of said ferrous material by the combined action of the electric arc of said electric arc furnace, and of the combustion of a fuel, wherein said ferrous material is transformed into a molten metal material; - refining (E) of said molten metal material, which is transformed into a molten metal product by the action of a reducing agent generated from carbon sources; wherein a polymeric material is used in at least partial replacement of said fuel for said preheating (C) and said melting (D) and/or said carbon sources for said refining (E), wherein said polymeric material derives from waste, from refuse or from recycling, in particular from domestic, urban and/or industrial waste, and comprises two or more of: Polyethylene (PE), Polypropylene (PP), Polyethylene terephthalate (PET), High Density Polyethylene (HDPE), Low Density Polyethylene (LDPE), or combinations thereof wherein said polymeric material has a calorific value not lower than 30 MJ/Kg, referred to the dry sample after 4 hours of drying at 105°C, wherein said polymeric material comprises a polymeric fraction greater than 50% by weight on the dry sample, wherein said polymeric material comprises a sulfur content not higher than 5000 mg/kg, according to the DIN 51724-3 (2012-07) method.
Method for communication between a client (UA-C) and a server (UA-S1, UA-S2, UA-S3) of a client/server system using the OPC-UA communication protocol, OPC-UA calls (Write01, Write02) being used for the interaction of the client (UA-C) with the server, wherein after opening a session (CreateSession), at least one OPC-UA call (Write01) is received and stored by the server and the execution of the OPC-UA call (Write01) is initially simulated at the server and the result of the simulation is initially transmitted to the client as response (SimResult01) and the communication session is ended by the appropriate OPC-UA call for closing a session (CloseSession), wherein after termination of the session, the OPC-UA call(s) (Write01, Write02) stored on the server are executed (EXE_01, EXE_02).
A method for synthesizing a hydrocarbon by reducing carbon dioxide in water, wherein nanobubbles of oxygen are generated by feeding oxygen into water containing carbon dioxide; water containing the nanobubbles of oxygen is irradiated with ultraviolet light in the presence of a photocatalyst to produce active oxygen; and carbon dioxide is reduced in the presence of the active oxygen.