mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining an evacuation strategy for an evacuation of a building, comprising the following steps: receiving training signals representing training data for training an artificial neural network , wherein the training data comprise topology data indicating a topology of a building and event data indicating an event requiring an evacuation of the building, simulating a temporal progression of the event on the basis of the topology of the building, simulating a temporal behaviour of persons within the building, determining a target evacuation strategy for an evacuation of the building on the basis of the simulation of the temporal progression of the event and also the simulation of the temporal behaviour of the persons, training the artificial neural network on the basis of the training data in such a way that the artificial neural network , on the basis of the training data, determines an evacuation strategy for an evacuation of the building which corresponds to the determined target evacuation strategy or which deviates from the determined target evacuation strategy maximally by a predetermined tolerance measure, receiving sensor signals representing an event requiring an evacuation of the building, said event being detected by means of a sensor that the building comprises, determining an evacuation strategy for an evacuation from the building by means of the trained artificial neural network on the basis of the detected event, and outputting evacuation strategy signals representing the determined evacuation strategy . receiving training signals representing training data for training an artificial neural network , wherein the training data comprise topology data indicating a topology of a building and event data indicating an event requiring an evacuation of the building, simulating a temporal progression of the event on the basis of the topology of the building, simulating a temporal behaviour of persons within the building, determining a target evacuation strategy for an evacuation of the building on the basis of the simulation of the temporal progression of the event and also the simulation of the temporal behaviour of the persons, training the artificial neural network on the basis of the training data in such a way that the artificial neural network , on the basis of the training data, determines an evacuation strategy for an evacuation of the building which corresponds to the determined target evacuation strategy or which deviates from the determined target evacuation strategy maximally by a predetermined tolerance measure, receiving sensor signals representing an event requiring an evacuation of the building, said event being detected by means of a sensor that the building comprises, determining an evacuation strategy for an evacuation from the building by means of the trained artificial neural network on the basis of the detected event, and outputting evacuation strategy signals representing the determined evacuation strategy .
A computer-implemented system , comprising: a speech recognition component for outputting an Asian character based on speech input; and a correction component for receiving a user selection of a correction method comprising a character-in-word method or a character decomposition method for generating a corrected output using the selected correction method based on an incorrect output by the speech recognition component, wherein the correction component includes a spelling wizard that facilitates user interaction vocally and manually for selecting and correcting the incorrect output, wherein, in the character-in-word method, the spelling wizard is configured to, in response to the user voicing a word that contains the desired character, present a list of characters contained in the word, and to receive a selection of a character to replace the incorrect output, and wherein, in the decomposition method, the spelling wizard is configured to, in response to the user voicing constituent parts of the desired character, present a list of possible characters containing the constituent parts, and to receive a selection of a character to replace the incorrect output. a speech recognition component for outputting an Asian character based on speech input; and a correction component for receiving a user selection of a correction method comprising a character-in-word method or a character decomposition method for generating a corrected output using the selected correction method based on an incorrect output by the speech recognition component, wherein the correction component includes a spelling wizard that facilitates user interaction vocally and manually for selecting and correcting the incorrect output, wherein, in the character-in-word method, the spelling wizard is configured to, in response to the user voicing a word that contains the desired character, present a list of characters contained in the word, and to receive a selection of a character to replace the incorrect output, and wherein, in the decomposition method, the spelling wizard is configured to, in response to the user voicing constituent parts of the desired character, present a list of possible characters containing the constituent parts, and to receive a selection of a character to replace the incorrect output.
A leveling spacer device for laying sheet-like products (P) for the coating of surfaces which comprises: - a base , which may be positioned at the rear of a laying surface of at least two sheet-like products (P) being adjacent and placed side-by-side relative to a side-by-side direction (A); - a separator element rising from said base angled relative thereto and suitable for sliding between the facing side walls of said two sheet-like products (P) placed side by side; - a threaded stem rising from the separator element with a screw axis (B) orthogonal to the base ; - a presser that can be screwed onto the threaded stem and - an anti-sliding protection ring nut suitable for being interposed between the presser and the base , wherein the protection ring nut comprises a first surface facing towards the presser and configured to come into contact therewith and an opposing second surface facing towards the base , characterized in that the second surface has a sliding friction coefficient greater than a sliding friction coefficient of the first surface . - a base , which may be positioned at the rear of a laying surface of at least two sheet-like products (P) being adjacent and placed side-by-side relative to a side-by-side direction (A); - a separator element rising from said base angled relative thereto and suitable for sliding between the facing side walls of said two sheet-like products (P) placed side by side; - a threaded stem rising from the separator element with a screw axis (B) orthogonal to the base ; - a presser that can be screwed onto the threaded stem and - an anti-sliding protection ring nut suitable for being interposed between the presser and the base , wherein the protection ring nut comprises a first surface facing towards the presser and configured to come into contact therewith and an opposing second surface facing towards the base ,
A shear-thinning gel composition for producing a dry, water-stable and electronically conductive ink, comprising: (i) dispersed electrically conductive particles comprising (i.1) graphite flakes and (i.2) at least one further type of electronically conductive particles selected from the group consisting of carbon black and conductive pyrolyzed plant carbon components, optionally pyrolyzed cellulose or lignin, in a ratio (i.1) to (i.2) of about 8 to 1 to about 1 to 4, optionally about 6 to 1 to about 1 to 2, optionally about 4 to 1 parts by weight graphite flakes (i.1) to the further carbon component(s) (i.2); (ii) a dissolved binder based on or consisting of shellac dissolved in at least one solvent having a vapor pressure between 1 Pa and 6 kPa, optionally between 200 Pa and 3 kPa, optionally about 200 Pa; wherein - the electrically conductive particles of (i) and the dissolved binder of (ii) are present in a ratio (i) to (ii) of about 0.1 to 2, optionally about 0.25 to 1.2, optionally about 0.5 by weight particles (i) to dissolved binder (ii); - the solid content of the composition is optionally about 10 to 80, optionally about 30 to 70, optionally about 58.5 parts by weight; and - the electrically conductive particles are about 5 to 60, optionally about 10 to 40, optionally about 33 parts by weight of the composition. (i) dispersed electrically conductive particles comprising (i.1) graphite flakes and (i.2) at least one further type of electronically conductive particles selected from the group consisting of carbon black and conductive pyrolyzed plant carbon components, optionally pyrolyzed cellulose or lignin, in a ratio (i.1) to (i.2) of about 8 to 1 to about 1 to 4, optionally about 6 to 1 to about 1 to 2, optionally about 4 to 1 parts by weight graphite flakes (i.1) to the further carbon component(s) (i.2); (ii) a dissolved binder based on or consisting of shellac dissolved in at least one solvent having a vapor pressure between 1 Pa and 6 kPa, optionally between 200 Pa and 3 kPa, optionally about 200 Pa; - the electrically conductive particles of (i) and the dissolved binder of (ii) are present in a ratio (i) to (ii) of about 0.1 to 2, optionally about 0.25 to 1.2, optionally about 0.5 by weight particles (i) to dissolved binder (ii); - the solid content of the composition is optionally about 10 to 80, optionally about 30 to 70, optionally about 58.5 parts by weight; and - the electrically conductive particles are about 5 to 60, optionally about 10 to 40, optionally about 33 parts by weight of the composition.
A method, comprising: generating and periodically updating, by a network controller for a software defined wide area network, a list of cloud servers that provide a cloud service to at least one client device, wherein updating the list of cloud servers comprises sending a probe to each cloud server of the list of cloud servers to measure network performance information for each cloud server in the list, including health of each cloud server and path health of different paths from a client device among the at least one client device to each cloud server; selecting, by the network controller, a preferred cloud server for the client device from the updated list of cloud servers, said preferred cloud server being the cloud server determined as providing to the client device the best quality of service, the quality of service being determined based on at least the measured network performance information; and upon receiving, by the network controller, a client device request to use the cloud service, sending identifying information of the selected preferred cloud server to the client device. generating and periodically updating, by a network controller for a software defined wide area network, a list of cloud servers that provide a cloud service to at least one client device, wherein updating the list of cloud servers comprises sending a probe to each cloud server of the list of cloud servers to measure network performance information for each cloud server in the list, including health of each cloud server and path health of different paths from a client device among the at least one client device to each cloud server; selecting, by the network controller, a preferred cloud server for the client device from the updated list of cloud servers, said preferred cloud server being the cloud server determined as providing to the client device the best quality of service, the quality of service being determined based on at least the measured network performance information; and upon receiving, by the network controller, a client device request to use the cloud service, sending identifying information of the selected preferred cloud server to the client device.
Two-section centrifugal compressor , comprising a first and a second section , each section comprising at least an impeller having an axis of rotation (A); each section also having a central and a peripheral zone ; each section having an inlet duct and a discharge duct positioned in the peripheral zone , the discharge duct of the first section being placed in fluid communication with the inlet duct of said second section , said second section being configured to compress a fluid compressed by said first section ; wherein the discharge duct of said second section is adjacent to the inlet duct of said first section ; characterised in that the two-section compressor comprises an inter-section wall at least partially defining the discharge duct of said second section and the inlet duct of said first section .
A method for emergency switching, characterized by comprising: in a system which comprises a first service processing subsystem , a second service processing subsystem and a network device , wherein the first service processing subsystem is a first interworking gateway system set in a network of a third telecommunication operator and configured to process messages sent from an interworking gateway system in a network of a first telecommunication operator when the first interworking gateway system works normally, and the first interworking gateway system set in the network of the third telecommunication operator establishes a connection with the interworking gateway system in the network of the first telecommunication operator through the network device ; the second service processing subsystem is a second interworking gateway system set in the network of the third telecommunication operator and configured to process messages sent from an interworking gateway system in a network of a second telecommunication operator when the second interworking gateway system works normally, and the second interworking gateway system set in the network of the third telecommunication operator establishes a connection with the interworking gateway system in the network of the second telecommunication operator through the network device ; and the network device is responsible for address mapping: after a problem occurs in a device of the first service processing subsystem , modifying , by the network device responsible for address mapping, a mapping relationship of a first Internet Protocol (IP) address which is mapped to the first service processing subsystem so as to map the first IP address which is mapped to the first service processing subsystem to a second IP address of the second service processing subsystem ; and processing the messages sent from the interworking gateway system in the network of the first telecommunication operator by the second service processing subsystem , wherein the second service processing subsystem stores data needed for processing the messages sent from the interworking gateway system in the network of the first telecommunication operator in advance. after a problem occurs in a device of the first service processing subsystem , modifying , by the network device responsible for address mapping, a mapping relationship of a first Internet Protocol (IP) address which is mapped to the first service processing subsystem so as to map the first IP address which is mapped to the first service processing subsystem to a second IP address of the second service processing subsystem ; and processing the messages sent from the interworking gateway system in the network of the first telecommunication operator by the second service processing subsystem , wherein the second service processing subsystem stores data needed for processing the messages sent from the interworking gateway system in the network of the first telecommunication operator in advance.
Method for determining a reference driving class of a driver from among a set of predetermined driving classes, each predetermined driving class being characterized by a speed profile, the method comprising the following steps: - The speed of a driver over a given journey is determined, - The observed speed is compared with the speed profiles of each of the predetermined driving classes so as to obtain a deviation between the driver and each of the driving classes, - A detected driving class is determined as being that which minimizes this deviation, and - The reference driving class is determined as a function of this detected driving class. - The speed of a driver over a given journey is determined, - The observed speed is compared with the speed profiles of each of the predetermined driving classes so as to obtain a deviation between the driver and each of the driving classes, - A detected driving class is determined as being that which minimizes this deviation, and - The reference driving class is determined as a function of this detected driving class.
A preparation method for olfactory ensheathing cells, comprising the following steps: culturing single olfactory ensheathing cells derived from the olfactory mucosa of upper and middle turbinate in an culture medium for olfactory ensheathing cells under the condition of 37°C and 5% CO 2 , and allowing the cells grow adherently, the culture medium for olfactory ensheathing cells is DMEM/DF12 (Gibco) as a basic culture medium, supplemented with the neurotrophic factors comprising 20-60 ng/ml EGF, 20-80 ng/ml FGF, 1-2 ml N2 (100×), 2-3 ml B27 (50×) and 0.1 μg/ml T3 (Sigma) at final concentrations; collecting and filtering a culture supernatant obtained from step when the cells grow adherently to around 90% to obtain a filtered cell culture supernatant, mixing the filtered cell culture supernatant with the culture medium for olfactory ensheathing cells in a ratio of 1: 3 to formulate a culture medium for passage, mixing the cells obtained by filtering the culture supernatant obtained from step with the culture medium for passage, culturing under the condition of 37°C and 5% CO 2 , and allowing the cells grow adherently. culturing single olfactory ensheathing cells derived from the olfactory mucosa of upper and middle turbinate in an culture medium for olfactory ensheathing cells under the condition of 37°C and 5% CO 2 , and allowing the cells grow adherently, the culture medium for olfactory ensheathing cells is DMEM/DF12 (Gibco) as a basic culture medium, supplemented with the neurotrophic factors comprising 20-60 ng/ml EGF, 20-80 ng/ml FGF, 1-2 ml N2 (100×), 2-3 ml B27 (50×) and 0.1 μg/ml T3 (Sigma) at final concentrations; collecting and filtering a culture supernatant obtained from step when the cells grow adherently to around 90% to obtain a filtered cell culture supernatant, mixing the filtered cell culture supernatant with the culture medium for olfactory ensheathing cells in a ratio of 1: 3 to formulate a culture medium for passage, mixing the cells obtained by filtering the culture supernatant obtained from step with the culture medium for passage, culturing under the condition of 37°C and 5% CO 2 , and allowing the cells grow adherently.
Manufacturing system for manufacturing workpieces , in particular motor vehicles or motor vehicle assemblies comprising: - a plurality of manufacturing stations, at which one or more manufacturing processes are performed respectively on the workpieces ; - a plurality of workpiece carriers , on which the workpieces to be manufactured are arranged; - a plurality of driverless transport vehicles , which transport the workpiece carriers from one manufacturing station to another manufacturing station and hereby also drive into the manufacturing stations; characterised in that the driverless transport vehicles are designed as underrunning industrial trucks which drive underneath the workpiece carriers for transportation purposes and at least one manufacturing station is designed with an indexing device , which aligns the workpiece carrier , which is located on a driverless transport vehicle that has been brought in, with the manufacturing station. - a plurality of manufacturing stations, at which one or more manufacturing processes are performed respectively on the workpieces ; - a plurality of workpiece carriers , on which the workpieces to be manufactured are arranged; - a plurality of driverless transport vehicles , which transport the workpiece carriers from one manufacturing station to another manufacturing station and hereby also drive into the manufacturing stations;
Use of a polishing composition for polishing a semiconductor substrate selected from the group consisting of a GaN substrate and a SiC substrate, the polishing composition comprising an abrasive, a layered compound, and a dispersion medium, wherein the layered compound is pyrophyllite, smectite, saponite, hectorite, sauconite, stevensite, bentonite, montmorillonite, beidellite, nontronite, vermiculite, chlorite, clinochlore, chamosite, nimite, pennantite, sudoite, donbassite, thulite, serpentine, antigorite, lizardite, chrysotile, amesite, cronstedtite, berthierine, greenalite, garnierite, kaolin, kaolinite, dickite, nacrite or halloysite. the polishing composition comprising an abrasive, a layered compound, and a dispersion medium, wherein the layered compound is pyrophyllite, smectite, saponite, hectorite, sauconite, stevensite, bentonite, montmorillonite, beidellite, nontronite, vermiculite, chlorite, clinochlore, chamosite, nimite, pennantite, sudoite, donbassite, thulite, serpentine, antigorite, lizardite, chrysotile, amesite, cronstedtite, berthierine, greenalite, garnierite, kaolin, kaolinite, dickite, nacrite or halloysite.
Method for connecting a first component to a second component , having the steps: - providing a first component which has a first joining-part receptacle ; - creating a joining part on and/or in the first joining-part receptacle by means of a generative method; - providing a second component which has a second joining-part receptacle ; and - connecting the joining part to the second joining-part receptacle of the second component , wherein the joining part is connected to the second joining-part receptacle by creating an additional region of the joining part in the second joining-part receptacle by means of the generative method. - providing a first component which has a first joining-part receptacle ; - creating a joining part on and/or in the first joining-part receptacle by means of a generative method; - providing a second component which has a second joining-part receptacle ; and - connecting the joining part to the second joining-part receptacle of the second component , wherein the joining part is connected to the second joining-part receptacle by creating an additional region of the joining part in the second joining-part receptacle by means of the generative method.