mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: obtaining , by an adaptor client, a southbound interface protocol type, wherein the adaptor client is configured to manage two or more protocol adaptors; selecting , by the adaptor client, a first protocol adaptor from the two or more protocol adaptors based on the southbound interface protocol type, wherein the first protocol adaptor is configured to implement a first protocol; sending, by the adaptor client, first information to the first protocol adaptor for the determination of second information based on the first information, wherein the first information is a configuration parameter in a key-value pair form, the first information is a configuration parameter used to perform network configuration for a first network element, wherein the second information is a managed object and an object attribute thereof, and the second information is obtained by mapping the first information based on a network resource managed object template, characterised in that the obtaining, by an adaptor client, a southbound interface protocol type comprises: receiving, by the adaptor client, the first information from a service orchestrator, wherein the first information comprises the southbound interface protocol type; and obtaining, by the adaptor client, the southbound interface protocol type from the first information. obtaining , by an adaptor client, a southbound interface protocol type, wherein the adaptor client is configured to manage two or more protocol adaptors; selecting , by the adaptor client, a first protocol adaptor from the two or more protocol adaptors based on the southbound interface protocol type, wherein the first protocol adaptor is configured to implement a first protocol; sending, by the adaptor client, first information to the first protocol adaptor for the determination of second information based on the first information, wherein the first information is a configuration parameter in a key-value pair form, the first information is a configuration parameter used to perform network configuration for a first network element, wherein the second information is a managed object and an object attribute thereof, and the second information is obtained by mapping the first information based on a network resource managed object template, characterised in that the obtaining, by an adaptor client, a southbound interface protocol type comprises: receiving, by the adaptor client, the first information from a service orchestrator, wherein the first information comprises the southbound interface protocol type; and obtaining, by the adaptor client, the southbound interface protocol type from the first information.
A method of mass-manufacturing temperature sensors (11a,b), the method comprising: - assembling or receiving said temperature sensors (11a,b), wherein an individual identifier is associated with each of the temperature sensors (11a,b); - immersing said temperature sensors (11a,b) into at least one thermostatic bath (45a-f) having a pre-determined reference temperature; - logging a set of measurement values of each temperature sensor (11a,b) during immersing into at least one of the at least one thermostatic bath (45a-f); - determining an individual response time value (T 0.5 ) based on the set of measurement values for each of the temperature sensors (11a,b); and - logging the determined individual response time value (T 0.5 ) associated with the individual identifier . - assembling or receiving said temperature sensors (11a,b), wherein an individual identifier is associated with each of the temperature sensors (11a,b); - immersing said temperature sensors (11a,b) into at least one thermostatic bath (45a-f) having a pre-determined reference temperature; - logging a set of measurement values of each temperature sensor (11a,b) during immersing into at least one of the at least one thermostatic bath (45a-f); - determining an individual response time value (T 0.5 ) based on the set of measurement values for each of the temperature sensors (11a,b); and - logging the determined individual response time value (T 0.5 ) associated with the individual identifier .
A data processing method, which is applied to a partition management device, the partition management device stores a partition view, characterized in that the partition view records a correspondence between an ID of a current partition and an address of a storage disk, and the method comprises: obtaining a key in key-value data, and calculating, according to the key, an ID of a final partition that is corresponding to the key-value data, wherein the key-value data comprises a value and the key uniquely corresponding to the value; calculating an ID of a current partition that is corresponding to the ID of the final partition, wherein an ID of each current partition is corresponding to IDs of a plurality of final partitions, wherein a total quantity of current partitions is less than a total quantity of final partitions, where a total quantity of final partitions is constant; searching the partition view to obtain an address of a storage disk that is corresponding to the ID of the current partition; and generating a key-value packet by using the address of the storage disk as a destination address, and sending the key-value packet to the storage disk, wherein the key-value packet carries the key-value data. obtaining a key in key-value data, and calculating, according to the key, an ID of a final partition that is corresponding to the key-value data, wherein the key-value data comprises a value and the key uniquely corresponding to the value; calculating an ID of a current partition that is corresponding to the ID of the final partition, wherein an ID of each current partition is corresponding to IDs of a plurality of final partitions, wherein a total quantity of current partitions is less than a total quantity of final partitions, where a total quantity of final partitions is constant; searching the partition view to obtain an address of a storage disk that is corresponding to the ID of the current partition; and generating a key-value packet by using the address of the storage disk as a destination address, and sending the key-value packet to the storage disk, wherein the key-value packet carries the key-value data.
A method of removing contaminants from cocoa beans, reducing free fatty acids in cocoa butter of the cocoa beans or a combination thereof, the method comprising: placing fermented cocoa beans in contact with a pre-washing solution, wherein the pre-washing solution has a pH of from 8 to 12.5 and wherein a temperature of the pre-washing solution is from 15°C to 90°C; removing the cocoa beans from the pre-washing solution; and processing the pre-washed cocoa beans into cocoa liquor by roasting the pre-washed cocoa beans; removing the shell from the pre-washed cocoa beans, thus producing cocoa nibs; and grinding the cocoa nibs into the cocoa liquor wherein the cocoa liquor produced from the pre-washed cocoa has a reduced amount of metals, a reduced amount of mycotoxins, a reduced amount of free-fatty acids or any combinations thereof as compared to cocoa liquor produced from cocoa beans not placed in contact with the pre-washing solution. placing fermented cocoa beans in contact with a pre-washing solution, wherein the pre-washing solution has a pH of from 8 to 12.5 and wherein a temperature of the pre-washing solution is from 15°C to 90°C; removing the cocoa beans from the pre-washing solution; and processing the pre-washed cocoa beans into cocoa liquor by roasting the pre-washed cocoa beans; removing the shell from the pre-washed cocoa beans, thus producing cocoa nibs; and grinding the cocoa nibs into the cocoa liquor wherein the cocoa liquor produced from the pre-washed cocoa has a reduced amount of metals, a reduced amount of mycotoxins, a reduced amount of free-fatty acids or any combinations thereof as compared to cocoa liquor produced from cocoa beans not placed in contact with the pre-washing solution.
A method for modeling the compressor speed of a turbocharger, characterized by the following steps: determining the ambient pressure, determining if the ambient pressure is below a preset ambient pressure corresponding to high altitude conditions, and if so, setting the ambient pressure as the preset ambient pressure, determining a pressure ratio from the boost pressure and the ambient pressure, estimating a compressor speed value using the pressure ratio as input, and calculating a corrected compressor speed value from the estimated compressor speed value and the actual ambient pressure. determining the ambient pressure, determining if the ambient pressure is below a preset ambient pressure corresponding to high altitude conditions, and if so, setting the ambient pressure as the preset ambient pressure, determining a pressure ratio from the boost pressure and the ambient pressure, estimating a compressor speed value using the pressure ratio as input, and calculating a corrected compressor speed value from the estimated compressor speed value and the actual ambient pressure.
A biofeedback device for providing biofeedback useful for helping a user control breathing, the device comprising: a housing configured to be hand-held by the user; an exhalation inlet for receiving exhaled breath from the mouth of the user; inside said housing, an exhalation determiner functionally associated with said exhalation inlet, configured to determine when exhaled breath is received by said exhalation inlet; and a reporter associated with said exhalation determiner, said reporter configured to provide a signal related to a comparison of a preferred exhalation duration to an exhalation duration of said exhaled breath received from said exhalation determiner to the user. a housing configured to be hand-held by the user; an exhalation inlet for receiving exhaled breath from the mouth of the user; inside said housing, an exhalation determiner functionally associated with said exhalation inlet, configured to determine when exhaled breath is received by said exhalation inlet; and a reporter associated with said exhalation determiner, said reporter configured to provide a signal related to a comparison of a preferred exhalation duration to an exhalation duration of said exhaled breath received from said exhalation determiner to the user.
System for capturing and/or adjusting the sight axes of a combat vehicle , having an apparatus for optical orientation towards reflective objects, wherein the apparatus comprises: a collimator , which emits electromagnetic beams , a sensor, which is arranged in the same sight axis as the collimator , wherein the sensor detects incident electromagnetic beams and the angle of incidence of the incident beams , and a measurement unit , and wherein a reference mirror is provided, which is arranged on the combat vehicle , and at least one barrel of the combat vehicle is provided, wherein each barrel is assigned a directing mirror which is oriented parallel to the shooting direction of the barrel, characterized in that the measurement unit is designed for measuring the current position of the apparatus in space, in that a robot , which carries the apparatus on one of its arms, is provided in the system, in that the apparatus is initially oriented towards the reference mirror via the robot and the robot thereby obtains a reference position in space, and in that the reference mirror points in the direction of the robot , wherein the robot is then moved such that the apparatus is oriented towards the directing mirror and thereby the location of the barrel relative to the reference mirror is determined. a collimator , which emits electromagnetic beams , a sensor, which is arranged in the same sight axis as the collimator , wherein the sensor detects incident electromagnetic beams and the angle of incidence of the incident beams , and a measurement unit , and wherein a reference mirror is provided, which is arranged on the combat vehicle , and at least one barrel of the combat vehicle is provided, wherein each barrel is assigned a directing mirror which is oriented parallel to the shooting direction of the barrel,
A battery carrier for holding a battery , for use in mounting the battery in a vehicle, the battery having a rectangular parallelepiped shape and comprising bottom flanges on bottom portions of a front face , a back face , a first side face , and a second side face , respectively, the battery carrier comprising: a carrier base having a support surface of a rectangular shape on which the battery is placed, the carrier base comprising holding portions in a rear edge portion and a first side edge portion of the support surface , respectively, the holding portions comprising holding faces facing the support surface , the holding faces holding the bottom flanges on the back face and the first side face, respectively, between the holding faces and the support surface ; and a battery clamp disposed in a corner formed between a front edge portion and a second side edge portion of the support surface of the carrier base , the battery clamp being fixed on the carrier base at a position further backward from the front face of the battery and beside the second side face of the battery , the battery clamp comprising a front locking part located in front of the front face of the battery to lock the bottom flange on the front face , and a side locking part located beside the second side face of the battery to lock the bottom flange on the second side face , the front locking part comprising a plate-like front facing portion facing the front face of the battery and a plate-like front pressing portion extending from a lower edge of the front facing portion along a top face of the bottom flange on the front face to contact the top face of the bottom flange on the front face . a carrier base having a support surface of a rectangular shape on which the battery is placed, the carrier base comprising holding portions in a rear edge portion and a first side edge portion of the support surface , respectively, the holding portions comprising holding faces facing the support surface , the holding faces holding the bottom flanges on the back face and the first side face, respectively, between the holding faces and the support surface ; and a battery clamp disposed in a corner formed between a front edge portion and a second side edge portion of the support surface of the carrier base , the battery clamp being fixed on the carrier base at a position further backward from the front face of the battery and beside the second side face of the battery , the battery clamp comprising a front locking part located in front of the front face of the battery to lock the bottom flange on the front face , and a side locking part located beside the second side face of the battery to lock the bottom flange on the second side face , the front locking part comprising a plate-like front facing portion facing the front face of the battery and a plate-like front pressing portion extending from a lower edge of the front facing portion along a top face of the bottom flange on the front face to contact the top face of the bottom flange on the front face .
A method for managing communication in a wireless communication system, comprising: identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station , the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal ; identifying one or more indicators provided by the source base station to the target base station , the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal ; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal ; wherein the initial packet is received at the target base station from a network entity and both the forwarded packets and the one or more indicators are communicated from the source base station to the target base station over an X2 interface. identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station , the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal ; identifying one or more indicators provided by the source base station to the target base station , the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal ; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal ;
An access control device for persons or vehicles for blocking or unblocking a passage , which comprises one or two blocking elements , which are arranged on a support in each case, characterized in that the blocking elements have a mechanically reversibly deformable element in each case, which is essentially flat in a first position and completely unblocks the passage and assumes a bent shape in a second position, which, if a blocking element is provided, blocks the passage and, if two blocking elements are provided, partially blocks the passage, so that the combination of both blocking elements blocks the passage, wherein one or both ends of the mechanically reversibly deformable element are connected or operatively connected to an actuator in each case, which is connected to the respective support and can be controlled by a control, and the mechanically reversibly deformable element is transferred from the first to the second position and vice versa by means of the control of the actuator, wherein for transferring the mechanically reversibly deformable element from the first to the second position, the spacing between the ends of the respective blocking element is reduced, or in the case of constant spacing between the ends of the respective blocking element , the length of the blocking element is enlarged.
A prosthetic heart valve comprising: a self-expanding wire frame body having a proximal end and a distal end; a valve disposed in the body ; a plurality of self-expanding atrial anchoring elements distributed circumferentially about, and extending radially outwardly from, the proximal end of the body; an anchoring tether attached to the distal end of the body and having a length sufficient to extend from the distal end of the body through a ventricle of a heart and out a wall of the ventricle when the body is disposed in a native annulus of an atrioventricular valve of the heart; a control element coupled to a leaflet clip and slidably disposed about the anchoring tether , the leaflet clip configured to be transitioned between a first configuration in which the prosthetic valve can be inserted into a heart, and a second configuration in which the leaflet clip is disposed to capture a native valve leaflet between the leaflet clip and the body when the body is disposed in the native annulus of the atrioventricular valve of the heart. a self-expanding wire frame body having a proximal end and a distal end; a valve disposed in the body ; a plurality of self-expanding atrial anchoring elements distributed circumferentially about, and extending radially outwardly from, the proximal end of the body; an anchoring tether attached to the distal end of the body and having a length sufficient to extend from the distal end of the body through a ventricle of a heart and out a wall of the ventricle when the body is disposed in a native annulus of an atrioventricular valve of the heart; a control element coupled to a leaflet clip and slidably disposed about the anchoring tether , the leaflet clip configured to be transitioned between a first configuration in which the prosthetic valve can be inserted into a heart, and a second configuration in which the leaflet clip is disposed to capture a native valve leaflet between the leaflet clip and the body when the body is disposed in the native annulus of the atrioventricular valve of the heart.
A method for producing a cyclic polysilane compound comprising: a first step of adding and reacting a silane monomer compound represented by Formula (I) in a liquid mixture of a sodium dispersion and an ether-based solvent; and a second step of adding an aromatic hydrocarbon to a reaction solution of the first step and heating and refluxing: where, R 1 and R 2 each independently represent a hydrogen atom, a hydrocarbon group, an alkoxy group, or a halogen atom, X 1 and X 2 each independently represent a halogen atom or an alkoxy group, and n 1 is an integer that is greater than or equal to 1.
Validator device for a ticket system , comprising: - at least one first short-range interface configured to receive at least one identifier stored in a user identification element , - wherein the validator device is configured to generate a user data set based on the received identifier and further data comprising the time of receipt of the identifier, - a memory module configured to store the at least one user data set corresponding to the identifier received from the user identification element , - at least one communication module configured to transmit the user data set to a remotely located central computing device for further processing, - wherein the first short-range interface is further configured to receive at least one inspection identifier stored in an inspection element , - at least one authentication module configured to verify the authenticity of the received inspection identifier, - at least one key module configured to provide a communication data set enabling access to a data network upon a positive authentication result, such that the communication data set is receivable by the inspection element , and - at least one further short-range interface , - wherein the communication data set comprises data required to establish the data network with the further short range interface , - wherein the memory module is configured to provide the at least one stored user data set such that the at least one user data set is receivable by an inspection device via the data network. - at least one first short-range interface configured to receive at least one identifier stored in a user identification element , - wherein the validator device is configured to generate a user data set based on the received identifier and further data comprising the time of receipt of the identifier, - a memory module configured to store the at least one user data set corresponding to the identifier received from the user identification element , - at least one communication module configured to transmit the user data set to a remotely located central computing device for further processing, - wherein the first short-range interface is further configured to receive at least one inspection identifier stored in an inspection element , - at least one authentication module configured to verify the authenticity of the received inspection identifier, - at least one key module configured to provide a communication data set enabling access to a data network upon a positive authentication result, such that the communication data set is receivable by the inspection element , and - at least one further short-range interface , - wherein the communication data set comprises data required to establish the data network with the further short range interface , - wherein the memory module is configured to provide the at least one stored user data set such that the at least one user data set is receivable by an inspection device via the data network.