mhurhangee/patent-ind-claim-en huggingface dataset:
Method for providing an update to devices of an Internet of Things platform , wherein the update is provided by a Central Management System and wherein a mediator process in the Central Management System transmits a request of update of one or more of said devices to be updated to a block-chain system including a plurality of nodes , wherein the block-chain system delivers the update to said one or more devices to be updated only if said request of update from the Central Management System is validated and authorized from at least some of the nodes of the block-chain system , and wherein said request of update is delivered from the block-chain system to the one or more devices to be updated through a second mediator process which is associated to the devices of the Internet of Things platform, characterized by the fact that -the update is an Over The Air, OTA, update; - the second mediator process is executed in at least one of the devices of the Internet of Things platform , - each device of said one or more devices which have received the update applies the update and returns to the block-chain system an event and/or a response by means of said second mediator process , once the update has been applied, - said update from the Central Management System is an OTA command addressed from a user of the Central Management System to the one or more of said devices to be updated, - the mediator process of the Central Management System retrieves a cryptographic key associated to the user in the Central Management System and returns the OTA command to the block-chain as a request of transaction signed by said cryptographic key of the user, and wherein - the nodes of the block-chain receive the request of transaction from the mediator process and deliver it to other nodes of the block-chain system for verification. - the second mediator process is executed in at least one of the devices of the Internet of Things platform , - each device of said one or more devices which have received the update applies the update and returns to the block-chain system an event and/or a response by means of said second mediator process , once the update has been applied, - said update from the Central Management System is an OTA command addressed from a user of the Central Management System to the one or more of said devices to be updated, - the mediator process of the Central Management System retrieves a cryptographic key associated to the user in the Central Management System and returns the OTA command to the block-chain as a request of transaction signed by said cryptographic key of the user, and wherein - the nodes of the block-chain receive the request of transaction from the mediator process and deliver it to other nodes of the block-chain system for verification.
A telephone switching apparatus accommodating at least one extension telephone and configured to enable the extension telephone to communicate with an outside-line network through an outside-line interface, wherein the telephone switching apparatus comprises recording means for automatically recording a call between the extension telephone and the outside-line network, and when the recording means starts recording, a button operation state becomes a recording function operation state where a Dual Tone Multi-Frequency, DTMF, signal cannot be sent, and characterized in that the telephone switching apparatus comprises switching means for switching, when the recording means starts recording and a specific button of the extension telephone is pressed, the button operation state to a Dual Tone Multi-Frequency, DTMF, signal sending function operation state where a DTMF signal can be sent.
A flexible implant system comprising: a flexible implant configured to loop around a portion of a bony element (B); an implant housing including a housing body defining a rod passage and an implant passage , the rod passage configured to receive a portion of a rod , the implant passage receiving a portion of the flexible implant , a first opening defined in the housing body in communication with the rod passage , a second opening defined in the housing body in communication with the implant passage , the first opening and second opening being distinct from each other; an implant chock positioned within the implant passage ; and an implant set screw positioned in the second opening for engaging the implant chock to fix the flexible implant to the implant housing . a flexible implant configured to loop around a portion of a bony element (B); an implant housing including a housing body defining a rod passage and an implant passage , the rod passage configured to receive a portion of a rod , the implant passage receiving a portion of the flexible implant , a first opening defined in the housing body in communication with the rod passage , a second opening defined in the housing body in communication with the implant passage , the first opening and second opening being distinct from each other; an implant chock positioned within the implant passage ; and an implant set screw positioned in the second opening for engaging the implant chock to fix the flexible implant to the implant housing .
A liftgate assembly for a vehicle, comprising: at least one pair of local reinforcements overmolded to at least one pair of reinforcements ; at least one first panel , said at least one pair of reinforcements infrared welded to said at least one first panel ; and at least one outer panel operably coupled to said at least one first panel , said at least one outer panel including a finished show surface. at least one pair of local reinforcements overmolded to at least one pair of reinforcements ; at least one first panel , said at least one pair of reinforcements infrared welded to said at least one first panel ; and at least one outer panel operably coupled to said at least one first panel , said at least one outer panel including a finished show surface.
A process for carrying out a solid-phase microextraction, wherein a fiber is exposed to an analyte, resulting in adsorption of the latter by the phase material of the fiber, whereby the fiber then undergoes desorption in an injection port of an analyser and wherein the fiber is then conditioned for further use, wherein the phase material is heated along a temperature curve, characterized in that the temperature curve of the phase material during desorption includes at least one low point.
A refrigeration system comprising: a first refrigerant circuit having a first compressor ; a second refrigerant circuit having a second compressor , the second refrigerant circuit being separate from the first refrigeration circuit ; a variable frequency drive (VFD) in signal communication with the first compressor and the second compressor , the VFD configured to enable a variable speed operation of the first and second compressors; and a controller in signal communication with the VFD , the controller programmed to selectively switch the first and second compressors between a variable speed operation using the VFD and a fixed speed operation such that in a first mode the first compressor is operated in the fixed speed operation and the second compressor is operated in the variable speed operation, and in a second mode the second compressor is operated in the fixed speed operation and the first compressor is operated in the variable speed operation. a first refrigerant circuit having a first compressor ; a second refrigerant circuit having a second compressor , the second refrigerant circuit being separate from the first refrigeration circuit ; a variable frequency drive (VFD) in signal communication with the first compressor and the second compressor , the VFD configured to enable a variable speed operation of the first and second compressors; and a controller in signal communication with the VFD , the controller programmed to selectively switch the first and second compressors between a variable speed operation using the VFD and a fixed speed operation such that in a first mode the first compressor is operated in the fixed speed operation and the second compressor is operated in the variable speed operation, and in a second mode the second compressor is operated in the fixed speed operation and the first compressor is operated in the variable speed operation.
An accessory that can be attached to a camera body , the camera body including a plurality of camera-side terminals, a camera-side protruding portion that protrudes toward a center of an opening of a lens mount section, and an elastic member provided at a position corresponding to the camera-side protruding portion, the accessory comprising: a first terminal (LDET(L)) that is brought into contact with a first camera-side terminal (LDET (B)) of the plurality of camera-side terminals, wherein the contact with the first camera-side terminal causes a change in a voltage at the first camera-side terminal; an eighth terminal (CLK(L)) that is brought into contact with a first camera-side clock terminal (CLK(B)) of the plurality of camera-side terminals, wherein a first clock signal used to transmit a first data signal from the camera body to the accessory is input thereto; a tenth terminal (HCLK(L)) that is brought into contact with a second camera-side clock terminal (HCLK(B)) of the plurality of camera-side terminals, the tenth terminal outputs a second clock signal used to transmit a second data signal from the accessory to the camera body; and an accessory-side protruding portion that is to be pressed toward the camera body side by the elastic member, wherein the eighth terminal and the tenth terminal are arranged such that both of a distance between the eighth terminal and the accessory-side protruding portion and a distance between the tenth terminal and the accessory-side protruding portion are shorter than a distance between the first terminal and the accessory-side protruding portion. a first terminal (LDET(L)) that is brought into contact with a first camera-side terminal (LDET (B)) of the plurality of camera-side terminals, wherein the contact with the first camera-side terminal causes a change in a voltage at the first camera-side terminal; an eighth terminal (CLK(L)) that is brought into contact with a first camera-side clock terminal (CLK(B)) of the plurality of camera-side terminals, wherein a first clock signal used to transmit a first data signal from the camera body to the accessory is input thereto; a tenth terminal (HCLK(L)) that is brought into contact with a second camera-side clock terminal (HCLK(B)) of the plurality of camera-side terminals, the tenth terminal outputs a second clock signal used to transmit a second data signal from the accessory to the camera body; and an accessory-side protruding portion that is to be pressed toward the camera body side by the elastic member, wherein the eighth terminal and the tenth terminal are arranged such that both of a distance between the eighth terminal and the accessory-side protruding portion and a distance between the tenth terminal and the accessory-side protruding portion are shorter than a distance between the first terminal and the accessory-side protruding portion.
An ammonium salt having a saccharin anion, represented by the formula : wherein R 1 to R 4 are each independently an alkyl group having 1 to 4 carbon atoms or an alkoxyalkyl group of -(CH 2 ) n -OR wherein R is an alkyl group having 1 to 4 carbon atoms and n is an integer of 1 or 2, wherein any one of the R 1 to R 4 is the alkoxyalkyl group of -(CH 2 ) n -OR, remaining three of the R 1 to R 4 are each independently an alkyl group having 1 to 4 carbon atoms, provided that any two of the remaining three of the R 1 to R 4 may combine with each other to form a ring together with the nitrogen atom.
A method of managing a container in a telecommunication network, comprising: receiving, by a container manager , an application key performance indicator, KPI, associated with an instance of a network application executing within the container ; determining, by the container manager , a KPI difference between a target KPI value and the application KPI associated with the instance of the network application executing within the container ; determining, by the container manager , that the KPI difference exceeds a threshold difference; performing, by the container manager , at least one corrective action associated with the container based on determining that the KPI difference exceeds the threshold difference; training, by the container manager , a machine learning model based on correlations between one or more container KPIs from the set of containers and one or more application KPIs including the application KPI ; and predicting, by the container manager using the machine learning model, one or more subsequent application KPIs associated with the instance of the network application based on subsequent container KPIs from the set of containers . receiving, by a container manager , an application key performance indicator, KPI, associated with an instance of a network application executing within the container ; determining, by the container manager , a KPI difference between a target KPI value and the application KPI associated with the instance of the network application executing within the container ; determining, by the container manager , that the KPI difference exceeds a threshold difference; performing, by the container manager , at least one corrective action associated with the container based on determining that the KPI difference exceeds the threshold difference; training, by the container manager , a machine learning model based on correlations between one or more container KPIs from the set of containers and one or more application KPIs including the application KPI ; and predicting, by the container manager using the machine learning model, one or more subsequent application KPIs associated with the instance of the network application based on subsequent container KPIs from the set of containers .
An on-vehicle recording control apparatus comprising: a video data acquiring unit configured to acquire video data captured by an image capturing unit that captures surroundings of a vehicle; a voice data acquiring unit configured to acquire outside-vehicle-cabin voice data from an outside-vehicle-cabin voice collecting unit that acquires a voice outside a vehicle cabin of the vehicle; an event detecting unit configured to detect an event for the vehicle; a stop detecting unit configured to detect a stop of the vehicle; a person detecting unit configured to detect a person in a vicinity of the vehicle from the video data acquired by the video data acquiring unit; and a recording control unit configured to store, when the event detecting unit detects the event, first event recording data based on the video data, and to store, when the person detecting unit detects the person in the vicinity of the vehicle after the stop detecting unit detects the stop of the vehicle within a predetermined time period after the event detecting unit detects the event, second event recording data based on the video data and the outside-vehicle-cabin voice data until a second predetermined time period has elapsed after the person is detected. a video data acquiring unit configured to acquire video data captured by an image capturing unit that captures surroundings of a vehicle; a voice data acquiring unit configured to acquire outside-vehicle-cabin voice data from an outside-vehicle-cabin voice collecting unit that acquires a voice outside a vehicle cabin of the vehicle; an event detecting unit configured to detect an event for the vehicle; a stop detecting unit configured to detect a stop of the vehicle; a person detecting unit configured to detect a person in a vicinity of the vehicle from the video data acquired by the video data acquiring unit; and a recording control unit configured to store, when the event detecting unit detects the event, first event recording data based on the video data, and to store, when the person detecting unit detects the person in the vicinity of the vehicle after the stop detecting unit detects the stop of the vehicle within a predetermined time period after the event detecting unit detects the event, second event recording data based on the video data and the outside-vehicle-cabin voice data until a second predetermined time period has elapsed after the person is detected.
A secondary battery top cover assembly, characterized in comprising: a top cover plate ; an electrode terminal; an insulating cover ; and a short-circuit component comprising a deformable plate and a conductive plate disposed above the deformable plate , wherein the deformable plate is connected to the top cover plate , and the conductive plate is connected to the electrode terminal; wherein the conductive plate comprises a body portion and a protrusion portion protruding upwardly from the body portion , the conductive plate is provided with a gas hole , the gas hole cuts through the protrusion portion and the body portion , and an inner wall of the gas hole comprises an arc-shaped smooth transition portion ; wherein the insulating cover comprises a covering portion disposed above the conductive plate and covering the protruding portion and the gas hole , a body and an obstructing portion protruding from an edge of an outer contour of the body toward the conductive plate ; wherein the covering portion is provided on the body , and the obstructing portion surrounds the covering portion ; and wherein the insulating cover further comprises a protrusion extending from the body toward the conductive plate , the protrusion comprises a surrounding portion which surrounds a periphery of the covering portion , a gap is formed between the surrounding portion and the covering portion , and a space is formed between the surrounding portion and the obstructing portion . a top cover plate ; an electrode terminal; an insulating cover ; and a short-circuit component comprising a deformable plate and a conductive plate disposed above the deformable plate , wherein the deformable plate is connected to the top cover plate , and the conductive plate is connected to the electrode terminal; wherein the conductive plate comprises a body portion and a protrusion portion protruding upwardly from the body portion , the conductive plate is provided with a gas hole , the gas hole cuts through the protrusion portion and the body portion , and an inner wall of the gas hole comprises an arc-shaped smooth transition portion ; wherein the insulating cover comprises a covering portion disposed above the conductive plate and covering the protruding portion and the gas hole , a body and an obstructing portion protruding from an edge of an outer contour of the body toward the conductive plate ; wherein the covering portion is provided on the body , and the obstructing portion surrounds the covering portion ; and wherein the insulating cover further comprises a protrusion extending from the body toward the conductive plate , the protrusion comprises a surrounding portion which surrounds a periphery of the covering portion , a gap is formed between the surrounding portion and the covering portion , and a space is formed between the surrounding portion and the obstructing portion .
Computer implemented method for target selection in the vicinity of a vehicle , the method comprising: - obtaining, by a processor , vehicle state information, the vehicle state information comprising dynamic information regarding the vehicle ; - predicting, by the processor , at least one first trajectory of the vehicle based only on the vehicle state information for a first prediction time horizon ; - detecting, by a sensor of the vehicle , road users in the vicinity of the vehicle ; - determining state information from the detected road users, the state information comprising dynamic information regarding the road users; - predicting, by the processor , at least one second trajectory of the vehicle based on the vehicle state information and the road users state information for the first prediction time horizon ; and - performing, by the processor , a first similarity comparison of the at least one first predicted trajectory and the at least one second predicted trajectory of the vehicle to determine whether the detected road users are a potential target of the vehicle for the first prediction time horizon . - obtaining, by a processor , vehicle state information, the vehicle state information comprising dynamic information regarding the vehicle ; - predicting, by the processor , at least one first trajectory of the vehicle based only on the vehicle state information for a first prediction time horizon ; - detecting, by a sensor of the vehicle , road users in the vicinity of the vehicle ; - determining state information from the detected road users, the state information comprising dynamic information regarding the road users; - predicting, by the processor , at least one second trajectory of the vehicle based on the vehicle state information and the road users state information for the first prediction time horizon ; and - performing, by the processor , a first similarity comparison of the at least one first predicted trajectory and the at least one second predicted trajectory of the vehicle to determine whether the detected road users are a potential target of the vehicle for the first prediction time horizon .
A fluid transfer device comprising: a body ; an elongate passage extending through the body and having a proximal end and a distal end; a longitudinally displaceable hollow shaft disposed in and extending along the passage, the shaft having a proximal end and distal end and having in use a first position displaced toward the distal end of the passage and a second position displaced toward the proximal end of the passage, wherein the shaft is axially biased longitudinally away from the proximal end of the passage into the first position; a plug attached to the proximal end of the shaft and sealing the passage at the proximal end thereof when the shaft is in the first position; a diaphragm sealing the passage at a location intermediate the plug and the distal end of the passage; the shaft extending through and being sealingly secured to the diaphragm ; a fluid transfer opening in the shaft between the plug and the diaphragm ; wherein longitudinal displacement of the shaft towards its second position moves the plug to open the passage, the diaphragm stretching to accommodate the displacement of and maintain a seal about the shaft , a fluid flow path being established through the fluid transfer opening in the shaft and through its hollow interior. a body ; an elongate passage extending through the body and having a proximal end and a distal end; a longitudinally displaceable hollow shaft disposed in and extending along the passage, the shaft having a proximal end and distal end and having in use a first position displaced toward the distal end of the passage and a second position displaced toward the proximal end of the passage, wherein the shaft is axially biased longitudinally away from the proximal end of the passage into the first position; a plug attached to the proximal end of the shaft and sealing the passage at the proximal end thereof when the shaft is in the first position; a diaphragm sealing the passage at a location intermediate the plug and the distal end of the passage; the shaft extending through and being sealingly secured to the diaphragm ; a fluid transfer opening in the shaft between the plug and the diaphragm ; wherein longitudinal displacement of the shaft towards its second position moves the plug to open the passage, the diaphragm stretching to accommodate the displacement of and maintain a seal about the shaft , a fluid flow path being established through the fluid transfer opening in the shaft and through its hollow interior.