mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring execution of a digital authentication program, the method implemented using an authentication monitoring, AM, computer device comprising a processor and a memory device , the method comprising: receiving an authentication data file from an authenticating computer device executing the digital authentication program, wherein the authenticating computer device is associated with an authenticating entity, wherein the digital authentication program includes one or more authentication rules, the one or more authentication rules comprising a first authentication rule which states that a certain proportion of data processing performed by the authenticating computer device must use a first authentication type; extracting at least one authentication value from the authentication data file, the at least one authentication value comprising an authentication type value; based on the authentication type value, testing the authentication value against at least the first authentication rule; updating a stored statistic associated with the authentication value for the authenticating computer device, the statistic comprising authentication type; comparing the stored statistic to a corresponding predefined benchmark for said statistic; determining , based on the comparing, that the stored statistic fails to meet a predefined benchmark for the stored statistic; and initiating an authentication remediation process, wherein the authentication remediation process causes an update to the digital authentication program used by the authenticating computer device. receiving an authentication data file from an authenticating computer device executing the digital authentication program, wherein the authenticating computer device is associated with an authenticating entity, wherein the digital authentication program includes one or more authentication rules, the one or more authentication rules comprising a first authentication rule which states that a certain proportion of data processing performed by the authenticating computer device must use a first authentication type; extracting at least one authentication value from the authentication data file, the at least one authentication value comprising an authentication type value; based on the authentication type value, testing the authentication value against at least the first authentication rule; updating a stored statistic associated with the authentication value for the authenticating computer device, the statistic comprising authentication type; comparing the stored statistic to a corresponding predefined benchmark for said statistic; determining , based on the comparing, that the stored statistic fails to meet a predefined benchmark for the stored statistic; and initiating an authentication remediation process, wherein the authentication remediation process causes an update to the digital authentication program used by the authenticating computer device.
A location-based group generation method, to create a group that includes a first mobile terminal and other mobile terminals in a location area of the first mobile terminal comprising: storing mobile terminal location information corresponding to mobile terminal identifiers; receiving a group generation request that carries the location area from the first mobile terminal , wherein the location area is one of a circular and a rectangular area centered on a location point and extended to a specific distance, the location point is a location point of the first mobile terminal , and the location point of the first mobile terminal is determined by using a Global Positioning System, GPS, module in the first mobile terminal ; determining , according to the stored mobile terminal location information, the other mobile terminal identifiers in the location area carried in the group generation request besides a first mobile terminal identifier; and setting the determined other mobile terminal identifiers and the first mobile terminal identifier into the group corresponding to a group identifier, receiving a group message that carries the group identifier and group information from a mobile terminal in the group; determining a group corresponding to the group identifier, and sending the group information carried in the group message to mobile terminals in the group corresponding to the group identifier except the mobile terminal that sends the group message. storing mobile terminal location information corresponding to mobile terminal identifiers; receiving a group generation request that carries the location area from the first mobile terminal , wherein the location area is one of a circular and a rectangular area centered on a location point and extended to a specific distance, the location point is a location point of the first mobile terminal , and the location point of the first mobile terminal is determined by using a Global Positioning System, GPS, module in the first mobile terminal ; determining , according to the stored mobile terminal location information, the other mobile terminal identifiers in the location area carried in the group generation request besides a first mobile terminal identifier; and setting the determined other mobile terminal identifiers and the first mobile terminal identifier into the group corresponding to a group identifier, receiving a group message that carries the group identifier and group information from a mobile terminal in the group; determining a group corresponding to the group identifier, and sending the group information carried in the group message to mobile terminals in the group corresponding to the group identifier except the mobile terminal that sends the group message.
A method for notifying network congestion in a remote direct memory access, RDMA, communication network, the network comprising a transmit end, an agent node, a network node and a receive end, wherein the agent node is located within the transmit end or the network node, and wherein a data flow is established from the transmit end to the receive end via the agent node and the network node, the method being performed by the agent node, and the method comprising: receiving a first data packet of the transmit end, wherein the first data packet carries a destination queue pair number; obtaining a source queue pair number of the first data packet based on the destination queue pair number; adding the source queue pair number to the first data packet to obtain a second data packet, and sending the second data packet to the receive end by using the network node; and receiving a first congestion notification packet, and sending the first congestion notification packet to the transmit end, wherein the first congestion notification packet is generated by the network node when the network node receives the second data packet and detects network congestion, a destination queue pair number of the first congestion notification packet is the source queue pair number, the first congestion notification packet is used to instruct the transmit end to decrease, when the destination queue pair number of the first congestion notification packet is the same as a queue pair number of the transmit end, a sending rate of a data flow to which the first data packet belongs; wherein the source queue pair number is a queue pair number of the transmit end and the destination queue pair number is a queue pair number of the receive end. receiving a first data packet of the transmit end, wherein the first data packet carries a destination queue pair number; obtaining a source queue pair number of the first data packet based on the destination queue pair number; adding the source queue pair number to the first data packet to obtain a second data packet, and sending the second data packet to the receive end by using the network node; and receiving a first congestion notification packet, and sending the first congestion notification packet to the transmit end, wherein the first congestion notification packet is generated by the network node when the network node receives the second data packet and detects network congestion, a destination queue pair number of the first congestion notification packet is the source queue pair number, the first congestion notification packet is used to instruct the transmit end to decrease, when the destination queue pair number of the first congestion notification packet is the same as a queue pair number of the transmit end, a sending rate of a data flow to which the first data packet belongs; wherein the source queue pair number is a queue pair number of the transmit end and the destination queue pair number is a queue pair number of the receive end.
A cloud access server for rendering audio to an audio device, the cloud access server comprising: a communication port ; and a processor coupled to a communication port, that identifies original audio content in response to receipt of an audio content request at the communication port where the audio content request has associated with it a device profile including a unique identification for the requesting audio device and an environment profile associated with the requesting audio device, wherein the device profile comprises a number of device attributes, and the environment profile comprises a number of environment attributes indicating a type of room or surrounding that the audio device is present in, and directs the processing of the original audio content into processed audio content in response to attributes contained in both the device profile and the environmental profile after which the processor directs the transmission of the processed audio content to the audio device that originated the audio content request, characterized in that , a first device attribute of the number of device attributes being indicative of a number of audio channels for the requesting audio device or a number of loudspeakers for the requesting audio device, and the cloud access server processes the original audio content based, respectively, on the number of audio channels for the requesting audio device or the number of loudspeakers for the requesting audio device. a communication port ; and a processor coupled to a communication port, that identifies original audio content in response to receipt of an audio content request at the communication port where the audio content request has associated with it a device profile including a unique identification for the requesting audio device and an environment profile associated with the requesting audio device, wherein the device profile comprises a number of device attributes, and the environment profile comprises a number of environment attributes indicating a type of room or surrounding that the audio device is present in, and directs the processing of the original audio content into processed audio content in response to attributes contained in both the device profile and the environmental profile after which the processor directs the transmission of the processed audio content to the audio device that originated the audio content request, characterized in that , a first device attribute of the number of device attributes being indicative of a number of audio channels for the requesting audio device or a number of loudspeakers for the requesting audio device, and the cloud access server processes the original audio content based, respectively, on the number of audio channels for the requesting audio device or the number of loudspeakers for the requesting audio device.
Cell holder for holding battery cells, comprising: - a first mount , which is configured to take a first battery cell , - a second mount , which is configured to take a second battery cell , and - a first spring element , - wherein the first spring element has a first spring section , which is designed to clamp the first battery cell in the first mount by means of a first spring force in an axial direction of the first battery cell , characterized in that - the spring element has a second spring section , which is designed to clamp the second battery cell in the second mount by means of a second spring force in a radial direction of the second battery cell , wherein the first spring element is configured such that an increase in the first spring force causes an increase in the second spring force. - a first mount , which is configured to take a first battery cell , - a second mount , which is configured to take a second battery cell , and - a first spring element , - wherein the first spring element has a first spring section , which is designed to clamp the first battery cell in the first mount by means of a first spring force in an axial direction of the first battery cell , characterized in that - the spring element has a second spring section , which is designed to clamp the second battery cell in the second mount by means of a second spring force in a radial direction of the second battery cell , wherein the first spring element is configured such that an increase in the first spring force causes an increase in the second spring force.
A method to transmit a signal by a transmitter using a plurality of modulation schemes in a wireless communication system, the method comprising: selecting one of quadrature amplitude modulation, QAM, or advanced QAM according to at least one predetermined criterion , wherein the advanced QAM includes at least one of hybrid frequency shift keying, FSK, and QAM modulation, FQAM, multi-tone frequency shift keying, MT-FSK, representing an FSK symbol using a plurality of active tones, and hybrid time shift keying, TSK, and QAM modulation, TQAM; if the QAM is selected, encoding information bits for transmission in a binary channel coding scheme and mapping the coded information bits to QAM symbols ; if the advanced QAM is selected, encoding the information bits for transmission in a non-binary channel coding scheme and mapping the coded information bits to advanced QAM symbols ; and transmitting the QAM symbols or the advanced QAM symbols in a predetermined resource area , wherein the binary channel coding scheme includes an outer coding, and the non-binary channel coding scheme includes the outer coding and an inner coding. selecting one of quadrature amplitude modulation, QAM, or advanced QAM according to at least one predetermined criterion , wherein the advanced QAM includes at least one of hybrid frequency shift keying, FSK, and QAM modulation, FQAM, multi-tone frequency shift keying, MT-FSK, representing an FSK symbol using a plurality of active tones, and hybrid time shift keying, TSK, and QAM modulation, TQAM; if the QAM is selected, encoding information bits for transmission in a binary channel coding scheme and mapping the coded information bits to QAM symbols ; if the advanced QAM is selected, encoding the information bits for transmission in a non-binary channel coding scheme and mapping the coded information bits to advanced QAM symbols ; and transmitting the QAM symbols or the advanced QAM symbols in a predetermined resource area , wherein the binary channel coding scheme includes an outer coding, and the non-binary channel coding scheme includes the outer coding and an inner coding.
An anti-spin arrangement for a gyratory crusher, comprising at least one seal element configured to provide sealing of the top bearing of the gyratory crusher; and at least one anti-spin element configured to reduce the spinning of the head of the crusher; characterized in that the arrangement comprises a first adjustment element and a second adjustment element , wherein the at least one seal element and the at least one anti-spin element are configured to be individually adjusted with the first adjustment element and the second adjustment element respectively.
An apparatus for a work machine, the apparatus comprising means configured for performing: - receiving , during a first action of an automatic adaptive loading procedure by a work machine equipped with a boom and a bucket connected to the boom, driveline information of at least one driveline component of the work machine, - defining a set of control parameters on the basis of the received driveline information, and - controlling position of the boom, position of the bucket, and speed of the work machine on the basis of the defined set of control parameters during a second action of the automatic adaptive loading procedure, characterized in that the apparatus is further configured to monitor time of applying the defined set of control parameters, and control change of set of control parameters to control position of the boom , position of the bucket , and speed of the work machine in response to the time that the defined set of control parameters exceeds a threshold value. - receiving , during a first action of an automatic adaptive loading procedure by a work machine equipped with a boom and a bucket connected to the boom, driveline information of at least one driveline component of the work machine, - defining a set of control parameters on the basis of the received driveline information, and - controlling position of the boom, position of the bucket, and speed of the work machine on the basis of the defined set of control parameters during a second action of the automatic adaptive loading procedure,
A machine tool for thread cutting comprising at least two spindle blocks with tapping tools , linked to each other by a mechanism that will allow the adjustment of the distance between the rotation axes of the spindles and the movement of the spindles relative to each other in the direction parallel to the rotation axes, characterised in that each spindle block comprises a hard stop spacer sleeve with a force sensor, a tool holder attached to the rotor part of the spindle drive and a spindle block housing attached to the stator part of the spindle drive .
A display panel, comprising: a display screen , comprising an array substrate ; and an opposed substrate , cell-assembled with the array substrate to form the display screen ; a circuit board , provided with a control circuit for controlling the display screen thereon; a wireless network adapter , for receiving signals via a wireless network; a wireless power receiver , disposed on the circuit board ; a battery charged by the wireless power receiver ; characterized in that the circuit board further comprises a power switching circuit provided thereon, configured such that in the case of no external power being supplied, the power switching circuit makes a switching such that the battery provides the power for the display screen and the wireless network adapter , the wireless network adapter is disposed on the array substrate or the opposed substrate ; and the wireless power receiver directly provides the power for the display screen and the wireless network adapter . a display screen , comprising an array substrate ; and an opposed substrate , cell-assembled with the array substrate to form the display screen ; a circuit board , provided with a control circuit for controlling the display screen thereon; a wireless network adapter , for receiving signals via a wireless network; a wireless power receiver , disposed on the circuit board ; a battery charged by the wireless power receiver ; characterized in that the circuit board further comprises a power switching circuit provided thereon, configured such that in the case of no external power being supplied, the power switching circuit makes a switching such that the battery provides the power for the display screen and the wireless network adapter , the wireless network adapter is disposed on the array substrate or the opposed substrate ; and the wireless power receiver directly provides the power for the display screen and the wireless network adapter .
A method for controlling a robot comprising a robot arm, said robot arm comprises a base section, a plurality of arm sections, two adjacent arm sections being connected via a joint and sensor means provided in each respective joint to sense the rotation of the respective joint, the method comprising: a user manually placing the robot at a given position Po relative to objects in the surroundings of the robot, whereby a portion or point P located on the robot arm is moved to define one or more geometrical features relative to said objects in the surroundings of the robot by means of the sensor means and a relationship is established between said one or more geometrical features and first robot coordinates of a robot coordinate system by converting said first robot coordinates to second coordinates by which said one or more geometrical features can be specified; and a user subsequently instructing the robot to carry out movements of specific portions of the robot relative to said surroundings by reference to said one or more geometrical features, whereby said sensor means by means of which the one or more geometrical features were defined are also used for controlling the motors/joints of the robot arm, wherein the one or more stored geometrical features are stored in and retrieved from storage means and used to provide a representation on a graphical display on a user interface of the robot and its surroundings, the representation comprising a path of motion of the portion or point P located on the robot arm through the surroundings and of objects in the surroundings. a user manually placing the robot at a given position Po relative to objects in the surroundings of the robot, whereby a portion or point P located on the robot arm is moved to define one or more geometrical features relative to said objects in the surroundings of the robot by means of the sensor means and a relationship is established between said one or more geometrical features and first robot coordinates of a robot coordinate system by converting said first robot coordinates to second coordinates by which said one or more geometrical features can be specified; and a user subsequently instructing the robot to carry out movements of specific portions of the robot relative to said surroundings by reference to said one or more geometrical features, whereby said sensor means by means of which the one or more geometrical features were defined are also used for controlling the motors/joints of the robot arm, wherein the one or more stored geometrical features are stored in and retrieved from storage means and used to provide a representation on a graphical display on a user interface of the robot and its surroundings, the representation comprising a path of motion of the portion or point P located on the robot arm through the surroundings and of objects in the surroundings.
An agricultural material composition comprising: (i) particles of at least one agricultural material compound; and (ii) a dispersant system comprising a polyelectrolyte-layer forming block copolymer, wherein the block copolymer comprises (A) a hydrophobic anchoring moiety and (B) at least one hydrophilic charged stabilizing moiety comprising charged monomers, wherein the block copolymer is adsorbed on hydrophobic surfaces of particles of the agricultural material compound, and wherein at least 60% by weight of the hydrophilic charged stabilizing moiety is charged monomers wherein the charged monomers are anionic monomers having a sulfonate group. (i) particles of at least one agricultural material compound; and (ii) a dispersant system comprising a polyelectrolyte-layer forming block copolymer, wherein the block copolymer comprises (A) a hydrophobic anchoring moiety and (B) at least one hydrophilic charged stabilizing moiety comprising charged monomers,