mhurhangee/patent-ind-claim-en huggingface dataset:
A use of an installation part and a pipe element for a joint installation in a wall or floor element , which installation part comprises a pipe socket which is formed by a form defining forming part and a deformation element (15a, b, c) which is softer by comparison, wherein the forming part and the deformation element (15a, b, c) are formed one-piece with each other, in which use the pipe element and the installation part are installed in assembled form into the wall or floor element , namely with the pipe element arranged in the pipe socket of the installation part , by filling with initially flowable and then solidifying fill material around it, characterized in that the forming part is structured circumferentially in a plurality of clamping sections with regard to a pipe axis of the pipe socket and is respectively interrupted between the clamping sections by a parting line such that the clamping sections are radially deflectable with regard to the pipe axis of the pipe socket , and wherein the deformation element (15a, b, c), viewed radially with regard to the pipe axis of the pipe socket in each case, extends at least locally across the parting lines . which installation part comprises a pipe socket which is formed by a form defining forming part and a deformation element (15a, b, c) which is softer by comparison, wherein the forming part and the deformation element (15a, b, c) are formed one-piece with each other, in which use the pipe element and the installation part are installed in assembled form into the wall or floor element , namely with the pipe element arranged in the pipe socket of the installation part , by filling with initially flowable and then solidifying fill material around it, characterized in that the forming part is structured circumferentially in a plurality of clamping sections with regard to a pipe axis of the pipe socket and is respectively interrupted between the clamping sections by a parting line such that the clamping sections are radially deflectable with regard to the pipe axis of the pipe socket , and wherein the deformation element (15a, b, c), viewed radially with regard to the pipe axis of the pipe socket in each case, extends at least locally across the parting lines .
A robotic cleaning device comprising: - a body , - an obstacle detecting device configured to obtain data from a vicinity of the robotic cleaning device by capturing images of artificial markers (24b-24g) in said vicinity; - a propulsion system , being configured to drive the robotic cleaning device across a surface to be cleaned; - a cleaning member ; and - a processing unit ; - characterized in that the processing unit is arranged to extract at least one feature from said artificial markers (24b-24g) comprised in the images captured by the obstacle detection device , compare the at least one extracted feature with stored features and when the at least one extracted feature matches one of the stored features, to control the operation of the robotic cleaning device according to instructions assigned to said one of the stored features. - a body , - an obstacle detecting device configured to obtain data from a vicinity of the robotic cleaning device by capturing images of artificial markers (24b-24g) in said vicinity; - a propulsion system , being configured to drive the robotic cleaning device across a surface to be cleaned; - a cleaning member ; and - a processing unit ; - characterized in that the processing unit is arranged to extract at least one feature from said artificial markers (24b-24g) comprised in the images captured by the obstacle detection device , compare the at least one extracted feature with stored features and when the at least one extracted feature matches one of the stored features, to control the operation of the robotic cleaning device according to instructions assigned to said one of the stored features.
Method for distance control during laser machining, using an electrical oscillating circuit , the oscillation frequency of which is dependent on the distance between a laser machining head and a workpiece , and an adjusting device for adjusting the distance (d) between the laser machining head and the workpiece , in which method - the period of the oscillating circuit signal is measured, and - the distance (d) between the laser machining head and the workpiece is determined on the basis of the measured period of the oscillating circuit signal and fed to the adjusting device , - characterized in that the period of the measurement signal derived from the oscillating circuit signal is measured by means of a time-to-digital converter to which a reference signal having a constant frequency is also fed, and in that a correction value for the period of the measurement signal is determined from a deviation of the measured period of the reference signal from the known fixed period of the reference signal. - the period of the oscillating circuit signal is measured, and - the distance (d) between the laser machining head and the workpiece is determined on the basis of the measured period of the oscillating circuit signal and fed to the adjusting device , - characterized in that the period of the measurement signal derived from the oscillating circuit signal is measured by means of a time-to-digital converter to which a reference signal having a constant frequency is also fed, and in that a correction value for the period of the measurement signal is determined from a deviation of the measured period of the reference signal from the known fixed period of the reference signal.
A method for preventing false triggers while protecting, from access by an illegitimate user, data stored on an electronic device that periodically initiates communication with a remote server , by activating an offline data delete module installed in the electronic device to conditionally delete the data or a module to conditionally lock out the user thereof, the method comprising the steps of: establishing a first communication between an agent installed in the electronic device and a remote server ; starting a reboot of the electronic device and prompting for a password from a user if a second communication is not established between the agent and the remote server within a predetermined period of time for establishing a communication between the agent and the remote server ; after prompting for a password and a predetermined number of incorrect passwords has been obtained, either completing booting and deleting data stored on the electronic device or leaving the user locked out of the electronic device , wherein, when after prompting for a password a password is not obtained, not continuing booting. establishing a first communication between an agent installed in the electronic device and a remote server ; starting a reboot of the electronic device and prompting for a password from a user if a second communication is not established between the agent and the remote server within a predetermined period of time for establishing a communication between the agent and the remote server ; after prompting for a password and a predetermined number of incorrect passwords has been obtained, either completing booting and deleting data stored on the electronic device or leaving the user locked out of the electronic device , wherein, when after prompting for a password a password is not obtained, not continuing booting.
A paging method, comprising: sending , by a first terminal, a first message to a network side device, wherein the first message is used to request the network side device to instruct the first terminal to page a second terminal, and the second terminal is connected to the network side device by using the first terminal providing a relay service for the second terminal; receiving , by the first terminal, a second message sent by the network side device, wherein the second message is used to instruct the first terminal to page the second terminal; and sending , by the first terminal, a paging message to the second terminal based on the second message, characterised in that the sending, by a first terminal, a first message to a network side device comprises: sending, by the first terminal, the first message to the network side device by using a third message Msg3 that is in a random access procedure, wherein the third message Msg3 comprises a radio resource control connection request RRCConnectionRequest message, a target value is defined in an establishment cause establishmentCause field in the RRCConnectionRequest message, and the target value is the first message. sending , by a first terminal, a first message to a network side device, wherein the first message is used to request the network side device to instruct the first terminal to page a second terminal, and the second terminal is connected to the network side device by using the first terminal providing a relay service for the second terminal; receiving , by the first terminal, a second message sent by the network side device, wherein the second message is used to instruct the first terminal to page the second terminal; and sending , by the first terminal, a paging message to the second terminal based on the second message, characterised in that the sending, by a first terminal, a first message to a network side device comprises: sending, by the first terminal, the first message to the network side device by using a third message Msg3 that is in a random access procedure, wherein the third message Msg3 comprises a radio resource control connection request RRCConnectionRequest message, a target value is defined in an establishment cause establishmentCause field in the RRCConnectionRequest message, and the target value is the first message.
A system for data communications over a channel link , comprising: a communication module configured to access the channel link according to a set of specifications for the data communications; and a controller configured to include a physics-informed neural network (PINN), wherein the controller is configured to determine parameters represented by the set of specifications of the communication module to compensate signal waveform distortion in the data communications according to a physical model of the channel link , wherein the PINN is based on a cascaded use of regular perturbation models having a phasor correction trained by a deep neural network (DNN) which uses a statistical information of the channel link to adaptively modify the set of specifications for the communication module. a communication module configured to access the channel link according to a set of specifications for the data communications; and a controller configured to include a physics-informed neural network (PINN), wherein the controller is configured to determine parameters represented by the set of specifications of the communication module to compensate signal waveform distortion in the data communications according to a physical model of the channel link , wherein the PINN is based on a cascaded use of regular perturbation models having a phasor correction trained by a deep neural network (DNN) which uses a statistical information of the channel link to adaptively modify the set of specifications for the communication module.
An information processing device , comprising: an acquiring unit configured to acquire context information in a period related to collection of a voice; and a control unit configured to cause a predetermined output unit to output output information related to the collection of the voice in a mode corresponding to the acquired context information; and characterised in that the control unit is configured to cause the output unit to notify of notification information as the output information in a mode corresponding to a type of process which is executed in accordance with the context information and uses the voice as an input; and wherein the control unit is configured to control a search range for the process of converting the collected voice into character information in accordance with the context information. an acquiring unit configured to acquire context information in a period related to collection of a voice; and a control unit configured to cause a predetermined output unit to output output information related to the collection of the voice in a mode corresponding to the acquired context information; and characterised in that the control unit is configured to cause the output unit to notify of notification information as the output information in a mode corresponding to a type of process which is executed in accordance with the context information and uses the voice as an input; and wherein the control unit is configured to control a search range for the process of converting the collected voice into character information in accordance with the context information.
Device for attaching an assembly comprising at least a first support and a second support , the first support being provided with an opening for receiving a threaded element arranged on the second support , the device comprising: - a main body , defining an internal passage for receiving the threaded element , the internal passage extending from a first end of the main body , forming a head , to a second end of the main body opposite the first end, forming a foot , the head being intended to abut against the first support and the foot having an end for inserting the threaded element into the internal passage and is provided, on an outer surface, with holding elements which can be deformed and retracted during the insertion of the foot into the opening in order to hold the the main body and the first support together, the main body also comprising a window opening onto the internal passage and delimiting a housing ; - a locking clip arranged in the housing of the foot , the locking clip being provided with retaining means for interacting with the threaded element and ensuring the attachment of the first support to the second support . - a main body , defining an internal passage for receiving the threaded element , the internal passage extending from a first end of the main body , forming a head , to a second end of the main body opposite the first end, forming a foot , the head being intended to abut against the first support and the foot having an end for inserting the threaded element into the internal passage and is provided, on an outer surface, with holding elements which can be deformed and retracted during the insertion of the foot into the opening in order to hold the the main body and the first support together, the main body also comprising a window opening onto the internal passage and delimiting a housing ; - a locking clip arranged in the housing of the foot , the locking clip being provided with retaining means for interacting with the threaded element and ensuring the attachment of the first support to the second support .
A sheet material dispensing apparatus, comprising: a cover; a rear wall connected to the cover; a flexible mounting plate operatively connected to the cover; a shaft , wherein the shaft is connected to the mounting plate; a motor operatively connected to the shaft; a supply roller connected to the shaft, wherein the supply roller has a radiused portion and at least one truncated portion; and a microswitch activating cam extending from a side of the supply roller, the microswitch activating cam being operable to contact a microswitch fixed on the mounting plate to stop the motor, the apparatus further , comprising an electronics box included by said mounting plate and in electrical communication with the motor , , characterised in that the electronics box includes a chip that is programmed to allow the adjustment of the period of time for which the motor is operated to discharge one piece of the sheet material and that the apparatus further comprises a retracting roller connected to the shaft, wherein the retracting roller has a radiused portion, and at least one truncated portion; and a supporting plate engaged and disengaged by the retracting roller during operation, wherein the disengagement of the radiused portion from the supporting plate causes the supply roller to translate toward the rear wall. a cover; a rear wall connected to the cover;
A robot comprising: a driver unit ; a sensor unit ; and a controller ; the controller is configured to control the driver unit to perform a first task corresponding to a first area in a first location of the first area, characterized in that the controller is further configured to identify whether the robot is moved from the first location to a second location of a second area based on a user input to override an execution of a current operation corresponding to the first task performed by the robot, wherein the identifying whether the robot is moved being based on a change of an environment around the robot sensed by the sensor unit and map information, in response to identifying that the robot is moved from the first location to the second location, identify a second task corresponding to the second area based on the second location and an environment around the robot, and control the driver unit to stop performing the first task and perform the second task different from the first task in the second area, control the driver unit to return to the first location after completion of the second task in the second area, and control the driver unit to restart the first task in the first area. a driver unit ; a sensor unit ; and a controller ; the controller is configured to control the driver unit to perform a first task corresponding to a first area in a first location of the first area, characterized in that the controller is further configured to identify whether the robot is moved from the first location to a second location of a second area based on a user input to override an execution of a current operation corresponding to the first task performed by the robot, wherein the identifying whether the robot is moved being based on a change of an environment around the robot sensed by the sensor unit and map information, in response to identifying that the robot is moved from the first location to the second location, identify a second task corresponding to the second area based on the second location and an environment around the robot, and control the driver unit to stop performing the first task and perform the second task different from the first task in the second area, control the driver unit to return to the first location after completion of the second task in the second area, and control the driver unit to restart the first task in the first area.
A machine system comprising: a roller frame ; a roller assembly mounted to the roller frame and including a roller shaft defining a longitudinal shaft axis extending between a first roller shaft end and a second roller shaft end , and a roller body rotatably positioned upon the roller shaft ; the roller assembly further including a first clamping collar and a second clamping collar positioned, respectively, upon the first roller shaft end and the second roller shaft end , and each including a lower collar section and an upper collar section ; the first clamping collar further including a first fastener clamping the lower and the upper collar sections (52,53,152,153;54,55,154,155) to the first roller shaft end to form a first static seal extending circumferentially around the roller shaft ; and the second clamping collar further including a second fastener clamping the lower and the upper collar sections (52,53,152,153;54,55,154,155) to the second roller shaft end to form a second static seal extending circumferentially around the roller shaft ; characterised in that the roller assembly further includes a first pin bore extending through the first roller shaft end and each of the lower and the upper collar sections (52,152;54,154) of the first clamping collar , and a second pin bore extending through the second roller shaft end and each of the lower and the upper collar sections (53,153;55,155) of the second clamping collar . a roller frame ; a roller assembly mounted to the roller frame and including a roller shaft defining a longitudinal shaft axis extending between a first roller shaft end and a second roller shaft end , and a roller body rotatably positioned upon the roller shaft ; the roller assembly further including a first clamping collar and a second clamping collar positioned, respectively, upon the first roller shaft end and the second roller shaft end , and each including a lower collar section and an upper collar section ; the first clamping collar further including a first fastener clamping the lower and the upper collar sections (52,53,152,153;54,55,154,155) to the first roller shaft end to form a first static seal extending circumferentially around the roller shaft ; and the second clamping collar further including a second fastener clamping the lower and the upper collar sections (52,53,152,153;54,55,154,155) to the second roller shaft end to form a second static seal extending circumferentially around the roller shaft ; characterised in that the roller assembly further includes a first pin bore extending through the first roller shaft end and each of the lower and the upper collar sections (52,152;54,154) of the first clamping collar , and a second pin bore extending through the second roller shaft end and each of the lower and the upper collar sections (53,153;55,155) of the second clamping collar .
A method of assembling a wind turbine , comprising: placing a tower base having a round cross section in an upright position, the tower base including a tower base guide rail attached to an outer side wall of the tower base and a carriage , the carriage being movable along the tower base guide rail and including a crane attached thereto; and connecting a first tower body member having a similar or identical shape as the tower base to the tower base to form a turbine tower , the first tower body member including a first tower body guide rail attached to an outer side wall of the tower member and being connected to the tower base in a manner such that the tower base guide rail axially aligns with the first tower body guide rail to collectively form a rail track , the carriage being movable up and down the turbine tower along the rail track, wherein the carriage is connected to the tower base in a vertical position and a top tower body member of the turbine tower comprises a pivot system for pivoting the carriage from the vertical position to a horizontal position when the carriage arrives at the top of the turbine tower. placing a tower base having a round cross section in an upright position, the tower base including a tower base guide rail attached to an outer side wall of the tower base and a carriage , the carriage being movable along the tower base guide rail and including a crane attached thereto; and connecting a first tower body member having a similar or identical shape as the tower base to the tower base to form a turbine tower , the first tower body member including a first tower body guide rail attached to an outer side wall of the tower member and being connected to the tower base in a manner such that the tower base guide rail axially aligns with the first tower body guide rail to collectively form a rail track , the carriage being movable up and down the turbine tower along the rail track, wherein the carriage is connected to the tower base in a vertical position and a top tower body member of the turbine tower comprises a pivot system for pivoting the carriage from the vertical position to a horizontal position when the carriage arrives at the top of the turbine tower.
A composition of sulbactam and ceftazidime, for use in the treatment of the infection with carbapenem antibiotic-resistant Acinetobacter baumannii, characterized in that the amount of ceftazidime in the composition of sulbactam and ceftazidime is 20% - 40% by mass of the amount of sulbactam.