mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supporting a multiple recording function for allowing the recording of data on the basis of different recording techniques in a device which receives an input signal for activating an audio-related function, the method comprising: receiving an input signal for activating the multiple recording function while the audio-related function is performed; in response to the activation of the multiple recording function, outputting a memo writing screen including a memo zone in which touch inputs to the touchscreen are displayed visually as memo data , and an invocation zone having a voice recording icon selectable to activate voice recording functions; in response to detecting selection of the voice recording icon, activating a first voice recording function and displaying a first display zone of the first voice recording function within the memo zone ; creating voice recording data based on recorded voices when the first voice recording function is completed; when an input signal for enlarging the memo writing screen is received, rearranging the first display zone to avoid an overlap with the memo data; and storing the voice recording data as multiple recording data by combining the voice recording data with the written memo data input during memo function. receiving an input signal for activating the multiple recording function while the audio-related function is performed; in response to the activation of the multiple recording function, outputting a memo writing screen including a memo zone in which touch inputs to the touchscreen are displayed visually as memo data , and an invocation zone having a voice recording icon selectable to activate voice recording functions; in response to detecting selection of the voice recording icon, activating a first voice recording function and displaying a first display zone of the first voice recording function within the memo zone ; creating voice recording data based on recorded voices when the first voice recording function is completed; when an input signal for enlarging the memo writing screen is received, rearranging the first display zone to avoid an overlap with the memo data; and storing the voice recording data as multiple recording data by combining the voice recording data with the written memo data input during memo function.
A method for treating fibres, comprising the steps of: - continuously supplying a bundle of fibres , - applying a first resin to the bundle of fibres by electrostatic deposition of particles of the first resin , - bonding the particles of the first resin to the bundle of fibres by heating, and - applying a surface coating to at least one side of the bundle of fibres by depositing filaments of a second resin . - continuously supplying a bundle of fibres , - applying a first resin to the bundle of fibres by electrostatic deposition of particles of the first resin , - bonding the particles of the first resin to the bundle of fibres by heating, and - applying a surface coating to at least one side of the bundle of fibres by depositing filaments of a second resin .
An interface cable system for providing electrical interconnection between an intrauterine pressure catheter system and a monitoring system, the interface cable system comprising: a first connector configured to provide electrical interconnection with the intrauterine pressure catheter system; a second connector configured to provide electrical interconnection with the monitoring system; a plurality of conductors electrically connected to the first and second connector for carrying signals between the intrauterine pressure catheter system and the monitoring system; a momentary switch for configuring said interface cable system to provide, upon operation of said momentary switch , a time period in which a zeroing operation of the intrauterine pressure catheter system, which comprises a short circuiting operation, may be performed, and configured to activate the short circuiting operation by short circuiting at least two of the plurality of conductors when said momentary switch is pressed; an indicator for indicating that the momentary switch has been operated, thereby indicating that the zeroing operation may be performed during the time period; the interface cable system further comprising a signal processing circuit configured to receive a signal from the momentary switch , and activate the indicator during the time period and configured to perform the short circuiting operation by engaging an analogue switch during the time period. a first connector configured to provide electrical interconnection with the intrauterine pressure catheter system; a second connector configured to provide electrical interconnection with the monitoring system; a plurality of conductors electrically connected to the first and second connector for carrying signals between the intrauterine pressure catheter system and the monitoring system; a momentary switch for configuring said interface cable system to provide, upon operation of said momentary switch , a time period in which a zeroing operation of the intrauterine pressure catheter system, which comprises a short circuiting operation, may be performed, and configured to activate the short circuiting operation by short circuiting at least two of the plurality of conductors when said momentary switch is pressed; an indicator for indicating that the momentary switch has been operated, thereby indicating that the zeroing operation may be performed during the time period; the interface cable system further comprising a signal processing circuit configured to receive a signal from the momentary switch , and activate the indicator during the time period and configured to perform the short circuiting operation by engaging an analogue switch during the time period.
A modularly mountable vehicle arrangement comprising a vehicle frame , wherein the vehicle frame has a plurality of profiles and a plurality of connecting elements , wherein each profile is formed with a profile cross-section and a profile longitudinal axis, and wherein the profiles are releasably connected to one another with the connecting elements characterized in that the profiles comprise elongate holes in their interior along the longitudinal axis of the profile for fastening connecting elements , and the connecting elements are fastened to the profiles by means of the elongate holes .
An electronic device , comprising: a device housing comprising a front face , a rear face , and a bent side face connecting the front face with the rear face , the rear face comprising a reserved region , and an assembling region connected with the reserved region ; and a flexible screen component covering the front face , the bent side face , and the assembling region , and having a display region, characterized in that the flexible screen component further comprises an extending layer protruding from the display region, two ends of the display region being assembled and fitted with two sides of the reserved region , respectively; and, a retractable device assembled in the device housing , wherein the extending layer of the flexible screen component extends through the reserved region to be connected with the retractable device . a device housing comprising a front face , a rear face , and a bent side face connecting the front face with the rear face , the rear face comprising a reserved region , and an assembling region connected with the reserved region ; and a flexible screen component covering the front face , the bent side face , and the assembling region , and having a display region, characterized in that the flexible screen component further comprises an extending layer protruding from the display region, two ends of the display region being assembled and fitted with two sides of the reserved region , respectively; and, a retractable device assembled in the device housing , wherein the extending layer of the flexible screen component extends through the reserved region to be connected with the retractable device .
A system for real-time backup of a target cloud computing environment , comprising a first processing circuitry in communication with the target cloud computing environment, the first processing circuitry configured to: identify a set of static backup rules specified in a rule repository; attach the set of static backup rules to computing entities of the target cloud computing environment; receive a plurality of operating status of the target cloud computing environment; perform analytics on the plurality of operating status using a multilayer analytics stack to obtain a set of parameters; obtain at least one triggering signal for one or more levels of the target cloud computing environment identified based on the set of parameters for performing a backup for the target cloud computing environment separate from a backup specified according to the set of static backup rules, wherein at least one of the one or more levels is one of: individual software application level, software stack level, virtual machine level, and entire cloud computing environment level; identify a cloud computing platform associated with the one or more levels of the target cloud computing environment; automatically generate a backup command corresponding to the cloud computing platform; and communicate the backup command to the cloud computing platform to cause the cloud computing platform to create a backup of one or more of the identified levels of the target cloud computing environment. identify a set of static backup rules specified in a rule repository; attach the set of static backup rules to computing entities of the target cloud computing environment; receive a plurality of operating status of the target cloud computing environment; perform analytics on the plurality of operating status using a multilayer analytics stack to obtain a set of parameters; obtain at least one triggering signal for one or more levels of the target cloud computing environment identified based on the set of parameters for performing a backup for the target cloud computing environment separate from a backup specified according to the set of static backup rules, wherein at least one of the one or more levels is one of: individual software application level, software stack level, virtual machine level, and entire cloud computing environment level; identify a cloud computing platform associated with the one or more levels of the target cloud computing environment; automatically generate a backup command corresponding to the cloud computing platform; and communicate the backup command to the cloud computing platform to cause the cloud computing platform to create a backup of one or more of the identified levels of the target cloud computing environment.
An apparatus for fly management, comprising: - an input unit ; - a processing unit ; and - an output unit ; wherein, the input unit is configured to provide the processing unit with at least one image of an agricultural environment, wherein the agricultural environment contains a plurality of bovine animals; wherein, the at least one image comprises image data of at least a part of at least one bovine animal of the plurality of bovine animals; wherein, the processing unit is configured to determine a number of flies in the image data of the at least a part of at least one bovine animal; wherein, the processing unit is configured to determine information relating to fly infestation of the plurality of bovine animals, the determination comprising utilisation of the determined number of flies; and wherein, the output unit is configured to output an indication relating to a treatment for fly infestation of the plurality of bovine animals based on the determined information relating to fly infestation of the plurality of bovine animals. - an input unit ; - a processing unit ; and - an output unit ; wherein, the input unit is configured to provide the processing unit with at least one image of an agricultural environment, wherein the agricultural environment contains a plurality of bovine animals; wherein, the at least one image comprises image data of at least a part of at least one bovine animal of the plurality of bovine animals; wherein, the processing unit is configured to determine a number of flies in the image data of the at least a part of at least one bovine animal; wherein, the processing unit is configured to determine information relating to fly infestation of the plurality of bovine animals, the determination comprising utilisation of the determined number of flies; and wherein, the output unit is configured to output an indication relating to a treatment for fly infestation of the plurality of bovine animals based on the determined information relating to fly infestation of the plurality of bovine animals.
A multipath capable network device for centrally monitoring and controlling data traffic to and/or from a multipath capable customer equipment , wherein the multipath capable network device is configured to be connected to a data network and, via a multipath transmission link established over at least one access network , to at least one multipath capable customer equipment in order to enable the at least one multipath capable customer equipment to get access to the data network and/or services provided by the data network, and wherein the multipath capable network device is further configured to perform a protection software component stored in the network device to monitor and control data traffic transmitted through each single path of an established multipath transmission link from and/or to at least one multipath capable customer equipment in response to at least one protection rule to detect malware or a cyber attack in response to predefined patterns stored in the multipath capable network device . the multipath capable network device is configured to be connected to a data network and, via a multipath transmission link established over at least one access network , to at least one multipath capable customer equipment in order to enable the at least one multipath capable customer equipment to get access to the data network and/or services provided by the data network, and wherein the multipath capable network device is further configured to perform a protection software component stored in the network device to monitor and control data traffic transmitted through each single path of an established multipath transmission link from and/or to at least one multipath capable customer equipment in response to at least one protection rule to detect malware or a cyber attack in response to predefined patterns stored in the multipath capable network device .
An electrode assembly , comprising: a plurality of first type of electrode plates , at least one second type of electrode plate and a diaphragm which are arranged in a superimposed manner, the polarity of the first type of electrode plate is opposite to the polarity of the second type of electrode plate , the diaphragm is configured to separate the adjacent first type of electrode plate from the second type of electrode plate , and the plurality of first type of electrode plates comprise a first electrode plate and a second electrode plate ; wherein the first electrode plate comprises a first current collector and the second electrode plate comprises a second current collector ; wherein the first current collector comprises a first conducting layer and a protective layer which are superimposed along a direction vertical to a surface on which the first type of electrode plate and the second type of electrode plate are overlapped, and the resistivity of the protective layer is greater than the resistivity of the first conducting layer ; and the second current collector is composed of a second conducting layer.
A variable rate controlled delivery drive mechanism configured to axially translate a plunger seal from a first position to a second position within a drug container for drug delivery, the drive mechanism comprising: a drive mechanism housing , a biasing member , and a piston , the piston having an interface surface adjacent to the plunger seal and an inner cavity, the biasing member being positioned in an initially energized state within the inner cavity of the piston , and both the biasing member and the piston initially residing at least partially within the drive mechanism housing ; and a gear connected to a proximal end of a drive screw having an external pitch , the external pitch being configured to engage a nut that is rotationally constrained to the piston such that as the gear and drive screw are axially rotated, threaded engagement between the drive screw and the nut permits axial translation of the piston by the biasing member , the piston being configured to axially translate the plunger seal , by the force exerted upon it by the biasing member , and the biasing member being metered from free expansion from its energized state by the drive screw . a drive mechanism housing , a biasing member , and a piston , the piston having an interface surface adjacent to the plunger seal and an inner cavity, the biasing member being positioned in an initially energized state within the inner cavity of the piston , and both the biasing member and the piston initially residing at least partially within the drive mechanism housing ; and a gear connected to a proximal end of a drive screw having an external pitch , the external pitch being configured to engage a nut that is rotationally constrained to the piston such that as the gear and drive screw are axially rotated, threaded engagement between the drive screw and the nut permits axial translation of the piston by the biasing member , the piston being configured to axially translate the plunger seal , by the force exerted upon it by the biasing member , and the biasing member being metered from free expansion from its energized state by the drive screw .
A computer readable medium comprising instructions which, when executed, cause at least one parent device processor to at least: determine a processing resource of a child device operably coupled to the at least one parent device processor; derive simplified authentication data from sensor data from the child device, the simplified authentication data able to be processed by the processing resource of the child device to authenticate a user of the child device without analysis of the sensor data by the at least one parent device processor; store the simplified authentication data in an authentication profile for the child device; and transmit the simplified authentication data to the child device, wherein the simplified authentication data is to allow the child device to authenticate the user without the at least one parent device processor, wherein the simplified authentication data stored in the authentication profile for the child device is to be updated by the at least one parent device processor based on a change in the sensor data, the updated simplified authentication data to be provided to the child device to authenticate the user. determine a processing resource of a child device operably coupled to the at least one parent device processor; derive simplified authentication data from sensor data from the child device, the simplified authentication data able to be processed by the processing resource of the child device to authenticate a user of the child device without analysis of the sensor data by the at least one parent device processor; store the simplified authentication data in an authentication profile for the child device; and transmit the simplified authentication data to the child device, wherein the simplified authentication data is to allow the child device to authenticate the user without the at least one parent device processor, wherein the simplified authentication data stored in the authentication profile for the child device is to be updated by the at least one parent device processor based on a change in the sensor data, the updated simplified authentication data to be provided to the child device to authenticate the user.
A chip card designed to communicate data in a contactless mode with a card reader operating at a reading frequency of about 13.5MHz, said chip card comprising: - a card body ; - a chip module with a chip and a module antenna, the chip module being accommodated in a cavity made in the card body , - a card antenna comprising a booster antenna lying on a dielectric layer which is integrated in the card body , and a coupler coil connected in series with the booster antenna , the coupler coil being inductively coupled to the module antenna, - a capacitance element connected to the card antenna, wherein an assembly comprising the capacitance element and the card antenna is configured so as to have a first resonance frequency, characterized in that said chip card comprising the card antenna, the capacitance element and the chip module , is configured so as to have a second resonance frequency and a third resonance frequency, the second resonance frequency being lower than the reading frequency and the third resonance frequency being greater than said reading frequency, the width of the band of frequencies between said second and third frequencies being equal or greater than 2 MHz. - a card body ; - a chip module with a chip and a module antenna, the chip module being accommodated in a cavity made in the card body , - a card antenna comprising a booster antenna lying on a dielectric layer which is integrated in the card body , and a coupler coil connected in series with the booster antenna , the coupler coil being inductively coupled to the module antenna, - a capacitance element connected to the card antenna, wherein an assembly comprising the capacitance element and the card antenna is configured so as to have a first resonance frequency, characterized in that said chip card comprising the card antenna, the capacitance element and the chip module , is configured so as to have a second resonance frequency and a third resonance frequency, the second resonance frequency being lower than the reading frequency and the third resonance frequency being greater than said reading frequency, the width of the band of frequencies between said second and third frequencies being equal or greater than 2 MHz.
An electronic assembly , comprising a receiver , a first flexible circuit board , a flashlight , a second flexible circuit board , and a sensor , wherein the first flexible circuit board has a first surface and a second surface opposite to the first surface , the receiver is disposed on the first surface and electrically connected to the first flexible circuit board , the flashlight is disposed on the second surface and electrically connected to the first flexible circuit board , characterised in that : the second flexible circuit board is disposed on one side of the receiver away from the first flexible circuit board , and the sensor is disposed on one side of the second flexible circuit board away from the receiver and is electrically connected to the second flexible circuit board , wherein the first flexible circuit board comprises a first part , a second part opposite to the first part , and a bent third part connected between the first part and the second part , and wherein the first part is parallel to the second part , and an area of an orthographic projection of the flashlight on the first part falls into an area of an orthographic projection of the receiver on the first part . the second flexible circuit board is disposed on one side of the receiver away from the first flexible circuit board , and the sensor is disposed on one side of the second flexible circuit board away from the receiver and is electrically connected to the second flexible circuit board , wherein the first flexible circuit board comprises a first part , a second part opposite to the first part , and a bent third part connected between the first part and the second part , and wherein the first part is parallel to the second part , and an area of an orthographic projection of the flashlight on the first part falls into an area of an orthographic projection of the receiver on the first part .