mhurhangee/patent-ind-claim-en huggingface dataset:
A webpage navigation method for a mobile terminal having a touchscreen, the method comprising: displaying (S1303) a first webpage and a web browser menu on the touchscreen among a plurality of webpages loaded successively in order of user inputs; receiving (S1305) a first user input made on the touchscreen, wherein the first user input is made by one of a flick gesture and a touch and drag gesture made on the web browser menu; displaying (S1309, S1315) an object pertaining to one of a second webpage that was displayed on the touchscreen right before the first webpage and a third webpage that was displayed on the touchscreen right after the first webpage, in response to receiving the first user input; wherein, displaying the object comprises: displaying the object pertaining to the second webpage when the first user input is one of the flick gesture and the touch and drag gesture with first direction, and displaying the object pertaining to the third webpage when the first user input is one of the flick gesture and the touch and drag gesture with second direction opposite to the first direction; receiving (1311;1317) a second user input for selecting the object pertaining to one of the second and third webpages; and re-displaying (1313; 1319) one of the second and third webpages according to the second user input. displaying (S1303) a first webpage and a web browser menu on the touchscreen among a plurality of webpages loaded successively in order of user inputs; receiving (S1305) a first user input made on the touchscreen, wherein the first user input is made by one of a flick gesture and a touch and drag gesture made on the web browser menu; displaying (S1309, S1315) an object pertaining to one of a second webpage that was displayed on the touchscreen right before the first webpage and a third webpage that was displayed on the touchscreen right after the first webpage, in response to receiving the first user input; wherein, displaying the object comprises: displaying the object pertaining to the second webpage when the first user input is one of the flick gesture and the touch and drag gesture with first direction, and displaying the object pertaining to the third webpage when the first user input is one of the flick gesture and the touch and drag gesture with second direction opposite to the first direction; displaying the object pertaining to the second webpage when the first user input is one of the flick gesture and the touch and drag gesture with first direction, and displaying the object pertaining to the third webpage when the first user input is one of the flick gesture and the touch and drag gesture with second direction opposite to the first direction; receiving (1311;1317) a second user input for selecting the object pertaining to one of the second and third webpages; and re-displaying (1313; 1319) one of the second and third webpages according to the second user input.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: Q is 1,2,4-triazin-3-yl, pyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R 1 is methoxy, trifluoromethoxy, oxetan-3-yl, 3-fluoroazetidin-1-yl, 3-methoxyazetidin-1-yl, or 3,3-difluoroazetidin-1-yl; R 2 is hydrogen or fluoro; R 3 is hydrogen or methoxy; and R 4 is methoxy, ethoxy, or methoxymethyl; provided that when R 1 is methoxy or trifluoromethoxy, then R 3 is not hydrogen, and/or R 4 is methoxymethyl. Q is 1,2,4-triazin-3-yl, pyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R 1 is methoxy, trifluoromethoxy, oxetan-3-yl, 3-fluoroazetidin-1-yl, 3-methoxyazetidin-1-yl, or 3,3-difluoroazetidin-1-yl; R 2 is hydrogen or fluoro; R 3 is hydrogen or methoxy; and R 4 is methoxy, ethoxy, or methoxymethyl; provided that when R 1 is methoxy or trifluoromethoxy, then R 3 is not hydrogen, and/or R 4 is methoxymethyl.
A conduction system comprising: a laminated busbar (10, 10A to 10H) including a plurality of busbars that form a conduction path in a vehicle (V) and are stacked each other; and a distribution mechanism (20, 20A to 20D) configured to distribute an electric power or electric signal by bending a part of the busbars forming the laminated busbar (10, 10A to 10H) with respect to other busbars and by branching off the part of the busbars and the other busbars from each other, without the other busbars being bent, wherein the part of the busbars is bent in the distribution mechanism to be formed such that a thickness direction of the part of the busbars is a different direction from a thickness direction of the other busbars . a laminated busbar (10, 10A to 10H) including a plurality of busbars that form a conduction path in a vehicle (V) and are stacked each other; and a distribution mechanism (20, 20A to 20D) configured to distribute an electric power or electric signal by bending a part of the busbars forming the laminated busbar (10, 10A to 10H) with respect to other busbars and by branching off the part of the busbars and the other busbars from each other, without the other busbars being bent, wherein the part of the busbars is bent in the distribution mechanism to be formed such that a thickness direction of the part of the busbars is a different direction from a thickness direction of the other busbars .
A control system , characterized by , comprising: a first controller ; a drive device configured to drive a motor in accordance with a first command from the first controller ; a second controller configured to transmit a second command related to an operation of safety functions to the drive device ; and a data tracing module configured to trace a state value indicating an operation state of the motor that changes in accordance with the first command, wherein the drive device comprises: a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a support device configured to acquire a tracing result of the state value obtained from the data tracing module and the safety parameters, and to display the safety parameters superimposed on the tracing result to allow determination whether or not specifications of the safety functions are satisfied, wherein the tracing result is the state value traced by the data tracing module . a first controller ; a drive device configured to drive a motor in accordance with a first command from the first controller ; a second controller configured to transmit a second command related to an operation of safety functions to the drive device ; and a data tracing module configured to trace a state value indicating an operation state of the motor that changes in accordance with the first command, wherein the drive device comprises: a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a support device configured to acquire a tracing result of the state value obtained from the data tracing module and the safety parameters, and to display the safety parameters superimposed on the tracing result to allow determination whether or not specifications of the safety functions are satisfied, wherein the tracing result is the state value traced by the data tracing module .
A probe comprising: an acoustic module (a) comprising a piezoelectric layer configured to generate ultrasonic waves, a matching layer configured to reduce a difference in acoustic impedance between the piezoelectric layer and an object, and a backing layer configured to absorb ultrasonic waves generated by the piezoelectric layer and transmitted backward from the piezoelectric layer ; a plurality of attenuation layers including a high attenuation material provided at both edges of the upper surface of the acoustic module (a) as seen in an elevation direction of the probe , and configured to attenuate ultrasonic waves generated by the acoustic module (a); and a low attenuation material disposed on the center upper surface of the acoustic module (a); and a lens layer disposed to cover the upper surfaces of the attenuation layers , and configured to focus ultrasonic waves transmitted forward from the piezoelectric layer at a predetermined point, wherein the high attenuation material is a silicon material configured to have an attenuation ranging from 20dB/cm to 40dB/cm with respect to ultrasonic waves having a frequency of 5MHz, and the low attenuation material is a silicon material configured to have an attenuation ranging from 3dB/cm to 15dB/cm with respect to ultrasonic waves having a frequency of 5MHz. an acoustic module (a) comprising a piezoelectric layer configured to generate ultrasonic waves, a matching layer configured to reduce a difference in acoustic impedance between the piezoelectric layer and an object, and a backing layer configured to absorb ultrasonic waves generated by the piezoelectric layer and transmitted backward from the piezoelectric layer ; a plurality of attenuation layers including a high attenuation material provided at both edges of the upper surface of the acoustic module (a) as seen in an elevation direction of the probe , and configured to attenuate ultrasonic waves generated by the acoustic module (a); and a low attenuation material disposed on the center upper surface of the acoustic module (a); and a lens layer disposed to cover the upper surfaces of the attenuation layers , and configured to focus ultrasonic waves transmitted forward from the piezoelectric layer at a predetermined point, wherein the high attenuation material is a silicon material configured to have an attenuation ranging from 20dB/cm to 40dB/cm with respect to ultrasonic waves having a frequency of 5MHz, and the low attenuation material is a silicon material configured to have an attenuation ranging from 3dB/cm to 15dB/cm with respect to ultrasonic waves having a frequency of 5MHz.
A communication device , comprising: communication means configured to perform transmission and reception of wireless signals in one or more periods (DW0 - DW15) among a plurality of periods (DWO - DW15) having a predetermined length, which arrives at a predetermined time interval; requesting means configured to request a particular communication device, belonging to a group of a plurality of communication devices that are synchronized regarding the plurality of periods (DWO - DW15), for proxy regarding at least one processing of transmission and reception of wireless signals in the one or more periods (DW0 - DW15) characterised by comparing means configured to compare a frequency of the one or more periods (DWO - DW15) in which the communication device transmits and receives wireless signals with a frequency of the one or more periods (DWO - DW15) in which the particular communication device transmits and receives wireless signals; and deciding means configured to decide whether or not to perform a request by the requesting means based on the results of comparison by the comparing means. communication means configured to perform transmission and reception of wireless signals in one or more periods (DW0 - DW15) among a plurality of periods (DWO - DW15) having a predetermined length, which arrives at a predetermined time interval; requesting means configured to request a particular communication device, belonging to a group of a plurality of communication devices that are synchronized regarding the plurality of periods (DWO - DW15), for proxy regarding at least one processing of transmission and reception of wireless signals in the one or more periods (DW0 - DW15) characterised by comparing means configured to compare a frequency of the one or more periods (DWO - DW15) in which the communication device transmits and receives wireless signals with a frequency of the one or more periods (DWO - DW15) in which the particular communication device transmits and receives wireless signals; and deciding means configured to decide whether or not to perform a request by the requesting means based on the results of comparison by the comparing means.
A screen-printing device having a screen-printing stencil , wherein at least two doctor blade systems (04; 06) respectively acting on this screen-printing stencil are provided, wherein in a same printing process the at least two doctor blade systems (04; 06) are arranged respectively applying printing ink to an object to be printed, wherein each of these doctor blade systems (04; 06) respectively has at least one doctor blade (07; 08), wherein one is arranged to sweep over each of these doctor blade systems (04; 06) via the screen-printing stencil , wherein each of these doctor blade systems (04; 06) is individually controlled by a control unit, characterized in that the at least one doctor blade (07; 08) of each of these doctor blade systems (04; 06) is respectively moved by a robot (09; 11), wherein a respective at least two-dimensional motion path of the respective doctor blade (07; 08) of each doctor blade system (04; 06) is respectively freely programmed and established by the controller of the relevant robot (09; 11), wherein the robots (09; 11) are each parallel arm robots with rod kinematics.
A method for wireless communication performed by an apparatus of a user equipment, UE, in a next generation, NG, radio access network, RAN, NG-RAN, comprising: receiving , at the UE, a system information block, SIB, one, SIB 1, from a cell of the NG-RAN; determining , by the UE, whether the cell supports non-public networks, NPN,s based on the received SIB1; determining, by the UE, whether an NPN-identifier, NPN-ID, in the received SIB1 matches an NPN-ID associated with a stored SIB in response to determining that the cell supports NPNs based on the received SIB 1; determining , by the UE, whether an NPN-identifier, NPN-ID, in the received SIB 1 indicates that the cell is associated with a standalone NPN, SNPN, and a network identifier of the SNPN is locally managed; preventing , by the UE, storage of the received SIB 1 in response to determining that the NPN-ID in the received SIB 1 indicates that the cell is associated with a standalone SNPN and a network identifier of the SNPN is locally managed; and validating, by the UE, the stored SIB based at least in part on the received SIB 1 in response to determining that the NPN-ID in the received SIB 1 and the NPN-ID associated with the stored SIB match. receiving , at the UE, a system information block, SIB, one, SIB 1, from a cell of the NG-RAN; determining , by the UE, whether the cell supports non-public networks, NPN,s based on the received SIB1; determining, by the UE, whether an NPN-identifier, NPN-ID, in the received SIB1 matches an NPN-ID associated with a stored SIB in response to determining that the cell supports NPNs based on the received SIB 1; determining , by the UE, whether an NPN-identifier, NPN-ID, in the received SIB 1 indicates that the cell is associated with a standalone NPN, SNPN, and a network identifier of the SNPN is locally managed; preventing , by the UE, storage of the received SIB 1 in response to determining that the NPN-ID in the received SIB 1 indicates that the cell is associated with a standalone SNPN and a network identifier of the SNPN is locally managed; and validating, by the UE, the stored SIB based at least in part on the received SIB 1 in response to determining that the NPN-ID in the received SIB 1 and the NPN-ID associated with the stored SIB match.
A method for preparing process gases for carburising metallic materials/workpieces in treatment chambers (1.1) such as heating chambers of industrial ovens , in which a respective process gas is catalytically prepared at temperatures decoupled from the temperature in the treatment chamber (1.1) in a process that is separated from the heat treatment process in the treatment chamber (1.1) in a temperature range up to approx. 1250 °C, characterised by the use of an external unit , comprising the preparation chamber (2.2) with catalyst (2.2.1) and temperature control device (2.2.2) and which is connected to the treatment chamber (1.1) by lines (1.5, 1.6).
A method for determining a calibrated leveling of a surveying instrument with an accelerometer , in particular of a theodolite or a total-station or a laser-scanner or a rotating laser or a laser tracker, the method comprising: ▪ a moving of the accelerometer around a rotation axis of the instrument , wherein the accelerometer is arranged at a known position with respect to the rotation axis , and during the moving , ▪ acquiring of a movement profile of the moving by a rotational position encoder for the rotation axis , and ▪ sensing of an acceleration due to dynamics of the moving by the accelerometer as accelerometer readings , and thereof, ▪ deriving at least one calibration parameter for the accelerometer based on the movement profile , the corresponding accelerometer readings and the known position and ▪ providing the calibrated leveling to the surveying instrument by applying the at least one calibration parameter to the accelerometer readings , in particular wherein the calibrated leveling is thereafter considered fixed by the instrument . ▪ a moving of the accelerometer around a rotation axis of the instrument , wherein the accelerometer is arranged at a known position with respect to the rotation axis , and during the moving , ▪ acquiring of a movement profile of the moving by a rotational position encoder for the rotation axis , and ▪ sensing of an acceleration due to dynamics of the moving by the accelerometer as accelerometer readings , and thereof, ▪ deriving at least one calibration parameter for the accelerometer based on the movement profile , the corresponding accelerometer readings and the known position and ▪ providing the calibrated leveling to the surveying instrument by applying the at least one calibration parameter to the accelerometer readings , in particular wherein the calibrated leveling is thereafter considered fixed by the instrument .
An apparatus comprising: means for controlling a display to display a user interface item ; means for receiving input from a user selecting a user interface item and selecting a tactile indication wherein the apparatus is configured to enable the user interface item to be selected before or after the tactile indication; and means for storing information indicating that the user interface item is associated with the user selected tactile indication so that the user selected tactile indication is provided whenever the user interface item is displayed. means for controlling a display to display a user interface item ; means for receiving input from a user selecting a user interface item and selecting a tactile indication wherein the apparatus is configured to enable the user interface item to be selected before or after the tactile indication; and means for storing information indicating that the user interface item is associated with the user selected tactile indication so that the user selected tactile indication is provided whenever the user interface item is displayed.
A plastic composition comprising at least one polyester, biological entities having a polyester-degrading activity suitable to degrade said at least one polyester and at least an anti-acid filler, wherein the biological entities represent less than 11% by weight, based on the total weight of the plastic composition, wherein the biological entities comprise at least an enzyme having a polyester-degrading activity and/or at least a microorganism expressing an enzyme having a polyester-degrading activity, wherein the enzyme having a polyester-degrading activity is selected from depolymerase, esterase, lipase, cutinase, carboxylesterase, protease, and polyesterase, and wherein the anti-acid filler is selected from the group consisting of carbonate salts, metal carbonate, hydroxide salts, metal hydroxide, silicate salts, hydrotalcite, metal oxide, oxide salts, sulphate salts, phosphate salts, and clay.
A method of sealing a zipper closure comprising: providing a single interlocking zipper fastener and a single sealing zone , the interlocking zipper fastener having a first series of interlocking teeth (26, a second series of interlocking teeth and at least one slider , the interlocking zipper fastener having further a first end that serves as a first zipper segment and a second end that serves as a second zipper segment , the first zipper segment and the second zipper segment being in overlapping relation to create a sealing zone , positioning a sealing element (22; 122; 222; 322; 422; 522) in the sealing zone to prevent leakage between the first zipper segment and the second zipper segment , characterized in that the sealing element is an expandable sealing element that expands to occupy the sealing zone . providing a single interlocking zipper fastener and a single sealing zone , the interlocking zipper fastener having a first series of interlocking teeth (26, a second series of interlocking teeth and at least one slider , the interlocking zipper fastener having further a first end that serves as a first zipper segment and a second end that serves as a second zipper segment , the first zipper segment and the second zipper segment being in overlapping relation to create a sealing zone , positioning a sealing element (22; 122; 222; 322; 422; 522) in the sealing zone to prevent leakage between the first zipper segment and the second zipper segment , characterized in that the sealing element is an expandable sealing element that expands to occupy the sealing zone .
A sweeping machine for floors and carpets, comprising a body with wheels for gliding and a maneuvering handle , said body supporting at least one cleaning roller that has a horizontal axis and is actuated by an electric motor by virtue of torque transmission means , further comprising means for the suction of air from a region proximate to said at least one cleaning roller , said suction means being actuated by said same electric motor for driving said at least one cleaning roller characterized in that it comprises two cleaning rollers with parallel axes, a first cleaning roller and a second cleaning roller , said second cleaning roller being actuated by said same electric motor for driving said first cleaning roller .