mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a mobile communication device, comprising: performing, by a mobile communication device, wireless communication using a 5G communication protocol; the method characterised by: determining, by the mobile communication device, whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device, and performing, by the mobile communication device, a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature. performing, by a mobile communication device, wireless communication using a 5G communication protocol; the method characterised by: determining, by the mobile communication device, whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device, and performing, by the mobile communication device, a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature. determining, by the mobile communication device, whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device, and performing, by the mobile communication device, a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature.
A method for a terminal to send a Sounding Reference Signal, SRS, of an uplink channel in a time division duplex, TDD, system, said method comprises: calculating, by the terminal, a frequency domain starting position of a resource for sending said SRS in an Uplink Pilot Time Slot, UpPTS, according to the configuration information related to the SRS of the uplink channel, wherein the frequency domain starting position of the resource depends on an index of the first sub-carrier in the maximum SRS-Bandwidth; sending, by the terminal, the SRS over the resource; said method characterized in that the index of the first sub-carrier in the maximum SRS-Bandwidth is a sum of a starting position of the maximum SRS-Bandwidth and an offset parameter configured for the terminal, wherein the starting position of the maximum SRS-Bandwidth is determined as follows: when a Physical Random Access Channel, PRACH, includes a sub-carrier at the lower boundary of a system bandwidth, the upper boundary of the system bandwidth being used as the end position of the maximum SRS-Bandwidth, thereby the starting position of the maximum SRS-Bandwidth being calculated; and when the PRACH includes a sub-carrier at the upper boundary of the system bandwidth, the lower boundary of the system bandwidth being used as the starting position of the maximum SRS-Bandwidth. calculating, by the terminal, a frequency domain starting position of a resource for sending said SRS in an Uplink Pilot Time Slot, UpPTS, according to the configuration information related to the SRS of the uplink channel, wherein the frequency domain starting position of the resource depends on an index of the first sub-carrier in the maximum SRS-Bandwidth; sending, by the terminal, the SRS over the resource; said method characterized in that the index of the first sub-carrier in the maximum SRS-Bandwidth is a sum of a starting position of the maximum SRS-Bandwidth and an offset parameter configured for the terminal, wherein the starting position of the maximum SRS-Bandwidth is determined as follows: when a Physical Random Access Channel, PRACH, includes a sub-carrier at the lower boundary of a system bandwidth, the upper boundary of the system bandwidth being used as the end position of the maximum SRS-Bandwidth, thereby the starting position of the maximum SRS-Bandwidth being calculated; and when the PRACH includes a sub-carrier at the upper boundary of the system bandwidth, the lower boundary of the system bandwidth being used as the starting position of the maximum SRS-Bandwidth. when a Physical Random Access Channel, PRACH, includes a sub-carrier at the lower boundary of a system bandwidth, the upper boundary of the system bandwidth being used as the end position of the maximum SRS-Bandwidth, thereby the starting position of the maximum SRS-Bandwidth being calculated; and when the PRACH includes a sub-carrier at the upper boundary of the system bandwidth, the lower boundary of the system bandwidth being used as the starting position of the maximum SRS-Bandwidth.
A vehicle information processing system for assisting a driver in a specified assistance area, comprising: a database (5a, 5b) that stores an operation pattern and assistance information for assisting the driver corresponding to the operation pattern so as to be associated with each other for each assistance area; assistance information determining means for determining the assistance information for assisting the driver in the assistance area on the basis of the operation pattern in the assistance area which is set by an operation pattern setting means, with reference to the database (5a, 5b), and driving operation information acquiring means for acquiring driving operation information of the driver when the driver enters the assistance area; wherein the operation pattern setting means is adapted to set the operation pattern in the assistance area on the basis of the driving operation information of the driver acquired by the driving operation information acquiring means, characterized in that reliability is set to each operation pattern on the basis of the behavior-before-stop start position from the assistance area entrance position, and the assistance information determining means determines the assistance information on the basis of the reliability of each operation pattern. a database (5a, 5b) that stores an operation pattern and assistance information for assisting the driver corresponding to the operation pattern so as to be associated with each other for each assistance area; assistance information determining means for determining the assistance information for assisting the driver in the assistance area on the basis of the operation pattern in the assistance area which is set by an operation pattern setting means, with reference to the database (5a, 5b), and driving operation information acquiring means for acquiring driving operation information of the driver when the driver enters the assistance area; wherein the operation pattern setting means is adapted to set the operation pattern in the assistance area on the basis of the driving operation information of the driver acquired by the driving operation information acquiring means, characterized in that reliability is set to each operation pattern on the basis of the behavior-before-stop start position from the assistance area entrance position, and the assistance information determining means determines the assistance information on the basis of the reliability of each operation pattern.
A hydraulically actuatable crimping device that is preferably realized in the form of a handheld device and features a hydraulic piston (20, 22) that can be displaced in a first hydraulic cylinder coaxial to a longitudinal cylinder axis against the force of a pull-back spring (21, 23), wherein said hydraulic piston is connected to a crimping part (24, 27), if applicable, by means of a piston rod in order to carry out a crimping operation, wherein the hydraulic piston (20, 22) features an application face for generating a compressive force due to the action of a hydraulic medium under hydraulic pressure upon the hydraulic piston (20, 22), wherein the hydraulic piston (20, 22) consists of a first and a second partial piston (20, 22) with a first and a second partial application face, wherein the partial application faces can be acted upon with hydraulic medium that has the same hydraulic pressure, wherein both partial pistons (20, 22) are respectively connected to a first and a second crimping part (24, 27), wherein the second crimping part can at a greater traveling distance only be acted upon with the second partial piston and the second crimping part can be acted upon with both partial pistons (20, 22) over a first partial traveling distance that is defined by the displacement of the first partial piston from its initial position up to the point, at which it reaches a stop, characterized in that the first crimping part is axially covered in its entirety by the second crimping part.
An apparatus comprising: a clip configured to be slidable over a surface of a brake disc in a tangential direction of the brake disc, the surface being adjacent to a drive slot (361, 377) on a perimeter of the brake disc; a retainer configured to be slidable over the clip when the clip is positioned over the surface to secure the clip to the brake disc; and characterized by; the retainer comprising a first tab and a second tab, and wherein the clip defines a first slot and a second slot, the first tab being configured to be received in the first slot of the clip and the second tab being configured to be received in the second slot of the clip when the retainer is positioned over the clip. a clip configured to be slidable over a surface of a brake disc in a tangential direction of the brake disc, the surface being adjacent to a drive slot (361, 377) on a perimeter of the brake disc; a retainer configured to be slidable over the clip when the clip is positioned over the surface to secure the clip to the brake disc; and characterized by; the retainer comprising a first tab and a second tab, and wherein the clip defines a first slot and a second slot, the first tab being configured to be received in the first slot of the clip and the second tab being configured to be received in the second slot of the clip when the retainer is positioned over the clip.
A combination of pharmaceutical active principles or a single pharmaceutical active principle to be administered topically to the eyes for use in preventing/stopping axial myopia, wherein said combination comprises atropine or a salt thereof and Ketotifen or the fumarate salt thereof; wherein said single active principle is Benztropine or a salt thereof.
Extrusion-blow-moulding method according to which: - at least one parison is extruded in a direction of extrusion, - a first clamp is closed comprising a first mould around the parison in a first direction of clamping perpendicular to the direction of extrusion, at least one cavity of the first mould containing at least one sheet, and at least one first blow-moulded object is picked up again by the first clamp held by at least one first blow-moulding pipe, - the first clamp is transferred in a first direction of transfer that is slanted with respect to the direction of extrusion and perpendicular to the first direction of clamping along a first level, - the first blow-moulding pipe is inserted onto an end of the parison in order to blow-mould it in the mould and form at least one second blow-moulded object, the sheet being integrated into the first blow-moulded object, - the first mould is opened in the first direction of clamping and holding the second object on the first blow-moulding pipe and the first blow-moulded object is released on a first discharge system, the method being characterised in that, during the step of extrusion of the parison, when the first mould is open, the first blow-moulded object is transferred by the first blow-moulding pipe from the first level to a second level offset with respect to the first in the direction of extrusion, the sheet is placed in the cavity of the first mould by first means of insertion, then the first clamp is transferred in the first direction of transfer in order to place the first mould around the parison, and in that the first clamp picks up again the first blow-moulded object at the second level during the step of closing of the first clamp in order to transfer it on the first discharge system. - at least one parison is extruded in a direction of extrusion, - a first clamp is closed comprising a first mould around the parison in a first direction of clamping perpendicular to the direction of extrusion, at least one cavity of the first mould containing at least one sheet, and at least one first blow-moulded object is picked up again by the first clamp held by at least one first blow-moulding pipe, - the first clamp is transferred in a first direction of transfer that is slanted with respect to the direction of extrusion and perpendicular to the first direction of clamping along a first level, - the first blow-moulding pipe is inserted onto an end of the parison in order to blow-mould it in the mould and form at least one second blow-moulded object, the sheet being integrated into the first blow-moulded object, - the first mould is opened in the first direction of clamping and holding the second object on the first blow-moulding pipe and the first blow-moulded object is released on a first discharge system,
An automated in-situ sample lift-out apparatus, the apparatus comprising: a computer; the computer further comprising: a memory; the memory holding computer-readable instructions; a stage for a specimen; the stage connected to one or more stage motion controllers, the stage motion controllers connected to the computer; a nano-manipulator; the nano-manipulator connected to one or more nano-manipulator motion controllers; the nano-manipulator motion controllers connected to the computer; the nano-manipulator having a probe tip, characterized by: a means for detecting when the probe tip makes contact with a surface; the means for detecting when the probe tip makes contact with a surface connected to the computer; and circuitry operatively connected to the computer, the stage motion controllers and the nano-manipulator motion controllers to allow movement of the specimen stage and the probe tip until contact with the sample is detected by the means for detecting when the probe tip makes contact with a surface; the computer-readable instructions comprising instructions to cause the computer to: obtain coordinates of a sample area on the specimen; obtain coordinates of the probe tip; compute the difference in coordinates of the sample and the probe tip; and move the probe tip toward the sample until the difference in coordinates of the sample and probe tip is less than a predetermined distance; the computer-readable instructions further comprising instructions to cause, after the contact with the sample is detected, the stage motion controllers and the nano-manipulator motion controllers to automatically perform in-situ lift-out of the sample from the specimen. a computer; the computer further comprising: a memory; the memory holding computer-readable instructions; a stage for a specimen; the stage connected to one or more stage motion controllers, the stage motion controllers connected to the computer; a nano-manipulator; the nano-manipulator connected to one or more nano-manipulator motion controllers; the nano-manipulator motion controllers connected to the computer; the nano-manipulator having a probe tip, a memory; the memory holding computer-readable instructions; a stage for a specimen; the stage connected to one or more stage motion controllers, the stage motion controllers connected to the computer; a nano-manipulator; the nano-manipulator connected to one or more nano-manipulator motion controllers; the nano-manipulator motion controllers connected to the computer; the nano-manipulator having a probe tip, a means for detecting when the probe tip makes contact with a surface; the means for detecting when the probe tip makes contact with a surface connected to the computer; and circuitry operatively connected to the computer, the stage motion controllers and the nano-manipulator motion controllers to allow movement of the specimen stage and the probe tip until contact with the sample is detected by the means for detecting when the probe tip makes contact with a surface;
A key derivation method, comprising: in a first handover of a User Equipment, UE, from Evolved Universal Terrestrial Radio Access Network, EUTRAN, to a UTRAN, receiving, by a Mobility Management Entity, MME, a Handover Required message from a source base station, BS; deriving, by the MME, a key CK'∥IK' in the UTRAN, according to a Key Derivation Function, KDF, a root key Kasme, a current Non-Access Stratum, NAS, downlink COUNT value in a current security context, and CK' is a ciphering key and IK' is an integrity key; sending, by the MME, the current NAS downlink COUNT value by a Handover Command message to the source BS; and adding, by the MME, a certain value to the current NAS downlink COUNT value to obtain a changed NAS downlink COUNT value, wherein the certain value is 1; wherein the changed NAS downlink COUNT value is for use for a key derivation in a second handover of the UE.
A tube coupling for receiving and holding an end of a tube comprising a coupling body having a head and a hollow stem and projecting from the head and adapted to engage in a tube to be secured to the coupling body, a cap mounted on the coupling body and encircling the stem with a gap between the cap and stem to receive a tube engaged over the stem, a tube locking device in the cap for locking the tube against withdrawal from the stem and a locking ring located on the stem within the cap, the locking ring having both inwardly and outwardly projecting teeth for engaging respectively the inner and outer surfaces of the cap and stem to lock the cap on the stem, characterised in that the locking ring is moulded in plastics and embodies a grab ring having both the inwardly and outwardly projecting teeth to engage the inner surface of the cap and the outer surface of the stem respectively; the locking ring having cylindrical inner and outer surfaces and the outwardly projecting teeth of the grab ring project beyond the outer surface to engage in the cap and the inwardly projecting teeth project beyond the inner surface to engage the stem, the locking ring being recessed adjacent the sides of the outwardly projecting teeth facing the head of the coupling body to allow the outwardly projecting teeth to flex towards the head of the coupling body as the cap is pressed over the locking ring so that the outwardly projecting teeth press against the inner surface of the cap to grip the cap; and the locking ring being recessed adjacent the sides of the inwardly projecting teeth facing away from the head of the coupling body to allow the inwardly projecting teeth to flex away from the head as the locking ring is located on the stem so that the inwardly projecting teeth press against the outer surface of the stem to grip the stem.
A data transmission method, comprising: determining, by a sending device, an available target identity set according to data to be sent and sidelink grant information, wherein the sidelink grant information comprises a time-frequency resource, and at least one target identity in the available target identity set is used for the sending device to generate data corresponding to the data to be sent; wherein the available target identity set comprises at least one media access control control element or logical channel with a highest priority meeting a condition; wherein the at least one target identity comprises an identity corresponding to a terminal device configured with DRX and in an active state at the time-frequency resource; wherein the method further comprises: reporting, by the sending device, a first message to a network if there is no available target identity set in the time-frequency resource configured by the sidelink grant information. determining, by a sending device, an available target identity set according to data to be sent and sidelink grant information, wherein the sidelink grant information comprises a time-frequency resource, and at least one target identity in the available target identity set is used for the sending device to generate data corresponding to the data to be sent; wherein the available target identity set comprises at least one media access control control element or logical channel with a highest priority meeting a condition; wherein the at least one target identity comprises an identity corresponding to a terminal device configured with DRX and in an active state at the time-frequency resource; wherein the method further comprises: reporting, by the sending device, a first message to a network if there is no available target identity set in the time-frequency resource configured by the sidelink grant information.
A construction device that constructs a browser emulator device for emulating operation of a browser, the construction device comprising: a setting unit configured to set a client environment of the browser emulator device, the client environment being arbitrary values of types and versions of an operating system, a browser, and a plugin; an access instruction unit configured to instruct the browser emulator device to access one or more Web sites; an analysis information database configured to accumulate therein results of access to the Web site or Web sites by the browser emulator device, in association with information on client environments emulated upon the access to the Web site or Web sites; and an analysis unit configured to refer to the results of access by the browser emulator device in the analysis information database and to identify a Web site causing a difference between the results of access according to a difference between the client environments. a setting unit configured to set a client environment of the browser emulator device, the client environment being arbitrary values of types and versions of an operating system, a browser, and a plugin; an access instruction unit configured to instruct the browser emulator device to access one or more Web sites; an analysis information database configured to accumulate therein results of access to the Web site or Web sites by the browser emulator device, in association with information on client environments emulated upon the access to the Web site or Web sites; and an analysis unit configured to refer to the results of access by the browser emulator device in the analysis information database and to identify a Web site causing a difference between the results of access according to a difference between the client environments.