mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data in a wireless LAN, WLAN, system, the method performed by a first station, STA, and comprising: receiving a high efficiency, HE, capabilities element of a second STA, the HE capabilities element comprising transmission constellation level information of the second STA; determining a duration of a signal extension based on both the transmission constellation level information and a transmission constellation level of a data field, the signal extension providing additional receiving processing time for the second STA; generating a physical protocol data unit, PPDU, comprising a physical preamble, the data field and the signal extension, the physical preamble comprising a legacy preamble part and a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field being four times a DFT/IDFT period of the legacy preamble part; and transmitting the PPDU to the second STA. receiving a high efficiency, HE, capabilities element of a second STA, the HE capabilities element comprising transmission constellation level information of the second STA; determining a duration of a signal extension based on both the transmission constellation level information and a transmission constellation level of a data field, the signal extension providing additional receiving processing time for the second STA; generating a physical protocol data unit, PPDU, comprising a physical preamble, the data field and the signal extension, the physical preamble comprising a legacy preamble part and a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field being four times a DFT/IDFT period of the legacy preamble part; and transmitting the PPDU to the second STA.
A method of manufacturing a battery cell, which is sealed inside a prismatic battery case, comprising an electrode assembly comprising a cathode, an anode and a separator interposed between the cathode and the anode, the method comprising: bending and then welding a metal plate having a predetermined thickness to manufacture a prismatic body having an open upper portion and bottom portion; manufacturing upper and bottom portion sealing members (130, 140) corresponding to shape of each of an upper portion and bottom portion of a prismatic body; contacting and then welding the bottom portion sealing member with the bottom portion of the prismatic body; inserting the electrode assembly into the battery case having a sealed bottom portion manufactured according to the contacting and then welding; and contacting and then welding the upper portion sealing member with the upper portion of the battery case manufactured according to the inserting, characterized in that overlapped both end portions (320, 330) of the metal plate bent according to the bending are welded in a state that the overlapped both end portions (320, 330) are overlapped to a predetermined width. bending and then welding a metal plate having a predetermined thickness to manufacture a prismatic body having an open upper portion and bottom portion; manufacturing upper and bottom portion sealing members (130, 140) corresponding to shape of each of an upper portion and bottom portion of a prismatic body; contacting and then welding the bottom portion sealing member with the bottom portion of the prismatic body; inserting the electrode assembly into the battery case having a sealed bottom portion manufactured according to the contacting and then welding; and contacting and then welding the upper portion sealing member with the upper portion of the battery case manufactured according to the inserting,
An electronic inverter assembly, the assembly comprising: an inverter power module comprising one or more pairs of semiconductor switches mounted on a substrate, each pair of semiconductors comprising a low-side semiconductor switch and a high-side semiconductor switch, each of the semiconductor switches comprising a control terminal and switched terminals; a first circuit board having an outer side adjacent to or facing the inverter power module and a first inner side opposite the outer side; a first driver portion comprising a set of first components mounted on or associated with the first circuit board; a second circuit board spaced apart from the first circuit board, the second circuit board having a second inner side facing the first inner side; a second driver portion comprising a set of second components mounted on or associated with the second circuit board, where the first driver portion and the second driver portion collectively are adapted to provide input signals to the control terminal of each semiconductor switch (36, 38); a first edge connector mounted on the first inner side of the first circuit board; a second edge connector mounted on the second inner side of the second circuit board; an interface board with mating edges that mate with the first edge connector and the second edge connector; and wherein the first components comprises components with higher temperature operating ranges than the second components. an inverter power module comprising one or more pairs of semiconductor switches mounted on a substrate, each pair of semiconductors comprising a low-side semiconductor switch and a high-side semiconductor switch, each of the semiconductor switches comprising a control terminal and switched terminals; a first circuit board having an outer side adjacent to or facing the inverter power module and a first inner side opposite the outer side; a first driver portion comprising a set of first components mounted on or associated with the first circuit board; a second circuit board spaced apart from the first circuit board, the second circuit board having a second inner side facing the first inner side; a second driver portion comprising a set of second components mounted on or associated with the second circuit board, where the first driver portion and the second driver portion collectively are adapted to provide input signals to the control terminal of each semiconductor switch (36, 38); a first edge connector mounted on the first inner side of the first circuit board; a second edge connector mounted on the second inner side of the second circuit board; an interface board with mating edges that mate with the first edge connector and the second edge connector; and wherein the first components comprises components with higher temperature operating ranges than the second components.
A force sensor for a stylus pointing device, the force sensor comprising: a magnetic spring (204, 208), coupled between a body of the force sensor and a moveable element, that resists a force applied across the body and the moveable element; a variable capacitor having first and second capacitor plates (214 and 216), the capacitance of the variable capacitor dependent upon a position of the movable element with respect to the body, where the first and second capacitor plates (214 and 216) are attached to the body and the moveable element comprises a dielectric element located in proximity to the first and second capacitor plates; and a sensing circuit electrically coupled to the first and second capacitor plates (214 and 216) of the variable capacitor and operable to provide a force signal dependent upon a capacitance of the variable capacitor and characteristic of the applied force. a magnetic spring (204, 208), coupled between a body of the force sensor and a moveable element, that resists a force applied across the body and the moveable element; a variable capacitor having first and second capacitor plates (214 and 216), the capacitance of the variable capacitor dependent upon a position of the movable element with respect to the body, where the first and second capacitor plates (214 and 216) are attached to the body and the moveable element comprises a dielectric element located in proximity to the first and second capacitor plates; and a sensing circuit electrically coupled to the first and second capacitor plates (214 and 216) of the variable capacitor and operable to provide a force signal dependent upon a capacitance of the variable capacitor and characteristic of the applied force.
A wafer assembly (100, 100') for an electrical connector, comprising: a first wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends (212, 214) extend from opposite sides of the first wafer; a second wafer configured to interlock with the first wafer, the second wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends (212, 214) extend from opposite sides of the second wafer; wherein each of the first and second wafers includes an overmold, each overmold includes a block section surrounding each body portion of the contacts, respectively, at least one of the block sections includes an open pocket for retaining the at least one electronic component. characterized in that a conductive spring member sandwiched between the first and second wafers; and a plurality of electronic components disposed between the first and second wafers, each of the electronic components being in electrical contact with the spring member and at least one of the contacts of the first or second wafer to provide at least one different electrical property to the wafer assembly (100, 100'). a first wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends (212, 214) extend from opposite sides of the first wafer; a second wafer configured to interlock with the first wafer, the second wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends (212, 214) extend from opposite sides of the second wafer; wherein each of the first and second wafers includes an overmold, each overmold includes a block section surrounding each body portion of the contacts, respectively, at least one of the block sections includes an open pocket for retaining the at least one electronic component. characterized in that a conductive spring member sandwiched between the first and second wafers; and a plurality of electronic components disposed between the first and second wafers, each of the electronic components being in electrical contact with the spring member and at least one of the contacts of the first or second wafer to provide at least one different electrical property to the wafer assembly (100, 100').
A machine tool, in particular a cutting machine tool, comprising (a) at least one digital storage unit in which - a machining program code that codes the machining process of a workpiece by means of the machine tool and - a monitoring program code that codes a monitoring process for monitoring the machining process are stored, (b) wherein a script editor is stored in the digital storage unit for inputting and/or reading modification commands that change the monitoring process, characterized in that (c) a compiler is stored in the digital storage unit that is designed to automatically generate an executable process monitoring program code from the monitoring program code and the modification commands and in that (d) the machine tool comprises a monitoring unit that comprises the at least one digital storage unit and a processor which is configured to generate and process the process monitoring program code, the monitoring unit being set up to automatically carry out a method comprising the steps: - after the machine tool monitoring device is switched on, checking whether a code is available in the script editor, - if that is the case, reading the code from the script editor and compiling the code and adding the compiled code to the existing monitoring program code and - blocking the script editor for further inputs. (a) at least one digital storage unit in which - a machining program code that codes the machining process of a workpiece by means of the machine tool and - a monitoring program code that codes a monitoring process for monitoring the machining process are stored, - a machining program code that codes the machining process of a workpiece by means of the machine tool and - a monitoring program code that codes a monitoring process for monitoring the machining process are stored, (b) wherein a script editor is stored in the digital storage unit for inputting and/or reading modification commands that change the monitoring process, characterized in that (c) a compiler is stored in the digital storage unit that is designed to automatically generate an executable process monitoring program code from the monitoring program code and the modification commands and in that (d) the machine tool comprises a monitoring unit that comprises the at least one digital storage unit and a processor which is configured to generate and process the process monitoring program code, the monitoring unit being set up to automatically carry out a method comprising the steps: - after the machine tool monitoring device is switched on, checking whether a code is available in the script editor, - if that is the case, reading the code from the script editor and compiling the code and adding the compiled code to the existing monitoring program code and - blocking the script editor for further inputs. - after the machine tool monitoring device is switched on, checking whether a code is available in the script editor, - if that is the case, reading the code from the script editor and compiling the code and adding the compiled code to the existing monitoring program code and - blocking the script editor for further inputs.
A method comprising: starting a bandwidth part, BWP, inactivity timer based on switching to a first BWP as an active BWP; initiating a beam failure recovery procedure for the first BWP; and based on an expiry of the BWP inactivity timer during the beam failure recovery procedure: switching from the first BWP to a second BWP as the active BWP; and aborting the beam failure recovery procedure. starting a bandwidth part, BWP, inactivity timer based on switching to a first BWP as an active BWP; initiating a beam failure recovery procedure for the first BWP; and based on an expiry of the BWP inactivity timer during the beam failure recovery procedure: switching from the first BWP to a second BWP as the active BWP; and aborting the beam failure recovery procedure. switching from the first BWP to a second BWP as the active BWP; and aborting the beam failure recovery procedure.
A rotor for a rotary electric machine, comprising: a shaft capable of rotating about an axis; a rotor main body that includes a field coil and is fixed to the shaft; and a slip ring device including a pair of slip rings, a pair of connecting conductors for electrically connecting the slip rings to the field coil, and an insulating molded body attached to a part of the shaft that projects from the rotor main body, the slip rings and the connecting conductors being provided in the insulating molded body, wherein the insulating molded body includes a molded body main body portion disposed in a position further from the rotor main body than a bearing provided on the shaft, the slip rings being provided in the molded body main body portion, an opposing portion disposed between the bearing and the rotor main body, and a pair of beam portions that connect the molded body main body portion to the opposing portion, the connecting conductors being provided respectively in the beam portions, a pair of shaft grooves respectively accommodating the beam portions are provided in the shaft, characterized in that the field coil is impregnated with resin and that one or more spreading suppression portions (535, 536, 537) for preventing the resin with which the field coil is impregnated from spreading into the shaft grooves are provided in the opposing portion. a shaft capable of rotating about an axis; a rotor main body that includes a field coil and is fixed to the shaft; and a slip ring device including a pair of slip rings, a pair of connecting conductors for electrically connecting the slip rings to the field coil, and an insulating molded body attached to a part of the shaft that projects from the rotor main body, the slip rings and the connecting conductors being provided in the insulating molded body, wherein the insulating molded body includes a molded body main body portion disposed in a position further from the rotor main body than a bearing provided on the shaft, the slip rings being provided in the molded body main body portion, an opposing portion disposed between the bearing and the rotor main body, and a pair of beam portions that connect the molded body main body portion to the opposing portion, the connecting conductors being provided respectively in the beam portions, a pair of shaft grooves respectively accommodating the beam portions are provided in the shaft, characterized in that the field coil is impregnated with resin and that one or more spreading suppression portions (535, 536, 537) for preventing the resin with which the field coil is impregnated from spreading into the shaft grooves are provided in the opposing portion.
An endoscope comprising: an insertion portion which has a bendable portion; an operation portion from which the insertion portion extends; a first bending operation knob which is arranged on a surface of the operation portion of the endoscope, includes plural depressions and plural first protrusions on an outer circumference, and is rotatable to bend a bendable portion of the endoscope in a first direction; and a second bending operation knob (30, 30a, 30b) which is arranged over the first bending operation knob and includes plural depressions and plural second protrusions on an outer circumference, and is rotatable to bend the bendable portion in a second direction, wherein said first and second bending operation knobs (25, 30, 30a, 30b) share an axis of rotation and wherein at least one of the plural second protrusions is longer than the plural first protrusions in length from a center of rotation to a tip portion; characterized in that the at least one of the plural second protrusions has a depression in a surface facing the first bending operation knob near a projection of a circular orbit of the tip portions of the plural first protrusions onto said surface facing the first bending operation knob. an insertion portion which has a bendable portion; a second bending operation knob (30, 30a, 30b) which is arranged over the first bending operation knob and includes plural depressions and plural second protrusions on an outer circumference, and is rotatable to bend the bendable portion in a second direction, wherein said first and second bending operation knobs (25, 30, 30a, 30b) share an axis of rotation and wherein at least one of the plural second protrusions is longer than the plural first protrusions in length from a center of rotation to a tip portion;
A mobile terminal having a rechargeable battery and mounting a noncontact IC card function used for at least one service comprising: a lock setting memory means for storing a setting of whether or not to lock the noncontact IC card function; a lock controlling means for locking the noncontact IC card function, based on the setting content stored in the lock setting memory means of whether or not to lock the noncontact IC card function; a battery remaining amount judging means for judging whether or not the battery remaining amount of the rechargeable battery is less than a predetermined threshold; and a lock releasing means for temporarily releasing the lock of the noncontact IC card function, characterized by an entry and exit state judging means for, when the noncontact IC card function is used upon entering and exiting a transportation system, whether or not an entry and exit state of the IC card function is after entering and before exiting the transportation system; wherein the lock releasing means temporarily releases the lock of the noncontact IC card function, when a judgment is made by the entry and exit state judging means as being after entering and before exiting the transportation system, the noncontact IC card function has been locked by the lock controlling means, and a judgment is made by the battery remaining amount judging means that the battery remaining amount is less than the predetermined threshold. a lock setting memory means for storing a setting of whether or not to lock the noncontact IC card function; a lock controlling means for locking the noncontact IC card function, based on the setting content stored in the lock setting memory means of whether or not to lock the noncontact IC card function; a battery remaining amount judging means for judging whether or not the battery remaining amount of the rechargeable battery is less than a predetermined threshold; and a lock releasing means for temporarily releasing the lock of the noncontact IC card function, characterized by an entry and exit state judging means for, when the noncontact IC card function is used upon entering and exiting a transportation system, whether or not an entry and exit state of the IC card function is after entering and before exiting the transportation system; wherein the lock releasing means temporarily releases the lock of the noncontact IC card function, when a judgment is made by the entry and exit state judging means as being after entering and before exiting the transportation system, the noncontact IC card function has been locked by the lock controlling means, and a judgment is made by the battery remaining amount judging means that the battery remaining amount is less than the predetermined threshold.
An orally administrable non-toxic solid pharmaceutical composition for use in reducing the incidence of, or preventing, severe headaches, characterized in that the composition contains 2 to 100 mg per unit dose of L-cysteine as the main active agent, and that the composition further contains one or more pharmaceutical additives, including one or more non-toxic carriers that provide controlled release of the active agent either into the saliva during at least 5 minutes at 15 to 25 mg per hour rate of release in the conditions of the mouth or into the stomach during at least 15 minutes at 40 to 80 mg per hour rate of release in the conditions of the stomach, wherein the severe headache is migrane or cluster headache.
A compound having Formula 107: wherein X comprises a siNA molecule or a portion thereof; each W independently comprises a linker molecule or chemical linkage selected from the group consisting of amide, phosphate, phosphate ester, phosphoramidate, or thiophosphate ester linkage; Y comprises a linker molecule that can be present or absent; and each R 1, R 2, R 3, and R 4 independently comprises O, OH, H, alkyl, alkylhalo, O-alkyl, O-alkylcyano, S, S-alkyl, S-alkylcyano, N or substituted N; wherein said W-cholesterol comprises a compound having Formula 109: wherein n is independently an integer from about 1 to about 20.