mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a base station or user equipment, the method comprising: identifying a frequency hopping pattern comprising a plurality of hopping frequencies, the plurality of hopping frequencies comprising an anchor channel frequency and a set of non-anchor channel frequencies; determining a probability for occupying the anchor channel frequency within a hopping interval, wherein the probability for occupying the anchor channel frequency is greater than a probability for occupying a non-anchor channel frequency of the set of non-anchor channel frequencies; and performing a plurality of transmissions over the plurality of hopping frequencies during the hopping interval based at least in part on the frequency hopping pattern, wherein the plurality of transmissions comprise a first number of discovery reference signal, DRS, transmissions sent on the anchor channel frequency and a second number of non-synchronization transmissions sent on each non-anchor channel frequency, wherein the DRS transmissions are only sent on the anchor channel frequency, the first number being greater than or equal to the second number. identifying a frequency hopping pattern comprising a plurality of hopping frequencies, the plurality of hopping frequencies comprising an anchor channel frequency and a set of non-anchor channel frequencies; determining a probability for occupying the anchor channel frequency within a hopping interval, wherein the probability for occupying the anchor channel frequency is greater than a probability for occupying a non-anchor channel frequency of the set of non-anchor channel frequencies; and performing a plurality of transmissions over the plurality of hopping frequencies during the hopping interval based at least in part on the frequency hopping pattern, wherein the plurality of transmissions comprise a first number of discovery reference signal, DRS, transmissions sent on the anchor channel frequency and a second number of non-synchronization transmissions sent on each non-anchor channel frequency, wherein the DRS transmissions are only sent on the anchor channel frequency, the first number being greater than or equal to the second number.
A coupling structure of an in-wheel motor drive device and a strut type suspension device, comprising: an in-wheel motor drive device having a wheel-hub bearing portion rotatably supporting a wheel hub, a motor portion that is provided offset from an axis of the wheel hub and drives the wheel hub, and a speed reduction portion that reduces a rotational speed of the motor portion to transmit the reduced rotational speed to the wheel hub; and a strut type suspension device having a retractable strut that rigidly connects to the in-wheel motor drive device and takes the charge of a wheel load and a swingable lower arm that is coupled to the in-wheel motor drive device in any direction, permitting vertical swinging of the in-wheel motor drive device and also permitting steering of the in-wheel motor drive device about a steering shaft that passes through a coupling point between the lower arm and the in-wheel motor drive device, wherein an axis of the motor portion is arranged above the coupling point of the lower arm, wherein the axis of the motor portion is arranged on a vehicle front side from a vehicle longitudinal position of the axis of the wheel-hub bearing portion, characterised in that the speed reduction portion is a parallel three-shaft type speed reducer having an input shaft that extends along the axis of the motor portion; an output shaft that extends along the axis of the wheel-hub bearing portion; and an intermediate shaft that extends in parallel to the input shaft and the output shaft, and the intermediate shaft is arranged on a vehicle front side from the strut. an in-wheel motor drive device having a wheel-hub bearing portion rotatably supporting a wheel hub, a motor portion that is provided offset from an axis of the wheel hub and drives the wheel hub, and a speed reduction portion that reduces a rotational speed of the motor portion to transmit the reduced rotational speed to the wheel hub; and a strut type suspension device having a retractable strut that rigidly connects to the in-wheel motor drive device and takes the charge of a wheel load and a swingable lower arm that is coupled to the in-wheel motor drive device in any direction, permitting vertical swinging of the in-wheel motor drive device and also permitting steering of the in-wheel motor drive device about a steering shaft that passes through a coupling point between the lower arm and the in-wheel motor drive device, wherein an axis of the motor portion is arranged above the coupling point of the lower arm, wherein the axis of the motor portion is arranged on a vehicle front side from a vehicle longitudinal position of the axis of the wheel-hub bearing portion, characterised in that the speed reduction portion is a parallel three-shaft type speed reducer having an input shaft that extends along the axis of the motor portion; an output shaft that extends along the axis of the wheel-hub bearing portion; and an intermediate shaft that extends in parallel to the input shaft and the output shaft, and the intermediate shaft is arranged on a vehicle front side from the strut.
A prosthetic sternum device with manubrium, including a plate and means for attaching to ribs, where each of said means for attaching to ribs comprises an end for securing to said plate and an end provided with a means for attaching to a rib, characterized in that said plate further includes, in its upper region, two securing elements each for a pin, which each consist of a polyaxial articulation configured to allow multidirectional mobility of said pin.
A joining structure for joining two door members (20, 22) forming a door for entrance opening and closing of an aircraft lavatory unit, said door comprising: a door member for entrance opening and closing for opening and closing an entrance of a lavatory of an aircraft lavatory unit; the door member for entrance opening and closing comprising a first door member and a second door member that are foldably joined to each other, the two door members (20, 22) being configured to close the entrance in an extended state and being configured to open the entrance in a folded state in a convex shape toward a side of the lavatory, the joining structure comprising: a pair of brackets being protrudingly mountable from opposite end portions of the first door member and the second door member; and a bracket joining shaft that joins tip portions of the pair of brackets swingably; the joining structure being characterized in that it further comprises a pair of covers, one end of each being joined to a section of the pair of brackets around the bracket joining shaft swingably by a bracket cover joining shaft (34A, 34B), an other end of each being joined swingably by a cover joining shaft, PH which, when the joining structure is mounted to the door members (20, 22), is at a section farther away from the lavatory than the bracket joining shaft; the pair of covers with the first door member and the second door member being in an extended state, covering sections of the pair of brackets around the bracket joining shaft over the entire length in a vertical direction from an outside of the lavatory. a door member for entrance opening and closing for opening and closing an entrance of a lavatory of an aircraft lavatory unit; the door member for entrance opening and closing comprising a first door member and a second door member that are foldably joined to each other, the two door members (20, 22) being configured to close the entrance in an extended state and being configured to open the entrance in a folded state in a convex shape toward a side of the lavatory, the joining structure comprising: a pair of brackets being protrudingly mountable from opposite end portions of the first door member and the second door member; and a bracket joining shaft that joins tip portions of the pair of brackets swingably; the joining structure being characterized in that it further comprises a pair of covers, one end of each being joined to a section of the pair of brackets around the bracket joining shaft swingably by a bracket cover joining shaft (34A, 34B), an other end of each being joined swingably by a cover joining shaft, PH which, when the joining structure is mounted to the door members (20, 22), is at a section farther away from the lavatory than the bracket joining shaft; the pair of covers with the first door member and the second door member being in an extended state, covering sections of the pair of brackets around the bracket joining shaft over the entire length in a vertical direction from an outside of the lavatory.
A process to prepare 1-bromo-3-nitro-5-trifluoro-methyl-benzene comprising treating 1-nitro-3-trifluoro-methyl-benzene with the brominating agent 1,3-dibromo-5,5-dimethylhydantoin, in the presence of a strong acid, to give 1-bromo-3-nitro-5-trifluoromethyl-benzene.
A drive system for rotating a wheel of an aircraft landing gear, the drive system including a motor operable to rotate a drive pinion, and a driven gear (20, 66) adapted to be mounted to the wheel, wherein the drive system has a first configuration in which the drive pinion is capable of meshing with the driven gear to permit the motor to drive the driven gear and a second configuration in which the drive pinion is not capable of meshing with the driven gear, the drive system further comprising a lock-stay including a first lock link and a second lock link pivotally connected to the first lock link, the lock-stay being switchable between a first position and a second position, wherein the lock-stay is in the first position when the drive system is in the first configuration and the lock-stay is in the second position when the drive system is in the second configuration, characterised in that the lock-stay is configured such that it is switchable to an intermediate position between the first and second positions in which the first and second lock links are substantially aligned.
An actuator system for controlling a vent or valve comprising: a vent, wherein the vent has an open position and a closed position and is biased toward the closed position; a motor that is configured to control the operation of the vent; a power supply, a switching regulator coupled to the power supply with an input voltage and to the motor, characterized in that the switching regulator is configured to provide a first constant voltage to the motor when the vent changes from the closed position to the open position and a second constant voltage that maintains the vent in an open position and the first constant voltage is greater than then the second constant voltage. a vent, wherein the vent has an open position and a closed position and is biased toward the closed position; a motor that is configured to control the operation of the vent; a power supply, a switching regulator coupled to the power supply with an input voltage and to the motor, characterized in that the switching regulator is configured to provide a first constant voltage to the motor when the vent changes from the closed position to the open position and a second constant voltage that maintains the vent in an open position and the first constant voltage is greater than then the second constant voltage.
A laser apparatus comprising: a resonator including at least a laser medium, a flash lamp configured to excite the laser medium, and an output mirror configured to output laser light; an oscillator configured to oscillate the laser light; a controller configured to control a timing at which the oscillator oscillates the laser light after excitation performed by the flash lamp is started; and a selector configured to select a wavelength of the laser light from a plurality of wavelengths; characterised in that the controller changes the timing, at which the laser light is oscillated, for each of the wavelengths in such a manner that a difference in output energy of the laser light between the plurality of wavelengths falls within a predetermined range. a resonator including at least a laser medium, a flash lamp configured to excite the laser medium, and an output mirror configured to output laser light; an oscillator configured to oscillate the laser light; a controller configured to control a timing at which the oscillator oscillates the laser light after excitation performed by the flash lamp is started; and a selector configured to select a wavelength of the laser light from a plurality of wavelengths; characterised in that the controller changes the timing, at which the laser light is oscillated, for each of the wavelengths in such a manner that a difference in output energy of the laser light between the plurality of wavelengths falls within a predetermined range.
A breast pump, comprising: a main body including an internal passage, a negative pressure generation mechanism configured to generate negative pressure in the internal passage for pumping milk, a hood attaching portion to which a hood for fitting to a breast is attached, the hood attaching portion being disposed at a front part of the main body, and a bottle attaching portion to which a bottle for collecting milk is attached, the bottle attaching portion being disposed at a lower part of the main body; and a handle pivotal to the main body and including a basal end, at a side located closer to a pivot point on the main body, connected to the negative pressure generation mechanism, wherein the handle includes a finger rest at a distal side and characterised in that the handle extends forward from the pivot point beside the main body. a main body including an internal passage, a negative pressure generation mechanism configured to generate negative pressure in the internal passage for pumping milk, a hood attaching portion to which a hood for fitting to a breast is attached, the hood attaching portion being disposed at a front part of the main body, and a bottle attaching portion to which a bottle for collecting milk is attached, the bottle attaching portion being disposed at a lower part of the main body; and a handle pivotal to the main body and including a basal end, at a side located closer to a pivot point on the main body, connected to the negative pressure generation mechanism, wherein the handle includes a finger rest at a distal side and characterised in that the handle extends forward from the pivot point beside the main body.
A method for producing a component for a warhead, wherein the method involves the steps: i.) an inner shell is arranged on a tool, ii.) preshaped projectiles are arranged on the inner shell in an enclosing network, iii.) powder is arranged to enclose the preshaped projectiles, iv.) the powder is pressed such that the powder, the preshaped projectiles, the enclosing network, and the inner shell are joined together, v.) the tool is removed from the component formed from the powder, the preshaped projectiles, the enclosing network, and the inner shell. i.) an inner shell is arranged on a tool, ii.) preshaped projectiles are arranged on the inner shell in an enclosing network, iii.) powder is arranged to enclose the preshaped projectiles, iv.) the powder is pressed such that the powder, the preshaped projectiles, the enclosing network, and the inner shell are joined together, v.) the tool is removed from the component formed from the powder, the preshaped projectiles, the enclosing network, and the inner shell.
Multi-stage transmission of planetary design for a vehicle, having a housing, wherein a first shaft is provided as drive (An) and a second shaft is provided as output (Ab), wherein at least five planetary gear sets (RS1, RS2, RS3, RS4, RS5) and at least seven further shafts (3, 4, 5, 6, 7, 8, 9) are provided, characterized in that five shift elements (SE1, SE2, SE3, SE4, SE5) are provided, through the actuation of which at least nine forward gear ratios (G1, G2, G3, G4, G5, G6, G7, G8, G9) and at least one reverse gear ratio can be realized as gear ratio stages, wherein, to realize each gear ratio stage, at least three of the shift elements (SE1, SE2, SE3, SE4, SE5) are closed.
Rewinding machine comprising three rollers (12, 13, 14) having axes parallel to one another and perpendicular to the advancing direction of the paper, wherein two lower and upper winding rollers (12, 13) collaborate with a third oscillable roller under pressure on a roll or log being formed, identifying a winding area, the paper being wound passing over the upper winding roller and the finished roll coming out from an outlet opening defined between the lower roller and the third roller, the cores for said rolls being fed one after the other by a conveyor and inserted by a thruster in a channel formed below the upper roller, characterised in that said lower and upper winding rollers (12, 13) are supported in rotation at the ends of their axes in a mobile manner and are associated with an actuator device for a translation in a direction parallel to a first straight line joining the axes of the lower and upper winding rollers (12, 13) and symmetrical with respect to a growth straight line of the roll, wherein said growth straight line of the roll is arranged perpendicular to the first straight line joining the two axes of the lower and upper winding rollers (12, 13) and equally spaced between them.
Method of regulating sending that can be implemented by a station having at least one data frame to be sent via a telecommunication network, the method comprising, during at least one selection round (k) from among a set of selection rounds: - a step (F20, G20) of obtaining a value (r(k), r'(k)) representative either of an authorization to send or of a prohibition to send said frame; - when said value is representative of an authorization to send, a step (F70, G70) of sending an information signal in a first communication channel (Ch1, ChT(r'(k))) of said network, to indicate to the other stations (10', 10") that said station has obtained a value representative of an authorization to send; or, - when said value is representative of a prohibition to send, a step (F40, G40) of listening to a possible information signal sent in the first communication channel (Ch1, ChR(r'(k))) of said network; said method of regulating being characterized in that it furthermore comprises: - a step (F40, F70, G40, G70) of listening or of sending in a second communication channel (Ch2, Ch3, ChR(r'(k))) of said network, different from the first communication channel, this step of listening or of sending in the second communication channel being executed simultaneously with the step of sending in the first communication channel or with the step of listening in the first communication channel. - a step (F20, G20) of obtaining a value (r(k), r'(k)) representative either of an authorization to send or of a prohibition to send said frame; - when said value is representative of an authorization to send, a step (F70, G70) of sending an information signal in a first communication channel (Ch1, ChT(r'(k))) of said network, to indicate to the other stations (10', 10") that said station has obtained a value representative of an authorization to send; or, - when said value is representative of a prohibition to send, a step (F40, G40) of listening to a possible information signal sent in the first communication channel (Ch1, ChR(r'(k))) of said network; - a step (F40, F70, G40, G70) of listening or of sending in a second communication channel (Ch2, Ch3, ChR(r'(k))) of said network, different from the first communication channel, this step of listening or of sending in the second communication channel being executed simultaneously with the step of sending in the first communication channel or with the step of listening in the first communication channel.
A needleless injection device including: - a body forming a housing, - a gas generator, - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially into said housing from an upper end, to a lower end, - a generally T-shaped elastically deformable diaphragm, the diaphragm comprising a tubular portion which extends axially into the reservoir and which is designed so as to extend axially into the reservoir, under the effect of the pressure generated by the gas generator, and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir, said device being characterized in that the tubular portion of the diaphragm has a generally funnel-like shape, said tubular portion having at least: - one generally frustoconical shaped upper segment with a decreasing section in the axial direction of elongation of the diaphragm, and - one generally frustoconical shaped lower segment with an increasing section in the axial direction of elongation of the diaphragm, the upper segment having an axial length larger than the axial length of the lower segment. - a body forming a housing, - a gas generator, - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially into said housing from an upper end, to a lower end, - a generally T-shaped elastically deformable diaphragm, the diaphragm comprising a tubular portion which extends axially into the reservoir and which is designed so as to extend axially into the reservoir, under the effect of the pressure generated by the gas generator, and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir, - one generally frustoconical shaped upper segment with a decreasing section in the axial direction of elongation of the diaphragm, and - one generally frustoconical shaped lower segment with an increasing section in the axial direction of elongation of the diaphragm, the upper segment having an axial length larger than the axial length of the lower segment.