40results about How to "Will not conflict" patented technology

The present invention provides a method for Sounding Reference Signal (SRS) resource allocation in a Long Term Evolution (LTE) system, including: a system side setting different SRS transmission periods to correspond to different cycle shifts, and during the process of allocating SRS resources for user equipment (UE), setting a cycle shift adopted by the UE according to the SRS transmission period adopted by the UE. The method and apparatus of the present invention realize simple and effective SRS resource multiplexing with high utilization ratio among UEs with different periods.

The present invention relates to a tissue suspension device used during surgical intervention, comprising an elongated longitudinal body (1), the longitudinal body (1) comprising a proximal end (7) and a tail end (8), the longitudinal The body (2) extends from the proximal end to the tail end, and is characterized in that most of the longitudinal body (2) maintains the same thickness, and the thickness of the longitudinal body (2) becomes thinner near the tail end (8), and at The tail end of the longitudinal body (1) is connected to a tail end strip (5) via a connecting portion (3). The suspension device of the invention can be used at one time, has little damage to the human body, can effectively fix human tissues, and expose the surgical field of view.

The invention relates to a handling device, in particular to a small cargo handling device. The small cargo handling device can be used for automatically handling small cargoes, and saves labors. According to the technical scheme, the small cargo handling device comprises a top plate, a motor, a first bearing pedestal, a first rotating shaft, belt wheels, a flat belt, etc.; and the motor is installed on the left side of the bottom of the top plate, and the first bearing pedestal is arranged on the right part of the top plate. According to the small cargo handling device, through arrangement ofa plurality of clamping devices, the clamping devices can work continuously, and the small cargo handling speed is increased; the small cargo handling device saves labors; when a sector gear and a full gear are rotated in a meshing mode, a circular plate is driven to rotate, so that the clamping devices are driven to rotate; when the sector gear is rotated away from the full gear, the sector gearand a sector block are in contact with fixing blocks, so that the circular plate and devices on the circular plate are pushed to move downwards; thus, when the circular plate and the devices on the circular plate are driven to rotate, the circular plate and the devices on the circular plate are not moved up and down, so that the circular plate and the devices on the circular plate work properly,and do not conflict.

The present application discloses a method for transmitting a TDD frame on a symmetrical frequency spectrum, including: determining the TDD uplink and downlink configuration of the current cell, and determining the uplink subframe and downlink subframe in the TDD frame; Symmetrical frequency spectrum, the uplink subframe of the TDD frame is transmitted on the uplink frequency spectrum in the pair of symmetric frequency spectrums, and the downlink subframe of the TDD frame is transmitted on the downlink frequency spectrum in the pair of symmetric frequency spectrums. In this way, the transmission of the TDD frame is realized on the FDD spectrum, so that the baseband processing of the TDD frame is consistent when it is transmitted in the TDD and FDD spectrum; at the same time, when the TDD frame is transmitted, the transmission direction of the FDD spectrum does not change, and it will not be different from the Other FDD systems conflict.

Embodiments of the invention disclose a synchronous generator excitation system control method and system. The control method comprises the steps of setting a selective switch, a competition module and a summation module on a control main loop of the synchronous generator excitation system; obtaining the type of an additional input signal input to the control main loop of the synchronous generator excitation system; controlling the additional input signal to be input to a corresponding superposition point through the selective switch according to the type of the additional input signal; and determining the superposition mode of the additional input signal according to the competition module and the summation module corresponding to the selective switch. The type of the additional signal input to the control main loop of the synchronous generator excitation system is judged, and then the additional signal is controlled to select the proper superposition point and superposition mode according to the type of the additional signal, so that it is ensured that the output additional signals do not conflict when two or more than two additional control modules are in output in the excitation system, thereby further avoiding the problem of unit power oscillation.

The invention discloses a multifunctional double arm interaction single-drive-wheel self-speed-changing pumping unit which comprises a lifting arm assembly, a lifting rope, a wellhead pumping unit, a drive wheel, a torsion arm, a first power arm and a second power arm. The drive wheel is connected with a speed change mechanism. The torsion arm is fixed on the drive wheel. One end of the first power arm is movably connected with the torsion arm while the other end of the first power arm is provided with a fixed pulley and a lifting rope fixing hole. One end of the second power arm is movably connected with the first power arm while the other end of the second power arm is provided with a fixed pulley. The second power arm is provided with a base point. The second power arm reciprocates around the base point. One end of the lifting rope is fixedly connected with the wellhead pumping device through a fixed pulley on the lifting arm assembly. The other end of the lifting rope is fixed in the lifting rope fixing hole on the first power arm sequentially through the fixed pulley on the second power arm and the fixed pulley on the first power arm. By the pumping unit, stroke frequency can be adjusted conveniently, upstroke speed is increased, pumping efficiency is improved, and more oil can be pumped out of oil wells.

The invention relates to a configuration method and a system for customer relation management to service provision. The configuration method of customer relation management to service provision comprises: reading the class of an excel and obtaining the configuration content relative to business in the excel; obtaining a connection string of a database by reading a configuration file; connecting the database for inquiring necessary data; assembling structured query language SQL statement; and sorting the output by a C++ container. The configuration method and the system for customer relation management to service provision of the invention reduce the workload of CRM to service provision in configuration, save configuration time, and raise configuration efficiency. The configuration method and system of customer relation management to service provision of the invention are beneficial to rapid opening without causing database conflicts.