38results about How to "Increased transport flexibility" patented technology

Method for informing a mobile terminal (MN), which is located in a first cell, on system information of a second cell. In particular, pointers to the system information are transmitted from the base station of the first cell to the mobile node, while the mobile node is located in the first cell. The MN processes said pointer, comprising e.g. information on the transmission format and timing of system information in the second cell. Using an acquisition gap assigned by the network, the MN changes the frequency to the second frequency so as to acquire the system information based on the previously received scheduling information. Thus, the acquisition time for important system information may be reduced, as no Master Information Block on the second frequency has to be processed first, in order to acquire the system information.

A transmission, in particular a multi-speed transmission for a motor vehicle, includes a housing, a drive shaft, an output shaft, at least four planetary gear sets. Each of the planetary gear sets includes one sun gear, at least one planet, one planetary carrier and one ring gear. Six shift elements are formed as at least three clutches and at least two brakes. The drive shaft is connectable through the second clutch to the planetary carrier of the first planetary gear set and through the second brake to the housing. The drive shaft is connectable through the third clutch to the first brake and to the sun gear of the first planetary gear set. The invention also relates to a motor vehicle with the transmission and a method for operating the transmission.

An apparatus of transmitting stereoscopic image data includes an image data output unit configured to output stereoscopic image data including left-eye image data and right-eye image data about a certain program; and an image data transmitting unit configured to transmit a transport stream including the stereoscopic image data about the certain program output from the image data output unit. The image data transmitting unit incorporates identification information indicating whether disparity data is transmitted in the transport stream. The disparity data is used to add disparity to superimposed information to be superimposed on an image generated from the left-eye image data and the right-eye image data.

A method for allocating a downlink control channel in a fractional frequency reuse (FFR) system, includes: dividing a service frequency band of the system into a plurality of frequency partitions including a first frequency partition corresponding to a first frequency reuse factor, a second frequency partition corresponding Kth frequency reuse factor, and a third frequency partition; setting a transmission power level for each of the plurality of divided frequency partitions; allocating a downlink common control channel including non-user specific (NUS) control information common to every user to a particular frequency partition corresponding to the highest transmission power level among the set transmission power levels; and transmitting the NUS control information through the particular frequency partition.

The embodiment of the invention provides an uplink transmission method and device, a communication method and device, a base station, a terminal and a storage medium. In order to solve the problems oflow uplink transmission flexibility and low transmission efficiency in the prior art, in the uplink transmission scheme provided by the embodiment of the invention, at least one autonomous transmission parameter can be determined for uplink transmission by a terminal side, and then the autonomous transmission parameter is sent to a base station, and uplink data is sent to the base station based on the autonomous transmission parameter. And after receiving the autonomous transmission parameters sent by the terminal, the base station detects and receives the data sent by the terminal based on the autonomous transmission parameters. Therefore, the terminal can flexibly perform data transmission according to the current available transmission resources without passively and deliberately waiting until the transmission resources meet the scheduling requirements of the base station, so that the transmission flexibility of the terminal side is greatly enhanced, and the system transmission efficiency and the utilization rate of the transmission resources are improved.

The embodiment of the invention relates to an information transmission method and device, communication equipment and a storage medium. The method comprises the following steps: sending a physical downlink control channel (PDCCH signaling) corresponding to the type of user equipment (UE) according to the type of the UE; wherein the PDCCH signaling carries random access response control informationaiming at the UE; wherein different UE types correspond to different PDCCH signaling transmissions, and the random access response control information is used for indicating scheduling information associated with a random access response.

The invention discloses an operational circuit of a neural network, and belongs to hardware implementation of the neural network. According to the method, scaling factors are configured for output data of a multiplier in convolution calculation so as to dynamically adjust the size of the output data; the calculated result data is dynamically quantitized during accumulation operation in convolutionto ensure the effective precision of the data so as to keep the scale of the data on the same layer uniform, and saturated interception is adaptively performed through data overflow detection duringinterception operation of the result data. According to the invention, threshold judgment is carried out on the data entering the multiplier based on the proposed self-adaptive threshold adjustment technology; therefore, under the condition that the precision is guaranteed, part of the numbers close to the zero value bypass multiplication calculation, and based on the proposed configurable compression transmission technology, configurable improvement is conducted on the run length coding mode, so that the run length coding mode meets different network compression requirements. According to theinvention, the data precision of the neural network reasoning process is improved, and the hardware resource overhead is saved.

The invention belongs to the technical field of missile assembling, and particularly discloses an assembling tool of a guided missile body. The assembling tool comprises a plurality of tool sections,each tool section comprises a substrate, a supporting frame, a fixing assembly and a connecting assembly, wherein at least four base trundles are arranged at the lower ends of the substrates; the supporting frames are arranged above the substrates in the width direction of the substrates, the supporting frames are in sliding connection with the substrates and can slide along the length direction of the substrates, and the upper end faces of the supporting frames are used for connecting with guided missile body sections; and the fixing assemblies are used for fixing the guided missile body sections and the corresponding supporting frames; the connecting assemblies are used for connecting two adjacent tool sections. The assembling tool can conveniently and rapidly carried out assembly and disassembly, the section assemblies of a guided missile is convenient and fast, and universality, flexibility and reliability of the guided missile body assembling sections are improved.

The invention provides a communication method, a terminal and network equipment. The communication method comprises the steps that: a first terminal repeats uplink control information to be transmitted for N times, so that a first data segment is obtained; N is a positive integer; the first terminal determines an orthogonal covering code according to the N; the first terminal multiplies the firstdata segment with the orthogonal covering code, so that a second data segment is obtained; and the first terminal sends the second data segment. According to the communication method, the terminal andthe network equipment provided in the invention, the frequency diversity gain and the transmission flexibility of uplink control information are easily increased; and furthermore, the resource utilization rate is easily increased.

The invention relates to a railway vehicle capable of loading containers in single or double layers. The railway vehicle comprises a vehicle body; the middle of the vehicle body has a well type structure with a concave bottom; the front and back ends of the vehicle body have platform type bearing structures; a plurality of fixing locks are arranged at joints of front and back bottom plates of the vehicle body and the bottom plates in the concave bottom and the containers; a plurality of movable locks are arranged on edges of the upper opening of the concave bottom on two sides of the front and back platforms of the vehicle body; the middle of two sides of the upper opening of the concave bottom is provided with a plurality of movable locks at intervals; and a brake device is arranged between the wheel at the bottom of the vehicle body and the side wall of the concave bottom. When the vehicle body loads the containers in double layers, 20-inch containers are loaded at the concave bottom in the middle of the vehicle body in two layers, and a 20-inch container is loaded at the front and back ends of the vehicle body respectively; and when the vehicle body loads the containers in a single layer, a 20-inch container and a 40-inch container are arranged on the bottom plates of the vehicle body. The railway vehicle can be widely applied to wagon transportation.

The invention discloses a multimedia resources transmission method and device. The method comprises the following steps: receiving a splicing request sent by a first client, with the splicing requestbeing used for requesting to splice a second multimedia resource with a first multimedia file, and the first multimedia file comprising a stored first multimedia resource in a live broadcast stream being played; in response to the splicing request, splicing the second multimedia resource with the first multimedia file to obtain a second multimedia file; and transmitting the second multimedia fileto a video server, with the second multimedia file being used for indicating the video server to replace the stored first multimedia file with the second multimedia file. According to the invention, the technical problem of poor transmission flexibility of multimedia resources in related technologies is solved.

The invention relates to a metal product rapid transfer conveying equipment, which includes a support mechanism, the support mechanism includes a load-bearing lifting device for receiving the conveyed materials and driving the materials to move downward, and a load-bearing lifting device arranged on one side of the load-bearing lifting device. The positioning device for positioning the materials on the lifting device; the output mechanism, the output mechanism includes a power device and a transmission device for receiving the materials on the lifting device and driving the materials backward under the drive of the power device; the present invention overcomes the It solves the problem that the material transmission is not flexible enough in the process of metal product processing, and the material transmission height and transmission direction cannot be adjusted arbitrarily.

The embodiment of the invention provides a mode switching method, a terminal and network equipment, and the method comprises the steps: entering a first mode under the condition that a first timer isstarted or restarted, and enabling the first timer to be drx-Inactivity Timer; and starting or restarting a second timer, and switching from the first mode to a second mode under the condition that the second timer is overtime. According to the embodiment of the invention, the transmission flexibility of the terminal can be improved, and the energy-saving effect of the terminal can also be improved.

The invention discloses a sucker device capable of rotating around an X axis and a Y axis. The sucker device is characterized by comprising a main shaft, a mounting main seat connected with the main shaft, a plurality of sucker connecting rods fixed to the mounting main seat, and suckers arranged on the sucker connecting rods correspondingly, the mounting main seat and the main shaft can rotate around the X axis and the Y axis, a first motor drives the mounting main seat to rotate around the X axis, and a second motor drives the mounting main seat to rotate around the Y axis. The sucker devicehas multiple rotation directions, is good in operation stability, effectively improves the transportation flexibility, and is high in working environment adaptability.

The invention relates to a 110 kV double-winding vehicle-loaded transformer lead structure. The 110 kV double-winding vehicle-loaded transformer lead structure comprises a high-voltage lead structureand a low-voltage lead structure, wherein the high-voltage lead structure comprises A-phase, B-phase and C-phase high-voltage phase lines; ends of A-phase and B-phase high-voltage phase lines are discharged in the axial direction; the lines are horizontally distributed along an iron core upper clamping piece and are lead to the end, which is close to a C phase, of a fuel tank; the end of the C-phase high-voltage phase line is discharged in a radial direction on a short axis side of the fuel tank; the A-phase, B-phase and C-phase high-voltage phase lines are fixed and guided to the position ofa lower heightening seat on the short axis side of the fuel tank; and after being fixedly clamped in the heightening seat, the A-phase, B-phase and C-phase high-voltage phase lines are connected witha high-voltage sleeve. On the premise of meeting safe and stable running of a transformer, the size of the transformer is greatly reduced, the space of the fuel tank is utilized fully, the volume of the fuel tank is greatly reduced, the using amount of transformer oil and steel is reduced, the transportation size of the transformer is reduced, the economy of a 110 kilovolt double-winding vehicle-mounted transformer is improved remarkably, and transportation flexibility is also improved.

The invention discloses a base support structure for a drill pump, which comprises at least two support plates. A first slope is arranged on the upper surface of each support plate, an adjustable plate is movably installed on the first slope, a second slope is arranged on the lower surface of the adjustable plate corresponding to the first slope, the second slope is adhered to the first slope, the upper surface of the adjustable plate is a plane, a small base of the drill pump is supported on the upper surface of the adjustable plate, and the length of the adjustable plate is smaller than that of the support plate. The base support structure for the drill pump does not need a big base to support the small base of the drill pump, effectively reduces volume and weight of the whole drill pump, is convenient to transport, reduces materials and cost for manufacturing the drill pump, and saves production cost.

The invention discloses a terminal, an audio control method and a storage medium, and belongs to the technical field of audio processing, and the method comprises the steps: obtaining the to-be-output audio data of a first audio object, and obtaining the to-be-output audio data of the first audio object based on the stored conversion relation between the to-be-output audio data of the audio object and the to-be-input audio data of the audio object; determining whether a second audio object taking the to-be-output audio data of the first audio object as input exists or not, if yes, converting the to-be-output audio data of the first audio object into to-be-input audio data of the second audio object, sending the to-be-input audio data obtained through conversion to the second audio object for processing, and then outputting the to-be-input audio data of the second audio object. And sending the audio data processed by the second audio object to the outside. Therefore, the transmission direction of the to-be-output audio data of the first audio object can be changed to become one path of to-be-input audio data of the second audio object, so that the audio data of different audio objects are associated, and the transmission flexibility of the audio data can be improved.