575 results about "High transmission" patented technology

The invention provides an all-dielectric film system structure with visible near-infrared low transmission vegetation simulation, intermediate infrared high reflection and microwave high transmission. The device sequentially comprises, from top to bottom, a visible near-infrared simulated vegetation layer which is composed of first to fourth dielectric layers and is configured to simulate vegetation reflection spectrum characteristics in a wave band of 380-2500 nm and has a low transmission characteristic; the intermediate infrared high-reflection layer is formed by alternately stacking a first dielectric layer and a third dielectric layer, and is configured to form high reflection in a wave band of 3-14 microns; and a substrate layer; the thickness of the whole film layer is far smaller than the microwave wavelength, so that the film system keeps high transmission in the microwave band. According to the invention, the amorphous InSb material with high loss characteristic in visible near-infrared light is introduced, so that the average transmissivity of 1500-2500 nm is reduced to 0.095 while high-precision simulation of the vegetation reflectivity spectrum is realized, thereby realizing simulation of low transmissivity of the wave band vegetation.

The invention provides an efficient transmission algorithm for HPLC carrier communication data, which belongs to the technical field of carrier communication, and comprises the following steps of: step 1, double-link separation processing: respectively processing frame control data and load data by adopting two separated links; 2, a frame control data processing flow: carrying out improved Turbo coding on the frame control data; step 3, a load data processing flow: firstly, carrying out adaptive scrambling on load data, and adopting Turbo coding with different parameter configuration from frame control data; step 4, OFDM symbol generation and transmission: adopting an optimized fast algorithm to reduce the operand and the processing time; and step 5, receiving end processing flow: respectively adjusting frame control and load data by adopting AGC (Automatic Gain Control) and time synchronization. The algorithm is high in anti-interference capability, remarkably reduces the bit error rate, is high in transmission efficiency, can adapt to different power line channel environments and data transmission requirements, and has good universality and stability.

The invention relates to a flash evaporation material with a high transmission-reflection ratio, which is characterized in that the raw material of the flash evaporation material comprises polyethylene; the Frazier air permeability of the flash evaporation material is 0.45-0.85 m < 3 > / (min.m < 2 >); the transflective ratio of the flash evaporation material is 2-7m < 3 > / (min.m < 2 >. Mm), and the transflective ratio is equal to (Frazier air permeability. Reflectivity) / thickness. Through comprehensive regulation and control and balance of four groups of core parameters including the solvent ratio, the spinning parameters, the web forming speed and the hot rolling process, part of performance pain points in the prior art are solved, and the design requirement for the proper transflective ratio is met.

The invention discloses a micro-robot joint driving mechanism and a multi-joint micro-robot, and relates to the technical field of micro-robots. According to the joint driving mechanism, through the axial integrated arrangement of the shell, the brushless outer rotor motor, the multi-stage meshing transmission assembly, the power output connecting piece and the circuit board and the integrated design of a stator of the brushless outer rotor motor and the circuit board, a compact micro structure is achieved; and a closed-loop position detection system formed by a magnetic encoder and a magnetic ring is matched, so that high torque output and high transmission efficiency are realized under the condition of miniaturized volume, and meanwhile, part redundancy is reduced so as to reduce the cost. The mechanism solves the problem that miniaturization, high torque and low cost are difficult to consider in the prior art, and can be widely applied to miniature multi-joint robots.

The present disclosure relates to the technical field of communications, and provides a leaky-wave antenna and an antenna system. The leaky-wave antenna comprises: a first dielectric substrate, a first metal layer, a dielectric functional layer, a second metal layer, and a second dielectric substrate. The first metal layer comprises a first transmission line and first radiation units; multiple first notches distributed at intervals are provided on a side edge, parallel to a length direction, on a first plasmon section of the first transmission line; and the multiple first radiation units and the first notches are located on the same side of the first transmission line. In the embodiments of the present disclosure, on the basis of the first plasmon section comprised in the first transmission line, the confinement capability of electromagnetic signals can be enhanced, and the radiation of the electromagnetic signals can be reduced, thereby ensuring the transmission efficiency of the electromagnetic signals, and achieving compact design of leaky-wave antennas. In addition, by radiating antenna signals outward from the first radiation units, high gain of the antenna signals can be ensured while maintaining high transmission efficiency in the first transmission line.

The invention relates to a broadband bending-resistant multimode optical fiber and a preparation method thereof, the refractive index profile of a core layer is in a gradually-changed parabola shape, the distribution index alpha is 1.95-2.65, the radius R1 of the core layer is 12-35 microns, the delta 1max is 0.9%-1.4%, the relative refractive index difference delta 1min at the R1 position of the edge of the core layer is-0.16%--0.06%, cladding layers comprise an inner cladding layer, a first sunken cladding layer, a second sunken cladding layer and an outer cladding layer from inside to outside in sequence, the inner cladding layer is sequentially provided with a first inner cladding layer and a second inner cladding layer from inside to outside, the single-side width (R4-R3) of the first sunken cladding layer is 1.5-9.0 [mu] m, delta 4 is-1.1%--0.60%, the single-side width (R5-R4) of the second sunken cladding layer is 1.0-3.0 [mu] m, delta 5 is-1.0%--0.55%, the radius R6 of the outer cladding layer is 60-65 [mu] m, and delta 6 is-0.12-0.12%. The core cladding is reasonable in structural design, has the excellent characteristics of high bandwidth, strong bending resistance and low attenuation, and is high in transmission efficiency and excellent in long-term stability and reliability.

A side throwing type fertilizer distributor belongs to the technical field of fertilizer distributors and comprises a vehicle body, a throwing assembly, wheels, an upper spiral shaft, a lower spiral shaft, a rear flange, a swing frame, a gate, a connecting rod, a push-pull plate, an oil cylinder, a material throwing wheel, a lower large chain wheel, a lower small chain wheel, a driving wheel, an input shaft, an upper chain wheel, an upper large transmission wheel, an upper small transmission wheel, a lower large transmission wheel, a lower small transmission wheel, an upper transmission shaft and a lower transmission shaft. The wheels are connected to the swing frame, the swing frame is hinged to the lower end of the vehicle body, the gate is arranged in the rail groove, the connecting rod is hinged to the gate and the push-and-pull plate, the push-and-pull plate is hinged to the vehicle body, the oil cylinder is hinged to the push-and-pull plate and the vehicle body, the scattering assembly is arranged at the discharging port, and the upper spiral shaft and the lower spiral shaft are connected into the vehicle body through a bearing and a rear flange. The input shaft is arranged on the front lower portion of a transmission box of the vehicle body, and all rotating components are in transmission in the transmission box through chain wheels and chains. The vehicle body is good in sealing performance and high in transmission efficiency, and fertilizer can be thrown to the side of the vehicle body.

The invention discloses a communication method and device. UE receives first information, the first information indicates a first resource, a second resource, a first MCS and a second MCS, the first resource corresponds to a first transmission unit, the second resource corresponds to a second transmission unit, the first MCS corresponds to the first transmission unit, the second MCS corresponds to the second transmission unit, and the first resource and the second resource belong to the same carrier on a frequency domain. And the same transmission time interval is located in the time domain. The UE transmits first data in the first resource, the first data being carried in the first transmission unit; and transmitting second data on the second resource, the second data being carried on the second transmission unit. In the embodiment of the invention, different transmission units can transmit through different resources, so that the transmission flexibility can be improved.

This utility model discloses a lifting mechanism for a four-way shuttle vehicle, belonging to the technical field of four-way shuttle vehicles. The lifting mechanism adopts a side-mounted layout, including a reversing motor, a reversing gearbox, and a reversing transmission assembly connected to it. Through a combination of shaft transmission, gear transmission, and eccentric wheel transmission, it drives the lifting frames on both sides of the vehicle body to rise and fall synchronously, thereby realizing the lifting and reversing actions of the X-direction traveling wheels. The reversing motor drives the first reversing bevel gear to rotate the main shaft, transmitting power through the reversing transmission gearbox and eccentric wheel structure. The lifting frames are slidably mounted on the vehicle body via guide rails and are equipped with guide columns and guide seats to improve operational stability. This lifting mechanism avoids the space occupied by the traditional centrally located drive shaft, effectively freeing up battery installation area and improving range. It also has advantages such as compact structure, high transmission efficiency, stable operation, and easy maintenance, making it suitable for various working conditions and possessing good versatility and application prospects.

This utility model relates to the field of worm gearboxes and discloses a high-torque, high-precision worm gearbox. It includes a housing, a worm gear assembly, a worm shaft assembly, and an input assembly. The worm gear assembly, worm shaft assembly, and input assembly are all rotatably connected to the housing. Two sets of worm shaft assemblies are provided, located on opposite sides of the worm gear assembly, and both sets mesh with the worm gear assembly. Each set of worm shaft assemblies can be moved, adjusted, and fixed along its own axis on the housing to ensure close contact with the worm gear assembly. Both sets of worm shaft assemblies are connected to the input assembly, which is adapted to be connected to a drive source to drive the two sets of worm shaft assemblies to rotate. This utility model features two worm shaft assemblies located on opposite sides of the worm gear body. After the two worm shaft assemblies move and adjust in opposite directions and contact the worm gear body, the worm gearbox maintains high transmission accuracy in both forward and reverse rotation, ensuring the stability of the transmission after adjustment.

This invention discloses a method for optimizing the topology of a 3D on-chip network (SoC) for high-speed data acquisition systems. Addressing the problem that general-purpose 3D SoC architectures are difficult to adapt to the communication characteristics of high-speed data acquisition systems, leading to high transmission latency and redundant link resources, this method models the network topology adjustment process as a Markov decision process and employs deep reinforcement learning to achieve adaptive optimization of the topology. The method uses a general-purpose 3D SoC as the initial architecture, constructing a state representation that includes node connection features, average network latency, longest path latency, and link area; defining a pruning and regrowth action space; designing a reward function that integrates changes in average latency, longest path latency, and link area; and using a deep Q-learning network with a multilayer perceptron structure for policy training. To improve learning efficiency, an action candidate set is constructed and combined with a two-layer greedy policy to achieve fast and effective search. Through iterative learning and topology updates, a 3D SoC topology that better suits the communication load of high-speed data acquisition systems can be obtained, reducing average transmission latency and link area overhead while ensuring connectivity.

The invention provides a friction actuating type friction clutch with an inertia cam, which is mainly used in the technical field of transmission, in particular to the technical field of friction clutches. The clutch at least comprises a pawl, a friction wheel, a return spring, a pawl seat, a friction cam, a release spring and an inertia cam. Under the action of rotation inertia, the separation spring is selectively contacted with the friction wheel, or the separation spring is selectively separated from the friction wheel, or the separation spring is selectively contacted with the friction cam, or the separation spring is selectively separated from the friction cam; and under the friction action of the separation spring or the friction wheel, the pawl and the friction wheel selectively realize separation and reunion, and the pawl and the friction wheel selectively realize contact separation. Compared with the prior art, the clutch can reduce abrasion of the pawls and has high transmission efficiency.

The invention discloses a multi-source cooperative green electric power energy optimization scheduling system, and relates to the technical field of electric power system computing power scheduling, and the system comprises an interaction construction module which constructs a direct connection signal channel of a supercomputing CPU and an intelligent computing GPU; the impedance matching module monitors a signal transmission reflection coefficient in real time and obtains signal transmission delay to realize impedance compensation; the supercomputing power supply layer configuration module regulates and controls output voltage in real time through a voltage monitoring unit; the intelligent calculation power supply layer configuration module adapts to the instantaneous peak current demand of the intelligent calculation module; the supercomputing water-cooling heat dissipation execution module is used for adjusting the flow of a water-cooling pump after receiving the temperature signal; the intelligent calculation air cooling linkage control module is used for collecting the real-time temperature of the intelligent calculation module and controlling the rotating speed of a speed-adjustable fan according to a fan rotating speed adjusting formula so as to realize pulse type heating adaptive heat dissipation; and the comprehensive evaluation module constructs a comprehensive evaluation model and evaluates the system performance. The problems of high transmission delay, mismatched heat dissipation and unstable power supply are solved.

The invention discloses a semi-closed reciprocating refrigeration compressor for ammonia, and relates to the technical field of refrigeration. Comprising a semi-closed machine shell, and a compression mechanism and a driving motor which are arranged in the machine shell. A stator winding of the driving motor is made of an aluminum or aluminum alloy material so as to resist corrosion of an ammonia refrigerant; the compression mechanism is of a reciprocating piston type structure; in addition, the driving motor directly drives the reciprocating piston type compression structure to operate, and a traditional shaft seal and a traditional coupler are omitted. The crankshaft also serves as a motor shaft, and direct connection driving is achieved. And integrally-formed radiating fins are arranged at the position, corresponding to the motor, outside the shell so as to enhance the radiating and structural strength. And the air suction port is communicated to the motor cavity, so that low-temperature ammonia gas flows through the motor to cool the motor before being compressed. The invention effectively solves the problems of ammonia corrosion and leakage, has the advantages of high sealing property, high transmission efficiency, low operation noise and the like, is particularly suitable for ammonia refrigeration scenes with medium and small cooling capacity and high pressure ratio, and fills the technical blank in the field.

The application relates to a double-side coupling axial nutational magnetic speed reducer and a working method thereof. The speed reducer comprises a box, an input shaft is arranged at the left end of the box, a rotating disc is arranged at the right side in the box, a nutational disc is arranged in the box and rotates with the input shaft, first and second nutational magnetic gears are arranged at the left and right end faces of the nutational disc respectively, a fixed magnetic gear is arranged at the left end of the box and is magnetically coupled with the first nutational magnetic gear, and a movable magnetic gear is arranged at the left end face of the rotating disc and is magnetically coupled with the second nutational magnetic gear. The double-side coupling axial nutational magnetic speed reducer can realize few-pole difference, has simple structure, large transmission ratio and high transmission efficiency, the axial forces generated by the axial magnetic gears on the two sides can be effectively offset, the service life of bearings is prolonged, the axial force is small, and transmission is stable.

The invention discloses an on-chip spectrum sensing structure, a pixel unit and a preparation method and application thereof. The on-chip spectrum sensing structure comprises a metal layer, a dielectric layer and a detector, nano-pore channels are formed in the metal layer and the dielectric layer, and the nano-pore channels extend into the dielectric layer from the surface of the metal layer; near-infrared light forms surface plasmon resonance at the interface of the metal layer and the dielectric layer in the nanopore channel, so that part of near-infrared light in a selected narrow wavelength range is transmitted to the detector, and a corresponding electric signal is formed. According to the on-chip spectrum sensing structure provided by the invention, near-infrared broadband calculation spectrum sensing with high spectral fidelity can be realized, radiation and ohmic loss are effectively inhibited by a nonlinear parameterized design framework, and high transmission efficiency is ensured; the multi-channel super-pixel system structure generated by the method realizes simultaneous point spectrum and snapshot hyperspectral imaging, and shows the potential of the compact platform for field deployment and chip spectrum sensing application.

The invention discloses a low-noise transmission mechanism capable of coaxially outputting large torque, which is characterized in that a motor is fixed on a casing through a screw, a knurling position on a motor shaft is tightly pressed and matched with an eccentric shaft sleeve and is in transmission with the motor shaft, the eccentric shaft sleeve is arranged in a power output disc, and a fixed inner gear is sleeved into the power output disc to be meshed with two cycloidal gears; the tooth surface of the convex tooth root of the power output disc meets the tooth surface of the concave tooth root of the fixed inner gear, the linear teeth can provide smooth tooth surface pairing all the time, the tooth root tooth surface of one gear cannot make contact with the tooth root tooth surface of the other gear, the cross sliding block is installed in the power output disc, the output shaft is installed on the cross sliding block, and the output shaft is sleeved with the front cover plate and fixed through a screw. The transmission efficiency is high, rolling friction is achieved, the structure is simple, the input shaft and the output shaft are located on the same axis, the size is small, and contact stress is small; transmission parts are good in abrasion resistance, low in noise, high in bearing capacity, small in part heating, long in service life, small in tooth surface abrasion and convenient to install, and multi-tooth meshing is achieved.

The invention discloses a method and a system for unvarnished transmission of logic signals on a two-wire power supply circuit, and the system comprises a power supply, a power isolator, the two-wire power supply circuit, a load isolator, an impedance matcher, at least one transmitting node and at least one receiving node. One of the sending nodes sends the logic signal, encodes the sending logic signal into a first narrow pulse code signal, and then converts the first narrow pulse code signal into a second narrow pulse code signal on the two-wire power supply line for transmission; and the receiving node receives the logic signal, converts a second narrow pulse code signal on the two-wire power supply line into a third narrow pulse code signal, and decodes the third narrow pulse code signal into a receiving logic signal. The method has the advantages of high transmission rate, strong real-time performance, high reliability, low cost, wide application range and the like.

The invention provides an SST driving type high-voltage full-direct-current power supply framework suitable for an MW level computing power cabinet, and belongs to the technical field of data center power supply and distribution. The SST driving type high-voltage full-direct-current power supply framework comprises a solid-state transformer, the solid-state transformer comprises a rectifier and a dual-active-bridge converter which are cascaded, and the rectifier is connected with medium-voltage alternating current of a power grid and used for converting the medium-voltage alternating current into direct current of a first voltage value and outputting the direct current to the dual-active-bridge converter; the dual-active bridge converter is used for converting the direct current of the first voltage value into direct current of a second voltage value and outputting the direct current through the direct current bus, and the second voltage value is smaller than the first voltage value; and the data center load is connected to the direct current bus, and the rated voltage of the data center load is matched with the second voltage value. The MW level computing power cabinet can improve the transmission efficiency, adapts to MW level power density, realizes high-speed dynamic response to adapt to the load characteristics of the AI data center, and is beneficial to saving the space of a machine room and improving the computing power density.

This utility model discloses a wire-pair shielded data transmission cable with high transmission performance, comprising: a cross-shaped frame, the four isolation walls of the cross-shaped frame having different wall thicknesses, a buffer groove provided at the top of the isolation wall, and a folded groove aligned with the bottom of the buffer groove on the outer wall of the isolation wall, a filling rope and a set of twisted core wires arranged in the cavity between two adjacent isolation walls, aluminum-plastic composite tape wrapped around the twisted core wires, and tinned copper wire braided tape woven on the cross-shaped frame, the tinned copper wire braided tape being in direct contact with the aluminum surface of the aluminum-plastic composite tape, the tinned copper wire braided tape abutting against the twisted core wires and compressing the buffer groove, the groove wall of the buffer groove bending along the folded groove and abutting against the tinned copper wire braided tape after being compressed by the tinned copper wire braided tape, a wrapping tape wrapped around the tinned copper wire braided tape, and a sheath extruded onto the wrapping tape. This utility model has a simple structure and excellent signal shielding performance both internally and externally.

The application discloses a constant engagement characteristic pair-constructing external engagement cylindrical gear pair, and relates to the technical field of gear transmission, comprising a pair-constructing cylindrical gear I and a pair-constructing cylindrical gear II based on conjugate curves. The normal tooth profile curves of the pair-constructing cylindrical gear I and the pair-constructing cylindrical gear II are continuous combination curves with the same curve shape, facilitating machining with the same cutter; the common normal line at the inflection point or the tangent point of the continuous combination curve passes through the node of the gear pair, and the inflection point or the tangent point position can be adjusted according to actual requirements to adjust the sliding rate of the gear pair; the coincidence degree is designed as an integer, and the engagement stiffness can be kept constant, thereby greatly improving the dynamic engagement performance of the gear pair. In the application, the normal tooth profile of the pair-constructing cylindrical gear I and the pair-constructing cylindrical gear II is the same, the engagement point curvature radius is constant and tends to infinity, the sliding rate is constant, and the engagement stiffness is constant, and the application has the technical characteristics of low manufacturing cost, high bearing capacity, high transmission efficiency, low vibration and noise and the like.

The present invention provides a polyimide film and a method for manufacturing the polyimide film, wherein the polyamic acid solution is obtained by imidizing a dianhydric acid component comprising two or more selected from the group consisting of benzophenone tetracarboxylic dianhydride (BTDA), biphenyltetracarboxylic dianhydride (BPDA), and pyromellitic dianhydride (PMDA), and a diamine component comprising paraphenylene diamine (PPD), wherein, based on a total content of 100 mol% of the diamine component, the content of paraphenylene diamine is 70 mol% or more and 100 mol% or less, and based on a total content of 100 mol% of the dianhydric acid component, the content of biphenyltetracarboxylic dianhydride is 50 mol% or more and less than 100 mol%, the dielectric loss rate (Df) is 0.003 or less, and the light transmittance at a wavelength of 550 nm is 15% or more and 50% or less.

The application discloses a kind of based on intelligent non-stationary control's satellite-ground fusion security transmission method, comprising the following steps;Step one: construct time-frequency dual-dimensional satellite-ground fusion transmission model, the construction of overall application scene is carried out;Step two: based on time-frequency dual-dimensional satellite-ground fusion transmission model, the acquisition of low interference continuous usable frequency slot is carried out, and frequency slot set is obtained;Step three: by the information sequence in the frequency slot set is changed into orthogonal non-stationary waveform signal, it simultaneously presents the dynamic non-stationary characteristic of no rule in time, space, frequency and multiple dimensions, to obtain final sequence;Step four: the performance analysis of the non-stationary control sequence obtained;Step five: based on performance analysis, by theoretical derivation, the security and reliability of the proposed method overall are tested.The application has the characteristics of strong anti-interference ability, high transmission stability, excellent security performance, adaptive complex time-varying channel environment.

An antenna element for a transmitarray antenna, which includes a receiving antenna portion and a transmitting antenna portion which are spatially separated from each other. The transmitting antenna portion includes a first reconfigurable magneto-electrical (ME) dipole antenna adapted to provide a 0° or 180° phase shift, and the receiving antenna portion includes a second reconfigurable ME dipole antenna adapted to provide a 0° or a 90° phase shift, such that the antenna element is operable to provide a 90° transmission phase progression with 2-bit resolution. The proposed wideband 2-bit RTA element can achieve a reconfigurable 2-bit transmission phase with high transmission magnitude.

The application discloses an electrolyte barrel grabbing device, aiming at providing a grabbing device with reliable structure and low maintenance cost. The device comprises a rack, a grabbing power unit, a grabbing power transmission mechanism, a plurality of clamping jaw mechanisms, a linear translation mechanism and an adapter plate; the grabbing power unit is used for providing grabbing power; the grabbing power transmission mechanism is used for outputting the power of the grabbing power unit to each clamping jaw mechanism, and comprises a primary synchronous transmission mechanism and a secondary synchronous transmission mechanism; the primary synchronous transmission mechanism is used for outputting the power of the grabbing power unit to the secondary synchronous transmission mechanism and part of the clamping jaw mechanisms; the secondary synchronous transmission mechanism is used for outputting the power output by the primary synchronous transmission mechanism to the remaining clamping jaw mechanisms; and the plurality of clamping jaw mechanisms are used for clamping or hooking electrolyte barrels. The device is driven by a single power source, the primary synchronous transmission mechanism and the secondary synchronous transmission mechanism drive different clamping jaw mechanisms respectively, and has the advantages of reliable structure, convenient maintenance and high transmission efficiency.

The present invention relates to a solder-free mountable high-performance vertical interconnect radio frequency connector applied in the technical field of radio frequency connectors. The connector comprises a connector housing. A pair of petal-shaped elastic housings are provided on the inner side of the connector housing. The radio frequency connector adopts a unique elastic floating design for an inner conductor and an outer conductor. The design not only enhances the fatigue resistance of the connector but also improves the adaptability of the connector under different temperatures and environmental conditions. The application of the petal-shaped elastic housings further improves the vibration resistance and contact stability of the connector, ensuring that the connector maintains low reflection and high transmission efficiency during high-frequency signal transmission. Moreover, the petal-shaped elastic housings enable multi-point independent surface contact, and when poor grounding occurs due to an uneven connection surface, other independent surface contact points remain unaffected. In addition, the connector in the present application can achieve solder-free mounted vertical connection when used for inter-board connections such as on a PCB or an LTCC substrate.

The invention discloses a point-to-multipoint visual intercom method in the building field, and aims to solve the technical problems of over-high bandwidth occupation, large transmission delay, inconsistent multi-terminal synchronization and disordered authority management during point-to-multipoint intercom in the prior art. According to the method, multi-terminal communication connection is established through a talkback management server, bandwidth is dynamically allocated based on terminal attributes and network states, visual talkback data is scheduled in combination with hierarchical authority, and multi-terminal real-time interaction is achieved through a progressive synchronous correction mechanism. Experimental verification shows that the method can reduce the total bandwidth occupation of point-to-multipoint talkback by more than 47%, control the transmission delay within 80ms, the synchronization error less than 10ms and the lagging rate less than 1%, and is suitable for a multi-terminal visual talkback system in scenes such as building communities, office buildings and the like.

This invention discloses a steering axle and its vehicle, including a steering bridge frame; steering wheels symmetrically arranged on both sides of the steering bridge frame and capable of synchronous rotation; and an electric cylinder mounted on the steering bridge frame for driving the steering wheel on one side to rotate and simultaneously rotating the steering wheel on the other side. The steering wheels on both sides are mounted on wheel frames, which are rotatably mounted at both ends of the steering bridge frame via slewing bearings. A rotating main shaft penetrating the slewing bearing and the steering bridge frame is mounted on the wheel frame. This invention uses the electric cylinder as a unique power source for steering, eliminating the need for other power systems or sharing power, effectively avoiding unnecessary energy waste. This invention discloses the use of a single-acting linkage-type electric cylinder as the power input, providing stable power input and high control precision. Furthermore, the use of mechanical transmission mechanisms such as gears and lead screws ensures high transmission precision, allowing operators to accurately control the start and stop positions of the steering wheels, resulting in high steering accuracy.

The utility model relates to the technical field of data transmission lines, in particular to a high-frequency cable for making a flat wrapping middle coating technology, which is technically characterized by comprising a core wire, a first mylar layer and a wrapping tape layer which are sequentially arranged from inside to outside, the core wire is formed by extrusion, the first mylar layer is used for fixing the core wire, and the wrapping tape layer is used for wrapping the first mylar layer. A middle coating layer is arranged between the first mylar layer and the belting layer, the middle coating layer is formed by extrusion, and the belting layer wraps the periphery of the first mylar layer. Through a multi-layer structure, efficient and stable transmission of signals is realized. The core wire adopts the copper conductor and the polyethylene insulating layer, so that accurate transmission of signals is ensured; the first mylar layer and the middle coating layer are arranged, so that the problem of dielectric coefficient in signal transmission is solved, and the high-frequency performance of the cable is improved; and the aluminum foil wrapping tape layer is added, so that the shielding effect and the structural stability of the cable are further enhanced. Through the series of design, the high-frequency cable has excellent performance in the aspects of reducing attenuation loss and improving transmission efficiency.

A wireless device may communicate with a base station by using overlapping transmissions. Overlapping transmissions may comprise a plurality of transmissions, such as a physical uplink shared channel (PUSCH) transmission, a physical uplink control channel (PUCCH) transmission, etc. A rule may be applied to indicate / determine power prioritization. For example, a rule may be used to indicate which of overlapping transmissions of a same type / channel (e.g., PUSCH, PUCCH, etc.) may be dropped or transmitted using a reduced power if the overlapping transmissions would otherwise exceed a power threshold. The rule may comprise indicating / determining power prioritization for overlapping transmissions based on at least one of: a lowest / highest frequency or range of frequencies, a lowest / highest starting (or ending) resource block, a lowest / highest transmission configuration indicator (TCI) state, a lowest / highest TCI state index, a lowest / highest panel or panel index, and / or any other indicator that may differentiate overlapping transmissions.