9results about How to "Low integration" patented technology

The application discloses a steering priority and pilot valve group for a fork loader, which comprises a valve block body, a first oil port connected to the valve block body, a first oil path and a second oil path connected in parallel at an outlet end of the first oil port, a dynamic priority valve arranged on the first oil path, an outlet of the dynamic priority valve connected to a third oil path and a fourth oil path arranged in parallel, the third oil path connected to an external steering valve, and the fourth oil path connected to an external action valve, a pressure reducing valve arranged on the second oil path, and a parking valve, a pilot valve and a high-low speed valve connected in parallel at an outlet of the pressure reducing valve. The application combines the functions of a steering control system and a pilot control system on the same valve block, reduces the number of components, lowers the cost, realizes the sharing of component resources, and has the characteristics of simple structure, low cost, good pressure maintaining capability and high system integration.

The utility model belongs to solar power supply technical field especially relates to integral type solar energy aviation obstacle light circuit system, its characterized in that, MCU microprocessor connects power module, ADC light control module, isolation module, 485 communication module and GPS communication module respectively, power module connects battery anti -overcharge module, ADC light control module, isolation module, 485 communication module, GPS communication module and boost LED drive module respectively, isolation module connects boost LED drive module, boost LED drive module connects LED lamp, MPPT charging module and battery anti -overcharge module are connected with battery group respectively, and MPPT charging module still connects photovoltaic cell. The utility model has the beneficial effects that: adopt integral type solar power supply structure, reduce the problem of installation link, can be applicable to multiple use environment, can be compatible with multiple types photovoltaic cell panel, battery power supply, realize the protection of battery, also can control multiple types, quantity's LED lamps and lanterns.

The utility model belongs to the technical field of light stabilizer detection and sampling, and particularly relates to a light stabilizer detection and sampling tool which comprises a portable component, a sampling component is mounted in the portable component, and a protection component is arranged on the side of the sampling component; the sampling assembly comprises a sampling bottle, the top of the sampling bottle is in threaded connection with a cover, the top of the cover is fixedly connected with an air pipe, the top of the air pipe is fixedly connected with a micro air pump, the side of the air pipe is provided with a threaded fixing clamp, and the side of the threaded fixing clamp is in threaded connection with a nut. A connecting pipe is connected to the interior of the threaded fixing clip in a clamping manner, and a sampling pipe is fixedly connected to the top of the connecting pipe; the problem of cross contamination caused by difficulty in cleaning can be effectively avoided, a communication structure formed by the sampling tube, the connecting tube and the sampling bottle is reasonable in design, so that a sample can smoothly enter the sampling bottle in the extraction process, the risk of sample residue and blockage is reduced, and the sampling accuracy is further ensured.

The utility model discloses a longitudinal front -drive hybrid transmission, include: input shaft, generator, drive motor, first gear mechanism, shift mechanism, first shift gear group, second shift gear group and power output mechanism, and the rotor of generator is connected with the rotor of input shaft through engine, and the clutch is set up in the rotor of generator, and the rotor of drive motor is connected to one end of clutch, and the rotor of drive motor is connected to the other end of clutch, the coaxial setting of generator and drive motor is connected with shift mechanism through the motor shaft of drive motor with first gear mechanism, and first shift gear group and second shift gear group are connected with power output mechanism. The utility model provides longitudinal front -drive hybrid transmission, sets up the clutch in the rotor of generator, does not occupy transmission axial dimension, further reduces transmission volume, can satisfy longitudinal car type four -drive in the front axle power generation and drive function, has realized higher power integration design and small -size design.

The application relates to the field of communication technology and discloses a network communication chip signal interference suppression processing method.The method comprises the following steps: collecting a local oscillator phase jitter sequence in real time through an on-chip phase noise monitoring unit; estimating a Doppler frequency shift and a channel coherence time based on the sequence; dynamically adjusting a phase-locked loop closed loop bandwidth; generating a phase compensation signal and jointly performing time-varying channel minimum mean square error equalization on the received baseband signal to eliminate inter-symbol interference.The system integrates five function modules of phase noise monitoring, channel parameter estimation, phase-locked loop bandwidth regulation, phase compensation generation and interference joint elimination.The application significantly reduces the bit error rate under high-speed movement through dynamic bandwidth reconstruction and high-precision phase compensation, meets the requirements of the 5G millimeter wave communication standard, and has the advantages of full-chip implementation, low delay and high robustness.

This application relates to the field of battery technology, and more particularly to a CCS module, battery pack, and power supply device. The CCS module includes: a first aluminum bar and second aluminum bars. Multiple first aluminum bars are disposed on top of multiple battery modules along a first direction, connecting adjacent positive and negative terminals along the first direction, thereby allowing current to flow between battery modules along the first direction. Multiple second aluminum bars are disposed on top of multiple battery modules along a second direction, connecting the positive terminal of one battery module to the negative terminal of another battery module. Each battery module consists of two adjacent battery modules along the second direction, allowing current to flow between multiple battery modules along the second direction without the need for connecting copper busbars, thus saving material waste and reducing the production cost of the battery pack.

This invention relates to the field of high-titanium slag processing equipment technology, specifically a high-titanium slag low-over-grinding grinding device and supporting process, including a drive mechanism, a transmission component, a grinding cylinder, and a screening mechanism. The drive mechanism and the transmission component cooperate with each other, and the rotational power output by the drive mechanism is transmitted to the grinding cylinder through the transmission component, driving the grinding cylinder to rotate. Wear-resistant protective components and grinding media are installed inside the grinding cylinder. In this high-titanium slag low-over-grinding grinding device and supporting process, the phenomenon of material over-grinding is effectively suppressed, and the product qualification rate is improved. This device has a material discharge channel directly set on the side wall of the grinding cylinder, and the ground material that meets the standards can be discharged in time and enter the screening mechanism, without repeated grinding in the cylinder. This reduces the amount of fine powder generated from the structural source, significantly increases the proportion of qualified high-titanium slag particles, greatly reduces the output of low-value fine particles, and reduces the waste of raw material resources.

The invention relates to a photoelectric integrated component, in particular to an ultra-wideband radio frequency digital photoelectric integrated component and a signal transmission system. The ultra-wideband radio frequency digital optoelectronic integrated assembly comprises a radio frequency board, a digital board and a packaging substrate which are arranged in a stacked mode, the radio frequency board and the digital board are covered with a packaging shell, the packaging shell is arranged on the packaging substrate, and chips on the radio frequency board and the digital board are in signal connection with each other and are in signal connection with the packaging substrate; the radio frequency board is provided with a superheterodyne secondary frequency conversion radio frequency transceiving link built by a microwave chip; the digital board is provided with a digital / analog conversion chip, a digital chip and an optical chip; an optical fiber penetrates through the optical fiber outlet of the packaging shell and is coupled with the optical chip. The signal transmission system comprises the ultra-wideband radio frequency digital photoelectric integrated assembly, a TR assembly and an array antenna. While the ultra-wideband performance is maintained, the size is remarkably reduced, the interconnection loss is reduced, the reliability is improved, and a feasible technical path is provided for a multifunctional and miniaturized communication system in the future.

The invention belongs to the field of waste water recycling, and particularly relates to a papermaking waste water stepped recycling device which comprises an evaporation box and a spiral extrusion dehydrator, a plurality of evaporation tables are arranged in the evaporation box and are vertically arranged at equal intervals, an exhaust valve is fixedly connected to the top of the evaporation box, and the exhaust valve is fixedly connected to the bottom of the evaporation box. A mixing tank is arranged on one side of the evaporation box, a steam valve used for inputting and outputting steam is fixedly connected to the outer side of the evaporation box, a concentrated liquid valve is installed at the bottom of the evaporation box, through the arrangement, papermaking wastewater can be rapidly and efficiently recycled in a stepped mode, and in the recycling work of a large paper mill, large-size wastewater can be rapidly treated; in the method, all solid filter residues and concentrated liquid are finally converted into fuel to be burnt, so that the biggest pain point of sludge treatment is fundamentally bypassed; and waste materials which are difficult to utilize originally are effectively utilized, so that the effect of making the best use of materials is achieved.