Utility Patent
Oil pumping unit with movable center of gravity of counterweight
Chuangjie Institute
Hydraulic Power Engineering R&D Center
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Independently developed
intelligent hydraulic equipment
intelligent hydraulic equipment
Chuangjie Research Institute is committed to providing users with a complete set of solutions for hydraulic pumping system design and optimization technology.
Relying on the strong strength of Chuangjie (Xi'an) Power Technology Development Co., Ltd., the institute focuses on the frontier exploration and engineering application of hydraulic pumping technology, and is at the leading level in the field of power system research and development at home and abroad.
Relying on the strong strength of Chuangjie (Xi'an) Power Technology Development Co., Ltd., the institute focuses on the frontier exploration and engineering application of hydraulic pumping technology, and is at the leading level in the field of power system research and development at home and abroad.
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Equipment Overview
With Chuangjie Power's patented technology, the company independently developed a closed pump-controlled direct drive system, which eliminates the overflow valve, steering valve and other vulnerable valve control components and energy loss, greatly improving the energy saving effect.
It is constructed with highly integrated components and has the characteristics of simple structure, high transmission efficiency, strong anti-pollution ability, low fuel consumption, small footprint, easy control, easy maintenance, and reliable quality.
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Equipment composition
Chuangjie intelligent hydraulic pumping unit is composed of two parts: the host control system and the hydraulic cylinder. The host control system and the hydraulic cylinder are connected by hydraulic oil pipes to form an efficient working unit of "one-to-two" that synchronizes two oil wells. At the same time, it is an intelligent hydraulic complete set of equipment that realizes automatic operation, remote control and intelligent monitoring by the intelligent control system. The equipment uses the original “hydraulic seesawprinciple to significantly reduce energy consumption.
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Motor Features
Chuangjie hydraulic pumping units use servo motors, which have the following features:
+ High-precision positioning: servo motors are able to achieve very precise position control, which is critical for applications that require precision operation
+ High efficiency: servo motors are generally very efficient, which means they can reduce energy consumption
+ Fast response: servo motors have fast dynamic response capabilities and can start, stop and change direction quickly
+ Programmability: servo motors can be programmed to achieve complex motion control, which makes them adaptable to a variety of different application requirements
+ High torque: servo motors can provide high torque at low speeds, which is very useful for applications that require large torque output
+ Reliability and durability: servo motors are generally designed to be very durable and can operate for a long time in harsh industrial environments
+ Compact design: servo motors are generally small and lightweight, which allows them to be integrated into space-constrained applications
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Sealing technology
Possessing independently developed ultra-high pressure equipment and ultra-high pressure sealing technology.
Combined seal layout effectively improves the life of the main seal. The main seal is arranged in a coaxial combination with an independent compensation function. Multiple wear-resistant carbon fibers are distributed axially, and the friction pair gap is stable. The structure is designed with leakage collection channels to extend the maintenance cycle of the hydraulic cylinder. The dustproof device isolates external pollution and ensures the safety of the seal ring.
Patents
Chuangjie Research Institute attaches great importance to technological innovation and intellectual property protection, and always regards patent achievements as an important manifestation of core competitiveness. The institute has accumulated a wealth of patent technologies in the field of hydraulic power system design and optimization, covering multiple directions such as high-efficiency power devices, intelligent control systems, and green energy applications.
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Utility Patent
A pressure complementary hydraulic pumping unit
Tech Team
Liu Bin
Chief Scientist of Chuangjie Power
Mr. Liu Bin has been deeply influenced by his uncle, Mr. Liu Qinghe, since he was a child.
As the founder of the hydraulic discipline of Harbin Institute of Technology, Mr. Liu Qinghe has devoted his life to the research and talent training of hydraulic technology and is known as a master in the field of hydraulics. Under the influence of his uncle, Mr. Liu Bin has been exposed to and deeply studied hydraulic knowledge since he was a child, and has accumulated rich experimental experience, laying a solid foundation for his future breakthroughs in the field of hydraulic technology.
In 2014, Mr. Liu Bin achieved groundbreaking results in the research and development of hydraulic technology, marking his outstanding achievements in this field. Since then, he has led the R&D team through eight years of unremitting efforts, continuously breaking through core technologies, breaking the shackles of traditional thinking, and daring to innovate. With the support of the company's strong R&D funds, the team successfully implemented the implementation of two key technologies of hydraulic pumping units in 2018 and obtained patents.
After five years of continuous experiments and actual verification in major oil fields, the equipment has demonstrated excellent performance, stable technology, and significant energy-saving effects, becoming a truly professional, sophisticated, unique and innovative product. This achievement has not only been highly praised by major scientific research institutes, but also recognized by the National Development and Reform Commission and the Department of Science and Technology.
Currently, Mr. Liu Bin and his team are actively applying for municipal, provincial and national scientific research projects, and are committed to further promoting the development and application of hydraulic technology. Mr. Liu Bin's achievements not only continue his uncle's academic legacy, but also open up a new path for the future of hydraulic technology.
Hotline
+86-19929945033