Machinery Technology Development Co.

Beijing, China

Machinery Technology Development Co.

Beijing, China
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In 2016, global AGV sales surged by 38.8% from a year earlier to 22,600 units thanks to favorable policies including industry 4.0 and intelligent automation and more use of AGV for e-commerce; China saw a substantial rise of 88.5% YoY in AGV sales to 9,950 units. It is expected that China's AGV sales will grow at an average annual rate of 43.0% during 2017-2021, achieving 61,000 units in 2021. Production logistics including automobile and home appliance manufacturing still has the largest and steady demand for AGV in China, with a share of around 55% in the country's total demand for AGV in 2016, but poses higher requirements on intelligent automation of AGV products; warehousing logistics like ecommerce witnesses soaring demand for AGV, occupying roughly 29% of the total in 2016 and expectedly up to 32% in 2021. In the Chinese AGV market in 2016, domestic companies grabbed an 85% share in total sales, and foreign peers 15%. In fact, the foreign players such as JBT, Egemin, Rocla, Swisslog, Daifuku and Meidensha, dominated the high-end market; the low- and middle-end markets were taken up by Chinese brands, e.g., Siasun, KSEC Intelligent Equipment, Machinery Technology Development and Sanfeng Intelligent Conveying Equipment. At present, dependence on imported AGV core parts like laser navigation, motor and control system still constitutes one of the key impediments to expansion of China's AGV market. In recent years, Chinese manufacturers intensified development and research of AGV, sparing no effort to advance localization of core parts. Thereof, Siasun and KSEC Intelligent Equipment self-developed AGV control systems; GreatStar Industrial and CSG Smart Science & Technology were stepping up manufacture of their own laser sensors for AGV to improve market competence. - CSG Smart Science & Technology Co., Ltd. - Daifuku - Dematic - Egemin - Elettric 80 - Grenzebach Corporation - Guangdong Dongfang Precision Science & Technology Co., Ltd. - Guangzhou Jingyuan Mechano-Electric Equipment Co., Ltd. - Guangzhou Sinorobot Technology Co., Ltd. - Hangzhou Great Star Industrial Co., Ltd. - JBT - Machinery Technology Development Co. Ltd. - Meidensha - Oceaneering AGV Systems (Frog AGV Systems) - Rocla - Shanghai Triowin Automation Machinery Co., Ltd. - Shenyang Siasun Robot & Automation Co., Ltd. - Shenzhen Casun Intelligent Robot Co., Ltd. - Shenzhen OKAGV Co., Ltd. - Swisslog - Yonegy Logistics Automation Technology Co., Ltd. - Yunnan KSEC Intelligent Equipment Co., Ltd. - Zhejiang Noblelift Equipment Joint Stock Co., Ltd. For more information about this report visit http://www.researchandmarkets.com/research/d6523l/global_and_china Research and Markets Laura Wood, Senior Manager press@researchandmarkets.com For E.S.T Office Hours Call +1-917-300-0470 For U.S./CAN Toll Free Call +1-800-526-8630 For GMT Office Hours Call +353-1-416-8900 U.S. Fax: 646-607-1907 Fax (outside U.S.): +353-1-481-1716 To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/global-and-china-agv-automated-guided-vehicle-mobile-robot-market-2017-2021-operation-and-development-strategy-of-23-global-and-chinese-agv-producers---research-and-markets-300459171.html


NEW YORK, July 24, 2017 /PRNewswire/ -- In 2016, global AGV sales surged by 38.8% from a year earlier to 22,600 units thanks to favorable policies including industry 4.0 and intelligent automation and more use of AGV for e-commerce; China saw a substantial rise of 88.5% YoY in AGV sales to 9,950 units. It is expected that China's AGV sales will grow at an average annual rate of 43.0% during 2017-2021, achieving 61,000 units in 2021. Read the full report: http://www.reportlinker.com/p04838477/Global-and-China-AGV-Automated-Guided-Vehicle-Mobile-Robot-Industry-Report.html Production logistics including automobile and home appliance manufacturing still has the largest and steady demand for AGV in China, with a share of around 55% in the country's total demand for AGV in 2016, but poses higher requirements on intelligent automation of AGV products; warehousing logistics like ecommerce witnesses soaring demand for AGV, occupying roughly 29% of the total in 2016 and expectedly up to 32% in 2021. In the Chinese AGV market in 2016, domestic companies grabbed an 85% share in total sales, and foreign peers 15%. In fact, the foreign players such as JBT, Egemin, Rocla, Swisslog, Daifuku and Meidensha, dominated the high-end market; the low- and middle-end markets were taken up by Chinese brands, e.g., Siasun, KSEC Intelligent Equipment, Machinery Technology Development and Sanfeng Intelligent Conveying Equipment. At present, dependence on imported AGV core parts like laser navigation, motor and control system still constitutes one of the key impediments to expansion of China's AGV market. In recent years, Chinese manufacturers intensified development and research of AGV, sparing no effort to advance localization of core parts. Thereof, Siasun and KSEC Intelligent Equipment self-developed AGV control systems; GreatStar Industrial and CSG Smart Science & Technology were stepping up manufacture of their own laser sensors for AGV to improve market competence. Additionally, restricted by technology, AGC products are in the majority in Chinese AGV market, making up around 43% in 2016; AGVs with heavy load and linkage will be key products in China's AGV industry layout, according to the Development Plan for China Robotics Industry (2016-2020). Global and China AGV (Automated Guided Vehicle, Mobile Robot) Industry Report, 2017-2021 by ResearchInChina highlights the following: Global AGV market (size, demand structure, competitive landscape, development in Japan, Europe, the United States, etc.); Chinese AGV market (size, product structure, demand structure, price, competitive landscape, development trend, etc.); Supply of core parts for AGV, including AGV system, on-board control system, drive system (motor, speed reducer, etc.), navigation system (magnetic navigation sensor, laser navigation, laser scanner, etc.), charging system, etc.; Development of main downstream industries (automobile, parking, electric power, tobacco, etc.) of AGV, and demand for AGV; Read the full report: http://www.reportlinker.com/p04838477/Global-and-China-AGV-Automated-Guided-Vehicle-Mobile-Robot-Industry-Report.html About Reportlinker ReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place. http://www.reportlinker.com __________________________ Contact Clare: clare@reportlinker.com US: (339)-368-6001 Intl: +1 339-368-6001


DUBLIN--(BUSINESS WIRE)--Research and Markets has announced the addition of the "Global and China AGV (Automated Guided Vehicle/ Mobile Robot) Industry Report, 2017-2021" report to their offering. In 2016, global AGV sales surged by 38.8% from a year earlier to 22,600 units thanks to favorable policies including industry 4.0 and intelligent automation and more use of AGV for e-commerce; China saw a substantial rise of 88.5% YoY in AGV sales to 9,950 units. It is expected that China's AGV sales will grow at an average annual rate of 43.0% during 2017-2021, achieving 61,000 units in 2021. Production logistics including automobile and home appliance manufacturing still has the largest and steady demand for AGV in China, with a share of around 55% in the country's total demand for AGV in 2016, but poses higher requirements on intelligent automation of AGV products; warehousing logistics like ecommerce witnesses soaring demand for AGV, occupying roughly 29% of the total in 2016 and expectedly up to 32% in 2021. In the Chinese AGV market in 2016, domestic companies grabbed an 85% share in total sales, and foreign peers 15%. In fact, the foreign players such as JBT, Egemin, Rocla, Swisslog, Daifuku and Meidensha, dominated the high-end market; the low- and middle-end markets were taken up by Chinese brands, e.g., Siasun, KSEC Intelligent Equipment, Machinery Technology Development and Sanfeng Intelligent Conveying Equipment. At present, dependence on imported AGV core parts like laser navigation, motor and control system still constitutes one of the key impediments to expansion of China's AGV market. In recent years, Chinese manufacturers intensified development and research of AGV, sparing no effort to advance localization of core parts. Thereof, Siasun and KSEC Intelligent Equipment self-developed AGV control systems; GreatStar Industrial and CSG Smart Science & Technology were stepping up manufacture of their own laser sensors for AGV to improve market competence. For more information about this report visit http://www.researchandmarkets.com/research/gvm8dc/global_and_china


Bian Y.S.,Beihang University | Li K.K.,Beihang University | Shan B.,Machinery Technology Development Co.
Applied Mechanics and Materials | Year: 2014

An idea is proposed to use the controllable local degree of freedom to reduce vibration of the flexible manipulator performing the periodic task. The controllable local degree of freedom is incorporated into the flexible manipulator and used as an effective way to alleviate vibration through dynamic coupling. The feature of the periodic motion is utilized and a simple method is suggested to control vibration by constructing the appropriate modal control force via the controllable local degree of freedom, thereby counteracting the effects of the periodic exciting force. The numerical and experimental results preliminarily prove its effectiveness and feasibility in practical applications. © (2014) Trans Tech Publications, Switzerland.


Gao Z.H.,Beihang University | Liu B.D.,Beihang University | Shan B.,Machinery Technology Development Co.
Applied Mechanics and Materials | Year: 2014

A vibration control method is proposed to suppress nonlinear large vibration of the flexible robotic arm undergoing rigid motion. The method takes advantage of modal interaction and is implemented based on internal resonance. To attenuate vibration of the flexible arm, another vibrating system, consisting of a rigid link, a flexible joint and a damper, is introduced as a vibration absorber. Perturbation technique is used to study the transient response of the nonlinear equations of motion. Numerical simulation results preliminarily verify that the proposed control strategy is able to effectively reduce vibration of the flexible robotic arm. © (2014) Trans Tech Publications, Switzerland.


Liao Z.,Tsinghua University | Fogel G.R.,Spine Pain Begone | Pu T.,Machinery Technology Development Co. | Gu H.,Shenzhen Second Hospital | Liu W.,Tsinghua University
Medical Science Monitor | Year: 2015

Background: The ideal surgical approach for cervical disk disease remains controversial, especially for multilevel cervical disease. The purpose of this study was to investigate the biomechanics of the cervical spine after 3-level hybrid surgery compared with 3-level anterior cervical discectomy and fusion (ACDF). Material/Methods: Eighteen human cadaveric spines (C2-T1) were evaluated under displacement-input protocol. After intact testing, a simulated hybrid construct or fusion construct was created between C3 to C6 and tested in the following 3 conditions: 3-level disc plate disc (3DPD), 3-level plate disc plate (3PDP), and 3-level plate (3P). Results: Compared to intact, almost 65~80% of motion was successfully restricted at C3-C6 fusion levels (p<0.05). 3DPD construct resulted in slight increase at the 3 instrumented levels (p>0.05). 3PDP construct resulted in significant decrease of ROM at C3-C6 levels less than 3P (p<0.05). Both 3DPD and 3PDP caused significant reduction of ROM at the arthrodesis level and produced motion increase at the arthroplasty level. For adjacent levels, 3P resulted in markedly increased contribution of both upper and lower adjacent levels (p<0.05). Significant motion increases lower than 3P were only noted at partly adjacent levels in some conditions for 3DPD and 3PDP (p<0.05). Conclusions: ACDF eliminated motion within the construct and greatly increased adjacent motion. Artificial cervical disc replacement normalized motion of its segment and adjacent segments. While hybrid conditions failed to restore normal motion within the construct, they significantly normalized motion in adjacent segments compared with the 3-level ACDF condition. The artificial disc in 3-level constructs has biomechanical advantages compared to fusion in normalizing motion. © Med Sci Monit, 2015.


PubMed | Tsinghua University, Shenzhen Second Hospital and Machinery technology development CO LTD
Type: | Journal: Bio-medical materials and engineering | Year: 2015

To compare the biomechanical characters of three-level anterior cervical fusion and hybrid constructs by measuring coupled motion changes of the cervical spine, Eighteen adult human cadaveric cervical spines were biomechanically investigated under eccentric displacement control in lateral bending and axial rotation by measuring vertebral motion (X, Y, Z -axis).The 3DPD condition displayed similar coupled motion compared to the intact condition both in lateral bending and in axial rotation, while the 3PDP condition was similar only in lateral bending. However, the coupled motion of the cervical spine under 3P conditions markedly changed in both lateral bending and axial rotation. Considering the coupled motion characteristics, the 3DPD hybrid construct is biomechanically advantageous in three types of reconstructions (3DPD, 3PDP, 3P).


PubMed | Tsinghua University, Machinery technology development Co., Spine Pain Begone and Shenzhen Second Hospital
Type: | Journal: Medical science monitor : international medical journal of experimental and clinical research | Year: 2015

The ideal surgical approach for cervical disk disease remains controversial, especially for multilevel cervical disease. The purpose of this study was to investigate the biomechanics of the cervical spine after 3-level hybrid surgery compared with 3-level anterior cervical discectomy and fusion (ACDF).Eighteen human cadaveric spines (C2-T1) were evaluated under displacement-input protocol. After intact testing, a simulated hybrid construct or fusion construct was created between C3 to C6 and tested in the following 3 conditions: 3-level disc plate disc (3DPD), 3-level plate disc plate (3PDP), and 3-level plate (3P).Compared to intact, almost 65~80% of motion was successfully restricted at C3-C6 fusion levels (p<0.05). 3DPD construct resulted in slight increase at the 3 instrumented levels (p>0.05). 3PDP construct resulted in significant decrease of ROM at C3-C6 levels less than 3P (p<0.05). Both 3DPD and 3PDP caused significant reduction of ROM at the arthrodesis level and produced motion increase at the arthroplasty level. For adjacent levels, 3P resulted in markedly increased contribution of both upper and lower adjacent levels (p<0.05). Significant motion increases lower than 3P were only noted at partly adjacent levels in some conditions for 3DPD and 3PDP (p<0.05).ACDF eliminated motion within the construct and greatly increased adjacent motion. Artificial cervical disc replacement normalized motion of its segment and adjacent segments. While hybrid conditions failed to restore normal motion within the construct, they significantly normalized motion in adjacent segments compared with the 3-level ACDF condition. The artificial disc in 3-level constructs has biomechanical advantages compared to fusion in normalizing motion.


Zhao W.B.,Hefei University of Technology | Ju Y.K.,China University of Geosciences | Peng W.,Machinery Technology Development Co.
Advanced Materials Research | Year: 2014

Fly ash and sludge are all solid waste. With fly ash as an additive, sludge is composted in aerobic condition, which can achieve agricultural requirements. After testing, we find that the activity of fly ash can be promoted and stimulated by adding different proportions of activator under alkaline conditions, which has a low activity under conventional conditions. Adding slow-releasing additive, fertility of sludge may keep longer, which has a certain reference value to agricultural fertilizer production. © (2014) Trans Tech Publications, Switzerland.


He A.,University of Science and Technology Beijing | Liu D.,Machinery Technology Development Co. | Liu C.,University of Science and Technology Beijing
Jixie Gongcheng Xuebao/Journal of Mechanical Engineering | Year: 2016

The continuously elastic-plastic mechanical behavior of the plastic hardening material is analyzed by the elastic-plastic bending theory and stress linear superposition principle, and a continuous elastic-plastic bending-straightening processing mechanical model of the leveler with seven rollers is established considering the effect of stress transfer effect on straightening process. By comparing the experimental results and theoretical calculations, the average deviation is less than 8%, which verify the theoretical analysis is correct. Using this model, different straightening strategies are analyzed. The results show that the large deformation straightening strategy is better than the small deformation straightening strategy in the controlling ability of the residual stress and residual curvature. Because of stress transfer effect on straightening process, the residual curvature does not converge to zero but fluctuate within a certain range with the straightening processing by the small deformation straightening strategy; The large deformation straightening strategy adopts gradual straightening process setting method, so it can achieve the purpose of straightening. All these results provide a theoretical basis for straightening strategy selection in industrial production. © 2016 Journal of Mechanical Engineering.

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