Fujian'S Four Shoe Companies Were Selected For The Fifth Shoe Technology Award In 2012.

< p > > according to the "Duan Zhenji leather and footwear technology award method", through the study of the Department of leather and footwear science and Technology Reward Office of Duan Zhen, we have decided to publicized the declaration project through the form examination as follows: four units in Fujian province are included in the list.

< /p >

< p > publicity items: Research on test methods of shock absorbing and cushioning performance of sports shoes < /p >

< p > declaration unit: Putian entry exit inspection and Quarantine Bureau < /p >

< p > Project Leader: Tang Zhenhua project applicant: Tang Zhenhua < /p >

< p > Introduction: < /p >

< p > the research group has developed a testing machine for shock absorption and cushioning performance of sports shoes, which is easy to operate and has mass production. It has obvious economic and social benefits and application value.

The test method of shock absorbing and cushioning performance of sports shoes has strong operability, good stability, high precision, and is economical and practical.

The research results have strong innovation and fill the gap in the field.

< /p >

< p > project research contents: < /p >

< p > (1) confirmed that the test method of shock absorption and cushioning performance is free falling body impact; < /p >

< p > (2) determines the shape of the impact head; < /p >

< p > (3) developed a testing machine for shock absorption and cushioning performance of sports shoes, and has applied for a national utility model patent; < /p >

< p > (4) has formed the test method of shock absorbing and cushioning performance of sports shoes, and has successfully formulated the provincial standard of the project, DB35/T1123-2011 "test method for shock absorption performance of sports shoes", which was promulgated in March 7, 2011 and implemented in June 1, 2011. It has applied for the national standard of the project through the technical committee of rubber and rubber products technical committee of the national rubber and rubber products technology committee, and has been approved. The plan of the national standard is 20101177-T-606: it is planned to be completed in 2012.

< /p >

< p > (5) confirms the presentation of the test results.

< /p >

< p > project research results: < /p >

< p > the comprehensive technology service center of Putian entry exit inspection and Quarantine Bureau has successfully tested the shock absorbing performance test items of sports shoes by using the research results of the sports shoes shock absorption performance test method, expanded the scope of laboratory testing business, and promoted the growth of testing business volume.

Starting from this topic, we have received more than 2000 batches of customer entrusted business so far, providing technical support for the export of about 5000000 pairs of footwear products.

In cooperation with Taiwan Hongda instrument (Xiamen) Co., Ltd., the production and sale of sports shoes shock absorber testing machine, up to now, has sold 8 units, with obvious economic benefits.

< /p >

< p > a number of enterprises have applied the research results of this subject to solve the problem of no detection basis for shock absorption and cushioning performance of sports shoes, greatly improved the quality of our products, satisfied the quality requirements of customers, enhanced the competitiveness of the market, and received more customers' production orders, which brought significant economic benefits to enterprises.

< /p >

< p > publicity items: evaluation of safety and stability of children's shoes protection < /p >

< p > declaration unit: Jinjiang Hao Deng shoe industry Co., Ltd. < /p >

< p > Project Leader: Qi Kang Feng project applicant: Qi Kang Feng < /p >

< p > Introduction: < /p >

< p > this project has studied, designed, tested and tried out the shoe last shape and the upper and the shoe sole structure of the shoe which has great influence on the balance and torsion of the shoes, and optimized the material and structure, and obtained the relevant data, so as to provide the technical theory basis for the balance, torsion resistance and ankle protection function of the children's shoes.

Since this project belongs to the technical field that has not yet been carried out in China, all the technical indexes involved can only be measured in real terms.

The performance data are set up by analyzing and comparing the comprehensive data of the measurement system.

Summing up the first phase of the research results, through the trial wear test, professional human sports biomechanics experiment, the data of the balance torsion and ankle protection efficacy were analyzed, compared, optimized, and corrected, and the best function was selected.

The special research results of physical test performance are expressed in charts, comparison of data values, formula steps, procedures and other quantitative methods, and evaluation reports are made by authoritative organizations.

Through the research results, we will guide the design and development of children's shoes and industrial production, so as to raise the level of children's foot health, reduce the foot disease and foot injuries that are easy to develop, and improve the safety and comfort of children's shoes.

< /p >

< p > project research contents: < /p >

< p > (1) the design of children's balance, torsion and ankle structure: the design of shoe balance, torsion and ankle protection functions, including shoe last, sole and upper design.

Combined with bare feet and shoes, the plantar pressure comfort test was carried out, and the mechanical parameters were analyzed, compared and optimized.

< /p >

< p > (2) scientific evaluation of the balance, torsion and ankle protection effects of children's shoes: a comprehensive study of data analysis and comparison of the test system, and establishment of performance indicators, human biomechanics test performance, physical testing performance and other special studies, and charts, comparison of data values, procedures and other quantitative methods, to evaluate the balance, torsion and ankle function of children's shoes scientifically.

Put forward the research and analysis index of children's shoes safety protection performance under the premise of wearing comfort.

< /p >

< p > project research results: < /p >

< p > the application of this research project to fill the gap of children's shoes balance, torsion, ankle structure and function and the common technical indicators of the industry, and provide a basis for the standardization of children's safety and functional production in our country; it is of great significance to accelerate the modernization of children's shoes industry in China; the data of this project will provide important reference for the formulation of safety standards for children's shoes in China, and it is of great significance for preventing children's ankle injury, enhancing children's physical fitness and physical education. At the same time, it can improve quality, expand exports and increase the competitiveness of the international market, making a beneficial contribution to China's children's footwear industry.

Its economic and social benefits are equal to < /p >.

< p > publicity project: Children's growth footprint system < /p >

< p > declaration unit: Quanzhou Liuhe children creative industry Co., Ltd. < /p >

< p > Project Leader: Chen Shuqing project applicant: Linden Yun < /p >.

< p > Introduction: < /p >

< p > creatively put forward the foot measurement method used in shoe industry to apply to iPhone (iPad, Android smart phone), and use foot, foot and arch health reference data to generate foot health analysis and diagnosis recommendations.

It can collect children's plantar data, provide design reference data for children's shoes industry, and guide children's shoe last standard (repair), which is conducive to standardization, standardization, component assembly and productivity improvement of children's footwear industry.

It has great social benefits in protecting the growth and development of children's feet and increasing the physical quality of the whole people.

< /p >

< p > project research contents: < /p >

< p > (1) the system uses OBJECT-C language to create APP client that includes iPhone, iPad, Android and other smart phones. It creates server side database and realizes online real-time professional online evaluation system based on mobile Internet.

< /p >

< p > (2) the system applies the image processing technology, pattern recognition technology and so on to apply the foot measurement method in the footwear industry to the iPhone (iPad, Android smart phone), and uses foot, foot and arch health reference data to generate foot health analysis and diagnosis recommendations.

< /p >

< p > (3) the system automatically records the participants' information (name, age, area, foot type picture and analysis result). Users can query foot data taken for their children.

Thus tracking baby's foot growth data or disease correction.

< /p >

< p > software also has built-in information reminder function, regularly send foot health knowledge and friendship reminder function.

< /p >

< p > (4) the system looks through the GPS location function to find the nearest merchant storefront, and businesses can set up their own business service groups to provide consultation, after-sales, and business introduction, product data.

Better promote business to consumer interaction and enhance business visibility.

< /p >

< p > project research results: < /p >

< p > in view of the domestic mobile Internet APP market is basically for the game, or the application of mobile phones, and other high-yield industries.

But for children's shoes industry, APP is a blank for children's health.

In the past, the foot type measurement method is manual, with slow speed and low accuracy, and the data is not rich enough.

The use of the existing three-dimensional measuring instrument has the disadvantages of high cost, inaccurate measurement location, high operation requirements, inconvenient pportation and low efficiency.

This project is based on iPhone, iPad, Android and other smart phone client APP to collect foot images, accurately measure the size of the main parts of the foot, and evaluate the health status of the arch and foot with medical methods.

And through data pmission system, the data information can be effectively and reliably pmitted to the foot data center and enter the data platform.

Establish a sustainable foot database with functions such as querying, retrieving, computing and so on. It provides a basic reference for shoemaking industry, and establishes a good interactive platform for consumers, children's shoes enterprises and research institutes, which has contributed to the development of children's footwear industry in China.

< /p >

< p > publicity project: research and application of protective performance index for basketball professional sports shoes < /p >

< p > declaration unit: Guo Hui (China) Co., Ltd. < /p >

< p > Project Leader: Liu Qi project applicant: Ding Guo Si < /p >

< p > Introduction: < /p >

< p > through the research on the biomechanical data of professional basketball players' feet and human sports and the comprehensive test and analysis of the physical properties of basketball shoes for testing, based on the comprehensive evaluation of the performances of professional sports shoes including shock absorption, friction, skid resistance, air permeability, direction finding stability and tortuosity, this paper discusses the relationship between the basketball professional sports shoes and the athlete's foot type, and puts forward the safety and safety performance indicators of the structural design of basketball professional shoe upper and the structural design of shoe sole, the side, the bottom, the middle and the bottom.

< /p >

< p > project research content < /p >

< p > (1) basketball professional sports shoes trial production and mechanical evaluation < /p >

< p > the basketball safety shoes (also called Guo Hui CBA) with safety protection function have been manufactured and worked with relevant authoritative units to evaluate the performance indexes including shock absorption, friction, skid resistance, crashworthiness, breathability, direction finding stability and tortuosity.

< /p >

< p > (2) the design of basketball upper and sole structure is < /p >.

NBA players need to run 3 to 3.5 miles per game. Basketball is constantly running, stopping, taking off and moving rapidly and so on. It is very easy to cause sports injuries. Therefore, after collecting and analyzing the characteristics of professional basketball players' feet and comparing them with the rule of adult foot type in China, combined with the characteristics of basketball sports and the static, dynamic and force changes and physiological functions of feet, such as basketball players' basic foot shape, although the change of their basic foot shape is not large, the size of the last body should be adjusted appropriately, mainly in the size control of circumference, stilt and forehand crown. < p > running on the basketball court, moving fast and bumping.

On this basis, a basketball professional shoe upper and sole structure template with protective performance is designed.

< /p >

< p > (3) the selection of materials for the sides and sole and the determination of health and safety indicators < /p >

< p > the surface is made of super fiber material, which has the inherent moisture absorption characteristics of the natural leather with bundle like superfine collagen fibers. It effectively exhausting and moisture absorption, keeps the shoes dry and comfortable, and has excellent softness. Therefore, it can match the high-grade natural leather in terms of the internal microstructure, the appearance and texture, the physical characteristics and the comfort of people.

In addition, the superfine fiber material is more natural leather than chemical material, quality uniformity, large production and processing adaptability, waterproof, mildew resistance and so on.

Main health and safety indicators: pH value 4~9; free formaldehyde is less than 75mg/kg; decomposition of harmful aromatic amine dyes banned; extractable heavy metal lead (Pb) is less than 1.0mg/kg, cadmium (Cd) is less than 0.1mg/kg, arsenic (As) is less than 1.0mg/kg; pentachlorophenol (PCP) is less than 0.5mg/kg.

The outsole is made of rubber and TPU fittings, which increases the wear resistance, skid resistance and stability. The middle and bottom of the floor adopt double density MD to enhance the shock absorption performance.

Main health performance indicators: free formaldehyde is less than 75mg/kg; can decompose harmful aromatic amine dyes banned; extractable heavy metal lead (Pb) is less than 1.0mg/kg, cadmium (Cd) is less than 0.1mg/kg, arsenic (As) is less than 1.0mg/kg.

< /p >

< p > project research results < /p >

< p > most of the existing standards in China only involve the physical and mechanical properties of sports shoes, such as the thickness and appearance quality of the sole of shoes. Therefore, these standards apply only to the detection of general sports shoes, but do not take into account the safety, protection, comfort and hygiene of basketball professional sports shoes.

And the establishment of our professional sports shoes protection standards is the only way to increase the competitiveness of professional sports shoes in the international market. It is also one of the urgent problems to be solved in the field of professional sports shoes in China.

< /p >

< p > in addition, through the research and application of this project, the labor productivity of enterprises can be improved, the cost of research and development, design and production can be saved, and the technical performance and quality level of professional sports footwear products will be upgraded, and the quality and competitiveness of products can be improved.

< /p >