Introduction Inner Mongolia University of Technology is located in Hohhot, Inner Mongolia Autonomous Region, founded in 1951, is a distinctive multidisciplinary university with a combination of engineering, science, literature, economics, management, law and art, and a complete talent training system for doctoral, master's and bachelor's degrees. The ceramics R&D team of Inner Mongolia University of Technology has more than 20 years of R&D work experience and consists of professors, PhD and master students, mainly working on structural ceramics, functional ceramics, nano-ceramics, ceramic synthesis technology development and application. The research and application of rare earth modified cordierite ceramics and titanium oxide ceramics won the First Prize of Natural Science of Inner Mongolia Autonomous Region in 2011. The cordierite-silicon carbide porous composite ceramic filter plate was successfully used for aluminum alloy melt filtration in Baotou Aluminum Company, and jointly won the 2010 First Prize of Science and Technology Progress of the Autonomous Region with Baotou Aluminum Company. More than ten Chinese invention patents have been authorized, and more than 100 high-level academic papers have been published in international journals. Brief introduction of achievements
South China Technology Transfer Center and New Model of Science and Technology Specialists for Guangdong Enterprises Introduction to the Results 1. In April 2018, the South China Technology Transfer Center ("SCTTC") was officially launched to explore a new technology transfer model that can effectively solve the four difficult problems of "low frequency, high difficulty, long term and non-standard". Unlike the traditional technology transfer model which mostly starts from the supply side of technology such as patent, Huatransfer starts from the demand side of enterprise technology, highlights the new technology transfer path with "talent" as the core, puts forward the development concept of full-cycle and big ecology, lays out around the key links in the process of technology transfer, and builds nine functional platforms with the combination of online and offline mode. The nine functional platforms for technology transfer and transformation will promote two-way structural reform on the supply side and traction on the demand side of innovation, directly transform the research results of researchers into the workshops of enterprises, and actively build the technology transfer ecological environment and service system in the Guangdong-Hong Kong-Macao Greater Bay Area. The South China Technology Transfer Center explores a new model of enterprise science and technology commissioner "oriented by enterprise technology demand", with the method of "unveiling the list and precise commissioning", and orients itself to the enterprises. It recruits scientific researchers who can solve technical problems of enterprises in a global way, so as to help enterprises solve technical problems precisely and provide strong support for Guangdong to accelerate the implementation of innovation-driven development strategy. Technological Innovation Point A new technology transfer path with "talent" as the core, starting from the technical demand of enterprises
Shenzhen Innovation Technology Transfer Center Results Introduction Technology Innovation Point The College attaches importance to the work of results transformation, and submitted an application in 2008, and was formally approved to establish the "Shenzhen Innovation Technology Transfer Center" at the end of 2008, and began to work on building the results transformation system and exploring the results transformation mode, and achieved a series of results transformation cases with certain exemplary significance. In early 2015, the Technology Transfer Office of Shenzhen Graduate School was recognized by the Ministry of Science and Technology as a "National Technology Transfer Demonstration Institution". In 2018, the Technology Transfer Office and the Center for Entrepreneurship Education jointly applied for the "Shenzhen Top Ten Double Innovation Bases" and were successfully approved. The College has completed more than 30 transformation projects, amounting to nearly RMB 200 million. Since the introduction of the "Management Measures for Promoting the Transformation of Scientific and Technological Achievements of Tsinghua University Shenzhen Graduate School (for trial implementation)" in 2016, the transaction amount of the transformation of achievements has been greatly increased, and the mode of valuing the technology with more development potential has become a prominent growth point for the transformation of teachers' achievements, and the scientific research achievements in the form of patents have completed the transformation from "products" to "products". The research results in the form of patents have completed the important transformation from "products" to "capital".
New Energy Fast Assembly Demonstration Building Achievement Introduction Technology Innovation Point "New Energy Fast Assembly Building", which organically combines photovoltaic new energy with assembly type building. Modular combination, rapid assembly, does not occupy land, does not damage the environment, energy self-sufficiency, can be off-grid operation, widely applicable to urban and rural areas, scenic areas, nature reserves, border islands and other temporary construction sites and areas where the power grid can not be accessed. Demonstration construction area of 54 square meters, including meeting area, working area, rest area, kitchen dining room, bathroom and other functions. It has five innovative technologies: 1. Modular rapid assembly technology: the demonstration building consists of four 3m×6m box units, including three flat roof units and one sloped roof unit, with integrated interior and exterior decoration. The modules can be infinitely expanded and flexibly combined into various building scales as needed. The building modules are completed in the factory with standardized processing of 80%. This includes the main steel structure, roof, windows, doors, floors, PV walls, integrated finishes, electrical wiring, HVAC equipment, water supply and drainage facilities, etc. Transportation is simple and convenient with a single box as the unit, and the combination is quickly lifted on site. The whole lifting process is completed in 1 day, the finishing work is completed in 4 days, and the building site construction and furniture arrangement is completed in 5 days and can be put into use. The building is also very convenient to move and re-build, it can be quickly disassembled into boxes, off-site rapid assembly and reconstruction. The box combination adopts innovative combined waterproofing, sealing and insulation detail construction technology, which ensures the water and air tightness of the building and enhances the energy saving, durability and weather resistance of the building. 2. The most advanced photovoltaic building integration technology: The "New Energy Express Building" adopts copper indium gallium selenide photovoltaic modules. The south and west facades are equipped with 32 100-watt CIGS photovoltaic modules, with a total installed capacity of 3,200 watts. The original small-frame photovoltaic curtain wall construction technology is adopted, which can avoid the shadow shading of the frame and at the same time, can be quickly installed and dismantled, which is very convenient for repair and maintenance, and has better strength and durability than the traditional glass curtain wall system. The slope roof adopts flexible copper indium gallium selenide (CIGS) photovoltaic technology, and the roof is composed of flexible CIGS photovoltaic modules compounded with metal roofing to form integrated power generation roofing components. 16 pieces of 130-watt flexible CIGS modules are installed on the roof, with a total installed capacity of 5280 watts. The flexible PV modules have the advantages of being able to bend and light weight. The weight of the 30cm wide, 2m long module is only 5kg, which can be widely applied to large span lightweight roofing system. The canopy adopts CdTe translucent color PV technology, which gives the building a diverse artistic effect. Photovoltaic generates 15-20 degrees per day, which can fully meet the building lighting and cooling heating needs.3. Photoelectric photothermal synergistic utilization technology: PV modules generate a lot of waste heat during the heat generation process, and the surface temperature can reach 60-70 degrees. Breathing PV wall technology, controlled by cavity ventilation valve, forms the building bionic skin system. In summer, when the ventilation valve is open, the wall cavity heat is dissipated rapidly through the chimney effect, and the outer PV module plays a role of shading and heat insulation, which can reduce the surface temperature of the inner wall by 10 degrees and reduce the wall heat gain by 75%. In winter, the ventilation valve is closed and the heat is saved in the cavity, forming a PV warm wall, increasing the thermal insulation performance of the building envelope system and saving more than 20% of energy.4. Active air circulation purification technology: Combining the fresh air purification device with the PV wall cavity, adopting intelligent temperature control mode, under winter conditions, when the cavity temperature reaches 40℃, the fresh air purification device starts, purifying the hot air in the closed cavity and 5. Energy intelligent management and multi-energy complementary technology: The building energy system adopts the form of single-point grid connection on the low-voltage user side. The DC power generated by PV is directly transformed into AC power with the same frequency and phase as the grid through the grid-connected inverter to provide green power supply for the building's lighting, computers, air conditioners, water heaters, etc. Through the energy wisdom management system, the multi-energy coupling of light energy, wind energy, energy storage and municipal grid electricity is realized, and further combined with rainwater collection, sewage treatment and water utilization technology, the building can be self-sufficient and off-grid operation. At the same time, the intelligent management system realizes mobile phone client management service through GPRS remote monitoring program, which intuitively displays key data of building capacity and energy consumption, including photovoltaic power generation, building power consumption, indoor temperature, environmental parameters, etc., realizing remote monitoring and management of building operation. The "New Energy Fast Installation Building" is a high integration of new energy, new materials, energy saving and environmental protection, intelligent control, and assembly technology, which can be widely used in various scenarios such as tourism development, rescue and disaster relief, anti-epidemic protection, and healthy retirement through diverse module combinations! It is especially suitable for motorized, electrified and intelligent military facilities in border islands and border guard posts. The new energy fast installation building will play a greater role in the construction of ecological civilization, green low-carbon development, rapid urbanization and national defense modernization process in China!
A technology and construction method for adding an elevator to an existing residential stairwell with a level entry The present technology belongs to the field of technology for adding an elevator to an existing residential building, and specifically relates to a technology and construction method for adding an elevator to an existing residential stairwell with a level entry. This research and development result is an elevator access from the stairwell level entry technology, removing half of the original concrete stair treads, corner platforms and external walls of the stairwell; installing a factory-made steel mixed corridor on one side of the stairwell at the same elevation as the ground level of each floor of the residence, as a pedestrian access through the elevator; and extending the stair treads on the other side with steel treads, as a fire evacuation passage. By removing part of the stairway section of the stairwell of the existing residence, and adding a horizontal corridor and an extended stairway section between the existing residence and the retrofitted elevator, this technology enables the retrofitted elevator to achieve a level entry at the original entry door, which truly solves the travel problems of the elderly and people who rely on wheelchairs to travel; the additional extended stairway section replaces part of the stairway section removed from the original residence, and the entry platform, the horizontal corridor, the elevator lobby platform, and the original stairway at each floor are replaced by the additional extended stairway section. The additional extended staircase section replaces part of the staircase section removed from the original residence, and the entry platform, horizontal corridor, elevator lobby platform, original staircase section + extended staircase section on each floor form a complete circulation circle, which is both an elevator access and a fire escape, effectively ensuring that the "life passage" is unobstructed, and residents can choose to enter their homes by elevator on the ground floor or by staircase on foot to meet the needs of different people's lives; the additional horizontal corridor and extended staircase section are made of The additional horizontal corridor and the extended staircase section are made of assembled prefabricated components, which significantly reduces the workload of residential site renovation, shortens the construction period and reduces the impact on residents' life. This technology has overturned the half-storey entry way, filling the gap in China, and has achieved barrier-free access, which is a boon for the elderly and disabled people and is worth promoting. The technology has been awarded the national invention patent and has been applied in a pilot project in a district in Changzhou with an engineering cost of 150 million yuan. Technical innovation point By removing part of the staircase section of the stairwell of the existing residence, and adding a horizontal corridor and an extended staircase section between the existing residence and the retrofitted elevator, this technology enables the retrofitted elevator to achieve a level entry at the original entry door, which really solves the travel problems of the elderly and people who rely on wheelchairs.
Development and application of high-salt-tolerant strain of Barms as carrier Achievement Introduction Improved strain for some shortcomings of existing activated sludge. Technical innovation point The treatment capacity can reach up to 50 times of the traditional activated sludge method, the highest COD limit can be tens of thousands, and the carrier material can be recycled.
Indoor Air Purifier Description of Results The product is a biological air purifier capable of effectively treating airborne pollutants and minimizing organic pollutants. Technical Innovation The use of a combination of bacteria and fungi is able to adapt and degrade different compounds.
Customized gel substrate for plant cultivation Introduction The product is a clean, convenient and beautiful new plant cultivation gel substrate, which realizes the consumer upgrade of plant cultivation substrate, a new cultural and creative product for traditional potted plants across the border, and provides indoor refinement cultivation solutions. The gel substrate does not breed mold and insects, contains sufficient amount of rich nutrients without subsequent fertilization, the high water-holding capacity of the gel makes the watering cycle more free, the translucent property of the gel allows plant roots to be appreciated, and the color, shape and fragrance of the cultivation substrate can be customized.
New environmental protection fuel oil (heavy oil increment) Introduction of results The technology refers to the preparation of heavy oil and water in the ratio of 7:3 to make reference to water heavy oil, after the additives and the corresponding preparation process, it can substantially improve the atomization effect of heavy oil combustion, so as to better promote heavy oil combustion, make it burn more fully and better meet the requirements of industrial needs. Technical innovation point The first single set of equipment in China can continuously produce 500 tons per day, reaching industrial grade capacity
Meal waste (organic waste) treatment equipment Achievement Introduction The product is a kind of equipment that can treat meal waste into fertilizer. Technical innovation point The decomposition rate of food waste is up to 99.8%