41 results about "Innovation design" patented technology

The invention relates to a forming method of TiAl pipe target material in a large length-diameter ratio. The forming method comprises the following steps of (1) assembling of a sheath die; (2) packing and sealing welding of raw materials of Ti powder and Al powder; (3) vacuum heat degassing; (4) densification forming of hot isostatic pressure; (5) removing of the sheath die; and (6) product fine processing. According to the forming method disclosed by the invention, the structure of the sheath die is subjected to innovation design, excellent welding performance of the sheath die is ensured, the whole binding of the TiAl target material and a back pipe is realized, and segregation-free Ti and Al mixed powder which is uniform in composition is prepared through the optimization selection of raw material powder size and the vacuum material mixing; the powder packing density and the uniformity of the pipe target material are ensured by adopting a special powder packing technology; and the density and the straightness of the TiAl pipe target material after pressing forming can be ensured through optimized technological selection of the vacuum heat degassing and the densification forming.

The invention discloses a reverse engineering computer-aided design (CAD) modeling method based on a three-dimensional sketch. The achieving process of the method includes first measuring a real object model to obtain data, drawing the three-dimensional sketch for reverse engineering CAD model reconstruction, then conducting reverse engineering CAD model reconstruction based on the three-dimensional sketch to obtain a digitalized model of the real object model, conducting innovation design with the digitalized model as the base and finally forming a new product model. The method provides simplified and complete measurement elements and measurement route plans for structure real object parts, enables the contact type reversing measurement process of the structure real object parts to have specific measurement route guide, does not need to design complex mass data processing algorithm, avoids links which are difficult to achieve correctly and completely in real time such as characteristic recognition and design parameter reduction, improves stability and reliability for reverse engineering CAD model reconstruction of the structure real object parts, and is convenient and easy to achieve.

The invention discloses an optimal design method for improving the comfort degree of golf clothing. The method for improving the whole comfort degree of the golf clothing is realized by adopting a splicing design of novel fabric with different hot-wet transfer performances according to hot-wet differentiation distribution of a human body surface, and utilizing relationships among the tolerance of the golf clothing, the deformation rate of human body skin and the extending rate of the fabric based on human engineering aiming at the requirements on the wearing comfort degree and the movement comfort degree of the golf clothing. According to the optimal design method for improving the comfort degree of the golf clothing, disclosed by the invention, not only can the requirements of a golf sport lover on the comfort degree, the sanitation and the beauty of the golf clothing be met, but also a theoretic guide and a practical guide are conducted on the product development of a golf clothing enterprise from two aspects of the human engineering and the hot-wet comfort degree, a self-dependent innovation design of a sports clothing industry is guided, a demonstration effect is brought for the promotion of an industry, a strong support is provided for successful transformation of domestic enterprises, and thus, a firm foundation is established for increasing international competitiveness of domestic clothing industries.

The invention discloses a working system of a laser engraving machine based on cloud load balancing control, and a working method of the laser engraving machine based on cloud load balancing control.The working system comprises a plurality of laser engraving machines, a cloud control terminal and a plurality of mobile intelligent terminals. The working method comprises the following steps of enabling the cloud control terminal to receive an image sent by the mobile intelligent terminal, and converting into a G code; evaluating the load condition of the current global laser engraving machine,finding the target laser engraving machine, and maintaining the load balancing of the system; sending the G code to the target laser engraving machine; dispatching the target laser engraving machine,analyzing, and performing numerical control interpolation, so as to engrave a to-be-processed workpiece. By adopting the technical scheme, the working system and the working method have the advantagesthat by utilizing the cloud terminal to perform distributed type control on the laser engraving machines, the real-time dynamic management and load balancing dispatching on the laser engraving machine are performed; the degree of freedom, portability and maintainability are expanded; the utilization rate of the laser engraving machine is improved; the laser engraving machine is promoted to be greatly applied into the fields of innovation design and artwork design.

The invention provides an industrial robot personalized drawing method. The method includes the following steps of: (1) picture insertion; (2) data conversion; (3) parameterization; (4) trajectory determination; (5) analog simulation; (6) file generation; and (7) drawing driving. According to the industrial robot individualized drawing method of the invention, personalized customization and robot control technology are combined together, and therefore, personalized customization in the aspect of drawing can be realized excellently, and drawn products can be quickly and effectively produced, and strong personal attributes of consumers can be embodied in specific products through personalized customization, and the specific products can be manufactured, and thus, innovation design of products can be greatly promoted, and a new thought can be provided for the conversion of traditional business models.

The invention discloses a crowd innovation design task pushing method based on a crown innovation platform. The method comprises the following steps: constructing a creator individual attribute information vector set according to a crowd innovation platform database, and constructing a creator comprehensive information database; generating a design task demand vector according to an online submitted design task demand on the crowd innovation platform, and forming a design task demand vector set; computing the matching degree between the creator and the design task through the creator individual attribute information vector set and the design task demand, and then performing the pushing of the design task. For the crowd innovation platform data, the design task data in the crowd innovationplatform data can be effectively processed, the data can be timely and accurately pushed to the creator, the processing efficiency of the design task data of the crowd innovation platform can be improved, and the pushing efficiency of the mechanical product design task is improved.

The present invention relates to a modularized and component innovation design method for an automatic target pesticide spraying system which is based on high-end; according to different functions, the automatic target pesticide spraying system is divided into three main modules, namely, an information collecting module, an information processing module and an intelligent spraying module; the software system designs universal elements and special components, reasonable software and hardware interfaces designed by adopting defined standard interfaces are arranged between different modules and components in order to realize the data communication between different modules and components; according to operational function scopes, the hardware systems are respectively designed with different software and hardware modules such as an information collecting module, an information processing module and an intelligent spraying module; the present invention also can be applied to different objects and working conditions only by partially modifying part contents of the embedded program of by replacing the hardware modules, thereby ensuring the flexible design of the system as well as improving the adaptive capacity of the system; universal elements and special components can be designed and based on the need of hardware modularization and concept of the software reusability; in order to apply to different objects and working conditions, the function of the entire system can be adjusted rapidly only by partially modifying part special components.

The invention relates to a metal sheet metal part mirror image free mold machining method. The method comprises the following steps that 1, a rectangular plate material is fixed on a forming machine tool, and the two diagonal lines of the plate material divide the plate material into four regions; 2, a middle configuration is formed through a single forming tool for a first process, and the surface area of the middle configuration is 40-60% of the surface area of the final metal sheet metal part; when the tool head of the forming tool moves to a certain region of the plate material, the clamping force of a flexible clamp corresponding to the area plate material is reduced; and 3, the two forming tools are used for carrying out mirror image free mold forming on the plate materials at the same time and a final shape is formed for a second process, and the tool head of the lower forming tool is always located in the normal direction of the contact point of the tool head and the plate material. According to the method, a special mold is not needed, the machining period is short, the innovation design requirements of modern social products can be met, and the method has a good development prospect in the fields of rapid prototyping manufacture and new vehicle model exploitation.

The invention discloses a high-performance electric heating furnace oven, relates to the technical field of electric heating furnace ovens, and particularly relates to the high-performance electric heating furnace oven with a lifting structure. The system comprises a heating panel contacting kitchen wares, a lifting device and a control panel, wherein the heating panel is used for heating the kitchen wares; the lifting device can enable a heating ring in the heating panel to be well fit with the bottom surfaces of the kitchen wares; and the control panel is used for displaying and setting heating time and temperature. The high-performance electric heating furnace oven provided by the invention has the beneficial effects that the structure of the heating furnace oven is subjected to innovation design, and when the kitchen wares are placed in a heating region, the heating region sags under the effect of gravity so as to be completely fit with the bottom surfaces of the kitchen wares, so that the radiation heat loss of the bottoms of the kitchen wares is reduced, and the heat efficiency is improved.

The invention relates to a traffic signal device of city crossroads. It is to set up ' one round two rectangle ' signal lamps on the lamp bracket, they are circular red light, flat square yellow light and erects rectangle green light, setting up matching lamp shade A on each signal lamp. It is against the color defect of the appointed crowd as color blind and tritanope, therefore using innovation design on the signal lamp form, distinguishing the red, yellow and green lamp by the difference form, the appointed crowd as color blind and tritanope receive the correct traffic signal by the bright or black of the lamb in different form. It can be ensured the traffic demands of both everyman and the peculiar crowd; this is personalization traffic red yellow green light.

The invention discloses a waste machine tool remanufacturing innovative design method based on TRIZ and an expandable diverging tree. The waste machine tool remanufacturing innovative design method includes the steps that firstly, a formal matter-element model of a waste machine tool remanufacturing design target structure is built, by determining types of elements impeding waste machine tool innovative design, a matter-field model or a contradiction matrix is adopted to obtain innovation principles, structure innovation design is conducted on the formal matter-element model of the target structure according to the innovation principles, and then the expandable diverging tree comprising a number of candidate matter elements is formed; then, an expandable correlation function based on lateral distances and place values is introduced to represent correlation degrees between the candidate matter elements and expected matter elements, then, priority-degree values of the candidate matter elements are obtained through an expandable priority-degree evaluating method, and finally, an optimal candidate matter element is decided. By the adoption of the waste machine tool remanufacturing innovative design method based on the TRIZ and the expandable diverging tree, limits on design freedom in the structure, functions, materials and the like of an original waste machine tool can be effectively eliminated, and therefore a manufactured machine tool has higher market competitiveness and customer satisfaction.

The invention relates to a novel student autonomous mechanism innovative design experiment platform which comprises a rectangular frame body. The rectangular frame body comprises a top beam with scales printed, longitudinal beams and a base. Foldable supporting foot stands used for firmly fixing the experiment platform are arranged on the front sides and the rear sides of the longitudinal beams respectively. A linear guide rail fixed to the longitudinal beams and arranged transversely is arranged below the top beam, and a linear guide rail fixed to the longitudinal beams and arranged transversely is arranged above the base. A plurality of sliding blocks capable of conducting fixing and sliding are evenly distributed on the linear guide rails, and a rod piece is fixedly connected between every two corresponding sliding blocks of the two linear guide rails. The rod pieces are provided with a plurality of U-shaped rod piece sliding blocks which can conduct fixing and sliding, and mechanical part models are fixed to the rod piece sliding blocks. According to the novel student autonomous mechanism innovative design experiment platform, due to the fact that the experiment platform is set up, the plane movement of a mechanism can be simply and vividly demonstrated, students can be helped to conduct mechanism innovation design experiments, and the students can be helped to better master and understand the related knowledge of the mechanism movement.

The invention discloses an intelligent recommendation method based on a TRIZ innovation theory, and the method is characterized in that the method comprises the following steps: S1, collecting the statistical data of a conventional TRIZ application, and analyzing the conventional TRIZ innovation theory method; s2, inputting an innovative design demand by a user, and quickly recommending the most applicable TRIZ theory by analyzing the demand; and S3, collecting and analyzing the feedback information so that later rapid matching and pushing of the same type of information are facilitated, and meanwhile, system updating and optimization are performed through non-ideal parts in the feedback information. According to the invention, firstly, the intelligent method can effectively improve the efficiency of carrying out innovative design by using the traditional TRIZ innovation theory, secondly, through carrying out intelligent problem and contradiction analysis on the innovative design inputted by the user, the accuracy of manually matching the innovative solution by the user is improved, and finally, basedon the innovative design inputted by the user, the fields to which the innovationbelongs and successful examples are efficiently matched to assist the user in making an innovation decision.

The invention discloses a novel agricultural sprayer. The novel agricultural sprayer comprises driving wheels, a tool box, a connecting ring, a brake, a row spacing ruler, a spray head regulator and a spray head. A diesel engine is arranged at the upper ends of the driving wheels. A gear position adjusting rod is arranged at the upper end of a connector, a clutch is arranged at the upper end of a steering gear, a seat is arranged at the lower end of a controller, and a motor is arranged at the right end of the brake. A stirring rod is arranged in a liquid pesticide barrel, a centrifugal pump is connected with the liquid pesticide barrel through a guiding pipe, the spray head regulator is provided with the row spacing ruler and the spray head, and a height regulator is provided with a lock. The novel agricultural sprayer is achieved by carrying out innovation design on an existing pesticide spraying device, the novel agricultural sprayer is provided with the row spacing ruler and the height regulator, and the spray head can be adjusted according to the row spacings and the heights of different crops so that the pesticide spraying effect is better; an automatic liquid pesticide stirring device is arranged, and the pesticide stirring time of a farmer is greatly saved.

The invention discloses a hoisting type high-speed material taking and putting platform. The hoisting type high-speed material taking and putting platform comprises an assembly line and a hoisting platform which is arranged above the assembly line. The hoisting platform is provided with a material taking and putting module which can transversely move along the assembly line. The assembly line is sequentially provided with a material putting stacking module, a to-be-detected material disk station, a defective material disk station and a material taking stacking module. According to the hoistingtype high-speed material taking and putting platform, an X-axis movement module is hoisted below the hoisting platform, then, a Y-axis movement module is fixed below the X-axis movement module, and the effect of the Y-axis dead load on the taking and putting precision is reduced in a hoisting manner. Meanwhile, structure innovation design is carried out on the Y-axis movement module, the structure is simplified, components are reduced, the weight is reduced, and therefore the material taking and putting speed and the precision are effectively increased, the stability and the actual productionefficiency of a machine platform are greatly improved, the labor cost is saved, and the enterprise competitiveness is improved.

The invention discloses a long-wheelbase low-floor light-weight fully independent suspension passenger car. A body skeleton is composed of a lower body skeleton, a front wall skeleton, a side wall skeleton, a rear wall skeleton and a roof skeleton, and each skeleton is made of aluminum alloy. A power battery pack is installed at the middle of the lower body skeleton, a front drive steering axle is arranged at the front end of the lower body skeleton, and a rear drive steering axle is arranged at the rear end of the lower body skeleton. According to the invention, the long-wheelbase low-floor structure is realized through the optimization innovation design of each system, the design and development of a light-weight suspension, and the design of the aluminum alloy body skeleton according to the characteristics of the structure of the traditional passenger car, a new energy pure electric or hybrid drive system is designed to be carried, light-weight materials are used, the passenger car has the characteristics of being green, energy-saving, high in strength, light-weight, low-floor and the like, and the passenger car has better power performance, comfort and vehicle handling performance.

The invention relates to an IC power supply chip, in particular to a power supply management chip which is high in cost performance and integration, enables a periphery circuit to be simple and has an optimum performance index. Additionally, the invention aims to provide a covering packaging material and process. According to the technical scheme and product novel innovation design application, a wafer extremely high in thermal conductivity is subject to optimization, the wafer material type is changed by means of extension, oxidation, doping (diffusion), photoetching and deposition and the like to finish the high-integration IC power supply chip which is subject to power supply integrated circuit coverage packaging. The IC power supply chip is high in cost performance and integration, enables the periphery circuit to be simple, is high in power supply quality factor, small in size, light in weight, high in control precision, good in rapidity and simple and compact in structure, enables power supply output to be matched with a reactive capacitor and provides the optimum performance index. The IC power supply chip is subject to special covering packaging, safety in chip use is guaranteed, and the IC power supply chip is simple in production process, low in cost, wide in application prospect, high in popularization and application value and good in market prospect.

The invention provides a modular education robot control device. The device is embedded in a robot body. The device comprises a controller, a power supply unit, a driving unit, a communication unit, asensor unit and a storage unit. The controller is embedded in the robot. According to the invention, the device serves as a very good platform for innovation design practice, so that the eye boundaryof students can be expanded. The innovation capability, the problem parsing and solving capabilities and the practical action capability of students are cultivated. A TTL bus-steering engine controlscheme is adopted, so that the characteristics of on-line debugging, program downloading, offline execution and the like are realized. The modular education robot is applied to the mechanism teaching.By adopting the modular education robot, not only the manipulative ability and the innovation ability of students are exercised, but also the understanding of students in robot concept is also enhanced from childhood.

The invention relates to a large electric dehazing air purifier for outdoor use. Present air purifiers are generally used indoors and other sealed small spaces, and the working principle of electrostatic dedusting air purifiers is characterized in that dusts and pollutants in air are ionized by a high-voltage electric field, change the movement direction and then are captured, negatively charged ions move to an anode plate under the action of electric field force, and particles are killed and adsorbed on a dust collecting plate by energy instantly released by high-voltage charges in order to realize dedusting and sterilizing effects. The traditional electrostatic dedusting air purifiers have the disadvantages of secondary pollution caused by ozone generated in high-voltage discharge, difficulty in cleaning of the dust collecting plate, and almost no removal effect on formaldehyde and other organic matters. Structural innovation design is carried out on the basis of a traditional electrostatic dedusting technology, and large airflow induction, composite material and ion cloud technologies are combined, so the problems of the traditional electrostatic dedusting air purifiers are effectively solved, and the large electric dehazing air purifier can be applied to outdoor air purification in order to facilitate solving of the urban haze problem.

A feeding unit of an optical film vision intelligent detection device comprises a feeding module and a protection film tearing mechanism; the protection film tearing mechanism comprises an adhesive tape feeding module, an adhesive tape pressing and attaching module and a protection film tearing module; a strip position adjusting system is further included and comprises a strip deviation correcting mechanism and a strip tension adjusting mechanism. Compared with the prior art, automatic feeding of an optical film strip and automatic tearing of the protection film can be achieved, and therefore through the vision intelligent detection device, an optical film product can be detected in a full-automatic manner, and a defective optical film product can be distinguished. Due to the fact that the structural design is reasonable, the beneficial effects of being compact in structure and small in occupied area are achieved; most importantly, through the innovation design, the creative optical detection manner is achieved, the defect recognizing rate of the optical film product is high, meanwhile, wrong detection is avoided, and the quality control of the products can be ensured.

The embodiment of the invention discloses a hyperboloid special-shaped curtain wall system. The hyperboloid special-shaped curtain wall system comprises an inclined special-shaped warping large-glassmounting system and a metal roof decorative aluminum plate fixed mounting system; the metal roof decorative aluminum plate fixed mounting system and the inclined special-shaped warping large-glass mounting system are fixed to a main body steel structure through transferring pieces correspondingly; and an aluminum apron flashing is arranged at the boundary of the two systems, the aluminum apron flashing is fixed to an aluminum alloy pressing-seat profile and provided with an ethylene-propylene diene copolymer water-proof rubber sheet to form second waterproofing. In the hyperboloid special-shaped curtain wall system, the super-large special-shaped aluminum plate system is fixed to an upright lockrand roof, reasonable innovation design is conducted on the design direction of a decorative aluminum plate, meanwhile, the keel design is optimized, the on-site setting-out and mounting working quantity is greatly reduced while the cost is saved, the problem of on-site cold-bending mounting ofinclined special-shaped warping large-glass is solved through the glass curtain wall system, the glass curtain wall system can adapt to change of the curved surface break angle, and on-site mounting is convenient.