39 results about "Functional development" patented technology

In an embodiment a system for facilitating a subject's functional development includes sensing devices configured for sensing mind state signals; sensing devices configured for sensing body state signals; and a set of processing resources configured for generating a mind state indicator / measure, a body state indicator / measure, and a mind - body synergy indicator / measure that corresponds to an expected extent to which each of the subject's mind state and the subject's body state are cooperatively or synergistically aligned with respect to facilitating the subject's functional development. In an embodiment, the system can be configured for concurrently presenting a set of activities involving a model body part; engaging the subject in attempted imitation of the set of activities by way of attempted movement of a subject body part that is a mirror image of the model body part; presenting an indication of an expected extent to which each of the subject's mind state and body state are cooperative with respect to subject performance of the set of activities; and presenting an indication of an extent of subject relaxation. An associated multiple (e.g., up to 12) degree of freedom robotic orthosis can include a set of appendage motion modules configured for engaging with a portion of a subject appendage; a set of mechanical power interface modules coupled to the set of appendage motion modules and configured for facilitating movement of appendage motion modules within the set of appendage motion modules; and a set of flexible drive shafts couplable to the set of mechanical power interface modules.

The invention discloses a home monitoring and controlling system based on a wireless sensor network. The home monitoring and controlling system with four-wheel drive can be controlled through a smart phone in a remote mode, and the home monitoring and controlling system can be controlled in the remote mode to move freely and used for monitoring indoor conditions and performing video call with family members. A temperature and humidity sensor is arranged in the home monitoring and controlling system, so that indoor temperature and humidity data can be acquired, if the indoor temperature and humidity data exceed a normal value, an alarming mechanism is started, and alarming information is sent to the phone of a user. According to the home monitoring and controlling system, a SmartHomerOS runs, the system is based on deep customized development of the Android system and comprises a server, a client and a cloud platform, and the TCP / IP is used in data communication. The home monitoring and controlling system meets the requirements of the smart home industry in interface design and functional development.

The invention discloses an enterprise service bus for integrating a rule engine. The enterprise service bus comprises a service bus module, a platform management module, and a rule service module, wherein the service bus module comprises a service access unit, a message container unit, a service out unit, a service mediating unit, a message routing unit, and a data converting unit; the platform management module is connected with the service bus module and used for managing relative configuration of the enterprise service bus; the rule service module is connected with the service bus module and used for expanding the service rule and the business process capacity to the enterprise service bus; the rule service module comprises a service rule unit, a strategy rule unit and a rule engine unit. The enterprise service bus is an integrated conceptual enterprise service bus due to the functional development and expansion based on ESB (Enterprise Service Bus) technical specification. The enterprise service bus is beneficial to break through market monopoly of other large-scale enterprises.

The invention belongs to the field of digital medical health monitoring and management and relates to a digital medical health monitoring system based on network service integration. Electronic devices and communication devices are utilized to provide and record the capabilities of collection, storage, processing, extraction and data exchange of health information of healthy managed individuals, families and the like, and functional demands of all authorized users are met. By understanding, measuring, observing and analyzing risk factors and laboratory test indicators which are closely relatedto occurrence and development of chronic diseases, the risk of illness is quantitatively predicted, health conditions of the individuals are comprehensively evaluated, an individualized management and intervention process is conducted, and interaction among medical examiners, doctors, manage and maintenance personnel and the system is achieved. The system is developed in accordance with the latest Ministry of Health data set standards, basic public health service specifications and health management and evaluation specifications, a business foundation and a technical support are provided forsubsequent functional development and data sharing, and the system can be used with all smart city systems, regional medical care systems, basic public health systems and other third-party software systems.

The invention discloses a development platform for an automatic power station of ships. A system constructed by an experimental platform takes three diesel generating sets, a power grid and loads as controlled targets and a fieldbus network as control base to construct the experimental platform; control units of the generating sets are configured in a centralized / scattered manner, a controller and a monitor instrument are flexible and convenient in configuration, thus realizing the complementation of centralized monitoring and scattered control and the centralized recording and analysis of detected data, and the data has a network sharing function; a power generator of the ships is controlled by adopting a neural network intelligence multi-variable decoupling control method, and the system control function is completed by combining with energy management of the automatic power station; and depending on support software, the development system conducts the development of power station control software via Ethernet. The system is suitable for control methods and software development and research on efficient, safe and energy-saving running of the automatic power station of the ships, and facilitates deep research and functional development of the automatic power station of the ships and a power system thereof.

The invention relates to a far infrared functional powder coating special for a radiator. The coating is prepared by the following steps of: firstly, performing surface treatment on a far infrared material, and performing surface layer coating to reduce oil absorption as much as possible; secondly, physically mixing with inorganic substances in a powder system before using, and reducing difference of the material in the system; and finally, strengthening the wetting between surface layers of microparticles by using a surfactant, a wetting accelerator and the like in the powder system, and improving intersolubility. The far infrared functional powder coating has the advantages of introducing far infrared function into the field of powder coatings, particularly endowing final products of radiators with the far infrared health care function for further functional development, more comprehensively and effectively utilizing existing energy simultaneously, and having higher technical level in the field of powder coatings for radiators.

The invention relates to a method for preparing a super hydrophobic magnetic wood surface. The method includes the following steps: mixing polydimethylsiloxane with a curing agent to form a first mixture; mixing polydimethylsiloxane with magnetic nanoparticles to form a second mixture; coating the first mixture on a super hydrophobic surface for primary curing, and then soaking the super hydrophobic surface with fluoroalkyl silane to obtain a first mixture layer; coating the second mixture on a wood surface, and covering the front surface of the first mixture layer with the wood surface coated with the second mixture for secondary curing; stripping and removing other substances from the wood surface to obtain the super hydrophobic magnetic wood surface. According to the method for preparing the super hydrophobic magnetic wood surface and the wood, a wood resource is allowed to exert the super hydrophobic property, the hydrophily of the wood surface is changed, therefore, not only deterioration of the weather resistance of the wood can be effectively prevented, but also the method is of important significance for the high value-added utilization and functional development of the wood.

The invention discloses a preparation method of high-performance carboxyl functionalized poly (arylene ether nitrile). The method comprises the following steps: synthesizing a carboxyl-containing monomer phenolphthalein by taking phenolphthalein and a zinc powder as raw materials, performing stepwise polymerization by virtue of nucleophilic aromatic substitution, and introducing the phenolphthalein structural units into a main chain of the poly (arylene ether nitrile), so as to obtain the high-performance carboxyl functionalized poly (arylene ether nitrile) copolymer. The polymer has a high glass-transition temperature, excellent heat stability and thermo-oxidative stability, high mechanical strength and good solubility in a polar solvent, has strong absorption in an ultraviolet region of280-330nm and also has blue-fluorescence functional characteristics under ultraviolet excitation, so that the poly (arylene ether nitrile) has functional diversity, and the application range of the product is widened. The theoretical direction and technical support are provided for simple and high-efficiency industrial production of the high-performance poly (arylene ether nitrile), the gap of functional development of the poly (arylene ether nitrile) is filled for preparing high-performance reactive functional composite materials, and the preparation method has excellent application prospects.

The invention discloses a unit modular folding mobile house suitable for combined use, which comprises top plates, front foldable frames, rear foldable frames, front door plates, left side plates, right side plates, rear plates and base plates. The unit modular design is adopted by the mobile house, so that the mobile house can be used alone, and butting combination of a plurality of unit houses free from limitation in the amount can be performed at the front and the back of the mobile house and / or the left and the right of the mobile house; various units at the joints are communicated; the inner plane surfaces of the base plates parallel, level and obstacle-free. All the moving parts are connected in hinge joint manners, so that the safe, fast and labor-saving operation is realized during disassembly and assembly; multi-functional development and utilization are performed according to the structural characteristics of the plates of the side plates of all the unit houses, for example, upturning plates of the right side plates are folded upwards and outwards, so that a goods selling house structure is formed. The invention has the advantages that the mobile house is convenient to transport, is safe, convenient and fast to disassemble and assemble, and has the functions of rain protection, wind protection, earthquake resistance, warm preservation and the like; the mobile house can be widely used in the rescue and relief work, construction and camping in the field and the like.

The invention discloses a method for preparation of high-concentration secularly-stable graphene water dispersion by reduction of graphene oxide with gellan gum polysaccharide. The method includes the following steps: (1) dispersing gellan gum in deionized water for preparing a gellan gum solution; (2) adding the graphene oxide to the gellan gum solution of the step (1) to form a gellan gum and graphene oxide mixed solution, using an alkaline liquor to adjust the pH of the mixed solution to 10-12, then heating; (3) centrifuging, washing and drying the reaction liquid obtained in the step (2) to obtain graphene, and then dispersing the graphene in the deionized water to form the graphene water dispersion. The graphene water dispersion can keep stable in a long time. The reducing agent gellan gum used in the method is green, environmental-friendly and free of toxicity, the used method has the advantages of simple operation and realization of mass production. The method provides a new way for preparation and functional development and application of graphene nano materials.

The invention relates to a hydraulic pressure system of a rice transplanter with an automatic differential locking function. The hydraulic pressure system comprises an oil tank, an oil pump, a plurality of electromagnetic valves and a plurality of motors, and further comprises a front wheel drive oil way, a rear wheel drive oil way and a transplanting oil way, wherein the front wheel drive oil way is connected with two front wheel drive motors; a synchronous valve is arranged between the two front wheel drive motors; the rear wheel drive oil way is connected with two rear wheel drive motors; another synchronous valve is also arranged between the two rear wheel drive motors; two output ends of each synchronous valve are both connected with an on-off valve; the transplanting oil way is connected with a transplanting motor; and a control circuit of each on-off valve is connected with an angle sensor arranged at a steering gear. The hydraulic pressure system is simple in structure, light in weight, convenient to array, low in failure rate and low in maintenance cost, and is a hydraulic pressure system of a full hydraulic rice transplanter laying the foundation for multi-functional development from the rice transplanter.

The invention relates to a preparation method of low-melting-point regenerated copolyester, which is used in the fields of chemical regeneration of waste polyester and functional development of polyester. In the method, a dibasic alcohol titanium alkali metal coordination compound which can be dissolved in ethylene glycol is used as a catalyst to catalyze the ethylene glycol depolymerization of a waste polyester material and the copolycondensation process of a depolymerization product and aliphatic dibasic acid small-molecule polyester ether, and crystalline low-melting-point regenerated copolyester is obtained, wherein the scope of the melting point is 110-210 DEG C, the melting range is less than 40 DEG C, and the copolyester is favorable in color. The catalyst used in the method has high catalytic activity for the ethylene glycol depolymerization of the polyester and the copolymerization process of the depolymerization product, and further copolymerization can be performed without removing the catalyst from the depolymerization product, thus greatly saving the separation and purification cost of the depolymerization product, improving the production efficiency, and providing the possibility for continuous functional chemical regeneration of the waste polyester material.

The invention relates to the numerical control technique of a press, in particular to a control system of a numerical control servo press. The prior art has the defects of bad openness and is not convenient for further upgrade and development of the system and more advanced intelligent development and application of the system. The control system comprises a subordinate computer sub-system and an host computer sub-system which is connected with the subordinate computer sub-system by communication; the subordinate computer sub-system comprises a PLC, detection equipment and a driving motor which are connected with the PLC; the host computer sub-system comprises a foreground processing module, an operation interface module, and a real-time communication module which are connected with each other; the open control system of the host-subordinate computer structure reinforces the openness, adaptability and intelligence of the system, and facilitates the upgrade and functional development.

The invention provides a wireless data transmission monitoring meter of an earthquake prediction station, which aims at solving the problems that some universal wireless routers achieve a 3G (Third Generation) wireless data transmission function, functional development in future is not facilitated, and the maintenance cost is high. The wireless data transmission monitoring meter is characterized in that a singlechip is fixed in a housing, connected with a network module, connected with a WCDMA (Wideband Code Division Multiple Access) module by an interface chip, connected with an RS232 (Recommended Standard 232) interface by the interface chip, and connected in parallel with an alternating current solid relay unit, a contact relay unit and a direct current solid relay unit on a driving circuit. The wireless data transmission monitoring meter has the benefits that real-time monitoring on earthquake prediction equipment is achieved; the problem of an equipment failure is solved; a 3G wireless data transmission function of the wireless data transmission monitoring meter is enabled when a transmission channel fails, so that discontinuous transmission of an earthquake prediction signal is achieved; once a wired channel fails, a wireless channel can immediately exert an earthquake prediction data transmission function; and the wireless data transmission monitoring meter further has the characteristics of simplicity and convenience in operation, and low cost.

The invention discloses an integral sandwiched porous fabric, which comprises an upper surface (10) and a lower surface (11), wherein the upper surface (10) is interweaved by first upper body warps (1), second upper body warps (2) and upper surface wefts (3); the lower surface (11) is interweaved by first lower body warps (4), second lower body warps (5) and lower surface wefts (6); the layer number of both the upper and lower surface is at least one; and first pile warps (7), second pile warps (8) and sandwich wefts (9) are interweaved to form a sandwiched layer and interweaved with the upper surface wefts (3) and the lower surface wefts (6). The integral sandwiched porous fabric has strong designability and is suitable for weaving in scale. Compared with a common sandwiched fabric, the integral sandwiched porous fabric has the advantages that: the weft fiber volume content is obviously increased, and the weft strength and modulus of the fabric can be effectively improved; passages of the sandwiched layer are clearer so as to be favorable for performing functional development of embedding, filling and the like; and nondestructive inspection, later repair and maintenance are more convenient. The integral sandwiched porous fabric can be widely applied in the fields of rail transits, reinforcing marbles, double-layer storage tanks and the like.

The invention provides a functional development of existing audiovisuals like radio, TV set, etc, to make them able to conveniently connect with Internet, home appliances or the similar products like microcomputer (PC), etc, to share resource and interactively control, especially largely enhancing the recording or replaying operability.

The invention provides a method for enriching highland barley polyphenol and application of the highland barley polyphenol to preparation of antioxidants and belongs to the field of food functional development. Highland barley kernels are used as raw materials; through fermentation of lactic acid bacteria, the content of phenolic substances in the highland barley kernels can be increased; the highland barley polyphenol prepared by the processes of extracting, concentrating, leaching, concentrating, freeze drying is capable of effectively removing DPPH free radical activity and has higher ironion reduction capability and oxidized free radical absorption capability. Cell experiments show that the fermented highland barley polyphenol has a more obvious effect of protecting H2O2-induced celloxidation damage; for example, the ROS level can be reduced, the activity of the antioxidant enzyme can be improved, the content of reduced glutathione can be increased and the like. The method is environmentally friendly, low-carbon and energy-saving; the highland barley resource in China is deeply developed; the product is stable in form, convenient to transport and higher in antioxidant activity, and can be widely used in the food industry as a functional component.

The invention relates to a retina vision potential training system and an application method thereof. A longitudinal baffle plate is fixedly mounted on a base; an electric push rod is fixedly mountedat the inner side of the longitudinal baffle plate; an output end of the electric push rod is fixedly connected with one side of a seat; a pulley wheel is arranged at the bottom of the seat; the pulley wheel is mounted in a rail; the bottom of the rail is fixedly mounted on the base; a lifting support is fixedly mounted at the other end of the rail; a training display framework is fixedly mountedon the lifting support; a display device is fixedly mounted in the training display framework; a central focusing point is arranged at the central position of the display device; a movable flash pointis arranged on the display device at the outer side of the central focusing point; a potential training of retinal rod cells is realized; finally, functional development and application of retinas outside macular central fovea are realized and the function of the whole retina is improved; visual functions of the whole retina are activated and developed; finally, the whole visual functions of a patient are finally improved and the living quality of the patient is improved.

The invention provides a preparation method of a polyester resin based conductive intumescent flame-retardant composite coating. The novel environment-friendly and low-cost multifunctional flame-retardant composite coating is prepared with polyester resin as aggregate, graphite as a reinforcing flame retardant and a conductive material, sodium silicate as a dispersant and polydimethylsiloxane as afilm forming agent and a modifier. The composite coating has excellent flame retardance and conductivity and contributes to functional development of flame-retardant coatings.

The invention relates to the field of digital television, in particular to a digital television signal comprehensive analyzer. The invention adopts the software radio (SDR) theory to demodulate the digital TV signal to analyze the modulation domain. The principle is to abstract the physical theory of digital TV demodulation into a set of mathematical algorithms, and then implement the algorithm to demodulate digital TV radio frequency signals through software (combination of hard logic and soft logic); extract the intermediate variables in the demodulation process, Get the data required for testing, such as constellation information, MER / EVM information and BER information. The invention has the advantages of strong function, good index consistency, simple production and debugging, and simple secondary function development, which only needs to establish an algorithm mathematical model and realize software.

The invention discloses a development platform for an automatic power station of ships. A system constructed by an experimental platform takes three diesel generating sets, a power grid and loads as controlled targets and a fieldbus network as control base to construct the experimental platform; control units of the generating sets are configured in a centralized / scattered manner, a controller and a monitor instrument are flexible and convenient in configuration, thus realizing the complementation of centralized monitoring and scattered control and the centralized recording and analysis of detected data, and the data has a network sharing function; a power generator of the ships is controlled by adopting a neural network intelligence multi-variable decoupling control method, and the system control function is completed by combining with energy management of the automatic power station; and depending on support software, the development system conducts the development of power station control software via Ethernet. The system is suitable for control methods and software development and research on efficient, safe and energy-saving running of the automatic power station of the ships, and facilitates deep research and functional development of the automatic power station of the ships and a power system thereof.

The invention discloses an open-source robot which comprises a floor mapping robot body. A mounting groove is formed in the floor mapping robot body; the internal of the mounting groove is fixedly connected with a functional development plate; a bearing plate is fixedly connected to the side wall of the mounting groove; a cover plate is arranged at the upper end of the bearing plate; a clamping connection device is arranged on the lower side of the cover plate; the cover plate is connected to the bearing plate through the clamping connection device; and a switch button is arranged in the coverplate. According to the open-source robot, through the interaction of an elastic clamping block, a clamping groove and the bearing plate, the cover plate capable of being opened is designed on a headcover of the intelligent floor mapping robot body, so that burning is conducted only by opening the movable cover plate without disassembling or assembling the whole robot when a burning process is needed, and using is convenient.

The invention provides a transformer station power environment detection system for ensuring an optimal operation environment of a transformer station. The technical scheme is as follows: the novel transformer station power environment detection system is developed and is connected with a corresponding auxiliary monitoring device so as to form intelligent response to environment monitoring data, the intelligent level of the power transformer is improved, at the same time, comprehensive integration of a whole transformer station auxiliary monitoring system is realized, the operation management level of transformer station equipment is improved, the flexibility of equipment monitoring and logic control are enhanced, a configuration software system is established on the basis of hardware equipment, and functional development of different environments is facilitated. The transformer station power environment detection system provided by the invention has the following advantages: the system ensures that the operation environment of the transformer station equipment and correlation equipment are at optimal operation states, ensures that operation environment temperature, humidity, toxic harmful gases and cable trench water level conditions maintain quite good states, at the same time, performs intelligent control on AC / DC equipment, ventilation equipment and the like, and optimizes the operation environment of the transformer station equipment.

The invention discloses a unit modular folding mobile house suitable for combined use, which comprises top plates, front foldable frames, rear foldable frames, front door plates, left side plates, right side plates, rear plates and base plates. The unit modular design is adopted by the mobile house, so that the mobile house can be used alone, and butting combination of a plurality of unit houses free from limitation in the amount can be performed at the front and the back of the mobile house and / or the left and the right of the mobile house; various units at the joints are communicated; the inner plane surfaces of the base plates parallel, level and obstacle-free. All the moving parts are connected in hinge joint manners, so that the safe, fast and labor-saving operation is realized during disassembly and assembly; multi-functional development and utilization are performed according to the structural characteristics of the plates of the side plates of all the unit houses, for example, upturning plates of the right side plates are folded upwards and outwards, so that a goods selling house structure is formed. The invention has the advantages that the mobile house is convenient to transport, is safe, convenient and fast to disassemble and assemble, and has the functions of rain protection, wind protection, earthquake resistance, warm preservation and the like; the mobile house can be widely used in the rescue and relief work, construction and camping in the field and the like.

The invention relates to a preparation method of low-melting-point regenerated copolyester, which is used in the fields of chemical regeneration of waste polyester and functional development of polyester. In the method, a dibasic alcohol titanium alkali metal coordination compound which can be dissolved in ethylene glycol is used as a catalyst to catalyze the ethylene glycol depolymerization of a waste polyester material and the copolycondensation process of a depolymerization product and aliphatic dibasic acid small-molecule polyester ether, and crystalline low-melting-point regenerated copolyester is obtained, wherein the scope of the melting point is 110-210 DEG C, the melting range is less than 40 DEG C, and the copolyester is favorable in color. The catalyst used in the method has high catalytic activity for the ethylene glycol depolymerization of the polyester and the copolymerization process of the depolymerization product, and further copolymerization can be performed without removing the catalyst from the depolymerization product, thus greatly saving the separation and purification cost of the depolymerization product, improving the production efficiency, and providing the possibility for continuous functional chemical regeneration of the waste polyester material.

The invention discloses an enterprise service bus for integrating a rule engine. The enterprise service bus comprises a service bus module, a platform management module, and a rule service module, wherein the service bus module comprises a service access unit, a message container unit, a service out unit, a service mediating unit, a message routing unit, and a data converting unit; the platform management module is connected with the service bus module and used for managing relative configuration of the enterprise service bus; the rule service module is connected with the service bus module and used for expanding the service rule and the business process capacity to the enterprise service bus; the rule service module comprises a service rule unit, a strategy rule unit and a rule engine unit. The enterprise service bus is an integrated conceptual enterprise service bus due to the functional development and expansion based on ESB (Enterprise Service Bus) technical specification. The enterprise service bus is beneficial to break through market monopoly of other large-scale enterprises.

The invention discloses a functional code component development method. According to the technical scheme, the method comprises that: S1, a user can operate directly by downloading a plug-in through an official component library; S2, a group of services provided by the Idea is utilized; S3, a toolkit of the functional code is called through a specified GitHub warehouse by utilizing the controllability of the Idea plug-in on the code; S4, a developer completes configuration through the configuration file; and S5, the expansion contract is referred to, a packaging mechanism is provided, and on the basis of the provided function, the user can also package a toolkit by himself / herself, and a corresponding version number is generated to cope with a business scene which cannot be handled. According to the functional code and summary document output function provided by the invention, the same open source library is continuously improved, and the workload of developers is reduced. Functional development is completed in a plug-in mode, and the technical development threshold, the application development difficulty and the maintenance difficulty are reduced.

A system for facilitating a subject's functional development includes sensing devices configured for sensing mind state signals; sensing devices configured for sensing body state signals; and a set of processing resources configured for generating a mind state indicator / measure, a body state indicator / measure, and a mind-body synergy indicator / measure that corresponds to which each of the subject's mind state and body state are synergistically aligned for facilitating the subject's functional development. The system can be configured for concurrently presenting a set of activities involving a model body part; engaging in attempted imitation of the set of activities by way of attempted movement of a body part that is a mirror image of the model body part; presenting an indication of an extent to which each of the mind state and body state are cooperative with respect to performance of the set of activities; and presenting an indication of relaxation.