35results about How to "Increased means of control" patented technology

A miniaturized laser package is provided comprising a standard semiconductor laser package modified to accept a solid state microchip assembly pumped by the diode laser. Standard packages described in the invention include TO and HHL packages all of which are characterized by small dimensions, well sealed housing, robust mounting features, known characterized materials and economical production and assembly techniques characteristic of the semiconductor processing industry. In particular, the microchip lasers are produced using high density techniques that lend themselves to mass production, resulting in very low unit costs. At the same time, the compact laser devices provide a solution to the problem of providing laser radiation at high beam quality and good reliability features with a variety of wavelengths and operational characteristics and low noise features not available from diode lasers yet relying primarily on standardized designs, materials and techniques common to diode laser manufacturing. The devices constructed according to methods taught by the invention can therefore be readily integrated into numerous applications where power, reliability and performance are at a premium but low cost is essential, eventually replacing diode lasers in many existing systems but also enabling many new commercial, biomedical, scientific and military systems.

The invention discloses a system and method for trusted storage of data. The system mainly comprises four logical entities, namely, a trusted management center, an application server, a storage virtualization security gateway and a rear-end storage system. The trusted management center serves as a configuration and management entity for a trusted strategy. The application server serves as an entity sending a data access request. The storage virtualization security gateway serves as an entity receiving the data request of an application layer and achieving mapping of a virtual port, converting of a virtual storage device address and a physical storage device address and encapsulating of an IO request through the virtualization technology. The rear-end storage system provides a physical medium for data storage and operation. On the basis of the storage virtualization technology, a data access control flow in the trusted technology is provided for the storage virtualization security gateway or an agent layer so that strict security check and control can be carried out on an access request for a storage system, and illegal access or vicious data access operation can be prevented.

An LED lighting apparatus and a dimming method thereof are disclosed. The LED lighting apparatus is coupled to a power source through a power switch. The method includes providing a first lighting unit and a second lighting unit; detecting whether or not the power switch has been turned on; and gradually adjusting a light mixing ratio between the first lighting unit and the second lighting unit according to a turn-on duration of the power switch and storing a color temperature value, accordingly.

A side-impact air bag system for motor vehicles with an air bag (10) extending across at least a part of the longitudinal extent of the vehicle. The air bag (10) is formed by two layers of fabric which are joined to each other and is located in the region of the roof frame of the vehicle in its folded state, before it is unfolded in the form of a curtain. An inflation device (11) releases an inflating gas, and the air bag (10) contains at least one primary chamber (14) which can be inflated by directly feeding gas into it, as well as at least one additional pressure equalization chamber (16), which is separated from the immediately inflatable primary chamber (14). The pressure equalization chamber (16) is equipped across its surface with additionally placed connections (19) of the fabric layers of the air bag (10) in such a manner that the gas stream entering the pressure equalization chamber (16) after inflation of the directly inflatable primary chamber (14) as a function of the pressure acting upon it, inflates portions of the pressure equalization chamber (16) by separation of the additional connections (19).

The invention relates to methods and devices for controlling unbalanced active power flow in a three-phase modular multilevel converter 20. The converter 20 comprises a first and second converter 4, 5 both comprising three phase legs arranged in a wye-connection. The first and second converters 4, 5 are interconnected in a double-wye connection, and their neutral paths are independently floating. The method 200 comprises: detecting an active power flow in the phase legs; determining a zero-sequence voltage, the determination providing magnitude and phase of the zero-sequence voltage; re-computing the magnitude of the zero-sequence voltage while keeping the phase of the zero-sequence voltage fixed, the magnitude being re-computed with the requirement that the resulting voltage over the phase legs is smaller than or equal to a maximum allowed leg voltage, the re-computed magnitude and the phase giving a re-computed zero-sequence voltage; imposing the re-computed zero-sequence voltage on the neutral point of the first and second converters, thereby reducing the active power flow determining remaining active power based on the re-computed magnitude of the zero-sequence voltage; determining a DC current giving a product with a DC voltage of the first and second converters 4, 5 that will counteract remaining active power; and imposing the DC current on the phase legs.

The invention provides a method and device for controlling emotion. The method comprises the steps that 1, pulse frequency is acquired; 2, when a value of the pulse frequency is larger than a preset frequency value, acoustic information is acquired; 3, the acoustic intensity and beat speed in the acoustic information are detected; 4, whether a user is in an emotion-uncontrolled state or not is judged according to the acoustic intensity and beat speed; 5, when the user is in the emotion-uncontrolled state, acoustic information acquisition is stopped, and a preset audio is played. In this way, the problems that the emotion-uncontrolled state is automatically detected and emotion control is automatically performed according to the state are solved.

The invention provides a non-sinusoidal vibration method of a continuous casting mold. The non-sinusoidal vibration method includes steps of controlling a driving device of the continuous casting mold so that the continuous casting mold vibrates non-sinusoidally in line with eight-stage speed determined as the following eight-stage speed function in each vibration cycle; introducing a new vibration control variable, namely the constant-speed duration factor m, increasing the control means for the waveforms to facilitate the vibration control according to the actual conditions. The casting speed and vibration waveform can be combined for different billet speed, and different vibration schemes can be designed; the consumption of casting powder can be increased, continuous casting lubrication is facilitated, and friction, cracks and binding are reduced. Therefore, the vibration speed of the crystallizer is equal to the extension of the casting speed, and the uniform outward heat transfer of the continuous casting and stable growth of the initial base are facilitated.

The invention discloses an iron ore tunnel kiln magnetizing roasting layering material distributing reduction method. Iron ore is divided into different granularity degrees according to the granularity range; the reduction coal is flatly laid in the bottom of a tunnel kiln car according to the proportion that the reduction coal accounts for 4-6% of the total weight of iron ore; the iron ore of various granularity degrees is laid at the upper portion of the reduction coal of the tunnel kiln car, and the granularity range of each layer of iron ore is gradually increased from the bottom layer to the top layer in a layer-by-layer manner; facing materials are flatly laid at the upper portion of iron ore of various granularity degrees of the tunnel kiln car; the tunnel kiln car loaded with materials is pushed into a tunnel kiln for magnetizing roasting; and after magnetizing roasting is finished, the tunnel kiln car loaded with the materials is pushed out of the tunnel kiln. According to the method, over reduction of iron ore can be effectively prevented, the control means of iron ore magnetizing roasting is improved, and the surplus carbon recycling and utilizing cost is low. In addition, the mixing technology of iron ore and a reducing agent before magnetizing roasting of the iron ore tunnel kiln is reduced or eliminated, and the production cost of the roasted ore is reduced.

The invention discloses a non-jet normal-pressure large-volume microwave plasma generation method, and belongs to the technical field of microwave plasmas. The method is characterized by comprising the following steps: a, starting an igniter, and spraying generated small plasmas or chemical flames into a conical cavity; b, starting a microwave source, and inputting microwaves into a reaction cavity through a microwave feed port; and c, turning off the igniter, increasing the microwave power of the microwave source, and amplifying the small plasmas in the conical cavity to obtain non-jet normal-pressure high-power and large-volume microwave plasmas. According to the invention, to-be-treated gas can be fully and uniformly heated, so that the reaction efficiency is improved; uniform distribution in a set space range is realized, destructive breakdown discharge can be effectively prevented, and heat dissipation balance is easy to control; reasonable temperature, stable structure and long-term operation stability of the whole generator are ensured under the condition of reducing heat dissipation as much as possible; and the whole operation process is simple, reliable and easy to control.

The invention relates to the technical field of wireless communication, and discloses an industry-user-oriented mobile communication network privacy protection method and an industry-user-oriented mobile communication network privacy protection system. According to the industry-user-oriented mobile communication network privacy protection method, information of users is classified, thus, omnibearing privacy protection enhancement is carried out on industry applications from three aspects of management, control and users; the management layer protects a user network identity and resource configuration, a control layer protects related processes of user network access authentication; and the user layer protects a user data communication address, a data transmission channel and data network storage; privacy protection of management information, control information and user data information of industry users is realized; and a privacy protection framework and a systematic process for industry application are provided to prevent harm and risks, unified privacy protection is carried out, wooden barrel effect or fragile points are avoided, and privacy and sensitive data cannot be leaked or utilized when a mobile communication network is used in the vertical industry.

The invention discloses a non-jet normal-pressure thermal plasma generator, and belongs to the technical field of microwave plasmas. The non-jet normal-pressure thermal plasma generator comprises an igniter and a microwave source, and is characterized by further comprising a reaction cavity; a gas channel I and a gas channel II are formed in the reaction cavity; the reaction cavity comprises a cylindrical cavity and a conical cavity located above the cylindrical cavity, wherein the conical cavity is communicated with the cylindrical cavity; a microwave feed port is formed in the cylindrical cavity; the microwave source is connected with the microwave feed port; and the igniter is connected to the conical cavity. According to the invention, large and uniform thermal plasmas can be formed, so that the gas to be treated is fully and uniformly heated, and the reaction efficiency is improved; uniform distribution in a set space range is realized, destructive breakdown discharge can be effectively prevented, and heat dissipation balance is easy to control; and reasonable temperature, stable structure and long-term operation stability of the whole generator are ensured under the conditionof reducing heat dissipation as much as possible.

The invention discloses a surface temperature measuring device for an electron beam fuse wire additive manufacturing part and a measuring method of the surface temperature measuring device. The surface temperature of the formed part can be detected more simply and conveniently, so that the measuring operation is prevented from being influenced by splashing, stacking height and the movement of a workbench during a surface temperature measuring process. The measuring method is contact type temperature measurement, and the temperature of the forming surface can be measured; a metal steam protection baffle can prevent metal steam from polluting a temperature measuring couple and prevent metal steam from polluting a baffle hinge, so that the device can be effective for a long time; a spring anda pressure-sensitive element are fed into the temperature measuring couple, so that hard collision between a thermocouple and a formed base body is effectively prevented, the service life is prolonged, and control means are increased; and the device can control a forming temperature field to tend to be consistent together with a machining program, so that the forming process is more stable, and the forming appearance quality and the internal structure and performance are greatly improved.

The invention discloses an annulus flow control nipple of an oil and gas well and an application method thereof, and belongs to the field of downhole process pipe string tools of oil and gas wells. Aannulus flow control nipple tool is formed by arranging a brush bristle layer outside a conventional nipple; during using, depending on an annulus flow control unit (set) formed by a brush bristle ring of the annulus flow control nipple in a pipe string annulus, a semi-permeable blocking ring section is formed in the downhole, the functions of packing, blocking and filtering are provided for different production purposes, the new solution for controlling the annulus fluid state is provided for flow control sand prevention, fracturing construction and enhanced perforation construction of a production well, and the purposes of solving corresponding production and construction are achieved. According to the annulus flow control nipple tool of the oil and gas well and the application method thereof, operation is easy, convenient and fast, construction is easy, the cost is lowered advantageously, and power consumption is reduced advantageously.

The invention discloses a boiler control device and method, and relates to the field of boiler control. Fuel characteristics of the boiler and heat exchange characteristics of the hearth are coupled, the temperature of the combustion chamber of the boiler is controlled by adjusting the amount of fly ash fed into the hearth, and the combustion condition of fuel and the generation condition of nitric oxide are further controlled; the problems that the temperature of a combustion chamber deviates from a design value, fuel combustion is insufficient, boiler overtemperature coking is caused, and the generation amount of thermal nitrogen oxides is too high due to design errors, deviation of in-furnace fuel characteristics from the design value, boiler load changes and the like of a traditional boiler are solved. According to the invention, a boiler combustion chamber temperature control means is added, so that the combustion condition of the boiler can be improved, the emission of nitrogen oxides of the boiler can be controlled, the boiler efficiency can be improved, the coking risk of the boiler can be reduced, and the emission of pollutants can be reduced.