77 results about "Formal control" patented technology

A security network for use in a building with an opening to be monitored for possible intrusion. The network includes an intrusion sensor monitoring the opening; an RFID transponder associated with the sensor; an RFID reader in wireless communication with the transponder; and a portable telephone handset having first keys activating conventional telephone capability and second keys activating interaction with the other security network components. The handset wirelessly communicates with the reader. The reader may take the form of a security cradle for the handset. Alternatively, the reader may take the form of a telephone console. The console has keys enabling a user to dial remote telephone numbers; circuitry adapted to receive wireless communications from the transponder; circuitry in wireless communication with the handset; circuitry in communication with an external network; and a processor executing program code enabling the handset to communicate with the external network via the telephone console.

An MPC adaptation and tuning technique integrates feedback control performance better than methods commonly used today in MPC type controllers, resulting in an MPC adaptation/tuning technique that performs better than traditional MPC techniques in the presence of process model mismatch. The MPC controller performance is enhanced by adding a controller adaptation/tuning unit to an MPC controller, which adaptation/tuning unit implements an optimization routine to determine the best or most optimal set of controller design and/or tuning parameters to use within the MPC controller during on-line process control in the presence of a specific amount of model mismatch or a range of model mismatch. The adaptation/tuning unit determines one or more MPC controller tuning and design parameters, including for example, an MPC form, penalty factors for either or both of an MPC controller and an observer and a controller model for use in the MPC controller, based on a previously determined process model and either a known or an expected process model mismatch or process model mismatch range. A closed loop adaptation cycle may be implemented by performing an autocorrelation analysis on the prediction error or the control error to determine when significant process model mismatch exists or to determine an increase or a decrease in process model mismatch over time.

The invention discloses a unidirectional transmission internal and external network secure isolating gateway applicable to an industrial control network, belongs to the technical field of the industrial control network. The isolating gateway comprises an external network processing unit, a data ferry unit and an internal network processing unit; the external network processing unit is connected with the internal network processing unit through the data ferry unit; and the software and the hardware of the internal and external networks are isolated at the same time; the external network processing unit, the data ferry unit and the internal network processing unit are completely independent and communicate through a self-defined protocol. The isolating gateway is advantaged by that the isolating gateway is used for realizing unidirectional data transmission by the industrial control network and an upper computer public network under a physical isolating condition; identity authentication and content filter are controlled through a plug-in mode; and the reliability and the security of the industrial control network are ensured to the maximum extent.

A system for automatically providing different levels of formality controls in a communication is disclosed, in which a formality level is determined based on a current communication context. The formality level is used to enable an appropriate level of automatic checking of the communication contents. The determination of a formality level for a communication may be based on any specific context information regarding the participants and/or contents of a communication. including but not limited to the relative positions of participants within an organizational hierarchy (“organizational distance”), the professional relationships of the participants (e.g. service provider to client/customer), the frequency of communications between participants, the geographic locations of participants, the number of previous errors in the communication contents, configurable participant preferences, express communication settings by participants, etc. The determined formality level may be used to enable any specific type or level of automatic message contents checking, including but not limited to various types and levels of spell checking (e.g. location specific spell checking), grammar checking, acronym substitution, cultural filtering, etc. The disclosed system may determine organisational distances based on the contents of user directories, such as lightweight directory access protocol (LDAP) directories.

The invention relates to a method and an apparatus for predicting multi-section fracturing productivity of a shale gas reservoir horizontal well. The prediction method comprises: obtaining shale gas reservoir original parameters after fracturing modification; establishing a physical model for a target region by utilizing the shale gas reservoir original parameters, and obtaining a strong form control equation of gas flow in a shale matrix and a strong form control equation of gas flow in a fracture network; establishing a control equation for the gas flow in the shale matrix and a comprehensive control equation for the flow in a fracture system by utilizing the strong form control equation of the gas flow in the shale matrix and the strong form control equation of the gas flow in the fracture network; establishing a strong discontinuous expansion function; substituting the strong discontinuous expansion function to the control equation for the gas flow in the shale matrix and the comprehensive control equation for the flow in the fracture system to calculate fracture pressure distribution; and substituting the fracture pressure distribution into a productivity equation to obtain shale gas productivity.

A self-raising form control system and method is provided that that may be used to form elevator shafts and other vertical building structures. The apparatus includes one or more form elements for defining an area to receive a formable material, such as concrete. Each element is attached to the form structure. A lift apparatus is provided for lifting the form elements. The lift apparatus comprises a measurement device for measuring the position of said lift apparatus relative to a fixed point. The lift apparatus is connected to the form structure. A control unit is provided for controlling the lift apparatus. The control unit is signal connected to the measurement device and is signal connected to the lift apparatus.

The invention discloses a configurable on-chip testing module supporting the encapsulation of a chip through different pins, which consists of an encapsulation form controller (101), a pin converter (102), a pin signal controller (103) and a bus signal selector (104). The testing module can support the encapsulation form of the multifunctional chip that the different pins are adopted for different pieces of application. The configurable on-chip testing module supporting the encapsulation of the chip through the different pins is characterized in that: 1, the testing module is strong in universality and wide in testing range and can almost test all other functional modules except an internal CPU; 2, the testing module is less logical and can ignore influence on the area of the chip, thus the production cost of the chip is not increased; and 3, a virtual CPU (an excitation controller) adopted in testing is arranged outside the chip, thus the development on testing programs is more flexible and more relevant.

The invention provides an intelligent electric charging manage control method and system, and applies to the electric vehicle charging manage and control; the system comprises the following elements: intelligent charging control equipment connected with a power supply and configured with at least one charging socket used for connecting with vehicle chargers, wherein the intelligent charging control equipment controls the power on/off in the charging sockets so as to control the power supplied to the vehicle chargers; a client end using a mapping mode to display many intelligent charging control equipment and using a two dimension code scanning mode to control the intelligent charging control equipment to start and stop charging; a remote server connected with the intelligent charging control equipment and client ends through the network and used for realizing communication between the intelligent charging control equipment and the client end, and managing and controlling the intelligent charging control equipment and the client ends. The intelligent electric charging manage control method and system can control the power supply to connect/disconnect with the vehicle chargers, and can provide charging management and control services for vehicle chargers of different types and models.

A system and method for transferring power using a data communications signal line. The data communications signal line is in a high impedance powerless state when idle. A main device is electrically coupled to the data communications signal line. The main device generates and transmits a signal on the data communications signal line. The signal includes power generation and non-power generation characters. A peripheral device is electrically coupled to the data communications signal line. The peripheral device has a functional unit arranged to perform a desired function for the peripheral device. A power conversion module is electrically coupled to the data communications signal line and receives the signal. The power conversion module converts power from the received signal to a form suitable for storage. A controller is in electrical communication with the functional unit and the power conversion module. The controller receives the power generation and non-power generation characters, strips the power generation characters from the signal and transmits the non-power generation characters to the functional unit.

A DVD reproducing device is capable of being connected to a certain external electronic device. The DVD reproducing device includes an external input receiving unit connected with the external electronic device to receive an external input signal from the external electronic device. A key input receiving unit receives a user selection signal for selecting whether or not the external input signal is transformed. An external signal processing unit transforms the external input signal into a certain form according to a user selection signal. A control unit controls the external signal processing unit such that when an external input signal is received through the external input receiving unit, a received signal is transformed into a signal form predetermined by a user selection signal; and a signal output unit outputs the external input signal transformed at the external signal processing unit, whereby a signal inputted from the external electronic device is transformed into an optimal form to be displayed on the video display device.

A charging system has a battery pack and a charging device. The battery pack has a battery cell and a plurality of identifiers that identify a configuration of the battery cell. The charging device has a charging unit, a signal transmission unit, a reading unit, and a control unit. The charging unit charges the battery pack. The signal transmission unit transmits a first signal and a second signal to the battery pack separately to read the plurality of identifiers when the battery pack is attached to the charging unit. The reading unit reads the plurality of identifiers according to the first and second signals to determine the configuration of the battery cell. The control unit controls the charging unit according to the configuration of the battery cell.

A vehicle anti-rollaway device includes a first switch responsive to the presence and absence of an operator at a predetermined location in the vehicle for controlling the on/off state of parking brake of the vehicle in the form of either a servo controlled parking brake or a fluid controlled parking brake. The device can also include a speed control responsive to a speed of the vehicle for controlling the on/off state of the parking brake as a function of the speed of the vehicle. The device can also include a second switch operative for controlling the response of the parking brake to the state of the first switch.

The invention relates to a fire extinguishing system of a public bus. The fire extinguishing system comprises a fire extinguisher, a fire extinguishing pipeline and a plurality of spraying heads. The fire extinguisher is placed at the rear side of a bus body, and is connected with the fire extinguishing pipeline, and the fire extinguishing pipeline is laid at the two sides inside the bus body; a plurality of spraying heads which spray the interior of the bus body are arranged on the fire extinguishing pipeline at intervals, and a pneumatic control switch, a manual control switch and an electric control switch which are used for controlling a valve of the fire extinguisher to be turned on or off are arranged on the fire extinguisher. Power own by the bus and manual control are utilized for controlling the fire extinguisher in three modes. Through a large quantity of tests and a large amount of demonstration, the response time of the fire extinguishing system is not more than 3 seconds, solid and liquid fire disasters in various types of public transport vehicles can be controlled within 10 seconds and completely extinguished within 30 seconds, an oil tank is protected and prevented from exploding, and the evacuation time is gained for passengers.

The invention relates to a quantitative feed electric control pressure reductor, a characteristic test system for the pressure reductor and an automatic test method. The quantitative feed electric control pressure reductor comprises a quantitative air charging device and a quantitative air discharging device, and the quantitative air charging device and the quantitative air discharging device respectively control the movement of a valve core with an air charging magnet coil and an air discharging magnet coil in an pulse mode to quantitatively charge or discharge air to a control cavity, thereby the outlet pressure of the quantitative feed electric control pressure reductor is regulated to a setting value; the quantitative feed electric control pressure reductor, a measured pressure reductor, a sensor device, a control valve, a data acquisition and control circuit and like are connected in series to form the characteristic test system for the pressure reductor, the outlet pressure of the quantitative feed electric control pressure reductor is used as the inlet pressure of the measured pressure reductor, the sensor and a collection card are used as a data acquisition device, the automatic performance of the characteristic test of the measured pressure reductor is realized by computer process control, and the test data is displayed and recorded in real time.

The invention relates to a code spraying device for an inner circle of a steel roll, which consists of a wheelbarrow, a control device and an electric control nozzle. The control device is arranged on the wheelbarrow; PLC is adopted by the control device. The invention is characterized in that a longitudinal track is arranged on the wheelbarrow; a manipulator is arranged on the longitudinal track; the electric control nozzle is arranged on the end of the manipulator; a motor with a large Z shaft is arranged on the upper end of the longitudinal track; the motor with a large Z shaft controls the manipulator to move up and down on the longitudinal track. As the mode that adopts PLC to control the manipulator is adopted by the invention for controlling the rising, lowering, advancing, backing off and the rotary spraying in the inner circle of the steel roll of the electric control nozzle for leading the spraying starting point of the invention to be freely set in 360 degrees in the arc of the inner circle of the steel roll; the locating precision is high and the property is stable; if special ink and a thinner are adopted in the electric control nozzle, the ink has a high absorption capacity and is hard to be erased. The code spraying device can realize to automatically finish the code spraying operation of the inner circle of the steel roll, improve the working efficiency and remarkably improve the code spraying effect of the inner circle of the steel roll.

An image output control apparatus is capable of outputting normal images and stereo images from an output unit to a display device or a printer so that the normal images and the stereo images may be distinguishable. The image output control apparatus includes an image type determining unit that determines whether an image to be output is a stereo image or a normal image, the stereo image being composed of a pair of a left-eye image and a right-eye image, and an output form control unit that controls an image output form to distinguish a first image output form from a second image output form, the first image output form being used for outputting the stereo image, and the second image output form being used for outputting the normal image, according to the determination of the image type determining unit.

The invention discloses a parallel remote automated testing method. The parallel remote automated testing method is characterized in that a form control automated tool of a web page server is adopted, and testing results are stored by utilizing a database; a platform structure comprises a plurality of PC (personal computer) terminals, and the web page server is established at each automated testing PC terminal; the web page server of each PC terminal is provided with a public database; the web page servers only control the starting of the automated tool and detect whether the automated tool runs; the automated tool stores the testing results into the database according to an unique identification distributed by the web page server; and a web page terminal extracts the report content according to the unique identification, and a testing report is generated through inquiry statistics. According to the invention, multiple PCs are controlled, can be controlled by a console, and run synchronously without mutual interference, and write-in reports are mutually individual in carrying out automation.

There is provided spectral discrimination apparatus for use in a scanning optical microscope, the spectral discrimination apparatus comprising dispersive means (31) and frequency selective means including a rotatable disc (36) or discs. The discs are formed with apertures or spiral slots which, on rotation of the disc or discs, controls the frequency of light transmitted by the apparatus. The apparatus includes a detector (39) for receiving light from the frequency selective means. The, or each, rotatable disc (36) is positioned at an aperture plane after the dispersive means (31), although this is not essential if the rotatable disc has its outer periphery shaped to provide a cam surface engaged by a cam follower. There is also provided a method of spectral discrimination in a scanning optical microscope, comprising dispersing the light and passing the light through frequency selective means in which the form of rotating discs controls the frequency of transmitted light.

A fluid dispensing apparatus integrated within a pedal operated vehicle such as bicycles, tricycles, three-wheelers, four-wheelers and paddleboats is provided comprising a means for storing a fluid, such as water, a means for pressurizing said stored fluid, a means for controlling the release of said pressurized fluid in the form of one or more jets. In the preferred embodiment, the fluid is stored within one or more tanks or reservoirs, which tanks include a pump mechanism for pressurizing the tanks and the fluid stored therein. The pump mechanism includes pistons which are connected to the pedal cranks of the vehicle such that operation of the pedals so as to propel the vehicle simultaneously serves to reciprocate the pistons of the pump mechanism, thereby pressurizing the fluid tanks. Connected to the fluid storage tanks is at least one conduit or hose which is connected at its opposite end to a nozzle for dispensing the fluid. A trigger is incorporated with said nozzle so as to allow the user to alternatively release the pressurized fluid or stop the flow of said fluid. The nozzle may be incorporated on the handlebars or steering mechanism of the vehicle such that the fluid is released in the direction the vehicle is facing. A safety valve is also provided for the storage tanks to prevent the generation of dangerous pressure level.

An image forming device comprising a job storage means 11 connected to a network for storing jobs input through the network composed of a group of image data to be output, a job select means 12 for selecting various arbitrary jobs out of the jobs stored to the job storage means, a job output means 13 for combining the jobs selected by the job select means and outputting the same as one job, an output form comparison means 14 for comparing each of the image output forms of each job selected by said job select means, and a display means 16 for notifying that a job having different output form compared to the other forms of jobs is included in the selected jobs.

The invention provides a servo control method for the gasoline engine speed in a hydraulic system of a legged robot. The servo control method comprises the following steps: (1) calculating the engine speed error e and the engine speed error change rate ec; (2), after the fuzzy logic calculation of e and ec, outputting the proportionality coefficient increment delta kp and the integral coefficient increment delta ki; (3) calculating the proportionality coefficient and the integral coefficient according to the following formulas correspondingly: kp = kp0 + delta kp and ki = ki0 + delta ki; (4) calculating the accelerator opening degree according to the following formula: S1 = S1_old + kp*ec + ki*e; (5) calculating the accelerator opening degree change caused by the hydraulic oil flow rate change according to the following formula: S2 = kQ*detal Q; and (6) calculating the final accelerator opening degree Sf = S1 + S2, wherein the rotation of a steering engine is controlled through the accelerator opening degree in the PWM form, the air inlet volume is controlled by controlling the opening degree of an engine throttle valve through an accelerator cable, and finally the engine speed is controlled. The servo control method provided by the invention has the advantages that the feedforward control is adopted, so that the stable engine speed can be guaranteed well under the circumstance that the flow rate changes suddenly; parameters are modified online by adoption of fuzzy self-tuning, so that the different control requirements can be met; and accordingly, the hydraulic system can have the good dynamic property and static property.

The invention discloses a hoisting mechanism for a dynamic compactor. The hoisting mechanism comprises a driving motor (1), a speed reducer (3), a reel (5), a brake (8), a spindle (9), an encoder (4) and a control device (10). The hoisting mechanism has the advantages that the hoisting mechanism is simple in structure, an internal expansion clutch is arranged in the reel, and the reel can be driven to rotate, so that the purpose of hoisting a rammer can be achieved; the hoisting mechanism is provided with the calipers brake, a rope pressing roller and the encoder, so that continuous falling of a steel wire rope can be controlled timely after the rammer falls to the ground, and steel wire rope twining and disorder phenomena due to the fact that the steel wire rope is excessively released can be prevented; the falling rammer can be quickly controlled by a control system and the encoder, accordingly, a working procedure for hooking and hoisting an existing rammer again in current construction procedures after the existing rammer is unhooked can be omitted, the construction intensity can be reduced, and potential safety hazards can be eliminated; the hoisting mechanism is compact in structure, convenient to use, high in work efficiency and suitable for large-scale popularization and application, and is safe and reliable.