158results about How to "Realize Regulatory Control" patented technology

The invention relates to a method and a system for adjusting air quality of high-rise buildings by virtue of natural conditions. The method comprises the steps of acquiring index data of air quality of a local area, detecting indoor and outdoor air quality, humidity and temperature as well as outdoor wind power, transmitting detection data to a main control system, working out an air quality control strategy by the main control system according to related data of various detections as well as the index data of the air quality of the local area, sending the air quality control strategy to a local controller by the main control system, and controlling a total heat fresh air ventilator to start and stop ventilating by the local controller. The system comprises various air quality detection devices, a ventilation and air change device, the local controller, a local area network and the main control system, wherein the main control system is connected with an air quality index publishing system. According to the system and the method, both the indoor air condition and the outdoor air condition of the high-rise buildings are taken into account, existing facilities of the high-rise buildings are fully used, relatively ideal air at the best time is gathered, and the air quality of the high-rise buildings is controlled and regulated at low cost when the air contamination is uncertain.

The invention relates to a method and a device for injecting profile control online. The method includes that a plugging agent is injected in a water injection well. The plugging agent injected in the water injection well is injected online and the steps are that: (A) the plugging agent is stored into a liquid storage tank; (B) the plugging agent is simultaneously injected along with the injected water by a special injection device; (C) the plugging agent is mixed into an online water injection pipeline through a metering plunger pump; (D) the plugging agent is mixed with the injected water in the water injection pipeline, injected into the well together and reach an oil layer; (E) the total injecting flow and injecting pressure on the well opening are measured by a flowmeter and a pressure gauge. The device includes the liquid storage tank, a control valve, the metering plunger pump, an injection agent tube, the water injection pipeline, a throttle valve, the flowmeter, the pressure gauge and the water injection well. One end of the injection agent tube is connected on the water injection pipeline and the other end is connected with the metering plunger pump, the control valve and the liquid storage tank in sequence. The water injection pipeline is connected with the water injection well through the throttle valve and the flowmeter. The method and the device have the function of controllable water injection and simultaneous injection and are broadly applied into the water injection technique of petroleum exploitation.

The invention provides a method to prepare nano-crystal hydroxylapatite / collagen / poly(lactic acid-hydroxy-acetic acid) composite film material used to guide tissue regeneration. It dissolves poly(lactic acid-hydroxy-acetic acid) in solvent to mix with nano-crystal hydroxylapatite / collagen evenly, to prepare the compound film material by suspended smearing. Its advantage: the film has excellent biocompatibility, one surface rough and the other smooth, and the filmí»s degrading rate, thickness, and mechanical property are all adjustable.

The invention discloses a rubber mixing machine. The rubber mixing machine comprises a control device and a mixing cylinder which is arranged on a supporting base, wherein a driving device used for driving the mixing cylinder to rotate is arranged on the supporting base; a material inlet and a material outlet are respectively formed at the two ends of the mixing cylinder; a feeding device is arranged at the material inlet; a discharging device is arranged at the material outlet; the driving device, the feeding device and the discharging device are respectively connected with the control device; material mixing blade wings arranged along a feeding spiral direction are respectively arranged in the inner wall of the mixing cylinder; an acute angle material accommodating angle is formed between the material mixing blade wings and the inner wall of the mixing cylinder; and a material stirring hopper is distributed on the inner wall of the mixing cylinder, positioned in the end of the material outlet. Before standard rubber blocks are subjected to banburying and after the standard rubber blocks produced in different batches are cut into small rubber blocks, the small rubber blocks can be fully mixed and homogenized, the production quality is improved, and the energy consumption is reduced.

The invention discloses a test bench of a full automatic valve electric device, the output end of the valve electric device is connected with a gear transmission case, the test bench of the electric device is provided with an industrial computer, and the industrial computer is an information processing unit and is respectively connected with the valve electric device and a motor through signal circuits. In addition, the invention further discloses a test method of the test bench. The adoption of the technical scheme can use the computer to realize the comprehensive testing of various mechanical and electrical parameters of the valve electric device, reflect the real-time dynamic data, automatically test a variety of items, such as the torque data of the valve electric device under full stroke and various states, obtain accurate test results, realize the regulation and the control of the testing process, simulate the various actual states of the operation of a valve, further obtain the efficiency of the motor, the transmission total efficiency of an electric fitting and other data, and provide an important basis for design, manufacture and operation of the valve.

The invention discloses an OCT system based on a multispectral LED light source. The system comprises an interference system, an interference spectrum acquisition system, a control unit and a light source which supplies light to the interference system, wherein the light source is an LED light source and comprises a plurality of LED chips; the LED chips comprise a plurality of wave bands with different central wavelengths, the variety quantity is equal to or less than the quantity of the LED chips; the LED chips are also arranged on a circuit layer; the circuit layer is arranged on a substrate; the circuit layer is also provided with a plurality of pins of which the quantity corresponds to that of the LED chips; one-ended electrode of each LED chip is connected in series and/or connected in parallel with the other-ended electrode opposite to the one-ended electrode of each LED chip. Compared with the prior art, the OCT system has the advantages that the cost is reduced; more importantly, an aim of adjusting the light sources with different wavelengths according to the requirement can fulfilled, the use variability of the light source on a fluorescence microscope is widened, and the large-range scanning of the central wavelength of the light source in the OCT system can be realized.

The invention discloses a non-invasive monitoring method and a monitoring device for cerebral blood oxygen, and develops a non-invasive monitoring method for blood oxygen saturation of local tissues of a human brain by utilizing different absorbances of oxyhemoglobin and deoxidized hemoglobin to near-infrared light, so that the method does not cause harm to a human body; continuous real-time monitoring of the cerebral blood oxygen value can be achieved through a continuous cerebral blood oxygen value prediction model, the influence of melanin is considered, correction factors are added, surface interference signals and deep useful signals are detected respectively, the content of the collected signals is richer, and the cerebral blood oxygen signals with the high signal-to-noise ratio canbe obtained through processing conveniently; further, the cerebral forehead lobe area local oxyhemoglobin saturation monitoring value without the human head tissue interference signal is solved, so that the cerebral oxyhemoglobin continuous monitoring stability is better, and the monitoring precision is higher. A new solution is provided for non-invasive monitoring of cerebral blood oxygen, and clinical application of non-invasive monitoring of cerebral blood oxygen can be better promoted.

The invention provides a garden loosening and fertilizing machine, and belongs to the technical field of machinery. Solved is the problem that conventional machines cannot loosen the soil and fertilize the garden plants high efficiently in the prior art. The provided garden loosening and fertilizing machine comprises a base and a work plate. A vertical cylinder is arranged between the base and the work plate. The work plate is provided with a fertilizing device. The fertilizing device comprises a storage box, a fertilizing pipe, and a fertilizer applicator. The fertilizer applicator comprises a fertilizing cylinder and a fertilizing box. The fertilizing box is provided with fertilizing holes. A telescoping mechanism is arranged between the fertilizing box and the work plate. The base is provided with a loosening device. The loosening device comprises an installation plate and a loosening cutter. The installation plate is provided with a hinge chain. The hinge chain is hinged to a hinge plate. The other end of the hinge plate is fixedly connected to an installation cylinder. The installation cylinder is provided with an installation hole. The loosening cutter is arranged in the installation hole. A hydraulic cylinder is arranged between the hinge plate and the installation plate. The provided machine can automatically loosen the soil and fertilize the plants, and thus the work efficiency is improved.

The invention relates to a heat pump laboratory temperature and humidity control and energy dissipation efficiency testing system which comprises an upper computer MCGS, a lower computer PLC, a temperature and humidity detecting module, a temperature adjusting module, a humidity adjusting module, a tested air source heat pump set and a heat pump power supply management module. The upper computer MCGS and the lower computer PLC are connected. The temperature and humidity detecting module is connected with the lower computer PLC through an analog quantity collector. The temperature adjusting module is connected with the lower computer PLC. The humidity adjusting module is connected with the lower computer PLC. The tested air source heat pump set is connected with the heat pump power supply management module which is connected with the upper computer MCGS. A water inlet temperature detector, a water outlet temperature detector and a water flow detector are arranged between the tested air source heat pump set and the analog quantity collector. The system has the advantages of being stable, reliable, easy to use and low in price, the energy dissipation efficiency testing system is added, the system is comprehensive and complete, and practicability is strong.

The invention is applicable to the technical field of operation assisting control, and provides a medical instrument control method and system for assisting in an operation. The method comprises the steps of acquiring attitude information of a first motion catcher and/or a second motion catcher in real time; based on current attitude information and original attitude information of the first motion catcher, obtaining the first attitude change amount; and/or, based on current attitude information and original attitude information of the second motion catcher, obtaining the second attitude change amount; based on the first attitude change amount and/or the second attitude change amount, determining the position offset and/or the attitude offset; according to the position offset and/or the attitude offset, adjusting the displacement and/or the attitude of a medical instrument. By means of the method or system, the operation can be accurately reflected in real time, according to the willing of a doctor, the system is closely cooperated with the operation progress to meet requirements of the operation, and the operation risk caused when an assistant or a nurse controls and adjusts the displacement and/or the attitude of the medical instrument can be avoided to a certain extent.

Based on visual persistence of human eye, brightness theory of subjective sensation and characteristic of quick response of LED, controlling ducting pulse width of LED operating voltage realizes control for LED brightness when basic frequency of operational power supply is adjusted at 60Hz to 180Hz. Moreover, it is ensured that LED keeps pure white light within range of changing light brightness. The method described above is also applicable to LED in other color, that is to say brightness is adjusted while color is not changed basically. The invention solves difficult problem in brightness adjustment for LED, playing active effectiveness for using LED with advantages of energy saving, long service life, and no pollution etc.

The circulating fluidized bed boiler air supply device includes the upper air distribution plate (7) with an air inlet and the air cap (1) arranged on the upper air distribution plate (7), and the air inlet of the upper air distribution plate (7) is set There is an adjustment piece (3) for adjusting the air intake volume. The present invention can control the size of each vent of the air distribution device according to needs, realize the adjustment and control of the resistance of the air distribution device, improve the performance of the air distribution device, and thus achieve the purpose of graded air distribution and uniform fluidization. Therefore, not only the efficiency of the circulating fluidized bed boiler is improved, but also the problems of wind cap wear and slag leakage can be fundamentally solved.

The invention discloses an adjustable and controllable dye laser based on light fluid. The adjustable and controllable dye laser comprises a pumping light source, a work medium and a resonant cavity, wherein a circular conical surface external reflector and the resonant cavity are sequentially arranged in an optical axis direction of an emergent light beam of the pumping light source, the resonant cavity is a transparent column body, in addition, a first optical reflector, a dye molecule suspension liquid region, a first liquid lens, a second liquid lens, a gas cavity and a second optical reflector are sequentially arranged in a cavity body of the resonant cavity in the optical axis direction, the dye molecule suspension liquid region is used as a work medium, a first electrode and a second electrode used for regulating and controlling the first liquid lens and the second liquid lens are arranged on the outer surface of the resonant cavity, and a first circular conical surface internal reflector and a second circular conical surface internal reflector are also arranged in a way of using an optical axis as a center symmetric axis. The adjustable and controllable dye laser based on light fluid has the advantages that the output laser mode is controllable, the light beam quality is good, the flexibility is high, and the like.

The invention relates to an air suspension control system which comprises an ECU controller, a drive axle supporting airbag, a drive axle supporting airbag pressure sensor, a bearing axle supporting airbag, a bearing axle supporting airbag pressure sensor, a bearing axle lifting airbag pressure sensor, a bearing axle lifting airbag, three three-position three-way electromagnetic valves, an air storage cylinder, a height sensor and three switches, wherein the parts are electrically connected. The ECU controller achieves normal driving control, overall height adjustment control, lifting and landing control and/or load transfer control by controlling the three three-position three-way electromagnetic valves in a respective mode or in a combined mode. According to the technical scheme, the form of distributing an electromagnetic valve system is adopted, the main function of an electronic control system is achieved, the cost is lowered, and maintenance is convenient.

The embodiment of the invention discloses a variable pressure difference measuring method and device. The method comprises acquiring the state information of a measuring device according to a measuring valve displacement sensor (2), a post-measurement pressure sensor (3), a pre-measurement pressure sensor (4), a temperature sensor (5) and an oil return valve displacement sensor (8); transmitting the state information of the measuring device to a controller (1); in the controller (1), calculating actual mass flow according to the state information of the variable pressure difference measuring device, receiving state signals and expected index information of a controlled object, and calculating control signals through a preset algorithm; controlling the opening degree of a first electro-hydraulic control device (6), a second electro-hydraulic control device (7), a measuring valve (9) and an oil return valve (10) through the control signals to achieve fuel pressure difference and flow adjustment control. By in real time controlling multiple variables, the variable pressure difference measuring method integrates and increases fuel measuring range and precision and response speed simultaneously, and meanwhile, expands the selecting range of varieties of fuel measuring fuel source pumps and improves reliability of the fuel measuring device.

The invention discloses a multifunctional flexible platform for sample car remanufacturing. The multifunctional flexible platform for sample car remanufacturing comprises a bottom plate platform, an X-direction sliding component, a Y-direction sliding component and a sample car platform, wherein the X-direction sliding component and the Y-direction sliding component are arranged at the top of the bottom plate platform in a height-adjustable manner, the X-direction sliding component is connected in a sliding manner with the top of the bottom plate platform in the X direction, the Y-direction sliding component is connected in a sliding manner with the top of the bottom plate platform in the Y direction, and the sample car platform is positioned on the X-direction sliding component and the Y-direction sliding component. The multifunctional flexible platform can be used for omnibearing adjustment to sample car position in the X, Y and Z directions, is easy to operate and high in accuracy and precision, can be used for remanufacturing different sample cars, and is high in efficiency and low in cost.

The invention discloses an incoherent light source-based optical nipper microscope. The microscope comprises an optical nipper microscope body and a light source which provides light to the optical nipper microscope body, wherein the light source is an LED (light-emitting diode) light source and comprises a plurality of LED chips; wave bands of the LED chips contain a plurality of wave bands with multiple types of different center wave lengths; the number of the types is equal to or smaller than the number of the LED chips; the LED chips are also arranged on a circuit layer; the circuit layer is arranged on a substrate and is also provided with a plurality of pins corresponding to the LED chips in number; the electrodes at certain ends of the LED chips are connected in series and/or in parallel; the electrodes at the opposite other ends of the LED chips are led out from the pins. Compared with the prior art, the optical nipper microscope has the advantages that the size of the optical nipper microscope is reduced, the service life of the optical nipper microscope is prolonged, more importantly, the aim that light sources with different wave lengths can be adjusted according to needs on one set of light source is also fulfilled, and the selection of the wave lengths of the optical nipper microscope is richer.

The present invention relates to an apparatus for adjusting and conotrolling the position of a printing material in the circumferential direction in a printing materials processing machine. At least three sensors are comprised in the apparatus, one of which detects the lateral position and other two of which detect a circumferential register. The invention is characterized in that the two sensors of the circumferential register are laterally offset in many times and a fraction of a printing ink measurement field, the two sensors of the circumferential register detect an edge of a printing ink measuring strip of the printing ink measurement field, or detect the edge of the printing ink measuring strip and a mark on the printing material; the lateral sensor can analyze the following sensor; and the analyze range of the sensor is arranged in the printing ink measurement field or in the mark.

The invention relates to the technical field of robots. According to the technical scheme, a jumping degree-adjustable bionic bouncing device is characterized by comprising a machine frame, and further comprising a driving mechanism, a transmission mechanism, hind leg mechanisms, fore leg mechanisms and a controller which are mounted on the machine frame; two groups of the fore leg mechanisms andtwo groups of the hind leg mechanisms are symmetrically mounted on the machine frame; and the driving mechanism comprises a first small gear which is rotatably positioned on the machine frame and is driven by a stepping motor, a first big gear which is engaged with the first small gear and is coaxially fixed to a second small gear, a second big gear which is rotatably positioned on the machine frame and is coaxially fixed to a ratchet, a pawl which is hinged to the machine frame and is matched with the ratchet, a third small gear which is rotatably positioned on the machine frame and is fixedto a cam, and an L-shaped rod which is positioned on the machine frame in a swinging manner. The bouncing device can realize adjustable control over the jumping degree, and has the characteristics ofhigh jumping ability, the stable structure and convenience in control.

The invention discloses an intelligent local and remote dimming method for an LED lamp. An LED intelligent dimming switch is arranged and consists of an AC-DC converter power module, a single-chip microcomputer module, a zigbee communication circuit module, a touch control module and a relay module; the single-chip microcomputer module is connected with the zigbee communication circuit module, the touch control module and the relay module; and the AC-DC converter power module provides power for the single-chip microcomputer module. The dimming method comprises steps of key scanning, zigbee remote controlling and single-chip microcomputer signal processing. The dimming method has the following beneficial effects: the dual functions of local controlling and remote controlling can be realized and thus adjustment controlling of brightness of an LED lamp can be realized. Moreover, the dimming method is simple and is easy to operate.

The invention discloses a nutrition pot sowing and burying device which comprises a ditching plow, a plough share, a soil covering wheel and a seeding pipe, wherein the top of the ditching plow is fixedly connected with a fixing plate; two sides of the rear part of the ditching plow are movably connected with the plough share respectively through hinges A; towing pads and adjusting holes A are formed in the fixing plate; the side face of the seeding pipe is fixedly connected with a connecting lug with a connecting hole formed in the middle; the connecting lug penetrates through one adjusting hole A through a bolt and is connected with the fixing plate; the inner side of the rear part of the plough share is connected with adjusting rods through hinges B; the middles of the adjusting rods are rotationally connected with the soil covering wheel through connecting rods. By adopting the combined structure of the ditching plow, the seeding pipe and the soil covering wheel, the functions of ditching, sowing and covering soil are simultaneously realized, the transplanting efficiency of nutrition pots is effectively improved, the personnel input is reduced, and the agricultural production cost is significantly reduced.

Disclosed is a glass bead broadcasting device used for a ruling machine. The glass bead broadcasting device includes a box body, side plates, a mounting bracket, a width adjusting mechanism and a flowadjusting mechanism. A broadcasting room is defined by the two side plates and the inner surface of the box body. A plurality of threaded holes are formed in a discharging plate in the left-right horizontal direction at intervals. A discharging long hole is formed between the bottom of the discharging plate and the upper surface of a horizontal structure. The width adjusting mechanism includes aplurality of baffles which are arranged on the front side of the discharging plate side by side in the left-right horizontal direction. Each baffle is provided with at least one elastic structure usedfor fixing or releasing the corresponding baffle. The flow adjusting mechanism is located on the front side of the discharging long hole and mounted on the rotating connecting parts of the side plates. The mounting bracket is fixedly connected to a bracket connecting part. According to the glass bead broadcasting device, the box body structure meets flow characteristics of glass beads, the box body is avoided from rusting, the broadcasting quantity of the glass beads can be adjusted through the flow adjusting mechanism, the construction demand of different width line marking is met simultaneously through the width adjusting mechanism, resources are saved, and operation is convenient.

The invention discloses a supercritical multiple thermal fluid generating device capable of being directly used for heavy oil thermal recovery. The supercritical multiple thermal fluid generating device comprises a generator end cover, a mixing barrel and a reactor wall, wherein a water cooling end cover is arranged on the reactor end cover, cooling water is injected to protect the reactor end cover from overtemperature, a cooling water channel is further arranged on the reactor end cover to protect a flame monitor, a nozzle platform is arranged at the bottom of the reactor end cover, is provided with an oxidant spiral nozzle, and is in threaded connection with an atomizing nozzle to ensure that fuel and the oxidant are uniformly mixed, a secondary fuel channel is further arranged in a combustion chamber, crude oil can be directly injected into the combustion chamber, the problems of coking and carbon deposition in the fuel preheating process are solved, water in an annular cooling channel flows downwards to cool the combustion chamber, then enters a cooling and mixing channel and is mixed with reaction fluid flowing out of a mixing barrel outlet hole group, and the temperature control target is achieved. A combustion chamber middle necking structure, a combustion chamber bottom necking structure, the mixing barrel outlet hole group and the like can achieve the purpose of pressure control.