59results about How to "Operational visualization" patented technology

The invention discloses a novel food waste treatment system based on intelligent monitoring and a process thereof. The food waste treatment system based on intelligent monitoring of the present invention is characterized in that: the system comprises a pretreatment unit, an aerobic Fermentation processing unit, screening and removing impurities unit, waste processing unit and intelligent monitoring unit. The present invention also provides a kitchen waste treatment process, which is characterized by comprising the following steps: firstly, the collected kitchen waste is pulverized and dehydrated to obtain oil-water mixed liquid and residue particles; then the residue particles enter the aerobic state through a conveyor. The fermentation tank is mixed and stirred with fermentation strains, and aerobic fermentation is carried out at the same time to generate odor and organic materials; finally, the organic materials are mechanically screened by the screening and removal unit to separate organic materials and inorganic impurities to obtain high-quality organic materials. The fertilizer is used for recycling; the waste water obtained from dehydration and the odor generated during the aerobic fermentation process will be properly treated and disposed of by the waste treatment unit and then discharged up to the standard.

The invention discloses a lightning-proof monitoring warning system, which comprises a lightning-proof monitoring warning sub system, a server and an inquiry terminal, wherein the inquiry terminal is connected with the server through a network, the lightning-proof monitoring warning sub system comprises a main controller, an information collecting unit, a wireless network transmission unit, a display unit and a power supply unit, the information collecting unit, the wireless network transmission unit and the display unit are respectively connected with the information collecting unit, and thewireless network transmission unit is connected with the server. The lightning-proof monitoring warning system has the advantages of intelligentization, humanization and the like, is simple and convenient to operate, can be widely applied to the remote monitoring fields of power supply lightning protection boxes and signal lightning-proof boxes and can realize the automatic short message warning function.

The invention relates to a blood vessel thrombus-taking device with spine-shaped structures and a thrombus therapeutic instrument thereof. The blood vessel thrombus-taking device comprises a thrombus-taking instrument, a development ring located at the near-end of the thrombus-taking instrument and a development coil located at the far-end of the thrombus-taking instrument. The thrombus-taking instrument comprises a mesh tubular or cage-shaped structure composed of a plurality of mutually connected unit grids, and each unit grid is formed by embracement of mutually connected ribs. The ribs of the unit grids are provided with the spine-shaped structures respectively, and each spine-shaped structure extends into an outer cavity. The thrombus therapeutic instrument comprises the blood vessel thrombus-taking device with the spine-shaped structures, a protective sheath tube, a conveying wire, a micro catheter, a guide catheter and a rotary hemostasis valve. The micro catheter is pushed to the thrombus position in the guide catheter along the guide catheter, the protective sheath tube is communicated with the micro catheter through the rotary hemostasis valve, and the thrombus-taking instrument is placed in the protective sheath tube and pushed into the micro catheter through the conveying wire. The blood vessel thrombus-taking device is good in flexibility, and the thrombus-taking instrument can make the damage to the blood vessel wall smallest by bending a blood vessel or reaching a thin blood vessel at the far-end.

The invention provides a QT-based user interface control generating method and device. The method comprises the steps of displaying a control generation interface when a starting instruction is received, and displaying a control element list of control elements according to the types; according to the control type selected by a user on the control generation interface, displaying the control element list corresponding to the control type in the control element list; according to a dragging operation selected by the control elements of the user, displaying target control elements on the controlgeneration interface; according to the user's control element combination operation, combining the multiple selected target control elements to form a user interface control. The method has the advantages that operation is easy, the process is visualized, and the code reuse rate is high, corresponding source codes and plug-ins are automatically generated while the user interface control type is generated, cross-platform usage and compatibility of QT are achieved, and therefore the developing efficiency of the user interface control can be improved.

The invention discloses a software testing data generation method and device. The method comprises the steps that an interface document of each interface of a server is automatically analyzed, interface request data of a standard structure is generated and saved; each piece of the interface request data is parameterized; service processes including multiple associated interfaces are packaged into independent data generation rules, and each data generation rule is defined through a label; the data generation rule corresponding to the label is called through the label and is used for generating the needed service data. By means of the method, operation can be visualized, and a data sample can be controlled; in a software system with complicated service logic, deep path and high coupling, it is unnecessary for testing personnel to learn the complicated prepositional service logic of a current tested object, it is only necessary to input the corresponding label and attribute to generate the needed testing data, moreover, the data link is complete, the accuracy is high, and the efficiency of automated generation is high.

The invention discloses a safe seal sleeve internally provided with a driving device which has the advantages of simple structure, convenient use and high safety. The safe seal sleeve internally provided with the driving device is arranged inside an intelligent seal machine for fixedly mounting a seal, and comprises a shell, a driving device and a protective cover, wherein the driving device comprises a driving block, a guiding rod and a connecting block arranged inside the shell sequentially from top to bottom; the driving block and the guiding rod are respectively connected onto two ends ofthe guiding rod; the guiding rod is sleeved with a spring; the spring is located between the driving block and the connecting block; the upper end of the shell is internally provided with a first electronic lock matched with the driving block; the first electronic lock is electrically connected with a control circuit of the intelligent seal machine; the protective cover is fixedly connected onto the lower end of the shell; and the seal is mounted inside the protective cover and is connected with the connecting block. The safe seal sleeve internally provided with the driving device is applied to the technical field of intelligent seal machines.

The present invention provides a box-type deepwater positioning throwing boat and a usage method thereof which relate to the throwing boat technology field. The box-type deepwater positioning throwing boat comprises a boat body, wherein the boat body is equipped with a cabin port penetrating to the bottom surface of the boat body; a caisson arranged in the cabin port and comprising a box body side plate and a box body bottom door in movable connection with the box body side plate; an elevating system arranged on the boat body and connected with the box body side plate of the caisson; a positioning system arranged on the boat body and used for detecting the underwater landform and the sinking depth of the caisson; a central controller arranged on the boat body, connected with the elevating system and the positioning system and controlling the box body bottom door to open and close. The throwing boat of the present invention integrates the positioning, packing, metering and throwing as one, can work circularly, is in automatic joint control and visual operation, and is high in work efficiency guarantee rate.

The invention discloses a supersonic vibration microscopic cell penetrating system based on piezoelectric ceramic driving. According to the invention, supersonic vibration characteristics of high energy and high efficiency are utilized. A procedure of stabbing a sinking-tip injection needle through a surface of an embryonic cell in a traditional microscopic injection operation is changed into a procedure of supersonic vibration interaction carried out by using a flat-tip injection needle upon a cell surface. During the procedure, cell surface tissues serve as supersonic vibration energy transmission media. When configured supersonic vibration energy exceeds a threshold of energy that the cell surface tissue can bear, a small area of rupture appears on tissues affected by the needle tip, such that the injection needle enters the cell through the cell surface tissues easily, and internal tissue scratching and damaging caused by the sharp needle tip are avoided. Therefore, a good base isestablished for subsequent microscopic injection operations, and embryonic cell survival rate can be greatly improved.

Disclosed is an automatic radio environment test platform based on Labview and a third-party driving program. The platform is respectively composed of three parts, i.e., an antenna control rotary table, a total control computer and a frequency spectrograph, wherein the total control computer is respectively connected with an antenna rotation platform and the frequency spectrograph. A control program integrated in the total control computer comprises two sub-modules, i.e., a real-time antenna rotation platform control sub-module and a frequency spectrograph control sub-module, wherein the real-time antenna rotation platform control module issues a current orientation and a pitch value through a serial port to the antenna rotary table, and the frequency spectrograph control module connects the total control computer with the frequency spectrograph through a network line and has the functions of arranging observation parameters controlling the frequency spectrograph and reading observation data. The automatic radio environment test platform provided by the invention has the advantage of operation visualization, convenient data recording, simple operation and easy field operation.

The invention relates to organic fertilizer prepared from straw and a preparation technology of the organic fertilizer. The technology comprises steps as follows: pretreatment of straw: the prepared straw is divided into dry and wet straw according to the moisture content and aired, mixed and crushed; the straw, auxiliary materials and a leavening agent are mixed and sent into a mixer to be evenly stirred, and a proper amount of water is added; piling up and fermentation: the mixture is piled into trapezoid strip stacks in a fermentation field and signboards are inserted into the stacks for identification; pile turning is performed to facilitate full fermentation, the fermentation is finished until upper materials have no peculiar smell, and the materials are aired; fermented compost is evenly spread on an airing field, the spreading thickness is not larger than 20 cm, and the materials are turned frequently to be aired evenly and quickly; crushing and screening: the compost can be crushed and screened by a screen after aired until the moisture is lower than 25%; the crushed and screened fertilizer is packaged and put in storage. The organic fertilizer and the preparation technology have the advantages that the cost is low, the efficiency is high, the operation is convenient, the implementation is convenient, and the like.

The invention discloses a communication method and apparatus for wireless CPE (Customer Premise Equipment) and radio base station AP (Access Point) alignment. The communication method includes the following steps that: CPE searches a radio base station AP (Access Point) and accesses a WLAN; the CPE transmits an alignment request to a radio base station AP (Access Point) which is connected with the CPE; the radio base station AP (Access Point) receives the alignment request and then executes alignment operation: a data traffic channel and a signal quality feedback channel are built between the CPE and the radio base station AP; wireless bandwidth obtained by the data traffic channel is compared with a preset wireless bandwidth lowest threshold value, and whether a bandwidth requirement is satisfied is judged, wireless signal strength obtained by the signal quality feedback channel is compared with a preset wireless signal minimum value, and whether a signal quality requirement is satisfied is judged; and when the bandwidth requirement and the signal quality requirement are both satisfied, alignment operation is completed, and whether an installation implementation process satisfies requirements is judged, if the installation implementation process do not satisfy any one of the requirements, the installation implementation process is not endorsed.

The invention discloses a method for making 3D simulation training courseware on power equipment, and relates to the technical field of electronic courseware making. By depending on a computer, Photoshop CS software, Google Sketchup8.0 software, Autodesk 3ds Max2017 software and VEStudio3.8 software, the 3D simulation training courseware on the power equipment is made; through technologies of 3D visualization, bidirectional control and the like, students can perform watching from any angle at will during learning and watching, so that the watching effect is vivid and flexible; and the learningoperation is flexible, a part can be selected at will for learning, positive and negative bidirectional demonstration can be performed, and the explanation of the previous step can be backed and understood again.

The invention relates to the technical field of process control, in particular to a design and implementation method of a PSC7-based continuous process control strategy with a recovery process. Aimingat the defects that a traditional continuous process system wastes materials and is low in yield, multiple angles of safety, production optimization, energy conservation and the like are comprehensively considered, system characteristics are analyzed by using an SDG graph, an improved cascade-ratio control strategy with a recovery process and control ideas of eight parts of the whole system are formulated, and a complete set of control schemes of hardware configuration, CFC, parallel SFC and the like are completely designed based on PCS7. An advanced multifunctional process control experimental device SMPT-1000 is adopted for simulation of the designed strategy, the operation result shows that the design and implementation method can achieve full-automatic stable operation, the material recycling rate and the product yield are remarkably improved, and safety, practicability and robustness are good. The configuration based on WinCC design can monitor important indexes such as an operating state, concentration, final yield and recovery process flow of the system in real time, and the important indexes can be visually displayed.

The invention discloses an intelligent device for wind-water linkage spraying and dust reduction for mining. The interior of a main control box is provided with a multi-path signal processing circuit, a main control chip, two relays, a gas-path electric ball valve and a water-path electric ball valve, wherein the top surface of the main control box is embedded with a touch screen, and the main control chip is electrically connected to the delays, the touch screen and the multi-path signal processing circuit separately; the delays are connected to the gas-path electric ball valve and the water-path electric ball valve respectively; the main control chip is also externally connected to a power source, and the external side of the main control box is provided with a plurality of sensors, a gas source pipeline and a water source pipeline; the sensors are connected to a plurality of signal processing circuits respectively, and the both ends of the gas-path electric ball valve are connected to the gas source pipeline separately; the both ends of the water-path electric ball valve are connected to the water source pipeline separately; the outlets of the gas source pipeline and the water source pipeline are connected to a wind-water spraying shelf separately. The intelligent device for wind-water linkage spraying and dust reduction for mining has the advantages of being reasonable in structure, high in dust reduction efficiency, large in spraying area, less in water consumption, and convenient to use.

The invention discloses a catheter with a form and position display function, and a display method thereof. The catheter comprises a catheter head end and an adjustable bent section catheter body connected with the catheter head end, a magnetic positioning sensor assembly and a pressure sensor are arranged in the head end of the catheter, the magnetic positioning sensor assembly comprises a firstmagnetic positioning sensor, a second magnetic positioning sensor is arranged at the end part of the other end, opposite to the catheter head end, of the adjustable bent section catheter body, the second magnetic positioning sensor and the first magnetic positioning sensor are coaxially arranged, the axial direction of the magnetic positioning sensors is parallel to the axial direction of the catheter body, the pressure sensor comprises an elastic body and a strain sensor assembly, the elastic body is used for deformation after the catheter head end abuts against tissue and resetting after separation, the strain sensor assembly is used for detecting the deformation of the elastic body and outputting a corresponding pressure value, and a zero position is arranged on the outer wall of the catheter head end, is located on the inner side of the catheter in the bending direction and is used for indicating and prompting the bending direction of the catheter. The catheter makes a surgical operation visualized, and the surgical quality and efficiency can be improved.

The invention discloses an unmanned aerial vehicle with an adsorption function, and relates to the field of unmanned aerial vehicles. The problem that the function of an existing unmanned aerial vehicle is not sufficient to carry out high altitude glass wiping work is solved. The unmanned aerial vehicle with the adsorption function comprises supporting legs, an unmanned aerial vehicle body, a camera, a bottom plate and a base; the base comprises a rotating shaft, a first disc and a second disc, the first disc is internally provided with a rotating motor, and the rotating motor is connected with the rotating shaft; a telescopic rod is connected to the rotating shaft, and a wiping plate is arranged at the free end of the telescopic rod; and a first stepping motor, a connecting rod and a water spraying head are further arranged on the telescopic rod. According to the unmanned aerial vehicle with the adsorption function, after the unmanned aerial vehicle is absorbed on glass during using, the wiping plate can be controlled by the rotating motor to rotate around the rotating shaft so as to conduct glass wiping work, and the first stepping motor can also be controlled to control the length of the telescopic rod to conduct circumferential wiping with different radius.

The invention relates to a realization method for file transfer protocol (FTP) operation control based on a gateway agent method, which comprises the steps that: Step 1: a client terminal logs on a management platform for authentication; Step 2: after the authentication is passed, an FTP server to be maintained is selected, the management platform automatically calls the client terminal and automatically fills the information of an FTP account; Step 3: the client terminal is connected to the FTP server through an agent gateway; and Step 4: the client terminal carries out maintenance operation, the agent gateway carries out corresponding analysis and handling to the operation instructions of the client terminal, including that the agent gateway captures the operation instructions of the client terminal in real time and judges the feasibility of the operation instructions, records the operation behaviors and the operation results of the client terminal, or audits the operation behaviors of the client terminal. The realization method for the file transfer protocol (FTP) operation control based on the gateway agent method has the beneficial effects that: the operation, the management and the operation of the FTP server are more visible and controllable, audit can be tracked, the safety problem of the FTP server system is solved, and reliable safety guarantee is provided for the normal and orderly operation of the FTP server in the information technology (IT) environment of an enterprise.

The invention relates to a method for controlling the thickness stability of an aluminum strip of a cold-rolled 3104 alloy zip-top can. The method comprises the following steps that S1, a 3104 alloy zip-top can standard sample is constructed; S2, according to the obtained 3104 alloy zip-top can standard sample, a zip-top can 3104 alloy absorption coefficient of a thickness gauge and a strip temperature set value are calculated; and S3, online rolling thickness fluctuation visualization is established, and online rolling thickness fluctuation is monitored in real time. According to the method,operation visualization is achieved, defective products in the production process are reduced, the product quality is effectively guaranteed, the product quality is stable, and operation is easy and convenient.

The invention discloses a visual assisted navigation method for a foramenoscope and an assisting tool for an ultrasonic navigation system and relates to the technical field of ultrasonic navigation. The visual assisted navigation method for the foramenoscope comprises the following steps: acquiring a magnetic resonance target image comprising external calibration and fusing the target image with the assisting tool for the ultrasonic navigation system. The visual assisted navigation method for the foramenoscope and the assisting tool for the ultrasonic navigation system, disclosed by the invention, can be used for visual assisted navigation of the foramenoscope, and can monitor positions of a puncture needle and a channel effectively to prevent nerve roots from being damaged, so that radiation exposure of patients and medical staff in an operation is reduced favorably. The method and tool are more visual and simpler to operate, and learning and popularization of the foramenoscope technology are facilitated.

The present invention discloses an interface display method for a loading instrument of a bulk carrier. A three-dimensional model of a ship and cabins, which is acquired from a ship design unit, is transformed into a resource file that can be dynamically loaded by a three-dimensional visual module, the three-dimensional visual model loads a resource of the three-dimensional model of the ship and the cabins into a scenario and displays the resource, the three-dimensional model of the cabin is cut according to the cargo loading height of different cabins, and the cargo loading quantity of the corresponding cabin is displayed. By means of the operation of a user, the three-dimensional model of the cabin is rotated, translated, scaled and eliminated, a three-dimensional visual interface is switched, and the three-dimensional model of the cabin is separately displayed; thus the problem of obstruction between the ship and the cabin is solved and a more convenient operation mode and direct information display mode are provided for the user. By adopting the method disclosed by the present invention, the position, size and shape of all the cabins relative to the whole ship in implemented are accurately displayed, and relatively good wholeness is provided for the user.

The invention discloses a negative pressure detection device for epidural anesthesia. The device comprises a puncture outfit and a negative pressure sampling tube, wherein the negative pressure sampling tube is movably inserted into the puncture outfit. The invention further discloses a negative pressure detection method for detecting epidural puncture. The detection method comprises the steps ofpuncture detection and cathetering detection. The negative pressure detection device has the advantages that under the dual actions of pressurizing after liquid is injected by using an epidural spaceand negative pressure drawing of the negative pressure sampling tube, the liquid which automatically flows back and drips into the negative pressure sampling tube and is manually injected into the epidural space can be directly observed; the device is used for positioning indication of an epidural puncture needle or an epidural catheter in the epidural space; injection of local anesthetics in theblood vessel is prevented; toxic response of local anesthetics and formation of epidural hematomas are effectively prevented, and precise and safe anaesthetic injection is achieved; the method is precise, reliable, simple and easy to implement, visualized operation is achieved, the method is suitable for various operations of different stages, ages and genders under the epidural anesthesia, it isensured that anesthesia is precisely and safely implemented; the device can help epidural anesthesia teaching; the device is suitable for all kinds of hospitals.

The invention relates to the technical field of tea manufacture, in particular to a screw extruder for removing water in tea residue. The screw extruder comprises a main frame, wherein a panel mounting support leg and a water tank mounting support leg are sequentially welded to one end, close to the ground, of the main frame, a control panel is mounted on the panel mounting support leg, a drivingmotor is connected to one surface, away from the panel mounting support leg, of the main frame through bolts, a screw outer frame is connected to one end, close to the water tank mounting support leg,of the driving motor through screws, one end, close to the water tank mounting support leg, of a motor shaft of the driving motor is connected with an extrusion screw through a coupler, a feeding pipe is welded at one end, away from the panel mounting support leg, of the screw outer frame, a feeding funnel opening is welded at one end, away from the panel mounting support leg, of the feeding pipe, one end, away from the feeding pipe, of the feeding funnel opening is connected with a feeding funnel cover through a hinge, and a rotary shaft is welded at one end, away from the driving motor, ofthe extrusion screw. In the screw extruder, the screw rotates to drive the tea residue to be extruded to a tea residue accommodating cavity, thereby squeezing water into a water tank.

The invention relates to a method for growing La2Ti2O7 single crystals doped with Ta with different concentrations by a floating zone method. The chemical composition of the Ta doped La2Ti2O7 single crystals is La2Ti2-xTaxO7, wherein 0.01<=x<=0.1, preferably, 0.02<=x<=0.08, and lattice constants include a=7.8109-7.8220 angstrom, b=13.008-13.012 angstrom and c=5.5451-5.5498 angstrom. The La2Ti2-xTaxO7 single crystals have high crystallinity and transmittance.

The invention relates to an accurately controllable blood vessel surgical robot and an operation method thereof, belonging to the technical field of medical devices, comprises a robot body and a control system, the robot body includes a housing and a cleaning mechanism disposed within the housing, the cleaning mechanism includes a drive system and an imaging system, the housing is formed by a cylindrical flat section and a tapered section sealed at both ends of the flat section, The taper section is a telescopic structure, the driving system comprises a bi-directional pump, a motor and a direction control device, the direction control device comprises an inlet branch pipe, an outlet branch pipe and a flow regulating valve, the telescopic structure comprises an elastic inner circumference and a waveform periphery arranged between the elastic inner circumference and the flat section, and also comprises a telescopic driving mechanism. The robot of the invention is visible, controllable, high in safety, good in stability, simple in structure, convenient in operation, low in use cost, and provides the possibility for real conversion.

The invention relates to a meteorological data processing method and a device, computer equipment and a storage medium. The method comprises the steps of receiving a selected to-be-processed area through a map interface, and querying and displaying position information corresponding to the to-be-processed area; when the to-be-processed area confirmation instruction is received, displaying a meteorological data selection dialog box; receiving an input query condition and an output condition through the meteorological data selection dialog box; sending the position information of the to-be-processed area, the query condition and the output condition to a server, the query condition being used for indicating the server to query meteorological data corresponding to the position information andthe query condition, and integrating the meteorological data according to the output condition; and receiving the integrated meteorological data returned by the server, and storing the integrated meteorological data to a path corresponding to the output condition. By adopting the method, the operation can be simplified.

The invention provides a combined charger. The combined charger comprises a shell, a charging unit and an operation panel, the operation panel is arranged at the top of the shell, the charging unit isarranged in the shell and is connected with the operation panel. The combined charger has the advantages of being simple in structure, good in stability, high in precision, convenient to use and easyto operate. Modularization can be freely combined so as to provide proper voltage and current; the visual operation is convenient and easy to understand; several charging management processes are provided, so the system can be used without setting parameters; overvoltage, overcurrent and overload protection is provided; both an alternating current bus and a direct current bus are monitoring modules, and protection is provided in case of slight abnormal movement; and a touch screen is a domestic Kunlun on-state screen, provides support for localization, has metering and license plate recognition functions, and is convenient to use, complete in work, capable of automatically stopping charging and capable of protecting a battery.

The invention discloses a multimedia stamp click and reading machine, which comprises a click and reading machine shell and a signal sending pen, a stamp placing groove is arranged at the right lower corner of the click and reading machine shell, a display screen and a sound box are arranged on the click and reading machine shell, and the click and reading machine further comprises a processor, a memory and a camera device; the invention aims to overcome the defects in the prior art, and provides the click and reading machine capable of reading the multimedia stamps in a click and reading manner, so that three hundreds of Tang poems in the stamps can be appreciated.