109results about How to "Easy to automate management" patented technology

The invention relates to a multiple robot carrying control system based on wireless network. It includes upper machine control subsystem used to response to the user's operating command, plan the carrying assignment, and monitor and control the down machine control subsystem; many down machine control subsystems used to plan the moving trace of the robot knuckle, complete the moving servo, and transfer the running state parameter of the robot to the upper machine; the upper machine control subsystem and the down machine control subsystem are connected by the wireless network. The system of the invention can be used to control the six degrees of the freedom multiple robot carrying platform at real time. The gave control scheme not only has the advantage of high real-time performance, good interference immunity, but also can realize tele-monitoring, and is easy to realize information automated administration.

The invention discloses a temperature measuring system for combustion chamber of coke oven and the measuring method. The measuring system has operating station for controlling movable temperature measuring device, collecting temperature measuring data from movable temperature measuring device, accomplishing data record and stat, generating report form and transferring data in net. The movable temperature measuring device measures temperature of all vertical flues. Control station accomplishes treatment for transferring information, print and corresponding application management. The measuring method is that by no-wire data transmission and control the whole process of moving, locking, lifting cover, measuring temperature, closing cover can be controlled. The invention can measure temperature of all vertical flue automatically and accurately. It can display oven number, combustion number, vertical flue number and temperature on control station and operating station so that on-line fire adjustment is realized.

The invention provides a container track power flatcar for combined transport and a method of transporting containers. The track power flatcar comprises a frame structure. A walking mechanism is arranged at the bottom of the frame structure. Automatic hooks are arranged at two ends of the frame structure. The track power flatcar also comprises a vehicle-mounted control system, an automatic hook control system, a power and traction system, a braking system, a positioning system and a loading state detection system located on the frame structure. The vehicle-mounted control system is in communication connection to the automatic hook control system, the power and traction system, the braking system, the positioning system and the loading state detection system for collecting state informationof the systems and issuing operating commands to the systems according to operation schedules issued by the container automatic control system. The track power flatcar has a power module to operate automatically and move flexibly, so that the track power flatcar can achieve three operating modes: single car operation, coupled operation and parallel operation.

The invention relates to a production device of graphene. The device is characterized in that the device comprises a reaction kettle (1) and a motor (2), the motor is mounted at the top of the reaction kettle (1), the output end of the motor (2) is connected to a shearing machine (3), the top of the reaction kettle (1) is provided with a feeding port (4), a pressure gage (5) and a temperature meter (6), the inner wall of the reaction kettle (1) is provided with shearing slots (7), a material discharging port (8) is disposed in the middle and lower part of the reaction kettle (1), and a jacket (9) is disposed outside the reaction kettle (1) and is provided with a hot-medium inlet and an outlet. When the device is used for graphene production, the yield is high, the cost is low and the prepared graphene is high in quality.

The invention relates to an RFID (radio frequency identification device) intelligent identification tray system and aims to solve the problem that existing profile boxes are hard to identify. The RFID intelligent identification tray system is mainly composed of an RFID intelligent identification area tray, a positioning identification tray, connecting lines and a PC (personal computer). Each tray comprises a support plate and a plurality of parallel retaining plates, wherein the support plate is divided into a plurality of parallel profile cells or areas by the parallel retaining plates. One antenna for automatic monitoring in real time is correspondingly installed in the support plate below each profile area or cell. During monitoring, red light and sound can be made to indicate misoperation in case of improper shelving, and proper shelving is prompted by green light. At any time operators press a prompt button on the trays, the serial numbers of profile boxes to be stored in the corresponding areas or cells, the serial numbers of stored profile boxes at present, storage capacity, specific stored profile information and the information about whether profiles are mistakenly stored or not can be broadcast through sound. The RFID intelligent identification tray system has the advantages that profiles and documents can be intelligently identified, real-time monitoring is realized, efficiency is high, automatic management is easy to implement and the like.

In a wireless multihop network having node devices within communication range neighboring node devices in a corresponding local neighborhood, the node devices generate visibility messages to be transmitted via connection-less broadcast. The visibility messages include at least an identifier of the corresponding node device. Visibility messages received by each of the node devices from the one or more neighboring node devices are processed to determine a measure of density of the local neighborhood. This measure of density also accounts for the heterogeneous transmit power capabilities of node devices and is used for updating of one or more operational parameter of the node device relating to utilization of the radio communications medium by that node device. A degree of utilization of the medium through the control of transmission data rate and power is adjusted based on an inverse relation to the measure of density determined from the received visibility messages.

The invention relates to automation control and motor protectors and discloses an intelligent motor protector, comprising a current sampling circuit, a power supply circuit, a voltage sampling circuit, a signal processing circuit, a central processing unit and a control module. The intelligent motor protector has the advantages of being compact in structure, high in current rectifying and sampling precision, capable of displaying the current value in real time in the operation process of a motor, and has multiple functions of undervoltage property, overvoltage, short circuit, three-phase unbalance protection and remote communication, and has higher practical value.

The invention discloses a DCS (Distributed Control System) based integrated-control system of a coal-fired power plant. The integrated-control system based on a DCS distributed control principle comprises a control system and a human-machine interaction device, and the control system comprises a unit control network and a public control network and exchanges information with an operator through the human-machine interaction device. The integrated-control system disclosed by the invention realize a remote control operation of whole plant auxiliary shops and electric systems by the DCS, and devices of the whole coal-fired power plant are designed and manufactured by united standards and specifications, thus the whole plant only needs to prepare a set of spare parts, and operation and maintenance costs can be largely reduced.

The invention discloses a solid absorbent with high CO2 adsorption capacity and a preparation method thereof. The solid absorbent comprises active components and a carrier; the active components are alkali carbonate and an amino group at the surface of the carrier, and are 15-60% of total quality of the solid absorbent; the molar ratio of the alkali carbonate and the amino group is 1 to (0.5-25); and the carrier is monox, and is 40-85% of total quality of the solid absorbent. The preparation method comprises the following steps of mixing and stirring the materials into emulsion; putting the emulsion into air to form cross-linking gel; putting the gel into a sealed dryer; soaking the gel by ethanol; and drying and screening the gel by a supercritical drying method, so as to prepare the solid absorbent with high CO2 adsorption capacity. The absorbent is low in price, stable in structure, high in carbonic acid conversion ratio, not easy to inactivate, and small in corrosion on equipment, and has certain mechanical strength, and high cyclic utilization rate; and the preparation method of the absorbent is convenient to operate, and low in expenses.

The invention discloses a resource monitoring method which includes the following steps: step one, a network management system launches the operation of opening the resource monitoring and appoints the resource range needed monitoring, the time granularity of monitoring, the reporting time granularity of the monitoring result and the reporting mode of the monitoring result, so as to indicate to start the resource monitoring on a network element management system; step two, when the indicated time of the monitoring time granularity reaches, the network element management system carries through resource occupying situation collection on the resources in the appointed resource range for opening the resource monitoring operation; step three, when the indicated time of the reporting time granularity of the monitoring result reaches, the network element management system transmits all the collected data information before the time reaches to the network management system in a reporting mode for the monitoring result appointed by the operation of opening the resource monitoring operation; step four, the network management system launches the operation of stopping resource monitoring so as to indicate to stop the resource monitoring of the network element management system.

The invention discloses a control method for synchronous time, including the following treatments. A network management launches the operation of synchronous control on opening time; by responding to the operation of synchronous control on the opening time, a network element control system checks whether a network management system mark and the authentication information brought in the operation of the network management system are matched or not; if yes, the following treatment is carried through; the network management system launches the operation of a synchronous control information on a query event; by responding to the operation, the network element management system returns to the synchronous control parameters for the current time; the network management system launches the operation of setting the time synchronous control information and displays the parameters of the time services to the network element management system and asks the network element management system to carry through time synchronization according to the collocated parameters; the network management system launches the operation to set the time synchronous service authentication information and transmits an authentication encrypting cipher code and an authentication key mark to the network element management system.

The invention relates to an automatic unloading line for recrement, and belongs to material conveying equipment. The automatic unloading line mainly takes a multiline reciprocating track with a track unloading segment, and a weighted and heighted automatic dumpbottom transfer truck as an initial segment of the automatic unloading line, and takes guide channels (5, 6, 7 and 8) and a feed mechanism (14) which receive the output of unloaded materials, and two or more stages of belt type conveying (9, 11) which are key components as a tail segment of the automatic unloading line. The working tail end of unloading components of the unloading segment is the terminal of track transportation; the unloading segment supports the bearing surface and the horizontal plane of the transfer truck, and keeps supporting the inclination of a lift angle (alpha) in the operating direction; the lift angle takes sliding power which makes the transfer truck staying on the lift angle generate back stroke and the unloading components of the transfer truck reset as the limit; and the track keeps truck sliding gradient which can make a unloaded transfer truck return in the whole stroke. The bidirectional use of the unloading segment skillfully provides possibility of reciprocating work, obviously reduces occupied area and simplifies a structure; the belt type conveying strengthens maneuverability of the unloading line; and the automatic unloading line for the recrement has the advantages of reasonable proposal conception, deft design, high efficiency, low consumption and convenient management.

The invention discloses a transportation system of a hot rolled coil entering a high rack warehouse after coil discharge, used for transporting the hot rolled coil in a hot-rolled workshop into the high rack warehouse after discharged at the coil discharge position on a coiler. The transportation system is characterized in that the transportation system comprises a coil transportation rail A with a coil transportation trolley and a transportation line, wherein one end of the coil transportation rail A is relatively connected with the coil discharge position of the coiler, the other end of the coil transportation rail A is connected with one end of the transportation line in a matching way, and the other end of the transportation line extends into the high rack warehouse; and the hot rolled coil is transported to the transportation line through the coil transportation trolley along the coil transportation rail after discharged from the coiler and sent into the high rack warehouse through the action of the transportation line. With the adoption of the transportation system, the high rack warehouse is directly butted to a hot-rolled production line without using a mode of crown block hoisting and transportation, thereby the transportation time of warehousing the hot rolled coil is greatly shortened, the transportation system is rapid and has high efficiency, and the safety hidden dangers existing in the hoisting and transportation process of a crown block are also avoided.

A method for implementation of access control on an electric power machine room based on a two-dimensional code and a radio frequency identification (RFID) technology comprises a system composed of a mobile phone, a two-dimensional code scanner, an RFID card reader, an RFID embedded tag, an access control device, an access control digital information recognition program and having functions of two-dimensional code image recognition, user identity radio frequency identification automatic inspection and access control management; when an electric power machine room worker needs to enter the machine room to work, the two-dimensional code or the embedded RFID tag in the mobile phone can be used for identity verification, the system verifies worker information according to an actual verification mode and controls opening and closing states of the access control according to a verification result. Convenient and effective automation management of the access control on the electric power machine room is carried out based on the two-dimensional code and the RFID technology, and the method has the remarkable advantages of simple and easy use, reliability and wide use range.

The invention provides a soilless culture device, which more facilitates the unified management of plant growth and production and facilitates increasing production automatization. A plant fixing bracket equipped with a plant fixing net is placed on chassis to form a cultivation disk and the plant young seedlings are fixed in the grids (plant holes) using the sponge blocks; a duct is sleeved on a communication tube to connect a plurality of chassis 1 with chassis 2 therefore the chassis are communicated with each other and a water pump and a liquid return box are in tandem connection with the chassis, thus the water pump, the liquid return box and the chassis form one tandem circulation loop, and the chassis 1 and 2 are brought into use at the same time and alternatively placed; a water supply device and an air pump are set in the liquid return box and the graduation lines are marked on the inner wall of the liquid return box. The soilless culture device is used for soilless culture production and generates a new plant fixing way and a production management mode.

A package delivery system for an automated delivery management of one or more packages is provided. The package delivery system may include a package locker unit and a control network. The package locker unit includes at least one adjustable access point, at least one pallet tower and at least one adjustable door assembly slidably. The at least one pallet tower includes a plurality of adjustable racks. The adjustable door assembly slidably coupled to the at least one pallet tower and defines an adjustable access point to access the package from the respective pallet of the respective rack. The control network is configured to facilitate customized automatic operation of the at least one adjustable door assembly while loading and delivery of the one or more packages.

The invention relates to a movable multifunctional module thermal desorption system. Equipment of the system is divided into three modules; the module I comprises a thermal desorption rotary kiln 1; the module II comprises a cyclone dust collector 2, a secondary combustion chamber 3, a heat exchanger 4, a spray cooling tower 5, an alkali absorption tower 7, an automatic control system 13 and a steam-water separator 14; the module III comprises a bag type dust collector 6, an activated carbon absorber 8, a biofilter 9, an induced draft fan 10, an exhaust device 11 and a booster fan 12; the equipment of the module I, the module II and the module III are respectively arranged on movable equipment. The system is suitable for four process routes including high-concentration and high-toxicity organic compound contaminated sites, general volatile/semi-volatile organic compound contaminated sites, acidic organic compound contaminated sites and organic sulfide and ammonia-nitrogen organic compound contaminated sites; different process routes and equipment can be accurately and effectively provided according to different organic compound contaminated sites, so that the time for designing a technical route is reduced, and the transportation and onsite loading and unloading are convenient.

The invention puts forward a data center selection method for big data to migrate to cloud. The data center selection method comprises the following steps: firstly, considering a situation that factors including user preference and legal restriction cause that a DC (Data Center) is not available to carry out non-complete graph modeling; adopting a level activation way to describe the data generation of a user; defining four criterions including FDP (Fair Data Placement), PDP (Preference Data Placement), TCMDP (Transmission cost Minimum Data Placement) and CMDP (Cost Minimum Data Placement); and on the basis of the criterions, carrying out DC selection. The method which is put forward by the invention aims at requirements generated when BD (Big Data) moves to the cloud, researches a movement mechanism from an aspect of the user, and can shorten data access time delay and reduce data cost. The method can reflect the availability of the DC and the user preference. The method can utilize a network to automatically carry out low-cost and low-delay data migration, avoids a hardware way and is favorable for implementing automatic management.

The invention discloses a wall greening mesh module which comprises a framework and a square lattice mold and is characterized by further comprising hooks arranged on the rear side surface of the square lattice mold for hooking onto the framework, a plurality of square planting lattices arranged at the inner side of the lattice mold, and a blocking net arranged on the rear side surface of the square planting lattice. Water permeable grooves are formed on the quare planting lattices and the four side plate surfaces of the lattice mold. The module is provided with the upper and lower hooks which are suspended to the surface of the framework so as to reduce the integrated volume; and the upper and lower hooks can be stably hooked to the framework, and can be taken out and put in conveniently, thereby facilitating the composition and changing of greening patterns. The plurality of square planting lattices in the lattice mold can be applied to growing various flower plants and forming various patterns; or the patterns of each lattice mold are combined with the patterns of other lattice molds on a framework to form a large pattern. Besides, the blocking net is arranged at the rear side surface of each planting lattice to prevent the flower plants therein from dropping from the back and to allow water to permeate. The wall greening mesh module is suitable for wall greening.

The invention relates to an automatic device for cleaning a vertical urinal. Through a frame supporting device, a moving lifting device, a telescopic swinging device, a rotary cleaning device, an areaguarding device, a position fixing device and distance measuring device, the automatic cleaning process of the vertical urinal can be realized. The fixing of the working position of the equipment canbe realized by a frame supporting device and a position fixing device, and the rotary cleaning device is lifted to the operation start position by moving the lifting device and the distance measuringdevice, the rotary cleaning device can reciprocate up and down and left and right in the whole operation process, and the whole vertical urinal can be cleaned by using the rotary cleaning device andthe area guard device under the condition of preventing the cleaning agent from splashing. The equipment reduces the labor time and intensity of the vertical urinal cleaning workers, and makes the management of the vertical urinal cleaning work in public places simpler, which is conducive to the automatic management of the vertical urinal cleaning work, and has the practical significance in the field of public health that can not be ignored.