180results about How to "Convenient for daily management" patented technology

The invention relates to a pose measure system of a cantilever type heading machine. The pose measure system comprises a laser pointing rangefinder and an optical goniometer. The pose measure system is characterized in that: the laser pointing rangefinder respectively emits a visible laser and an infrared ranging laser; the visible laser forms an image on a focal plane of a convex lens of the optical goniometer through the convex lens; a direction angle alpha<,> and a pitch angle beta<,> of a optical axis of the optical goniometer relative to a laser beam are obtained through image point coordinates. Because a preset optical axis of the optical goniometer is parallel to a fuselage axis of the heading machine, the alpha<,> and the beta<,> are the direction angle and the pitch angle of the fuselage axis relative to the laser beam. A spinning angle gamma of the fuselage relative to a horizontal plane can be obtained through a tilt angle sensor installed parallel to a datum plane of the heading machine. Therefore, influence on measurements of the direction angle alpha<,> and the pitch angle beta<,> due to the spinning angle gamma is corrected so as to complete the measurements of the direction angle alpha<,> and the pitch angle beta of the heading machine relative to the laser beam, and the spinning angle gamma of the heading machine relative to the horizontal plane. With the present invention, a range between the fuselage of the heading machine and the laser pointing rangefinder can be obtained through the infrared ranging laser; a position coordinate of the heading machine can be obtained through combining the position coordinate of the laser pointing rangefinder and parameters of emission angle of the laser beam; tunnelling workload and other information can be obtained through system output data.

The invention discloses a combined type adjustable compound ecological floating island. A main body structure of the combined type adjustable compound ecological floating island comprises fixing columns, a floating island frame and plant planting baskets. The lower end of each fixing column is inserted into a cement cubic anchor, and sinks into water, and the upper end of each fixing column is 30cm-60cm higher than the water surface. The floating island frame is in a net structure, is divided into two layers including an upper layer and a lower layer, and is connected with the fixing columns through fixing holes at four corners of the floating island frame in an inserting mode. The plant planting baskets are independently arranged, and are buckled with the floating island frame. Plant planting baskets fixed on the surface layer of the floating island frame are used for planting emergent aquatic plants, such as cattails and cypella herbertii, and plant planting baskets fixed on the lower layer of the floating island frame are used for planting submerged plants, such as hornworts and eel grass, and are fixed through light materials, such as haydite and vermiculite. Biological film filler is hung on the lower portions of the plant planting baskets. The combined type adjustable compound ecological floating island is simple in structure, and facilitates industrial production. Each layer of the combined type adjustable compound ecological floating island can be adjusted to a reasonable depth according to water depth, water body transparency and illumination conditions so as to adapt to different water bodies and requirements. Synergistic effects of the emergent aquatic plants, the submerged plants and microorganism are made full use of, and a removal effect is good.

The invention discloses a bus position notifying and monitoring system based on radio frequency identification (RFID) and an implementation method thereof, relating to an implementation method of a bus position notifying and monitoring system based on an RFID technology under an IOT (Internet of Things) environment, and implementation of software and hardware of the system. The software and the hardware are organically combined to form the bus position notifying and monitoring system based on RFID under an IOT architecture. The bus position notifying and monitoring system based on RFID is composed of an active RFID tag of a bus, an intelligent terminal of a station, starting station and terminal station management terminal software, an Internet short message application server and a data server. The implementation method comprises the following steps: designing a system structure; designing and achieving a radio frequency tag; designing and achieving the hardware of the intelligent terminal of the station; designing the platform software of the intelligent terminal of the station; designing the application program of the intelligent terminal of the station; deploying the data server; deploying the Internet short message application server; designing the management terminal software; deploying the intelligent terminal of the station; and obtaining the empirical value of time when the bus arrives at the station.

The invention discloses a tea tree transplanting and cultivating method. The method includes the steps that firstly, a land parcel with much humus and deep soil texture is selected to be reclaimed in a southern mountainous area, with the altitude of 500-3000 m, in Anhui Province, after the land parcel is smoothed, 20-centimeter humus is used for covering the land parcel, the width of a seedbed is 1.2 m, the height of the seedbed is 20 cm, and the furrow width is 30 cm; secondly, ditching and ridging are conducted on the seedbed, crop straw organic fertilizer is laid on the bottom layer, then ridging and soil sealing are conducted, and a tea sapling is transplanted to a ridge; thirdly, after the tea sapling grows to 30 cm in height, night soil is dressed in time; fourthly, in the second year after the tea tree survives, a conventional tea tree pruning method is used for pruning the tea tree, and the height of the tea tree is controlled; fifthly, the fertilize applying time is in the range from the middle ten days of September and the first ten days of October, shallow trenches which are 10 cm in depth are dug in positions away from the tea tree by 30 cm, and organic fertilizer is evenly applied in rows in a furrow mode, then soil covering is conducted, fertilizer application only needs to be conducted at a time, and watering is not needed; sixthly, green tea is picked in the vigorous stage of growth of tea leaves in spring but not the initial period of spring tea, and the picking time is 15-20 days after the spring tea sprouts.

The invention relates to a vehicle driving condition risk analysis method based on a Beidou positioning system. The vehicle driving condition risk analysis method comprises the steps of obtaining basic information and driving information of a vehicle; wherein the driving information comprises driving track information and/or running state information; uploading the basic information and the driving information of the vehicle to a server, so that the server analyzes the driving behavior of the vehicle and updates the risk score of the driving condition of the vehicle. Risk scores of vehicle driving conditions are obtained through accurate calculation, a user further grades according to the scores, a grading report is generated, and daily management is facilitated; a driver user can correct usual driving habits in time according to the score, attention is paid to the characteristic value with the very low score corresponding to the risk factor, and the risk factor is a reason causing accident risks frequently. At the moment, early warning and prompting can be sent for habitual driving behaviors of the driver, and the family members of the driver can timely and accurately know the latest driving condition of the driver.

The invention discloses a method and a device capable of simultaneously providing various clean heat sources to prepare a polyaluminum chloride. The method includes preparing clean high temperature hot wind, performing heat supply by a conduction oil heat exchanger, performing heat supply by a vapor generator, performing heat supply by a spray dryer, performing hot wind purification by the spray dryer and performing tail gas treatment. The method and the device capable of simultaneously providing various clean heat sources to prepare the polyaluminum chloride have the advantages that heat supply systems are centralized, the heat supply efficiency is high, and polyaluminum chloride product production is low in energy consumption, small in pollution and low in operating cost.

The invention provides an intelligent parking system comprising a server, a parking lot entrance control device, a parking stall detection device, a parking lot exit control device and a gateway, wherein identity information of a user can be registered on the server by the user, and fingerprint information can be set. When an automobile reaches a parking lot entrance, the identity information is identified via an entrance fingerprint identifying module, and the automobile can enter after an entrance barrier gate mechanism is opened. Automobile information can be registered, and the automobile can enter after an automobile license plate is identified via an entrance RFID read-write unit. The invention provides two kinds of identification modes that are convenient for daily management of a parking lot, and convenience is brought for the user. Likewise, fingerprint identification or license plate number identification can be performed at a parking lot exit.

The invention discloses a circulating water fish intensive breeding system and method for a fresh water pond, and belongs to technical field of aquaculture. A pond water area is partitioned into a fish intensive breeding area, a solid waste in-situ treatment area and an intercropping area; the fish intensive breeding area and the solid waste in-situ treatment area are positioned inside the intercropping area; the solid waste in-situ treatment area is close to one end of the fish intensive breeding area; a boosting water-pushing device is arranged at the other end of the fish intensive breeding area; the boosting water-pushing device can be used for introducing water in the intercropping area into the fish intensive breeding area; water in the fish intensive breeding area is drained into the intercropping area after passing through the solid waste in-situ treatment area. A fish intensive breeding way can be adopted, so that bait and labor force are saved, and daily management, sales and fishing are facilitated; stable water quality inside the pond can be enhanced by the waste in-situ treatment area and the intercropping area, so that the quantity of exchanged water can be reduced greatly, and breeding pollution is lowered.

The invention discloses an automatic production line for grid rod component processing, which includes a cutting device, an automatic length-fixing device, an automatic welding machine for cone heads, a shot blasting machine, a painting device, a ventilation device and a drying device connected sequentially through transmission equipment. The unloading device is also equipped with a coding device, which prints the number of the grid rod assembly on the surface of the grid rod assembly, and the cone head automatic welding machine welds the grid rod assembly and the cone heads at both ends. The automatic production line for grid and rod component processing of the present invention uses transmission equipment to connect the blanking and cutting device, the automatic length fixing device, the cone head automatic welding machine, the shot blasting machine, the painting device, the ventilation device and the drying device in sequence, saving The welding time between the grid rod components and the cone head is shortened, and the work efficiency of the grid rod components from blanking, assembly, welding, shot blasting, painting, drying, and finished product inspection is improved.

The invention provides a method for monitoring the production state of a new media program and a program production management system. The monitoring method comprises the following steps of: initiating a task, namely initiating a new media program production task and generating a task list, wherein the task list comprises program information and task contents, the program information comprises a program code and the program code is a unique identifier of the new media program; transmitting, namely transmitting the task list to a corresponding service system after examination and approval is passed; and reporting, namely performing program production work after receiving the task list and reporting the current production state when arriving at a predefined work node by the service system. The whole production flow of the new media program is monitored by acquiring the production state of the new media program.

The invention discloses a financial binding device for a finance office. The financial binding device comprises a main machine. The main machine is provided with a binding drilling tool. A workbench is arranged below the binding drilling tool. The workbench is provided with a fixing device. The bottom of the main machine is provided with a damping support device, and the left side and the right side of the damping support device are symmetrically provided with lifting moving devices. According to the financial binding device for the finance office, finance vouchers and notes can be fixed wellthrough the fixing device, binding is facilitated, and the bond finance vouchers and notes look tidy and attractive; the damping support device can play a good role in damping in the binding process so that the financial binding device can keep good stability in the binding process, the damping support device plays a certain protection role for the whole financial binding device, and the service life of the financial binding device is prolonged; and by means of the lifting moving devices, the whole device is conveniently moved and is conveniently transferred, and daily managing and maintaining are facilitated.

The invention discloses a column-free integrated double-faced sunlight greenhouse which comprises a sunny-side greenhouse, a dark-side greenhouse and a middle wall. The sunny-side greenhouse and the dark-side greenhouse share one middle wall. The column-free integrated double-faced sunlight greenhouse is characterized in that the sunny-side greenhouse comprises sunny-side greenhouse horizontal arched shed frames, sunny-side greenhouse longitudinal pull rods, a sunny-side greenhouse outer-layer shed film and a sunny-side greenhouse cotton quilt, wherein the crisscross positions of the sunny-side greenhouse longitudinal pull rods and the sunny-side greenhouse horizontal arched shed frames are fixedly connected; the dark-side greenhouse comprises dark-side greenhouse longitudinal pull rods, dark-side greenhouse horizontal arched shed frames, a dark-side greenhouse outer-layer shed film and a dark-side greenhouse cotton quilt, wherein the crisscross positions of the dark-side greenhouse longitudinal pull rods and the dark-side greenhouse horizontal arched shed frames are fixedly connected. The column-free integrated double-faced sunlight greenhouse is reasonable in structure, convenient to build and maintain and low in construction cost, no column exists in the greenhouse, mechanized operation and daily management are facilitated, and the land utilization rate in the greenhouse is higher than 95%. Heat preservation effect is better, and temperature can be improved by 3-5 degrees.

The invention belongs to the field of prevention and treatment of crop disease damage and particularly relates to a compound composition for biologically preventing and treating crop wilt and application thereof. The compound composition for biologically preventing and treating crop wilt comprises an organic fertilizer and strain powder having a weight ratio of 100:1 to 20:1. The compound composition is applicable to various crops with high wilt attack frequency in agricultural planting, such as common banana and dwarf banana. The compound composition for biologically preventing and treating crop wilt and application thereof have the advantages that the cost is low, the prevention and treatment stability is good, disease resistance rarely occurs, the advantages of biological prevention andtreatment are made full use, prevention and treatment effect is improved, daily management for crop cultivation is improved, and economic loss and prevention and treatment cost are reduced.

The invention relates to an A/O-SBBR-oxidation pond-constructed wetland treatment piggery methane fluid system. An adjusting pond, an anoxia pond, an aerobic pond and a secondary sedimentation pond are sequentially arranged before a sequencing batch biofilm reactor (SBBR), an oxidization pond and a three-stage constructed wetland comprising canna indica, reed, typha orientalis, cane shoots and other aquatic plant are sequentially constructed behind the SBBR; the system has a stable treatment effect, and is strong in anti-impact load capacity, simple to operate, and low in running cost. The operating mode and time parameters of the SBBR are as follows: water inflow lasts for 1h, aeration lasts for 3.5h, anoxia environment lasts for 2h, aeration lasts for 3.5h, sedimentation lasts for 1h, and drainage lasts for 1h. The effluent index of the piggery methane fluid meets the requirement of pollution discharge standard of livestock and poultry industry (GB 18596-2001) after being treated by the combination technology.

The invention relates to a stropharia rugosoannulata cultivating method suitable for cold regions. Waste resources of northern farming and animal husbandry production, which are high in cold resistance and adapted to cold-region production, are selected as base materials, cultivation is performed at corn fields, in forests, in plastic sheds and warm sheds, sowing and cultivating are performed in two seasons of May and August, mushroom blocks are sown in dual layers, watering is performed, straw is thickened, ridges are sealed so that the mushroom blocks can live through the winter, and the harvesting time can be prolonged. The cultivating method comprises the following steps of selecting mushroom varieties, selecting sites and cultivating seasons, preparing raw materials, processing the prepared raw materials, preparing ridge sowing beds, performing feeding and sowing, performing spawn running management, performing fruiting, and performing harvesting. According to the cultivating method disclosed by the invention, corn waste, soybean waste and rice waste, namely corn straw, corn cobs, soybean stalks, rice stalks, and rice hulls are used as main materials, so that waste is turned into wealth, the processing cost of agricultural wastes is also saved, diseases and insect pests are avoided, a safe and environmental-friendly stropharia rugosoannulata cultivating method is provided, the stropharia rugosoannulata can be completely suitable for cold-region production and can safely live through the winter, and the cultivating method can be widely used for cultivating the stropharia rugosoannulata at the cold regions.

The invention relates to an illumination centralized-control system. The illumination centralized-control system is characterized in that the system includes a main controller (7), a storage III (71), an operation terminal (8) and a plurality of area illumination control modules; each area illumination control module is in network connection with the main controller (7); the operation terminal (8) is in network connection with the main controller (7); the main controller (7) is in bus connection with the storage III (71). Each area illumination control module (6) includes an area (6) and a plurality of sub area control modules. Each sub area control module is in network connection with the area controller (6). Each sub area control module includes a WIFI router (5) and a plurality of gateways (4). Each gateway (4) is in bus connection with a corresponding switch system (2) through a corresponding network terminal (3). Each switch system (2) is in bus connection with a corresponding lamp (1).

The invention relates to a pond circulating aquaculture water treatment system. The pond circulating aquaculture water treatment system comprises a biological purification tank arranged at a central position of an aquaculture pond, wherein a separation well is arranged at a central position of the biological purification tank; a lifting pump is installed in a circulating pump well at a central position of the separation well; the pond circulating aquaculture water treatment system further comprises an ultraviolet disinfection well arranged on an outer side of a biological purification tank wall; an inner end of an embedded water outlet transverse pipe below a foundation slab of the aquaculture pond is connected with a water outlet inner longitudinal pipe, and an outer end is connected with a water outlet outer longitudinal pipe; an upper end opening of the water outlet inner longitudinal pipe is located in the disinfection well and a water outlet of the water outlet outer longitudinal pipe is located below a liquid level of an outer edge of the aquaculture pond; a sump pit is arranged at a central position of the foundation slab of the aquaculture pond and the sump pit is connected with a blow-down pipe; a separation well blow-down pipe is installed between the separation well and the sump pit. Circulating water filtration, biological purification and ultraviolet disinfection treatment are completed in the aquaculture pond, pump power is needed only in a return water lifting process, no power is needed in other circulating and blow-down processes, the power consumption is reduced and the water treatment efficiency is improved.