36results about How to "Short engineering cycle" patented technology

The invention relates to an installation method for thermal insulation and decoration integrated facade panels in the field of construction methods of the construction industry. The method includes the following steps: (Step 1) main wall surface treatment; (Step 2) datum line making; (Step 3) framing installation; (Step 4) thermal insulation and decoration integrated facade panel installation; (Step 5) gap filling; (Step 6) sealant filling; (Step 7) panel surface cleaning. When the method disclosed by the invention is adopted, integral installation is convenient, cost is reduced, the construction period is short, the load of facade panels is reduced greatly, the utilizability of space and land is enhanced, the application range is wide, temperature is kept, heat is insulated, energy consumption is reduced, structural destruction caused by the circulation of rain, snow, freezing, thawing, dryness and wetness is prevented, the worry about the water seepage of wall surfaces is eased after installation, the phenomenon that indoor wall surfaces go moldy is effectively prevented, and the thermal insulation and decoration integrated facade panels are environment-friendly and durable.

The system includes following parts: control center connected to Internet and control terminal, and through Internet, control terminal is able to connect to the control center; mobile communication network connected to Internet; communication terminal connected to mobile network wirelessly; terminal for monitoring feed line connected to communication terminal and electric devices respectively. Through Internet, control terminal sends control command to the control center. Through Internet and mobile network, the control center sends control command to communication terminal, which transfers the received command to the monitoring terminal. The monitoring terminal sends monitored state information at site of power distribution to the communication terminal, which sends the information to control center through mobile network and Internet. The control center returns the information bake to control terminal. Advantages are: short building period, easy of upgrading etc.

The invention belongs to the technical field of marshalling-station hump-yard signal equipment automation control, and discloses a novel controlling, supervising and monitoring integrated hump full-electronic automatic system. The system is of a three-stage system structure which comprises an operational layer, a monitoring layer and an executive layer. The operational layer, the monitoring layer and the executive layer are established on a computer network transmission platform, and by adopting a database technology, integrated sharing and exchanging of information are achieved. The executive layer is composed of full-electronic intelligent executive control module groups, and the functions of information collection, logical judgment, control execution, state memory, fault protection, monitoring alarm and the like are achieved. The system is provided with a maintenance monitoring machine to achieve the function of computer monitoring, the functions of fault self-diagnosis and self-recovery are achieved, and an alarm display part can be rapidly positioned to a board stage. Compared with the prior art, the system is safe and reliable, simple in structure, high in integration level, the higher in functionality, the better in expansibility and convenient to maintain, and the hump full-electronic automatic system has the intelligent characteristic and integrates controlling, supervising and monitoring.

The invention discloses an underground integrated domestic sewage treatment device and a method thereof, and belongs to the field of purification of the domestic sewage. The underground integrated domestic sewage treatment device comprises a grilling tank, an adjusting tank, an anaerobic digestion tank, an anaerobic biological filtration tank, an aerobiotic biological filtration tank I, an aerobiotic biological filtration tank II, an aerobiotic biological filtration tank III, a vertical flow sedimentation tank and a control chamber, wherein the underground integrated domestic sewage treatment device is an underground stereoscopic integrated device; the control chamber comprises an upper layer part and a lower layer part; the upper layer part is arranged at the upper part of the control chamber; an electric control box and an ultraviolet device are arranged in the upper layer part; a fan and a chemical adding device are mounted at the lower layer part. The underground integrated domestic sewage treatment device is small in occupied area, convenient in drainage and low in energy consumption; the energy conservation and environment protection are facilitated; by virtue of the auxiliary adoption of the chemical treatment process on the main basis of biological degradation, the emission of the water with the up-to-standard water quality is ensured.

The invention discloses a method of curing a soil body through motivating and cultivating microorganism in situ. The method comprises the following steps: at first, adding motivating liquid in the soil body to promote reproduction of microorganism in the soil body, then, adding cementing liquid in the soil body to cure the soil body, and further, calculating the usage amount of the motivating liquid and/or cementing liquid added each time through the porosity, the treatment area and the treatment depth of the soil body. Through adding the motivating liquid in situ, reproduction of self microorganism in the soil body is promoted; the in-situ motivated microorganism in the soil body environment is balanced in nutrient substances, has interactive adjustment and sensing with other microorganism, grows and breeds rapidly and is high in urease activity; and in addition, the in-situ microorganism motivating method reduces the process of adding bacteria solution in the soil body, greatly reduces the influence of non-uniform solution flowing to non-uniform microorganism distribution and effectively improves the MICP effect.

The invention provides a soft soil stratum subway station expansion method and structure based on an inserted beam freezing method. The soft soil stratum subway station expansion structure comprises shield tunnels, a middle platform connected between the two parallel shield tunnels and communicating with the shield tunnels, and frozen soil layers wrapping the outer side of the middle platform; themiddle platform comprises a top lining unit, a bottom lining unit, side columns and a structural bottom plate, the top lining unit and the bottom lining unit are arranged between the shield tunnels and are symmetrical up and down, and the frozen soil layers are distributed along the arched outer surfaces of the top lining unit and the bottom lining unit; the two side ends of the bottom lining unit and the two side ends of the top lining unit are connected and supported through the side columns; and the structural bottom plate is arranged above the bottom lining unit and is kept on the same horizontal plane with the two ends of the bottom lining unit. The method solves the problem of large deformation of subways and surrounding soil caused by serious soil moving in an expansion mode, and has the advantages of being high in construction efficiency, short in construction period and high in safety.

The invention discloses a testing system of an optical fiber network, and belongs to the technical field of optical fiber communication transmission. The testing system comprises a first reference clock chip and a second reference clock chip, and further comprises a central processing unit, an optical transceiver, an FPGA, an EPROM and a JTAG debugger, wherein the first reference clock chip and the second reference clock chip are both connected with the central processing unit, the central processing unit, the EPROM, the JTAG debugger and the optical transceiver are all connected with the FPGA, and the JTAG debugger is connected with the EPROM. By means of the testing system, each module of the FPGA can be tested, configuration programs can be directly written in the EPROM, the engineering period is short, and the development can be conveniently and flexibly realized.

The invention relates to a digital multipoint distribution system and a transmission processing method thereof. According to the digital multipoint distribution system, a near-end access unit is composed of a power module, a monitor panel, a frequency conversion module, a medium frequency processing portion and a modem; a system expansion unit is composed of a power supply, a monitor panel, an interface conversion portion and a medium frequency processing portion; a system far-end unit is composed of a medium frequency portion, a frequency conversion module and a radio frequency amplifying portion. The transmission processing method of the digital multipoint distribution system is composed of the steps including system near-end unit transmission, system expansion unit transmission and system far-end transmission. The digital multipoint distribution system and the transmission processing method thereof solve the problems of incapability of achieving multiple-network common access, multiple-network coexisting interference, poor indoor telephone traffic absorption capacities and the like and has the advantages of multiple-network co-construction, resource sharing and construction investment sharing, low noise introduction, better signal coverage quality, convenient design, simple construction, energy conservation, emission reduction, operating cost reduction and the like.

The invention discloses a laser radar applied to mobile equipment and a using method thereof, and a laser radar system. The laser radar comprises a radar body, a communication module, and a housing. The radar body emits and receives a laser beam to detect a characteristic signal of a measured object. The communication module includes a wireless communication module; and the laser radar realizes information interaction of the characteristic signal with the mobile terminal through the wireless communication module. The radar body, the communication module and a power supply module are all arranged in the housing. According to the application, the laser radar is independent in physical structure and functions and carries out remote information interaction with a conventional mobile terminal through the wireless communication module and thus the user can directly and remotely regulate and control the laser radar through the mobile terminal. The operation of the laser radar is simplified and remote controlling can be realized. The laser radar can be installed on mobile equipment or installed at a specific measurement position rapidly, simply and detachably and can be installed simply and conveniently.

The invention discloses a wireless monitoring system. The wireless monitoring system comprises multimedia nodes which are connected through a wireless network; and each multimedia node comprises a multimedia information acquisition unit for acquiring multimedia information, a multimedia information conversion unit for converting the acquired multimedia information into multimedia code streams through coding and a programmable wireless receiving and transmitting unit for detecting the network environment where the node is located and configuring protocol parameters to receive and transmit the multimedia code streams wirelessly. By means of the wireless environment self-detection, protocol programming, RF front-end dynamic configuration and baseband unit reconfigurable technologies provided by the wireless monitoring system, it can be guaranteed that the overall wireless monitoring system achieves the good system security, the signal stability, the deployment convenience, the application practicability and the flexible expansibility in the multimedia signal transmission monitoring process.