What instruments are needed to design a smart follow barricade

Tools:

1. Commonly used electrician tools: Kesi source.

Generally in the smart bai

The machinery used in chemical engineering includes: hand electric drill, electric hammer, impact DAO drill, bench drill, pipe bender, and handheld.

Specialized angle grinder, grinding wheel cutting machine. The inspection tools are: the security monitoring system can also be used in the monitoring system special tester, line tester (detection network cable and ** line signal), multimeter, shake meter.

In optical fiber engineering, fusion optical fibers and line inspection instruments are also used, but generally these tasks are done by professional companies.

The need for intelligent construction of buildings.

What construction machinery does bai want.

du。。Different stages of zhi, different DAO systems, and different special buildings have different genera, and what you said is too broad. As for the equipment for quality inspection.

It should depend on what the equipment you are using, whether it is Honeywell or Johnson or Siemens, and then determine the direction of quality inspection, and then choose the testing equipment...

The facilities that a smart construction site should have, including a full range of image-multi-view display, portable edge protection subsystem, and monitoring version.

Center, tower crane safety right full monitoring subsystem, UAV detection subsystem, large-volume concrete temperature measurement system, high formwork detection subsystem, safety broadcasting subsystem. These are all necessary smart devices for the construction site, and just listening to the name means that this is the most intelligent and safest mode that can be achieved at present. And the intelligent background system solves the problem of project management, and the advantages of Xiaoshui intelligent platform can be said to be very powerful.

Moreover, the smart construction site can give a good feedback on the labor force and the real-time status of the construction site during construction.

Instrumentation students come and count down the college courses. Electronic technology is a must, you have to be able to draw circuits and use some integrated chips to complete the data acquisition and transmission function.

1.Application form for engineering survey and engineering design qualification; 2.A copy of the business license of the enterprise legal person and partnership; 3.

Articles of Association or Partnership Agreement; 4.Identification certificate of the legal representative and partner of the enterprise; 5.The identity certificate, employment documents, graduation certificates, professional title certificates and materials required by relevant qualification standards of the person in charge of the enterprise and the technical person in charge; 6.

The identity certificate and registered practice certificate of the registered practitioners listed in the application form for engineering survey and engineering design qualifications; 7.Title certificates, graduation certificates, identity certificates and personal performance materials of non-registered professional and technical personnel required by engineering survey and engineering design qualification standards; 8.Proof of termination of employment labor contract between registered practitioners and other professional and technical personnel required by engineering survey and engineering design qualification standards and employment labor contract of the original employer and employment labor contract of the new unit; 9.

Other relevant materials required by the qualification standards.

Lighting equipment, control equipment, and power supply equipment.

Lighting equipment, control equipment, and power supply equipment.

Lighting design is mainly based on the requirements of people's work, study and life, to design a lighting environment, sufficient illumination, safe and convenient to use. The main problems solved in the design are the selection of light sources and illuminators, the arrangement of illuminators, lighting calculations, and how to cooperate with electrical engineering.

Computer technology, that is, adding computer technology to the original instrumentation detection technology. The so-called computer technology is actually a program that is written and executed according to the requirements for the use of instruments and meters, and the execution of these artificial intelligence is a single-chip microcomputer chip and supporting circuits. For example, the digital multimeter that has been commonly used now, the middle and high-end digital multimeter does not have a specific grade selection when detecting a certain parameter, and it will automatically select the appropriate range regardless of the value.

This is why the numerical multimeter has the function of judgment, and at the same time, it also has the function of automatic gear shifting. For the instrument, there are more functions, which can store the detection parameters, curves, and graphs, which can be connected to the USB flash drive for output and view and analysis on the PC.

If you don't understand it, you have to ask the maximum settlement specifications of different buildings, if there are conditions, hydraulic buildings also have relevant specifications, ** You had better read the book first, and the relevant specifications such as the design code for the foundation of the building can be experimented or finite element analysis, and it is a more prudent practice to refer to the code value.

It mainly depends on what you test, there is a gas detector to detect air quality, and there is a water quality detector to detect water quality, mainly depends on what you test.

Assemble it yourself? You give up. To put it simply, you need to design the charging circuit, power supply circuit, detection circuit and timing, etc., and then there is the high-frequency signal part, from the GPS antenna reception, amplification, processing to chip signal analysis, processing, and then to the screen display, as well as the audio circuit, there is a large framework, then everything that needs to be processed needs to be programmed, you run the map, but also the program, and you design the program ,,, brother, can you get it?

In 09, the MX31 main control was adopted, and the AIGOSTAR company designed all the problems were settled, that is, there was too much high-frequency EMI interference, and GPS could not receive stars and positioning. So many embedded R&D engineers, software and hardware, worked for half a year, and finally re-drew the PCBA board, and finally became a cup.

You say in layman's language, after the floor is built, the decoration is carried out with an allimeter to verify and pre-verify the horizontal and vertical directions of the yin and yang corners of the wall and decorations, reinforce, and level the unevenness of the foundation with a level.

First of all, determine the coordinate point where the building is located, and use GPS to do simple treatment of the underground without danger. This is my answer, in order to prevent it from tilting or subverting in the future because of the weak foundation, the capacity is limited, China's 85 elevation network system status:

Because the weight of the building to be built is huge, to see if there is such a danger in the geological conditions of the underground, so the first step is to carry out geological survey of the underground where the building is located, and then use the total station to accurately magnify the line and set the end point of each edge of the building, and then start to build, if there is a danger, the foundation is built, and the laser vertical collimator is used to carry out vertical inspection in the process of building the building.

Site leveling - foundation groove excavation - foundation groove replacement and rolling - brazing and patting the bottom - pile foundation construction - pile detection - foundation groove acceptance - foundation construction - foundation bricklaying, backfill - steel structure construction - secondary structure construction - indoor and outdoor decoration theodolite, total station, level.

There are three kinds of instruments used in the construction site: total station, theodolite, and level.

The total station is a high-tech measuring instrument integrating light, machine and electricity, and is a surveying and mapping instrument system integrating horizontal angle, vertical angle, distance and height difference measurement functions. It is widely used in the field of precision engineering measurement or deformation monitoring such as large-scale above-ground buildings and underground tunnel construction.

Theodolite is a kind of measuring instrument designed according to the principle of angle measurement to measure horizontal angle and vertical angle, which is divided into two types: optical theodolite and electronic theodolite, and the most commonly used is electronic theodolite.

A level is an instrument that establishes a horizontal line of sight to determine the height difference between two points on the ground. The principle is to measure the height difference between ground points according to the leveling principle.

The main components are the telescope, the tube level, the vertical axis, the base, the foot spiral. According to the structure, it is divided into micro-tilt level, automatic leveling level, laser level and digital level. According to the accuracy, it is divided into precision level and ordinary level.

At present, there are more GPS meters used in highway engineering construction, which are directly connected to satellites for positioning and pay-off, and the construction speed is fast compared with total stations. The level is still measured with a level, and the distance measurement uses a laser rangefinder, which is much faster than the steel ruler used before.

Instruments used in the construction of pay-off:

Ink fountains, tape measures, red and blue pencils, levels, theodolites, these are must-haves.

The ink fountain is used to play the line, the tape measure is used to measure, and the level is used to be ultra-flat.

Ink fountains, tape measures, red and blue pencils, levels, theodolites, these are must-haves.