Brackets and brackets are often used in the fields of architecture, engineering and furniture manufacturing. Their differences mainly include the following aspects: 1. Different functions: brackets are mainly used to support and carry weight, and are usually used for In projects such as cantilever structures, bridges, towers and high-rise buildings; brackets are used to support and fix objects, such as furniture, machinery and equipment, etc. 2. Different structural forms: The bracket generally adopts a frame structure composed of rods, which can withstand large horizontal and vertical forces; the bracket generally adopts a flat or L-shaped structure, which is used to fix objects and provide support, and has a relatively small Carrying capacity. 3. Different scope of use: brackets are mainly used in large-scale engineering buildings, such as bridges, high-rise buildings, etc.; brackets are mainly used in furniture manufacturing, machinery and equipment, warehouse shelves and other fields. 4. Different load-bearing capacities: Brackets are generally used to bear larger weights and moments and require higher strength and stability; brackets have smaller load-bearing capacities and are usually used to carry lighter objects. In general, there are obvious differences between brackets and brackets in terms of function, structure, scope of use, and load-bearing capacity. The appropriate type needs to be selected according to specific usage requirements.
The bracket is fixed on the ground, the bracket is fixed on the wall, and the hanger is fixed under the roof
The bracket is fixed on the ground, the bracket is fixed on the wall, and the hanger is fixed under the roof.
The uses are different. The bracket method refers to a structural component that acts as a support for overhead laying pipes on the ground. The bracket method (i.e. steel bracket) is used to support steel roof trusses (or steel trusses).
Different types, the pipe support method can be divided into fixed supports, movable supports (sliding supports, guide supports, rolling supports), etc. The bracket method can be divided into parallel chord trusses, bottom-supporting or top-supporting supports. Racks, double wall brackets, etc.
Pipe support refers to a structural component used to support overhead laying pipes on the ground. It is divided into fixed bracket, sliding bracket, guide bracket, rolling bracket, etc. Pipe supports are used wherever pipes are laid, and are also called pipe supports, pipe sections, etc. It serves as the support structure of the pipeline. According to the operating performance and layout requirements of the pipeline, the pipe rack is divided into two types: fixed and movable. The place where the fixed point is set becomes the fixed bracket. This kind of pipe and the pipe bracket cannot be displaced relative to each other. Moreover, the deformation of the fixed pipe bracket after being stressed should be very small compared with the deformation value of the pipe compensator, because the pipe bracket must have enough the stiffness.
Pipe brackets (i.e. steel brackets) are used to support steel roof trusses (or steel trusses). Brackets can be divided into parallel chord trusses, bottom-bearing or top-bearing brackets, double-wall brackets, etc.
The uses are different. The bracket method refers to a structural component that acts as a support for overhead laying pipes on the ground. The bracket method (i.e. steel bracket) is used to support steel roof trusses (or steel trusses).
Different types, the pipe support method can be divided into fixed supports, movable supports (sliding supports, guide supports, rolling supports), etc. The bracket method can be divided into parallel chord trusses, bottom-supporting or top-supporting supports. Racks, double wall brackets, etc.
How to assemble the finished bracket
The first step is to pick up the disassembled bracket ferrule and put it on the bendable support rod.
The second step is to pick up the double clamp and put it on the round head of the support pole. You need to use a little force to press it in so that you can turn and adjust the direction.
The third step is to hold the top clip with one hand, and hold the circle in your other hand to turn it upward like a screw. Be sure to tighten it.
The fourth step is to tighten the bracket and straighten it, so that a simple lazy bracket is installed.
The fifth step is to pick up one end of the clip and clamp it to a place where the clip can be clamped, such as on the bed or table, so that one end can be fixed.
The sixth step is to bend the pole to a position that is convenient for you, then press to open the double-sided clip at the other end and put in the mobile phone you need to clip. Because there is rubber on the inside of the double-sided clip, it will not be damaged. How to assemble the mobile phone
Use screws to install the bracket behind the blackboard so that it can be used.
Assembly method
The first step is to select the location where the small crane will be installed and operated. Fix a piece of 300x120x30 hardwood on the top cap of the pole. If the installation ground is smooth, you need to Equipped with a power box liner, the small hoist can be installed.
The second step is to place the power box near a window or balcony (if the floor is smooth, put a flexible pad on the lower part of the power box).
The third step is to assemble the bracket part
Put the jack nut washer on the jack nut;
Insert the force rod on the screw;
Insert the bearing
Install the rotating arm on the pole bearing on the pole clamp;
Install the pole top cap with a wooden board on the top of the pole.
The fourth step is to insert the assembled bracket part into the base hole of the power box.
The fifth step is to add an appropriate amount of lubricating oil to the screw thread, and then tighten the jack nut. (Note: The main pole of the bracket must be perpendicular to the ground)
The sixth step is to adjust the height of the rotating arm of the small crane to the appropriate position, and then adjust the length of the pulling arm wire rope to adapt to the objects being lifted.
The seventh step is to use the clutch handle to disengage the clutch, take out the wire rope from the power box, loosen the screw rope locks on the two pulleys, pass the wire rope through the two pulleys on the bracket, and then The wire rope lock is locked.
Step 8: Take out the power cord, button starter and travel switch, and install the travel switch in the arm end fixed box.
The ninth step is to test the machine with no load and check whether the start switch is flexible and whether the limiter and travel switch are reliable
The first step is to straighten all the poles tied with rubber bands, and then take out the two longest ones. The two longest ones are the length of the bottom of the mosquito net. Then take out two more poles that are longer than this. The two longest ones and the shorter one are the length of the top of the mosquito net.
The second step is to find four tall poles that are almost the same length and are the mosquito nets.
The third step, among the remaining four, two are longer and two are shorter. The two longer ones are the width of the bottom of the mosquito net, and the two shorter ones are the width of the top.
The fourth step is to understand the bracket. Now let’s take a look at the tent yarn. For those mosquito nets marked with a bottom, the ones with large mesh openings must not have the bottom reversed. The top of the tent usually has a bottom. Lacey. Some will also have a cloth cover at the bottom for you to thread the pole through.
The fifth step is that a set of mosquito nets has eight tees, which are used to connect the poles, that is, eight knots. Each of the four knots on the top has four openings, and the top opening is for decorations, such as plastic "small wine glasses."
There are four small holes on the four corners of the top of the tent, through which the decoration can be inserted into the small opening of the tee. Generally speaking, mosquito nets have a large base and a small top so they can stand firmly. It is best for two people to cooperate with each other when installing.
The above is the detailed content of What is the difference between brackets and brackets? What is the difference between brackets, brackets and hangers?. For more information, please follow other related articles on the PHP Chinese website!
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