Q:What are the safety requirements for the dismantling of construction scaffolding

(5) remove the material, structural parts, etc., it is strictly prohibited to throw down, the use of rope tied firmly slow down, or with a crane, basket and other means of transport to the ground.(6) the scaffolding removed, should make clear the workplace after work, all materials and components should be neatly stacked, safe and stable, and timely transport.

Q:21M high full scaffold erection scheme

2 should be based on the results of the inspection to improve the construction organization design of the demolition of the order and measures, approved by the competent authorities before the implementation;3 removal of debris and ground barriers on the scaffold.4.2 removal of scaffolding, should meet the following requirements:

Q:THIS METAL SCAFFOLDING IS CONNECTED TO EARTH.Need 2 more questions to be answered:1.Is he going to be electrocuted if he wasn't holding the metal scaffolding?2.will the current flow through him or through the wire in both cases?

I'll assume you mean a LIVE wire, AC. 1. If there is no connection to ground at all, NO. Birds can sit on live wires. 2. The current will flow from wire through body and scaffold to ground, then from ground through scaffold and body to wire, reversing at a rate of 60 times per second (America). Depending on the voltage on the wire, that person will most likely die or even be burned apart.

Q:What issues need to pay attention to the construction of high-level scaffolding

Where the bending, deformation of the rod should be straightened, damaged components should be repaired before they can be stored in storage, or should be changed.

Q:I'm trying to understand a problem in my physics book. The problem is this:A person is pulling on a rope, that is connected to a pulley on the ceiling. The rope then goes to a box with a pulley on it, and then up to the ceiling where the rope is connected (to the ceiling).The rope and pulleys are massless and frictionless.The book lists three forces (tension forces) going up and one weight force pulling down.My question is, why isn't there another force pulling against the tension of the rope from the guy pulling the rope?

well, the person is going to have to pull on the rope, and that will be another force that is not pictured in the book. if you think about it, when a rope is under tension, each end is getting pulled, like a tug of war, otherwise it just moves toward the other force. When the forces are balanced, the rope is in tension and does not move. The forces pictured in the book are tension provided by the weight. The person will have to add a tension force downward to compensate.

Q:Erection of steel scaffolding tools and safety supplies

Safety belt, safety helmet, gloves, rope, steel shear, ribbon sling (sling)

Q:why scaffold need for inspected within the preceding 7 days and after adverse weather condition?

It is a work safety issue. Past experience has shown that scaffolding sometimes gets modified by unqualified people (or weather) resulting in injury or death.

Q:hi, ive had my scaffolding for a little over a month now, and one of the holes has started going really weird. on the top, its swollen and sore on one side, and on the bottom, its the same but on the opposite side. not sure if its infected ir being rejected by ear, which ive heard can happen. i would like to keep it in if possible,as i love it. any help welcomed :) thanks xx

I've also had my scaffolding and I had the same issue. It was totally normal, I went back to the peircing place and asked if this was regular for the piercing. They said it was and to proceed with the cleaning process etc. they said it just has scabs because its healing :)

Q:According to the standard set up double scaffolding scaffolding to the number of meters per square meter

Once the calculation is qualified, you can according to the vertical distance

Q:In the calculation of the bearing capacity of the scaffold, what is the axial force produced by the "N g2k" - the standard value of the component?The calculation formula for force rod scaffold N/ psi A+Mw/W = fWhere N=1.2 (Ng1k+Ng2k) +0.85*1.4 Sigma NqkThe specification of N g2k is explained in terms of the axial force generated by the standard values of the component fitting,It is how to understand, specifically refers to what? That is to say, what is the standard value of the component?Please master all trouble, thank you generous with your criticism!

(3) the railings and retaining scaffold deadweight standard value (kN/m); the railings, bamboo amphipodsshouban baffle, the standard value of 0.15NG3 = 0.150 x 7 x 1.500/2 = 0.788 kN;(4) the load of the hanging safety facilities, including safety net (kN/m2); 0.005NG4 = 0.005 x 1.500 x 24 = 0.180 kN;