Technical brief:
The patent proposes innovative structural solutions to the high noise of existing air-acting nail guns, the heat jams in the mouth and the risk of nail-fire. Reducing noise through the installation of silence tubes inside the body, preventing congestion by absorbing heat from the pipeline and increasing safety and equipment stability through the addition of additional protection headers at the level of the gun to avoid pegging。
Keywords: aerodynamic nails, silencers, catheters
This practical new type of weapon is in the technical field of nail guns, specifically involving an aerobic nail gun。
Background technology:
The nail gun is a product of a combination of the body and the cartridge, with a sub-electric nail gun, a gas nail gun, a gas nail gun, a hand nail gun, and so on. The aerodynamic nail gun is called an air nail machine. The nail gun is made of air pressure from the air pump. The high-pressure gas drives a pin in the nail cylinder. The hammering exercise, which nails the platoons in the clips to the object or shoots them out, consists of the body of the gun, the cylinder, the balancing valve, the switch component, the impact assembly, the cushion, the mouth, the sink, etc., using the compressed air and the atmospheric pressure, which causes the impactor to move back inside the cylinder through the trigger switch, and the clip is composed of parts such as the head of the gun, the gun cap, the fixed cartridge, the live cartridge, etc., which are delivered to the gun's chute by pressing or pulling a spring, and when the impactor comes out of the gun's mouth, the nail is inserted。
Our existing air-handling nails are too loud when they are actually used, and the gun is hot, the gun is blocked, and the nails are ejected when they are nailed to hard objects, endangering the safety of the use of personnel。
Technical realization elements:
The purpose of this practical novelty is to provide an aerobic nail gun to address the problem of the use of human safety by the use of force when a hard object is nailed to a hard object, which is too loud to sound from the above-mentioned background technology, and which is sensitive to the heat of the gun, blocking the gun's mouth。
For the above purpose, this practical novel offers the following technical options: a gas-acting nail gun, consisting of a gun, a connection card, a gun handle, a handshake, a fixed nut, a silencer, a catheter and an oil pipeline, an accelerator at the upper middle of the gun, a barrel at the lower end of the barrel, a pipe on the left side of the barrel, a bolt-launcher on the left side of the pipe, a nail-launcher on the left side of the barrel, a protection head on the left side of the catheter, a gas-pressure tank on the right side of the catheter, a gas-barrel canister on the right side of the line, an internal catheter at the lower end of the barrel, a firing switch on the left side of the barrel, an oil-leveled catheter on the left side of the barrel, an oil-leveled catheter on the left side of the barrel, and a cavity-les-les on the left side of the barrel, and a cathecretion-les on the left of the main of the main of the。
On the preferred, the fixed nut set-up is six and the fixed nut is symmetrically distributed on the outer surface of the gun。
The preferred, the said barrel and the pressure tank. In the course of working together, the said barrel and the air pressure tank are attached to each other by connecting the card。
In the best case, the said head of protection, the nail launcher, the connection tube and the barrel interact in the course of work and the said head of protection, the nail launcher, the connection tube and the barrel are fixed by welding。
In the preferred category, the pipeline is a cylindrical structure, the right end of the pipeline in question is connected to the connecting card through a screwdriver and the left end of the pipeline in question is connected by welding。
The useful effects of this practical new type of technology are: the scientific soundness of this practical new structure, the ease of use, the soundproofing tube inside the gun can reduce the problem of the sound of the nail gun when it is used, the use of the tube inside the gun can absorb the heat associated with the continuous use of the gun, avoid the problem of congestion of the gun, and the protection head on the left side of the gun can prevent the firing of the nail and protect the safety of the user。
Annex figure description
Figure 1 illustrates the structure of the front of this practical new aerodynamic nail gun
Figure 2 illustrates the structure of the left side of this practical new aerodynamic nail gun
Figure 3 shows the internal structure of this practical new type of aerobic nail gun
Figure: 1 - gun, 2 - apostille, 3 - connected cards, 4 - air pressure tanks, 5 - gunsticks, 6 - fixed nut, 7 - handheld, 8 - launch switch, 9 - protect head, 10 - stabs, 11 - connected pipe, 12 - gunbarrel, 13 - gunshot, 14 - dismantling, 15 - pipeline, 16 - nail launcher, 17 - outline, 18 - upper nail cell。
Implementation modalities
The following is a clear and complete description of the technical options in this new practical implementation, taking into account the attached chart of the new practical implementation, which is clearly a partial rather than a complete one. On the basis of the implementation of this new practical approach, all other examples of implementation obtained by ordinary technicians in this field without creative work fall within the scope of the new practical protection。
Reference is made to figure 1-3, which provides a technical option: a gas-acting nail gun, consisting of 1 for the body, 3 for the connector, 5 for the gun, 7 for the handle, 6 for the fixed nut, 14 for the silencer, 15 for the catheter and 17 for the outlet, 2 for the upper middle position of the barrel, 1 for the barrel, 12 for the lower side of the barrel, 11 for the left side of the barrel, 10 for the line to the left, 6 for the fixed bolt to the side of the barrel, 9 for the side of the gun, 14 for the right side of the plate, 4 for the side of the cascadron, 14 for the side, 14 for the lower side of the barrel, 15 for the upper side of the barrel, 15 for the main tube, 15 for the main tube, 15 for the main tube, 15 for the main tube, 15 for the main tube, and 15 for the main tube。
In order to make the structure of gun 1 more stable, in this implementation example, the fixed nut 6 set up six and the fixed nut 6 symmetrically distributed on the outer surface of gun 1。
In order to allow for a steady launch of nails, in this case, the best option is that barrel 12 and pressure tank 4 work in tandem, and barrel 12 and pressure tank 4 are connected to each other by means of a fixed connection at gate 3。
In order to keep the gun body 1 working against nails, in this case, the first option is to protect the first nine, the nail portal 10, the connection tube 11 and the barrel 12 from each other while working, and the first nine, the nail portal 10, the connection pipe 11 and the barrel 12 are to be welded。
In order to keep the gun body 1 too hot for continuous use, in this case, the pipeline 15 is a cylindrical structure, with the right end of the pipeline 15 being linked to the gate 3 via the nut and the left end of the pipeline 15 being connected to the pipe 11 by welding。
The silencer 14 in this practical new form, a device that prevents sound transmission and allows air flow passage, is an important measure to eliminate aerodynamic noise, which can be used to reduce the sound caused by acoustic body 1 firing nails, and which is mainly reduced by the use of multi-pore acoustic materials, which are placed on the inner walls of the gas flowway or are arranged in a consistent manner, constitute a barrier silencer, and when the sound enters the obstructive silencer, a portion of which can be frictioned into the hole of the multi-pore material and be converted into heat energy depletion, which reduces the sound flow through the silencer。
This practical and new working method and usage process: once this practical new installation has been completed, the nails are placed in the upper nail 18, the lubricant is inserted from the emitter 2 and the gun 1 is used to protect the head 9 against the object that needs to be nailed, the launch switch 8 is opened, the nails are fired from the peg 16 and, when not used, the fixed nut 6 of the outer surface of the gun 1 is opened, the lubricant is drained from the outlet 17 and the gun 1 is wiped out for next use。
Although this practical novelty has been demonstrated and described, it is understandable for the general technical staff in this field that it is possible to make a variety of changes, modifications, replacements and variations in its application without departing from the original novelty of practice, the scope of which is limited by the claims attached to it and their equivalents。
