This technology relates to nail guns, specifically a device to regulate the depth of an aerodynamic nail gun。
Background technology:
1. Gas nail guns are powered by air compressors, which can effectively increase the efficiency of wood connections by pumping nails into wood, cement, bricks, etc., for fixed connections, different objects using different nail guns and nails, for extensive use in domestic fittings, engineering, factories, etc., especially carpentry。
2. Air nails will be used in furniture renovations to connect or fix the wood with nails, which are now used at a more fixed distance between the head and the wood, leading to a more fixed depth of nails, and when thinner plates are crucified, it is easy to break through to break the board and become less widespread。
As a result, nail guns need to be designed to effectively prevent them from reaching fixed depths。
Technical realization thinking
1. In order to address the issues raised in the above-mentioned background technology, the purpose of this practical novelty is to provide a mechanism for regulating the depth of the pegs, with the advantage of regulating the depth of the pegs, and to resolve the problem of the pegs to a fixed depth。
2. To achieve the above, this practical novel offers the following technical options: an aerodynamic nail depth control device, including a pedal gun, with a nail box at the base of the said pedestal gun, a cap on the bottom of the pedal gun, a fixed line on the right side of the said cap, a fixed section on the right side of the said cap, a long slot on the inside of the said pedestal, a moving block on the internal side of the pedestal, a slide opening on the internal side of the pedestal, a slide strip on the right side of the said moving block, a moving slot on the internal side of the pedestal, a long line on the internal pedestal of the pedestal, a long line on the front side of the pedestal, a fixed line on the back side of the pedestal, a line on the back of the pedestal。
3. As the preferred option of this practical new type, a limited slot is provided for the top and bottom of the inner wall of the said mobile slot, and the upper and bottom of the long bars of the said strip are fixed to the limit blocks connected to the slide of the limited slot。
4. As the preferred option for this practical novelty, the fixed connection to the bottom of the said moving block has a friction pad and the bottom of the said friction pad has a smoothing thread。
5. As the preferred option of this practical new type, the surface fixed connection of the lifting strips in question has a smoother shield and the surface of the slider in question has a smoother thread。
6. As the preferred option for this practical new type, a fixed connection to the front side of the said article has a square in the shape of a rectangle。
7. The surface of the fixed blocks in question, which is the preferred option of this practical type, has a corrosive layer in which the number of panels in question is four and evenly distributed。
8. The benefits of this new and useful technology are as follows:
9,1. This practical new type of regulation regulates the distance between the head of the gun and the wood, regulates the depth of the nailing, and does not cause the plate to crack when the thinr sheet is nailed and is more widely used。
10, 2, this practical novel allows for long bars to be limited and enhances their stability by setting slots and blocks。
Technical characteristics:
1. A mechanism to regulate the depth of the pyro-clad gun, including a pyro-cracker (1), with a nail box at the bottom of the pyro-cracker (1) and a lid at the bottom of the pyro-cracker (1)
2. The regulation of the depth of one of the aerodynamic nail guns described in claim 1 is characterized by the presence of a limited slot (14) at the top and bottom of the inner wall (9) of the said mobile slot, and by the fixed connection of the top and bottom of the long strip (10) to the limited slot (14) with a limited block (15)。
3. A mechanism for regulating the depth of an aerodynamic nail gun, as described in claim 1, is characterized by a friction pad (16) at the bottom of the moving block (6) and a smoothing line at the bottom (16)。
4. A mechanism to regulate the depth of an aerodynamic nail gun, as described in claim 1, is characterised by the fact that the fixed connection to the surface of the pull bar (8) in question is smoother (17) and that the surface of the slider in question (17) is smoother。
5. A mechanism for regulating the depth of an aerodynamic nail gun, as described in claim 1, is characterized by a square plate (18) on the front side of the said link (13) and a rectangular shape of the said plate (18)。
6. The regulation of the depth of an aerodynamic nail gun, as described in claim 1, is characterized by the presence of a corrosive layer on the surface of the fixed block (4), with the said plate (12) in four equal numbers and evenly distributed。
Technical summary
This technology discloses a mechanism for regulating the depth of the pyro-scaling gun, including a pyro-scaling gun, with a nail box at the base of the pyro-scaling gun in question, a cap on the base of the pyro-scaling gun in question, a fixed section on the right side of the pyro-scaling cap in question, a long slot on the inside of the pyro-scaling in question, a moving block on the inside of the pyro-scaling block in question, a slide strip on the right side of the block in question, a slide strip on the right side of the moving block in question, a moving slot on the interior of the pyro-sket in question, a long line on the internal slide link on the inside of the pyro-stal, a long line on the front side of the python in question, a long line on the front of the py-coated teeth, and a fixed plate on the back of the pyret. This technique uses a regulated structure to regulate the distance between the head of the gun and the wood, to regulate the depth of nailing, and does not cause the plate to crack when the thinr sheet is nailed, and is more widely used。
Technical researcher: wollyway, marwan yoo, chu wen ho
Protected technology users: guangzhou city fine arts ltd
Days of technological development: 20221116
Technical publication day: 2024/1/11
