Patent Application
20230142066
The present disclosure relates to the field of tools, and in particular to a nail gun provided with a wide and narrow nail switching and nail blocking structure.
Nail gun is also called a powder actuated tool. Since the appearance and the working principle are similar to a pistol, the nail gun is often called a nail shooting gun. In the European and American nail gun markets, nail shooting guns are not only professional tools, but also suitable for ordinary families and individuals to carry out simple decoration. However, existing nail guns are categorized into narrow nail dedicated guns and wide nail dedicated guns, a user needs to match the nail width with a nail gun, which is inconvenient; in the meanwhile, the nail legs are easy to skew during the nailing process, resulting in a poor quality of nailing.
The patent with application number of CN102785223B provides a nail guide structure and a nail gun having the same. This structure to some extent can solve the problem that the nail legs are easy to skew during the nailing process. However, the employed support element moves horizontally in the positioning groove of the guide plate under the action of the elastic element, the horizontal movement distance is not definite, which may not block the nails. There are still problems of nail leg skew during and after the nailing process or nail stuck.
The present disclosure aims to overcome the defects existing in the prior art, and provide a nail gun provided with a wide and narrow nail switching and nail blocking structure, which enables two different nail widths on one same nail gun and has a nail blocking function.
The aim of the present disclosure is accomplished through the following scheme: a nail gun provided with a wide and narrow nail switching and nail blocking structure, wherein the structure is arranged in a nail gun provided with a nail rail, the nail gun includes a punching sheet guide rail vertically arranged in front of the nail rail, wherein the punching sheet guide rail includes a first surface and a second surface opposite to the first surface, the first surface of the punching sheet guide rail faces the nail rail, the punching sheet guide rail defines a positioning groove running through the first surface and the second surface, the first surface further defines a vertical extending guide groove, such that a punching sheet arranged right above the punching sheet guide rail and/or a nail arranged in the nail rail slide(s) linearly along the guide groove; one side of the positioning groove extends upwards to form a groove A in which a regulating block is arranged in a sliding manner, such that the regulating block is capable of sliding between a first position and a second position, the regulating block includes an end A and an end B, wherein when the regulating block is located at the first position, the end A extends out of the first surface, when the regulating block moves towards the second position, the end A is close towards the first surface; another side of the positioning groove extends downwards to form a groove B in which a nail blocking bar is rotatably arranged, wherein the nail blocking bar is fixed through a pin shaft and is capable of rotating between an initial position and a terminating position around the pin shaft, the nail blocking bar includes an end C and an end D, wherein when the nail blocking bar is located at the initial position, the end C extends out of the first surface, and when the nail blocking bar rotates towards the terminating position, the end C is close towards the first surface; a spring sheet presses against the end D, such that the nail blocking bar always tends to reset to the initial position; a toggle button is vertically arranged in front of the regulating block to selectively clamp and press against the regulating block, such that the regulating block cannot move to the second position.
In a preferred embodiment, the toggle button is fixedly mounted in a toggle button sleeve and is capable of moving up and down with the toggle button sleeve.
In a preferred embodiment, the toggle button is provided with a protrusion to adapt to a convex plate arranged on the end B of the regulating block; when the toggle button moves downwards with the toggle button sleeve, the protrusion presses against the convex plate, such that the end A of the regulating block extends out of the first surface to form a narrow nail outlet gap; when the toggle button moves upwards with the toggle button sleeve, the protrusion keeps away from the convex plate, such that the end A of the regulating block retracts to the groove A, to form a wide nail outlet gap.
In a preferred embodiment, the narrow nail outlet gap is 0.75 mm, and the wide nail outlet gap is 1.2 mm.
In a preferred embodiment, the toggle button defines a through groove for the end D of the nail blocking bar to pass through, and a tail part of the spring sheet enters the through groove to press against the end D of the nail blocking bar.
In a preferred embodiment, the nail blocking bar is provided with a stopper part, the stopper part is close to the end C and is located outside the outline of the groove B; when the nail blocking bar is located at the initial position, the stopper part presses against the punching sheet guide rail, such that the nail blocking bar cannot completely fall out of the groove B from the first surface.
The present disclosure has the following beneficial effects: the nail outlet gap is changed by changing the position of the toggle button, such that the gap between the nail rail and the punching sheet guide rail changes freely between 0.75 mm and 1.2 mm, thereby enabling wide and narrow nails to be used on one same nail gun; in the meanwhile, two nail blocking bars are arranged in the groove of the punching sheet guide rail and they will block nails all the time during the nailing process, so as to improve the nailing quality of the wide nails.
Descriptions of designators in drawings: 1 represents a punching sheet guide rail, 11 represents a first surface, 12 represents a second surface, 13 represents a positioning groove, 14 represents a guide groove, 15 represents a groove A, 16 represents a groove B, 2 represents a punching sheet, 3 represents a nail, 31 represents a nail back, 32 represents a nail leg, 4 represents a regulating block, 41 represents an end A, 42 represents an end B, 43 represents a convex plate, 5 represents a nail blocking bar, 51 represents an end C, 52 represents an end D, 53 represents a stopper part, 6 represents a pin shaft, 7 represents a spring sheet, 8 represents a toggle button, 81 represents a protrusion, 82 represents a through groove, 9 represents a toggle button sleeve, and 10 represents a nail rail.
The present disclosure is described below in detail in conjunction with drawings.
Embodiments: as shown in
A toggle button 8 is vertically arranged in front of the regulating block 4 to selectively clamp and press against the regulating block 4, such that the regulating block 4 cannot move to the second position; the toggle button 8 is fixedly mounted in a toggle button sleeve 9 and is capable of moving up and down with the toggle button sleeve 9; the toggle button 8 is provided with a protrusion 81 to adapt to a convex plate 43 arranged on the end B 42 of the regulating block 4; when the toggle button 8 moves downwards with the toggle button sleeve 9, the protrusion 81 presses against the convex plate 43, such that the end A 41 of the regulating block 4 extends out of the first surface 11 (that is, the regulating block 4 moves to the first position) to form a narrow nail outlet gap; when the toggle button 8 moves upwards with the toggle button sleeve 9, the protrusion 81 keeps away from the convex plate 43, such that the end A 41 of the regulating block 4 retracts to the groove A 15 (that is, the regulating block 4 moves to the second position), to form a wide nail outlet gap; preferably, the narrow nail outlet gap is 0.75 mm, and the wide nail outlet gap is 1.2 mm.
The toggle button 8 defines a through groove 82 for the end D 52 of the nail blocking bar 5 to pass through, and a tail part of the spring sheet 7 enters the through groove 82 to press against the end D 52 of the nail blocking bar 5, such that the nail blocking bar 5 always tends to reset to the initial position.
The nail blocking bar 5 is provided with a stopper part 53, the stopper part 53 is close to the end C 51 and is located outside the outline of the groove B 16; when the nail blocking bar 5 is located at the initial position (as shown in
The working process of the present disclosure is as follows.
As shown in
As shown in
It is understandable that, for those skilled in the art, equivalent substitutions or modifications of the technical scheme and idea of the present disclosure shall be included in the scope of protection of claims appended hereinafter.
