Abstract: In a gas combustion type nail driving device, a head part (3) which is disposed on the front surface of the main body is provided with (a) a guide tube (35) through which a rod (17) and a nail n pass; (b) a main guide body (36) on which the guide tube (35) is disposed; (c) a subguide (37) which makes a pair with the main guide body (36) and forms a nail feed space; (d) a feed motor (48); and (e) a gear unit (46) which is driven by the feed motor (47). The nail connecting body N is fed to the guide tube (35) by the feed gear (73).

Abstract: A gas combustion type coil nailer is provided with (a) a main body (1) which is provided with combustion chamber; (b) a head part (3) which is disposed on the front surface of this; and (c) a magazine 4 which is disposed on the bottom surface of the head part (3) so that it can be attached and detached easily. A coil shaped nail connecting body is loaded onto the magazine (4). The head part (3) is provided with (d) a guide tube (35) through which the rod (17) and the nail n pass; and (e) with a feed motor (47). The nail connecting body N is fed to the guide tube (35) by a feed gear which is driven by the feed motor (47). Power is supplied to the feed motor (47) from a battery. The rod (17) is driven and the nail is fed by separate motive forces so that the nail can be fed reliably without adversely affecting the accuracy and reliability of the driving capacity of the rod (17).

Abstract: To improve the function whereby each of the nails (2) is retained at a position which is vertical to both belt-shaped bodies (5,5) in the connecting nail (1) which is provided with multiple nails (2) with a head part (3) attached and two band-shaped belt-shaped bodies (5,5) which are made of a synthetic resin. This invention is provided with two belt-shaped bodies (5,5) which are disposed so that they are separate from one another in the axial direction of the nail (2) and parallel to one another and at the same time, multiple nail through holes (6a) are formed at appropriate intervals. Multiple cylindrical gripping parts (7) which communicate with the nail through holes (6a) and which can grip the shaft part (4) of the nail (2) are formed on both belt-shaped bodies (5,5).

Abstract: A gas combustion type coil nailer is provided with (a) a main body (1) which is provided with combustion chamber; (b) a head part (3) which is disposed on the front surface of this; and (c) a magazine 4 which is disposed on the bottom surface of the head part (3) so that it can be attached and detached easily. A coil shaped nail connecting body is loaded onto the magazine (4). The head part (3) is provided with (d) a guide tube (35) through which the rod (17) and the nail n pass; and (e) with a feed motor (47). The nail connecting body N is fed to the guide tube (35) by a feed gear which is driven by the feed motor (47). Power is supplied to the feed motor (47) from a battery. The rod (17) is driven and the nail is fed by separate motive forces so that the nail can be fed reliably without adversely affecting the accuracy and reliability of the driving capacity of the rod (17).

Abstract: In a gas combustion type nail driving device, a head part (3) which is disposed on the front surface of the main body is provided with (a) a guide tube (35) through which a rod (17) and a nail n pass; (b) a main guide body (36) on which the guide tube (35) is disposed; (c) a subguide (37) which makes a pair with the main guide body (36) and forms a nail feed space; (d) a feed motor (48); and (e) a gear unit (46) which is driven by the feed motor (47). The nail connecting body N is fed to the guide tube (35) by the feed gear (73).

Abstract: To improve the function whereby each of the nails (2) is retained at a position which is vertical to both belt-shaped bodies (5,5) in the connecting nail (1) which is provided with multiple nails (2) with a head part (3) attached and two band-shaped belt-shaped bodies (5,5) which are made of a synthetic resin. This invention is provided with two belt-shaped bodies (5,5) which are disposed so that they are separate from one another in the axial direction of the nail (2) and parallel to one another and at the same time, multiple nail through holes (6a) are formed at appropriate intervals. Multiple cylindrical gripping parts (7) which communicate with the nail through holes (6a) and which can grip the shaft part (4) of the nail (2) are formed on both belt-shaped bodies (5,5).