초록 ▼

A nail guiding device for nailers includes a guide plate located between the opening of the casing of the nailer and the magazine. The guide plate has a guide slot and two flanges on two sides of the guide slot. The end of the cover contacts the flanges and the strike plate is movable within the gui

A nail guiding device for nailers includes a guide plate located between the opening of the casing of the nailer and the magazine. The guide plate has a guide slot and two flanges on two sides of the guide slot. The end of the cover contacts the flanges and the strike plate is movable within the guide slot. The guide plate has at least one guide block on a face facing the opening. An adjustment plate is located in the casing and has at least one adjustment block. A resilient member located in the casing and biases the guide plate to make the at least one guide block contact the at least one adjustment block or move over the at least one guide block to adjust the distance between the guide plate and the magazine, such that the nails of different sizes can be used in the nailer.

대표청구항 ▼

1. A nailer comprising: a casing having a space defined therein and an opening defined in a front end of the casing;a resilient plate located in the space of the casing;a strike plate having a first hole and a second hole, the strike plate located in the space and located at a front end of the casin

1. A nailer comprising: a casing having a space defined therein and an opening defined in a front end of the casing;a resilient plate located in the space of the casing;a strike plate having a first hole and a second hole, the strike plate located in the space and located at a front end of the casing, a front end of the resilient plate engaged with the first hole;an arm connected to the casing and having a first end connected with the second hole of the strike plate and a push end formed on a second end of the arm;a magazine fixed at an inner end of the space and a cover mounted to the magazine;a guide plate located between the opening and the magazine, the guide plate having a guide slot defined in a face facing the magazine and two flanges extending from two sides of the guide slot, an end of the cover contacting the flanges and the strike plate movable within the guide slot, the guide plate having at least one guide block on a face facing the opening, andan adjustment plate located in front of the opening and having at least one adjustment block on a first face thereof and facing the at least one guide block, the adjustment plate being movable relative to the guide plate, the adjustment plate having an operation portion formed on a second face thereof. 2. The nail guiding device as claimed in claim 1, wherein the casing has a recess defined in the front end thereof and the adjustment plate is located within the recess. 3. The nail guiding device as claimed in claim 1, wherein at least one adjustment block has a neck extending from the adjustment plate and a contact portion is connected to a distal end of the neck. 4. The nail guiding device as claimed in claim 3, wherein the neck extends through the opening of the casing and is movable in the opening, the contact portion movably contacts the at least one guide block so that the guide plate is moved relative to the magazine. 5. The nail guiding device as claimed in claim 1 further comprising two resilient members and each resilient member has a protrusion and two fixing ends, the protrusion contacts back of the flanges and the fixing ends are fixed to the inside of the space so that the resilient member resiliently guides movement of the guide plate. 6. The nail guiding device as claimed in claim 5, wherein the magazine has two sidewalls on two sides thereof and the cover is mounted to the two sidewalls. 7. The nail guiding device as claimed in claim 6, wherein the flanges of the guide plate contact the cover, a gap larger than 0.7 mm is defined between two respective front ends of the sidewalls and an inside of the guide slot. 8. The nail guiding device as claimed in claim 6, wherein the guide plate is pushed by the protrusions of the resilient members to form a gap between the flanges of the guide plate and the cover, a distance gap defined between two respective front ends of the sidewalls and the inside of the guide slot is larger than 1.2 mm.