JP2003094242A - Peening apparatus for saw and plane - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a peening apparatus for saw teeth and a plane blade, which can easily carry out saw setting for the saw teeth and peening for a plane blade. SOLUTION: In the peening apparatus for the saw teeth and the plane blade, a core rod 1 having a chisel 15 at a tip end thereof is guided by a sleeve 3 so as to be aligned with a supporting base 9 for supporting the saw or the plane blade. When a head of the core rod 1 is struck with a hammer with the saw put on the supporting base 9, the chisel 15 at the tip end of the core rod 1 guided by the sleeve 3 can exactly strike the saw.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention FIG. 1 is a perspective view of the present invention, in which a chisel 15 is manually tapped with a hammer to pass through the inside of a shaft 3 guided by an axis line, and a chisel 15 bends against a blade edge of a saw. Accurately transmitted by the chisel passing through the guide tube. It is a backing machine tool for saws.

[0002]

2. Description of the Related Art To cut a clam into pieces, a sharpener or a hammer was used to smash the blade, or a sharpener was used, or the blade of the squeezing blade was bent with the blade sandwiched like pliers. Breaks and returns. Also, when hitting with a clam mallet, if the hand gets wrong, the side blade may be broken. Recently, there is no person who hits the fine blade, the fine edge of the blade like the saw blade It will end up.

Even when hitting the back of a plane, some young people recently hit the plane of the plane with the corners of a wooden part and hit it with a tool that sharpens Maichouna logs when we have come up to now. I hit the rounded part with a plane and listened to it with a small ear, hitting it with a metal hammer, and splitting it well, in order to eliminate such a thing, I thought of a backing machine for a saw plane It is a tool.

[0004]

SUMMARY OF THE INVENTION The present invention is a tool that is used to line a plane with a claw on a saw, and the noko is moved by hand, and the plane is also moved while being held by a hand.
Can be used by anyone who hits.

[0005]

[Means for solving the problem] In the case of a saw, this tool is to fit the saw eye well on the tip of the triangle mark 8 of the ruler 7, tapping while watching the triangle 8 mark and the blade of the ruler 7 Adjust the degree to which the blade is applied to the knob with dial 6 and decide.
And the height angle of the thumbscrew 14 must be determined.

(Operation) By changing the shapes of the core shaft 1 and the base 10 shown in FIG. 6, the tip 1 of the core shaft other than the core shafts 1A, 1B, 1C
By changing the mold of the 5 parts, for example, using a copper plate to print out fine patterns or letters, or changing the 15 parts of the chisel to punches, punching, tacking, etc., various uses can be considered.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a perspective view showing that the size actually used is about 150 mm from the bottom of the base to the tip of the head of the core shaft 1 to 100 × 120 m.
Also, if the table arm 5 part can be separated and removed, it is convenient to carry, it is a tool suitable for striking the blade of a saw plane, the blade tip to hit the saw blade I hit it while watching it, so I can't hit it too early. Unlike this, when you hit the plane blade, you can hit it quickly, and anyone can use it.

[0008]

As shown in the perspective view of FIG. 1, when the hammer strikes one core shaft, the spring 2 is lowered and the shaft 3 is guided.
Slip the inside of the chisel, and if the 15 parts hit the saw, bend it downward and hold it with your hand. At this time, if the position of the support column 9 attached to the base 10 is slightly displaced from the true center, it is easy to bend.
Loosen the screws and tighten the base 10.

There are screw holes at the four corners of the base. This is a screw hole to stop because vibration is transmitted when hit with a hammer,
It is also possible to remove the edge of the base of the base 11 and the arm 5. It is convenient to carry.

Figure 3 Hitting the plane blade, in this case, adjust the knob screw 14 by turning the knob screw 14 until the blade edge of the F plane, the sharpening part, falls slightly diagonally downward, the knob screw is horizontal. Used to move up and down.

FIG. 3 For the core shaft 1 and the shaft 3, turn the shaft 3 and turn 3 until the F plane and the tip of the chisel 15 are appropriately spaced. At this time, if you decide whether the tip of the square box 15 of the chisel 15 should be set upright or sideways and if the direction is decided, turn the dial 4 and tighten it, stop the rotation of the core shaft 1 X screw is for chisel 15 Is fixed, and when the core shaft 1 is hit with a hammer, the X screw serves to stop the shaft from jumping up.

Fig. 4 Large 11 Base 10 Support post 9 Chosen
12 is a plan view of the ruler 7 triangular mark as seen from above. The holes on the cho-screw 12 are long because they need to be moved back and forth. Also, in order to prevent the shaft from rotating by passing the arm 5 through the square hole, the left and right of 7 are not tilted, and a spring is fitted on the shaft, and the knob dial 6 is turned to determine.

Fig. 7 Chisel 15 is steel-hardened,
The tip is flat and the surface is flat, even in the case of a plane, the tip is made to be the surface length so that the tip is slightly rounded, and the support pole 9 is a support pole in the case of a saw that uses soft iron when it is a plane. 9 uses steel.

[Brief description of drawings]

FIG. 1 is a perspective view of a saw backing machine.

FIG. 2A is a plan view of a base. (B) is an elevational view of the stanchion.

FIG. 3 is an elevational view lining the plane.

FIG. 4 is a plan view of a base and a ruler.

FIG. 5 is a cross-sectional view of a core shaft portion.

[FIG. 6] Elevation view of core shaft portion 1A (small), elevation view of 1B (large), 1C
It is an elevation view of (plane).

FIG. 7 is an enlarged view of a chisel portion at the tip of a core shaft.

[Explanation of symbols]

1 Core Shaft 2 Spring 3 Shaft 4 Dial 5 Arm 6 Knob Dial 7 Ruler 8 Triangular Marking 9 Receiving Pillar 10 Base 11 Units 12 Cho-Screw 13 Units Tightening Hole 14 Knob Screw 15 Elongated Screw X E-Saw F F Plane Y Notch Groove

Claims (5)

[Claims] 1. A saw backing machine, an arm 5 in which a core shaft 1 has a spring 2 and the core shaft 1 passes inside a shaft 3 and inside a guide.
Shaft 3 is screwed into the head with a screw hole, 3
Turn to rotate the dial 4 and tighten the arm 5 with the support column 9 by deciding between the upper and lower positions. 2. The support pillar 9 is an important head portion of the base 10, the tip portion is slightly rounded, the contact portion should not be too large, and the base 10 for fastening the base 11 with the chocks 12 is of a different type. Need to change depending on 3. The ruler 7 has a triangle 8 in the center for determining the cutting edge.
The dial that has the mark marked with
Turn 6 to decide. In addition, the ruler and the shaft portion are made into a quadrangle so that a screw is cut to open a hole in the central portion of the arm 5, a spring is fitted, and a knob dial 6 is rotated to determine. 4. A groove indicated by Y is cut into the core shaft 1, and a fixing screw X is inserted into the groove. Further, a screw is cut at the tip of the core shaft 1 and only the tip chisel 15 can be replaced. ,Big,
There are medium, small, and plane. 5. The thumbscrew 14 is made up of a screw head so that it can be turned by pinching it, so that the top and bottom are determined.