CA2634805A1

CA2634805A1 - Tenoner machine with setting function

Info

Publication number: CA2634805A1
Application number: CA002634805A
Authority: CA
Inventors: Jack Yang
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-06-11
Filing date: 2008-06-11
Publication date: 2009-12-11
Anticipated expiration: 2028-06-11
Also published as: GB2461062A; CA2634805C; GB0811211D0; GB2461062B

Abstract

The present invention is related to a tenoner machine with setting function. The tenoner machine includes a machine base having a guiding board mounted at the top thereof, and a motor with a cutter mounted at the top thereof. The cutter moves along indentation on the guiding board so as to lathe the groove on the object, which is located on the guiding board. A cutter measuring unit is mounted at the top of the machine base for measuring the protruded height of the cutter from the guiding board, and through the scale, the position of the motor can be adjusted for lathing a predetermined groove depth. A position measuring unit is located on the left side and the right side mechanical walls of the machine base for adjusting the guiding board to approach the position for lathing the object. A guiding device is located in front of the machine base, and a cutter feed/retract setting unit is mounted at the outside of the guiding device for setting the moving stroke of the cutter so as to control the depth and width of the groove lathed by the cutter.

Claims

1. A tenoner machine with setting function, comprising:

a machine, wherein a guiding board is horizontally mounted at the top of the machine base, the guiding board has plural indentations whose intervals are equidistant, a wall board is locked at the top of the machine base in a lateral direction, two parallel sliding shafts and an undulated guiding track are laterally mounted on the machine base, the guiding track has plural tenoner slots, which are arranged with equidistant intervals and are corresponding to the indentations of the guiding board, a pair of mechanical walls are respectively mounted at the left and the right sides of the machine base, and an object is erected and clamped on the wall board;

a mechanical board capable of moving forward and backward, wherein the mechanical board is assembled on the machine base beneath the guiding board, a motor seat is mounted at the bottom of the mechanical board, a power source is connected to the bottom of the motor seat, a cutter is assembled at the top of the power source, and the power source drives the motor set to move up and down so as to protrude the top portion of the cutter out of the guiding board;

a guiding device comprising a sliding block penetrated by and mounted on two sliding shafts, wherein a slant is formed at the front end of the sliding block, a moving cover in front of the mechanical board is covered on the sliding block, a fixing board is located in front of the moving cover, two screw shafts penetrate the sliding block ahead of the fixing board and the rear ends of the screw shafts are locked to the mechanical board, a pull stick is pivotally connected to the central portion of the fixing board, a pulley is mounted at the rear end of the pull stick for rejecting to the slant of the sliding block, a moving shaft which is resilient in a longitudinal direction is mounted at the lower portion of the fixing board, and the rear end of the moving shaft is pivotally connected with a guiding wheel, which moves leftward and rightward along the undulated guiding track; and a cutter measuring unit comprising a protrusion fixed on the wall board, wherein the protrusion is penetrated by an erected through shaft, a flat board is mounted at the top of the through shaft, a pressing board is mounted at the bottom of the through shaft, the flat board is directed toward a scale on the wall board, and the pressing board contacts with the cutter.

2. The tenoner machine as claimed in claim 1, wherein the pair of mechanical walls have a position measuring unit mounted thereon, in which the position measuring unit comprises a movable block mounted at the outside of each mechanical wall, the inner side of the block is connected to the guiding board, a screw shaft is fixed to the block, a needle is located at the top of the block for indicating another scale on the mechanical wall, the screw shaft is further penetrated by a lug at the outside of the mechanical wall, and an adjusting nut is respectively screwed at the front and the rear sides of the lug.

3. The tenoner machine as claimed in claim 1, wherein the middle portion of the sliding block has a through shaft penetrating therethrough for penetrating through and connecting to an elastic element which is retractable in the longitudinal direction, in which the rear end of the through shaft is inserted into a pit in front of the mechanical board, and the front end of the elastic element is rejected to the sliding block and the rear end is rejected to the mechanical board.

4. The tenoner machine as claimed in claim 1, wherein the outside of the moving cover has a cutter feed/retract setting unit mounted thereon, in which the cutter feed/retract setting unit comprises a leftward and rightward movable guiding shaft, two ends of the guiding shaft are respectively locked on the moving cover through a ring, the guiding shaft is sleeved by two sliding sleeves, a vernier seat is sleeved on the guiding shaft between two sliding sleeves, wherein the vernier seat is a block whose lower end is locked on the sliding block, another scale is mounted at the outside of the moving cover, and a needle at the top of the vernier seat is directed to the scale on the moving cover.

5. The tenoner machine as claimed in claim 1, wherein the outer periphery of the motor seat has an adjusting component mounted thereon, in which the adjusting component has a quick release and the power source is a motor, the cutter penetrates the motor seat and the mechanical board and protrudes out of the guiding board, the motor has teeth mounted on the periphery thereof and engaged with a screw shaft of the adjusting component, so that through turning the screw shaft, the rising and falling of the motor is adjusted, and the quick release is turned to hold the position.

6. The tenoner machine as claimed in claim 1, wherein the left and the right sides of the wall board have a pair of clamps mounted thereon for clamping the object, and through cooperating with a pressing shaft located at the upper portion of the machine base, the object can be positioned.

7. The tenoner machine as claimed in claim 1, wherein the top portion of the mechanical board has a guiding pillar mounted thereon and the guiding pillar moves upward and afterward along the indentations of the guiding board.

8. The tenoner machine as claimed in claim 1, wherein the bottom of the mechanical board has four hook elements for hooking an upper round edge of the motor seat.