TWM405933U - Horizontal type saw blade grinder - Google Patents

Description

M405933 A saw blade propulsion structure, the top of the body around the perforated rod perforation is combined with a straight bearing tube, a repetitive rod is disposed on the bearing tube, and a free end is obliquely extended to the saw at the top end of the gas cup a swinging arm is disposed at a lower left side of the sleeve, and a rotating base is disposed at a free end of the swinging arm, and a rotating base is coupled to the rotating base by a spring to be coupled to the rotary pusher fulcrum seat on the rotating base. The wrong piece push rod fulcrum seat is combined with a tin piece zen, the right end of the erroneous saw blade lever is combined with an upwardly extending push rod, the push rod is located behind the middle of the / saw blade holder and the top end projects upwardly from the saw blade holder The top surface. The bottom end of the reversing rod is coupled with a rearwardly extending rotating linkage arm, and the right side of the reversing rod should be provided with a rotating crank in the body, which has a side end and an end is provided with abutting against the rotating crank & The other end of the rotating wheel of the wheel bottom edge extends upward and is coupled with the rear end of the rotating linking arm -=, the pull rod 'in the upper half of the rotating crank and the inner wall of the left side of the body - Rotating the crank and spring, and at the joint of the ejector joint, a push-up seat a 〇x ^ on the left side of the base

Further, the ore piece lever of the present invention is laterally disposed, and is coupled to the top end of the ore piece push rod fulcrum seat in a rotatable manner, and the left half of the saw blade lever is used in the saw blade push rod The base of the fulcrum seat is facing to the left: - the adjusting bolt #, the top surface of the left end of the adjusting screw is screwed in a straightened manner - the height of the push rod height is adjusted to the top of the left end of the tin rod The top of the push rod height adjusting bolt is coupled between the left end of the adjusting bolt rod and the left end of the saw blade lever, and the lever is elastic*. In the step-by-step, the wrong block slider of the present invention is provided with a top block, and a left hook block is extended downward from the left side of the bottom surface of the top block, and a recess is recessed in the recess, and the side block is further disposed. In the middle of the right side of the top block, the lower half of the side block protrudes downwardly from the concave D block, and is provided with a half portion, which is positioned on the left side, the plate body, and further forms the rotating shafts on both sides of the body respectively The front hole is disposed in the middle of the shank to further the front end of the shaft to the side of the machine facing the M405933; the side block is opposite to the left hook, θ. ^ The lower half of the block forms a right snail# After the ^ A t shell ghost and then screwed to the side block of the hook block and the right hook block of the central 4 this #. Brother and t to attack the ore block slide rail left, the saw blade seat is left and right A rectangle extending in the right direction in the k direction is bonded to the group μ in the middle bottom surface. The top block of the slotted blade slider. 'The upper half of the front and back of the body is designed to pass through a shaft hole, and the dry & 锝 锝 锝 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿 穿In the left position, a rotating crank seat is provided on the surface, and the rotating crank is fixed to a rearwardly extending rotating curved crank handle pivoting, and the rotating left and right rotating forms are sleeved on the rotating crank pivot The front end of the rotating shaft of the present invention extends out of the body, and is disposed on the circumference of the detecting body and the front side of the body corresponding to the detecting disc group is combined with an electric eye bracket ' & the electric eye bracket measuring disc Group of detected electric eye groups. Further, in the middle of the second half of the second half of the body, a displacement base opening is fixed to the top surface of the displacement base to fix a ceiling frame, and the inner edge of the bottom surface of the left and right sides of the suspension top frame The hanging plate is suspended from the left and right sides of the displacement base opening into the body, and the hanging side plates are extended in the left and right directions to form a suspension vehicle. The suspension vehicle is driven by the suspension vehicle. Located above the lateral crank cam, and fixing a positioning block in the middle of the top surface of the right side of the hanging top frame, and positioning the through hole in the middle of the lower positioning; the two horizontal linear slides are combined on the suspended ceiling The front and rear sides of the top surface of the frame, the traversing table is provided with a traverse plate, which is a rectangular plate body and is hooked on the right side and the rear side of the seat 〇 〇 〇 〇 _ _ _ _

M405933

The two sides of the V-face are combined with the two horizontal linear slide rails, and a crossing opening is formed between the traverse plates, and the right side surface of the traverse plate is combined with the horizontal pushing of the bottom surface of the traverse plate. The inner surface of the left side of the horizontal pushing plate abuts against the outer side of the right side of the positioning block, and the horizontal pushing plate is inserted with a horizontal pushing plate corresponding to the lower positioning perforating position of the lower positioning block; and the upper surface of the rear side of the horizontal moving plate is fixed Positioning block, in the middle of the positioning block, straight through an upper positioning perforation, corresponding to the crank opening position of the body, is combined on the left side surface of the traverse plate - the traversing linkage arm penetrating into the body from the lateral opening downward a rearwardly extending transverse crankshaft is coupled to the rear of the left side of the side body, and a lateral crank pivot is disposed in the middle of the lateral crank in a left and right rotation manner, and the two ends respectively extend upward and toward the right. The right end of the crank pivot is coupled with a transverse wheel 'with the lateral wheel facing upwardly against the bottom edge of the crank cam, and a transverse tie rod is pivotally connected to the bottom end of the interlocking arm at the top end of the lateral crank. The upper half of the crank is on the left side of the body Binding between the wall / lateral toggle spring. Further, the two straight linear slide rails of the present invention are top surfaces combined on the left and right sides of the moved board, and the straight shifting table is provided with a straight shifting plate, a plate body and two left and right sides of the bottom surface. The side is coupled to the rear side of the two straight linear slides of the straight-moving plate, and the lower half protrudes downwardly from the straight-plate bottom push-pull plate, with the inner surface of the front side of the straight push plate abutting against the upper positioning block side Corresponding to the upper positioning perforation of the upper positioning block, a plate perforation is inserted in the direct pushing plate, and a direct-moving interlocking plate extending downward from the bottom surface of the moving plate is attached to the front side of the direct-moving plate; The upper positioning perforation is directly disposed to fix the upper arm of the upper arm, and the upper lateral crank handle is directly transverse to the transverse movement and the transverse direction of the surface. The snail 7 is only y gan 1 out:: ^ is pierced by the straight push plate of the 4 straight table, and is pierced backwards and outwards, and the two sides are combined with the upper spring washer and the upper spring nut. 'Do not agree' around the single S-bolt - straight spring, the front and rear ends of the stern: on the outside of the straight push plate and on the slap The inner surface of the crank is placed in the middle of the crank in the form of a #, a rear rotation, and is placed on the suspension shaft of the hall, and the two ends are respectively 钿A β ± 杈 && Upward, in the straight curve, the end of the twist-straight wheel, the curved 杬 ping with the 5 Hai straight wheel downwards against the top edge of the straight shank cam, #古& Μ p. RM Straightening the top end of the crank upwards through the suspension opening in the middle of the traverse platform and extending into the straight table, at the top J of the first D h and directly on the front side of the side Straight-moving interlocking plates are combined with straight masts. The large-sized, y-created corresponding to the traverse table and the straight-moving table are positive:: the back of the body is joined around the back of the board... The slide seat, Yu Yu 砬 π — θ ^ is combined with a displacement path module at the top of the Shanwei slide and protrudes outward in the middle of the trailing edge - tooth shape, corresponding to the displacement path light wedge and # Φ , . , . . , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Leading the column, with the guiding qi* 4tt soil, 4 blaming the toothed edge of the displacement path mold. In one step, the wheel saw is constructed on the top surface of the straight moving table to form a 'hair' moon seat The circular grinder is coupled to the top surface of the cross-tail slide.

When this creation is used, I adjust the way of first water + rotating press assembly board

The angle of the slab seat, $ „iL u Saw blade seat rail front and rear adjustment of the blade seat slider and the front of the slab seat, the defensive position of the slab seat after adjusting the position of the saw blade seat, the saw blade Put the chain of the wrong piece of the y mountain moon 耿, let the knife on the back side of the saw blade continuous tooth-shaped knife 8 M405933

V. This is extended backwards' and then drives the press cylinder to extend I' so that the presser slams the ram to press down on the top surface of the saw blade and elastically pushes the blade bar pusher forward to the wrong piece. The knife can be rounded and polished: the circular grindstone grinds the blade of the saw blade.

When the round grinding stone of the circular grinding machine grinds the saw blade, the motor of the power-driven structure drives the rotating shaft to rotate, and the lateral crank cam rotates the straight crank cam to drive the traverse table to move left and right. And drive the front and rear of the straight-moving table to move 'so that the circular grinder is matched with the traverse table' straight-moving port, and the knife with a round grindstone is used to grind the saw blade, when the round grindstone grinds the knife After one tooth of the knife is completed, the straight table is retracted and displaced: the left and the back are made, so that the circular grinding stone next saws the lower teeth of the cutting edge, and the rotating shaft drives the crank cam to press the rotating wheel once. Drive the swing arm to push the push # push the blade of the ore piece to the right - the tooth returns to the edge and grind the teeth of the blade edge in a circular manner. The beneficial effect of the creation is that the saw blade is fixed in a lateral manner, and the 4 circular grinder grinds the saw blade in a side-by-side manner, so that not only the saw blade is fixed in a relatively stable manner, but also the circular grinder can be made. The action is stable and achieves a more stable horizontal grinding saw blade effect. [Embodiment] The present invention relates to a horizontal saw blade grinding machine, as shown in the preferred embodiment of FIGS. 1 to 13 , comprising: a body 1 〇, as shown in FIG. 1 and FIG. 2 , a rectangular box body And having two sides, the rear side and the left and right sides, the top of the body is provided with a horizontally disposed mounting plate 11' as a rectangular plate body and a rectangular displacement base opening 111 is defined in the middle of the rear half. Displacement base opening 11 1 in the middle of 9 M405933

The left side of V has a rectangular lateral crank opening 1 1 2 'the lateral crank opening 11 p is smaller than the displacement base opening 111 ' at the front end of the mounting plate 1 1 ★. A reverse rod perforation 11 3 is provided; corresponding to the reverse rod perforation 11 3 rear position 'in the mounting plate 彳, the top surface of the front half of the double Ί double Ί 1 forms a disc-shaped fixed structural joint portion 11 4 , corresponding to the left side of the joint a 1 4 structure joint portion 1 1 4 The top surface of the plate 1 1 forms a pedestal joint portion 11 5 which is shaped like a π/person disc, and extends upwardly on the periphery of the mounting plate 11 - a circular surrounding plate 12 is formed on the body 10 The front and rear upper portions are oppositely raised; the φ state is respectively disposed with a rotating shaft hole 13 and corresponding to the left side position of the front side rotating shaft hole 13 , and a rotating crank seat providing hole 14 is bored in front of the body 10 . A power driving structure 20, as shown in FIG. 2, a rotating shaft 21 is rotatably disposed on the front and rear sides of the body 1 in a rotatable manner, and is a straight shaft extending in the front and rear directions. And the front and rear ends respectively protrude from the front end of the rotating shaft hole 13 and the rear end of the rotating shaft hole 13 , corresponding to the rear end of the rotating shaft hole 13 , behind the body 10 is provided with a motor 2 2 and a reduction gear box 2 3 ' The motor 22 is coupled to the reduction gear box 23 and coupled to the rear end of the drive shaft 21; • correspondingly below the displacement base opening 11 1 , a transverse crank cam 24 is sleeved and fixed on the rear half of the rotating shaft 21 in the body 10 , Corresponding to the front of the lateral crank cam 24, a fixed crank cam 25 is sleeved in the middle of the rotating shaft 21, corresponding to the front of the straight crank cam 25, and a rotating crank is sleeved on the front end portion of the rotating shaft 21 in the body 10 The cymbal wheel 26, as shown in FIG. 4, does not have a detecting disc group 27 with different length recesses around the front end surface of the rotating shaft 21 extending from the front end of the body 1 ,, corresponding to the position of the detecting disc group 27 An electric eye bracket 28 is coupled to the front of the body 10 for the electric eye support The frame 28 incorporates an eye group 29 that is detected toward the detection disk group 27. 10 M405933 saw blade fixing structure 30, as shown in FIG. 1 to FIG. 3, a fixed structure joint portion 11 4 of the front half of the body 1 armor plate 11 is combined with a column body 装 31 which is a straight column and is at the top In a rotatable rear positioning manner, the turntable 32' is coupled to the top surface of the turntable 32 by screws through a press assembly plate 321 extending to the right in a free end; the top surface of the press assembly plate 321 is located above the turntable 32. The rear side of the blade holder slide 3 3 is formed by the bottom surface of the front end portion, ''σ D on the top surface of the press assembly plate 32', and is slidable on the blade holder slide 33 The form is combined with a saw blade block slider 34, which is provided with a top block 341'. A left hook block 342 is extended downward on the left side of the bottom surface of the top block 341, and a notch 343 is recessed in the middle of the right side of the top block 341. The recess 343 is provided with a side block 344 ′. The lower half of the side block 344 protrudes downwardly from the recess 343, and the side block 344 forms a right hook block 345 with respect to the lower half of the left hook block 342, and a screw handle 346 is provided. After passing through the top block 341, the screw is locked to the upper half of the side block 344, and the left hook block 342 and the right hook block 345 are clamped. The blade holder slides the left and right sides of the slider 3; the wafer holder slider 34 is combined with a chip holder 35, which is a rectangular metal long plate body which is magnetic and extends laterally in the left and right directions, and is in the middle The bottom surface is coupled to the top block 341 of the blade holder slider 34, and the rear half side of the blade holder 35 is recessed to form a saw blade inserting portion 35 extending laterally in the left and right directions, and the assembled plate 3 21 is assembled in the pressed state. The right end portion is combined with a presser 3 6 , which is combined with a presser base 361 on the top surface of the right end portion of the tile manufacturing assembly plate 321 . The top surface of the agricultural press base 361 is combined with a presser fulcrum base 362 , and a left and right side are provided. The directionwise extending presser lever 363 is coupled to the presser fulcrum seat 362 in a rotatable manner, and is coupled to a downwardly extending press post 364 at the left M405933 end of the presser lever 363, the bottom end of which is located at the blade holder A presser cylinder 365 is coupled between the right end of the presser lever 363 and the bottom of the right end of the presser base 361 directly above the middle portion of the die inserting portion 351. A displacement structure 40, as shown in FIG. 2, FIG. 2 and FIG. 5 to FIG. 7, is provided with a suspension seat 41 at the displacement base opening of the body 1 mounting plate 11 and having a rectangular suspension The ceiling frame 411 is fixed by a top surface of the suspension top frame 41 1 fixed around the displacement base opening 1 11 , and two openings are arranged downwardly from the inner edge of the bottom surface of the left and right sides of the suspension top frame 4彳1.彳Left, • The right side of the hanging side is inserted into the hanging side plate 41 2 of the body 1 ,, and the suspension side plates 41 2 are extended in the left and right directions to form a suspension shaft 4彳3, hanging The hanging shaft 41 3 is located above the lateral crank cam 24, and in the suspended top frame 41 January: J, the top surface of the rear side combines two lateral linear slides 4 1 4 ' extending along the left and right directions A positioning block 41 5 is fixed in the middle of the top surface of the ceiling frame 41 1 , and a positioning hole 416 is transversely penetrated in the middle of the lower positioning block 41 5 in the left and right directions; and a transverse rail 41 4 is coupled to the two horizontal lines. The traverse table 42 is provided with a transverse traverse plate 42 1 ' as a rectangular plate body and the front and rear sides of the bottom surface are coupled to the two lateral linear slide rails 41 4', a rectangular crossing opening 422 is defined in the middle of the traverse plate 421, and a traverse plate 423 extending downward from the bottom surface of the traverse plate 421 is attached to the right side surface of the traverse plate 421 to laterally push the left side of the plate 423. The inner surface of the lower surface of the lower positioning block 41 5 is opposite to the outer surface of the lower positioning block 41 5 . The position of the lower positioning hole 416 of the lower positioning block 415 is disposed at the horizontal pushing plate 423 . The top surface of the two sides is combined with two straight linear slides 4 2 5 extending in the front and rear directions, and an upper positioning block 426 is fixed in the middle of the rear side of the rear side of the traversing plate 4 21 . The middle edge of the front, 12 M405933, is directed straight through an upper positioning perforation 427, corresponding to the position of the lateral crank opening 1 1 2 of the mounting plate 1 1 , and the left side surface of the traversing plate 42 1 is coupled with a lateral crank opening 1 1 2, the traverse arm 428 is inserted into the body 10; the lower positioning hole 416 of the lower positioning block 415 is laterally disposed to fix the spring screw 43, and the outer end is punctured by the traverse plate 424 of the traverse table 42. Passing out to the right and attaching the spring washer 431 and the spring nut 432 to the inner and outer sides of the outer end A lateral spring 433 ′ is disposed around the lower spring bolt 43. The left and right ends thereof respectively abut against the outer surface of the traverse plate 423 to circumscribe the inner surface of the lower spring dam 431; and the two straight linear slides 4 2 5 is combined with the always-moving table 4 4 , and is provided with a plate 4 41 ′ as a rectangular plate body and the left and right sides of the bottom surface are combined with the two straight linear slide rails 425 ′ on the rear side of the straight-moving plate 441 The inner side of the front side of the straight pushing plate 442 abuts against the outer surface of the rear side of the upper positioning block 426, corresponding to the position of the upper positioning perforation 427 of the upper positioning block 426. The straight push plate 442 is disposed on the front side of the straight plate 441 and the lower side of the straight plate 441 is extended to the bottom of the straight plate 441; the upper positioning block 426 is positioned on the upper positioning block 426. The perforation 427 is straightly disposed to fix the upper sling to buy the snail 45', and the outer end thereof is pierced outward by the straight push plate perforation 443 of the straight transfer table 44, and the outer surname is rin. AL 1 ...... ........

The rear ends respectively abut against the outer surface of the straight push plate 442 and the inner surface of the upper elastic piece 451

Directly behind the table 44, and as shown in Fig. 8, the corresponding traverse table 42 and the rear plate 1 2 that is directly moved to the body 10 are joined to a rear end slide 46 extending laterally in the right direction of the M4U^933. Yu Hongwei slips a displacement path mold 461, the soap extension mouth out of the four 4β9 ^ shaped plate body and in the middle of the trailing edge protrudes outwardly to the tooth shape 对应 'corresponding displacement path module 46

The straight push plate 442 behind the 44 is dipped and D, ‘. & - a rearwardly extending guide arm 463 at the rear end of the guide 彳 463. a guiding post 464 extending downward to guide the buckle to abut against the toothed edge of the displacement path short mold 461. Please refer to the circle 1, the figure q & _ Q 9 no, the corresponding suspension seat 41 The left side is disposed at the lower side of the body 10, and is coupled to a crank shank 47, 6 which is extended by a μ σ, and has a lateral crank 471 having both ends and a lateral crank 471 which is sleeved in the middle. The pivot 47, and the two ends are respectively: the upper end is extended toward the right end of the lateral crank_47 - the lateral wheel 472 Ϊ: ": the top end of the handle (7) abutting the wheel 472 upwardly against the lateral crank cam 24 is located at the traverse table The traverse arm of 42 is like the bottom = the top end of the curved center 471 and the bottom end of the transverse joint (four) _ a tie rod 473, in the transverse crank cylinder 471 μ ut technology ... eight / upper + part and the body 10 Between the soil on the left side, Ό 5 & to the crank spring 474; see Figure 5, Figure 1〇, Figure 11, with -L shape and ... = to the crank 48' its "β1 to the front The rear rotating shape is sleeved on the county suspension 41 (four) hanging shaft 413, and the two ends respectively extend forward and upward, and the front end of the two straight crank 48 is combined with the straight wheel 481. The straight wheel 481 abuts against the top edge of the straight crank cam 25, and the straight crank 48 passes through the hanging top frame and the crossing hole in the middle of the traverse table 42 and extends into the straight table 44. A pull rod 482 is coupled between the top end of the crank 48 and the straight-moving interlocking plate 444 on the front side of the straight-moving table 44. A wheel saw structure 50 is coupled to the top surface of the shifting mechanism 4 14 14 M405933 And the left and right adjustment positions of the cross-tail slide 5 ί, combined on the top surface of the cross-head slide 51 - a circular grinder 52, which is provided at the end of the circular grinder 52 - the blade faces the blade holder 35 A circular grindstone 521 in the middle.

The first piece of the propulsion structure 60' is shown in Fig. 2, Fig. 4, and Fig. 12 and Fig. 13. The top surface of the mounting plate 11 around the reverse rod perforation 11 3 is combined with a straight bearing tube 61' in the bearing tube 61. A reversing rod 61 1 is disposed, and a swinging arm 61 2 is coupled to the top end of the repetitive rod 611 upwardly through the bearing tube 61. The swinging arm 61 2 is a horizontally disposed straight rod body, and the free end extends obliquely rearward to the left. The swing arm 61 is extended. The free end of 2 extends to the lower side of the left side of the blade holder 35, and a rotating base 613 is provided at the free end of the swing arm 6, 2; as shown in Fig. 12 and Fig. 13, the spring is rotatably rotated on the rotating base 613. The form is combined with a rotating base 62, and a saw blade pusher fulcrum seat 63 is coupled to the top surface of the rotating base 62, and a laterally disposed saw blade lever 64 is disposed. The middle portion is rotatably coupled to the saw blade pusher fulcrum seat a. The top end of the corresponding blade lever 64 is extended to the left of the base of the blade pusher fulcrum seat 63. The adjusting bolt rod 65 is screwed to the top surface of the left end portion of the adjusting bolt rod 65 in a vertical manner. a pusher height adjusting bolt 651, the top surface of the left end of the saw blade lever 64 abuts against the push rod The top end of the adjusting bolt 651 is coupled with a pin bar between the left end of the adjusting bolt rod 65 and the left end of the lever 64; a spring 652 is coupled to the right end of the blade lever 64 - a push rod 66 extending upward 'The pusher 66 is located behind the middle of the slab seat % and protrudes upward from the top surface of the saw blade holder 35; as shown in FIG. 4 and FIG. 3, the rotation crank seat is provided with a hole μ for fixing and extending rearward. The rotating crank pivot 67 is provided with a [shaped and 15 M405933 rotating crank 67Ί at both ends, and the middle and right rotations are sleeved on the rotating crank pivoting 6 7 ' and the ends are respectively upward and upward The lower right end is extended, and a rotating wheel 672 is coupled to the right end of the rotating crank frame shaft 67, and the rotating wheel 672 is abutted against the bottom edge of the rotating crank cam 26. The top end of the rotating crank 671 is located at the left rear of the bottom end of the reverse lever 61 1 . Between the upper half of the rotating crank 671 and the inner wall of the left side of the body 1 _, the cranking spring 6 7 3 is coupled to the bottom end of the rear cup 611; the bottom end of the rear cup 611 is coupled to a rearwardly extending rotating linking arm 674. The junction between the free end of the rear side of 674 and the top end of the rotating crank 671 a rotating pull rod 675; combined with the ejector joint portion 15 - the pusher seat 68' is screwed in a horizontal manner on the top of the pusher 68 - the push rod handle 69 is provided at the inner end of the push rod handle 69 There is a top stacking rod 691 which pushes the left side of the rotating base 613 with the top stacking rod 691 to limit the amplitude of the swinging arm 612 to the left. & When the creation of the creation (4) is as shown in Fig. 14 and Fig. 14, the angle of the wafer holder 35 is first adjusted by horizontally rotating the press assembly plate 321, and then the saw is adjusted along the front and rear of the blade holder slide 33. The slider slider & and the front and rear positions of the blade holder. : The position of the entire saw blade holder 35 is completed & 'The saw blade 7 is placed on the tin piece insertion portion 351 of the blade holder. The blade 71 of the continuous tooth-shaped blade on the rear side of the ore piece 70 can be extended rearward. 'Life record...5 has the courage, so when the recording 70 is placed in the _ 135, it will be initially attracted and fixed, and then the 4.7 (4) PRESS 365 elongation will be driven, so that the pressure will be pressed under the column 364. Pressed on the top surface of the 7-inch piece. Bay # 363 is fastened to the saw blade inserting portion 35 of the blade holder 35, and the stationary loser twists the rotating seat 62 of the outer M „ in Fig. 1 so that the saw blade is turned outwards and turned away. The rod 66 is elastically) 6 M405933 is fastened to the blade 71 of the saw blade 70, at this time, the circular grinding; 5 ^ i batch P can be a circular grinding machine 52 u / vermiculite 521 pairs of saw blades Am^ The processing of the grinding process. When the circular grinding stone 521 of the K-shaped grinding machine 52 is ground, the first saw blade 70 is ground so that the center, the front, the rear, and the left and right positions are returned to the grinding machine 52. The part between the circular grindstones 521, 蛀 " a lj aligns with the blade 71 in the spurs of the blade and then moves the cross stern slide 51 into the slanting and straight direction with the displacement structure 4, so that the circular grinder 52 The blade 71 is subjected to grinding processing. M2i can be: displacement structure 40 to drive the round ore structure of the 5 〇 round grindstone (2) move 11 Figure 2, Figure 4, is driven by the power drive structure m λπ ^ cut & 2 〇 to drive the displacement structure "0 When the operation and the power drive structure are operated, the over-reduction gear box 23 drives the rotation shaft 21 to rotate, and the rotation angle of the rotation shaft 21 is detected by the electric eye group 29, and the detection disk M 27 at the front end of the rotation shaft 21 is known as "襄The result of ❹j can be used to control the speed of the motor 22 (four) and drive the rotation = rotation = degree. When the shaft 2" is actuated, it will simultaneously drive the lateral crank cam 24, the straight crank cam 25 and the rotating crank cam % rotation. When the lateral crank cam 24 rotates, the lateral wheel is still pressed down, as shown in FIG. 9 'will drive the top end of the lateral crank 471 to traverse the linkage arm like a right shift'. The traverse table 42 is pushed to the right while compressing the lateral spring. When the lateral crank cam 24 continues to rotate the position 'the lateral wheel is still moved up and the top end of the lateral crank 471 pulls the traverse link arm 428 to the left, and the lateral cage (4) pushes the traverse plate of the traverse table 42 to the left. It makes the traverse station 2 move to the left. b When the straight crank cam 25 rotates to top the straight wheel 481 of the electric eye holder 28, as shown in Fig. 10 and Fig. 11, the y is moved straight to the top end of the crank 48, 17 453/482. Pulling, the straight shifting table 44 is moved backward and the straight spring is rotated to the crank cam 25 to continue the rotating position, then the straight wheel 481 is lowered and the straight end of the crank 48 is pushed to push the straight rod 482 forward, plus the straight 々Λ The straight push plate 442' of the straight table 44 is pushed about the second direction so that the straight table 44 is moved forward. Picture --

As shown, the conventional wheel saw structure 50 is a circular grindstone 521 = a saw blade 71 of the saw blade 7 ' ' is the first straight end of the straight crank 48 through the vertical stem 482 to push the straight table 44 forward, so that the straight table 44 together with the circular grinding of the wheel mine structure... moving forward, while the straight-moving table 44 is advancing, as shown in Fig. 9 and Fig. 16

The hall is not, the top end of the lateral crank 471 is pushed to the right by the traverse arm 428. The shifting structure 4Q can drive the circular grinding of the wheel ore structure; the 5 521 saws the saw blade 7 in an arc shape. The cutting edge 7', the displacement structure 4〇 in the process of 'as shown in Fig. 8, because the rear end of the straight-moving table has a guiding column attached to the guide f 463 along the fixed position of the tooth 乂 462 private movement Therefore, it is possible to advance the step 4 of the displacement maintaining structure 40 and the movement of the moving circular grindstone 521 to the curved path of the edge of the toothed shape 462, and saw the shape of the toothed shape 462 set by the displacement path mold 461 on the cutting edge 71. When the circular grindstone 521 saw blade 77 71 of the wheel saw structure 50 is completed, the straight shifting table 44 is retracted and the displacement structure 40 is moved back to the left position, so that the circular grinding stone 521 is next under the sawing blade 71. One tooth, at this time, as shown in Fig. 12 and Fig. 13, the cranking cam 26 of the rotating shaft 21 will press the rotating wheel 672 once, and the rotating crank 67 will be reciprocated once, and the rotating arm GW will drive the reverse lever. 611 and the swing arm 61 2 swing once, as shown in Fig. 1, 2, 8 and 8, the pressing column 364 will be raised first. As a result, the pusher 66 of the saw blade lever 64 pushes the blade 7 of the saw blade 7 彳 to the right and then moves along the curved edge of the blade 18 to return to the edge, and then presses the column 364 to press the fixed position. 0 'waits for the next cycle of sawing blade 71. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of the present invention. Fig. 2 is an exploded view of the preferred embodiment of the present invention and a power drive structure. 3 is an exploded view of the saw blade fixing structure of the preferred embodiment of the present invention. Fig. 4 is a perspective view of a preferred embodiment of the present invention. Fig. 5 is a perspective view of the displacement structure of the preferred embodiment of the present invention. Fig. 6 is a preferred embodiment of the present invention. Fig. 7 is an exploded view of the displacement structure of the preferred embodiment of the present invention. Fig. 8 is a perspective view of the displacement path mold of the preferred embodiment of the present invention. Fig. 9 is a preferred embodiment of the present invention. Fig. 1 is a perspective view of a straight table of a preferred embodiment of the present invention. The circle 11 is a side cross-sectional view of the mounting plate of the preferred embodiment of the present invention. Fig. 1 2 is a comparison of the creation A perspective view of the push rod at the preferred embodiment. Figure 1 3 is a comparison of the creation BRIEF DESCRIPTION OF THE DRAWINGS Figure 14 is a top plan view of a saw blade mounted on a saw blade holder in accordance with a preferred embodiment of the present invention. Figure 1 5 to Figure 7 is a preferred embodiment of the present invention. Schematic diagram of the operation of the ore piece. Figure 18 is a schematic view of the action of the push rod pushing the saw blade according to the preferred embodiment of the present invention. [Main component symbol description] M405933

1 〇 body 1 11 displacement base opening 1 1 3 reverse rod perforation 1 1 5 ejector joint 1 3 shaft hole 20 power drive structure 22 motor 24 lateral crank cam 26 crank crank 2 8 electric eye bracket 30 saw blade fixing structure 32 Turntable 33 saw blade slide 341 top block 343 notch 345 right hook block 35 saw blade holder 36 press 362 presser fulcrum seat 364 press column 4 0 displacement structure 411 suspension top frame 41 3 suspension shaft 41 5 lower positioning block 42 traverse table I 1 mounting plate II 2 lateral crank opening 1 1 4 fixing structure joint portion 1 2 rotating plate around the plate 14 4 crank hole setting hole 21 rotating shaft 23 reduction gear box 25 straight crank cam 27 detecting disk group 2 9 Electric eye group 31 mounting column 321 press assembly plate 34 saw blade seat slider 342 left hook block 344 side block 346 screw handle 351 saw blade inserting portion 361 presser base 363 presser lever 365 presser cylinder 41 suspension seat 41 2 Suspended side panels 41 4 Horizontal linear slides 41 6 Positioning perforations 421 Traverse plates 20 M405933

422 crossing port 424 horizontal push plate perforation 426 upper positioning block 428 traverse linkage arm 431 lower spring washer 433 lateral spring 441 straight shift plate 443 straight push plate perforation 45 upper spring bolt 452 spring nut 46 tail slide 462 tooth shape 464 guide column 4 71 transverse crank 473 tie rod 48 straight crank 482 straight pull rod 5 1 cross tail slide 5 21 round grindstone 6 1 bearing tube 61 2 swing arm 62 rotating seat 64 saw blade lever 423 horizontal push plate 425 Straight linear sliding 427 on positioning perforation 43 under spring bolt 432 lower spring nut 44 straightening table 442 straight push plate 444 straight moving linkage plate 451 on spring washer 453 straight spring 461 displacement path mold 463 guiding arm 47 lateral Crankshaft 472 Transverse wheel 474 Transverse crank spring 481 Straight wheel 50 Wheel saw structure 52 Round grinder 60 Saw blade propulsion structure 611 Reversing rod 61 3 Rotating base 63 Saw blade push rod fulcrum seat 65 Adjusting bolt rod 651 Push rod height Adjusting bolt 652 Saw blade lever spring 66 Push rod 67 Rotating crank 柩 Axis M405933 671 Rotating crank 673 Rotating crank spring 675 Rotating rod 69 Push rod shank 70 Saw blade 672 Rotating wheel 674 Rotating arm 68 Pushing seat 691 Top stacking rod 71 Blade

twenty two

Claims (1)

M4〇59·33 - • 匕- - VI. Patent application scope: — 1 · A horizontal saw blade grinding machine, comprising: a body, which is a box body and has two front and rear ends in the middle of the front end of the top surface of the body a position at the rear of the perforated hole, a joint portion of the top surface of the body corresponding to the joint portion of the fixed structure forms a pusher joint portion; a power drive structure 'through the front state of the body is provided with a shaft 'The machine body is provided with a horse to connect the reduction gear box with the motor, and a half crank portion, a middle crank portion and a front end portion respectively fix a cross crank cam and a rotating crank cam; · - a fixed structure of the ore piece, the solid body of the body - The mounting column 'on the unmounted column is combined with a turntable and a single assembly plate'. The free end is connected to the press assembly plate above the right turntable and combined with a front repair slide rail, the slide rail of the slide seat Combining a saw blade holder with a saw blade holder for recessing the top surface of the press assembly plate at the right end of the press assembly plate along the left and right plate bodies Top surface combined with a suppressor The point of employment is coupled to the upper side of the middle portion of the duster in a rotatable manner, and a press cylinder is coupled between the bottom of the presser lever and the bottom of the right end of the presser lever; Left and right sides, the rod is perforated, corresponding to the shovel half to form a fixed structure left side 'on the top and rear of the body with a rotatable shape and "~~ reduction gear box, shaft, in the backward direction of the shaft a crank cam, a long plate body extending to the top joint of the turntable on the joint portion of the turn, and a slide seat slider extending in the rear direction, the rectangular length extending in the lateral direction of the saw blade seat Saw blade inserting portion; combined with a presser base, a fulcrum seat, the presser lever 'corresponding to the left end of the saw blade is combined with a downward extension and the right end of the presser base 23 M405933 * ~~ϊϊ) April of the following year 201 is a displacement structure, combining two horizontal linear slides extending in the left and right directions at the front and rear positions of the rear half of the top surface of the body, and combining the two lateral linear/moon rails with a lateral crank. Lateral crank convex The traverse table, in the left and right positions of the top surface of the traversing table, combines two straight linear slides respectively extending in the front and rear directions to combine the two straight linear slides with a straight crank to connect the straight a straight moving table to the crank cam; a wheel silver structure is disposed on the top surface of the straight table and provided with a circular grinder 'having a round grindstone at the front end of the circular grinder; - the ore propulsion structure 'the top surface of the body around the perforation of the sinus counter-reinforcement rod is coupled with a vertical bearing tube' to the bearing tube through a repetitive rod, and the end of the repeated crucible is extended obliquely to a free end to The lower side of the left side of the saw moon seat is provided with a rotating base on the free end of the swinging arm, and a rotating base is coupled to the rotating base through a spring, and a slab fulcrum is coupled to the top surface of the rotating seat. a saw blade lever is coupled to a saw blade lever, and an upwardly extending push rod is coupled to the right end of the saw blade lever, the push rod is located behind the middle of the blade holder and the top end projects upwardly a top surface of the saw blade holder; a bottom end of the reverse lever is coupled with a rearwardly extending rotary linking arm η f. The right side of the reverse lever is provided with a rotating crank in the body, and has two ends: one end is provided with abutting a rotating wheel that rotates the bottom edge of the crank cam, the other end is extended upward and is coupled with the rear end of the rotating linking arm - the rotation: the rod is between the upper half of the rotating crank and the inner wall of the left side of the body Knot turning crank, and Used in conjunction with the pushing portion binding a pushing against the seat base rotation abundance τ left. 2. The horizontal blade sawing machine according to the scope of the patent application, wherein the horizontal saw blade grinding machine is arranged in a lateral direction, wherein the ring is rotatably combined with 24 M405933 in the blade pusher fulcrum seat. The top end, corresponding to the left half of the saw blade lever, has an adjusting bolt rod extending to the left of the base of the recording pusher fulcrum seat, and the top surface of the left end portion of the adjusting bolt rod is screwed in a vertical shape-pushing Rod height "Zhou Zheng screw inspection" The top surface of the left end of the saw blade lever abuts against the top end of the push rod height adjustment screw inspection, and a recording piece is combined between the left end portion of the adjustment bolt rod and the left private part of the saw blade lever Lever spring. 3. The horizontal saw blade grinder of claim 2, wherein the saw blade block slider is provided with a top block extending downward on a left side of the bottom surface of the top block. And a left hook block, and a recess is recessed in the middle of the right side of the top block, and the recess is protruded downward in the lower half of the side block of the concave side block, and the ghost is opposite to the left hook on the side block The lower half forms a right hook ghost, and a screw handle i' is inserted through the dome block and then screwed to the upper half of the side block, and the left hook block and the right hook block are clamped to the saw blade. The left and right sides of the slide rail are positioned, and the saw blade holder is a rectangular long plate body extending laterally in the left and right directions, and is coupled to the top block of the blade holder slider with the middle bottom surface. The horizontal saw blade grinding machine of the third aspect of the invention, wherein: the upper half of the front and the rear of the body are respectively disposed in a relative shape, and the rotating shaft is worn by the rotating shaft before and after the body. The rotating shaft holes on both sides, and the left side position of the front side material hole, are disposed in front of the body _ rear = handle seat setting hole, and the rotating crank seat is provided with a hole for fixing a rotating crank crank shaft The middle of the rotating crank is sleeved on the rotating crank shaft in a left and right shape. The horizontal type disc grinding machine according to the item 4, wherein the front body is pulled out of the body, and the peripheral surface of the rotating front end is sleeved, ',, and The position next to the group is combined with an electric eye holder at the front of the body 25 M405933, and the electric eye holder is combined with a measuring electric eye group. 6. The grinding machine of any one of claims 1 to 5, wherein the body is moved in the middle of the rear half of the base, and the top frame around the opening of the displacement base is on the left and right sides of the suspended top frame. The inner side of the bottom surface of the bottom portion of the bottom portion of the bottom surface of the transverse crank cam is located at the top of the upper top frame of the lateral crank cam. The positioning block is fixed in the middle of the surface, and the positioning perforation is penetrated in the lateral direction; the two horizontal linear sliding rails are combined on both sides of the sling, and the traverse platform is provided with a traverse plate, such as a rectangular surface The rear side is combined with two horizontal linear slide rails, and the cross-over opening is opened. The right side surface of the traverse plate protrudes from the traverse plate of the bottom surface of the traverse plate to traverse the left side of the plate. Corresponding to the lower fixed side horizontal push plate of the lower positioning block, a transverse push plate perforation is inserted; the middle fixing of the rear side top surface of the horizontal moving plate is arranged in the middle of the upper positioning block, and the upper part of the upper positioning block is penetrated through the upper positioning perforation, and the position of the crank opening is Combined on the left side of the traverse plate The traverse arm that penetrates into the body downwards is coupled to the rear of the left side of the body, and is extended toward the front, the shaft, and the middle of the lateral crank is pivoted by the left and right sides of the lateral crank. Opening and arranging a rectangular plane surface facing the detection disc group, respectively, upwardly and rightwardly, and a suspended ceiling edge is extended downwardly to extend two hanging side panels, and a suspension side is arranged And abutting the front plate-shaped body on the top surface of the middle top frame of the lower positioning block and abutting the lower inner hole surface on the inner surface of the lower half of the traverse plate, in the positioning block In the horizontal direction of the 6th body, the transverse crankshaft of the Shai lateral crank is applied to the extension, and the transverse direction is combined with a lateral wheel on the right side of the horizontal axis on April 29, The transverse wheel is abutted against the bottom edge of the kt, toward the crank cam, and a transverse tie rod is pivotally connected to the bottom end of the transversely-shifting arm at the top end of the lateral crank, in the upper half of the lateral crank A transverse crank spring is combined between the inner walls of the left side of the body. 7. The horizontal saw blade grinder according to claim 6, wherein the two straight linear slides are a top surface of the left and right sides of the traverse plate. The utility model is provided with a moving plate which is a rectangular plate body and is combined with two straight linear sliding rails on the bottom side and the right side of the bottom plate, and the lower side of the straight moving plate is combined with the lower half to protrude downward from the bottom surface of the straight moving plate. Directly pushing, the inner surface of the front side of the straight push plate abuts against the upper positioning hole of the upper positioning block corresponding to the upper positioning block, and the straight push plate is disposed through the push plate and the vertical plate The front side is combined with a lower plate extending downward from the bottom surface of the straight moving plate; a bolt, the front crank frame on the outer end against the suspension handle and the straight direction of the straight push plate piercing through the straight push plate piercing of the 4 straight table, and : The outer two sides are combined with an upper spring washer and an upper spring nut, and the surrounding sleeve of the yellow snail inspection is a straight spring, and the front and rear ends thereof are separated from the outer surface of the straight push plate and the upper spring washer. The inner surface of the straight crank is sleeved in a front and rear rotation manner in the middle of the crank: the two ends extend forward and upward, respectively, in the straight direction. a straight wheel 'with the straight wheel facing downward against the straight hole ^ 4 '" the top end of the straight crank passes upward through the traversing opening of the suspension table in the middle of the traverse platform and extends In the straight-moving table, at the top end of the crank, the a-nuclear a ν , ', σ-side side of the straight-moving linkage plate is combined with the rod. 27 M405933 Factory April, 1994. 8. The horizontal type chip grinding machine according to claim 7 of the present invention, corresponding to the traverse table and the rear side of the straight table, surrounding the body The rear of the board is combined with a trailing tail slide extending laterally in the left and right directions. At the top of the tail slide, a displacement path mode I is combined, which is a rectangular plate body and a moiré is formed in the middle of the moxibustion. 'The position corresponding to the displacement path mold is combined with a rearwardly extending guiding arm at the rear of the straight ί ί, and a guiding post extending downward is coupled to the rear end of the guiding arm, and the guiding column is The horizontal saw blade grinder of the displacement path mold, wherein the horizontal saw blade grinder is combined with a cross tail slip on the top surface of the straight shift table. Seat, 所, 丄, ^ "The circular grinder is attached to the top surface of the cross-tail slide. Seven, the pattern: (such as the next page) 28