TW200948570A - Tenon-making machine with guiding and moving device - Google Patents

Abstract

A tenon-making machine with a guiding and moving device is provided, which comprises a machine chassis having two sides each provided with a side wall. The machine chassis comprises a guide plate transversely and horizontally extending through the two side walls. A plurality of slots is formed in the guide plate. The guide plate supports a workpiece to move on one side of the slots. The machine chassis comprises a guide track that is transversely and horizontally arranged. A slide base has a bottom transversely and slidably mounted on the guide track. A working table has one end to which a cut tool is mounted so that the cut tool is extendable out of one of the slots. The end of the working table that is opposite to the cut tool is longitudinally and slidably mounted on the top of slide base.

Description

200948570 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a boring machine, in particular to a hand-guided cutting tool that is removed to sharpen the sulcus 'and has a scale measuring tool bulging height And the guide plate and the position of the work object can accurately cut the wrinkles of the crop. [Prior Art] Please refer to Figure 6 for the wooden guarding machine of F knowing, mainly to lock the intrinsic-workbench 1 above the machine table (not shown), and the workbench 1 is laterally locked-guided plate 2, The guide plate 2 is equidistantly provided with a plurality of grooves 3, on which the work piece of the wooden board can be placed, the motor 2 is found on the guide plate 2, and the cutting tool is disposed under the center of the motor 4 The motor 4 can be moved back and forth along the groove 3 of the guiding plate 2, and the lower knife _ cutter cuts the rod groove against the 1 crop. After cutting a workpiece to form a sulcus, the motor 4 must be returned to the original. The point is re-cut to another workpiece, so that the motor 4 is provided with a lifting ear 5' for the user to lift and move to the original position. However, since the motor 4 has a considerable weight, the user has to repeatedly lift the workpiece. The motor 4 is at a predetermined position, causing a large load on the operation 'not at all suitable. Secondly, the depth of the tool protruding guide plate 2 and the workpiece cut out the rod, and the depth of the tool is raised, and the workpiece is fixed at the position of the guiding plate 2, and the tool can be corresponding to the tool, so that the tool corresponds to the crop Wei scale, knowing The wood work machine does not have a measuring facility, and provides the operator quantity, -, the problem. Therefore, the present invention intends to eliminate or at least reduce the prior art'=关200948570. [Invention content] The technical problem of the invention is that the needle ship has The absence of technology exists, providing a kind of Zen machine with a traction mobile device. The main purpose of the month is 'towing the mobile device to drive the horizontal direction of the table'. By pulling the operating lever, the table can be moved forward and backward longitudinally Ο ° / f to the lower - the action of the sulcus" is simple in structure and easy to operate purpose. — ί: Ming: For the secondary purpose, the lever uses the first and second spheres. The two-hole oscillating lever can simultaneously move the table horizontally and longitudinally. 'The other purpose of the month's machine' is equipped with a tool measuring device on the board, and the height of the tool guiding guide plate can be measured to meet the requirements of the pre-formation of each guard crop = groove adjustment and provide a miscellaneous reference. Milling (4) Definite bar groove depth Another object of the invention is that the left and right side of the machine-side calibration device, the :=rr pointer provides a reference to adjust the relative position of the object, and the adjustable guide plate is the same Level. The re-targeting of the positioning is provided with a retracting knife on the side of the traction moving device. The motor is moved backwards and backwards under the tool. Right. The crop is sharply shifted before and after the ditch, and there is a scale to check the data. And the details of the production, ^=, gamma and the hair __ 触频町 are more obvious. π 200948570 [Embodiment] Regarding the technology, means and effects of the present invention, the preferred embodiment and the details of the batching materials are as follows, and this is for the purpose of use only, and the application is not restricted by such a structure. . Please refer to FIG. 3 to FIG. 3 for a perspective view and a perspective view of the present invention. The apparatus for the traction mobile device of the present invention comprises a machine 10, a working device 20, a traction mobile device 3, and a Tool measurement 40, a calibration device 50 and an advance and retraction positioning device 6〇, wherein: the top of the top of the machine 10 is provided with - (four) 101, the machine 纟 | 〇 top horizontal horizontal and 'leading plate 11, the guide plate 11 is worn On both side walls, the guiding plate 11 is equidistantly arranged with a groove ill' a work object & straightly erected on the guide bow plate 11 of the machine 1 ,, the groove 111 is matched with the sharp reading of the reading a 榫 辑. The machine 10 has a first clamping device 12 and a second detent device 16 . The first clamping device 12 is locked on the top of the machine table 10 to the plate 13 , and the plate 13 is abutted against the workpiece. The one side of the a's abutting plate 13 is provided with two clamps 14 with respect to the work object a, and the work object a is clamped by the clamp 14 to the left and right sides, and the work object a is opposite to one side of the resisting plate 13 to provide a pressing rod 15 for pressing the rod 15 The end sill 101 has a ram 151 which can control the eccentric rotation of the pressing rod 15 to press the pressing rod 15 against the workpiece a. The second clamping device 16 is substantially the same as the first clamping device 12 The second clamping device 16 is configured to position a workpiece (not shown) that is horizontally placed on the guiding plate 11. The second clamping device 16 has substantially the same structure as the first clamping device 12, and therefore will not be described again. A guide 17 is disposed laterally parallel to one end of the guide plate 11, and a guide bar 171 is provided on both sides of the guide rail 17 . The work table 20 is disposed on the machine table 10, and the work table 2 is movable along the horizontal and vertical directions of the machine table 10, and the work table 2 is located below the guide plate 11, and the work table 2 has the first end and the first end The first end is adjacent to the guiding plate n, and a circular base 21 is disposed under the first end of the working table 20. The bottom of the working table 20 is coupled with the base 21 to lock the four fastening members 211, and the fastening member 211 is fastened. The upper periphery of the base 21 is. An intermeshing mechanism 22 is disposed on the outer periphery of the base 21, and a power source such as a motor 23 is disposed under the base 21, and an adjusting portion 231 is disposed on the outer circumference of the motor 23, and an adjusting member 221 is disposed corresponding to the inset latching mechanism 22, and is adjusted. The member 221 is engageable with the adjusting portion 231, and the adjusting member 221 adjusts the motor 23 to move up and down, and can be positioned by engaging the adjusting member 221 with the adjusting portion 231 by the rotation of a control member 222. A rod-shaped cutter 25 is mounted on the top of the motor 23, and the cutter 25 is threaded over the base 21 and the table 20 to protrude above the guide plate 11. A guide post 26 is protruded from the top of the first end of the first end of the table 20, and the guide post 26 guides the tool 25 into the position of the recess 111. The connecting table 27 is opposite to the one end of the guiding plate 11 and a connecting portion 27 is protruded. The connecting portion 27 defines a first connecting hole 271 extending through the upper and lower sides, and the bottom of the table 20 has a blocking portion 28 between the first end and the second end. The traction moving device 30 includes a sliding seat 31 and an operating lever. The traction moving device 30 drives the working table 20 to move laterally and longitudinally along the machine table 1. The sliding seat 31 can synchronously drive the working table 2 to move laterally left and right. The worktable 20 can be longitudinally slidably disposed on the sliding block 31. The operating rod 32 is connected to the working table 2〇 and the sliding seat 31. The operating operating rod 32 can drive the working table 2 to move laterally and longitudinally. The sliding seat 31 has a sliding slot 311' at the bottom of the sliding block 31 corresponding to the two guiding rods 171 200948570, then two guiding slots 312 'the sliding slot 311 is slidably disposed on the guide 17, and the guiding slot 3i2 and the guiding rod 171 are assembled. The slide carriage 31 and the guide rail 17 are in a relative movement relationship and can be moved to the left and right by 4 pages. A first longitudinally extending slot 313 is defined in each of the two sides of the sliding slot 31. The first slot 313 passes through the two ends of the sliding block 31, and the sliding slot 31 further defines a second slot between the two slots 313. 314 'The sliding seat 31 defines a receiving groove 315 adjacent to one end of the guiding plate 11 at the second through groove 314, and the cross section of the receiving groove 315 is larger than the cross section of the second through groove 314. The table 2 is disposed with respect to the first through slots 313 of the two sides of the sliding block 31, and a second threading rod 202 is disposed opposite to the second through slot 314 of the sliding seat 31. The first and second wearing rods 2 are inserted through the top of the table 20 and are disposed through the first and second through grooves 313 and 314, so that the table 20 can be longitudinally opposed with respect to the sliding block 31. ^ Dynamic relationship. The first wearing rod 202 is provided with a telescopic elastic member 316. The elastic member 316 is bored with a receiving groove 315. The two ends of the elastic member 316 respectively abut against the bottom of the receiving groove 315 and the blocking portion 28 of the table 20. The slider 31 is locked with an l-shaped connecting plate 33 with respect to one end of the connecting portion 27, and the connecting plate 33 is provided with a second connecting hole 331 which is continuous with the upper and lower sides. A first ball 321 is disposed at the end of the operating rod 32, and the operating rod 32 can be disposed on the second connecting hole 331 of the connecting plate 33. The operating rod 32 also sleeves a second ball 322 with respect to the first connecting hole 271. The second ball 322 is disposed in the first connecting hole 271 of the connecting portion 27, so that the operating lever 32 can synchronously drive the horizontal and vertical relative movement relationship of the table 20 relative to the sliding block 31. The carriage 31 and the table 2 are free to control the lateral slip of the carriage 31 and the longitudinal slip of the table 20. 200948570 The tool measuring device 40 is assembled on the plate 〇 of the machine, and the tool measuring device 40 comprises a bump 41 locked on the plate 13 and an adjusting rod 42 disposed on the bump 41. The flat plate 43 at the top of the adjusting rod 42 and the measuring portion 44 disposed under the adjusting rod 42 are disposed at a predetermined position of the resisting plate 13 to the scale 131 'the flat plate 43 is directed to the scale 131'. The measuring portion 44 can horizontally correspond The cutter 25 is extended beyond the height of the guide plate 11, and the data is known from the scale a.

The calibration device 50 is disposed on one of the left and right side walls of the machine 1 , and the calibration device 50 includes a block 51 that moves outside the side wall 1 , and the block 51 is connected to the guide plate 11 to make the block 51 can be moved synchronously with the guiding plate ,, a connecting portion 1〇2 is disposed behind the side wall 101, the connecting portion 1〇2 is provided for a screw 52, and the front end of the screw 52 is fixed on the block 51, and the connecting portion 102 is front and rear. Each end of the block is connected with an adjusting nut 53. The upper side of the block 51 has a cursor pin 54. The side wall 1〇1 is correspondingly provided with a horizontal scale 1〇3, and the cursor pointer 54 is directed to the scale 103 to adjust the groove. The position of ln and the front and rear positions of both ends of the guide guide 11 are calibrated.疋4 衷 、 、 、 、 、 、 、 、 、 、 、 、 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定The connecting block 63, =63 is an L-shaped block, the lower end of which is fixed on the sliding seat 31 and has a scale 'for the user to directly observe the connecting block 63 at the guiding scale position to locate the cutting depth of the cutter 25. . With the above structure, the work I is fixed on the machine in advance, and the amount of the portion 44 below the tool measuring device 40 can be horizontally aligned with the 200948570 crop a to be milled out of the depth of the groove, and the plate on the rod 42 is adjusted. 43 can be pointed to the scale 131 on the plate 13, for the operator to visually view the data, then rotate the adjustment member 221 of the buckle mechanism 22, adjust the position of the motor 23, and turn the control member 222 to achieve the purpose of fitting the positioning tool 25, The cutter 25 can be moved up and out, and the depth of the groove at the bottom edge of the workpiece a is milled to a preset size. The sliding block 31 is slidably slidable on the guiding rod 171 by the guiding groove 312, and the table 20 is used on the first and second through grooves 313 and 314 by the first and second wearing rods 2〇1 and 202. The smooth longitudinal slip can be smoothly removed without the aid of bearings, which can effectively save the cost of the machine. ❹ Next, the adjusting nut 53 of the front and rear of the screw 52 of the calibration device 50 can be adjusted separately, and the block 51 on both sides of the driving table 10 can be driven to move the guiding plate n back and forth to approach the work object a, and the calibration device 5 can be adjusted. The position of the guiding plate η and the work object a is favorable for the workpiece a to be milled out of the groove position, and the pointer above the block 51 can be pointed to the scale 1〇3 outside the side wall ιοί to obtain data for adjusting the other side wall 1〇 The two of the adjusting nuts 53 are in the same position, so that the guiding plates 11 are at the same level. Referring to FIG. 4 and FIG. 5' and referring to FIG. 1 at the same time, the user's hand can slap the operating lever 32 to control the lateral and longitudinal movement of the table 20. The guide post 26 of the table 20 can be guided along the guide. The groove U1 of the plate 11 is moved to guide the position of the cutter 25 to the groove ill. When the knife is retracted, the operating rod 32 drives the table 20 away from the groove U1 of the guide plate u, and the elastic member at the bottom of the table 2 The 316 is compressed, and then the operating lever % is pulled to the right to move the guide post 26 to the next groove 111' of the guiding plate 11 and then the operating lever 32 is loosened, and the elastic member 316 elastically pushes against the table 20 to make the tool 25 The feed is milled out of the groove position 12 200948570. Since the driving lever 32 can directly drive the work to move from the 2〇 displacement, the purpose of the knife is to be displaced by the slide 31 under the table 20 along the track 1曰7 and the table 20 is again The first moving rod 201 and the second rod 202 can be used for the movement of the front and rear retracting cutters, so that the traction moving device 30 can move the horizontal and vertical movement of the table 20, and the traction moving device 30 utilizes the sliding seat 31 and the table 2 The sliding seat 31 is further slidably disposed on the guide rail 17, and the operating table 20 is moved by the operation of the cymbal 32, which has the advantages of simple structure and flexible operation. ❹ ^ In addition, by adjusting the position of the front and rear adjustment screws in the front and rear adjustments of the eyepiece group 62 on the guide rod 61, the control table 20 is moved back and forth by the distance j. The cap 62 is limited to the limit, and the table 20 is coupled to the slide 31 by the connecting block 63. When the user pulls the operating lever 32, the table 2 is directly moved laterally and longitudinally and the connecting block 63 can be observed. Positioned on the scale position on the guide rod 61, the data size of the cutter 25 is known. ❹ In the above, it can be summarized that the present invention has the following advantages: 1. The invention has the utility model as a tractor for pulling a mobile device, wherein the traction device can drive the worktable to move laterally and longitudinally by pulling the operating lever It can be used for CT to perform longitudinal advance and retraction of the front and rear and lateral and lateral sliding to the next sulcus. The structure is simple and easy to operate. θ 2. The invention has the utility model as “drawing mobile device”, wherein the operation is filial, and the first and second spheres are used to provide the first and second connecting holes to provide the operation and the horizontal direction of the table. Longitudinal removal. 3. The invention has a machine for pulling a mobile device, and a machine measuring device is arranged on the surface of the machine board 13 200948570, which can measure the height of the tool & the guiding plate to be pre-formed according to each work object. Ditch makes a weekly reference and provides a data reference so that the infeed can sharpen the exact depth of the sulcus. The invention has the function of "tracting mobile device", which can be provided by the calibration device of the left side of the machine, with a scale and a cursor pointer to provide the reference: the death = the relative position of the guide plate and the work object, and The adjustable guide plates are at the same level to the left and right. The side-moving device is used as a machine, and the side of the towing mobile device has a right-to-reverse knife positioning device, which can be set to control the blade and then move backwards, and the size shift after the frequency is obtained, and has a scale to check Know the data. It is only the preferred embodiment of the present invention that is only the preferred embodiment of the present invention, and the scope of the present invention is limited thereto, so that the replacement of the variable value of the numerical value or the scope of the patent application according to the present invention is == Decoration, should still be covered by the patent of the present invention.蜱Change and repair [Simple description of the diagram] Figure - The present invention has a shaft device = The invention has a moving device C: The operation state diagram of the operation lever pulling the tool away from the four slots, Figure 5 (4) Repentance (4) for state diagram, 200948570 means to loosen the lever to extend the tool into the groove. Figure 6 is a schematic diagram of a conventional machine.

[Main component symbol description] (Invention) 10 Machine table 11 Guide plate 111 Groove 12 First clamping device 13 Abutment plate 131 Scale 14 Clamp 15 Pressure bar 151 Pull rod 16 Second clamping device 17 Guide rail 171 Guide rod 101 Side wall 102 Connection part 103 Scale 20 Table 21 Base 211 Fastener 22 Intermeshing mechanism 221 Adjustment member 222 Control member 23 Motor 231 Adjustment portion 25 Tool 26 Guide post 27 Connection portion 271 First connection hole 28 Retaining portion 201 first threading rod 202 second threading rod 30 traction moving device 31 sliding seat 311 chute 312 guiding groove 313 first through groove 314 second through groove 15 200948570 315 socket 316 elastic member 32 operating rod 321 first sphere 322 Second sphere 33 Connection plate 331 Second connection hole 40 Tool measuring device 41 Bump 42 Adjustment rod 43 Plate 44 Measuring part 50 Calibration device 51 Block 52 Screw 53 Adjustment nut 54 Cursor pointer 60 Advance and retraction positioning device 61 Rod 62 adjustment nut set 63 connection block a work (known technique) 1 table 2 guide plate 3 groove 4 motor 5

Claims (1)

200948570 •10. Patent application scope: 纟一: The machine with traction mobile device includes: _ 3I t - equal W plate, the guiding plate is provided with a plurality of grooves, the guiding plate is for moving the workpiece on one side of the grooves, and the machine is horizontally disposed with a guide rail; 'moon seat reading slide seat Lateral sliding on the guide rail; a working meeting, #^ is equipped with a cutter at one end, the cutter can be worn through the plurality of recesses - nn 43⁄4 〇 'the table is longitudinally slidably disposed on the top of the slide; The stem is connected to the table at one end and the slider is opposite to the %. The lever can simultaneously move the slider laterally and longitudinally. ^ 2_ As described in claim 1, the top of the slider is on both sides. a longitudinally extending first through slot, wherein the sliding seat further defines a slot 1 between the two first slots, and the table is provided with a first threaded rod relative to the first slot on both sides. The second and second through rods are disposed on the bottom of the table and are disposed in the first and second through grooves. 3. The device as claimed in claim 2, wherein the sliding seat is formed in the second opening, forming a receiving groove with respect to the end of the guiding plate, and the second wearing rod is provided with a retractable elastic member. The end of the elastic member is embedded in the bottom of the cavity and the working table, and the cross section of the cavity is larger than the cross section of the first through groove. 4. The device as claimed in claim 1, wherein the working table is opposite to one end of the guiding plate, and the connecting portion defines a first connecting hole, 17 200948570, the sliding seat is opposite to the One end of the connecting portion is locked with an L-shaped connecting plate, the connecting plate is provided with a second connecting hole, and a first ball is disposed at the end of the operating rod, and the operating rod is disposed with a second ball relative to the first connecting hole, The first and second spheres are disposed on the first and second connecting holes. 5. The machine of claim 1, wherein the machine has a first clamping device, the first clamping device comprising an upright plate, the plate being opposite to one side of the workpiece A pair of clamps for clamping the work object is provided, and the work object is provided with a pressing rod opposite to the side of the resisting plate to press the work object. 6. The device as claimed in claim 5, wherein the workbench is provided with a base for the cutter, the bottom of the workbench is matched with the base lock, and the four fasteners are hooked on the base. a power source for driving the tool is disposed on the upper periphery of the base, and an intermeshing mechanism is disposed on the outer circumference of the base, and an adjustment portion is disposed on the outer circumference of the power source, and the inflating mechanism is provided with the adjusting portion. The adjusting member is movable up and down by the selective engagement of the adjusting member and the adjusting member. 7. The device as claimed in claim 1, wherein the machine has a calibration device for adjusting the depth position of the groove on the outer side of the two side walls, and the device includes a block coupled to the guiding plate. The block is fixed to a screw, and the screw is further connected to a connecting portion disposed outside the side wall, and the connecting portion is locked to an adjusting nut. 8. A machine having a traction moving device, comprising: a machine platform, each side of which is provided with a side wall, the machine table is horizontally horizontally provided with a guiding plate disposed on the two side walls, the guiding plate a plurality of grooves are provided, the guiding plate is provided for moving a workpiece on one side of the grooves, and the machine is horizontally disposed with an 18 200948570 - guide rail; the bottom of the lunar seat is laterally slidably disposed on the guide rail; a workbench having a cutter at one end thereof, the cutter being capable of penetrating a groove extending in the plurality of grooves, the table being longitudinally slidably disposed on the top of the slide, the table being provided with a guide for guiding the tool a guiding post of the groove; an operating rod having one end connected to the working table and the sliding seat opposite to one end of the guiding plate, the operating rod can simultaneously drive the sliding seat to move laterally and longitudinally. ❹ 9. The device as claimed in claim 8 , wherein a first longitudinal slot extends from each side of the top of the sliding seat, and a second slot is defined between the two first slots. The working platform is provided with a first wearing rod relative to the first through grooves on the two sides, the working table is provided with a second wearing rod relative to the second through groove, and the first and second wearing rods are threaded on the working table The bottom is inserted through the first and second slots. The device of claim 9, wherein the sliding seat forms a receiving groove with respect to one end of the guiding plate, and the second wearing rod is provided with a retractable elastic member. The one end of the elastic member is embedded in the bottom of the elastic member, and the two ends of the elastic member are respectively abutted against the bottom of the receiving groove and the working table, and the cross section of the receiving groove is larger than the cross section of the second through groove. 11. The device of claim 8, wherein the working table is opposite to one end of the guiding plate, and the connecting portion defines a first connecting hole, and the sliding portion is opposite to the connecting portion. An L-shaped connecting plate is disposed at one end, the connecting plate 6 is further connected to the first connecting hole, and a first ball is disposed at the end of the operating rod, and the operating rod is disposed with a second ball relative to the first connecting hole, the first The second sphere is disposed on the first and second connecting holes. 19 200948570 - a holding device, wherein the machine has a - the first plate relative to the work object - < x includes an upright facing plate, the object opposite to the handle ~ Also for the clamp that clamps the work, the work 13.-type has: Γ = rod to suppress the work. A machine, two long-term, one-breaking machine, including: a side wall and a side wall provided on the two side walls, the machine is horizontally provided with a wear-work object. The groove 1 is provided with a plurality of grooves, the guide plate guide rail; the two grooves are moved sideways, the machine is horizontally disposed horizontally, and the bottom of the working sill is laterally slidably disposed on the guide rail; The groove is provided with a cutter for inserting a plurality of operating rods, and the working table is longitudinally slidably disposed on the top of the sliding seat; the two ends of the guiding plate are connected to the m, and the sliding seat is opposite to the moving The side of the rod can simultaneously drive the horizontal and vertical direction of the slide, and the height of the guide plate is selected. The tool measuring device can measure the tool penetration. 14 The longitudinal extension j is configured as a boring machine, wherein a second through slot is formed on both sides of the top of the sliding seat, and the first slot is formed in the first slot, and the sliding seat is further provided with a space π between the two first slots, 妓: The working platform is provided with a first wearing rod relative to the first through groove of the two sides, and a second wearing rod is opposite to the second through groove, the first, 15 ^, ^ work A bottom, and disposed through the first and second through slot. The trough is opposite; t is the crucible', wherein the sliding seat forms a receiving groove at the end of the second seesaw, and the second penetrating rod is pierced 20 200948570;; the extension, the elastic member, the secret The pocket is embedded in the end, and the end of the elastic member is respectively abutted against the bottom of the pocket and the section of the working chamber 'cavity is larger than the section of the second slot. - 16. The device of claim 13, wherein the table is opposite to the end of the guide plate - the connection portion, the connection portion is (4) - the second connection hole, and the carriage is opposite to the connection An L-shaped connecting plate is disposed at the end of the connecting portion, the connecting plate s is further connected to the second connecting hole, and a first ball is disposed at the end of the operating rod, and the operating rod is disposed with respect to the first connecting hole-the second ball. The first and second ball bodies are disposed on the first and second connecting holes. 17. The machine of claim 13, wherein the machine has a first clamping device, the second clamping device comprising a vertical standing plate, the facing plate being opposite to the side of the workpiece A pair of fixtures for the work object is provided, and the work object is provided with a pressing bar opposite to the side of the plate to press the work object. 18. The machine of claim 13, wherein the table is provided with a guide post that guides the tool to the groove. 19. A boring machine having a slinging device, comprising: a machine having a side wall on each side, the machine table horizontally having a guiding plate disposed on the two side walls, the guiding plate a plurality of grooves are arranged, the guiding plate is for moving a workpiece on one side of the grooves, the machine is horizontally disposed with a guide rail; a sliding seat, the bottom of the sliding seat is laterally slidably disposed on the guide rail; The table is provided with a cutter at one end thereof, and the cutter can be inserted into one of the plurality of grooves, the table is longitudinally slidably disposed on the top of the slide; and an operating rod is connected at one end to the table and the slide The seat is opposite to the end of the 21 200948570 guide plate, the lever can simultaneously move the slide laterally and longitudinally, and a retracting and positioning device is disposed at a predetermined position on the outer side of the table. The heart positioning device positions the tool infeed depth. The boring machine of claim 19, wherein the first side of the top of the sliding seat is provided with a first longitudinally extending slot, and the sliding seat is further provided with a second through slot between the two first through slots. The working platform is provided with a first-piercing rod relative to the first through-grooves on both sides, and the social-working table is provided with a U-pole 'the first and second wearing rods at the bottom of the guarding table relative to the second through-groove. And worn in the first and second through slots. 〇 21. The device as claimed in claim 2, wherein the sliding seat forms a pocket with respect to one end of the material plate, and the second threading rod is provided with a telescopic elastic member. The elastic member is embedded with the receiving groove and the two ends of the elastic member respectively abut against the bottom of the receiving groove and the working table, and the cross section of the receiving groove is larger than the cross section of the second through groove. 22. The device as claimed in claim 19, wherein the working table is opposite to the one end of the s guiding plate, and the connecting portion defines a connecting hole, and the sliding seat is opposite to one end of the connecting portion. The L-shaped connecting plate is locked, the connecting plate sighs the second connecting hole, the first end of the operating rod is provided with a first ball, and the::: cup phase, a second ball is disposed in the first connecting hole, The first and second spheres are disposed on the first and second connecting holes. 23. The machine of claim 19, wherein the machine has a = one clamping device, the first cooling device comprising an upright facing plate, the facing plate being opposite to the crop The _ side is set to a jig for the workpiece, and the work object is opposite to the slab-side L to distort the work. 22 200948570 Guide the tool to the material, and set a = type of machine for the machine on the workbench', including: the guide on the two side walls 'two ^' The horizontal level of the machine is provided with a wear-work In these recesses: a plurality of grooves are provided on the guide plate guide rail. The side of the groove moves, and the machine is horizontally disposed one horizontally. The bottom of the kidney/the base of the kidney is provided with a sliding slot relative to the guide rail, and the sliding slot is slid and slid on the guide rail to prevent the sliding seat from being displaced; in the recess, the cutter is mounted at the end thereof, the cutter The plurality of grooves can be worn, the table is longitudinally slidably disposed on the top of the sliding seat, and the first through-grooves of the S'! side are respectively provided with a first-piercing rod; The working table and the sliding seat are opposite to one end of the guiding plate, and the operating lever can simultaneously drive the sliding seat to move laterally and longitudinally. The calibration skirt is set on the outside of the two side walls of the machine, and the calibration device can adjust the position such as the groove depth. <26. The boring machine of claim 25, wherein the first slot of the top of the slider is longitudinally extending, and the slider is further disposed between the two first slots. For the sample, the 4 a θ child table is provided with a first wearing frame relative to the first through grooves on both sides, and the second through hole is provided with respect to the second through groove, and the first and first cups are worn. Attack on the bottom of the workbench and wear it in the first and second slots. 2 7 · 榫 τ τ ® ® , , , , , , , , , , , , , , , , , τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 A retractable elastic member is embedded in the elastic member end, and the two ends of the elastic member respectively abut against the bottom of the receiving groove and the working table, and the cross section of the receiving groove is larger than the cross section of the second through groove. The device of claim 25, wherein the working table is opposite to one end of the guiding plate, and a connecting portion is formed, the connecting portion defines a first connecting hole, and the sliding portion is opposite to the sliding portion One end of the connecting portion is locked with a JL-shaped connecting plate, the connecting plate is provided with a second connecting hole, and a first ball is disposed at the end of the operating rod, and the operating rod is disposed with a second ball relative to the first connecting hole. The first and second ball bodies are disposed on the first and second connecting holes. 29. The machine of claim 25, wherein the machine has a first detent device. The first clamping device includes an upright plate that is opposite the side of the workpiece. A pair of clamps for clamping the work object is provided, and a work bar is pressed against the work object opposite to the side of the resist plate to press the work object. 30. The machine of claim 25, wherein the table is provided with a guide post that guides the tool to the groove. 31. A boring machine having a traction moving device, comprising: ❹ a machine having a side wall on each side, the machine platform horizontally providing a guiding plate disposed on the two side walls, the guiding The plate is provided with a plurality of grooves, the guiding plate is for moving a workpiece on one side of the grooves, the machine is horizontally disposed with a guide rail, and a guide rod is disposed on each side of the guide rail; The sliding seat is laterally slidably disposed on the guide rail, and the sliding seat is provided with two guiding slots corresponding to the two guiding rods, and a longitudinally extending first through slot is arranged on both sides of the top of the sliding seat; 24 200948570 a working platform, enemy-mountain One of the grooves is provided with a cutter, the cutter is capable of penetrating a plurality of penetrating rods, and the bottom of the table is slidably disposed on the top of the sliding seat with respect to the two first slots; The end is connected to the console and the slider is opposite to the removal. The heart sputum can simultaneously drive the horizontal and vertical ❹ of the sliding ❹ 还 Between the grooving and the grooving machine, the squatting machine is mounted on the two first and second wearing rods, 'the workbench is opposite to the second wearing The slot is provided with one or two slots. The rod is attached to the bottom of the table and is disposed in the first through slot relative to the boring machine, wherein the slider is in the second-retractable elastic member, and the bullet:: a slot, the second The two ends of the rod penetrating member respectively abut against the receiving groove 'and the elastic portion of the second through groove. The working platform has a large section 31 of the receiving groove, wherein the working table is opposite to: the connecting seat is connected with the end of the connecting portion with two consecutive L, == a second connecting hole is provided. 'The end of the operating rod is provided with a -th ball, and the m is connected to a second ball by a hole. The first and second balls are integrated with the first and second connecting holes. 35. The machine of claim 31, wherein the machine has a = gripping device 'the first gripping split comprises an upright facing plate, the plate being opposite to one side of the workpiece A pair of clamps for the work piece is provided, and the work 25 200948570 crop is pressed against the side of the plate to press the work object. 36. The machine of claim 31, wherein the table is provided with a guide post that directs the tool to the groove. 26