TWM266998U - Positioning structure for drilling - Google Patents

Description

M266998 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is especially a precision technology that can drill holes without the need to draw a line, thereby eliminating the troubles of the past < easy to adjust the bed opening With inconvenience. [Prior technology] For conventional drilling machines, or woodworking angle chisels, etc., the bed of the machine has no X-axis slip general bearing, or γ code? ' When machining is to be performed for drilling, it must be set up in the general contractor's office. The positions are one by one and I and f are first drawn on the workpiece to make the drilling operation mode make the work look very inconvenient. Satisfy the user's needs. For example, in the wood is not =, and then can not be advantageous =; to the shaft series to drill through holes with a number of intervals, the datum plane and the through, the drill must be lined one by one to engage, six g The f f1 early interval drilling operation is still narrow in terms of flexibility. Ode to see that these traditional drilling machines are suitable for the whole drilling interval: a variety of traditional drilling machines can be adjusted according to demand. : Inside two] more; use: the main content of the structure with two bases, two two two, the structure is mainly on the bed a shaft, this & item, 丨 low, f pieces' the support piece is The two bases can be set up to be able to be positioned at φ eccentrically and drag several gauges with the abutment edge, so that the gauges are separated from the reference plane • ^; on the support, and when these gauges are against the reference plane M266998 : Hole. The structure of the rear and the drill is called as the whole picture, and the detail of the operation is increased. The formula is as big as the picture, and it is called a step. It is useful for those who have more distance. The ambassadors told the commission that they would not attach the investigation to the Dagui change, and that the performance of the order § would be for him _, just in fact-the time and the four reading bed column can be} At the machine>, 5 please, and the 3 moves 1, 1, and 1 to move the C lower sleeve platform ο vertical IX up the main C direction, the body edge map machine three three after the package IX ί — CM (1 unit c Bed pillar 1 machine: There is a plate with active 4 on the rod. This 1 'turn, C visits the head rod of the main source of the CO shaft. The lever is moved. Pivot at 1} Set C 2 sliding head 1 moving shaft 丨 with the main tool LO between the back 1 and the front of the C, the main surface of the shaft structure 3 adjacent to it} 2 tight o C type and 2 grooves to squeeze a C Shaped aluminum and pieces T-shaped, brace, and rectangular support} are the bottom of the 2 series, 2 »)) (} 1 1 # ο 1 2 Show 2 c C refers to the bed of the C 厶 mouth surface directional support on the base axis Support X \ square with \ set below} the sliding position is all right to the right} left and 3 2 not} () o-shaped groove 42 2 2 T ((, travel coordinate axis of the shaft 2 2 X X C so that a groove, provided on the illustrated}

X amount 'shift} position is shown in the phase N) κ Figure 4 (2 C-shaped pedestal T-axis two X have calibration adjustment slip to use, V) / surface 3 4 > end 2 2) (24 Block C 2 Shaft groove {X shows a finger, if shaft 2 is set C, the groove is T-shaped and T; two blocks} are fixed on the shaft 4 and X 2 is fixed C} The projection 4 passes through the shaft 2 and XC can be seated Axis} Make X 5, put 2} with (ο # Rod 4 > Screw 2 1 Two C 4, Hole 2} Lock C 5 Cap 2 Side Screw C Two Tight Rods} Lock 嫘 4 · Both 2 sides have { on

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Page 6 M266998 IV. Creation Instructions (3) A fixed unit required for the support (2 0) will be supported on the machine column (1 (31), block (3 2) block (3 2)) , Its main), the Y-axis seat γ axis of the dovetail (3 1) dovetail shift, and the Y-axis seat this groove body (3 1 axis seat (3 1) (3 1) is the same car by the index (3 4 γ The slider (3 parts are provided with a whole slot protruding upwards (3 6 1), and the support (38) is provided with two T-shaped τ-shaped sliders (3 locks (3 7)) (2 0) bottom ( 3 1) of Y (2 1) can fine two bases (on this base (

(3 1) along 0) is provided for a fixed displacement of the machine column step, and γ axis 5); Y axis a protrusion (3), the adjustment member (2 0) T-shaped guide groove (slider ( 3 9 9), used to adjust the groove (the surface is flatly attached to the bed and the axis slides along the X axis 40), and the 40) is placed along X; the support (2) two machine pillars (ΛDovetail) Can be used along the axis of the dove (12 can be in the machine base (3 seats (3 6), slot (3 on the back of 3 8))), and will support 3 6 1 units (1 standard, to the axis of the set space) 20) in the direction of the device are provided with stern shafts 1 2 on each side, the opposite groove (3 3), the tail groove (3 3) is provided with a groove body (3 11); the column (1 1) is 1) on the protrusion The block (6 1) is provided with the X-axis so that one of the lock pieces (2) 1) the upper support piece is locked through it) the switch is clearly distinguished 2) two are provided with a warp bed (3 6) The corresponding setting of the lock (37 0) is fixed and adjusted by (20 X-axis seat through holes (beds (1 1 seat (3 1 positions are each provided with a yoke axis Υ axial position 3 10)), A T-shaped guide groove with an adjusting member (3 7) longitudinally provided on each of the two Υ shaft seat sides provided with Υ zeroing calibration 1 2). And in which) can be screwed to the fixed; by which to control the shaft seat is supported by two Υ) of the reference plane 44

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M266998

A shaft piece (5 〇), and), and between the shaft piece (50) — to fix the shaft piece (50) in); through the two bases (40,) through holes (outside 4 1) The end lock is provided with a fixed nut (5 1), and the base of the supporting piece (20) (a number of 40 gauges (the concentric position piece (50) between the seats (40) is worn)) is placed on the crank. At the time of the fall, the block surface (2 1), the block gauge (60) can be a shaft member (surface (6 3)) in order to increase the turning surface (6 3) 6 0), and it is slightly The pivot hole (柩, such as the second abutment edge (6 2 gauge (60 0) to avoid interference drilling) to the reference plane 50) is a precision stacking of these block gauges in the middle and lateral direction (the other surface protrudes with three handles, 6 (1) and (3)) Can be used for complete hole operation (21 centered and fixed 6 0). The corners are set with the same thickness as the block gauge (60 0 'this pivot hole (6 1 as shown in the When the block abuts against the support (20 and moves away from the support (2; as shown in Figure 4), this block moves' to make the block gauge (6 on the reference surface (2 for convenience, the original trigger part (6 4 )) Is for the car from the upper corner of the gauge (60) 0) benchmark, the dial gauge (600) is matched 1) Please refer to the fifth figure. When you want to drill the first hole of the workpiece, you only need to hold one side of the workpiece against the reference surface (2) of the support (20), and then The size of the first hole from the end surface is pulled to position the gauge (6 ◦) on the reference plane (2 1), and the size of the control gauge (6 〇 ") (the X-axis vernier of the X-axis seat can be set to zero) It is the same as that of the spindle.) It is consistent with the end face of the first hole of the workpiece. In this way, the size of the first hole can be set to ::: crime;

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M266998 IV. Creation Instructions (5) When the second hole of the earthwork is required, the line of sight must be only Π Λ ΛΑ 〇.1, and the total size of the other gauge (60) needed to be consistent with it. And turn it into the reference plane against the outermost block · (60), and make the rotated = (600) can be placed next to each other-the base (4) i should be able: Drill the second hole. Please match it as shown in the seventh figure. Ξ 相 ί ::: The total size of the two superimposed (60) superimposed on each other must be paid and turned into the reference surface (21), and then Workpiece end face :: Abutting on the outermost block gauge (60), you ,,, and * can be placed next to each other: the lower Γ "2 60) to drill the third hole. 1 (4 0), so That is, you can directly observe the mode of inter-hole manipulation. It only needs to continuously calculate each cut r. This creation is even more important. "Τ Qixiang, a series of drillers in quick and simple ... In summary, the seven L's Processing more see its economic benefits. In order to go to K, this creation is in the existing structure of this kind, and you can't see it in B. These special structures do have :: That is, 疋 this creation is more than the conventional structure; it is really troublesome and inconvenient , · The deceased, only Π :; Γ, ϊί filed an application according to f. Only the above embodiments of the clever winter materials are described, and h can be used to limit this. M266998

Page ίο M266998 Simple illustration of the drawing. [Simple illustration of the drawing] 'The first picture is an exploded view of the creation. The second picture is a schematic diagram of the combination of the original block and the original point. The third picture is a schematic side view of the second picture. The fourth picture is the action diagram of the third picture. Fifth figure: is a schematic diagram of the first embodiment of this creation. Fig. 6 is a schematic diagram of the second embodiment of this creation. Fig. 7 is a schematic diagram of the third embodiment of this creation. < Plot No. > (1 1) Bed (1 3) Trigger lever (1 5) Spindle (2 1) Reference plane (2 2 0) X-axis vernier (2 4) X-axis base (2 4 1) Locking nut Λ (3 1 0 ') Slot body (3 2) Dovetail block (3 4) Z axis index (3 6) projection (3 7) lock (3 9) T-shaped slider (4 1) through hole (1 〇) body (1 2) machine post (1 4) spindle head (2 0) support (2 2) indicating slot (2 3) T-shaped slot (2 4 0) lock hole (2 5 ) Screw (3 1) Y-axis seat (3 1 1) Screw (3 3) Dovetail groove (3 5) Y-axis vernier (3 6 1) Adjustment groove (3 8) T-shaped guide groove (4 0) base

M266998

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Claims (1)

V. Scope of patent application1. A drilling positioning structure, including: Yes and: Gu Qi is assembled on a bed of a drilling machine by a fixed unit, and the tooth surface is set on a vertical reference plane; a shaft piece is fixed on the support Above the piece, the faces are parallel to each other; ^ The glaze pieces and the support are each provided with a pivot hole for the shaft piece to pivot. When the block comes to the support piece with 1 to 1, it can be separated from the reference surface of the support piece. The block gauges can be rotated and positioned on the shaft with the shaft as the center, and different drilling intervals can be adjusted by each block gauge. . 2. The drilling and positioning knot as described in item 1 of the scope of patent application. The gift is made of rectangular aluminum extruded strip, and the support has a bottom surface. . 3 · According to item 2 of the scope of the patent application, the X-axis indicating grooves, T-shaped grooves are arranged on the top and back of the drilling and positioning support, and an X-axis seat is slid on the T-shaped grooves; In the groove, there are sliding blocks. Two screws are provided on the two T-shaped blocks. The two screws can pass through the lock holes on both sides of the shaft seat, so that the lock nut shaft seat above the X-axis seat is fixed to the support. On the desired location. -1 4 · The X-axis vernier is set on the drill positioning positioning groove as described in item 3 of the scope of patent application, and the X-axis base relative displacement can be t below the end face of the X-axis base. 5 · As described in item 3 of the scope of the patent application, the drilling positioning and knotting parts are fixed on the support piece by two spaced bases, and the two spaced locks are set on the X-axis base. There is an axial penetration, and the reference of the floor reference is preset to move the reference surface structure, and its support is flatly attached to the bed structure ^ its support, and the instruction is provided with two small through protrusions X to make X: structure, It refers to the “through hole” used to adjust the structure of the shaft I base system, and M266998 5. The scope of patent application · 1 ~ ----- 2 pieces pass through the two base holes and two through holes, and The outer end is fixed with a fixing screw and cap 'to fix the shaft member between the two bases of the support member. ~ 0 6 · The drilling positioning structure described in item 丄 of the scope of patent application, its solid sheet 7L is mainly on-machine There are γ-axis sockets on each side of the column. The γ-axis socket and the machine column are at 5 relative positions, and there are γ-axis dovetail blocks and dovetail grooves. And the γ-axis base is provided with a groove along the γ-axis. This groove system is used for a screw to pass through to fix the stern shaft base on the machine post. "The stern shaft base is provided with a protruding block protruding upward from the end of the bed. , The protruding block is provided with a "peripheral groove" in the longitudinal direction. The adjusting groove is used for the locking member to pass through, so as to be inserted into the preset X-axis τ-shaped guide groove on the back of the support member. The T-shaped slider is screwed. 7 · According to the drilling positioning structure described in item 6 of the scope of the patent application, each side of the machine column is provided with a stern axis index, and the γ axis seat is provided with a stern axis calibrated to zero. 8) According to the drilling positioning structure described in item 1 of the scope of patent application, the shaft is fixed above the support by two spaced bases, and several gauges are arranged on the two bases with different thicknesses. Between the seats, it is slightly crank-shaped. These block gauges are provided with pivot holes at the same eccentric position. When the block edge of the block gauge can catch the upper corner of the support, when the block gauge is turned, When moving to the reference surface, this block gauge can be rotated around the shaft as the center, so that the mating surface of the block gauge can be positioned on the reference plane in a precise and horizontal overlap. 9 · Drilling as described in item 8 of the scope of patent application The positioning structure is provided with a trigger part on the other side of the facing surface.