CN103978375B - High light machine base - Google Patents
High light machine base Download PDFInfo
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- CN103978375B CN103978375B CN201410212586.8A CN201410212586A CN103978375B CN 103978375 B CN103978375 B CN 103978375B CN 201410212586 A CN201410212586 A CN 201410212586A CN 103978375 B CN103978375 B CN 103978375B
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- installation portion
- crossbeam
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- installation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q1/00—Members which are comprised in the general build-up of a form of machine, particularly relatively large fixed members
- B23Q1/01—Frames, beds, pillars or like members; Arrangement of ways
- B23Q1/015—Frames, beds, pillars
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Abstract
The present invention provides a kind of high light machine base, adds the lathe bed of the casting integrated part of epoxy resin material including the base of cast iron integral piece of body structure respectively and granite particle；Lathe bed is fixedly mounted on the top of base by inner bolt；Base includes front support, rear support portion, discharge opeing portion, stop part and installation portion；The front support of base and joint, rear support portion constitute left breach and right breach；Lathe bed includes base support portion, left rail installation portion, drive mechanism installation portion, right guide rails assembling portion, the left installation portion of crossbeam and the right installation portion of crossbeam；Left rail installation portion, drive mechanism installation portion and right guide rails assembling portion are arranged on the top in base support portion；The left installation portion of crossbeam and the right installation portion of crossbeam are separately positioned on rear left and the right side in base support portion.The present invention, than existing cast iron or the high light machine base of granite integral piece, advantage of lower cost, carries easy to assembly, and shock absorption, heat stability and corrosion resistance are strong, it is possible to the machining accuracy of high ray machine is substantially improved.
Description
Technical field
The present invention relates to high ray machine and technical field of engraving, be specifically related to a kind of high light machine base that can effectively promote high light machining accuracy.
Background technology
High ray machine is a kind of precision processing machine named according to the feature of its converted products, and another name is also known as edge-falled machine, bright border machine, chamfering height ray machine etc.；Its profile is similar to engraving machine (or carving machine).High ray machine is used for the high bright finish processing of metal, nonmetallic materials or accessory, and the product surface of its processing usually requires that and reaches mirror effect, can't see knife mark.High ray machine is more much higher than engraving machine to the requirement of technology and accessory.High ray machine is the strictest to the requirement in terms of machining accuracy.Affecting a lot of because have of high light machining accuracy, one of them important factor is the pedestal of high ray machine, and the stability of pedestal has direct decisive influence to the precision of high ray machine.Common high light machine base, usually cast iron integral piece, although cast iron integral piece is easily manufactured, cost is relatively low, but at least there is following defect in the pedestal of cast iron integral piece: one is that cast-internal is because existing pore, sand holes and cinder hole, have influence on the rigidity of foundry goods, so that the used time affects the machining accuracy of high ray machine；Two is that foundry goods pedestal is not belonging to hot investment casting, and the wall thickness of foundry goods pedestal is the most uneven, and when causing using, foundry goods pedestal produces deformation, thus affects the precision of high ray machine；Three is that the surface processed rear hardness difference of foundry goods pedestal is relatively big, easily causes work surface abrasion uneven, thus when causing high ray machine to use, machining accuracy is greatly affected；Four is the pedestal of cast iron integral piece, and shock absorption is poor, and hot voltage stabilizing is qualitative bad, and the strongest to the corrosion resistance of the liquid such as cutting fluid, coolant when using.For this problem, the most also the overall high light machine base using granite to make is occurred in that, although overcoming the some shortcomings of ironcasting pedestal, but it there is also, and machining accuracy is difficult to adjust, deadweight is the heaviest, carrying and installation is inconvenient, the relatively costly problems such as expensive.
Summary of the invention
It is an object of the invention to: for problems of the prior art, it is provided that a kind of base and the split type high light machine base of lathe bed, its base uses ironcasting；Lathe bed uses granite particle to add the casting integrated part of epoxy resin, and designed by the structure of base and lathe bed so that the high light machine base advantage of lower cost of the present invention, carrying is with easy to assembly, shock absorption, heat stability and corrosion resistance are strong, it is possible to the machining accuracy of high ray machine is substantially improved.
The technical scheme is that the one high light machine base of the present invention, it is structurally characterized in that: include base and lathe bed；Above-mentioned base is cast iron integral piece；Lathe bed is the casting integrated part that granite particle adds epoxy resin material；Lathe bed is fixedly mounted on the top of base by inner bolt；
Above-mentioned base includes front support, rear support portion, discharge opeing portion, stop part and installation portion；Front support is overall in cuboid；1 hole for hoist it is respectively equipped with on the left surface of front support and right flank；Rear support portion is overall in cuboid；The left surface in rear support portion is provided with left hole for hoist；The right flank in rear support portion is provided with right hole for hoist；The height in rear support portion is identical with front support, the left and right in rear support portion to width more than front support；Front support is connected by the integral middle of end face thereafter with the front end face in rear support portion, thus forms 1 breach, the most left breach and right breach respectively in front portion, the left side of base and right front；
The left and right in discharge opeing portion is identical to width with the left and right in rear support portion to width；Before and after discharge opeing portion to length more than before and after front support before and after length with rear support portion to length sum；The rear end face in discharge opeing portion is concordant with the rear end face in rear support portion, and the front portion in discharge opeing portion protrudes from forward the front end face of front support sector；Discharge opeing portion is connected with the upper surface of front support and the upper surface one in rear support portion by its lower surface；What the front left in discharge opeing portion was positioned at left breach is arranged over left porus excretorius；Be positioned at right breach on the right side of the front portion in discharge opeing portion is arranged over right porus excretorius；
Stop part is square frame-shaped；Stop part is mutually perpendicular to connect by the rectangular plate body part of be positioned at front, rear, left and right 4 pieces and constitutes；Stop part is connected with the upper surface one of discharge opeing portion surrounding by its lower surface；
Installation portion is located in stop part；Installation portion is connected with the upper surface one in discharge opeing portion by its lower surface；The front side of installation portion and rear side divide left and right to be respectively provided with 1 tapped installing hole；
Above-mentioned base also includes bottom reinforcement；Bottom reinforcement is intersecting parallels reinforcement；Bottom reinforcement is arranged on the lower surface in front support and rear support portion；
The middle, bottom of the leading flank of the front support of above-mentioned base is provided with 1 Damping cushion installing hole；Middle, the left surface bottom left Damping cushion installing hole in rear support portion；The middle, right flank bottom in rear support portion is provided with right Damping cushion installing hole；
Left porus excretorius and the right porus excretorius in the discharge opeing portion of above-mentioned base are inverted cone through hole, and its underpart protrudes downward from the lower surface in discharge opeing portion；The left and right sides at the upper end open of left porus excretorius is provided with left collecting tank；The left and right sides at the upper end open of right porus excretorius is provided with right collecting tank.
Further scheme is: above-mentioned installation portion includes front installation portion, middle interconnecting piece and rear installation portion；Front installation portion is rectangle plate body shape, the left and right of front installation portion to width identical with the distance between the left end of the right-hand member of the left collecting tank in discharge opeing portion and right collecting tank；Front installation portion is arranged on front side of the upper end in discharge opeing portion；2 tapped installing holes of the front side of above-mentioned installation portion are and are arranged on 2 front installing holes that the front medial location of front installation portion divides left and right to arrange；Rear installation portion is rectangle plate body shape, the left and right of rear installation portion to width more than the left and right of front installation portion to width, less than the left and right in discharge opeing portion to width；The upward and downward height of rear installation portion is identical with the upward and downward height of front installation portion；Rear installation portion is arranged on rear side of the upper end in discharge opeing portion；2 tapped installing holes of the rear side of above-mentioned installation portion are installing hole after be arranged on that the rear side of rear installation portion divides left and right to arrange 2；Middle interconnecting piece is rectangle plate body shape；The left and right of middle interconnecting piece is identical with front installation portion to width；The upward and downward height of middle interconnecting piece is less than the upward and downward height of front installation portion；Middle interconnecting piece is connected with the rear end face one of front installation portion by its front end face；Middle interconnecting piece is connected with the front end face one of rear installation portion by end face thereafter.
Further scheme is: above-mentioned lathe bed includes base support portion, left rail installation portion, drive mechanism installation portion, right guide rails assembling portion, the left installation portion of crossbeam and the right installation portion of crossbeam；
Above-mentioned left rail installation portion, drive mechanism installation portion and right guide rails assembling portion be from left to right precedence setting above base support portion, and left rail installation portion and right guide rails assembling portion in the both sides of drive mechanism installation portion are, and mirror image is arranged；Left rail installation portion, drive mechanism installation portion and right guide rails assembling portion are all connected with the upper surface one in base support portion with its lower surface；A first row liquid bath is formed respectively between left rail installation portion and drive mechanism installation portion and between right guide rails assembling portion and drive mechanism installation portion；
The left installation portion of crossbeam is arranged on the rear left in base support portion and is connected with base support portion one；The right installation portion of crossbeam is arranged on the rear right in base support portion and is connected with base support portion one；The left installation portion of crossbeam and the right installation portion of crossbeam are respectively equipped with 1 second row liquid bath with joint, base support portion.
Further scheme is: the base support portion of above-mentioned lathe bed is overall in cuboid；Base support portion is provided with 4 installation fixing holes that upward and downward is through, is provided with female thread in installing fixing hole；These 42 left and right sides in the rear end in base support portion installed in fixing hole are respectively provided with 1；These 4 other 2 centre positions, front end in base support portion installed in fixing holes are divided and are respectively arranged 1；The front portion of the left surface in base support portion and the front portion of right flank are respectively equipped with 1 the first hole for hoist；The left side of the upper surface in base support portion and right side be respectively equipped with before and after to arrangement row's dustcloth guide plate installing hole, the top of the front end face in base support portion and the top of rear end face be respectively equipped with left and right to arrangement row's dustcloth installing plate installing hole；
Left rail installation portion is overall in cuboid；To the middle of the left side being arranged on base support portion before and after left rail installation portion, and it is positioned at the right side of left side one row's dustcloth guide plate installing hole in base support portion；The front end face of left rail installation portion is in the same plane with the front end face in base support portion；The rear end face of left rail installation portion is in the same plane with the rear end face in base support portion；To being provided with a row left compression leg installing hole before and after the left side of the upper surface of left rail installation portion；To being provided with row's left rail fixing hole before and after the centre of the upper surface of left rail installation portion；The right part of the upper surface of left rail installation portion upwardly, forms a sagittal prolate cube, as left rail backer；The structure in right guide rails assembling portion is identical with the structure of left rail installation portion；
Drive mechanism installation portion is overall in flat cuboid；To being arranged on the middle in base support portion before and after drive mechanism installation portion, the front end face of drive mechanism installation portion is in the same plane with the front end face in base support portion；Before the rear end face of drive mechanism installation portion is positioned at the rear end face in base support portion；The rear end of drive mechanism installation portion is provided with motor cabinet installing hole；The front portion of drive mechanism installation portion is provided with leading screw and supports seat installing hole.
Further scheme is: above-mentioned lathe bed also includes motor installation gap；Above-mentioned motor installation gap is arranged in base support portion, and motor installation gap is the square breach recessed from the upper surface in base support portion；Motor installation gap is between the left side of the rear end in the rear end of drive mechanism installation portion, the right side of left rail installation portion rear end and right guide rails assembling portion.
Further scheme also has: the left installation portion of crossbeam of above-mentioned lathe bed is overall in cuboid；The middle part of the left installation portion of crossbeam is provided with the left installation fixing hole that upward and downward is through；The front side of the upper surface of the left installation portion of crossbeam and rear side are respectively equipped with crossbeam left fixed mount installing hole；The left surface of the left installation portion of crossbeam is provided with the second hole for hoist；The left installation portion of crossbeam is curved with the leading flank of joint, base support portion；
The right installation portion of crossbeam is overall in cuboid；The middle part of the right installation portion of crossbeam is provided with the right installation fixing hole that upward and downward is through；The front side of the upper surface of the right installation portion of crossbeam and rear side are respectively equipped with crossbeam right fixed mount installing hole；The right flank of the right installation portion of crossbeam is provided with the 3rd hole for hoist；The left surface of the right installation portion of crossbeam is curved with the leading flank of joint, base support portion；
The rear end face of the left installation portion of crossbeam and the right installation portion of crossbeam is in the same plane with the rear end face in base support portion；The lower surface of the left installation portion of crossbeam and the right installation portion of crossbeam is in the same plane with the lower surface in base support portion；The upper surface of the left installation portion of crossbeam and the right installation portion of crossbeam is in the same plane with the upper surface of the upper surface of left rail installation portion and right guide rails assembling portion.
The present invention has a positive effect: the high light machine base of (1) present invention, uses base and lathe bed Split type structure, connects by inner bolt is fixing, than prior art cast iron integral piece or the pedestal of granite integral piece, carrying, easy for installation, time saving and energy saving.(2) the high light machine base of the present invention, its lathe bed uses natural granite particle to add the casting integrated part of epoxy resin, and its price is less than cast iron, and at aspect of performance, its heat-shrinkable is little and there is not local contraction；Having good shock absorption, shock absorption is higher 10 times than traditional cast iron part；Having good heat stability, the change to temperature is insensitive, and heat conductivity is more much lower than cast iron, it is possible to effectively lathe because of by thermally-induced physical dimension error control in minimum；Corrosion resistance is strong, the liquid such as the cutting fluid produced in the use of high ray machine, coolant is had the strongest corrosion resistance, thus can promote the precision of high ray machine significantly.(3) the high light machine base of the present invention, its base and lathe bed is respectively provided with 4 holes for hoist, it is simple to lift easy for installationly, improves assembly work efficiency.(4) the high light machine base of the present invention, by arranging 3 Damping cushion installing holes on its base, is easy to install additional the parallels of damping during use, the vibrations of height ray machine during to reduce use, thus improves the machining accuracy of high ray machine.(5) the high light machine base of the present invention, by arranging collecting tank, the porus excretorius of inverted cone and porus excretorius being designed in front portion on its base, when high ray machine is used, waste liquid and scrap flow out from anterior porus excretorius quickly and easily, thus keep cleaning and can effectively prevent the rearward motor of waste liquor stream from causing equipment fault.(6) the high light machine base of the present invention, by arranging stop part on its base, can effectively prevent waste liquid and scrap excessive from base upper end surrounding and leak；Left breach is set and right breach can place collection waste liquid and the undertaking bucket of scrap easily, can effectively keep the cleaning of job shop.(7) the high light machine base of the present invention, the upward and downward height of the rear installation portion of its base is identical with the height of front installation portion, the upward and downward height of middle interconnecting piece is designed to the height less than front installation portion, lathe bed the most to its upper is installed, the vibrations of lathe bed 2 can be effectively reduced simultaneously when high ray machine works, thus improve the machining accuracy of high ray machine.(8) the high light machine base of the present invention, the bottom of its base is provided with reinforcement, is improved the rigidity of base.
Accompanying drawing explanation
Fig. 1 is the perspective view of the present invention；
Fig. 2 is the perspective view of base in Fig. 1；
Fig. 3 is the front view of base in Fig. 1；
Fig. 4 is the left view of Fig. 3；
Fig. 5 is the right view of Fig. 3；
Fig. 6 is the top view of Fig. 3；
Fig. 7 is the upward view of Fig. 3；
Fig. 8 is the perspective view of the lathe bed in Fig. 1；
Fig. 9 is the front view of the lathe bed in Fig. 1；
Figure 10 is the left view of Fig. 9；
Figure 11 is the right view of Fig. 9；
Figure 12 is the rearview of Fig. 9；
Figure 13 is the top view of Fig. 9；
Figure 14 is the upward view of Fig. 9.
Reference in above-mentioned accompanying drawing is as follows:
Base 1, front support 11, hole for hoist 11-1, Damping cushion installing hole 11-2；Rear support portion 12, left Damping cushion installing hole 12-1, left hole for hoist 12-2, right Damping cushion installing hole 12-3, right hole for hoist 12-4；Right breach 14；Discharge opeing portion 15, left porus excretorius 15-1, left collecting tank 15-2, right porus excretorius 15-3；Right collecting tank 15-4, stop part 16, installation portion 17, front installation portion 17-1, front installing hole 17-1-1, rear installation portion 17-2, rear installing hole 17-2-1, middle interconnecting piece 17-3；Bottom reinforcement 18；
Lathe bed 2, base support portion 21, fixing hole 21-1, the first hole for hoist 21-2, dustcloth guide plate installing hole 21-3, dustcloth installing plate installing hole 21-4 are installed；Left rail installation portion 22, left compression leg installing hole 22-1, left rail fixing hole 22-2, left rail backer 22-3；Drive mechanism installation portion 23, motor cabinet installing hole 23-1, leading screw supports seat installing hole 23-2；Right guide rails assembling portion 24, right compression leg installing hole 24-1, right guide rail fixing hole 24-2, right guide rail backer 24-3；Motor installation gap 25；First row liquid bath 26；The left installation portion of crossbeam 27, left installation fixing hole 27-1, crossbeam left fixed mount installing hole 27-2, the second hole for hoist 27-3；The right installation portion of crossbeam 28, right installation fixing hole 28-1, crossbeam right fixed mount installing hole 28-2, the 3rd hole for hoist 28-3；Second row liquid bath 29.
Detailed description of the invention
The present invention is further detailed explanation with detailed description of the invention below in conjunction with the accompanying drawings.
(embodiment 1)
See Fig. 1, the high light machine base of the present embodiment, mainly it is made up of base 1 and lathe bed 2.
See that Fig. 2 to Fig. 8, base 1 are cast iron integral piece.Base 1 is mainly made up of front support 11, rear support portion 12, discharge opeing portion 15, stop part 16, installation portion 17 and bottom reinforcement 18.
Front support 11 entirety of base 1 is cuboid.The left surface of front support 11 and the forward upper of right flank are respectively equipped with 1 blind hole as hole for hoist 11-1；The middle, bottom of the leading flank of front support 11 is provided with 1 Damping cushion installing hole 11-2, and Damping cushion installing hole 11-2 is constituted from the bolt hole of the most recessed square groove of the leading flank of front support 11 and the lower surface of the downward through front support 11 in lower surface from square groove by 1.
Rear support portion 12 entirety is cuboid, and the middle, bottom of the left surface in rear support portion 12 is provided with the left Damping cushion installing hole 12-1 identical with the Damping cushion installing hole 11-2 structure of front support 11；The middle, top of the left surface in rear support portion 12 is provided with 1 blind hole as left hole for hoist 12-2, the right Damping cushion installing hole 12-3 that the right flank in rear support portion 12 is arranged with the left Damping cushion installing hole 12-1 on left surface and left hole for hoist 12-2 mirror image and right hole for hoist 12-4.The height in rear support portion 12 is identical with front support 11, the left and right in rear support portion 12 to width more than front support 11, front support 11 is connected by the integral middle of end face thereafter with the front end face in rear support portion 12, thus form 1 breach, the most left breach and right breach 14 respectively in front portion, the left side of base 1 and right front.
Discharge opeing portion 15 entirety is flat cuboid, and the left and right in discharge opeing portion 15 is identical to width with the left and right in rear support portion 12 to width；Before and after discharge opeing portion 15 to length more than before and after front support 11 before and after length with rear support portion 12 to length sum；The rear end face in discharge opeing portion 15 is concordant with the rear end face in rear support portion 12, and the front portion in discharge opeing portion 15 protrudes from forward the front end face of front support sector 11；Discharge opeing portion 15 is connected with the upper surface of front support 11 and the upper surface one in rear support portion 12 by its lower surface；It is inverted cone through hole that the front left in discharge opeing portion 15 is positioned at the left porus excretorius 15-1 that is arranged over, left porus excretorius 15-1 of left breach, and its underpart protrudes downward from the lower surface in discharge opeing portion；The left and right sides at the upper end open of left porus excretorius 15-1 is provided with left collecting tank 15-2；The top being positioned at right breach 14 on the right side of the front portion in discharge opeing portion 15 is arranged with structure identical right porus excretorius 15-3 and right collecting tank 15-4.
Stop part 16 is in square frame-shaped, and stop part 16 is mutually perpendicular to connect by the rectangular plate body part of be positioned at front, rear, left and right 4 pieces and constitutes；Stop part 16 is connected with the upper surface one of discharge opeing portion 15 surrounding by its lower surface.
Installation portion 17 is located in stop part 16；Installation portion 17 is main by front installation portion 17-1, rear installation portion 17-2 and middle interconnecting piece 17-3 with form.Front installation portion 17-1 is rectangle plate body shape, the left and right of front installation portion 17-1 to width identical with the distance between the left end of the right-hand member of the left collecting tank 15-2 in discharge opeing portion 15 and right collecting tank 15-4；Front installation portion 17-1 is arranged on front side of the upper end in discharge opeing portion 15；The front medial location of front installation portion 17-1 divides left and right to be respectively provided with 1 downward blind hole as front installing hole 17-1-1, is provided with female thread in front installing hole 17-1-1；Rear installation portion 17-2 is rectangle plate body shape, the left and right of rear installation portion 17-2 to the width left and right more than front installation portion 17-1 to width, less than the left and right in discharge opeing portion 15 to width；The upward and downward height of rear installation portion 17-2 is identical with the upward and downward height of front installation portion 17-1；Rear installation portion 17-2 is arranged on rear side of the upper end in discharge opeing portion 15；The rear side of rear installation portion 17-2 divides left and right to be respectively provided with 1 downward blind hole as rear installing hole 17-2-1, is provided with female thread in rear installing hole 17-2-1；Middle interconnecting piece 17-3 is rectangle plate body shape, and the left and right of middle interconnecting piece 17-3 is identical with front installation portion 17-1 to width；The upward and downward height of the middle interconnecting piece 17-3 upward and downward height less than front installation portion 17-1；Middle interconnecting piece 17-3 is connected with the rear end face one of front installation portion 17-1 by its front end face；Middle interconnecting piece 17-3 is connected with the front end face one of rear installation portion 17-2 by end face thereafter；The front installation portion 17-1 of installation portion 17, rear installation portion 17-2 and middle interconnecting piece 17-3 are connected with the upper surface one in discharge opeing portion 15 by its lower surface.
Bottom reinforcement 18 is intersecting parallels reinforcement；Bottom reinforcement 18 is arranged on the lower surface in front support 11 and rear support portion 12 (as shown in Figure 8).
The effect of each associated components of said base 1 is summarized as follows:
2 hole for hoist 11-1 of front support 11, rear support portion 12 left hole for hoist 12-2 together with right hole for hoist 12-4, when base 1 is installed, hang bolt hoisting machinery by insertion lift conveniently and efficiently；The Damping cushion installing hole 11-2 of front support 11, the left Damping cushion installing hole 12-1 and right Damping cushion installing hole 12-3 in rear support portion 12 are used for installing the parallels of damping, the vibrations of height ray machine during to reduce use, thus improve precision；Conveniently place when left breach and right breach 14 use after high ray machine is installed and accept bucket, for accepting waste liquid that produce in processing, that flowed down by the left porus excretorius 15-1 and right porus excretorius 15-3 in discharge opeing portion 15 and scrap；Left porus excretorius 15-1 and right porus excretorius 15-3 designs in front portion, and when can effectively prevent high ray machine from using, the rearward motor of waste liquor stream causes equipment fault；Left porus excretorius 15-1 and right porus excretorius 15-3 is designed to inverted cone and arranges left collecting tank 15-2 and right collecting tank 15-4, can play the effect of preferable drain, it is simple to waste liquid and scrap are discharged in time, keeps cleaning；Stop part 16 is used for preventing waste liquid and scrap excessive from upper end surrounding and leaking；The upward and downward height design of the rear installation portion 17-2 of installation portion 17 is identical with the upward and downward height of front installation portion 17-1, the upward and downward height design of the middle interconnecting piece 17-3 upward and downward height less than front installation portion 17-1, purpose is easy for the installation of upper end lathe bed 2, the vibrations of lathe bed 2 can be effectively reduced simultaneously when using, improve the precision of high ray machine；The setting of bottom reinforcement 18, for improving the rigidity of base 1.
Lathe bed 2 be use natural granite particle be major ingredient, epoxy resin be the casting integrated part that adjuvant is made through mix and blend, vibratory compaction.
See that Fig. 8 to Figure 14, lathe bed 2 are mainly made up of base support portion 21, left rail installation portion 22, drive mechanism installation portion 23, right guide rails assembling portion 24, the left installation portion of crossbeam 27 and the right installation portion of crossbeam 28.
Base support portion 21 entirety is cuboid；Base support portion 21 is provided with 4 installation fixing hole 21-1 that upward and downward is through, is provided with female thread in installing fixing hole 21-1；These 42 left and right sides in the rear end in base support portion 21 installed in fixing hole 21-1 are respectively provided with 1；These 4 other 2 centre positions, front end in base support portion 21 installed in fixing hole 21-1 are divided and are respectively arranged 1；The front portion of the left surface in base support portion 21 and the front portion of right flank be respectively equipped with about 1 to blind hole, as the first hole for hoist 21-2；The left side of the upper surface in base support portion 21 and right side be respectively equipped with before and after to arrangement row's blind hole, as dustcloth guide plate installing hole 21-3, the top of the front end face in base support portion 21 and the top of rear end face are respectively equipped with left and right row's blind hole to arrangement, as dustcloth installing plate installing hole 21-4.
Left rail installation portion 22 entirety is cuboid；To the middle of the left side being arranged on base support portion 21 before and after left rail installation portion 22, and it is positioned at the right side of the left side one row dustcloth guide plate installing hole 21-3 in base support portion 21；Left rail installation portion 22 is connected with the upper surface one in base support portion 21 by its lower surface；The front end face of left rail installation portion 22 is in the same plane with the front end face in base support portion 21；The rear end face of left rail installation portion 22 is in the same plane with the rear end face in base support portion 21；To being provided with a row left compression leg installing hole 22-1 before and after the left side of the upper surface of left rail installation portion 22；To being provided with a row left rail fixing hole 22-2 before and after the centre of the upper surface of left rail installation portion 22；The right part of the upper surface of left rail installation portion 22 upwardly, forms a sagittal prolate cube, as left rail backer 22-3.
Drive mechanism installation portion 23 entirety is flat cuboid；To being arranged on the middle in base support portion 21 before and after drive mechanism installation portion 23, the front end face of drive mechanism installation portion 23 is in the same plane with the front end face in base support portion 21；The front portion of drive mechanism installation portion 23 is between 2 installation fixing hole 21-12 of the front end in aforesaid base support portion 21；Before the rear end face of drive mechanism installation portion 23 is positioned at rear side 2 the installation fixing hole 21-1 in base support portion 21；The rear end of drive mechanism installation portion 23 is provided with motor cabinet installing hole 23-1；The front portion of drive mechanism installation portion 23 is provided with leading screw and supports seat installing hole 23-2.
Right guide rails assembling portion 24 entirety is cuboid；To the middle of the right-hand part being arranged on base support portion 21 before and after right guide rails assembling portion 24, and it is positioned at the left side of the right side one row dustcloth guide plate installing hole 21-3 in base support portion 21；Right guide rails assembling portion 24 is connected with the upper surface one in base support portion 21 by its lower surface；The front end face in right guide rails assembling portion 24 is in the same plane with the front end face in base support portion 21；The rear end face in right guide rails assembling portion 24 is in the same plane with the rear end face in base support portion 21；To being provided with a row right compression leg installing hole 24-1 before and after the right side of the upper surface in right guide rails assembling portion 24；To being provided with a row right guide rail fixing hole 24-2 before and after the centre of the upper surface in right guide rails assembling portion 24；The left part of the upper surface in right guide rails assembling portion 24 upwardly, forms a sagittal prolate cube, as right guide rail backer 24-3.Right guide rails assembling portion 24 and left rail installation portion 22 are that mirror image is arranged in the both sides of drive mechanism installation portion 23.
Motor installation gap 25 is arranged in base support portion 21, motor installation gap 25 is the square breach recessed from the upper surface in base support portion 21, and motor installation gap 25 is between the left side of the rear end in the rear end of drive mechanism installation portion 23, the right side of left rail installation portion 22 rear end and right guide rails assembling portion 24.
A sagittal rectangular slot is respectively constituted, as first row liquid bath 26 between left rail installation portion 22 and drive mechanism installation portion 23, between right guide rails assembling portion 24 and drive mechanism installation portion 23.
Crossbeam left installation portion 27 entirety is cuboid；The middle part of the left installation portion of crossbeam 27 is provided with the left installation fixing hole 27-1 that upward and downward is through；Front side and the rear side of the upper surface of the left installation portion of crossbeam 27 are respectively equipped with downward blind hole, as crossbeam left fixed mount installing hole 27-2；The left surface of the left installation portion of crossbeam 27 is provided with blind hole to the right, as the second hole for hoist 27-3；The right flank of the left installation portion of crossbeam 27 is connected with the rear left face one in base support portion 21；The left installation portion of crossbeam 27 is curved with the leading flank of joint, base support portion 21.
Crossbeam right installation portion 28 entirety is cuboid；The middle part of the right installation portion of crossbeam 28 is provided with the right installation fixing hole 28-1 that upward and downward is through；Front side and the rear side of the upper surface of the right installation portion of crossbeam 28 are respectively equipped with downward blind hole, as crossbeam right fixed mount installing hole 28-2；The right flank of the right installation portion of crossbeam 28 is provided with blind hole to the left, as the 3rd hole for hoist 28-3；The left surface of the right installation portion of crossbeam 28 is connected with the rear right face one in base support portion 21；The right installation portion of crossbeam 28 is curved with the leading flank of joint, base support portion 21.
The left installation portion of crossbeam 27 and joint, base support portion 21 are provided with 1 recessed rectangular slot；The right installation portion of crossbeam 28 and joint, base support portion 21 are again provided with 1 recessed rectangular slot, and these 2 rectangular slots are all as the second row liquid bath 29 of lathe bed 2.
The rear end face of the left installation portion of crossbeam 27 and the right installation portion of crossbeam 28 is in the same plane with the rear end face in base support portion 21；The lower surface of the left installation portion of crossbeam 27 and the right installation portion of crossbeam 28 is in the same plane with the lower surface in base support portion 21；The upper surface of the left installation portion of crossbeam 27 and the right installation portion of crossbeam 28 is in the same plane with the upper surface of the upper surface of left rail installation portion 22 and right guide rails assembling portion 24.
Aforesaid lathe bed 2 uses natural granite particle to add the casting integrated part of epoxy resin, and its price is less than cast iron, and at aspect of performance, its heat-shrinkable is little and there is not local contraction；Having good shock absorption, shock absorption is higher 10 times than traditional cast iron part；Having good heat stability, the change to temperature is insensitive, and heat conductivity is more much lower than cast iron, it is possible to effectively lathe because of by thermally-induced physical dimension error control in minimum；Corrosion resistance is strong, and the liquid such as the cutting fluid produced in the use of high ray machine, coolant are had the strongest corrosion resistance.Thus use the lathe bed 2 of the present embodiment, the precision of high ray machine can be promoted significantly than traditional ironcasting.
The effect of each associated components of aforesaid lathe bed 2 is summarized as follows:
3rd hole for hoist 28-3 of 2 first hole for hoist 21-2 in base support portion 21, the second hole for hoist 27-3 of the left installation portion of crossbeam 27 and the right installation portion of crossbeam 28 together, the lifting when lathe bed 2 is installed；When 4 of base support portion 21 installation fixing hole 21-1 install, after installing hole 17-1-1 front with 2 of aforesaid base 1 and 2, installing hole 17-2-1 coordinates, and is fixed with base 1 by lathe bed 2 by 4 inner bolts and is connected；The dustcloth guide plate installing hole 21-3 and dustcloth installing plate installing hole 21-4 in base support portion 21 is used to install corresponding pressing plate to install corresponding dustcloth.
Left rail installation portion 22 is for installing the left rail of high ray machine, by the right side of the left rail of high ray machine tight against left rail backer 22-3 during installation, opposite side is by squeezing into compression leg jam-packed in left compression leg installing hole 22-1, then is matched with left rail fixing hole 22-2 by inner bolt thus fixedly secured on the upper surface of left rail installation portion 22 by left rail；The right guide rail of high ray machine installation method in right guide rails assembling portion 24 is identical.
Drive mechanism installation portion 23 is for installing the motor of high ray machine and driving leading screw.The motor cabinet installing hole 23-1 of drive mechanism installation portion 23 for installing the mounting seat of motor by bolt, thus installs driving motor, and the motor installation gap 25 that its rear portion is arranged simultaneously is in the lump in order to drive the convenient installation of motor；The leading screw of drive mechanism installation portion 23 is supported seat installing hole 23-2 and drives leading screw for being installed the support seat driving leading screw by bolt to install.
The left installation portion of crossbeam 27 and the right installation portion of crossbeam 28 are for fixedly mounting the crossbeam of high ray machine；The left installation fixing hole 27-1 of the left installation portion of crossbeam 27 is for being bolted the left part of the crossbeam of high ray machine；Before and after the upper surface of the left installation portion of crossbeam 27, the crossbeam left fixed mount installing hole 27-2 of both sides for installing the securing member (such as angle bar) for fastening high ray machine crossbeam by bolt, so that the crossbeam of high ray machine firmly installs；The right installation portion of crossbeam 28 is in like manner.
Chip removal when first row liquid bath 26 and second row liquid bath 29 use high ray machine to use and discharge opeing.
In sum, the present embodiment high light machine base, use base and lathe bed Split type structure, connect by inner bolt is fixing, than prior art cast iron integral piece or the pedestal of granite integral piece, carrying, easy for installation, time saving and energy saving；Its lathe bed uses natural granite particle to add the casting integrated part of epoxy resin, and its price is less than cast iron, and at aspect of performance, its heat-shrinkable is little and there is not local contraction；Having good shock absorption, shock absorption is higher 10 times than traditional cast iron part；Having good heat stability, the change to temperature is insensitive, and heat conductivity is more much lower than cast iron, it is possible to effectively lathe because of by thermally-induced physical dimension error control in minimum；Corrosion resistance is strong, the liquid such as the cutting fluid produced in the use of high ray machine, coolant is had the strongest corrosion resistance, thus can promote the precision of high ray machine significantly；It is respectively provided with 4 holes for hoist on its base and lathe bed, it is simple to lift easy for installationly, improves assembly work efficiency；By arranging 3 Damping cushion installing holes on its base, during use, it is easy to install additional the parallels of damping, the vibrations of height ray machine during to reduce use, thus improve the machining accuracy of high ray machine；By arranging collecting tank, the porus excretorius of inverted cone and porus excretorius being designed in front portion on its base, when high ray machine is used, waste liquid and scrap flow out from anterior porus excretorius quickly and easily, thus keep cleaning and can effectively prevent the rearward motor of waste liquor stream from causing equipment fault；By arranging stop part on its base, can effectively prevent waste liquid and scrap excessive from base upper end surrounding and leak；Left breach is set and right breach can place collection waste liquid and the undertaking bucket of scrap easily, can effectively keep the cleaning of job shop；The upward and downward height of the rear installation portion of its base is identical with the height of front installation portion, the upward and downward height of middle interconnecting piece is designed to the height less than front installation portion, lathe bed the most to its upper is installed, the vibrations of lathe bed 2 can be effectively reduced simultaneously when high ray machine works, thus improve the machining accuracy of high ray machine；The bottom of its base is provided with reinforcement, is improved the rigidity of base.
Above example is the explanation of the detailed description of the invention to the present invention; rather than limitation of the present invention; person skilled in the relevant technique is without departing from the spirit and scope of the present invention; can also make various conversion and change and obtain the technical scheme of corresponding equivalent, the technical scheme of the most all equivalents all should be included into the scope of patent protection of the present invention.
Claims (6)
1. one kind high smooth machine base, it is characterised in that: include base (1) and lathe bed (2)；Described base (1) is cast iron integral piece；Lathe bed (2) is the casting integrated part that granite particle adds epoxy resin material；Lathe bed (2) is fixedly mounted on the top of base (1) by inner bolt；
Described base (1) includes front support (11), rear support portion (12), discharge opeing portion (15), stop part (16) and installation portion (17)；
Described front support (11) is overall in cuboid；1 hole for hoist (11-1) it is respectively equipped with on the left surface of front support (11) and right flank；Rear support portion (12) is overall in cuboid；The left surface in rear support portion (12) is provided with left hole for hoist (12-2)；The right flank in rear support portion (12) is provided with right hole for hoist (12-4)；The height in rear support portion (12) is identical with front support (11), the left and right in rear support portion (12) to width more than front support (11)；Front support (11) is connected by the integral middle of end face thereafter with the front end face of rear support portion (12), thus forms 1 breach, the most left breach and right breach (14) respectively in front portion, the left side of base (1) and right front；
Discharge opeing portion (15) is overall in flat cuboid；The left and right in discharge opeing portion (15) is identical to width with the left and right of rear support portion (12) to width；Before and after discharge opeing portion (15) to length more than before and after front support (11) before and after length with rear support portion (12) to length sum；The rear end face in discharge opeing portion (15) is concordant with the rear end face of rear support portion (12), and the front portion of discharge opeing portion (15) protrudes from forward the front end face of front support (11)；Discharge opeing portion (15) is connected with the upper surface of front support (11) and the upper surface one of rear support portion (12) by its lower surface；What the front left in discharge opeing portion (15) was positioned at left breach is arranged over left porus excretorius (15-1)；Be positioned at right breach (14) on the right side of the front portion in discharge opeing portion (15) is arranged over right porus excretorius (15-3)；
Stop part (16) is in square frame-shaped；Stop part (16) is mutually perpendicular to connect by the rectangular plate body part of be positioned at front, rear, left and right 4 pieces and constitutes；Stop part (16) is connected with the upper surface one of discharge opeing portion (15) surrounding by its lower surface；
Installation portion (17) is located in stop part (16)；Installation portion (17) is connected with the upper surface one of discharge opeing portion (15) by its lower surface；The front side of installation portion (17) and rear side divide left and right to be respectively provided with 1 tapped installing hole；
Described base (1) also includes bottom reinforcement (18)；Bottom reinforcement (18) is intersecting parallels reinforcement；Bottom reinforcement (18) is arranged on the lower surface of front support (11) and rear support portion (12)；
The middle, bottom of the leading flank of the front support (11) of described base (1) is provided with 1 Damping cushion installing hole (11-2)；The middle, left surface bottom in rear support portion (12) is provided with left Damping cushion installing hole (12-1)；The middle, right flank bottom in rear support portion (12) is provided with right Damping cushion installing hole (12-3)；Left porus excretorius (15-1) and the right porus excretorius (15-3) in the discharge opeing portion (15) of described base (1) are inverted cone through hole, and its underpart protrudes downward from the lower surface of discharge opeing portion (15)；The left and right sides at the upper end open of left porus excretorius (15-1) is provided with left collecting tank (15-2)；The left and right sides at the upper end open of right porus excretorius (15-3) is provided with right collecting tank (15-4).
High light machine base the most according to claim 1, it is characterised in that: described installation portion (17) includes front installation portion (17-1), middle interconnecting piece (17-3) and rear installation portion (17-2)；Front installation portion (17-1) is rectangle plate body shape, the left and right of front installation portion (17-1) to width identical with the distance between the left end of the right-hand member of the left collecting tank (15-2) of discharge opeing portion (15) and right collecting tank (15-4)；Front installation portion (17-1) is arranged on front side of the upper end of discharge opeing portion (15)；2 tapped installing holes of the front side of described installation portion (17) are and are arranged on 2 front installing holes (17-1-1) that the front medial location of front installation portion (17-1) divides left and right to arrange；Rear installation portion (17-2) is rectangle plate body shape, the left and right of rear installation portion (17-2) to width more than the left and right of front installation portion (17-1) to width, less than the left and right of discharge opeing portion (15) to width；The upward and downward height of rear installation portion (17-2) is identical with the upward and downward height of front installation portion (17-1)；Rear installation portion (17-2) is arranged on rear side of the upper end of discharge opeing portion (15)；2 tapped installing holes of the rear side of described installation portion (17) are installing hole (17-2-1) after be arranged on that the rear side of rear installation portion (17-2) divides left and right to arrange 2；Middle interconnecting piece (17-3) is rectangle plate body shape；The left and right of middle interconnecting piece (17-3) is identical with front installation portion (17-1) to width；The upward and downward height of middle interconnecting piece (17-3) is less than the upward and downward height of front installation portion (17-1)；Middle interconnecting piece (17-3) is connected with the rear end face one of front installation portion (17-1) by its front end face；Middle interconnecting piece (17-3) is connected with the front end face one of rear installation portion (17-2) by end face thereafter.
High light machine base the most according to claim 1, it is characterised in that: described lathe bed (2) includes base support portion (21), left rail installation portion (22), drive mechanism installation portion (23), right guide rails assembling portion (24), the left installation portion of crossbeam (27) and the right installation portion of crossbeam (28)；
Described left rail installation portion (22), drive mechanism installation portion (23) and the right guide rails assembling portion (24) the top from left to right precedence in base support portion (21) is arranged, and left rail installation portion (22) and right guide rails assembling portion (24) in the both sides of drive mechanism installation portion (23) are, and mirror image is arranged；Left rail installation portion (22), drive mechanism installation portion (23) and right guide rails assembling portion (24) are all connected with the upper surface one of base support portion (21) with its lower surface；A first row liquid bath (26) is formed respectively between left rail installation portion (22) and drive mechanism installation portion (23) and between right guide rails assembling portion (24) and drive mechanism installation portion (23)；
The left installation portion of crossbeam (27) is arranged on the rear left in base support portion (21) and is connected with base support portion (21) one；The right installation portion of crossbeam (28) is arranged on the rear right in base support portion (21) and is connected with base support portion (21) one；The left installation portion of crossbeam (27) and the right installation portion of crossbeam (28) are respectively equipped with 1 second row liquid bath (29) with base support portion (21) joint.
High light machine base the most according to claim 3, it is characterised in that: the base support portion (21) of described lathe bed (2) is overall in cuboid；Base support portion (21) is provided with 4 installations fixing hole (21-1) that upward and downward is through, is provided with female thread in installing fixing hole (21-1)；These 42 left and right sides in the rear end of base support portion (21) installed in fixing hole (21-1) are respectively provided with 1；These 4 other 2 centre positions, front end in base support portion (21) installed in fixing hole (21-1) are divided and are respectively arranged 1；The front portion of left surface in base support portion (21) and the front portion of right flank are respectively equipped with 1 the first hole for hoist (21-2)；The left side of the upper surface in base support portion (21) and right side be respectively equipped with before and after to arrangement row's dustcloth guide plate installing hole (21-3), the top of front end face of base support portion (21) and the top of rear end face be respectively equipped with left and right to arrangement row's dustcloth installing plate installing hole (21-4)；
Left rail installation portion (22) is overall in cuboid；To the middle of the left side being arranged on base support portion (21) before and after left rail installation portion (22), and it is positioned at the right side in the left side one row's dustcloth guide plate installing hole (21-3) in base support portion (21)；The front end face of left rail installation portion (22) is in the same plane with the front end face of base support portion (21)；The rear end face of left rail installation portion (22) is in the same plane with the rear end face of base support portion (21)；To being provided with a row left compression leg installing hole (22-1) before and after the left side of the upper surface of left rail installation portion (22)；To being provided with row's left rail fixing hole (22-2) before and after the centre of the upper surface of left rail installation portion (22)；The right part of the upper surface of left rail installation portion (22) upwardly, forms a sagittal prolate cube, as left rail backer (22-3)；The structure of right guide rails assembling portion (24) is identical with the structure of left rail installation portion (22)；
Drive mechanism installation portion (23) is overall in flat cuboid；To being arranged on the middle of base support portion (21) before and after drive mechanism installation portion (23), the front end face of drive mechanism installation portion (23) is in the same plane with the front end face of base support portion (21)；Before the rear end face of drive mechanism installation portion (23) is positioned at the rear end face of base support portion (21)；The rear end of drive mechanism installation portion (23) is provided with motor cabinet installing hole (23-1)；The front portion of drive mechanism installation portion (23) is provided with leading screw and supports seat installing hole (23-2).
High light machine base the most according to claim 3, it is characterised in that: described lathe bed (2) also includes motor installation gap (25)；Described motor installation gap (25) is arranged in base support portion (21), and motor installation gap (25) is the square breach recessed from the upper surface of base support portion (21)；Motor installation gap (25) is positioned between the left side of the rear of drive mechanism installation portion (23), the right side of left rail installation portion (22) rear end and right guide rails assembling portion (24) rear end.
High light machine base the most according to claim 3, it is characterised in that: the left installation portion of the crossbeam (27) of described lathe bed (2) is overall in cuboid；The middle part of the left installation portion of crossbeam (27) is provided with the left installation fixing hole (27-1) that upward and downward is through；The front side of the upper surface of the left installation portion of crossbeam (27) and rear side are respectively equipped with crossbeam left fixed mount installing hole (27-2)；The left surface of the left installation portion of crossbeam (27) is provided with the second hole for hoist (27-3)；The left installation portion of crossbeam (27) is curved with the leading flank of base support portion (21) joint；
The right installation portion of crossbeam (28) is overall in cuboid；The middle part of the right installation portion of crossbeam (28) is provided with the right installation fixing hole (28-1) that upward and downward is through；The front side of the upper surface of the right installation portion of crossbeam (28) and rear side are respectively equipped with crossbeam right fixed mount installing hole (28-2)；The right flank of the right installation portion of crossbeam (28) is provided with the 3rd hole for hoist (28-3)；The left surface of the right installation portion of crossbeam (28) is curved with the leading flank of base support portion (21) joint；
The rear end face of the left installation portion of crossbeam (27) and the right installation portion of crossbeam (28) is in the same plane with the rear end face of base support portion (21)；The lower surface of the left installation portion of crossbeam (27) and the right installation portion of crossbeam (28) is in the same plane with the lower surface of base support portion (21)；The upper surface of the left installation portion of crossbeam (27) and the right installation portion of crossbeam (28) is in the same plane with the upper surface of the upper surface of left rail installation portion (22) and right guide rails assembling portion (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410212586.8A CN103978375B (en) | 2014-05-19 | 2014-05-19 | High light machine base |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410212586.8A CN103978375B (en) | 2014-05-19 | 2014-05-19 | High light machine base |
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| Publication Number | Publication Date |
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| CN103978375A CN103978375A (en) | 2014-08-13 |
| CN103978375B true CN103978375B (en) | 2016-11-02 |
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| CN201410212586.8A Expired - Fee Related CN103978375B (en) | 2014-05-19 | 2014-05-19 | High light machine base |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105269334A (en) * | 2015-11-25 | 2016-01-27 | 深圳市创世纪机械有限公司 | Bed of numerically-controlled machine tool |
| CN105817901A (en) * | 2016-05-28 | 2016-08-03 | 蚌埠精科机床制造有限公司 | Lightweight machine tool base with multilayer structure |
| CN106975934A (en) * | 2017-06-02 | 2017-07-25 | 深圳市创世纪机械有限公司 | A kind of Digit Control Machine Tool |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20010042424A1 (en) * | 1998-09-04 | 2001-11-22 | Sheehan | Reduced vibration lathe |
| CN2618721Y (en) * | 2003-04-22 | 2004-06-02 | 沙运赤 | Digital control lathe with marble (granite) body |
| CN201168873Y (en) * | 2007-12-28 | 2008-12-24 | 肖衍盛 | Stand of numerical control machine tool |
| CN201669559U (en) * | 2009-12-09 | 2010-12-15 | 范秉嘉 | Improved structure for base of vertical machining center |
| CN201664859U (en) * | 2010-04-22 | 2010-12-08 | 欧朋达科技(深圳)有限公司 | High-ray machine |
| CN201776624U (en) * | 2010-08-10 | 2011-03-30 | 珠海市旺磐精密机械有限公司 | Engraving and milling machine base |
| CN203267620U (en) * | 2013-04-24 | 2013-11-06 | 常州精华数控设备有限公司 | Numerically-controlled high-light carving machine base assembly |
| CN203267612U (en) * | 2013-04-24 | 2013-11-06 | 常州精华数控设备有限公司 | Front chip discharging jade carving machine |
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