CN205650869U - High -efficient end surface milling machine convenient to adjust - Google Patents

Abstract

The utility model relates to an end surface milling machine especially relates to a high -efficient end surface milling machine convenient to adjust. The to -be -solved technical problem of the utility model is to provide a high -efficient end surface milling machine convenient to adjust that regulation flexibility is good, drilling efficiency is high, can reduce the later stage work degree of difficulty. In order to solve the technical problem, the utility model provides such high -efficient end surface milling machine convenient to adjust which comprises have collecting vat, bottom plate, electronic round, slide rail I, slider I, act as go -between, from driving wheel, right branch frame, electric putter, roof, slide rail II, branch, motor I, spheroid, sponge, motor II, electro -magnet I, kelly, slider II, gear, motor III, rack, motor IV, cutter head, electro -magnet II, spring and the workstation, the collecting vat has been placed in the left side on the bottom plate. The utility model discloses reached the effect of adjusting that the flexibility is good, drilling efficiency is high, can reduce the later stage work degree of difficulty, utilized the utility model discloses carry out work piece drilling, drilling is accurate, is of value to later stage processing.

Description

A kind of high efficiency end surface milling machine being easy to regulation

Technical field

This utility model relates to a kind of face miller, particularly relates to a kind of high efficiency end surface milling machine being easy to regulation.

Background technology

Face miller i.e. milling head is horizontally disposed, can move along traverse rod, and the milling of processing vertical direction plane led by lathe bed Bed.Application branch of learning: mechanical engineering (first level discipline)；Cutting technology and equipment (two grades of subjects)；Gold Belong to stock-removing machine-various Metal Cutting Machine Tools (three grades of subjects).The face miller range of work is big, it is adaptable to casting The building up by welding of the metal material such as part, steel part, is widely used in machinery manufacturing industry.Be particularly well-suited to mould industry, Super long workpiece both ends of the surface can be carried out the special types such as milling, boring, bore hole by the slabbing of plastics mould bases frame Face processes.Face miller can be holed and be can reach φ 50mm, and bore hole can reach φ 400mm, can meet workpiece Processing request.But present face miller can not be adjusted fixing according to the processing request of workpiece, from And make Workpiece boring more accurate, so will be unfavorable for that the later stage assembles, and make assembling difficulty big.

Present face miller exists that flexible adjustment is poor, drilling efficiency is low, strengthens later stage work difficulty Shortcoming, a kind of flexible adjustment is good, drilling efficiency is high, can reduce later stage work difficulty therefore to need research and development badly It is easy to the high efficiency end surface milling machine of regulation.

Utility model content

(1) to solve the technical problem that

Flexible adjustment is poor, drilling efficiency is low, strengthen lacking of later stage work difficulty in order to overcome for this utility model Point, the technical problems to be solved in the utility model is to provide that a kind of flexible adjustment is good, drilling efficiency is high, can Reduce the high efficiency end surface milling machine being easy to regulation of later stage work difficulty.

(2) technical scheme

In order to solve above-mentioned technical problem, this utility model provides such a and is easy to the high efficiency end surface milling machine of regulation, Include collecting tank, base plate, Electric Motor Wheel, slide rail I, slider I, bracing wire, driven pulley, right support, electricity Dynamic push rod, top board, slide rail II, pole, motor I, spheroid, sponge, motor II, electric magnet I, card Bar, slide block II, gear, motor III, tooth bar, motor IV, milling head, electric magnet II, spring and workbench, Base plate upper left side is placed with collecting tank, and on base plate, right side is provided with slide rail I, and slide rail I is provided with slider I, Slider I is connected above workbench, and on slide rail I, left forward side and right side are respectively arranged with Electric Motor Wheel and driven Wheel, is wound with bracing wire between Electric Motor Wheel and driven pulley, bracing wire is connected with slider I, and on base plate, right-hand member is provided with the right side Support, right support upper end connects has top board, top board bottom left to be provided with pole, and pole lower end is provided with electricity Machine II, connects on the right side of motor II and has sponge, and bottom top board, middle part is provided with slide rail II, and slide rail II is provided with Slide block II, connects on the right side of slide block II and has tooth bar, and tooth bar lower end connects motor IV, and connecting below motor IV has Milling head, the top board on the right side of slide rail II connects and has a motor III, and motor III dead astern connects gear, gear with Tooth bar engages, and the top board on the left of slide rail II and right side is symmetrically arranged with electric pushrod, connects below electric pushrod Being connected to motor I, connecting below motor I has spheroid, is provided with groove, is provided with electricity inside groove in spheroid Magnet I, electric magnet I connects and has spring, and spring connects electric magnet II, and electric magnet II connects to be had Kelly.

Preferably, motor I, motor II, motor III and motor IV are servomotor.

Operation principle: when workpiece is holed by needs, manually places workpiece on the table and regulates The position of workpiece, allows the position needing to hole be positioned at the underface of milling head.When Workpiece length is less than workbench During length, start electric pushrod elongation, make spheroid move downward, when spheroid moves to certain position, control Electric pushrod processed stops elongation, then controls electric magnet I and electric magnet II is energized, and make electric magnet I He Electric magnet II repels each other with identical magnetic, electric magnet I and electric magnet II, so that kelly is protruding by work Part blocks.Now, starting motor III and make it reverse, so that pinion rotation, band carry-over bar moves downward, Milling head moves downward, and when milling head and absorption surface, starts motor IV simultaneously, makes motor IV rotation, drive Milling head rotates, so that workpiece is holed downwards by milling head.After Workpiece boring, close motor IV, Then starting motor III clockwise, make gear clockwise, band carry-over bar moves upward, thus drives milling head upwards to transport Dynamic, when milling head resets, close motor III, then, control electric magnet I and electric magnet II power-off, make card Sheet reset, people just can take the workpiece processed away.Then, manually start Electric Motor Wheel and make it reverse, band Dynamic driven pulley reverses, and bracing wire drives slider I to be moved to the left, thus drives workbench to be moved to the left, and works as work When platform top right side is positioned at the underface of sponge, controls Electric Motor Wheel and stop operating, then start motor II and rotate 180 °, make sponge rotate 180 °, so that sponge contacts with workbench, now, control Electric Motor Wheel clockwise, Making slider I move right, workbench moves right so that sponge on workbench due to boring produce Debris is eliminated to collecting tank.Subsequently, when slider I resets, start motor II and again rotate 180 °, Make sponge reset, then control Electric Motor Wheel and stop operating, make workbench reset.When Workpiece length is more than work During platform, start motor I and rotate 180 °, make spheroid rotate 180 °, then control electric pushrod elongation, make Spheroid moves downward, and then utilizes spheroid to be fixed on the table by workpiece, and repeating above step can be right Large batch of workpiece is processed.

Because motor I, motor II, motor III and motor IV are servomotor, it is possible to effectively control electricity Machine I, motor II, motor III and the rotating speed of motor IV, make operation more steady.

(3) beneficial effect

This utility model has reached the effect that flexible adjustment is good, drilling efficiency is high, can reduce later stage work difficulty Really.Utilizing this utility model to carry out Workpiece boring, boring accurately, is of value to post-production, thus alleviates work Make the operating pressure of personnel, and then be of value to commercial production.

Accompanying drawing explanation

Fig. 1 is main TV structure schematic diagram of the present utility model.

Being labeled as in accompanying drawing: 1-collecting tank, 2-base plate, 3-Electric Motor Wheel, 4-slide rail I, 5-slider I, 6-bracing wire, 7-driven pulley, 8-right support, 9-electric pushrod, 10-top board, 11-slide rail II, 12-pole, 13-motor I, 14-spheroid, 15-sponge, 16-motor II, 17-electric magnet I, 18-kelly, 19-slide block II, 20-gear, 21-motor III, 22-tooth bar, 23-motor IV, 24-milling head, 25-groove, 26-electromagnetism Ferrum II, 27-spring, 28-workbench.

Detailed description of the invention

With embodiment, this utility model is further described below in conjunction with the accompanying drawings.

Embodiment 1

A kind of high efficiency end surface milling machine being easy to regulation, as it is shown in figure 1, include collecting tank 1, base plate 2, Electric Motor Wheel 3, slide rail I 4, slider I 5, bracing wire 6, driven pulley 7, right support 8, electric pushrod 9, top board 10, cunning Rail II 11, pole 12, motor I 13, spheroid 14, sponge 15, motor II 16, electric magnet I 17, kelly 18, slide block II 19, gear 20, motor III 21, tooth bar 22, motor IV 23, milling head 24, electric magnet II 26, Spring 27 and workbench 28, base plate 2 upper left side is placed with collecting tank 1, and on base plate 2, right side is provided with slide rail I 4, slide rail I 4 is provided with slider I 5, slider I 5 is connected above workbench 28, and slide rail I 4 is gone forward On the left of side and right side is respectively arranged with Electric Motor Wheel 3 and driven pulley 7, is wound with and draws between Electric Motor Wheel 3 and driven pulley 7 Line 6, bracing wire 6 is connected with slider I 5, and on base plate 2, right-hand member is provided with right support 8, and right support 8 upper end is even Being connected to top board 10, top board 10 bottom left is provided with pole 12, and pole 12 lower end is provided with motor II 16, Connecting on the right side of motor II 16 and have sponge 15, bottom top board 10, middle part is provided with slide rail II 11, on slide rail II 11 Being provided with slide block II 19, connecting on the right side of slide block II 19 has tooth bar 22, and tooth bar 22 lower end connects motor IV 23, Connecting below motor IV 23 and have milling head 24, the top board 10 on the right side of slide rail II 11 connects motor III 21, electricity Machine III 21 dead astern connects has gear 20, gear 20 to engage with tooth bar 22, on the left of slide rail II 11 and right side Being symmetrically arranged with electric pushrod 9 on top board 10, connecting below electric pushrod 9 has motor I 13, motor I 13 Lower section connects spheroid 14, is provided with groove 25, is provided with electric magnet I 17 inside groove 25 in spheroid 14, Connecting on electric magnet I 17 and have spring 27, spring 27 connects electric magnet II 26, and electric magnet II 26 connects It is connected to kelly 18.

Motor I 13, motor II 16, motor III 21 and motor IV 23 are servomotor.

Operation principle: when workpiece is holed by needs, is manually placed on workpiece on workbench 28 and adjusts The position of joint workpiece, allows the position needing to hole be positioned at the underface of milling head 24.When Workpiece length is less than work During the length of platform 28, start electric pushrod 9 and extend, make spheroid 14 move downward, when spheroid 14 moves to During certain position, control electric pushrod 9 and stop elongation, then control electric magnet I 17 and electric magnet II 26 leads to Electricity, and make electric magnet I 17 with electric magnet II 26 with identical magnetic, electric magnet I 17 and electric magnet II 26 Repel each other, so that kelly 18 is protruding, workpiece is blocked.Now, start motor III 21 and make it reverse, So that gear 20 rotates, band carry-over bar 22 moves downward, and milling head 24 moves downward, when milling head 24 with During absorption surface, start motor IV 23 simultaneously, make motor IV 23 rotate, drive milling head 24 to rotate, so that Workpiece is holed downwards by milling head 24.After Workpiece boring, close motor IV 23, then start electricity Machine III 21 is clockwise, makes gear 20 clockwise, and band carry-over bar 22 moves upward, thus drives milling head 24 upwards to transport Dynamic, when milling head 24 resets, close motor III 21, then, control electric magnet I 17 and electric magnet II 26 Power-off, makes card sheet reset, and people just can take the workpiece processed away.Then, Electric Motor Wheel 3 is manually started also Making it reverse, drive driven pulley 7 to reverse, bracing wire 6 drives slider I 5 to be moved to the left, thus drives workbench 28 are moved to the left, and when workbench 28 top right side is positioned at the underface of sponge 15, controls Electric Motor Wheel 3 and stop Spline is moved, and then starts motor II 16 and rotates 180 °, makes sponge 15 rotate 180 °, so that sponge 15 Contact with workbench 28, now, control Electric Motor Wheel 3 clockwise, make slider I 5 move right, workbench 28 Move right, so that the debris produced due to boring on workbench 28 is eliminated to collecting tank 1 by sponge 15 In.Subsequently, when slider I 5 resets, start motor II 16 and again rotate 180 °, make sponge 15 reset, Then control Electric Motor Wheel 3 to stop operating, make workbench 28 reset.When Workpiece length is more than workbench 28, Start motor I 13 and rotate 180 °, make spheroid 14 rotate 180 °, then control electric pushrod 9 and extend, Make spheroid 14 move downward, then utilize spheroid 14 to be fixed on workbench 28 by workpiece, more than repetition Large batch of workpiece can be processed by step.

Because motor I 13, motor II 16, motor III 21 and motor IV 23 are servomotor, it is possible to effectively control Motor I 13 processed, motor II 16, motor III 21 and the rotating speed of motor IV 23, make operation more steady.

Embodiment described above only have expressed preferred implementation of the present utility model, its describe more concrete and In detail, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, For the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make Some deformation, improving and substitute, these broadly fall into protection domain of the present utility model.Therefore, this practicality is new The protection domain of type patent should be as the criterion with claims.

Claims (2)

1. one kind be easy to regulation high efficiency end surface milling machine, it is characterised in that include collecting tank (1), base plate (2), Electric Motor Wheel (3), slide rail I (4), slider I (5), bracing wire (6), driven pulley (7), right support (8), Electric pushrod (9), top board (10), slide rail II (11), pole (12), motor I (13), spheroid (14), sponge (15), motor II (16), electric magnet I (17), kelly (18), slide block II (19), Gear (20), motor III (21), tooth bar (22), motor IV (23), milling head (24), electric magnet II (26), spring (27) and workbench (28), base plate (2) upper left side is placed with collecting tank (1), The upper right side of base plate (2) is provided with slide rail I (4), and slide rail I (4) is provided with slider I (5), sliding Block I (5) is connected above workbench (28), and the upper left forward side of slide rail I (4) and right side set respectively It is equipped with Electric Motor Wheel (3) and driven pulley (7), between Electric Motor Wheel (3) and driven pulley (7), is wound with bracing wire (6), bracing wire (6) is connected with slider I (5), and the upper right-hand member of base plate (2) is provided with right support (8), Right support (8) upper end connects has top board (10), top board (10) bottom left to be provided with pole (12), Pole (12) lower end is provided with motor II (16), and motor II (16) right side connects sponge (15), Top board (10) is provided with slide rail II (11) in the middle part of bottom, and slide rail II (11) is provided with slide block II (19), Slide block II (19) right side connects tooth bar (22), and tooth bar (22) lower end connects motor IV (23), Motor IV (23) lower section connects milling head (24), and the top board (10) on slide rail II (11) right side connects Being connected to motor III (21), motor III (21) dead astern connects gear (20), gear (20) and tooth Bar (22) engages, and the top board (10) on slide rail II (11) left side and right side is symmetrically arranged with electronic pushing away Bar (9), electric pushrod (9) lower section connects motor I (13), and motor I (13) lower section connects to be had Spheroid (14), is provided with groove (25) in spheroid (14), groove (25) inner side is provided with electric magnet I (17), the upper connection of electric magnet I (17) has spring (27), and the upper connection of spring (27) has electric magnet II (26), the upper connection of electric magnet II (26) has kelly (18).

A kind of high efficiency end surface milling machine being easy to regulation the most according to claim 1, it is characterised in that motor I (13), motor II (16), motor III (21) and motor IV (23) are servomotor.