CN105108910A - Precise multifunctional cutting mill - Google Patents

Abstract

The invention discloses a precise multifunctional cutting mill being a novel electric cutting mill with small volume and carrying convenience; ceramic tiles machined by the cutting mill can realize real wall dry hanging, or can be dismantled to shift in other places for mounting on a wall without needing sand and cement, so that materials can be saved; when water feeding/drainage and circuits on the back surfaces of the ceramic tiles are broken down, the maintenance is convenient, and the conditions of low wall cement mark, easy falloff of the bonded ceramic tiles and unfirm bonding are not generated; and as the cutting mill is small in volume, the cutting mill can be carried to enter a construction site for more precise cutting and edge milling according to the scene demands. The cutting mill performs varied machining of grooving, opening, circle cutting, ring cutting and frame cutting, and has no need to carry machined objects to machining plants. The cutting mill saves both time and labor for fast-paced nowadays, and more beautifies our families through high-efficiency manufacturing.

Description

Seiko multipotency cutting machine

Technical field: the present invention is the multi-functional pair of small-sized cutting machine of bar track of a kind of perforate, cutting, edging, cutting variation processing

Background technology: do not tear open not get off after a lot of place of present family is renovated, particularly kitchen, tiles in toilet plumbing behind, circuit are easy to be out of order, ceramic tile will be smashed during maintenance, after fault is fixed, repair ceramic tile again, do not reach original effect, also cause waste of raw materials, moreover the manual perforate of master worker, cutting, edging, cutting more and more do not reach our Expected Results yet.Seiko multipotency cutting machine of the present invention can make up above defect, can also complete cannot complete by hand the circle of contact, cut ring, cut the highly difficult processing of frame, greatly reduce error, reduce waste of material, increase work efficiency, save time, better beautify the home of our warm happiness.

Summary of the invention: 1, a kind of Seiko multipotency cutting machine comprises fuselage toothed long column type motor, long barrel shape motor runway, universal regulator, angle position fixator, the horizontal high and low position fixator of motor, electric machine spacing pull bar, electric machine spacing adjuster, electric machine spacing fixator, it is characterized in that the Seiko multipotency cutting machine that two bar track slides can regulate arbitrarily and fix the angle between its abrasive disc and grinding charge, polish the corner of desirable rule, can regulate arbitrarily and fix its degree of depth of section below cut material body, perpendicular cuts can go out neat object straight flange.

2, according to a kind of Seiko multipotency cutting machine of claim 1 art, also comprise and cut function gear-box, mobile chassis, two bar track, track up-down adjustment slide block, slider bracket, slide block card article, cutting machine underframe, it is characterized in that regulating arbitrarily and fix the height of two bar track, deeply can go out pattern wire casing, anti-slip tank, butt, cut frame, cut polygon by light engraving.

3, also comprise the perforate circle of contact according to a kind of Seiko multipotency cutting machine of claim 1,2 arts, carve annulus function gear-box, motor finely tunes gear, chuck up and down, it is characterized in that regulating arbitrarily and fixed drill bit gradient, height and minimum position, carve circular trough, cannelure, the circle of contact, cut ring, dark hole that needs are outputed in perforate.

Accompanying drawing illustrates: object is stood in this explanation, is seen as plane from top to bottom, and horizontal direction is seen as side view.Fig. 1 Seiko multipotency cuts frame side view; Fig. 2 Seiko multipotency cuts frame plane; Fig. 3 mobile chassis side view; Fig. 4 mobile chassis plane.Indicate A, B, C, D tetra-limit.Fig. 5 track up-down adjustment slide block plane; Fig. 6 track up-down adjustment slide block side view, this figure is the one side of band horizontal stripe groove; Fig. 7 track up-down adjustment slide block left surface figure; Fig. 8 slider bracket side view; Fig. 9 slider bracket plane; Figure 10 is that slide block (Fig. 6) fits together side view with slider bracket (Fig. 8); Figure 11 is that slide block (Fig. 5) fits together plane with slider bracket (Fig. 9); Figure 12 long barrel shape motor runway left surface figure; Figure 13 slide block card article plane; Figure 14 slide block card article side view; Figure 15 long barrel shape motor runway side view; Figure 16 long barrel shape motor runway plane; Figure 17 long column type motor plane; Figure 18 long column type motor side view; Figure 19 electric machine spacing pull bar; Figure 20 universal regulator leading flank figure; Figure 21 universal regulator trailing flank figure; Figure 22 universal regulator plane, indicates E, F, G, H tetra-limit; Figure 23 cuts function gear-box plane; Figure 24 cuts function gear-box side view, is divided into I, J two parts along dotted line, and I part is gear box cover; Figure 25 perforate, the circle of contact, quarter annular groove function gear-box plane; Figure 26 perforate, the circle of contact, quarter annular groove function gear-box side view, be divided into K, L two parts along dotted line, K part be gear box cover.Figure 27 cutting machine pull bar.

In figure 1, slide block card article screw, fixing slide block and slide block card article are used; 2, slide block card article; 3, slider bracket; 4 and 5 tracks; 6 mobile chassis; 7 cutting machine base plates; 8 move draw-in groove; 9 move draw-in groove push-and-pull screw mandrel; 10 track up-down adjustment slide blocks; Put off pull bar under 11 grooves, motor to use; The horizontal high and low position fixator of 12 and 13 motors; 14 and 15 road rail hole are worn track and are used; 16 and 17 track headgears, fixing track is used; 18 inverted U grooves; 19 and 20U shape groove; 21 and 22 screws are fixed slide block card article and are used; 23 outer one end of screw hole are that six rib Caro mothers use; 24 electric machine spacing fixators, porose in the middle of being made up of two semicircular ring, just through limit pull rod, have teeth in a semicircular ring, card nut is not employed; 25 hinges; 26 and 27 noses; 28 and 29 guide rails; 30 and 31 angle position fixators; 32 and 34 little bearings; 33 fine setting gears, connect an entirety with rectangular tube and 32 and 34 little bearings; 35 hinges; 36 and 37 screw holes; 38 power supply string holes; 39 supply cord switch; 40 holes, upper limit pull bar is used; 41 is equally large with two gear-box tracks with 42 motor body tracks; 43 motor body teeth; 44 machine shafts are square, can be connected by heavy wall square tube with square shaft in gear-box; 45 spacing adjusters; 46 limit pull rod base silks; 47 and 48 angle demodulator supports; 49 and 50 angle position adjusters, circular arc hole shape; 51 and 52 inverted U-shaped draw-in grooves ride on track to be used; The horizontal height regulator of 53 and 54 motors; 55 hinges; 56 universal regulator plate holes; 57 and 58 gear-box tracks; 59 and 61 is comparable size overall diameter 1.6cm gears; 60 and 62 are comparable size overall diameter 3.5cm gears is matching used gears of the same modulus with 59 gear 61 gears; Gear and bearings are injected in 63 gear shaft one end, and the other end squarely can be connected with the square spindle nose of machine shaft by heavy wall square tube; 64 overall diameter 3cm bearings; 65 overall diameter 1.6cm bearings; 66 overall diameter 2.4cm bearings; 67 overall diameter 3.1cm bearings; 68 spindle noses are installed and are cut sheet use; 69 overall diameter 5cm gears; 70 gear connecting shafts, one end is overall diameter 1cm gear, and the other end is square spindle nose; 71 overall diameter 1.3cm and overall diameter 3.1cm cluster gear; 72 and 73 gear-box tracks; 74 overall diameter 1.2cm needle bearings; 75 overall diameter 4cm bearings; 76 chucks; 77 pull bar silk heads; The square shaft of 78 pull bar injects little bearing, in fine setting gear in rectangular tube, its transmitting gear is used; 79 pull bar handles.

Detailed description of the invention: the present invention can do the Seiko multipotency cutting machine of size sizes.

Rectangular band iron carves recessed bar-shaped trough to be made as Figure 13, and coarse screw one end is welded base, and available silk is fixed on motor as Figure 19.Make as Fig. 3, Fig. 4 shape mobile chassis with mould, make the track up-down adjustment slide block as Fig. 5, Fig. 6, Fig. 7 shape, make the slider bracket as Fig. 8, Fig. 9 shape, make the motor runway as Figure 12 Figure 15 Figure 16 shape.Make the motor housing as Figure 17, Figure 18 shape, and assemble what a complete motor not with gear-box, then make the universal regulator as Figure 20, Figure 21, Figure 22 shape.

Being each passed through in mobile chassis with two tracks injects in 17 track headgears in track up-down adjustment slide block and 16 track headgears more respectively after 14 road rail hole and 15 road rail hole, the other end of two tracks also injects respectively in another one track up-down adjustment slide block two slider brackets to be divided in 16 track headgears and 17 track headgears again and is separately contained on the track up-down adjustment slide block at track two ends, installation direction is that slider bracket falls in part cover and is stuck on track up-down adjustment slide block, the recessed bar groove of slide block card article band one facing to track up-down adjustment slide block, 21 screws are aimed in slide block card article upper screw rod hole 36, 22 screws are aimed in hole, 37 pavilions, with key screw they 3 pieces be fixed together measure track two ends two slider brackets between length and slider bracket width, cut the iron plate of equal size, weldering or silk in the bottom of two slider brackets, draw-in groove push-and-pull screw mandrel is moved facing to put on band nut in 23 screw holes on slider bracket 9 in mobile chassis D limit, nut is sent in six ribs of 23 screw holes, as shown in Fig. 1 Fig. 2, cut frame install.

Limit pull rod Figure 19 silk is contained in one end top of long column type motor not with rotating shaft, limit pull rod is sent in long barrel shape motor runway, motor track 41 pairs of alignment motors run upper guide rail 28, motor track 42 alignment guidance track 29, motor power-supply wire is sent from the power supply string holes of motor runway top 38, in motor propulsion electric machine runway, open long barrel shape motor runway top 24 electric machine spacing fixator semicircle, limit pull rod to be screwed on spacing adjuster 45, little bearing 32, 34, fine setting gear 33 is contained on motor runway outer wall as Figure 12, Figure 15, shown in Figure 16, motor installs in motor runway.

Universal regulator is contained on mobile chassis, installation direction universal regulator E limit is aimed at universal regulator F limit, mobile chassis A limit and is aimed at mobile chassis B limit, mobile chassis C limit is aimed on universal regulator G limit, D limit is aimed on universal regulator H limit, on mobile chassis 12 and the horizontal high and low position fixator of 13 motors screw back original place after screwing down and installing universal regulator again, 51 inverted U draw-in grooves of universal regulator ride on 4 tracks, 52 inverted U draw-in grooves ride on 5 tracks, universal regulator 55 hinge silk is fixed on the face, B limit of mobile chassis, and universal regulator installs.

The motor assembled and motor runway are arranged on universal regulator, 28 guide rails of motor runway are placed on the H limit of universal regulator, 29 guideways are placed on the F limit of universal regulator, 35 hinges of motor runway are aimed at and are fixed on face, universal regulator E limit with silk, angle position fixator 30 alignment angle position control 49 on motor runway, angle position fixator 31 alignment angle position control 50, angle position fixator 30,31 is screwed down, installs and screw back original place again after the good motor runway of mode.

Need to make as Figure 23 Figure 24 cuts function gearhousing according to bearing allocation with mould, process the axle supporting with bearing, gear, then be shown in gear-box, bearing, gear and axle to be installed according to Figure 23, Figure 24 and cover gear box cover silk and fix.Be contained on motor cut function gear-box, mounting means, in gear-box, square spindle nose heavy wall rectangular steel tube and motor square shaft connect together, gear-box track 57 pairs of alignment motor track 42 gear-box tracks 58 pairs of alignment motor tracks 41, with silk, they are tightly fixed together, 68 spindle noses install abrasive disc, the first end of Figure 27 cutting machine pull bar band silk is through 49 adjuster arc holes, angle position in universal regulator, through 32 little bearings, 33 fine setting gears, to screw on after square tube in 34 little bearings nut, unclamp the silk on slide block card article as required, two bar track is transferred to ideal position, tighten slide block card article silk.Angle position fixator 30, 31 at angle position adjuster 49, tighten when moving to the angle wanted in the arc hole of 50, both angle between abrasive disc and grinding charge, motor is dropped to the lowest order wanted, open 24 electric machine spacing fixator semicircles on motor runway, rotate bottom 45 spacing adjusters to limit fixator, close semicircle, silk nose 26 is fixed with silk, 27 is motionless, rotate clockwise cutting machine pull bar, fine setting gear also and then rotates, motor rises with abrasive disc and switches on power, open switch, electric motor starting, rotate counterclockwise cutting machine pull bar, abrasive disc starts the lowest order that processing object has been wanted to us when pull bar turns motionless counterclockwise.Turn off power supply and abrasive disc is changed into cutting blade, unscrew angle position fixator 30, 31 cutting blades are transferred to and are tightened angle position fixator 30 with material to be cut vertical direction, 31, Panasonic's track 4, 5 two ends slide block card article silks, two bar track is regulated to tighten silk on slide block card article to cutting blade in the following depth desired of cut material plane, open switch and start cutting, carve solid line wire casing, unscrew the horizontal high and low position fixator 12 of motor, fall cutting machine pull bar when raising when 13 cut hollow out polygon at the middle frame of can cutting of object plane or carve dotted line wire casing, unload down cutting function gear-box.

Need the perforate of making as Figure 25 Figure 26 according to bearing allocation with mould, circle of contact ring function gearhousing, process the axle supporting with Bearing gear, again according to Figure 25, shown in Figure 26, bearing in gear-box, gear and axle install, gear box cover is covered and fixes with silk, perforate, circle of contact ring function gear-box is contained on motor, in mounting means gear-box, square spindle nose heavy wall rectangular steel tube and motor square shaft connect together, gear-box track 72 pairs of alignment motor body tracks 42, gear-box track 73 pairs of alignment motor tracks 41 are tightly fixed together them with silk, 76 chucks load onto hole making drill, universal regulator H limit is dropped to minimum, tighten the horizontal high and low position fixator 12 of motor, 13, the silk unclamped on slide block card article is transferred to ideal position two bar track, tighten slide block card article silk, motor runway is transferred to and machined object vertical direction, tighten angle position fixator, rotate counterclockwise cutting machine pull bar, motor slowly declines with hole making drill, when reaching the minimum position that we want, open motor runway top 24 electric machine spacing fixator semicircle, spacing adjuster is rotated to retainer bottom, close semicircle silk silk nose 26, 27 tighten, rotate clockwise cutting machine pull bar hole making drill to raise, cutting machine base plate puts machined object, open switch, rotate counterclockwise pull bar, just can perforate on object, the circle of contact, size hole making drill is alternately with being exactly cut ring, carve cannelure.

For 0.6 meter of X0.3 rice ceramic tile, open four apertures overleaf, the degree of depth does not penetrate ceramic tile, cloud stone glue is loaded in deep hole, the screw mandrel of point more a little bit smaller than hole is inserted, cloud stone glue sticks together by screw mandrel and ceramic tile, the drum of size on screw mandrel is become can just be enclosed within by the scraggly iron sheet ring in two sides, four rhizoid bar distances on ceramic tile are measured, punch at metope, with cement mortar, round iron bucket is buried the inside, four rhizoid pole pair director circle metal bucket mouths are pushed in, ceramic tile is just cladding on wall, because screw mandrel rough and uneven in surface inside and outside round iron bucket has rib-loop, they all produce friction, not easily exit, a gradient is had downwards inside best metope burrows, screw mandrel and ceramic tile have same gradient, ceramic tile is hung more firm on the wall, up do not move and can not pluck any more ceramic tile.

Claims (3)

1. a Seiko multipotency cutting machine comprises fuselage toothed long column type motor, long barrel shape motor runway, universal regulator, angle position fixator, the horizontal high and low position fixator of motor, electric machine spacing pull bar, electric machine spacing adjuster, electric machine spacing fixator, it is characterized in that the Seiko multipotency cutting machine that two bar track slides can regulate arbitrarily and fix the angle between its abrasive disc and grinding charge, polish the corner of desirable rule, can regulate arbitrarily and fix its degree of depth of section below cut material body, perpendicular cuts can go out neat object straight flange.

2. according to a kind of Seiko multipotency cutting machine of claim 1 art, also comprise and cut function gear-box, mobile chassis, two bar track, track up-down adjustment slide block, slider bracket, slide block card article, cutting machine underframe, it is characterized in that regulating arbitrarily and fix the height of two bar track, deeply can go out pattern wire casing, anti-slip tank, butt, cut frame, cut polygon by light engraving.

3. according to a kind of Seiko multipotency cutting machine of claim 1,2 arts also comprise perforate, the circle of contact, quarter annulus function gear-box, motor finely tunes gear, chuck up and down, it is characterized in that regulating arbitrarily and fixed drill bit gradient, height and minimum position, carve circular trough, cannelure, the circle of contact, cut ring, dark hole that needs are outputed in perforate.