CN204235339U

CN204235339U - A kind of automatic sawing machine

Info

Publication number: CN204235339U
Application number: CN201420563044.0U
Authority: CN
Inventors: 于丽锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-09-28
Filing date: 2014-09-28
Publication date: 2015-04-01
Anticipated expiration: 2024-09-28

Abstract

The utility model discloses a kind of automatic sawing machine; in order to cut saw to electrical carbon; this sawing machine comprises frame; two sides that frame is adjacent are respectively equipped with material dropping channel I and material dropping channel II; the top of material dropping channel II is connected with guided plate, and the top of frame is provided with and surrounds rectangular-shaped baffle plate, and the side of baffle plate has access port; the frame being positioned at this baffle interior is provided with processing table top, and processing table top is provided with clamp die mechanism, cuts saw, detent mechanism I and detent mechanism II.The utility model has the advantages that: this sawing machine compact conformation science, volume is little, operation automation, precisely easy, and defect rate is low, and positive substandard products classification fault is few, drastically increases the operating efficiency that saw operation cut by electrical carbon; Meanwhile, easy to maintenance, noise is faint, energy-conserving and environment-protective, injures little to operating personnel, meets green requirement of producing.

Description

A kind of automatic sawing machine

Technical field

The utility model belongs to field of machining, is specifically related to a kind of automatic sawing machine of electrical carbon.

Background technology

Electrical carbon is with the electrical material of carbon and graphite a kind of specific function that is matrix; be widely used in the fixing electrical contact manufacturing electrical equipment or the parts etc. rotating electrical contact; but what because the size of electrical carbon is relatively little, at present, adopt electrical carbon cuts saw operation still based on manual operation; in operating process, size is wayward; defect rate is high, and manipulation strength is large, often can causing danger property on hand; and dust from flying, the safety and health of serious threat operating personnel.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of compact conformation science, and precisely easy and simple to handle, defect rate is low, the electrical carbon automatic sawing machine of energy-conserving and environment-protective again.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is:

A kind of automatic sawing machine, in order to cut saw to electrical carbon, this sawing machine comprises frame, two sides that frame is adjacent are respectively equipped with material dropping channel I and material dropping channel II, the top of material dropping channel II is connected with guided plate, and the top of frame is provided with and surrounds rectangular-shaped baffle plate, and the side of baffle plate has access port, the frame being positioned at this baffle interior is provided with processing table top, and processing table top is provided with clamp die mechanism, cuts saw, detent mechanism I and detent mechanism II, clamp die mechanism comprises clamping assembly, single slide rail and cylinder I, and the bottom of clamping assembly coordinates with single slide rail, and the piston rod of its side and cylinder I is affixed, and its opposite side is connected with touching circuit board, cut saw and comprise slide plate, double sided slider bar, cylinder I I, adjustable frequency motor and emery wheel, the two ends of slide plate coordinate with double sided slider bar respectively, double sided slider bar is fixed on one end of processing table top hollow, the other end of processing table top is provided with feeding track, detent mechanism I and detent mechanism II is separately positioned on the both sides of this feeding track, the upper surface of slide plate and the piston rod of cylinder I I affixed, this face is also connected with attached plate assembly, the lower surface of slide plate by set bolt and adjustable frequency motor affixed, the output shaft of adjustable frequency motor is through attached plate assembly, and it is affixed with emery wheel, the side of emery wheel is provided with dividing plate, dividing plate has notch near the position of emery wheel, the bottom of emery wheel is provided with sweep-up pipe, sweep-up pipe is fixed in frame, cylinder I I and cylinder I are all fixed on the side of frame relative to material dropping channel II by side cover plate, detent mechanism I comprises width adjustment plates and location-plate, the side of width adjustment plates is arranged near the side of feeding track, its opposite side by L shape connecting plate and location-plate affixed, width adjustment plates is also provided with to material assembly near one end of location-plate, width adjustment plates also has many translots side by side, and this width adjustment plates is fixed with the activity of processing table top by translot and adjusting bolt I, detent mechanism II comprises dual piston cylinder, holder and distance adjustment plate, and holder is affixed with the activity of processing table top by distance adjustment plate, and dual piston cylinder is fixed on holder, and briquetting affixed on its piston rod is parallel to feeding track setting.

Wherein, above-mentioned emery wheel is between clamp die mechanism and detent mechanism II.

Above-mentioned clamping assembly comprises fixed head, clamping plate and retainer spring, the side of fixed head and the piston rod of cylinder I affixed, its opposite side by connecting plate and clamping plate affixed, the bottom of clamping plate coordinates with single slide rail, its side is connected with touching circuit board, the top of this clamping plate is provided with adjustable plate, adjustable plate is provided with adjusting bolt II and bolt, clamping plate is provided with boss near the bottom of emery wheel side, boss is provided with block, one end of retainer spring is fixed on adjustable plate by bolt, its other end is hook-shaped, and touch with block, block shaft is to having through hole, the bottom of notch is provided with the push rod mated with this through hole.

Above-mentioned attached plate assembly comprises attached plate and U-shaped connecting plate, the upper surface of attached plate and slide plate is affixed, its two ends and U-shaped connecting plate affixed, the side of U-shaped connecting plate has installing hole, installing hole is connected with sleeve, and the output shaft of adjustable frequency motor is through affixed with emery wheel after this sleeve.

Above-mentioned feeding track is also provided with near the side of distance adjustment plate and draws flitch.

Above-mentioned location-plate flushes setting with width adjustment plates near the side of feeding track near one end of width adjustment plates.

The above-mentioned material assembly that supports comprises bolt and steel wire, and one end of steel wire is by bolt around admittedly in width adjustment plates, and the other end of steel wire is arranged near electrical carbon.

Be positioned in the frame outside above-mentioned baffle plate and be also provided with arch safety guard.

The utility model has the advantages that: this sawing machine compact conformation science, volume is little, operation automation, precisely easy, and defect rate is low, and positive substandard products classification fault is few, drastically increases the operating efficiency that saw operation cut by electrical carbon; Meanwhile, easy to maintenance, noise is faint, energy-conserving and environment-protective, injures little to operating personnel, meets green requirement of producing.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of clamping assembly in the utility model;

Fig. 3 is clamping plate and the syndeton schematic diagram touching circuit board in the utility model;

Fig. 4 is the structural representation of attached plate assembly in the utility model;

Fig. 5 is using state figure of the present utility model.

Wherein, 1, baffle plate, 2, frame, 3, adjustable frequency motor, 4, slide plate, 41, set bolt, 5, material dropping channel I, 6, guided plate, 7, processing table top, 8, double sided slider bar, 9, single slide rail, 10, location-plate, 11, L shape connecting plate, 12, support material assembly, 13, electrical carbon, 14, feeding track, 15, draw flitch, 16, access port, 17, width adjustment plates, 171, adjusting bolt I, 18, distance adjustment plate, 19, dual piston cylinder, 20, side cover plate, 21, emery wheel, 212, dividing plate, 22, push rod, 23, clamping assembly, 230, retainer spring, 231, adjusting bolt II, 232, touching circuit board, 233, connecting plate, 234, fixed head, 235, adjustable plate, 236, bolt, 237, clamping plate, 238, block, 24, cylinder I, 25, attached plate assembly, 251, attached plate, 252, U-shaped connecting plate, 253, sleeve, 26, cylinder I I, 27, safety guard, 28, holder, 29, material dropping channel II, 30, collecting box I, 31, collecting box II, 32, joining rails, 33, vibrations arranging machine, 34, bracing frame.

Detailed description of the invention:

As shown in Figures 1 to 5, a kind of automatic sawing machine, in order to cut saw to electrical carbon, this sawing machine comprises frame 2, two sides that frame 2 is adjacent are respectively equipped with material dropping channel I5 and material dropping channel II29, the top of material dropping channel II29 is connected with guided plate 6, the top of frame 2 is provided with and surrounds rectangular-shaped baffle plate 1, the side of baffle plate 1 has access port 16, be positioned in the frame 2 outside baffle plate 1 and be also provided with arch safety guard 27, the frame 2 being positioned at this baffle plate 1 inside is provided with processing table top 7, and processing table top 7 is provided with clamp die mechanism, cuts saw, detent mechanism I and detent mechanism II, cut saw and comprise slide plate 4, double sided slider bar 8, cylinder I I26, adjustable frequency motor 3 and emery wheel 21, the two ends of slide plate 4 coordinate with double sided slider bar 8 respectively, double sided slider bar 8 is fixed on one end of processing table top 7 hollow, the other end of processing table top 7 is provided with feeding track 14, detent mechanism I and detent mechanism II is separately positioned on the both sides of this feeding track 14, the upper surface of slide plate 4 and the piston rod of cylinder I I26 affixed, this face is also connected with attached plate assembly 25, attached plate assembly 25 comprises attached plate 251 and U-shaped connecting plate 252, attached plate 251 is affixed with the upper surface of slide plate 4, its two ends and U-shaped connecting plate 252 affixed, the side of U-shaped connecting plate 252 has installing hole, installing hole is connected with sleeve 253, the output shaft of adjustable frequency motor 3 through after this sleeve 253 and emery wheel 21 affixed, emery wheel 21 is between clamp die mechanism and detent mechanism II, the side of emery wheel 21 is provided with dividing plate 212, dividing plate 212 has notch near the position of emery wheel 21, the bottom of notch is provided with push rod 22, the bottom of emery wheel 21 is provided with sweep-up pipe, sweep-up pipe is fixed in frame 2,

Clamp die mechanism comprises clamping assembly 23, single slide rail 9 and cylinder I24, clamping assembly comprises fixed head 234, clamping plate 237 and retainer spring 230, the side of fixed head 234 and the piston rod of cylinder I 24 affixed, its opposite side is affixed by connecting plate 233 and clamping plate 237, the bottom of clamping plate 237 coordinates with single slide rail 9, its side is connected with touching circuit board 232, the top of this clamping plate 237 is provided with adjustable plate 235, adjustable plate 235 is provided with adjusting bolt II231 and bolt 236, clamping plate 237 is provided with boss near the bottom of emery wheel 21 side, boss is provided with block 238, one end of retainer spring 230 is fixed on adjustable plate 235 by bolt 236, its other end is hook-shaped, and touch with block 238, block 238 axially has the through hole mated with push rod 22, cylinder I 24 and cylinder II26 are all fixed on the side of frame 2 relative to material dropping channel II29 by side cover plate 20,

Detent mechanism I comprises width adjustment plates 17 and location-plate 10, the side of width adjustment plates 17 is arranged near the side of feeding track 14, its opposite side is affixed by L shape connecting plate 11 and location-plate 10, and this location-plate 10 flushes setting with width adjustment plates 17 near the side of feeding track 14 near one end of width adjustment plates 17, width adjustment plates 17 also has many translots side by side, this width adjustment plates 17 is fixed with the activity of processing table top 7 by translot and adjusting bolt I171, width adjustment plates 17 is also provided with to material assembly 12 near one end of location-plate 10, support material assembly 12 and comprise bolt and steel wire, one end of steel wire by bolt around solid in width adjustment plates 17, the other end of steel wire is arranged near electrical carbon 13, detent mechanism II comprises dual piston cylinder 19, holder 28 and distance adjustment plate 18, holder 28 is movable affixed with processing table top 7 by distance adjustment plate 18, dual piston cylinder 19 is fixed on holder 28, and briquetting affixed on its piston rod is parallel to feeding track 14 arranges, feeding track 14 is also provided with near the side of distance adjustment plate 18 and draws flitch 15.

Above-mentioned sawing machine, be placed on level ground, and by joining rails 32 and vibrations arranging machine 33 with the use of, in use procedure, electrical carbon 13 sends constantly into feeding track 14 under the effect of vibrations arranging machine 33, after the electrical carbon 13 of foremost contacts conducting with touching circuit board 232, the direction of clamping assembly 23 toward electrical carbon 13 under the effect of cylinder I 24 is moved, until electrical carbon 13 blocks by retainer spring 230, briquetting simultaneously on dual piston cylinder 19 piston rod stretches out, the side of electrical carbon 13 is pushed down together with location-plate 10, support material assembly 12 and be against top, prevent from electrical carbon 13 moves, slide plate 4 afterwards with adjustable frequency motor 3 also moves toward the direction of electrical carbon 13 under the effect of cylinder I I26, until this electrical carbon 13 is cut by emery wheel 21 be sawn into required certified products, cut after sawing into, slide plate 4 resets under the effect of cylinder I I26, clamping assembly 23 under the effect of cylinder I 24 with switchback saw under certified products, when clamping assembly 23 moves to lower dead center, push rod 22 is through the through hole on block 238, certified products is pushed on material dropping channel I5, then fall in collecting box I30, now, touching circuit board 232 is taken back initial position by clamping assembly 23, waits for contact next time, briquetting on dual piston cylinder 19 piston rod is retracted and is resetted, unclamp electrical carbon 13 clout still on feeding track 14, so circulate, the batch realizing electrical carbon 13 cuts saw.

Cut the dust that produces in saw process by the sweep-up pipe sucking-off be fixed in frame 2, the selection of sweep-up pipe model and the angle of the mouth of pipe thereof arrange and are as the criterion according to execute-in-place, not as the improvement of above-mentioned sawing machine, therefore do not identify in the drawings.

When there are substandard products in feeding track 14; because vibrations arranging machine 33 is non-stop runs; electrical carbon 13 clout continues to move forward on feeding track 14; electrical carbon 13 length again due to substandard products is shorter; be not enough to arrive at touching circuit board 232, therefore cut saw and clamp die mechanism does not work, substandard products are directly pushed guided plate 6 by the clout after it; then fall in collecting box II31 along material dropping channel II29, avoid the loaded down with trivial details flow process of secondary operations.

Above-mentioned sawing machine changes many unfavorable factors that original manual operation brings, and automaticity is high, simplify operating process, reduce manipulation strength, positive substandard products classification obstacle is few, cuts saw precisely, drastically increases the percentage of A-class goods, meanwhile, good raising be have also been obtained to the security of operating personnel and health.

Claims

1. an automatic sawing machine, in order to cut saw to electrical carbon, it is characterized in that: comprise frame, two sides that described frame is adjacent are respectively equipped with material dropping channel I and material dropping channel II, the top of described material dropping channel II is connected with guided plate, and the top of described frame is provided with and surrounds rectangular-shaped baffle plate, and the side of described baffle plate has access port, the frame being positioned at this baffle interior is provided with processing table top, and described processing table top is provided with clamp die mechanism, cuts saw, detent mechanism I and detent mechanism II;

Described clamp die mechanism comprises clamping assembly, single slide rail and cylinder I, and the bottom of described clamping assembly coordinates with single slide rail, and the piston rod of its side and cylinder I is affixed, and its opposite side is connected with touching circuit board;

Described saw of cutting comprises slide plate, double sided slider bar, cylinder I I, adjustable frequency motor and emery wheel, the two ends of described slide plate coordinate with double sided slider bar respectively, described double sided slider bar is fixed on one end of processing table top hollow, the other end of described processing table top is provided with feeding track, described detent mechanism I and detent mechanism II is separately positioned on the both sides of this feeding track, the upper surface of described slide plate and the piston rod of cylinder I I affixed, this face is also connected with attached plate assembly, the lower surface of described slide plate by set bolt and adjustable frequency motor affixed, the output shaft of described adjustable frequency motor is through attached plate assembly, and it is affixed with emery wheel, the side of described emery wheel is provided with dividing plate, described dividing plate has notch near the position of emery wheel, the bottom of described emery wheel is provided with sweep-up pipe, described sweep-up pipe is fixed in frame, described cylinder I I and cylinder I are all fixed on the side of frame relative to material dropping channel II by side cover plate,

Described detent mechanism I comprises width adjustment plates and location-plate, the side of described width adjustment plates is arranged near the side of feeding track, its opposite side by L shape connecting plate and location-plate affixed, described width adjustment plates is also provided with to material assembly near one end of location-plate, described width adjustment plates also has many translots side by side, and this width adjustment plates is fixed with the activity of processing table top by translot and adjusting bolt I;

Described detent mechanism II comprises dual piston cylinder, holder and distance adjustment plate, described holder is affixed with the activity of processing table top by distance adjustment plate, described dual piston cylinder is fixed on holder, and briquetting affixed on its piston rod is parallel to feeding track setting.

2. a kind of automatic sawing machine according to claim 1, is characterized in that: described emery wheel is between clamp die mechanism and detent mechanism II.

3. a kind of automatic sawing machine according to claim 1, it is characterized in that: described clamping assembly comprises fixed head, clamping plate and retainer spring, the side of described fixed head and the piston rod of cylinder I affixed, its opposite side by connecting plate and clamping plate affixed, the bottom of described clamping plate coordinates with single slide rail, its side is connected with touching circuit board, the top of this clamping plate is provided with adjustable plate, described adjustable plate is provided with adjusting bolt II and bolt, described clamping plate is provided with boss near the bottom of emery wheel side, described boss is provided with block, one end of described retainer spring is fixed on adjustable plate by bolt, its other end is hook-shaped, and touch with block, described block shaft is to having through hole, the bottom of described notch is provided with the push rod mated with this through hole.

4. a kind of automatic sawing machine according to claim 1, it is characterized in that: described attached plate assembly comprises attached plate and U-shaped connecting plate, the upper surface of described attached plate and slide plate is affixed, its two ends and U-shaped connecting plate affixed, the side of described U-shaped connecting plate has installing hole, described installing hole is connected with sleeve, and the output shaft of described adjustable frequency motor is through affixed with emery wheel after this sleeve.

5. a kind of automatic sawing machine according to claim 1, is characterized in that: described feeding track is also provided with near the side of distance adjustment plate and draws flitch.

6. a kind of automatic sawing machine according to claim 1, is characterized in that: described location-plate flushes setting with width adjustment plates near the side of feeding track near one end of width adjustment plates.

7. a kind of automatic sawing machine according to claim 1, is characterized in that: the described material assembly that supports comprises bolt and steel wire, and one end of described steel wire is by bolt around admittedly in width adjustment plates, and the other end of described steel wire is arranged near electrical carbon.

8. a kind of automatic sawing machine according to claim 1, is characterized in that: be positioned in the frame outside described baffle plate and be also provided with arch safety guard.