CN204160173U - A kind of digital-control two-head bores marble hole machine - Google Patents
A kind of digital-control two-head bores marble hole machine Download PDFInfo
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- CN204160173U CN204160173U CN201420470749.8U CN201420470749U CN204160173U CN 204160173 U CN204160173 U CN 204160173U CN 201420470749 U CN201420470749 U CN 201420470749U CN 204160173 U CN204160173 U CN 204160173U
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- hinge
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Abstract
The utility model relates to lockset and manufactures field, particularly discloses a kind of digital-control two-head and bores marble hole machine.It comprises frame, described frame is provided with the intermediate feed mechanism of fore-and-aft direction, described intermediate feed mechanism both sides are respectively provided with a fixture assembly that structure is identical, direction is contrary, described fixture assembly can in frame slide anteroposterior, be provided with borehole drill construction moving up and down above each fixture assembly; Automatic feed mechanism assembly is provided with in the front end of frame; Also be provided with hinge light fixture assembly in the rear end of the fixture assembly being positioned at front end, described hinge light fixture assembly side is provided with hinge optical mechanism assembly.The all around that the utility model adopts various guide rod, guide pillar, cylinder, stepper motor etc. to achieve each mechanism is moved, ensure that the feed accuracy in motion, the whole automated production process of spring lock lock housing is completed by automatic charging, automatic stocking, Automatic-clamping, automatically lastics, automaticity and production efficiency improve greatly, ensure that machining accuracy.
Description
(1) technical field
The utility model relates to lockset and manufactures field, and particularly a kind of digital-control two-head bores marble hole machine.
(2) background technology
Spring lock is that a dimensional requirement precision is high, and product appearance is exquisite, and batch is large, and production efficiency wants high product, and the manual drilling machine boring of the many employings of domestic lockmaking producer, its precision and efficiency are all lower, are difficult to meet high-precision product requirement.
(3) summary of the invention
The utility model, in order to make up the defect of prior art, provides and a kind ofly uses simple, that efficiency is high digital-control two-head to bore marble hole machine.
The utility model is achieved by the following technical solution:
A kind of digital-control two-head bores marble hole machine, comprise frame, it is characterized in that: described frame is provided with the intermediate feed mechanism of fore-and-aft direction, described intermediate feed mechanism both sides are respectively provided with a fixture assembly that structure is identical, direction is contrary, described fixture assembly can in frame slide anteroposterior, and one previous rear, be provided with borehole drill construction moving up and down above each fixture assembly; Automatic feed mechanism assembly is provided with in the front end of frame; Hinge light fixture assembly is also provided with in the rear end of the fixture assembly being positioned at front end, described hinge light fixture assembly side is provided with hinge optical mechanism assembly, wherein, described automatic feed mechanism assembly comprises automatic charging frame, blanking bar and automatic charging push pedal, described blanking bar has two pieces, their standing opposite is in automatic charging frame, described automatic charging push pedal is connected with automatic charging cylinder, described automatic charging push pedal is provided with automatic charging guide rod, and described automatic charging guide rod is just to the lower end in the space between two pieces of blanking bars; Described fixture assembly comprises clamp bottom board, clamp bottom board is provided with the clamp block ejecting cylinder and can move left and right, described clamp block has the bullet groove can held pellet and pass through, be positioned at the top of bullet groove after the output of described ejection cylinder stretches out, described clamp block side is provided with the side compression device of clamping spring lock lock housing; Described hinge light fixture assembly comprises hinge light clamping fixture seat and hinge light device for ejecting, hinge light clamping fixture seat is provided with jig plate, jig plate has bullet groove, described hinge light device for ejecting comprise hinge photoelastic go out cylinder, cut with scissors photoelastic go out cylinder output be provided with hinge photoelastic ejecting plate, the photoelastic ejecting plate of described hinge is positioned at above bullet groove;
Described intermediate feed mechanism comprises middle feed frame, and described middle feed frame is provided with can the intermediate feed base plate of slide anteroposterior, described intermediate feed base plate be provided with three before and after the intermediate feed seat of distribution, described intermediate feed seat is provided with bullet groove; Described intermediate feed mechanism also comprises three middle pusher cylinders, and they lay respectively at the jig plate of hinge light fixture assembly and the offside of two fixture assemblies, and it exports proper in bullet groove; Described hinge optical mechanism assembly comprises hinge light base, and described hinge light base is provided with can the main shaft of all around movement, and described main shaft and mair motor are in transmission connection, and one end of described main shaft is provided with reamer.In described automatic feed mechanism assembly, described automatic charging frame is provided with two parallel automatic charging guide pillars, and described automatic charging push pedal and described automatic charging guide pillar are slidably connected.In described fixture assembly, described clamp bottom board is also provided with clamping fixture seat, fixture moves cylinder and two be arranged in parallel fixture guide pillar, described clamping fixture seat is installed with just to the spindle nose of bullet groove, described ejection cylinder is fixed on clamping fixture seat, the output that described fixture moves cylinder is connected with clamp block, and described clamp block and fixture guide pillar are slidably connected; Described side compression device comprises the side compression block of the lever motion can doing above-below direction, is provided with output side compression cylinder upward below described side compression block.In described intermediate feed mechanism, described middle feed frame is installed with intermediate feed cylinder and two intermediate feed guide rods be arranged in parallel, described intermediate feed cylinder is fixedly connected with described intermediate feed base plate, and described intermediate feed base plate and described intermediate feed guide rod are slidably connected.In described hinge light fixture assembly, described hinge light clamping fixture seat sets firmly hinged smooth fixture guide rod, described hinge light fixture guide rod and the photoelastic ejecting plate of described hinge are slidably connected.In described hinge optical mechanism assembly, described hinge light base is installed with two parallel hinge light guide pillars, described hinge light guide pillar slidably connects lower hinge light dovetail, described lower hinge light dovetail is provided with and its upper hinge light dovetail coincide, described main shaft is fixed on described upper hinge light dovetail, and described lower hinge light dovetail is fixedly connected with the output of hinge optical mechanism cylinder.Leave space between described upper hinge light dovetail and lower hinge light dovetail, supporting in described space have dovetail groove gag.
Described borehole drill construction comprises boring stepper motor and boring high-speed electric expreess locomotive, and described boring stepper motor output connects boring leading screw, and described boring leading screw is threaded with boring high-speed electric expreess locomotive, and described boring high-speed electric expreess locomotive output is provided with drill bit.
Described borehole drill construction comprises boring stepper motor and boring high-speed electric expreess locomotive, described boring stepper motor output connects boring leading screw, described boring leading screw with move up and down plate and be threaded, described in move up and down plate and be connected with boring high-speed electric expreess locomotive, described boring high-speed electric expreess locomotive output is provided with drill bit.
Described frame is provided with and moves left and right stepper motor, described move left and right stepper motor output connect move left and right leading screw, described move left and right threads of lead screw connect move left and right plate, move left and right two fixture assembly guide rails that plate is provided with fore-and-aft direction, guide-track groove is had at clamp bottom board lower surface, guide-track groove is stuck on fixture assembly guide rail, and described clamp bottom board is connected with fixture threads of lead screw.
The beneficial effects of the utility model are:
The all around that the utility model adopts various guide rod, guide pillar, guide rail, cylinder, stepper motor etc. to achieve each mechanism is moved, ensure that the feed accuracy in motion, the whole automated production process of spring lock lock housing is completed by automatic charging, automatic stocking, Automatic-clamping, automatically lastics, automaticity and production efficiency improve greatly, ensure that machining accuracy.
(4) accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is further described.
Fig. 1 is main TV structure schematic diagram (automatic feed mechanism assembly does not draw) of the present utility model;
Fig. 2 is plan structure schematic diagram of the present utility model;
Fig. 3 is left TV structure schematic diagram of the present utility model;
Fig. 4 is the main TV structure schematic diagram of automatic feed mechanism assembly;
Fig. 5 is the left TV structure schematic diagram of automatic feed mechanism assembly;
Fig. 6 is the plan structure schematic diagram of automatic feed mechanism assembly;
Fig. 7 is the main TV structure schematic diagram of fixture assembly;
Fig. 8 is the plan structure schematic diagram of fixture assembly;
Fig. 9 is the right TV structure schematic diagram of fixture assembly;
Figure 10 is the main TV structure schematic diagram of intermediate feed mechanism;
Figure 11 is the plan structure schematic diagram of intermediate feed mechanism
Figure 12 is the left TV structure schematic diagram of intermediate feed mechanism;
Figure 13 is the backsight structural representation of hinge light fixture assembly;
Figure 14 is the plan structure schematic diagram of hinge light fixture assembly;
Figure 15 is the left TV structure schematic diagram of hinge light fixture assembly;
Figure 16 is the main TV structure schematic diagram of hinge optical mechanism assembly;
Figure 17 is the plan structure schematic diagram of hinge optical mechanism assembly;
Figure 18 is the left TV structure schematic diagram of hinge optical mechanism assembly.
In figure, 1 frame, 2 intermediate feed mechanisms, 21 middle feed frames, 22 middle pusher cylinders, 23 intermediate feed cylinders, 24 intermediate feed guide rods, 25 intermediate feed base plates, 26 intermediate feed seats, 3 fixture assemblies, 31 clamp bottom boards, 32 clamping fixture seats, 33 fixtures move cylinder, 34 eject cylinder, 35 clamp blocks, 36 fixture guide pillars, 37 spindle noses, 38 side compression devices, 380 side fixtures, 381 side compression blocks, 382 side compression cylinders, 39 move left and right stepper motor, 391 move left and right leading screw, 392 move left and right plate, 393 fixture assembly guide rails, 394 guide-track grooves, 395 fixture leading screws, 4 borehole drill constructions, 41 boring stepper motors, 42 boring high-speed electric expreess locomotives, 43 boring leading screws, 44 drill bits, 45 move up and down plate, 5 automatic feed mechanism assemblies, 51 automatic charging frames, 52 blanking bars, 53 automatic charging push pedals, 54 automatic charging cylinders, 55 automatic charging guide rods, 56 automatic charging guide pillars, 6 hinge light fixture assemblies, 61 hinge light clamping fixture seats, 62 jig plates, 63 hinge photoelastic go out cylinder, the photoelastic ejecting plate of 64 hinge, 65 hinge light fixture guide rods, 7 hinge light framework assemblies, 71 hinge light bases, 72 hinge light guide pillars, 73 times hinge light dovetails, 74 hinge optical mechanism cylinders, light dovetail is cut with scissors on 75, 76 dovetail groove gags, 77 main shafts, 78 mair motor, 79 reamers, 8 bullet groove.
(5) detailed description of the invention
Accompanying drawing is specific embodiment of the utility model.As shown in Fig. 1 to Figure 18, this kind of digital-control two-head bores marble hole machine, controlled by PLC control system, also comprise frame 1, frame 1 is provided with the intermediate feed mechanism 2 of fore-and-aft direction, is respectively provided with a fixture assembly 3 that structure is identical, direction is contrary in the both sides of intermediate feed mechanism 2, fixture assembly 3 can in frame 1 before and after, horizontally slip, and one previous rear, be provided with borehole drill construction 4 moving up and down above each fixture assembly 3, automatic feed mechanism assembly 5 is provided with in the front end of frame 1, hinge light fixture assembly 6 is also provided with in the rear end of the fixture assembly 3 being positioned at front end, hinge light fixture assembly 6 side is provided with hinge optical mechanism assembly 7, wherein, as Fig. 4, 5, shown in 6, automatic feed mechanism 5 assembly comprises automatic charging frame 51, blanking bar 52 and automatic charging push pedal 53, blanking bar 52 has two pieces, their standing opposite is in automatic charging frame 51, for placing the spring lock lock housing of original state, automatic charging push pedal 53 is connected with automatic charging cylinder 54, automatic charging push pedal 53 is provided with automatic charging guide rod 55, automatic charging guide rod 55 is just to the lower end in the space between two pieces of blanking bars 52, spring lock lock housing is convenient to push next process like this, automatic charging frame 51 is also provided with two parallel automatic charging guide pillars 56, and automatic charging push pedal 53 to be enclosed within these two automatic charging guide pillars 56 and to move left and right under the drive of automatic charging cylinder 54.As shown in Fig. 7,8,9, fixture assembly 3 comprises clamp bottom board 31, clamp bottom board 31 is provided with clamping fixture seat 32, fixture moves cylinder 33, eject cylinder 34, clamp block 35 and two fixture guide pillars 36 be arranged in parallel, clamp block 35 has the bullet groove 8 can held spring lock lock housing and pass through, for adapting to the spring lock lock housing of different size, clamp block 35 can be divided into two pieces, be coupled together by screw; Eject the top being positioned at bullet groove 8 after the output of cylinder 34 stretches out, clamping fixture seat 32 is installed with just to the spindle nose 37 of bullet groove 8; Ejecting cylinder 34 is fixed on clamping fixture seat 32, and the output that fixture moves cylinder 33 is connected with clamp block 35, and the lower end of clamp block 35 to be enclosed within fixture guide pillar 36 and to move left and right move the drive of cylinder 33 at fixture under; Side compression device 38 is also provided with in the side of clamp block 35, opposite side is provided with side fixture 380, it can the center of left and right adjusting pellet lock housing, and be bolted clamp block 35, side compression device 38 comprises the side compression block 381 be hinged on clamp block 35, and its pin joint can make side compression block 381 do the lever motion of above-below direction, and the outer end weight of side compression block 381 is greater than inner weight, when not having External Force Acting, the inner of side compression block 381 upwarps naturally; The inner of side compression block 381 is positioned at the top of bullet groove 8, the below of the outer end of side compression block 381 is provided with output side compression cylinder 382 upward, when the output of side compression cylinder 382 stretches out, side compression block 381 can be driven to do lever motion thus compress the spring lock lock housing being positioned at bullet groove 8.Frame 1 is also provided with and moves left and right stepper motor 39, the output connection moving left and right stepper motor 39 moves left and right leading screw 391, move left and right leading screw 391 to be threaded and to move left and right plate 392, move left and right two fixture assembly guide rails 393 that plate 392 is provided with fore-and-aft direction, under the drive moving left and right stepper motor 39, move left and right plate 392 move left and right, guide-track groove 394 is had at clamp bottom board 31 lower surface, guide-track groove 394 is stuck on fixture assembly guide rail 393 movable, clamp bottom board 31 is also threaded with fixture leading screw 395, under the drive of fixture leading screw 395, make fixture assembly 3 move forward and backward, fixture leading screw 395 is by stepper motor driven rotary.As shown in Figure 13,14,15, hinge light fixture assembly 6 comprises hinge light clamping fixture seat 61 and hinge light device for ejecting, hinge light clamping fixture seat 61 is provided with jig plate 62, jig plate 62 has bullet groove 8, hinge light device for ejecting comprise hinge photoelastic go out cylinder 63, cut with scissors photoelastic go out cylinder 63 be positioned at the side of jig plate 62, its output connects hinged photoelastic ejecting plate 64, and the main part of cutting with scissors photoelastic ejecting plate 64 is positioned at above bullet groove 8; Hinge light clamping fixture seat 61 also sets firmly hinged smooth fixture guide rod 65, cut with scissors photoelastic ejecting plate 64 to be enclosed within hinge light fixture guide rod 65 and hinge photoelastic go out cylinder 63 drive under slide on hinge light fixture guide rod 65.As Figure 10, 11, shown in 12, intermediate feed mechanism 2 comprise in the middle of middle feed frame 21 and three only draw one in pusher cylinder 22(figure), middle feed frame 21 is installed with intermediate feed cylinder 23 and two intermediate feed guide rods 24 be arranged in parallel, the output of intermediate feed cylinder 23 connects intermediate feed base plate 25, intermediate feed base plate 25 to be enclosed within intermediate feed guide rod 24 and to slide on intermediate feed guide rod 24 under the drive of intermediate feed cylinder 23, intermediate feed base plate 25 is provided with three equally distributed intermediate feed seats 26 in front and back, intermediate feed seat 26 has bullet groove 8.When bullet groove 8 is foremost just to space between the blanking bar 52 of automatic feed mechanism assembly 5, the bullet groove 8 of the bullet groove 8 of the forward fixture assembly 3 in left side and the fixture assembly 3 rearward on right side is respectively just to bullet groove 8 and the bullet groove 8 backmost of the centre of middle feeding mechanism 2; In the middle of three, pusher cylinder 23 lays respectively at the jig plate 62 of hinge light fixture assembly 6 and the offside of two fixture assemblies 3, and it exports proper in bullet groove 8, spring lock lock housing to be released.
As Figure 16, 17, shown in 18, hinge optical mechanism assembly 7 comprises hinge light base 71, hinge light base 71 is installed with the hinge light guide pillar 72 that two transverse directions be arranged in parallel, hinge light guide pillar 72 slidably connects lower hinge light dovetail 73, lower hinge light dovetail 73 is fixedly connected with the output of hinge optical mechanism cylinder 74, move left and right under the drive of hinge optical mechanism cylinder 74, lower hinge light dovetail 73 is provided with and its upper hinge light dovetail 75 coincide, space is left between upper hinge light dovetail 75 and lower hinge light dovetail 73, the supporting dovetail groove gag 76 having strip in space, for the fixing upper hinge light dovetail 75 of jam-pack and lower hinge light dovetail 73, upper hinge light dovetail 75 can on lower hinge light dovetail 73 slide anteroposterior, after regulating the position of upper hinge light dovetail on lower hinge light dovetail, by dovetail groove gag plug in space.Upper hinge light dovetail 75 is fixed with main shaft 77 by bearing, and main shaft 77 and mair motor 78 are in transmission connection, and High Rotation Speed under the drive of mair motor 78, one end of main shaft 77 is provided with reamer 79, carries out hinge light to spring lock lock housing.As shown in Figure 1, Figure 3, borehole drill construction 4 comprises boring stepper motor 41 and boring high-speed electric expreess locomotive 42, boring stepper motor 41 output connects boring leading screw 43, boring high-speed electric expreess locomotive 42 is fixed on and moves up and down on plate 45, boring leading screw 43 with move up and down plate 45 and be threaded, high-speed electric expreess locomotive 42 of holing under the drive of boring leading screw 43 moves up and down, and is provided with drill bit 44, for boring at boring high-speed electric expreess locomotive 42 output.
The course of work is as follows: start PLC control system, adjust the position of each mechanism, whole system brings into operation, and now, the bullet groove 8 foremost of intermediate feed mechanism 2 is alignd with the space between two blanking bars 52:
First, spring lock lock housing is put between two blanking bars 52, first automatic charging cylinder 54 starts, by automatic charging push pedal 53, spring lock lock housing is shifted onto in the bullet groove 8 of intermediate feed device front end charging seat 26, now intermediate feed cylinder 23 starts drive three intermediate feed seats 26 and moves backward, when the bullet groove 8 of bullet groove 8 foremost just to the fixture assembly 3 in left side, intermediate feed cylinder 23 is out of service, middle pusher cylinder 22 starts, spring lock lock housing is pushed in the bullet groove 8 of fixture assembly 3, spindle nose 37 packs in spring lock lock housing, the cylinder of side compression simultaneously 382 starts, drive the inner of side compression block 381 to press down spring lock lock housing is fixed, pusher cylinder 22 rollback in the middle of after the clamping of spring lock lock housing, then intermediate feed cylinder 23 return back to initial position, automatic charging cylinder 54 starts again, again spring lock lock housing is shifted onto in the bullet groove 8 of intermediate feed device front end charging seat 26 by automatic charging push pedal 53, automatic feed mechanism assembly 5 completes the conveying to next spring lock lock housing, borehole drill construction 4 simultaneously above this fixture assembly 3 runs, boring stepper motor 41 starts drive boring high-speed electric expreess locomotive 42 and moves down, boring high-speed electric expreess locomotive 42 High Rotation Speed simultaneously, complete bore operation, then stepper motor 41 of holing drives again on boring high-speed electric expreess locomotive 42 and moves, leave spring lock lock housing, now, side compression cylinder 382 output is retracted, side compression block 381 upwarps, ejecting cylinder 34 starts in the bullet groove 8 of the back of intermediate feed mechanism 2 of spring lock lock housing being rebounded, meanwhile, automatic feed mechanism assembly 5 completes the conveying to next spring lock lock housing, sent in the bullet groove 8 of the centre of intermediate feed mechanism 2, now intermediate feed cylinder 23 starts again, when the bullet groove 8 of bullet groove 8 foremost just to the fixture assembly 3 in left side, intermediate feed cylinder 23 is out of service, middle pusher cylinder 22 starts, front end spring lock lock housing is pushed again in the bullet groove 8 of left side fixture assembly 3, the spring lock lock housing of intermediate feed seat 26 li pushes in the bullet groove 8 of right side fixture assembly 3, while Workpiece clamping, pusher cylinder, intermediate feed mechanism rollback, high-speed electric expreess locomotive moves down again simultaneously, two fixture assemblies 3 repeat the action of fixture assembly 3 for the first time, complete bore operation, and the bullet groove 8 spring lock lock housing being pushed back intermediate feed mechanism 2 is interior, and (left side is shifted onto in middle bullet groove 8, right side is shifted onto in rear end bullet groove 8), and now, automatic feed mechanism assembly 5 also completes the spring lock lock housing transportation work of third time, now intermediate feed cylinder 23 starts again, current, in, rear three bullet groove 8 aim at the bullet groove 8 of fixture assembly 3 in front respectively, the bullet groove 8 of the fixture assembly 3 of back and the bullet groove 8 of hinge light fixture assembly 6, pusher cylinder 22 starts again, spring lock lock housing is shifted onto in both sides fixture assembly 3 and hinge light fixture assembly 6, pusher cylinder 22 rollback while cylinder of spring lock clamping, then intermediate feed mechanism 2 rollback initial position continues material loading, high-speed electric expreess locomotive moves down and again completes boring work simultaneously, and hinge optical mechanism cylinder 74 starts while borehole drill construction startup, main shaft 77 is driven to move right, mair motor 78 startup simultaneously drives main shaft 77 High Rotation Speed to complete the work of hinge light, after three stations are finished the work, the spring lock lock housing of left and right sides fixture assembly pushes in corresponding charging seat 26, cut with scissors simultaneously hinge on light fixture assembly 6 photoelastic go out cylinder 63 start, the photoelastic ejecting plate 64 of hinge is driven to fall in the container below frame 1 by the ejection of spring lock lock housing, complete once complete operation, so go round and begin again, complete the processing operation of large quantities of spring lock lock housings.
Except technical characteristic described in description, all the other technical characteristics are those skilled in the art's known technology.
Claims (9)
1. a digital-control two-head bores marble hole machine, comprise frame (1), it is characterized in that: described frame (1) is provided with the intermediate feed mechanism (2) of fore-and-aft direction, described intermediate feed mechanism (2) both sides are respectively provided with a fixture assembly (3) that structure is identical, direction is contrary, described fixture assembly (3) can be gone up front and back, horizontally slip in frame (1), and one previous rear, each fixture assembly (3) top is provided with borehole drill construction moving up and down (4), automatic feed mechanism assembly (5) is provided with in the front end of frame (1), hinge light fixture assembly (6) is also provided with in the rear end of the fixture assembly (3) being positioned at front end, described hinge light fixture assembly (6) side is provided with hinge optical mechanism assembly (7), wherein, described automatic feed mechanism assembly (5) comprises automatic charging frame (51), blanking bar (52) and automatic charging push pedal (53), described blanking bar (52) has two pieces, their standing opposite is in automatic charging frame (51), described automatic charging push pedal (53) is connected with automatic charging cylinder (54), described automatic charging push pedal (53) is provided with automatic charging guide rod (55), described automatic charging guide rod (55) is just to the lower end in the space between two pieces of blanking bars (52), described fixture assembly (3) comprises clamp bottom board (31), clamp bottom board (31) is provided with the clamp block (35) ejecting cylinder (34) and can move left and right, described clamp block (35) has the bullet groove (8) can held pellet and pass through, be positioned at the top of bullet groove (8) after the output of described ejection cylinder (34) stretches out, described clamp block (35) side is provided with the side compression device (38) of clamping spring lock lock housing, described hinge light fixture assembly (6) comprises hinge light clamping fixture seat (61) and hinge light device for ejecting, hinge light clamping fixture seat (61) is provided with jig plate (62), jig plate (62) has bullet groove (8), described hinge light device for ejecting comprise hinge photoelastic go out cylinder (63), cut with scissors photoelastic go out cylinder (63) output be provided with hinge photoelastic ejecting plate (64), the photoelastic ejecting plate of described hinge (64) be positioned at bullet groove (8) top,
Described intermediate feed mechanism (2) comprises intermediate feed frame (21), described intermediate feed frame (21) is provided with can the intermediate feed base plate (25) of slide anteroposterior, the intermediate feed seat (26) that described intermediate feed base plate (25) distributes before and after being provided with three, described intermediate feed seat (26) is provided with bullet groove (8); Described intermediate feed mechanism (2) also comprises three middle pushers cylinder (22), and they lay respectively at the jig plate (62) of hinge light fixture assembly (6) and the offside of two fixture assemblies (3), and it exports proper in bullet groove (8); Described hinge optical mechanism assembly (7) comprises hinge light base (71), described hinge light base (71) is provided with can the main shaft (77) of all around movement, described main shaft (77) and mair motor (78) are in transmission connection, and one end of described main shaft (77) is provided with reamer (79).
2. digital-control two-head according to claim 1 bores marble hole machine, it is characterized in that, in described automatic feed mechanism assembly (5), described automatic charging frame (51) is provided with two parallel automatic charging guide pillars (56), and described automatic charging push pedal (53) and described automatic charging guide pillar (56) are slidably connected.
3. digital-control two-head according to claim 1 bores marble hole machine, it is characterized in that, in described fixture assembly (3), described clamp bottom board (31) is also provided with clamping fixture seat (32), fixture moves cylinder (33) and two fixture guide pillars (36) be arranged in parallel, described clamping fixture seat (32) is installed with just to the spindle nose (37) of bullet groove (8), described ejection cylinder (34) is fixed on clamping fixture seat (32), the output that described fixture moves cylinder (33) is connected with clamp block (35), described clamp block (35) and fixture guide pillar (36) are slidably connected, described side compression device (38) comprises the side compression block (381) of the lever motion can doing above-below direction, and described side compression block (381) below is provided with output side compression cylinder (382) upward.
4. digital-control two-head according to claim 1 bores marble hole machine, it is characterized in that, in described intermediate feed mechanism (2), described intermediate feed frame (21) is installed with intermediate feed cylinder (23) and two intermediate feed guide rods (24) be arranged in parallel, described intermediate feed cylinder (23) is fixedly connected with described intermediate feed base plate (25), and described intermediate feed base plate (25) and described intermediate feed guide rod (24) are slidably connected.
5. digital-control two-head according to claim 1 bores marble hole machine, it is characterized in that, in described hinge light fixture assembly (6), described hinge light clamping fixture seat (61) sets firmly hinged smooth fixture guide rod (65), described hinge light fixture guide rod (65) and the photoelastic ejecting plate of described hinge (64) are slidably connected.
6. digital-control two-head according to claim 1 bores marble hole machine, it is characterized in that, in described hinge optical mechanism assembly (7), described hinge light base (71) is installed with two parallel hinge light guide pillars (72), described hinge light guide pillar (72) slidably connects lower hinge light dovetail (73), described lower hinge light dovetail (73) is provided with and its upper hinge light dovetail (75) coincide, described main shaft (77) is fixed on described upper hinge light dovetail (75), and described lower hinge light dovetail (73) is fixedly connected with the output of hinge optical mechanism cylinder (74).
7. digital-control two-head according to claim 6 bores marble hole machine, and it is characterized in that, leave space between described upper hinge light dovetail (75) and lower hinge light dovetail (73), supporting in described space have dovetail groove gag (76).
8. the digital-control two-head according to any one of claim 1 to 7 bores marble hole machine, it is characterized in that, described borehole drill construction (4) comprises boring stepper motor (41) and boring high-speed electric expreess locomotive (42), described boring stepper motor (41) output connects boring leading screw (43), described boring leading screw (43) with move up and down plate (45) and be threaded, the described plate (45) that moves up and down is connected with boring high-speed electric expreess locomotive (42), and described boring high-speed electric expreess locomotive (42) output is provided with drill bit (44).
9. digital-control two-head according to claim 8 bores marble hole machine, it is characterized in that, described frame (1) is provided with and moves left and right stepper motor (39), described move left and right stepper motor (39) output connect move left and right leading screw (391), the described leading screw (391) that moves left and right is threaded and moves left and right plate (392), move left and right two fixture assembly guide rails (393) that plate (392) is provided with fore-and-aft direction, guide-track groove (394) is had at clamp bottom board (31) lower surface, guide-track groove (394) is stuck on fixture assembly guide rail (393), described clamp bottom board (31) is threaded with fixture leading screw (395).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420470749.8U CN204160173U (en) | 2014-08-20 | 2014-08-20 | A kind of digital-control two-head bores marble hole machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420470749.8U CN204160173U (en) | 2014-08-20 | 2014-08-20 | A kind of digital-control two-head bores marble hole machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204160173U true CN204160173U (en) | 2015-02-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420470749.8U Withdrawn - After Issue CN204160173U (en) | 2014-08-20 | 2014-08-20 | A kind of digital-control two-head bores marble hole machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204160173U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104148948A (en) * | 2014-08-20 | 2014-11-19 | 曹县精锐机械锁业有限公司 | Numerical control double-end pin hole drilling machine |
| CN105215417A (en) * | 2015-11-17 | 2016-01-06 | 珠海市千育机械有限公司 | Hole-drilling system |
-
2014
- 2014-08-20 CN CN201420470749.8U patent/CN204160173U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104148948A (en) * | 2014-08-20 | 2014-11-19 | 曹县精锐机械锁业有限公司 | Numerical control double-end pin hole drilling machine |
| CN105215417A (en) * | 2015-11-17 | 2016-01-06 | 珠海市千育机械有限公司 | Hole-drilling system |
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