CN204053487U - A kind of T ironworking device - Google Patents

Abstract

The utility model provides a kind of T ironworking device, comprise feeding mechanism, be connected to the steering mechanism of feeding mechanism one end, be connected to the workpiece polishing mechanism of steering mechanism side, be located at the discharging mechanism of workpiece polishing mechanism side, described workpiece polishing mechanism comprises frame, be located at the holder in frame, be located at frame side and coordinate the drill bit of polishing with holder, described frame is provided with the motion arm for T iron semi-finished product being advanced holder, reasonable in design, structure is simple, manufacture easy, cost is low, expending of labour can be reduced, reduce cost of labor, the automated production of vast scale can be realized, increase work efficiency, the quality of product can be improved simultaneously, the properties of product produced are made to keep stable.

Description

A kind of T ironworking device

Technical field

The utility model relates to audio amplifier parts and manufactures field, is specifically related to a kind of T ironworking device.

Background technology

T iron, also electrician's iron is, its quality is pure iron, it is the building block that voice unit (VU) is formed, in voice unit (VU), the Main Function of T iron is exactly the magnetic conduction when being energized, but it does not have remanent magnetism, magnetic field dissipate after audio amplifier power-off, its this journey also disappears immediately, therefore, the purity of T iron directly can have influence on the operating efficiency of voice unit (VU) and some important parameters of non-linear distortion, relevant with T iron is clamping plate, both are the building block of voice unit (VU) jointly, and the thickness of clamping plate directly has influence on the stroke of voice unit (VU), for long stroke unit, T iron and clamping plate are all very thick, they can allow the whole stroke of voice coil loudspeaker voice coil do cutting magnetic induction line motion substantially, the power required for the less voice coil loudspeaker voice coil motion voice motion of gap of clamping plate and T iron center pillar is less, the efficiency of voice unit (VU) is higher, T iron is the base of loudspeaker, it is the part of outbalance in audio amplifier, the direct audio amplifier of height of its quality is to audio amplifier tonequality.The production technology of existing T iron: pickling-drawing-segmentation-cold-heading-annealing-cold-heading-shot-peening-zinc-plated, some needs to carry out holing, tapping etc., for the T iron needing again Drilling operation, existing equipment is comparatively simple and crude, some step needs to be equipped with artificial manual operations simultaneously, can not reach the automation of vast scale, compare labor intensive, and operating efficiency is not high, quality of finished is unstable.

Summary of the invention

Technical problem to be solved in the utility model is to provide a kind of T ironworking device, reasonable in design, structure is simple, and manufacture easy, cost is low, expending of labour can be reduced, reduce cost of labor, the automated production of vast scale can be realized, increase work efficiency, the quality of product can be improved simultaneously, make the properties of product produced keep stable.

For solving above-mentioned existing technical problem, the utility model adopts following scheme: a kind of T ironworking device, comprise feeding mechanism, be connected to the steering mechanism of feeding mechanism one end, be connected to the workpiece polishing mechanism of steering mechanism side, be located at the discharging mechanism of workpiece polishing mechanism side, described workpiece polishing mechanism comprises frame, be located at the holder in frame, be located at frame side and coordinate the drill bit of polishing with holder, described frame is provided with the motion arm for T iron semi-finished product being advanced holder, pass through feeding mechanism, steering mechanism, workpiece polishing mechanism, cooperatively interacting of discharging mechanism, the automated production of vast scale can be realized, increase work efficiency, the quality of product can be improved simultaneously, the properties of product produced are made to keep stable.

As preferably, described feeding mechanism comprises support column, fixing gliding groove on the support columns, be located at the backup plate on gliding groove, be located at the upper hopper chute corresponding with gliding groove on backup plate, movable sliding is provided with between described gliding groove and upper hopper chute, the bottom of described movable sliding coordinates formation complete grooved rail with gliding groove, the top of described movable sliding coordinates formation complete grooved rail with upper hopper chute, described movable sliding is driven by the first cylinder be fixed on upper hopper chute and moves up and down, can original single material storage groove be made into double, the raw material that the processing that can disposablely not stop is double, the number of times that minimizing work of trying one's best pauses and time, the continuous input of semi-finished product T iron material can be ensured as far as possible, ensure operating efficiency.

As preferably, described gliding groove, movable sliding, upper hopper chute are parallel to each other and tail end upwarps, and semi-finished product T iron material can be made stably to export, and utilize the gravity of semi-finished product T iron material itself automatically to roll forward, can reduce the waste of resource.

As preferably, the front end of described movable sliding is provided with slope, more relaxes when semi-finished product T iron material can be made to export, and semi-finished product T iron material can be avoided to drop from certain altitude and deform or damage etc.

As preferably, the front end of described gliding groove is provided with spacing block set, described spacing block set is driven by the second cylinder being located at bottom and pumps, semi-finished product T iron material can be avoided uninterruptedly to enter and to turn to bucket, thus upset turn to bucket turn to work, after previous T iron material enters and turns to bucket, the second cylinder drives spacing block set to rise, and a T iron material after withstanding.

As preferably, described steering mechanism comprises and turns to bucket, be located at the steering power mechanism turning to bottom of the barrel, be located at and turn in bucket and the chuck be connected in steering power mechanism, the left side of described chuck is provided with charging aperture, the rear side of described chuck is provided with discharging opening, the rectangular structure that described chuck adopts face, left and right all to open wide, the left side of described chuck is provided with and the groove of the protuberance of T iron with arc, T iron enters from charging aperture and is sent to discharging opening by chuck, switching can be realized preferably, the accurate charging of T iron material can be made, thus next step operation can be proceeded, realize automation, reduce expending of labour, can increase work efficiency, meet the requirement of producing in enormous quantities.

As preferably, described steering power mechanism comprises the support column through turning to bottom of the barrel, be fixed on the effect post bottom support column, be located at the 3rd cylinder of support column side, described 3rd cylinder is connected with drive link, described effect post is plugged on drive link, described drive link is bolted with effect post, described chuck is fixed on support column top, support column is finally driven to rotate by the effect of the 3rd cylinder, thus drive the chuck being located at support column top to rotate, centrifugal force is utilized to get rid of in discharging opening the T iron be temporarily clamped in chuck, power is moderate, T iron can be made slowly to export, T iron can be avoided to produce wearing and tearing because of collision.

As preferably, the described bucket that turns to is provided with lid, describedly the place of keeping to the side above barrel inwall is turned to be provided with some fixtures, described fixture is provided with screw, described lid is provided with latch, corresponding with the screw on fixture respectively, when turning to bucket to work, cover lid, extraneous dust can be avoided to fly into, the pure of T iron can be ensured, ensure that the quality of T iron, when needs cover lid, being covered by lid turns on bucket, and the latch on lid is inserted respectively in corresponding screw, thus achieve resistant-walled effect, simultaneously, operation is convenient, opening cover is also convenient, be conducive to increasing work efficiency.

As preferably, described discharging mechanism comprises and is located in frame and is positioned at the supporting walls of drill bit side, described supporting walls is provided with four-cylinder, described four-cylinder is connected with discharge runner, described discharge runner is laterally installed and can by between holder and drill bit, described discharge runner adopts the rectangular structure of end face opening, during work, four-cylinder promotes discharge runner and advances and enter between holder and drill bit, the T iron finished product come off from holder falls to falling in discharge runner, T iron exports along discharge runner, can make the T iron that machines accurately and stably export, T iron can be avoided to drop and wear and tear and affect quality.

As preferably, described four-cylinder adopts double-acting cylinder, the cylindrical shell of described four-cylinder is fixed on supporting walls, the outside front two ends of described discharge runner are respectively equipped with the lug extended forward, the expansion link at the two ends of described four-cylinder is separately fixed on lug, during work, four-cylinder starts, the expansion link of four-cylinder moves right, the motion thus drive discharge runner is turned right, until immediately below holder, then T iron finished product drops, be rolled in gathering-device by discharge runner, be about to start to add man-hour at next T iron, four-cylinder starts, the expansion link of four-cylinder is moved to the left, thus drive discharge runner toward left movement, four-cylinder adopts the design of double-acting cylinder four-cylinder can be arranged on discharge runner sidepiece, take less space, save resource.

Beneficial effect:

A kind of T ironworking device that the utility model adopts technique scheme to provide, reasonable in design, structure is simple, and manufacture easy, cost is low, expending of labour can be reduced, reduce cost of labor, the automated production of vast scale can be realized, increase work efficiency, the quality of product can be improved simultaneously, make the properties of product produced keep stable.

Accompanying drawing explanation

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

Fig. 2 is the structural representation of feeding mechanism in the utility model;

Fig. 3 is the structural representation of steering mechanism in the utility model;

Fig. 4 is the structural representation turning to actuating unit in the utility model;

Fig. 5 is the structural representation of discharging mechanism in the utility model.

In figure, feeding mechanism 1, support column 11, gliding groove 12, backup plate 13, upper hopper chute 14, movable sliding 15, slope 151, first cylinder 16, steering mechanism 2, turn to bucket 21, steering power mechanism 22, support column 221, effect post 222, 3rd cylinder 223, drive link 224, bolt 225, chuck 23, charging aperture 231, discharging opening 232, groove 233, workpiece polishing mechanism 3, frame 31, holder 32, drill bit 33, motion arm 34, discharging mechanism 4, supporting walls 41, four-cylinder 42, cylindrical shell 421, expansion link 422, discharge runner 43, spacing block set 5, second cylinder 6, lid 7, fixture 8, screw 81, latch 9, lug 10.

Detailed description of the invention

As Figure 1-5, a kind of T ironworking device, comprise feeding mechanism 1, be connected to the steering mechanism 2 of feeding mechanism 1 one end, be connected to the workpiece polishing mechanism 3 of steering mechanism 2 side, be located at the discharging mechanism 4 of workpiece polishing mechanism 3 side, workpiece polishing mechanism 3 comprises frame 31, be located at the holder 32 in frame 31, be located at frame 31 side and coordinate the drill bit 33 of polishing with holder 32, frame 31 is provided with the motion arm 34 for T iron semi-finished product being advanced holder 32, by feeding mechanism 1, steering mechanism 2, workpiece polishing mechanism 3, cooperatively interacting of discharging mechanism 4, the automated production of vast scale can be realized, increase work efficiency, the quality of product can be improved simultaneously, the properties of product produced are made to keep stable.

Feeding mechanism 1 comprises support column 11, be fixed on the gliding groove 12 on support column 11, be located at the backup plate 13 on gliding groove 12, be located at the upper hopper chute 14 corresponding with gliding groove 12 on backup plate 13, movable sliding 15 is provided with between gliding groove 12 and upper hopper chute 14, the bottom of movable sliding 15 coordinates formation complete grooved rail with gliding groove 12, the top of movable sliding 15 coordinates formation complete grooved rail with upper hopper chute 14, movable sliding 15 is driven by the first cylinder 16 be fixed on upper hopper chute 14 and moves up and down, wherein, support column 11 is the multi-layer sheet adopting some composite plates to be combined into, vertically set up, stainless steel can be adopted, iron, the materials such as almag are made, gliding groove 12 is the slideway that T iron iron pan can be made to snap in, and T iron can along gliding groove 12 rolls forward, backup plate 13 is that avoid the catch that T iron drops from opposite side, can adopt the material such as steel plate, plastic plate, backup plate 13 is provided with some regular holes, can reduce the contact area of T iron and backup plate 13 for blocking T iron, reduces friction, upper hopper chute 14 is identical with gliding groove 12 structure, the chute that placement direction is contrary, movable sliding 15 is the mechanism for carrying upper strata T iron material, operationally simultaneously, by stable for upper strata T iron material excessively in next mechanism, it is movable that movable sliding 15 is driven between gliding groove 12 and upper hopper chute 14 by the first cylinder 16, can at any time with gliding groove 12, upper hopper chute 14 keeping parallelism, first cylinder 16 is the mechanism that can affect movable sliding about 6 vertical motion.During work, the semi-finished product T iron material of end row preferentially enters next mechanism and carries out process operation, treat that the semi-finished product T iron material arranged at the end is finished, first cylinder 16 drives movable sliding 15 vertical motion downwards, movable sliding 15 is made to abut against on gliding groove 12, make originally to dip at the semi-finished product T iron material of upper row, slowly enter next mechanism to continue to use, can original single material storage groove be made into double, the raw material that the processing that can disposablely not stop is double, the number of times that minimizing work of trying one's best pauses and time, the continuous input of semi-finished product T iron material can be ensured as far as possible, ensure operating efficiency.

Gliding groove 12, movable sliding 15, upper hopper chute 14 are parallel to each other and tail end upwarps, and semi-finished product T iron material can be made stably to export, and utilize the gravity of semi-finished product T iron material itself automatically to roll forward, can reduce the waste of resource.

The front end of movable sliding 15 is provided with slope 151, because semi-finished product T iron material drops can deform or damage from certain altitude, thus affect quality, more relax when the design on slope 151 can make semi-finished product T iron material export, T iron can be avoided to affect quality because of collision.

The front end of gliding groove 12 is provided with spacing block set 5, spacing block set 5 is driven by the second cylinder 6 being located at bottom and pumps, semi-finished product T iron material can be avoided uninterruptedly to enter next mechanism, thus upset next mechanism turn to work, after previous T iron material enters next mechanism, second cylinder 6 drives spacing block set 5 to rise, and a T iron material after withstanding.

Steering mechanism 2 comprises and turns to bucket 21, be located at the steering power mechanism 22 turned to bottom bucket 21, be located at and turn in bucket 21 and the chuck 23 be connected in steering power mechanism 22, the left side of chuck 23 is provided with charging aperture 231, the rear side of chuck 23 is provided with discharging opening 232, the rectangular structure that chuck 23 adopts face, left and right all to open wide, the left side of chuck 23 is provided with and the groove 233 of the protuberance of T iron with arc, bucket 21 is wherein turned to be the attaching parts connecting a upper feeding mechanism and next clamping device, for bottom has osculum, sidewall has the cylindrical shell at hole, play a supportive role in operation, iron can be adopted, stainless steel, the materials such as copper, larger hardness can be had, chuck 23 is the band dynamic component driving T iron to be subjected to displacement, charging aperture 231, discharging opening 232 are located at and turn on bucket 21 sidewall, and charging aperture 231, discharging opening 232 have identical height, can be any shapes that T Tie Tong can be made to cross, chuck 23 is arranged to enable T iron stablize excessively, the rectangular structure that chuck 23 adopts face, left and right all to open wide, and left side is provided with and the groove 233 of the protuberance of T iron with arc, during the charging of T iron, the round plate of T iron snaps in chuck 23, the protuberance of T iron is clipped in groove 233, and tail end is exposed at outside.During work, T iron material enters from charging aperture 231, the round plate of T iron snaps in chuck 23, the protuberance of T iron is clipped in groove 233, tail end is exposed at outside, and steering power mechanism 22 drives chuck 23 to rotate clockwise certain angle, utilizes centrifugal force, T iron material is got rid of into discharging opening 232, and exports from discharging opening 232.

Steering power mechanism 22 comprises the support column 221 through turning to bottom bucket 21, be fixed on the effect post 222 bottom support column 221, be located at the 3rd cylinder 223 of support column 221 side, 3rd cylinder 223 is connected with drive link 224, effect post 222 is plugged on drive link 224, drive link 224 is fixed by bolt 225 with effect post 222, chuck 23 is fixed on support column 221 top, wherein, the top of support column 221 is connected with the bottom of chuck 23, the bottom of support column 221 is driven by the 3rd cylinder 223, according to certain fixing angle reciprocating rotation, thus realize left side opening part reciprocating rotation between charging aperture 231 and discharging opening 232 of chuck 23, the displacement of T iron material can be driven.

Bucket 21 is turned to be provided with lid 7, the place of keeping to the side above bucket 21 inwall is turned to be provided with some fixtures 8, fixture 8 is provided with screw 81, lid 7 is provided with latch 9, corresponding with the screw 81 on fixture 8 respectively, when turning to bucket 21 to work, cover lid 7, extraneous dust can be avoided to fly into, the pure of T iron can be ensured, ensure that the quality of T iron, when needs cover lid 7, being covered by lid 7 turns on bucket 21, and the latch 9 on lid 7 is inserted respectively in corresponding screw 81, thus achieve resistant-walled effect, simultaneously, operation is convenient, opening cover 7 is also convenient, be conducive to increasing work efficiency.

Discharging mechanism 4 comprises and is located in frame 31 and is positioned at the supporting walls 41 of drill bit 33 side, supporting walls 41 is provided with four-cylinder 42, four-cylinder 42 is connected with discharge runner 43, discharge runner 43 is laterally installed and can by between holder 32 and drill bit 33, discharge runner 43 adopts the rectangular structure of end face opening, wherein, supporting walls 41 is located at and drill bit 33 the same side, supporting walls 41 is vertical plate body, be fixedly mounted in frame 31 by welding or other modes, discharge runner 43 is rectangular structure, its open top, T iron can be made to drop wherein, discharge runner 43 inside can be padded and be put rubber layer, to reduce the collision bottom T iron and discharge runner 43.During work, four-cylinder 42 promotes discharge runner 43 and advances and enter between holder 32 and drill bit 33, the T iron finished product come off from holder 32 falls to falling in discharge runner 43, T iron exports along discharge runner 43, can make the T iron that machines accurately and stably export, T iron can be avoided to drop and wear and tear and affect quality.

Four-cylinder 42 adopts double-acting cylinder, the cylindrical shell 421 of four-cylinder 42 is fixed on supporting walls 41, the outside front two ends of discharge runner 43 are respectively equipped with the lug 10 extended forward, the expansion link 422 at the two ends of four-cylinder 42 is separately fixed on lug 10, during work, four-cylinder 42 starts, the expansion link 422 of four-cylinder 42 moves right, the motion thus drive discharge runner 43 is turned right, until immediately below holder 32, then T iron finished product drops, be rolled in gathering-device by discharge runner 43, be about to start to add man-hour at next T iron, four-cylinder 42 starts, the expansion link 422 of four-cylinder 42 is moved to the left, thus drive discharge runner 43 toward left movement, four-cylinder 42 adopts the design of double-acting cylinder four-cylinder 42 can be arranged on discharge runner 43 sidepiece, take less space, save resource.

Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.

Although more employ feeding mechanism 1 herein, support column 11, gliding groove 12, backup plate 13, upper hopper chute 14, movable sliding 15, slope 151, first cylinder 16, steering mechanism 2, turn to bucket 21, steering power mechanism 22, support column 221, effect post 222, 3rd cylinder 223, drive link 224, bolt 225, chuck 23, charging aperture 231, discharging opening 232, groove 233, workpiece polishing mechanism 3, frame 31, holder 32, drill bit 33, motion arm 34, discharging mechanism 4, supporting walls 41, four-cylinder 42, cylindrical shell 421, expansion link 422, discharge runner 43, spacing block set 5, second cylinder 6, lid 7, fixture 8, screw 81, latch 9, term such as lug 10 grade, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present utility model more easily; The restriction that they are construed to any one additional is all contrary with the utility model spirit.

Claims (10)

1. a T ironworking device, it is characterized in that: comprise feeding mechanism (1), be connected to the steering mechanism (2) of feeding mechanism (1) one end, be connected to the workpiece polishing mechanism (3) of steering mechanism (2) side, be located at the discharging mechanism (4) of workpiece polishing mechanism (3) side, described workpiece polishing mechanism (3) comprises frame (31), be located at the holder (32) in frame (31), be located at frame (31) side and coordinate the drill bit (33) of polishing with holder (32), described frame (31) is provided with the motion arm (34) for T iron semi-finished product being advanced holder (32).

2. a kind of T ironworking device according to claim 1, it is characterized in that: described feeding mechanism (1) comprises support column (11), be fixed on the gliding groove (12) on support column (11), be located at the backup plate (13) on gliding groove (12), be located at the upper hopper chute (14) corresponding with gliding groove (12) on backup plate (13), movable sliding (15) is provided with between described gliding groove (12) and upper hopper chute (14), the bottom of described movable sliding (15) coordinates formation complete grooved rail with gliding groove (12), the top of described movable sliding (15) coordinates formation complete grooved rail with upper hopper chute (14), described movable sliding (15) is driven by the first cylinder (16) be fixed on upper hopper chute (14) and moves up and down.

3. a kind of T ironworking device according to claim 2, is characterized in that: described gliding groove (12), movable sliding (15), upper hopper chute (14) is parallel to each other and tail end upwarps.

4. a kind of T ironworking device according to claim 2, is characterized in that: the front end of described movable sliding (15) is provided with slope (151).

5. a kind of T ironworking device according to claim 2, it is characterized in that: the front end of described gliding groove (12) is provided with spacing block set (5), described spacing block set (5) is driven by the second cylinder (6) being located at bottom and pumps.

6. a kind of T ironworking device according to claim 1, it is characterized in that: described steering mechanism (2) comprises and turns to bucket (21), be located at the steering power mechanism (22) turning to bucket (21) bottom, be located at and turn in bucket (21) and the chuck (23) be connected in steering power mechanism (22), the left side of described chuck (23) is provided with charging aperture (231), the rear side of described chuck (23) is provided with discharging opening (232), the rectangular structure that described chuck (23) adopts face, left and right all to open wide, the left side of described chuck (23) is provided with and the groove (233) of the protuberance of T iron with arc.

7. a kind of T ironworking device according to claim 6, it is characterized in that: described steering power mechanism (22) comprises the support column (221) through turning to bucket (21) bottom, be fixed on the effect post (222) of support column (221) bottom, be located at the 3rd cylinder (223) of support column (221) side, described 3rd cylinder (223) is connected with drive link (224), described effect post (222) is plugged on drive link (224), described drive link (224) is fixed by bolt (225) with effect post (222), described chuck (23) is fixed on support column (221) top.

8. a kind of T ironworking device according to claim 6, it is characterized in that: described in turn to bucket (21) to be provided with lid (7), describedly the place of keeping to the side above bucket (21) inwall is turned to be provided with some fixtures (8), described fixture (8) is provided with screw (81), described lid (7) is provided with latch (9), corresponding with the screw (81) on fixture (8) respectively.

9. a kind of T ironworking device according to claim 1, it is characterized in that: described discharging mechanism (4) comprises and is located at frame (31) and goes up and the supporting walls (41) being positioned at drill bit (33) side, described supporting walls (41) is provided with four-cylinder (42), described four-cylinder (42) is connected with discharge runner (43), described discharge runner (43) is laterally installed and can be passed through between holder (32) and drill bit (33), and described discharge runner (43) adopts the rectangular structure of end face opening.

10. a kind of T ironworking device according to claim 9, it is characterized in that: described four-cylinder (42) adopts double-acting cylinder, the cylindrical shell (421) of described four-cylinder (42) is fixed on supporting walls (41), the outside front two ends of described discharge runner (43) are respectively equipped with the lug (10) extended forward, and the expansion link (422) at the two ends of described four-cylinder (42) is separately fixed on lug (10).