CN106424761A - Machining device capable of improving feeding efficiency of clutch coil shell - Google Patents

Machining device capable of improving feeding efficiency of clutch coil shell Download PDF

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Publication number
CN106424761A
CN106424761A CN201610795242.3A CN201610795242A CN106424761A CN 106424761 A CN106424761 A CN 106424761A CN 201610795242 A CN201610795242 A CN 201610795242A CN 106424761 A CN106424761 A CN 106424761A
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CN
China
Prior art keywords
rod
waste
feeding
equipment
passage
Prior art date
Application number
CN201610795242.3A
Other languages
Chinese (zh)
Inventor
李明勇
谢建勇
欧央伟
戴胜杰
Original Assignee
浙江瑞虹空调配件股份有限公司
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Application filed by 浙江瑞虹空调配件股份有限公司 filed Critical 浙江瑞虹空调配件股份有限公司
Priority to CN201610795242.3A priority Critical patent/CN106424761A/en
Publication of CN106424761A publication Critical patent/CN106424761A/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23BTURNING; BORING
    • B23B5/00Turning-machines or devices specially adapted for particular work; Accessories specially adapted therefor
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q7/00Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting

Abstract

The invention relates to a machining device capable of improving the feeding efficiency of a clutch coil shell. The device comprises a rack, a spindle, a feeding mechanism, a discharging mechanism and a turning device; the feeding mechanism comprises a feeding channel, a first drive air cylinder and a sliding plate; the other end of an L-shaped connecting rod is in sliding fit connection with a guide plate, a positioning push plate is arranged below the guide plate, one end of a feeding channel is communicated with the discharging end of a punching mechanism, the other end of the feeding channel is communicated with the positioning push plate, a waste output channel is formed in a work table, and the turning device comprises a first feeding module and a second feeding module; the feeding mechanism inclines downwards to be provided with a shifting rod, the feeding mechanism moves downwards, and the tail end of the shifting rod makes contact with the end of a first turning tool of the first feeding module; the feeding mechanism and the punching mechanism of the coil shell are integrated through the discharging channel, automatic, continuous and one-by-one order feeding of the coil shell is achieved, the feeding efficiency is improved, and the occupied space of the device is reduced.

Description

A kind of process equipment improving clutch coil housing loading efficiency
Technical field
The present invention relates to air-conditioning equipment processing technique field, more particularly, to a kind of raising clutch coil housing loading efficiency Process equipment.
Background technology
A few days ago, automobile air conditioner clutch solenoid housing is to be formed by the raw steel integrated punching of annular, strikes out Solenoid housing after type is needed to be delivered to one by one on lathe by feed mechanism and its edge is carried out with turnery processing, traditional production Process, punching mechanism is separately independently arranged with turning equipment, and the solenoid housing of stamped shaping needs a dead lift to car At turning equipment, then it is positioned over one by one in the feed mechanism of turning equipment by operating personnel, realize semi-automation feeding, its equipment accounts for Big with space, the continuity of impact production and processing.
Further, since the one side of this solenoid housing is circular, need by two lathe tools respectively to its inner ring and outer The edge of circle carries out turnery processing, and during reality processing, the waste material producing after turning directly drops down onto setting immediately below main shaft Splicing groove in, the transition of this splicing groove side connects inclined output passage, and when the waste material in splicing groove is crowded with, operating personnel are led to Cross driving lever to be allocated in output channel, this waste material along output channel landing to equipment outside, due to waste material be scattered take up room big, And be scattered to around equipment, on the one hand there is potential safety hazard, be on the other hand unfavorable for waste recovery.Additionally, it is also well known that turning During processing, on lathe tool would generally adhesion waste material, if clear not in time, process and during next product, easily scratch product surface, impact Crudy, traditional mode is typically the hand-held driving lever of workman and dials by waste material from lathe tool, but it has some problems, driving lever Generally rigid member, it is easily damaged lathe tool with lathe tool rigid contact, and meanwhile, whether workman needs to remain on moment observation lathe tool There is waste material, its high labor intensive, inefficiency.
Content of the invention
The purpose of the present invention be for the deficiencies in the prior art in place of, provide and a kind of improve clutch coil housing feeding effect The process equipment of rate, by tapping channel by the feed mechanism of solenoid housing and punching mechanism integrated setting, realizes coil housing Body Automatic continuous, one by one orderly feeding, improve loading efficiency, reduce equipment occupation space.
The technology solution of the present invention is as follows:
A kind of process equipment improving clutch coil housing loading efficiency, including frame, is installed in frame and is used for driving The main shaft of moving winding housing rotation, for solenoid housing being delivered to the feed mechanism on this main shaft, being used for solenoid housing after processing The blanking mechanism of output and the truning fixture that is installed on workbench it is characterised in that described feed mechanism to include charging logical Road, the first driving cylinder being vertically arranged in frame and sliding panel, the piston rod end of this first driving cylinder is connected with L-shaped Connecting rod, one end of L-shaped connecting rod is fixedly connected with sliding panel, other end sliding connection one guide plate, and this guide plate passes through many Root guide pillar is arranged on sliding panel, is provided with the positioning push pedal for being installed on solenoid housing on main shaft below, and this charging is led to The one end in road is connected with the discharge end of punching mechanism, and its other end is connected with positioning push pedal;On described workbench be located at main shaft with Waste material output channel is offered, this truning fixture includes opposing parallel the first feeding being slidedly arranged on workbench between truning fixture Module and the second feeding module, the first feeding module includes first driving means and front end face is provided with the first peace of the first lathe tool Dress seat;The front end of described first feeding module and the second feeding module is provided with for carrying out to the waste material in waste material output channel The pressing mechanism of shaping, described feed mechanism is downward-sloping to be provided with a rod for stiring materials, and feed mechanism moves down, the end of rod for stiring materials with First lathe tool end of described first feeding module contacts.
As improvement, described feeding-passage includes the first sequence passage, the second sequence being sequentially communicated setting from top to bottom Passage and the 3rd sequence passage, the outside dimension all with solenoid housing for the width dimensions of the first sequence passage and the second sequence passage Match, the width dimensions of the 3rd sequence passage are adapted with the width dimensions of solenoid housing.
As improvement, described second sequence passage with the 3rd sort passage vertical connection, solenoid housing is commutated, by Horizontality changes into vertical state, rolls one by one and is arranged in the 3rd sequence passage, the positioning push pedal with feed mechanism is joined Close and connect, realize Automatic continuous feeding one by one.
As improvement, described pressing mechanism is included in waste material output channel by the first feeding module drives edge feeding side The linkage being connected with this striker plate and the second feeding module respectively with end to the striker plate moving back and forth and front end;Institute The front end face stating the first feeding module is convexly equipped with the stripper plate be arrangeding in parallel with described striker plate, shape between stripper plate and striker plate Become waste material crush-zone.
As improvement, described rod for stiring materials is installed on the side wall of described guide plate, and the end of this rod for stiring materials is provided with one layer of rubber Glue-line, the effect of this rod for stiring materials is to dial the waste material hanging on lathe tool after cutting to drop down onto in waste material output channel, it is to avoid under the influence of One action normal work.This rod for stiring materials end adopts quality of rubber materials simultaneously, and on the one hand it will not damage car with lathe tool rigid contact Knife, another aspect waste material is difficult to be bonded on this rod for stiring materials, improves material toggling efficiency.
As improvement, described linkage includes slide block in the chute on striker plate for the sliding connection, the first company Bar and second connecting rod, the two ends of this first connecting rod are rotated with slide block and second connecting rod respectively and are connected, the inner vertical of first connecting rod It is provided with a scraping wings.
During the first feeding module work, this scraping wings and striker plate and crushing block form splicing groove so that useless after turning Material just drops down onto inside this splicing groove, and meanwhile, when the first feeding module resets, this scraping wings is with striker plate near the first feeding mould Group motion and be synchronized with the movement, while the waste material in splicing groove is slowly pushed to crush-zone making waste material continuous squeezing shaping Progressively outwards pushed, so repeat, after next workpiece waste cut materials squeezing shaping, rely on this scraping wings to repeat above-mentioned action, will A upper workpiece waste material in crush-zone is along the rake output of waste material output channel.
As improvement, the bottom of described first mounting seat is installed with the first pushing block, and this first pushing block is slidedly arranged in workbench, Its front end is fixedly connected with described striker plate by a push rod, offers and be adapted with described push rod in described waste material output channel Locating slot.
As improvement, described second feeding module includes the second driving means and front end face is provided with the second of the second lathe tool Mounting seat, the bottom of this second mounting seat is installed with the second pushing block, and this second pushing block is slidedly arranged in workbench, its front end with described Second connecting rod vertically connects.
As improvement, described blanking mechanism includes blanking track and drives this blanking track back and forth to move along waste material outbound course The second dynamic driving cylinder, blanking mechanism is connected with the second mounting seat by connecting plate, the bottom of blanking track be additionally provided with The expeller of described waste material output channel sliding contact.
As improvement, described waste material output channel includes smoothly transitting the horizontal part of connection and rake, the end of rake End is provided with the shaping groove for being packed to waste material.
The beneficial effects of the present invention is:
(1) pass through tapping channel in the present invention by the feed mechanism of solenoid housing and punching mechanism integrated setting, structure Compact, the solenoid housing after punch forming is carried out commutating by tapping channel, change state is so as to be changed into by horizontality Vertical state, is rolled one by one and is arranged in the 3rd sequence passage, and be connected with the positioning push pedal of feed mechanism, realize automatically Continuously, orderly feeding one by one, loading efficiency is high, and equipment occupation space is few;
(2) pass through rod for stiring materials to be fixedly installed on the guide plate of feed mechanism so as to keep with the path of motion of guide plate Synchronous, the waste material realizing hanging on lathe tool after this rod for stiring materials will cut is dialled and is dropped down onto in waste material output channel, it is to avoid leftover waste material pair Scratch product surface during next product turning, improve solenoid housing turning quality, additionally, the end of rod for stiring materials is provided with one layer of rubber Layer, it is to avoid it damages lathe tool with lathe tool rigid contact, prevents waste material from sticking on rod for stiring materials simultaneously, affects garbage collection, reduces Labor strength;
(3) pass through to arrange waste material pressing mechanism so that this pressing mechanism and first feeds module in the front end of truning fixture Connect with the second feeding module, reduce power set, simplify the internal structure of an organization, low cost, striker plate and scraping wings and the first installation simultaneously The waste material that seat synchronization action produces to turning synchronizes extrusion molding and pushes to device external, realizes waste material and returns in batches Receive, improve turning efficiency, reduce waste material and take up room;
(4) blanking track bottom setting expeller, it is synchronously carried out with product discharge action, by waste material output channel by The waste material that second feeding module turning produces pushes to device external it is ensured that often processing a solenoid housing, in time to generation Waste material is purged it is ensured that product processing quality;
In sum, the present invention has high degree of automation, and loading efficiency is high, and garbage collection is convenient, product processing quality Good, cost is low a little, and the continuity of solenoid housing production and processing has been effectively ensured.
Brief description
The present invention is described further below in conjunction with the accompanying drawings:
Fig. 1 is the overall structure diagram of the present invention;
Fig. 2 is the annexation schematic diagram in the present invention between feed mechanism, blanking mechanism and truning fixture;
Fig. 3 is the top view of the present invention;
Fig. 4 is the enlarged diagram at C in Fig. 2;
Fig. 5 is the structural representation of feeding-passage in the present invention;
Fig. 6 is the structural representation of truning fixture in the present invention;
Fig. 7 is the structural representation of linkage in the present invention;
Specific embodiment
Below in conjunction with the accompanying drawings the technical scheme in the embodiment of the present invention is clearly and completely illustrated.
Embodiment
As shown in figure 1, the present invention provides a kind of process equipment improving clutch coil housing loading efficiency, including frame 1st, it is installed on and the main shaft 11 of driving coil housing rotation is used on frame 1, for delivering to solenoid housing on this main shaft 11 Material mechanism 2, for the blanking mechanism 3 of solenoid housing output after processing and be installed on truning fixture 5 on workbench 4, such as Fig. 2 Shown, described feed mechanism 2 includes feeding-passage 21, the first driving cylinder 22 being vertically arranged in frame 1 and sliding panel 23, The piston rod end of this first driving cylinder 22 is connected with L-shaped connecting rod 24, and one end of L-shaped connecting rod 24 is fixing with sliding panel 23 even Connect, other end sliding connection one guide plate 25, this guide plate 25 is arranged on sliding panel 23, under it by many guide pillars 26 Side is provided with the positioning push pedal 27 for being installed on solenoid housing on main shaft 11, one end of this feeding-passage 21 and punching mechanism 6 Discharge end connection, its other end with position push pedal 27 connect;It is located between main shaft 11 and truning fixture 5 on described workbench 4 Offer waste material output channel 41, as shown in Figure 3 and Figure 4, this truning fixture 5 includes opposing parallel being slidedly arranged on workbench 4 First feeding module 51 and the second feeding module 52, the first feeding module 51 includes first driving means and front end face is provided with the First mounting seat 512 of one lathe tool 511;The front end of described first feeding module 51 and the second feeding module 52 is provided with for right Waste material in waste material output channel 41 carries out the pressing mechanism 7 of shaping, and described feed mechanism 2 is downward-sloping to be provided with a rod for stiring materials 8, feed mechanism 2 moves down, and the end of rod for stiring materials 8 is contacted with the first lathe tool 511 end of the described first feeding module 51.
In the present embodiment, as shown in figure 5, described feeding-passage 21 includes the first sequence being sequentially communicated setting from top to bottom Passage 211, second sequence passage 212 and the 3rd sequence passage 213, wherein, the both ends of the second sequence passage 212 respectively with institute State the first sequence passage 211 to be connected with the second sequence passage 212, the width of the first sequence passage 211 and the second sequence passage 212 Degree size all matches with the outside dimension of solenoid housing, the 3rd width sorting the width dimensions of passage 213 and solenoid housing Size is adapted.Wherein, the second sequence passage 212 and the 3rd sequence passage 213 vertical connection, commutate to solenoid housing, Vertical state is changed into by horizontality, rolls the positioning being arranged in the 3rd sequence passage 213, with feed mechanism 2 one by one Push pedal 27 is connected, and realizes Automatic continuous feeding one by one.
In the present embodiment, as shown in fig. 6, described pressing mechanism 7 includes being fed by first in waste material output channel 41 Striker plate 71 that module 51 drives edge direction of feed moves back and forth and front end and end respectively with this striker plate 71 and the second feeding The linkage 72 that module 52 is connected;The front end face of described first feeding module 51 is convexly equipped with set parallel with described striker plate 71 The stripper plate 9 put, forms waste material crush-zone between stripper plate 9 and striker plate 71.
Described rod for stiring materials 8 is installed on the side wall of described guide plate 25, and during feeding, the first driving cylinder 22 drives L-shaped even Bar 24 drives sliding panel 23 to move down, this guide plate 25 under the guide effect of L-shaped connecting rod 24, along guide pillar 26 near main shaft 11 side To movement, the solenoid housing in the simultaneously synchronous push pedal 27 by positioning pushes on main shaft 11, because rod for stiring materials 8 is fixedly installed on institute State on guide plate 25, its motion path is identical with guide plate 25, that is, during feeding, the first feeding module 51 resets, and rod for stiring materials 8 is synchronous Moving down inwardly to dial the waste material hanging over after cutting on the first lathe tool 511 drops down onto in waste material output channel 41, to guarantee next action Normal work, replaces Traditional Man material toggling, improves operating efficiency and processing safety.
Additionally, rod for stiring materials 8 work when with the first lathe tool 511 rigid contact, for avoid its damage lathe tool, this rod for stiring materials 8 End is provided with one layer of rubber layer 81, improves the service life of lathe tool, avoids waste material to be bonded on this rod for stiring materials 8 simultaneously, improves material toggling Efficiency.
In the present embodiment, as shown in fig. 7, described linkage 72 includes chute on striker plate 71 for the sliding connection Interior slide block 721, first connecting rod 722 and second connecting rod 723, the two ends of this first connecting rod 722 are respectively with slide block 721 and second even Bar 723 rotates and connects.The inner vertical of described first connecting rod 722 is provided with a scraping wings 724, during the first feeding module 51 work, This scraping wings 724 forms splicing groove so that the waste material after turning just drops down onto inside this splicing groove with striker plate 71 and crushing block, Meanwhile, when the first feeding module 51 resets, this scraping wings 724 moves near the first feeding module 51 with striker plate 71 and synchronous transports Dynamic, the waste material in splicing groove is slowly pushed to crush-zone so that progressively being pushed out while waste material continuous squeezing shaping Send, so repeat, after next workpiece waste cut materials squeezing shaping, rely on this scraping wings 724 to repeat above-mentioned action, by crush-zone An interior upper workpiece waste material is along the rake output of waste material output channel 41.
In the present embodiment, the bottom of described first mounting seat 512 is installed with the first pushing block 513, and this first pushing block 513 cunning sets In workbench 4, its front end is fixedly connected with described striker plate 71 by a push rod 514, opens in described waste material output channel 41 It is provided with the locating slot 411 being adapted with described push rod 514, the first push rod 514 is placed in this locating slot 411, its upper surface and institute State waste material output channel 41 to flush, not affect to be molded the removal of waste material, this first push rod 514 and first in subsequent extrusion region Mounting seat 512 synchronizing moving, reduces power set, mechanism simplifying, reduces cost.
Correspondingly, in the present embodiment, described second feeding module 52 includes the second driving means and front end face is provided with the Second mounting seat 522 of two lathe tools 521, the bottom of this second mounting seat 522 is installed with the second pushing block 523, this second pushing block 523 It is slidedly arranged in workbench 4, its front end is vertical with described second connecting rod 723 to be connected, to guarantee scraping wings 724 phase in linkage 72 Should can realize linkage with the second mounting seat 522 in ground, by the effect of inertia of scraping wings 724 when the second feeding module 52 resets, right Waste material after shaping in crush-zone carries out secondary push.
In the present embodiment, described blanking mechanism 3 includes blanking track 31 and drives this blanking track 31 along waste material output side To the second driving cylinder 32 moving back and forth, blanking mechanism 3 is connected with the second mounting seat 522 by connecting plate 33, the second drive The take offence piston rod end of cylinder 32 is fixedly connected with blanking track 31, and the bottom of described blanking track 31 is additionally provided with and described waste material The expeller 34 of output channel 41 sliding contact.When second feeding module 52 resets, the second driving cylinder 32 drives blanking track 31 solenoid housings moving after making to process to main shaft 11 lower section drop down onto in this blanking track 31, meanwhile, below blanking track 31 Expeller 34 will in waste material output channel 41 by second feeding module 52 turning produce waste material push to device external, profit In the timely waste material cleaning and producing, it is to avoid waste from stacking, impact subsequent turning processing.
What deserves to be explained is, the waste material output channel 41 in the present embodiment includes horizontal part 412 He of connection that smoothly transits Rake 413, horizontal part 412 is placed in the underface of main shaft 11, and two ends extend respectively to blanking track 31 lower section and striker plate 71 Outer side edges along so that striker plate 71 and expeller 34 army are slidably arranged on this horizontal part 412, the end of rake 413 sets There is the shaping groove 414 for being packed to waste material, carry out centralized recovery beneficial to the waste material after shaping, improve organic efficiency.
Workflow is as follows:
Solenoid housing after stamped shaping passes through the first sequence passage 211 and the second sequence passage of feeding-passage 21 Through the 3rd sequence passage 213 after 212 commutations, solenoid housing is changed into vertical state by horizontality, Automatic continuous push away one by one Deliver in positioning push pedal 27, solenoid housing pushes in the positioning push pedal 27 of feed mechanism 2 by feeding passage one by one, and first enters Work to module 51, turning, striker plate 71 drivening rod mechanism 72 and the first mounting seat are carried out to the inner ring edge of solenoid housing 512 synchronizing movings, now scraping wings 724 and striker plate 71 and crushing block form splicing groove so that the waste material after turning just falls To this splicing groove;First feeding module 51 resets, feed mechanism 2 action, and rod for stiring materials 8 is with guide plate 25 synchronization action by the Waste material on one lathe tool 511 is inwardly dialled and is dropped down onto in waste material output channel 41, and meanwhile, striker plate 71 is by the waste material in splicing groove Move to the leading section of truning fixture 5, waste material is pressurizeed by synchronous slowly push this waste material to crush-zone of scraping wings 724 simultaneously Shaping, the waste material after shaping can export along the rake 413 of waste material output channel 41, if waste material does not completely disengage from crush zone Domain, the first feeding module 51 repeats above-mentioned action when processing next workpiece, and the waste material of a pressurization shaping can outward promote afterwards Rake 413 along waste material output channel 41 exports, and so on;Second feeding module 52 works, the outer ring to solenoid housing Edge carries out turning, and the second mounting seat 522 drives the synchronous drive scraping wings 724 of second connecting rod 723 to rotate backward simultaneously, and second enters Reset to module 52, scraping wings 724 carries out secondary push by effect of inertia to the waste material in crush-zone, meanwhile, fall The action of material mechanism 3, the expeller 34 of blanking track 31 lower section will feed module 52 turning by second in waste material output channel 41 Produce waste material push to device external it is ensured that often process a solenoid housing, in time to produce waste material be purged it is ensured that Product processing quality, carries out squeezing shaping in batches simultaneously to waste material, reduces waste material and takes up room, and is easy to reclaim, reduces and reclaim Cost.
The above, only invent preferably specific embodiment, but protection scope of the present invention be not limited thereto, and appoints What those familiar with the art the invention discloses technical scope in, the change or replacement that can readily occur in, all Should be included within the scope of the present invention.Therefore, protection scope of the present invention should be with the protection domain of claims It is defined.

Claims (10)

1. a kind of process equipment improving clutch coil housing loading efficiency, including frame (1), is installed on the upper use of frame (1) In the main shaft (11) of driving coil housing rotation, for solenoid housing being delivered to the feed mechanism (2) on this main shaft (11), being used for After processing the blanking mechanism (3) of solenoid housing output and be installed on truning fixture (5) on workbench (4) it is characterised in that Described feed mechanism (2) includes feeding-passage (21), the first driving cylinder (22) being vertically arranged in frame (1) and sliding panel (23), the piston rod end of this first driving cylinder (22) is connected with L-shaped connecting rod (24), one end of L-shaped connecting rod (24) and slip Plate (23) is fixedly connected, other end sliding connection one guide plate (25), and this guide plate (25) is set by many guide pillars (26) Put on sliding panel (23), be provided with the positioning push pedal (27) for being installed on solenoid housing on main shaft (11) below, this enters One end of material passage (21) is connected with the discharge end of punching mechanism (6), and its other end is connected with positioning push pedal (27);Described work Platform (4) upper being located at offers waste material output channel (41) between main shaft (11) and truning fixture (5), this truning fixture (5) includes Opposing parallel the first feeding module (51) being slidedly arranged on workbench (4) and the second feeding module (52), the first feeding module (51) include first driving means and front end face is provided with first mounting seat (512) of the first lathe tool (511);Described first feeding The front end of module (51) and the second feeding module (52) is provided with for carrying out shaping to the waste material in waste material output channel (41) Pressing mechanism (7), described feed mechanism (2) is downward-sloping to be provided with rod for stiring materials (8), and feed mechanism (2) moves down, rod for stiring materials (8) end is contacted with the first lathe tool (511) end of the described first feeding module (51).
2. according to claim 1 a kind of improve clutch coil housing loading efficiency process equipment it is characterised in that Described feeding-passage (21) includes the first sequence passage (211), the second sequence passage (212) being sequentially communicated setting from top to bottom With the 3rd sequence passage (213), the width dimensions of the first sequence passage (211) and the second sequence passage (212) are equal and coil housing The outside dimension of body matches, and the width dimensions of the 3rd sequence passage (213) are adapted with the width dimensions of solenoid housing.
3. according to claim 2 a kind of improve clutch coil housing loading efficiency process equipment it is characterised in that Described second sequence passage (212) and the 3rd sequence passage (213) vertical connection.
4. according to claim 1 a kind of improve clutch coil housing loading efficiency process equipment it is characterised in that Described pressing mechanism (7) includes reciprocal by the first feeding module (51) drives edge direction of feed in waste material output channel (41) The striker plate (71) of movement and front end feed, with this striker plate (71) and second, the connecting rod that module (52) is connected respectively with end Mechanism (72);The front end face of described first feeding module (51) is convexly equipped with the stripper plate be arrangeding in parallel with described striker plate (71) (9), form waste material crush-zone between stripper plate (9) and striker plate (71).
5. a kind of process equipment of the raising clutch coil housing loading efficiency stated according to claim 1 is it is characterised in that institute State rod for stiring materials (8) to be installed on the side wall of described guide plate (25), the end of this rod for stiring materials (8) is provided with one layer of rubber layer (81).
6. a kind of process equipment of the raising clutch coil housing loading efficiency stated according to claim 4 is it is characterised in that institute State linkage (72) and include slide block (721) in the chute on striker plate (71) for the sliding connection, first connecting rod (722) With second connecting rod (723), the two ends of this first connecting rod (722) are rotated with slide block (721) and second connecting rod (723) respectively and are connected, The inner vertical of first connecting rod (722) is provided with a scraping wings (724).
7. according to claim 4 a kind of improve clutch coil housing loading efficiency process equipment it is characterised in that The bottom of described first mounting seat (512) is installed with the first pushing block (513), and this first pushing block (513) is slidedly arranged on workbench (4) Interior, its front end is fixedly connected with described striker plate (71) by a push rod (514), offers in described waste material output channel (41) The locating slot (411) being adapted with described push rod (514).
8. a kind of process equipment of the raising clutch coil housing loading efficiency stated according to claim 6 is it is characterised in that institute State second feeding module (52) inclusion the second driving means and front end face is provided with the second mounting seat of the second lathe tool (521) (522), the bottom of this second mounting seat (522) is installed with the second pushing block (523), and this second pushing block (523) is slidedly arranged on workbench (4), in, its front end is vertical with described second connecting rod (723) to be connected.
9. according to claim 7 a kind of improve clutch coil housing loading efficiency process equipment it is characterised in that Described blanking mechanism (3) includes that blanking track (31) and this blanking track of driving (31) move back and forth along waste material outbound course Two driving cylinders (32), blanking mechanism (3) is connected with the second mounting seat (522) by connecting plate (33), blanking track (31) Bottom be additionally provided with the expeller (34) with the sliding contact of described waste material output channel (41).
10. a kind of process equipment improving clutch coil housing loading efficiency according to claim 1, its feature exists Include smoothly transitting the horizontal part (412) of connection and rake (413) in, described waste material output channel (41), rake (413) End be provided with the shaping groove (414) for being packed to waste material.
CN201610795242.3A 2016-08-31 2016-08-31 Machining device capable of improving feeding efficiency of clutch coil shell CN106424761A (en)

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Application publication date: 20170222