CN110355536A - A kind of mobile phone frame automatic production process - Google Patents
A kind of mobile phone frame automatic production process Download PDFInfo
- Publication number
- CN110355536A CN110355536A CN201910764152.1A CN201910764152A CN110355536A CN 110355536 A CN110355536 A CN 110355536A CN 201910764152 A CN201910764152 A CN 201910764152A CN 110355536 A CN110355536 A CN 110355536A
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- China
- Prior art keywords
- cut
- metal strip
- block
- cutting
- frame
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P15/00—Making specific metal objects by operations not covered by a single other subclass or a group in this subclass
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Signal Processing (AREA)
- Punching Or Piercing (AREA)
Abstract
The invention discloses a kind of mobile phone frame automatic production process, belong to mobile phone frame technology field, comprising the following steps: S1: rolling continuously rolls metal strip flat；S2: cutting connector, along metal strip it is staggered on it end and lower end cut out cut mouth and under cut mouth；S3: metal strip is processed into arcuate structure by rolling by molding；S4: punching, it is every it is adjacent on cut mouth and under cut and carry out being stamped and formed out hole between mouth；S5: cutting, cut on each mouth and under cut in mouth and cut；S6: every section of moulding is carried out bending and forms rectangular frame structure by bending.Processing step in the present invention can simplify the production stage of mobile phone metal frame, improve production efficiency, pass through the cooperating of matched production line, realize the flow line production of mobile phone metal frame, further improve the production efficiency of mobile phone metal frame, in process of production without human intervention, security risk is eliminated.
Description
Technical field
The present invention relates to mobile phone frame technology fields, more particularly, to a kind of mobile phone frame automatic production process.
Background technique
Metal hand machine frame need in process of production by metal strip, tubing or profile through flattening, soldering opening cutting, at
Type, polishing, cutting, bending, punching and welding step, in the prior art when the production method of metal hand machine frame, by metal strip,
Tubing or profile utility machine are flattened, soldering opening cutting, molding, are polished, after cutting, by manual handling and feeding, are used
The metal strip of cutting, tubing or profile bending are in mobile phone frame by bender；Again by manual handling and feeding, using perforating press to gold
Belong to mobile phone frame to be punched out, forms volume adjustment button hole, switch key hole, earpiece holes, sound equipment hole etc., finally welded
Connect completion production.
Existing mobile phone frame production technology is there is also shortcoming below, and first；It is produced according to existing technique
When, it needing using individual perforating press and bending machine cooperation production, this causes workpiece to transport number in process to increase, from
And manual labor amount is increased, so that production efficiency when installation prior art carries out mobile phone frame production is very restricted；
Second, when existing production technology being installed being produced, flow line production, further shadow also are able to carry out without corresponding equipment
Production efficiency is rung；Third, perforating press and bending machine, there are certain risk, are easy to cause to hurt to worker when using equipment
Evil.
Summary of the invention
The purpose of the present invention is to provide a kind of mobile phone frame automatic production process, to solve metallic mobile phone side in the prior art
Frame can not automatic assembly line production the technical issues of.
The present invention provides a kind of mobile phone frame production technologies, comprising the following steps:
S1: metal strip is delivered to by feed mechanism and is flattened at mechanism by rolling, and continuously being rolled by flattening mechanism will be golden
It is flat to the thickness needed to belong to item；
S2: cutting connector, metal strip flatten after again by the work of soldering opening cutting mechanism along metal strip it is staggered
The upper end and lower end cut out cut mouth and under cut mouth；
S3: molding, the metal strip after cutting continuously are rolled by shaping mechanism, and metal strip is processed camber knot
Structure；
S4: polishing aligning after metal strip roll forming, then passes through the burr on polishing straightening mechanism work removal metal strip
And impurity, and metal strip is aligned；
S5: punching, metal strip are conveyed to stamping die after polishing aligning, are worked by stamping die every adjacent
On cut mouth and under cut and carry out being stamped and formed out hole between mouth；
S6: cutting, the metal strip after punching are transported at cutting mechanism, then are cut on each by cutting mechanism work
Mouth cuts in mouth under and is cut, so that metal strip is cut into sectional moulding；
S7: the moulding after cutting is successively delivered at apparatus for bending by bending, transport establishment's work, will by apparatus for bending
Every section of moulding is bent into rectangular frame structure；
S8: discharging takes the metal frame after bending away finally by robot work.
Further, when cutting connector in the S2, above cutting mouth and cutting the depth of cut of mouth under is metal strip thickness
The half of degree, and per cut on adjacent mouth and under cut the distance between mouth and be equal.
Compared with prior art, the beneficial effects of the present invention are:
First, the processing step in the present invention can effectively simplify the production stage of mobile phone metal frame, production is reduced
Carrying step in the process, improves production efficiency, and by matched feed mechanism, flatten mechanism, soldering opening cutting mechanism,
Shaping mechanism, the cooperating for polishing straightening mechanism, stamping die, cutting mechanism, transport establishment, apparatus for bending and manipulator,
It can be realized the flow line production of mobile phone metal frame, further improve the production efficiency of mobile phone metal frame.
Second, the present invention be in punching and bending operation machinery automation processing and with other mechanisms carry out assembly line add
Work is not necessarily to human assistance feeding and positioning, existing security risk when eliminating manually using equipment.
Detailed description of the invention
It, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical solution in the prior art
Embodiment or attached drawing needed to be used in the description of the prior art be briefly described, it should be apparent that, it is described below
Attached drawing is some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative labor
It puts, is also possible to obtain other drawings based on these drawings.
The flow chart of technique in Fig. 1 present invention；
Fig. 2 is the schematic perspective view of mobile phone frame automatic assembly line；
Fig. 3 is the schematic perspective view of feed mechanism；
Fig. 4 is the schematic perspective view for flattening mechanism；
Fig. 5 is the schematic perspective view of soldering opening cutting mechanism；
Fig. 6 is the sectional perspective structural schematic diagram of soldering opening cutting mechanism；
Fig. 7 is the schematic perspective view of shaping mechanism；
Fig. 8 is the schematic perspective view for polishing straightening mechanism；
Fig. 9 is the schematic perspective view of stamping die；
Figure 10 is the schematic perspective view of punch assembly；
Figure 11 is the top view of punch assembly；
Figure 12 is cross-sectional view of the Figure 10 along line A-A；
Figure 13 is the schematic perspective view of cutting mechanism；
Figure 14 is the enlarged drawing in Figure 12 at B；
Figure 15 is the schematic perspective view of transport establishment；
Figure 16 is the schematic perspective view one of apparatus for bending；
Figure 17 is the schematic perspective view two of apparatus for bending；
Figure 18 is the schematic perspective view of fastener.
Appended drawing reference:
Feed mechanism 1, mounting base 11, loading plate 12, position-limited rack 13, feeding motor 14, feeding shaft 15, feeding gear 16,
Feed wheel 17, fixing seat 18, upper flitch 19, flattening mechanism 2, mounting rack 21, gag lever post 22, limited block 23, position-limited wheel group 24, on
Position-limited wheel 241, lower limit wheel 242, the first adjusting component 25, adjusting bracket 251, adjusting block 252, adjusting rod 253, fixed block 254,
Regulating tank 255, mobile bar 26, the first driving assembly 27, soldering opening cutting mechanism 3, pedestal 31, discharging channel 311, shell 32,
On cut component 33, cut support block 331, cradle 332, support adjusting rod 333 cuts electric pushrod 334, crane 335,
Support slot 337, cuts axis 338, cutting knife 339, driven gear 3310, cuts motor 3311, driving gear 3312, under cut group
Part 34, shaping mechanism 4, forming supporter 41, briquetting roller group 42, upper briquetting roller 421, lower briquetting roller 422, second adjusts component 43, at
Type convex block 44, shaping groove 45, the second driving assembly 46, polishing straightening mechanism 5, clean-up frame 51, aligning frame 52, cleaning brush 53,
Air jet pipe 54, support roller 55, motor 56 of polishing, limiting slot 57, grinding wheel 58, convex block 59 of polishing align lower whorl 510, on aligning
Wheel 511, third adjust component 512, align groove 513, align convex block 514, third driving assembly 515, stamping die 6, traction
Component 61, hitch frame 611 limit bar 612, traction wheel 613, punch assembly 62, punch components 621, hydraulic part 6211, the first punching
Briquetting 6212, the second pressing block 6213, punching press track 6214, Punching slider 6215, staking punch 6216, punching hole 6217 reset
Spring 6218, fixation member 622, retraction slot 6221, fixed link 6222, compressed spring 6223, elastomer block 6224, lower mold 623,
Electric pushrod 6251, the first drive rod 6252, the second drive rod 6253, deployment rod is unfolded in die holder 624, unfolded part 625
6254, sliding shoe 6255, sliding rail 6256, expansion mold 6257, die cavity 6258, confinement block 6258, discharge component 626, the
One tapping channel 6261, the second tapping channel 6262, discharging shaft 6263, discharge motor 6264, refuse rotor 6265, cutting mechanism 7,
Cut slot 71, cutter groove 72, cutoff tool 73, telescopic rod 75, extruding spring 76, crushing block 77, extrusion lug 78, actuator 79, drive
Motion block 710, cuts seat 711, transport establishment 8, transports motor 81, transports seat 82, transport block 83, screw rod slide unit 84, connecting plate 85,
Rotary electric machine 86, scroll chuck 87, limit bucket 88, apparatus for bending 9 holds down assembly 91, compresses sliding rail 911, compression cylinder 912,
Compact heap 913, contact roller 914, pressed slider 915, compressed grooves 916, runner assembly 92, rotary cylinder 921, Rotational Cylindrical 922,
Rotating block 923, fastener 93, interconnecting piece 931, holding section 932, engaging convex block 933, top 934, jacking block 935, engaging slot 936,
Moving assembly 94, movable stand 941, movable block 942, mobile cylinder 943, mobile connecting rod 944, card fixing component 95, jamming seat 951,
Holding block 952 fixes groove 953, manipulator 10.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementation
Example is a part of the embodiment of the present invention, instead of all the embodiments.
The component for the embodiment of the present invention for usually describing and showing in attached drawing here can be with a variety of different configurations
To arrange and design.Therefore, the detailed description of the embodiment of the present invention provided in the accompanying drawings is not intended to limit below and is wanted
The scope of the present invention of protection is sought, but is merely representative of selected embodiment of the invention.
Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely to
Convenient for description the present invention and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation,
It is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " second ",
" third " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
Below with reference to shown in Fig. 1 to Figure 18, the embodiment of the invention provides a kind of mobile phone frame production technologies, including following step
It is rapid:
S1: metal strip is delivered to by feed mechanism 1 and is flattened at mechanism 2 by rolling, is continuously rolled by flattening mechanism 2
Metal strip is flat to the thickness needed；Wherein, raw material can also be tubing and profile other than being metal strip, meanwhile,
Its thickness of these raw material can be greater than the thickness of mobile phone metal edge frame, and therefore, it is necessary to be flattened by the rolling of the first step
To the thickness of needs；
S2: cutting connector, metal strip flatten after again by the work of soldering opening cutting mechanism 3 along metal strip it is staggered
The upper end and lower end cut out cut mouth and under cut mouth；
S3: molding, the metal strip after cutting continuously are rolled by shaping mechanism 4, and metal strip is processed camber knot
Structure；
S4: polishing aligning after metal strip roll forming, then passes through the hair on the polishing work removal metal strip of straightening mechanism 5
Thorn and impurity, and metal strip is aligned；
S5: punching, metal strip are conveyed to stamping die 6 after polishing aligning, are worked by stamping die 6 every adjacent
On cut mouth and under cut and carry out being stamped and formed out hole between mouth；
S6: cutting, the metal strip after punching are transported at cutting mechanism 7, then are worked by cutting mechanism 7 in each upper sanction
Notch cuts in mouth under and is cut, so that metal strip is cut into sectional moulding；
S7: the moulding after cutting is successively delivered at apparatus for bending 9 by bending, the work of transport establishment 8, passes through apparatus for bending
Every section of moulding is bent into rectangular frame structure by 9；
S8: discharging works finally by manipulator 10 and takes the metal frame after bending away.
It should be pointed out that raw material can be metal strip, it can also be with tubing or profile.
Specifically, when cutting connector in the S2, above cutting mouth and cutting the depth of cut of mouth under is metal strip thickness
The half of degree, and per cut on adjacent mouth and under cut the distance between mouth and be equal；Mouth company is cut under when above cutting mouth
It is just identical as metal strip thickness after the junction synthesis of two half thicknesses when connecing.
The feed mechanism 1 flattens mechanism 2, soldering opening cutting mechanism 3, shaping mechanism 4, polishing straightening mechanism 5, punching press
Mold 6 and cutting mechanism 7 are set gradually, and the apparatus for bending 9 is located at the side of cutting mechanism 7 and transport establishment 8 is located at bending
Between device 9 and cutting mechanism 7, the side of apparatus for bending 9 is arranged in the manipulator 10, and the soldering opening cutting mechanism 3 wraps
Include pedestal 31, shell 32, on cut component 33 and under cut component 34, the shell 32 is mounted between pedestal 31, it is described on
It cuts component 33 and cuts identical be centrosymmetric of 34 structure of component under and be arranged in shell 32, discharge is equipped in the pedestal 31
The lower part in channel 311, shell 32 is connected with discharging channel 311；When in use, feed mechanism 1 is first passed through to carry out metal strip
Feeding is flattened to metal strip and is formed arc-shaped edges by flattening mechanism 2, then by soldering opening cutting mechanism 3 in metal strip
Middle part constantly cut to form stair-stepping soldering opening, later, by 4 roller-compaction of shaping mechanism so that metal strip is in arc-shaped,
Again by polishing straightening mechanism 5 to being polished and being aligned now, the position by the fixed length on present of stamping die 6 is continuous
Hole is opened up, metal strip is cut into one section one section by cutting mechanism 7 later, the metal strip after transport establishment 8 will cut transports
To apparatus for bending 9, frame-shaped is bent by apparatus for bending 9, blanking is finally carried out by manipulator 10, wherein manipulator
10 use the prior art, and this will not be repeated here.
The feed mechanism 1 include mounting base 11, loading plate 12, position-limited rack 13,14, two feeding shafts 15 of feeding motor,
Two feeding gears 16 and two feed wheels 17, the mounting base 11 fix on the ground, the rotation of the loading plate 12 setting peace
It fills the upper end of seat 11 and is rotatablely connected between the two, the position-limited rack 13 is mounted on the upper end of loading plate 12 and between the two screw thread
Connection, the side of the loading plate 12 are equipped with fixing seat 18, and the upper end of the fixing seat 18 is equipped with upper flitch 19, two it is described on
Expect that axis 15 runs through upper flitch 19 and is both rotatablely connected with upper flitch 19, two feed wheels 17 are respectively sleeved at two feedings
On one end of axis 15, two feeding gears 16 are respectively sleeved at the other end of two feeding shafts 15 and two feeding gears 16 are mutual
Engagement, the feeding motor 14 are fixedly connected in horizontally disposed and feeding motor 14 with one end of one of feeding shaft 15；It will
Coiled metal strip is placed on loading plate 12, is worked by feeding motor 14 and feeding shaft 15 is driven to rotate, in two feeding teeth
The rotation of two 17 synchronous backwards of feed wheel is driven under the cooperation of wheel 16, and then metal strip is drawn, so that metal strip is to pressure
It is conveyed at flat mechanism 2.
The flattening mechanism 2 includes 23, three 24 and of position-limited wheel group of the gag lever post 22, two of mounting rack 21, two limited block
Six first adjusting components 25, two gag lever posts 22 are solid with mounting rack 21 in horizontally disposed and two gag lever posts 22 both ends
Fixed connection, two limited blocks 23 are symmetrical set and two adjacent sides of limited block 23 are equipped with half slot of limit, two limits
The side of block 23 is all provided with there are two mobile bar 26, and every side of the mounting rack 21 is all provided with that there are two be slidably matched with mobile bar 26
Moving hole, three position-limited wheel groups 24 are equally arranged and each position-limited wheel group 24 includes upper limit wheel 241 and lower limit wheel
242, the both ends of all lower limit wheels 242 are rotatablely connected with mounting rack 21, and six described first adjust component 25 averagely respectively
In the two sides of mounting rack 21 and the both ends of each upper limit wheel 241 are connect with one first adjusting component 25, the mounting rack
21 side is provided with the first driving assembly 27 for driving all position-limited wheel groups 24 to work；It is limited by two gag lever posts 22
The position that metal strip enters, then the position of metal strip is further limited by two limited blocks 23, then metal strip successively into
Three position-limited wheel groups 24 are crossed, are flattened metal strip by the roll-in of upper limit wheel 241 and lower limit wheel 242, are convenient for following process,
Wherein, the first driving assembly 27 is the prior art, i.e., drives three limits simultaneously by prior arts such as motor, gear, rack gears
Wheel group 24 rotates, and is common technology, this will not be repeated here, and the setting of mobile bar 26 can adjust distance between two limited blocks 23
Size, and then can be used in limiting various sizes of metal strip, increase use scope, described first to adjust component 25 include adjusting
Frame 251, adjusting block 252, adjusting rod 253 and fixed block 254 are saved, the adjusting bracket 251 is in be vertically arranged in the one of mounting rack 21
Side, and the upper end of adjusting bracket 251 is equipped with regulating tank 255, the adjusting block 252 is mounted in regulating tank 255 and adjusting block 252
Respectively with the two sides snug engagement of regulating tank 255, the fixed block 254 is in the slot for being horizontally set on regulating tank 255 at both ends
It is bolted to connection at mouthful and between fixed block 254 and adjusting bracket 251, the lower end of the adjusting rod 253 and adjusting block 252
Upper end be rotatably assorted, the middle part of the fixed block 254 is equipped with adjustment hole, and screw thread is matched between the adjusting rod 253 and adjustment hole
It closes；It by rotating adjusting rod 253 is able to drive fixed block 254 and moves in the vertical direction, and then drive and be firmly connected with it
Upper limit wheel 241 is adjusted on vertically reversely, so as to process to various sizes of metal strip, further increases
Use scope.
It includes cutting support block 331, cradle 332, support adjusting rod 333, cutting electronic push away that component 33 is cut on described
Bar 334 and crane 335, the cradle 332 is fixedly connected with shell 32 and the middle part of cradle 332 is equipped with and cuts regulating tank
255, it is described to cut the setting of support block 331 and cutting in regulating tank 255 and be slidably matched between the two, it is described to cut support block
331 upper end is equipped with support slot 337, and the support adjusting rod 333 runs through the lower part of cradle 332 and passes through screw thread between the two
Cooperation, the upper end of the support adjusting rod 333 is rotatablely connected with the lower end for cutting support block 331, described to cut electric pushrod 334
In the upper end for being vertically arranged in shell 32, the crane 335 is fixedly connected with the output end for cutting electric pushrod 334, described
The lower end of crane 335 is equipped with and cuts axis 338, and described cut is arranged with cutting knife 339 and driven gear 3310 on axis 338, institute
The upper end for stating crane 335, which is equipped with, cuts motor 3311 in horizontally disposed, and the output end for cutting motor 3311 is equipped with
Driving gear 3312 is connected between the driving gear 3312 and driven gear 3310 by chain drive；By cutting motor
3311 work drive driving gear 3312 to rotate, and under the transmission of chain, driving gear 3312 drives driven gear 3310 to rotate,
And then drive and cut axis 338 and the rotation of cutting knife 339, when being cut, lifting is pushed by cutting electric pushrod 334
It frame 335 and cuts sword and moves down, cut sword rotation and thin metal strip, then cut off at the middle part for thinning place, so that both ends
Welding ladder mouth can be formed, the scrap generated when cutting can be blocked in shell 32, and be concentrated by discharging channel 311
Discharge is handled, convenient for collecting.
The shaping mechanism 4 includes forming supporter 41 and several briquetting roller groups 42, several described briquetting roller groups 42 in etc.
The upper end of forming supporter 41 is arranged in spacing, and each briquetting roller group 42 is including upper briquetting roller 421 and lower briquetting roller 422, often
The both ends of a upper briquetting roller 421 are equipped with the second adjusting component 43, and described second, which adjusts component 43 and first, adjusts component
25 structure is identical and the second adjusting component 43 is fixedly connected with forming supporter 41, and the middle part of each upper briquetting roller 421 is all provided with
There is molding convex block 44, the middle part of each lower briquetting roller 422 is equipped with the shaping groove 45 matched with molding convex block 44, institute
The side of forming supporter 41 is stated equipped with the second driving assembly 46 for driving all briquetting roller groups 42 to work；Wherein, the second driving
Component 46 is identical as 27 structure of the first driving assembly, and using the prior art, this will not be repeated here, when work, by several at
Type wheel group 42 carries out roll-in to metal strip, meanwhile, by the cooperation of molding convex block 44 and shaping groove 45 gradually by metal strip roller
Pressure is in the arcuate structure needed.
The polishing straightening mechanism 5 includes clean-up frame 51 and aligning frame 52, and the clean-up frame 51 and aligning frame 52 are successively set
It sets in the end of forming supporter 41, the clean-up frame 51 is equipped with cleaning brush 53 and air jet pipe 54, and one end of the aligning frame 52 is set
There are support roller 55 and polishing motor 56, middle part of the two sides of the support roller 55 with the rotation connection of aligning frame 52 and support roller 55
Equipped with limiting slot 57, the polishing motor 56 is in set on the output end for be horizontally set on the top of support roller 55 and motor 56 of polishing
There is grinding wheel 58, the middle part of the grinding wheel 58 is equipped with polishing convex block 59；The effect of cleaning brush 53 is will to adhere on metal strip
Impurity brushes down, then is connect by air jet pipe 54 with air pump, blows to present, so that the impurity on metal strip is cleaned up, then
The rotation of grinding wheel 58 is driven to polish metal strip by the polishing work of motor 56, the hair generated during removal machine-shaping
Thorn, the middle part of the aligning frame 52, which sets to align there are three aligning lower whorl 510 and two, takes turns 511, three aligning lower whorls 510
Both ends be rotatablely connected with aligning frame 52, the both ends of wheel 511 are equipped with third and adjust component 512, institute on each aligning
It is identical as the first adjusting structure of component 25 to state third adjusting component 512, each middle part for aligning lower whorl 510 is equipped with strong
Straight groove 513, the middle part of wheel 511 is equipped with aligning convex block 514 on each aligning, and the side of the aligning frame 52, which is equipped with, to be used
In drive it is all aligning lower whorls 510 and aligning on wheel 511 rotation third driving assemblies 515,515 structure of third driving assembly with
The structure of first driving assembly 27 is identical, also realizes that this will not be repeated here using the prior art, is taken turns under 511 and aligning on aligning
The effect of wheel 510 is to align metal strip, consequently facilitating the contraposition during following process is accurate.
The stamping die 6 includes traction component 61 and three punch assemblies 62 being equally distributed, three punchings
The end of traction component 61 is successively equally arranged in pressure component 62, and each punch assembly 62 includes punch components
621, the upper of die holder 624 is arranged in fixation member 622, lower mold 623, die holder 624 and unfolded part 625, the lower mold 623
End and the both ends of lower mold 623 are equipped with the expansion mold 6257 hinged with it, and the unfolded part 625 is arranged in lower die holder
624 lower part and unfolded part 625 is matched with two expansion molds 6257, die holder 624 is arranged in the punch components 621
Upper end, there are two the settings of fixation member 622, and two fixation members 622 are symmetrical set in the two sides of punch components 621,
The upper end of the expansion mold 6257 and lower mold 623 is equipped with die cavity 6258, is equipped with discharge component 626 in the die holder 624；
By unfolded part 625 work can by the expansion mold 6257 of lower 623 two sides of mold be unfolded or pack up, expansion when
It waits, can be connect with other equipment and carry out continuous production, when packing up, punching mechanism can be used alone as, to metal hand
Machine frame carries out punching press, and in punching course, can be auxiliarily fixed by fixation member 622, fixes without artificial, eliminates peace
Full hidden danger, the setting of discharge component 626 are that the waste material for assisting generating punching press excludes, and can be avoided and cause blocking of waste materials, can
Concentration focuses on waste material, so that workshop condition is clean, will not cause to scratch to worker.
The unfolded part 625 includes 6252, two electric pushrod 6251, the first drive rod the second drive rods 6253 of expansion
With four deployment rods 6254, the expansion electric pushrod 6251 is in the lower end for being vertically arranged in die holder 624, first drive rod
6252 be mounted on expansion electric pushrod 6251 output end on, two the second drive rods 6253 respectively with the first drive rod 6252
Both ends are fixedly connected, and the end of each second drive rod 6253 is equipped with sliding shoe 6255, on the two sides side wall of the die holder 624
It is all provided with there are two sliding rail 6256, the sliding shoe 6255 is slidably matched with sliding rail 6256, four deployment rods 6254
Lower end is hinged with four sliding shoes 6255 respectively, and the upper end of four deployment rods 6254 is cut with scissors with corresponding expansion mold 6257 respectively
It connects；The first drive rod 6252 is pushed to move in the vertical direction by expansion electric pushrod 6251, the first drive rod 6252 can
Push two the second drive rods 6253 mobile, two the second drive rods 6253 move on sliding rail 6256 with movable slider block,
And make four deployment rods 6254 that two expansion molds 6257 be pushed to be rotated up in vertical transition, and then can be used as individually
Stamping equipment uses, if two expansion molds 6257 can work together all in level with other equipment, carries out assembly line work
Industry.
The upper end of each expansion mold 6257 is equipped with confinement block 6259, and the cross section of the confinement block 6259 is in L
Metal strip can be limited in die cavity 6258 by type, when two expansion 6257 states in a vertical shape of mold, two confinement blocks 6259
Lower end metallic mobile phone frame can be also limited in the die cavity 6258 of lower mold 623.
The punch components 621 include hydraulic part 6211, the first pressing block 6212 and the second pressing block 6213, described first
Punching press is mounted on the lower end of hydraulic part 6211 fastly, and the inner sidewall of the hydraulic part 6211 is equipped with punching press track 6214, the punching
Pressure track 6214 is equipped with the Punching slider 6215 being slidably matched with it, and second pressing block 6213 and Punching slider 6215 are solid
Fixed connection, the lower end of second pressing block 6213 are equipped with several staking punch 6216, in the die cavity 6258 of the lower mold 623
Equipped with the punching hole 6217 that several cooperate with staking punch 6216, the top of the punching press track 6214 is equipped with reset spring
6218, the lower end of the reset spring 6218 is fixedly connected with the upper end of Punching slider 6215；Hydraulic part 6211 is the prior art
In hydraulic device mostly use hydraulic device to be driven greatly when carrying out press work, power foot, effect is good, herein not
It repeats, is moved down by 6211 the first pressing block of Work Promote 6212 of hydraulic part, the first pressing block 6212 hits the second punching
Briquetting 6213, the second pressing block 6213 move down, and staking punch 6216 and punching hole 6217 cooperate the aperture on metal strip, it
Afterwards, by the effect of reset spring 6218 so that the second pressing block 6213 bounces, convenient for carrying out punching press, the second punching press of setting next time
The reason of block 6213, is, when it is used alone as stamping equipment, metallic mobile phone frame is rectangular configuration progress punching press, if first
Pressing block 6212 directly carries out punching press, can first destroy the top of frame.
Each fixation member 622 includes retraction slot 6221, fixed link 6222, compressed spring 6223 and elastomer block
6224, the lower end of 6213 side of the second pressing block is arranged in the retraction slot 6221, and the setting of compressed spring 6223 is being shunk
The slot bottom of slot 6221, the top of the fixed link 6222 is plugged in retraction slot 6221 and the upper end of fixed link 6222 and compression bullet
The lower end of spring 6223 is connected, and the lower end of fixed link 6222, the lower part shape of the elastomer block 6224 is arranged in the elastomer block 6224
Shape is matched with die cavity 6258；When the second 6213 downward punching press of pressing block, elastomer block 6224 is first contacted with metal strip, and then will
It is fixed in die cavity 6258, so that metal strip will not move when punching press, guarantees the accuracy of stamping position.
The discharge component 626 includes the first tapping channel 6261 and several second tapping channels 6262, several the
Two tapping channels 6262 are arranged at the top of die holder 624 and several second tapping channels 6262 and several punching holes 6217
It corresponds, first tapping channel 6261 is inclined to set in the lower part of die holder 624, and the first tapping channel 6261 is upper
Portion is connected with all second tapping channels 6262, and the top of first tapping channel 6261 is equipped with discharging shaft 6263, described
One end of discharging shaft 6263 is equipped with the discharge motor 6264 being firmly connected with it, and the discharging shaft 6263 is equipped with several discharges
Wheel 6265, several refuse rotors 6265 are corresponding with several second tapping channels 6262；The waste material that punching press generates can fall into the
In two tapping channels 6262, the discharge of the first tapping channel 6261 is being fallen into later, in order to avoid waste material causes the second tapping channel
6262 blockings, are worked by discharge motor 6264 and refuse rotor 6265 are driven to rotate, and waste material is driven quickly to move down.
The traction component 61 includes 611, two limitation bars 612 of hitch frame and two traction wheels 613, two limitation bars
612 are fixedly connected with hitch frame 611 in horizontally disposed and two limitation bars 612 both ends, the both ends of two traction wheels 613
Be rotatablely connected with hitch frame 611, the side of the hitch frame 611 is equipped with traction electric machine, the output end of the traction electric machine with
One of traction wheel 613 is fixedly connected；It is worked by motor and the traction metal strip of traction wheel 613 is driven to be conveyed.
The cutting mechanism 7 includes actuator 79, drive block 710 and cuts seat 711, and the setting of drive block 710 is being driven
The lower end of moving part 79, the lower section for cutting seat 711 and drive block 710 being set, it is described cut seat 711 be equipped with cut 71 He of slot
With cut the vertically disposed cutter groove 72 of slot 71, cutoff tool 73 is equipped in the middle part of the lower end of the drive block 710, the cutoff tool 73
Two sides are equipped with several telescopic chutes, and telescopic rod 75 is plugged in each telescopic chute, is arranged on each telescopic rod 75 crowded
Pressing spring 76, the two sides of the cutoff tool 73 are equipped with crushing block 77, the lower end of the crushing block 77 and corresponding telescopic rod 75
It is fixedly connected, the lower end of two crushing blocks 77 is equipped with extrusion lug 78；Actuator 79 uses hydraulic device in the prior art,
For the prior art, this will not be repeated here, provides power by actuator 79 and drive block 710 is moved down, 710 band of drive block
Dynamic cutoff tool 73 and two frame briquettings move down, the pressurization convex block of two 77 lower ends of crushing block first contacted with metal strip and by its
It is fixed, meanwhile, the shape of extrusion lug 78 is identical as the arcuate structure of metal strip upper end, then is cut by cutoff tool 73 to it
It is disconnected, metal strip deformation not will cause by the limitation of extrusion lug 78.
The transport establishment 8 includes transport motor 81, transport seat 82, transport block 83 and four screw rod slide units 84, the fortune
Transmission of electricity machine 81 is in the upper end for being vertically arranged in transport seat 82, and the transport block 83 is mounted on the output end of transport motor 81, and four
A screw rod slide unit 84 is circumferentially distributed in the side of transport block 83, and the lower end of each screw rod slide unit 84 is equipped with connecting plate 85, often
The lower end of a connecting plate 85 is equipped with rotary electric machine 86, and the output end of the rotary electric machine 86 is equipped with scroll chuck 87, each
The end of screw rod slide unit 84 is equipped with limit bucket 88；One end of metal strip is clamped by scroll chuck 87, then passes through screw rod slide unit
84 work drive scroll chuck 87 to extract metal strip out, and the work of rotary electric machine 86 drives metal strip to rotate 90 degree, then passes through transport
The work of motor 81 transports metal strip at apparatus for bending 9, and the work of screw rod slide unit 84 is by one end of metal strip at apparatus for bending 9
Conveying, metal strip first pass through limit bucket 88, carry out limit alignment.
The apparatus for bending 9 includes hold down assembly 91, runner assembly 92, fastener 93, moving assembly 94 and card fixing component
95, the fastener 93 is fixedly mounted on the upper end of runner assembly 92,91 sides for being arranged in runner assembly 92 that hold down assembly
Side and holding down assembly 91 is matched with fastener 93, and the moving assembly 94 is mounted on 92 side of runner assembly, the fixing group
Part 95 is mounted on the upper end of moving assembly 94 and card fixing component 95 is matched with fastener 93；When metal strip is transported to for and with card
94 Work Promote card fixing component 95 of moving assembly fixes metal strip when component 93 cooperates, then by holding down assembly 91 for metal strip
It is pressed on fastener 93, the work of runner assembly 92 drives fastener 93, card fixing component 95 to rotate and by metal strip bending, repeats
After work repeatedly, by metal strip bending rectangular frame-shaped.
The runner assembly 92 includes rotary cylinder 921, Rotational Cylindrical 922 and rotating block 923, and the rotary cylinder 921 is in
It is vertically arranged, the Rotational Cylindrical 922 is mounted on the output end of rotary cylinder 921, and the rotating block 923 is set in rotary cylinder
The top of 921 output ends, the fastener 93 are mounted on the upper end of Rotational Cylindrical 922, move Rotational Cylindrical by rotation cylinder work belt
922 and rotating block 923 rotate, and then drive card fixing component 95 and fastener 93 to rotate, while the two drives the metal strip clamped
Bending.
The fastener 93 includes interconnecting piece 931, holding section 932, engaging convex block 933 and top 934, the interconnecting piece
931 lower end is fixedly connected with the upper end of Rotational Cylindrical 922, and the holding section 932 is located at the upper end of interconnecting piece 931 and holding section
The U-shaped structure of 932 lateral wall, the engaging convex block 933 are arranged on the lateral wall of holding section 932, and the top 934 is located at
The upper end of holding section 932 is set on the lateral wall of the interconnecting piece 931 there are two jacking block 935, and two jacking blocks 935 are located at card
Close the upper and lower ends of convex block 933, and two jacking blocks 935 with engage between convex block 933 formation engaging slot 936；Engage convex block 933
Setting and the formation of engaging slot 936 be shape for fixing metal strip, avoid destroying metal during bending
The arc structure of item.
The moving assembly 94 include movable stand 941, movable block 942 and mobile cylinder 943, the one of the movable stand 941
End is fixedly connected with rotating block 923, and the movable block 942 is located at the top of movable stand 941 and movable stand 941 and movable block 942
Between set there are four mobile connecting rod 944, the lower end of four mobile connecting rods 944 is rotatablely connected with movable stand 941, four mobile companies
The upper end of bar 944 is rotatablely connected with movable block 942, and the rear end of the mobile cylinder 943 and movable stand 941 are hinged, mobile gas
The output end of cylinder 943 and one end of movable block 942 are hinged；Movable block 942 can be pushed in movement by the work of mobile cylinder 943
The upper end of frame 941 is mobile to drive card fixing component 95 mobile.
The card fixing component 95 includes jamming seat 951 and holding block 952, one end and the movable block 942 of the jamming seat 951
Be fixedly connected, the holding block 952 is mounted on the other end of jamming seat 951, one end of the holding block 952 be equipped with engage it is convex
The fixing groove 953 that block 933 matches；When fixed, drive 95 inclination movement of card fixing component by metal by moving assembly 94
Item is fixed, and can be pushed up metal strip when fixed, is that one end is jammed in the transmission process of metal strip, by its other end
It is conveyed to engaging component, the other end of metal strip may be offset downward under gravity a bit, in this way
Moving assembly 94 work, holding block 952, which can push metal strip to calibrate and enter upwards, fixes groove 953 and section and convex block
It is fixed, its position is fixed, is avoided in fixation procedure, metal strip offset is deformed when causing to squeeze fixed.
It is described to hold down assembly 91 including compressing sliding rail 911, compression cylinder 912, compact heap 913 and contact roller 914, the pressure
Tight sliding rail 911 is in horizontally disposed, and compresses sliding rail 911 and be equipped with the pressed slider 915 being slidably matched with it, the compression cylinder
912 are mounted on the one end for compressing sliding rail 911 and the output end of compression cylinder 912 is fixedly connected with pressed slider 915, the compression
Wheel 914 is mounted on one end of compact heap 913, and the side wall of the contact roller 914 is equipped with the compression matched with engaging convex block 933
Groove 916；It is slided on compressing track by 912 Work Promote compact heap 913 of compression cylinder, so that contact roller 914
One end and fastener 93 contradict, and then fastener 93 is in rotation, contact roller 914 can also be driven rotated and continued by
Metal strip is fixed therebetween.
Working principle: coiled metal strip is placed on loading plate 12, is worked by feeding motor 14 and is driven feeding shaft
15 rotations drive two 17 synchronous backward of feed wheel rotations under the cooperation of two feeding gears 16, and then carry out to metal strip
Traction, so that metal strip limits the position that metal strips enter by two gag lever posts 22, then pass through to conveying at mechanism 2 is flattened
Two limited blocks 23 further limit the position of metal strip, and then metal strip is successively into three position-limited wheel groups 24 are crossed, by upper
Metal strip is flattened in the roll-in of position-limited wheel 241 and lower limit wheel 242, drives driving gear 3312 by cutting the work of motor 3311
Rotation, under the transmission of chain, driving gear 3312 drives driven gear 3310 to rotate, and then drives and cut axis 338 and cut
Knife 339 rotates, when being cut, by cutting the promotion crane 335 of electric pushrod 334 and cutting sword to moving down
It is dynamic, it cuts sword rotation and thins metal strip, then cut off at the middle part for thinning place, so that both ends can form welding ladder mouth,
The scrap generated when cutting can be blocked in shell 32, and by discharging channel 311 concentrate discharge handled, several at
Type wheel group 42 carries out roll-in to metal strip, meanwhile, by the cooperation of molding convex block 44 and shaping groove 45 gradually by metal strip roller
Pressure is brushed down the impurity adhered on metal strip by cleaning brush 53 after molding in the arcuate structure needed, then passes through air jet pipe
54 connect with air pump, blow to present, so that the impurity on metal strip be cleaned up, then are driven and are beaten by the polishing work of motor 56
The rotation of emery wheel 58 polishes to metal strip, and the burr generated during removal machine-shaping is worked by motor and drives traction
613 traction metal strip of wheel is conveyed, and the work of unfolded part 625 can open up the expansion mold 6257 of lower 623 two sides of mold
It opens, is moved down by 6211 the first pressing block of Work Promote 6212 of hydraulic part, the first pressing block 6212 hits the second pressing block
6213, the second pressing block 6213 moves down, and staking punch 6216 and punching hole 6217 cooperate the aperture on metal strip, the second punching press
When 6213 downward punching press of block, elastomer block 6224 is first contacted with metal strip, and then is fixed in die cavity 6258, what punching press generated
Waste material can be fallen into the second tapping channel 6262, the discharge of the first tapping channel 6261 fallen into later, in order to avoid waste material causes
The blocking of second tapping channel 6262, is worked by discharge motor 6264 and refuse rotor 6265 is driven to rotate, and drives waste material quickly downward
Mobile, metal strip is transported at cutting mechanism 7, provides power by actuator 79 and drive block 710 is moved down, drive block
710 drive cutoff tools 73 and two frame briquettings move down, and the pressurization convex block of two 77 lower ends of crushing block is first contacted with metal strip
And be fixed, then it is cut off by cutoff tool 73, scroll chuck 87 clamps one end of metal strip, then sliding by screw rod
The work of platform 84 drives scroll chuck 87 to extract metal strip out, and the work of rotary electric machine 86 drives metal strip to rotate 90 degree, then passes through fortune
The work of transmission of electricity machine 81 transports metal strip at apparatus for bending 9, and the work of screw rod slide unit 84 is by one end of metal strip to apparatus for bending 9
Place's conveying, metal strip first pass through limit bucket 88, carry out the side for being moved to fastener 93 after limit alignment, pass through mobile cylinder
943 work can push movable block 942 mobile to drive card fixing component 95 is mobile to consolidate metal strip in the upper end of movable stand 941
Fixed, 912 Work Promote compact heap 913 of compression cylinder slides on compressing track so that one end of contact roller 914 with engage
Part 93 contradicts, and further fixes metal strip, moves Rotational Cylindrical 922 by rotation cylinder work belt and rotating block 923 rotates, and then band
Dynamic card fixing component 95 and fastener 93 rotate, while the two drives the metal strip bending clamped, and repeat to roll over the metal strip of cutting
After curved rectangular frame-shaped, manipulator 10 carries out blanking.
Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent
Pipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according to
So be possible to modify the technical solutions described in the foregoing embodiments, or to some or all of the technical features into
Row equivalent replacement；And these are modified or replaceed, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution
The range of scheme.
Claims (10)
1. a kind of mobile phone frame production technology, which comprises the following steps:
S1: metal strip is delivered to by feed mechanism (1) and is flattened at mechanism (2) by rolling, is continuously rolled by flattening mechanism (2)
Pressure is flat to the thickness needed by metal strip；
S2: cutting connector, and metal strip is worked by soldering opening cutting mechanism (3) staggered at it along metal strip again after flattening
Top and bottom cut out cut mouth and under cut mouth；
S3: molding, the metal strip after cutting continuously are rolled by shaping mechanism (4), and metal strip is processed into arcuate structure；
S4: polishing aligning after metal strip roll forming, then passes through the burr on polishing straightening mechanism (5) work removal metal strip
And impurity, and metal strip is aligned；
S5: punching, metal strip are conveyed to stamping die (6) after polishing aligning, are worked by stamping die (6) every adjacent
On cut mouth and under cut and carry out being stamped and formed out hole between mouth；
S6: cutting, the metal strip after punching are transported at cutting mechanism (7), then are worked by cutting mechanism (7) in each upper sanction
Notch cuts in mouth under and is cut, so that metal strip is cut into sectional moulding；
S7: the moulding after cutting is successively delivered at apparatus for bending (9) by bending, transport establishment (8) work, passes through apparatus for bending
(9) every section of moulding is bent into rectangular frame structure；
S8: discharging works finally by manipulator (10) and takes the metal frame after bending away.
2. a kind of mobile phone frame production technology according to claim 1, it is characterised in that: when cutting connector in the S2,
On cut mouth and under cut mouth depth of cut be metal strip thickness half, and per cut on adjacent mouth and under cut mouth
The distance between be equal.
3. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: the feed mechanism (1), pressure
Flat mechanism (2), soldering opening cutting mechanism (3), shaping mechanism (4), polishing straightening mechanism (5), stamping die (6) and cutting mechanism
(7) it sets gradually, the apparatus for bending (9) is located at the side of cutting mechanism (7) and transport establishment (8) is located at apparatus for bending (9)
Between cutting mechanism (7), side of manipulator (10) setting in apparatus for bending (9), the soldering opening cutting mechanism (3)
Including pedestal (31), shell (32), on cut component (33) and under cut component (34), the shell (32) is mounted on pedestal
(31) between, it is described on cut component (33) cut under component (34) structure it is identical be centrosymmetric be arranged in shell (32)
It is interior, discharging channel (311) are equipped in the pedestal (31), the lower part of shell (32) is connected with discharging channel (311).
4. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: feed mechanism (1) packet
Include mounting base (11), loading plate (12), position-limited rack (13), feeding motor (14), two feeding shafts (15), two feeding gears
(16) it is fixed on the ground with two feed wheels (17), the mounting base (11), loading plate (12) the rotation setting mounting base
(11) it upper end and is rotatablely connected between the two, the position-limited rack (13) is mounted on the upper end of loading plate (12) and between the two spiral shell
The side of line connection, the loading plate (12) is equipped with fixing seat (18), and the upper end of the fixing seat (18) is equipped with upper flitch (19),
Two feeding shafts (15) are run through upper flitch (19) and are both rotatablely connected with upper flitch (19), two feed wheels (17)
It is respectively sleeved on one end of two feeding shafts (15), two feeding gears (16) are respectively sleeved at the another of two feeding shafts (15)
One end and two feeding gear (16) intermeshings, the feeding motor (14) is in horizontally disposed and feeding motor (14) and wherein
One end of one feeding shaft (15) is fixedly connected.
5. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: flattening mechanism (2) packet
Include mounting rack (21), two gag lever posts (22), two limited blocks (23), three position-limited wheel groups (24) and six first adjusting components
(25), two gag lever posts (22) are fixedly connected with mounting rack (21) in horizontally disposed and two gag lever posts (22) both ends,
Two limited blocks (23) are symmetrical set and two adjacent sides of limited block (23) are equipped with half slot of limit, two limited blocks
(23) side is all provided with there are two mobile bar (26), and every side of the mounting rack (21) is all provided with that there are two slide with mobile bar (26)
The moving hole of cooperation, three position-limited wheel groups (24) are equally arranged and each position-limited wheel group (24) includes upper limit wheel
(241) with lower limit wheel (242), the both ends of all lower limit wheels (242) are rotatablely connected with mounting rack (21), and six described the
One adjust component (25) it is average respectively in the two sides of mounting rack (21) and the both ends of each upper limit wheel (241) with one first
Component (25) connection is adjusted, the side of the mounting rack (21) is provided with first for driving all position-limited wheel group (24) work
Driving assembly (27), described first, which adjusts component (25), includes adjusting bracket (251), adjusting block (252), adjusting rod (253) and consolidates
Determine block (254), the adjusting bracket (251) is in the side for being vertically arranged in mounting rack (21), and the upper end of adjusting bracket (251) is equipped with
Regulating tank (255), the adjusting block (252) be mounted in regulating tank (255) and the both ends of adjusting block (252) respectively with regulating tank
(255) two sides snug engagement, the fixed block (254) is in being horizontally set at the notch of regulating tank (255) and fixation
It is bolted to connection between block (254) and adjusting bracket (251), lower end and adjusting block (252) of the adjusting rod (253)
Upper end is rotatably assorted, and the middle part of the fixed block (254) is equipped with adjustment hole, screw thread between the adjusting rod (253) and adjustment hole
Cooperation.
6. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: cut component (33) on described
Including cutting support block (331), cradle (332), support adjusting rod (333), cutting electric pushrod (334) and crane
(335), the cradle (332) is fixedly connected with shell (32) and the middle part of cradle (332) is equipped with and cuts regulating tank
(255), described to cut support block (331) setting and cutting in regulating tank (255) and be slidably matched between the two, described cut is held
The upper end of tray (331) is equipped with support slot (337), lower part and the two of the support adjusting rod (333) through cradle (332)
Between by being threadedly engaged, the upper end of the support adjusting rod (333) is rotatablely connected with the lower end for cutting support block (331), institute
Stating and cutting electric pushrod (334) is in be vertically arranged in the upper ends of shell (32), the crane (335) and cuts electric pushrod
(334) output end is fixedly connected, and the lower end of the crane (335), which is equipped with, to be cut axis (338), described to cut on axis (338)
It is arranged with cutting knife (339) and driven gear (3310), the upper end of the crane (335), which is equipped with, cuts electricity in horizontally disposed
Machine (3311), the output end for cutting motor (3311) be equipped with driving gear (3312), the driving gear (3312) and
It is connected between driven gear (3310) by chain drive.
7. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: shaping mechanism (4) packet
Forming supporter (41) and several briquetting roller groups (42) are included, forming supporter is equally arranged in several described briquetting roller groups (42)
(41) upper end, each briquetting roller group (42) include upper briquetting roller (421) and lower briquetting roller (422), it is each it is described on
The both ends of briquetting roller (421) are equipped with the second adjusting component (43), and described second, which adjusts component (43), adjusts component with first
(25) structure is identical and the second adjusting component (43) is fixedly connected with forming supporter (41), each upper briquetting roller (421)
Middle part is equipped with molding convex block (44), is equipped in the middle part of each lower briquetting roller (422) and matches with molding convex block (44)
Shaping groove (45), the side of the forming supporter (41) is equipped with the second driving for driving all briquetting roller groups (42) work
Component (46).
8. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: the polishing straightening mechanism
It (5) include clean-up frame (51) and aligning frame (52), the clean-up frame (51) and aligning frame (52) are successively set on forming supporter (41)
End, the clean-up frame (51) is equipped with cleaning brush (53) and air jet pipe (54), and one end of aligning frame (52) is equipped with holding
Carrying roller (55) and polishing motor (56), the two sides of the support roller (55) are rotatablely connected with aligning frame (52) and support roller (55)
Middle part be equipped with limiting slot (57), it is described polishing motor (56) be in be horizontally set on support roller (55) top and polishing motor
(56) output end is equipped with grinding wheel (58), and the middle part of the grinding wheel (58) is equipped with polishing convex block (59), the aligning frame
(52) it sets to align there are three aligning lower whorl (510) and two in the middle part of and takes turns (511), the two of three alignings lower whorl (510)
End is rotatablely connected with aligning frame (52), and the both ends that (511) are taken turns on each aligning are equipped with third and adjust component (512),
Third adjusting component (512) is identical as the first adjusting structure of component (25), the middle part of each aligning lower whorl (510)
It is equipped with aligning groove (513), is taken turns on each aligning and is equipped with aligning convex block (514), the aligning frame in the middle part of (511)
(52) side is equipped with the third driving assembly for driving wheel (511) rotation on all alignings lower whorl (510) and aligning
(515)。
9. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: cutting mechanism (7) packet
It including actuator (79), drive block (710) and cuts seat (711), the drive block (710) is arranged in the lower end of actuator (79),
It is described to cut seat (711) setting in the lower section of drive block (710), it is described cut seat (711) be equipped with cut slot (71) and with sanction
The lower end middle part of grooving (71) vertically disposed cutter groove (72), the drive block (710) is equipped with cutoff tool (73), the cutoff tool
(73) two sides are equipped with several telescopic chutes, are plugged in each telescopic chute telescopic rod (75), on each telescopic rod (75)
Be arranged with and squeeze spring (76), the two sides of the cutoff tool (73) are equipped with crushing block (77), the crushing block (77) with it is right
The lower end for the telescopic rod (75) answered is fixedly connected, and the lower end of two crushing blocks (77) is equipped with extrusion lug (78).
10. a kind of mobile phone frame automatic production process according to claim 1, it is characterised in that: transport establishment (8) packet
Transport motor (81), transport seat (82), transport block (83) and four screw rod slide units (84) are included, the transport motor (81) is in vertical
It is arranged in the upper end of transport seat (82), the transport block (83) is mounted on the output end of transport motor (81), and four screw rods are sliding
Platform (84) is circumferentially distributed in the side of transport block (83), and the lower end of each screw rod slide unit (84) is equipped with connecting plate (85), often
The lower end of a connecting plate (85) is equipped with rotary electric machine (86), and the output end of the rotary electric machine (86) is equipped with scroll chuck
(87), the end of each screw rod slide unit (84) is equipped with limit bucket (88).
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| CN201910764152.1A CN110355536B (en) | 2019-08-19 | 2019-08-19 | Automatic production process of mobile phone frame |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910764152.1A CN110355536B (en) | 2019-08-19 | 2019-08-19 | Automatic production process of mobile phone frame |
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| CN110355536B CN110355536B (en) | 2021-05-04 |
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102825429A (en) * | 2012-09-06 | 2012-12-19 | 浙江科朗汽车配件有限公司 | Automatic punching machine for steel strip |
| CN102848136A (en) * | 2011-06-30 | 2013-01-02 | 福立旺精密机电(中国)有限公司 | Production method of stainless steel outer frame of mobile phone |
| CN103861939A (en) * | 2014-03-12 | 2014-06-18 | 上海斐菱机电设备制造有限公司 | Elevator door frame profile punching and roll bending production line |
| CN106826137A (en) * | 2017-03-28 | 2017-06-13 | 湖北美力防护设施科技有限公司 | The production method and system of section bar |
| CN109201877A (en) * | 2018-09-13 | 2019-01-15 | 江西晟威汽车零部件有限公司 | A kind of rolling profile machine |
| CN208527835U (en) * | 2018-07-18 | 2019-02-22 | 东莞市汇海鸿电子制品有限公司 | A kind of chip cooling fin continuous rolling former structure |
| KR20190049271A (en) * | 2017-11-01 | 2019-05-09 | 김천식 | Hopper making method and hopper manufactured using the same |
| CN209174761U (en) * | 2018-10-31 | 2019-07-30 | 惠州市诚业家具有限公司 | Guider and roller head machine |
-
2019
- 2019-08-19 CN CN201910764152.1A patent/CN110355536B/en active Active
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102848136A (en) * | 2011-06-30 | 2013-01-02 | 福立旺精密机电(中国)有限公司 | Production method of stainless steel outer frame of mobile phone |
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