CN202479795U - Full-automatic numerical control stainless-steel word surrounding machine - Google Patents
Full-automatic numerical control stainless-steel word surrounding machine Download PDFInfo
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- CN202479795U CN202479795U CN2011205573177U CN201120557317U CN202479795U CN 202479795 U CN202479795 U CN 202479795U CN 2011205573177 U CN2011205573177 U CN 2011205573177U CN 201120557317 U CN201120557317 U CN 201120557317U CN 202479795 U CN202479795 U CN 202479795U
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Abstract
The utility model discloses a full-automatic numerical control stainless-steel word surrounding machine, comprising a microcomputer control part, a feeding clamping part, a cutting tool part, a bending part, an automatic shearing part and a housing part. The full-automatic numerical control stainless-steel word surrounding machine is capable of machining and fabricating stainless steel profile advertisement words of different specifications, and machining materials with different thicknesses through adjustment by means of a movable clamping roller, solves the problem of unstable clamping through a lever clamping mechanism and realizes optional adjustment of the cutting depth through the dovetail adjustable structure of a tool rest assembly; besides, automatic feeding and low feeding error are realized through microcomputer control; double-face grooving is realized since a step motor is used for driving the tool rest assembly to rotate; arc folding accuracy is greatly improved by means of a servo motor through microtick arc folding; and automatic strip shearing is realized through microcomputer control.
Description
Technical field
The utility model belongs to the character enclosing machine field, relates in particular to a kind of stainless steel full-automatic numerical control character enclosing machine.
Background technology
The main application of character enclosing machine is to be used to process the advertisement word.Character enclosing machine on market major part is manually control before; Though automatically control character enclosing machine of part has been arranged now, have the curved arc precision not enough, clamp insecure, the feeding error big, rapidoprint thickness and the cutting depth fixing non-adjustable, can not cut various shortcomings such as material automatically.The utility model has been invented a kind of stainless steel full-automatic numerical control character enclosing machine that has overcome above shortcoming.
The utility model content
The purpose of the utility model provides a kind of stainless steel full-automatic numerical control character enclosing machine, with solve common character enclosing machine curved arc precision not enough, clamp insecure, the feeding error big, rapidoprint thickness and the cutting depth fixing non-adjustable, can not cut problem such as material automatically.
To achieve these goals, the technical scheme of the utility model is following:
A kind of stainless steel full-automatic numerical control character enclosing machine comprises system controlled by computer portion 1, material feed clamping portion 2, cutter portion 3, bending part 4, cuts off portion 5, casing portion 6 automatically, it is characterized in that,
1 the action of described system controlled by computer portion through industry control chip controls stepper motor 1, cylinder 1, cylinder 2 203, cylinder 3 301, stepper motor 2 302, cutter motor 306, servomotor 401, cylinder 501;
Described material feed clamping portion 2 is provided with lever clamp mechanism 204; In the both sides of lever clamp mechanism 204 one group of pinch roll is set respectively; The opposite side of one group of pinch roll is provided with 4 groups of nylon guide rollers 208 therein; Opposite side at another group pinch roll is provided with bending part 4, and the opposite side of described bending part 4 is provided with the portion of cutting off automatically 5.
Described lever clamp mechanism 204 is the hinge lever; Supporting trestle 2041 on the described lever clamp mechanism 204 is driven by cylinder 1; Supporting trestle 2041 is 2 groups of lever gusset pieces 2042 hinge joints together, and the end of described 2 groups of lever gusset pieces 2042 respectively utilizes rotating shaft to connect securing bracket 2043, and securing bracket 2043 connects clamping plates 210 and moving together with its maintenance through 2 coupling spindles 2044; Securing bracket 2043 adopts fluting clipping type structure, and clamping plate 210 is hinged on the clip slot support plate 205.
Described pinch roll comprise 2 cylinders 2 203 respectively drive activity pinch roll 206 be synchronized with the movement be used near or away from solid word steel rider 207; One side of each movable pinch roll 206 has solid word steel rider 207 correspondences respectively, Gu word steel rider 207 usefulness bearing fixing are rotated on body 209 and through being with synchronously by stepper motor one 201 drivings.
The outer surface of described movable pinch roll 206 processes 45 ° of reticulate patterns, and described movable pinch roll 206 uses T profile shaft bearing to be connected on the slideway of body 9.
The described cutter 308 that is positioned at the cutter portion 3 of material feed clamping portion 2 tops is rotated through being with 309 drives synchronously by cutter motor 306 synchronously; Cutter 308 and cutter motor 306 are fixed on the gear 2 305 by cutter holder assembly 307; Stepper motor 2 302 drives fixed gear 2 305 through driving gear set and rotates synchronously with toolbox 307, makes toolbox 307 drive cutter 308 and moves in a circle; Described stepper motor 2 302 and driving gear set thereof are fixed on straight line side's rail 303, and straight line side's rail 303 is installed on the line slideway of body 310, are driven by cylinder 3 301 and on guide rail, slide;
Servomotor 401 gear shaft 409 of described bending part 4; Gear shaft 409 drives cog, and group 404 drives location-plate 406 respectively with lower tooth wheels 408 and following location-plate 403 rotates synchronously; Last location-plate 406 and following location-plate 403 and folding arc plate 405 back of pegging graft drives 405 rotations of folding arc plates, and cylinder 407 promotes folding arc plates 405 and moves back and forth being used for folding arc plate 405 is inserted upward location-plate 406 and following location-plate 403 or therefrom extracts;
The described cylinder 501 of cutting off portion 5 automatically connects and promotion wedge 503 moves up and down in cutting off portion's body 510 automatically, and shearing blade 502 is positioned at cuts off portion's body 510 lower ends automatically;
Described material feed clamping portion 2, cutter portion 3, bending part 4 and cut off portion 5 automatically and be fixedly mounted in the casing portion 6.
Described gear 1, gear 2 305, lower tooth wheels 408 and the group 404 that cogs are high accuracy gear honing gear.
Described cutter portion body 310 is formed by fixedly connecting with upper cover plate 312 two bearings 311.
The junction of described cutter holder assembly 307 adopts adjustable structure to connect; Knife rest connecting plate 3072 adopts adjustable elliptical aperture to connect, and knife rest connecting plate 3072 adopts the adjustable connection knife rest of dovetail groove support plate 3073 and passes through the front and back position of dovetail guide fine setting knife rest support plate 3073.，
Described folding arc plate 405 adopts little bat formula to rotate, and the angle of described folding arc plate 405 has arc transition.
Described bending main body 410 is fixed on the equipment mounting plate of casing portion 6 through stopper slot.
Described casing portion's 6 employing cold-rolled steel sheet bendings making also are provided with ventilating heat dissipating hole, the casing portion fixing block device mounting plate in 6 end faces surface.
The utlity model has following good effect and advantage:
Can be directed against different size bar section of stainless steel advertisement word processing and fabricating, the thickness of the adjusting adaptation material through movable pinch roll makes through lever clamp mechanism to clamp firmly, through the dovetail groove adjustable structure regulated at will cutting depth of cutter holder assembly; Through system controlled by computer can self-feeding and the feeding error little; Drive the cutter holder assembly rotary cutter through stepper motor and realized double surface grooving; Carry out little bat formula folding arc through servomotor and improved folding arc precision; Realize automatic shear band material through system controlled by computer.
Description of drawings
Fig. 1 is the outfit of equipment stereogram of the utility model;
Fig. 2 is the material feed clamping portion structural representation of the utility model;
Fig. 3 is the cutter portion structural representation of the utility model;
Fig. 4 is the bending part structural representation of the utility model;
Fig. 5 is the bending main part structural representation of the bending part of the utility model;
Fig. 6 is the portion of cutting off the automatically schematic perspective view of the utility model;
Fig. 7 is the lever clamp mechanism structural representation of the utility model;
Fig. 8 is that the lever clamp mechanism A of the utility model is to view;
Fig. 9 cuts off preceding cross-section structure for the portion of cutting off automatically of the utility model;
Figure 10 is the cross-section structure after the portion of cutting off automatically of the utility model;
Figure 11 is the bending part work pre-structure position view of the utility model;
Figure 12 is a locations of structures structural representation in the bending part work of the utility model;
Figure 13 is the cutter holder assembly structural representation of the cutter portion of the utility model;
Numbering explanation among the figure:
1: microcomputer control unit? 2: Feeding clamp portion? 3: Tool Department? 4: Bending department? 5: Auto-cut portion? 6: cabinet department? 201: stepper motor one? 202: Cylinder one? 203: cylinder two? 204: Lever clamping mechanism? 205: Grooving support plate? 206: Activities pinch roller? 207: solid steel roller word? 208: Nylon guide rollers? 209: body? 210: clamping plates 2041: supporting fork? 2042: Leveraged gussets? 2043: Fastening bracket? 2044: connecting shaft? 301: Cylinder three? 302: stepper motor two? 303: straight side rails? 304: Gear one? 305: Gears two? 306 : Tool Motor? 307: carriage assembly? 3071: motor bracket? 3072: turret plate? 3073: turret support plate? 308: Tool? 309: Timing? 310: Tool Division body? 311: Supports? 312 : the cover? 401: servo motor? 402: bearing seat? 403: Next positioning plate? 404: Upper gear set? 405: folding arc board? 406: on the positioning plate? 407: Cylinder? 408: The next gear? 409 : gear shaft? 410: Bending the body? 501: Cylinder? 502: Cut the knife? 503: Wedge? 510: Cut the Department of the body? 7: strip
The specific embodiment
A kind of stainless steel full-automatic numerical control character enclosing machine referring to accompanying drawing 1, comprises system controlled by computer portion 1, material feed clamping portion 2, cutter portion 3, bending part 4, cuts off portion 5, casing portion 6 automatically; Material feed clamping portion, cutter portion, bending part and automatically the portion of cutting off be fixedly mounted in the casing portion.
1 the action of described system controlled by computer portion through industry control chip controls stepper motor 1, cylinder 1, cylinder 2 203, cylinder 3 301, stepper motor 2 302, cutter motor 306, servomotor 401, cylinder 501; This part technology is not described further for existing known technology.
Referring to accompanying drawing 2, described material feed clamping portion 2 is provided with lever clamp mechanism 204, in the both sides of lever clamp mechanism 204 one group of pinch roll is set respectively, and the opposite side of one group of pinch roll is provided with 4 groups of nylon guide rollers 208 therein.Nylon guide roller 208 is used for smooth band material and adjustment feedstock direction.Opposite side at another group pinch roll is provided with bending part 4, and the opposite side of described bending part 4 is provided with the portion of cutting off automatically 5.Described pinch roll comprises that 2 cylinders 2 203 connect 2 movable pinch rolls 206 respectively; 2 cylinder drive activity pinch rolls 206 be synchronized with the movement be used near or away from solid word steel rider 207; One side of each movable pinch roll 206 has solid word steel rider 207 correspondences respectively, Gu word steel rider 207 usefulness bearing fixing are rotated on body 209 and through being with synchronously by stepper motor one 201 drivings.After the band material is clamped by solid word steel rider 207 and movable pinch roll 206, through the rotation feeding of solid word steel rider 207.The outer surface of movable pinch roll 206 processes 45 ° of reticulate patterns and is used to increase frictional force; Described movable pinch roll 206 uses T profile shaft bearing to be connected on the slideway of body 9; Guaranteed the clamping track of movable pinch roll; This kind design has improved the precision of clamping force and feed length greatly, and the clamping force of having avoided aluminium section bar character enclosing machine mechanical grip of success is not enough, clamps the phenomenon that band material torsional deformation that dislocation causes and feeding are inaccurate, lose the step.
Referring to accompanying drawing 7 and 8; Supporting trestle 2041 on the described lever clamp mechanism 204 is driven by cylinder 1; Supporting trestle 2041 is with 2042 hinge joints of 2 groups of lever gusset pieces; The end of described 2 groups of lever gusset pieces 2042 respectively utilizes rotating shaft to connect securing bracket 2043, and securing bracket 2043 connects clamping plate 210 and moving together with its maintenance through 2 coupling spindles 2044, and clamping plate 210 is hinged on the clip slot support plate 205.The supporting trestle 2041 of pull lever clamp mechanism when cylinder one 202 backhauls after the leverage interlock, makes two clamping plate 210 perks, unclamps the band material; When cylinder one 202 processes, promote the supporting trestle 2041 of lever clamp mechanism 204; Two clamping plates 210 are drawn close to clip slot support plate 205; To be with material to compress; This kind structure reliable clamping has simultaneously also improved strip material self rigidity, has avoided the clamping of aluminium section bar equipment unreliable, has occurred the shortcoming of vibration, the bad control of cutting groove depth during cutting.Securing bracket 2043 adopts fluting clipping type structure, makes the assembling adjustment simpler and easy.
Referring to accompanying drawing 3, the described cutter 308 that is positioned at the cutter portion 3 of material feed clamping portion 2 tops is rotated through being with 309 drives synchronously by cutter motor 306 synchronously.Cutter 308 and cutter motor 306 are fixed on the gear 2 305 by cutter holder assembly 307; Stepper motor 2 302 drives fixed gear 2 305 through driving gear set and rotates synchronously with toolbox 307; Making toolbox 307 drive cutter 308 moves in a circle; Two-sided grooving is realized in the position of adjustment cutter 308; Described stepper motor 2 302 and driving gear set thereof are fixed on straight line side's rail 303, and straight line side's rail 303 is installed on the line slideway of body 310, are driven by cylinder 3 301 and on guide rail, slide, and drive cutter 308 indirectly and move up and down.Cutter 308 adopts stainless steel special-purpose coat cutter, is done rectilinear motion by cutter holder assembly 307 bands again after it is driven in rotation, and carries out grooving work.Described cutter portion body 310 is formed by fixedly connecting with upper cover plate 312 two bearings 311, improves the rigidity of cutter portion 3, the vibrations when avoiding cutter 308 work, and noise lowers than aluminium strip equipment significantly.
Referring to accompanying drawing 13, cutter holder assembly 307 adopts the high-strength aluminium alloy plate material, has reduced own wt significantly; Its junction adopts adjustable structure to connect, and knife rest connecting plate 3072 adopts adjustable elliptical aperture to connect, be used to adjust connect cutter motor 306 and cutter 308 synchronously with 309 degree of tightness; Knife rest connecting plate 3072 adopts the adjustable connection knife rest of dovetail groove support plate 3073 and passes through the front and back position of dovetail guide fine setting knife rest support plate 3073.The dovetail guide design of C616 compound tool rest is quoted in the adjustable connection of described dovetail groove; Front and back position through fine thread fine setting knife rest support plate 3073; Control the depth of cut of cutter; Realize the free adjustment of the cutting depth and the precision of the depth, and avoided the time-consuming and unstability of adjusting of the aluminium strip equipment grooving depth.The NSK high-speed bearing is adopted at cutter 308 two ends, has guaranteed cutter high speed stability of rotation
Referring to attaching Figure 4 and 5; Servomotor 401 gear shaft 409 of described bending part 4; Gear shaft 409 drives cog, and group 404 drives location-plate 406 respectively with lower tooth wheels 408 and following location-plate 403 rotates synchronously; Last location-plate 406 and following location-plate 403 and folding arc plate 405 back of pegging graft drives 405 rotations of folding arc plates, and cylinder 407 promotes folding arc plates 405 and moves back and forth being used for folding arc plate 405 is inserted upward location-plate 406 and following location-plate 403 or therefrom extracts.Servomotor 401 is fixed on the supporting base 402, and supporting base 402 gives servomotor 401 enough supporting forces, the stability when guaranteeing servomotor work.Referring to accompanying drawing 11 and 12, folding arc plate 405 adopts little bat formula to rotate.The band material is admitted to bending main body 410, sees off by folding arc part from another section, and servomotor 401 is received the folding arc signal of system controlled by computer portion 1, and driving folding arc plate 405 is that the intermittent band that promotes in the center of circle is expected the 7 outer surface distortion along bending main body 410 with the center of cylinder 407.According to bounce-stop-mode of bouncing will change the curved arc shape of band material 7.After accomplishing this part curved arc distortion, folding arc plate 405 is driven by cylinder 407 and extracts down location-plate 403, vacating space; Continue feeding; After the feeding, folding arc plate 405 is driven by cylinder 407 and inserts location-plate 403 down, and servomotor 401 is received the folding arc signal of system controlled by computer portion 1; Repeat above-mentioned steps and roll over arc, realize that little bat folding arc → return → cylinder unclamps → stepper motor feeding → cylinder clamping → a series of action of little bat folding arc.Little bat formula folding arc structure makes the making of advertisement word more accurate; It is simpler and easy to make processing. and with aluminium strip material apparatus in comparison, the variation of matter has taken place more little bat formula folding arc structure: aluminium strip material angle-bending device adopts miniature bearing as the bent angle body, uses number of bearings big; Dead eye is difficult to processing; And it is to utilize bearing outer ring rolling-type folding arc, bent angle, can't overcome the yield strength of stainless steel band material and the resilience of band material, can't realize the making of stainless steel advertisement word.The angle of described folding arc plate 405 has arc transition, has avoided the scuffing on stainless steel band material surface.
Referring to accompanying drawing 6,9 and 10, the described cylinder 501 of cutting off portion 5 automatically connects and promotion wedge 503 moves up and down in cutting off portion's body 510 automatically, and shearing blade 502 is positioned at cuts off portion's body 510 lower ends automatically; Cylinder 501 processes promote wedge 503 and move down drive shearing blade 502 sword teeth closure, by shearing blade bar section of stainless steel are realized cutting off, and the thickness that cuts off material passes through to finely tune the size that the gap is cut off in control, does not have burr to guarantee the bar section of stainless steel section.Cylinder 501 backhauls, pulling wedge 503 moves up, and it is sword tooth released state that shearing blade 502 recovers normal state through restoring spring.
Described gear 1, gear 2 305, lower tooth wheels 408 and the group 404 that cogs are high accuracy gear honing gear, guarantee that transmission is accurate.
Described casing portion's employing cold-rolled steel sheet bending making also is provided with ventilating heat dissipating hole.Casing portion adopts 1 ㎜ cold-rolled steel sheet, and bending is made, and surface plastic spraying is handled, and each corner angle all adopts round-corner transition, and casing portion design ventilation and heat is guaranteed the heat radiation of electrical equipment.
The workflow of the utility model equipment is:
The stainless steel band material utilizes the feedstock direction of nylon roller correcting band material through nylon roller 208.Cylinder 2 203 is received the gap signal of system controlled by computer portion; Promotion activity pinch roll 206 separates 10mm with solid word steel rider 207; After the band material gets into first group of pinch roll; Cylinder 2 203 is received the clamping signal of system controlled by computer portion, promotion activity pinch roll 206 to solid word steel rider 207 near, will be with through first group of pinch roll and to expect firm grip.After the band material was clamped, steel rod 207 rotated stepper motor 1 through driving fixedly synchronously, will be with material to deliver to grooving and clamp in the support plate 205.Cylinder 1 is received the returned signal of microcomputer portion, drives lever clamp mechanism 204 and will be with material fastening through clamping plate 210 and grooving support plate.Band material clamped fastening after, microcomputer portion gives stepper motor 2 302 signals, stepper motor 2 302 utilizes gear honing high class gear 1 and gear honing high class gear 2 305 that cutter 306 is turned to Working position accurately; Microcomputer portion further gives cutter motor 306 and cylinder 3 301 signals, and cylinder promotes straight line side's rail 303 drive cutters 306 and moves reciprocatingly, and cutter motor 306 drives the cutter rotation and does grooving processing.After band material grooving finished, cylinder 1 was received the process signals of microcomputer portion, clamped support plate 205 through drive mechanism control grooving and unclamped the band material, and the band material gets into second group of pinch roll, and is sent in the bending main body 410 of bending part by second group of pinch roll.
This moment, cylinder 407 was received the signal of microcomputer portion 1, will roll over the arc plate and insert accurately in location-plate 406 and the following location-plate 403.Servomotor 401 is received the signal of microcomputer portion 1, gives the lower tooth wheels 408 and the group 404 that cogs through gear shaft 409 with transmission of power, and lower tooth wheels 408 drive locating piece 403 down, and the group that cogs 404 drives and goes up locating piece 406, and locating piece rotates synchronously up and down.Locating piece drives folding arc plate 405, under programming system control, realizes rolling over accurately a series of activities such as arc, bent angle.Folding arc plate 405 adopts little bat formula folding arc, under the enough power of bouncing of servomotor 401, overcomes the yield strength of stainless steel band material, in Software Design, fully takes into account the springback factor of stainless band material.Repeating little bat folding arc → return → cylinder unclamps → stepper motor feeding → cylinder clamping → a series of action of little bat folding arc after, the work of folding arc is accomplished.
After the work of folding arc was accomplished, the band material was admitted to the portion of cutting off automatically 5.Cylinder 501 is received the signal of microcomputer portion 1, and process promotes wedge 503 and drives shearing blade 502, and is realized cutting off by 502 pairs of stainless steel band material of shearing blade, cuts off the size in gap through fine setting control, does not have burr to guarantee the bar section of stainless steel section.
The band material is cut off the whole work in back and is promptly accomplished.
Claims (10)
1. a stainless steel full-automatic numerical control character enclosing machine comprises system controlled by computer portion (1), material feed clamping portion (2), cutter portion (3), bending part (4), cuts off portion (5), casing portion (6) automatically, it is characterized in that,
Described system controlled by computer portion (1) is through the action of industry control chip controls stepper motor one (201), cylinder one (202), cylinder two (203), cylinder three (301), stepper motor two (302), cutter motor (306), servomotor (401), cylinder (501);
Described material feed clamping portion (2) is provided with lever clamp mechanism (204); In the both sides of lever clamp mechanism (204) one group of pinch roll is set respectively; The opposite side of one group of pinch roll is provided with 4 groups of nylon guide rollers (208) therein; Opposite side at another group pinch roll is provided with bending part (4), and the opposite side of described bending part (4) is provided with the portion of cutting off automatically (5);
The described cutter (308) that is positioned at the cutter portion (3) of material feed clamping portion (2) top drives rotation synchronously by cutter motor (306) through being with (309) synchronously; Cutter (308) and cutter motor (306) are fixed on the gear two (305) by cutter holder assembly (307); Stepper motor two (302) drives fixed gear two (305) and toolbox (307) rotation synchronously through driving gear set, makes toolbox (307) drive cutter (308) and moves in a circle; Described stepper motor two (302) and driving gear set thereof are fixed on straight line side's rail (303), and straight line side's rail (303) is installed on the line slideway of body (310), are driven by cylinder three (301) and on guide rail, slide;
Servomotor (401) gear shaft (409) of described bending part (4); Gear shaft (409) drives the group (404) that cogs and drives location-plate (406) and the synchronous rotation of following location-plate (403) respectively with lower tooth wheels (408); Folding arc plate (405) is pegged graft with last location-plate (406) all the time; Cylinder (407) promotes folding arc plate (405) and moves back and forth being used for and be inserted into down location-plate (403) or therefrom extract, and drive was rolled over arc plate (405) and rotated after last location-plate (406) and following location-plate (403) were pegged graft with folding arc plate (405);
The described cylinder (501) of cutting off portion (5) automatically connects and promotion wedge (503) moves up and down in cutting off portion's body (510) automatically, and drive shearing blade (502) is cut off, and described shearing blade (502) is positioned at cuts off portion's body (510) lower end automatically;
Described material feed clamping portion (2), cutter portion (3), bending part (4) and cut off portion (5) automatically and be fixedly mounted in the casing portion (6).
2. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1; It is characterized in that; Described lever clamp mechanism (204) is the hinge lever; Supporting trestle (2041) on the described lever clamp mechanism (204) is driven by cylinder one (202); Supporting trestle (2041) 2 groups of lever gusset pieces (2042) hinge joint together, the end of described 2 groups of lever gusset pieces (2042) respectively utilizes rotating shaft to connect securing bracket (2043), and securing bracket (2043) connects clamping plate (210) and moving together with its maintenance through 2 coupling spindles (2044); Securing bracket (2043) adopts fluting clipping type structure, and clamping plate (210) is hinged on the clip slot support plate (205).
3. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1; It is characterized in that; Described pinch roll comprise 2 cylinders two (203) respectively drive activity pinch roll (206) with moved further be used near or away from solid word steel rider (207); One side of each movable pinch roll (206) has solid word steel rider (a 207) correspondence respectively, Gu word steel rider (207) upward and through being with synchronously by stepper motor one (201) drives rotation with bearing fixing at body (209).
4. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 3; It is characterized in that; The outer surface of described movable pinch roll (206) processes 45 ° of reticulate patterns, and described movable pinch roll (206) uses T profile shaft bearing to be connected on the slideway of body (209).
5. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1 is characterized in that, described gear one (304), gear two (305), lower tooth wheels (408) and the group (404) that cogs are high accuracy gear honing gear.
6. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1 is characterized in that described cutter portion's body (310) is formed by fixedly connecting two bearings (311) and upper cover plate (312).
7. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1; It is characterized in that; The junction of described cutter holder assembly (307) adopts adjustable structure to connect; Knife rest connecting plate (3072) adopts adjustable elliptical aperture to connect, and knife rest connecting plate (3072) adopts dovetail groove adjustable connection knife rest support plate (3073) and passes through the front and back position of dovetail guide fine setting knife rest support plate (3073).
8. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1 is characterized in that, described folding arc plate (405) is pasting bending main body (410) and carrying out little bat formula rotation, and the angle of described folding arc plate (405) has arc transition.
9. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 8 is characterized in that described bending main body (410) is fixed on the equipment mounting plate of casing portion (6) through stopper slot.
10. a kind of stainless steel full-automatic numerical control character enclosing machine as claimed in claim 1 is characterized in that, described casing portion (6) adopts the cold-rolled steel sheet bending to make and be provided with ventilating heat dissipating hole, casing portion (6) the fixing block device mounting plate in end face surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205573177U CN202479795U (en) | 2011-12-28 | 2011-12-28 | Full-automatic numerical control stainless-steel word surrounding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205573177U CN202479795U (en) | 2011-12-28 | 2011-12-28 | Full-automatic numerical control stainless-steel word surrounding machine |
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| Publication Number | Publication Date |
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| CN202479795U true CN202479795U (en) | 2012-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205573177U Expired - Fee Related CN202479795U (en) | 2011-12-28 | 2011-12-28 | Full-automatic numerical control stainless-steel word surrounding machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056663A (en) * | 2012-12-27 | 2013-04-24 | 潍坊奥凯数控设备有限公司 | Word bending machine |
| CN104028594A (en) * | 2014-06-27 | 2014-09-10 | 潍坊翰顿数控设备有限公司 | Character sideband forming and character surrounding all-in-one machine and character sideband forming method |
| CN104227416A (en) * | 2014-08-25 | 2014-12-24 | 潍坊奥凯数控设备有限公司 | Character bending machine |
| CN105479180A (en) * | 2014-09-30 | 2016-04-13 | 上海梅山钢铁股份有限公司 | Steel strip shearing machine |
| CN107176457A (en) * | 2017-07-13 | 2017-09-19 | 哈尔滨工业大学深圳研究生院 | A kind of milling robot Automatic-feeding and feeding device |
-
2011
- 2011-12-28 CN CN2011205573177U patent/CN202479795U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103056663A (en) * | 2012-12-27 | 2013-04-24 | 潍坊奥凯数控设备有限公司 | Word bending machine |
| CN104028594A (en) * | 2014-06-27 | 2014-09-10 | 潍坊翰顿数控设备有限公司 | Character sideband forming and character surrounding all-in-one machine and character sideband forming method |
| CN104028594B (en) * | 2014-06-27 | 2015-12-09 | 潍坊翰顿数控设备有限公司 | A kind of word sideband is shaping encloses word all-in-one and word sideband forming method |
| CN104227416A (en) * | 2014-08-25 | 2014-12-24 | 潍坊奥凯数控设备有限公司 | Character bending machine |
| CN105479180A (en) * | 2014-09-30 | 2016-04-13 | 上海梅山钢铁股份有限公司 | Steel strip shearing machine |
| CN105479180B (en) * | 2014-09-30 | 2017-09-12 | 上海梅山钢铁股份有限公司 | A kind of steel band is cut |
| CN107176457A (en) * | 2017-07-13 | 2017-09-19 | 哈尔滨工业大学深圳研究生院 | A kind of milling robot Automatic-feeding and feeding device |
| CN107176457B (en) * | 2017-07-13 | 2022-12-27 | 哈尔滨工业大学深圳研究生院 | Automatic feeding and taking device of polishing robot |
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