CN204123092U - Character enclosing machine - Google Patents
Character enclosing machine Download PDFInfo
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- CN204123092U CN204123092U CN201420501382.1U CN201420501382U CN204123092U CN 204123092 U CN204123092 U CN 204123092U CN 201420501382 U CN201420501382 U CN 201420501382U CN 204123092 U CN204123092 U CN 204123092U
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- bistrique
- milling
- plate
- guide shaft
- enclose
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Abstract
The utility model provides a kind of character enclosing machine, comprise workbench substrate, described workbench substrate is provided with feed arrangement, the middle part of described feed arrangement is provided with milling attachment, the outlet side of described feed arrangement is provided with arc-bending device, it is characterized in that: the angle mill apparatus being provided with grinding sheet material between the inlet side of described feed arrangement and milling attachment.It is high that advantage of the present utility model comprises sheet material adaptability, can adapt to the sheet material of different hardness and toughness, can process the sheet material of the high hardness high toughness such as corrosion resistant plate, enclose bend diameter little, the sheet material flanging angle of formation is sharp keen, and final finished aesthetics is high, milling cutter dismounting is simple, changes and safeguards easily.
Description
Technical field
The utility model relates to sheet metal bending and encloses word field, specifically, is a kind of character enclosing machine making stereo luminous character.
Background technology
Stereo luminous character is the common form that businessman is used as advertising, and it has specious top grade, lower-cost advantage, so become the first-selection that businessman in recent years does advertising.The groundwork making stereo luminous character word limit is exactly surrounding edge, and surrounding edge mainly comprises flanging and bending.Traditional bending, by making by hand, is difficult to guarantee and encloses word quality and efficiency is low, so replaced by character enclosing machine gradually.Character enclosing machine comprises the parts such as feed arrangement, bending device and milling attachment, and current stereo luminous character enclosing machine has following defect:
1, sheet material bad adaptability, to sheet material hardness and toughness reguirements higher.Tradition character enclosing machine encloses angle coupling plate only by two of bending device and rotates bending sheets, respond well to normal thin aluminium sheet, but being then difficult to reach good bending for the sheet material that the hardness such as thicker sheet material or corrosion resistant plate are higher and thick again encloses word effect.Because the hardness such as thicker sheet material or corrosion resistant plate and the high sheet material of toughness more difficult bending, not easy-formation when bending.Industry needs a kind ofly can to process the hardness such as thicker sheet material and corrosion resistant plate and the high sheet material of toughness, to the adaptable equipment of sheet material, to realize broader range of application, better word effect is enclosed in bending.
2, enclose curved radius excessive, the bending circle that sheet material is bent to form is blunt, not sharp keen, and final finished aesthetics is poor.The bending device of current character enclosing machine comprises two and encloses angle coupling plate, encloses angle coupling plate rotate by driven by servomotor.Two are enclosed angle coupling plate is relatively-stationary, can not move up and down, can only enclose angle coupling plate make synchronous rotary together by driven by servomotor two, sheet material extend out to two via discharging opening assembly and encloses in the middle of angle coupling plate, two are enclosed angle coupling plate holder and hold sheet material rotation, and what form sheet material encloses bending edge.Because two are enclosed angle coupling plate and clamp sheet material and rotate simultaneously, one must be had to enclose angle coupling plate and be positioned at and enclose curved inner side, the crooked process radius that sheet material is bent is larger, the angle formed is very round blunt, sharp keen not, this also causes the final luminous stereo word outward appearance formed relatively round more blunt, and aesthetics is poor.
3, character enclosing machine requires high to sheet metal thickness, and accommodation is little.Tradition character enclosing machine must use the sheet material of certain thickness scope, can not adapt to the sheet material of different-thickness.The feed arrangement of tradition character enclosing machine adopts relatively-stationary active guide shaft, and initiatively the fit clearance of guide shaft is relatively fixing, can not adjust, to the bad adaptability of sheet metal thickness, must use the sheet material of fixed thickness with sheet metal thickness., chucking power blocked up because of sheet material can spend and cause greatly that equipment is stuck or plate surface is impaired during the process large sheet material of thickness; Sheet material there will be the clamping dynamics too little sheet material that causes time too thin cannot normal process.And current character enclosing machine all can not adjust clamping dynamics, also not relevant clamping dynamics adjust structure.
4, the easy aged deterioration of the conveyer belt of feed arrangement, the life-span is short.All active guide shafts of tradition character enclosing machine feed arrangement are all in transmission connection by synchronous pulley and a conveyer belt, because initiatively guide shaft be divided into before in after three groups, guide shaft spacing is long, cause conveyer belt length longer, need at work to keep certain tension force, very easily there is length elongation, ageing failure, inoperable problem in conveyer belt, this causes the conveyer belt life-span very short, must conveyer belt be regularly replaced, cause working service cost increase.
5, milling cutter dismounting not easily, change difficult in maintenance.Traditional character enclosing machine adopts milling frame assembly to drive milling head assembly to move both vertically, and carry out milling operation to sheet material, the milling cutter of milling head assembly is all be installed on milling cutter arm lower middle position, and this mounting means causes milling cutter to be dismantled not easily, it is difficult in maintenance to change.
Utility model content
The purpose of this utility model is the weak point of above-mentioned conventional art, provides a kind of can mill to cut, rotate milling, bend character enclosing machine compared with high-hardness plates such as heavy-gauge sheeting, aluminium section bar and corrosion resistant plates.
The purpose of this utility model is reached by following technical measures:
Character enclosing machine, comprise workbench substrate, described workbench substrate is provided with feed arrangement, the middle part of described feed arrangement is provided with milling attachment, the outlet side of described feed arrangement is provided with bending device, it is characterized in that: the angle mill apparatus being provided with grinding sheet material between the inlet side of described feed arrangement and milling attachment.Angle mill apparatus can process the hardness such as thicker sheet material, aluminium section bar and corrosion resistant plate and the high sheet material of toughness, mill is carried out to sheet material and cuts operation, sheet material is made more to be easy to realize local bending, keep again overall sheet metal thickness simultaneously, yielding, the flimsy problem of light sheet can not be caused, to sheet material such as aluminium section bar, the corrosion resistant plate etc. of heavy-gauge sheeting and high-intensity high-tenacity, there is very strong adaptability, broader range of application can be realized, reach better bending and enclose word effect.
As a kind of preferred version, described angle mill apparatus comprises bistrique assembly and drives the bistrique vertical drive of bistrique assembly vertical motion, described bistrique assembly comprises the bistrique be connected with bistrique vertical drive and moves plate, described bistrique moves on plate and is connected with cross slide way, proximity switch installing plate and bistrique lateral driver device, described cross slide way is set with cross slide way slide block, described cross slide way slide block is connected with bistrique backboard, described bistrique backboard is connected with bistrique stiffener and angle grinding machine frame, described angle grinding machine frame is fixedly connected with electric angle grinder, electric angle grinder is connected with polished section, described bistrique lateral driver device and bistrique backboard are in transmission connection, described proximity switch installing plate is provided with the proximity switch corresponding to bistrique tergal position.
As a kind of preferred version, described bistrique lateral driver device comprises grinding head motor, bistrique ball-screw and bistrique screw plate, described grinding head motor and bistrique ball-screw are installed on grinding head motor plate, described grinding head motor is connected with bistrique ball-screw-transmission, described bistrique screw plate is fixedly connected with bistrique stiffener with bistrique backboard, and described bistrique screw plate is provided with the bistrique screw coordinated with ball-screw.Bistrique lateral driver device is the device driving electric angle grinder transverse shifting, to control grinding depth, can adopt the drivings such as cylinder, linear electric motors or stepper motor, can reach and drive electric angle grinder transverse shifting.
As a kind of preferred version, bistrique vertical drive comprises vertical lines guide rail and angle mill cylinder, described vertical lines guide rail is fixedly installed on workbench substrate, described angle mill cylinder is fixedly installed in below vertical lines guide rail, described vertical lines guide rail is set with vertical lines guideway and cylinder push bracket, vertical lines guideway is fixedly connected with cylinder push bracket, and described vertical lines guideway moves plate with bistrique and is fixedly connected with, and the piston rod that cylinder is ground at described cylinder push bracket and angle is fixedly connected with.Bistrique vertical drive drives bistrique assembly vertically to move, realizes, to the device of sheet material linearly grinding, can adopting the drivings such as cylinder, linear electric motors or stepper motor, can reaching and drive bistrique assembly vertically mobile.
As a kind of preferred version, the milling frame assembly that described milling attachment comprises milling head assembly and drives milling head assembly to rotate, move both vertically, described milling head assembly comprises connection rotating disk, described connection rotating disk is connected with milling frame assembly, connect on rotating disk and be fixedly connected with knife rest substrate, knife rest substrate is provided with milling cutter arm horizontal drive apparatus, described milling cutter arm horizontal drive apparatus is connected with milling cutter arm, the milling cutter described milling cutter arm being connected with cutter motor, being in transmission connection with cutter motor, described milling cutter is positioned at milling cutter arm side.Traditional character enclosing machine adopts milling frame assembly to drive milling head assembly rotational vertical exercise, and carry out milling operation to sheet material, the milling cutter of milling head assembly is all be installed on milling cutter arm lower middle position, and this mounting means causes milling cutter to be dismantled not easily, it is difficult in maintenance to change.Milling cutter is installed on milling cutter arm one side position by this patent, milling cutter side install, achieve milling cutter easy to maintenance, change easy object.Milling frame assembly adopts traditional air cylinder driven vertical lift mode,
As a kind of preferred version, milling cutter arm horizontal drive apparatus comprises feeding motor, main carriage side plate, knife rest side plate, milling ball-screw, milling screw, line slideway axle and linear bearing, described feeding motor fixed in position is on main carriage side plate, feeding motor is connected with milling ball-screw-transmission, milling nut sleeve to be loaded on milling ball-screw and to be fixedly connected with milling cutter arm with linear bearing, linear bearing inner sleeve is filled with line slideway axle, and line slideway axle two ends are fixedly connected with knife rest side plate with main carriage side plate respectively.Drive milling cutter arm level to seesaw by feeding motor, control milling depth.
As a kind of preferred version, described angle mill apparatus and milling attachment are installed on feed arrangement feedstock direction both sides respectively.The be placed in angle mill apparatus of feed arrangement feedstock direction both sides and milling attachment can be processed the two sides of material respectively, and the kink after material is bent is sharper keen, and more can meet designing requirement, the word that encloses of formation has more attractive in appearance.
As a kind of preferred version, that encloses kidney basin rotation under enclosing kidney basin and driving under described bending device comprises encloses curved servomotor, described enclose curved servomotor with under enclose kidney basin and be in transmission connection, enclosing kidney basin under described is set on workbench substrate, enclose under described kidney basin is set with two be oppositely arranged enclose angle coupling plate, enclose angle coupling plate and be connected with and enclose angle coupling plate lowering or hoisting gear.Enclose angle coupling plate lowering or hoisting gear can drive and arbitraryly enclose angle coupling plate vertical lift, when enclosing curved operation can two enclose the operation simultaneously of angle coupling plate, also can fall the next one and enclose angle coupling plate, only retain another and enclose the operation of angle coupling plate.This utility model of this patent solves traditional character enclosing machine two and encloses that the crooked process radius that the operation simultaneously of angle coupling plate brings is large, blunt, the sharp keen not problem attractive in appearance of kink circle of position.This patent is when word operation is enclosed in bending, enclose angle coupling plate lowering or hoisting gear to drive one to enclose angle coupling plate to fall, retain one to enclose angle coupling plate and carry out bending to sheet material separately and enclose word operation, sheet material extend out to two via discharging opening assembly and encloses in the middle of angle coupling plate, enclose angle coupling plate holder by that reservation and hold sheet material rotation, only there is discharging opening assembly the inner side of sheet material, the crooked process radius that sheet material is bent is very little, formed to enclose bending angle very sharp keen, reach to improve sheet material bent angle sharpness, improve the object of enclosing word appearance looks elegant degree.
As a kind of preferred version, the described angle coupling plate lowering or hoisting gear that encloses comprises cylinder and fixes rotating disk, cylinder fix rotating disk by enclose curved interior connecting axle with under enclose kidney basin and be fixedly connected with, described cylinder is fixed and rotating disk is connected with two is enclosed curved cylinder, and a described piston rod enclosing curved cylinder encloses angle coupling plate be connected with one.Cylinder is adopted to be that power drive is enclosed the lifting of angle coupling plate and had the advantage that structure is simple, power is strong, but, linear electric motors also directly can be adopted to replace cylinder, or adopt the Mechanical Driven up-down mode such as stepper motor, all can reach the effect of this patent.
As a kind of preferred version, described cylinder is fixed rotating disk and is set in and encloses in curved frame plate, described in enclose curved frame plate and be fixedly connected with and enclose curved frame back shaft, described in enclose above curved frame back shaft and be fixedly connected with workbench substrate.Adopt enclose that curved frame plate is fixedly connected with workbench substrate, cylinder fixes rotating disk and is set in the mode of enclosing in curved frame plate and can strengthens the job stability that cylinder fixes rotating disk, vibrations when alleviating operation and wearing and tearing.
As a kind of preferred version, described feed arrangement comprises some of being installed on workbench substrate, and initiatively guide shaft, initiatively guide shaft drive unit and some guide shafts adjust assembly, described active guide shaft drive unit is in transmission connection with active guide shaft, described guide shaft adjustment assembly comprises the adjustment axle coordinated with active guide shaft, and the gap between described adjustment axle and active guide shaft is adjustable.By regulating adjustment axle and the fit clearance initiatively between guide shaft, keep the clamping dynamics to different-thickness sheet material, this makes this patent can process the sheet material of different-thickness,, chucking power blocked up because of sheet material can not spend and cause greatly plate surface impaired simultaneously, also can not too thin because of sheet material, the too little sheet material that causes of clamping dynamics cannot normal process.And current character enclosing machine all can not adjust clamping dynamics, also not relevant clamping dynamics adjust structure.
As a kind of preferred version, described guide shaft adjustment assembly also comprises adjustment axle slide rail, slide rail connecting plate, adjustment cylinder, riser, cover plate, described riser is fixedly installed on workbench substrate, the described riser initiatively guide shaft both sides that are placed in form feeding-passage, covered by cover plate above the riser of described both sides, described adjustment cylinder is fixedly installed on riser, the piston rod of adjustment cylinder is connected with slide rail connecting plate, the two ends of slide rail connecting plate are fixedly connected with adjustment axle slide rail, adjustment axle slide rail is fixedly connected with adjustment axle two ends, and described adjustment axle coordinates with active guide shaft.The adjustment cylinder be fixed on riser promotes adjustment axle, and just can regulate adjustment axle and the fit clearance initiatively between guide shaft, the clamping dynamics realizing different-thickness sheet material is identical.
As a kind of preferred version, initiatively guide shaft drive unit comprises guide shaft servomotor, main belt, rear conveyer belt, described guide shaft servomotor and main belt are in transmission connection, one of described active guide shaft is connected with duplex arc tooth synchronous belt wheel, all the other active guide shafts are connected with synchronous pulley, described duplex arc tooth synchronous belt wheel is set with main belt and rear conveyer belt, and described main belt is connected with Partial synchronization belt wheel transmission, and described rear conveyer belt is connected with all the other synchronous belt pulley transmissions.The all active guide shafts of tradition character enclosing machine are all in transmission connection by synchronous pulley and a conveyer belt, because initiatively guide shaft be divided into before in after three groups, guide shaft spacing is long, cause conveyer belt length longer, very easily tired at work, occur that conveyer belt elongates, inoperable problem, conveyer belt is short for normal working hours, this just must regularly replace conveyer belt, causes working service cost increase.Conveyer belt is divided into two by this patent, substantially reduces the length of conveyer belt, reduces the working strength of conveyer belt, solves tired impaired problem, extends the service life of conveyer belt, reduce working service cost.
Owing to have employed technique scheme, compared with prior art, the utility model has the advantages that:
1, sheet material adaptability is high, can adapt to the sheet material of different hardness and toughness, can process the sheet material of the high hardness high toughness such as corrosion resistant plate.
2, enclose bend diameter little, the sheet material flanging angle of formation is sharp keen, and final finished aesthetics is high.
3, require low to sheet metal thickness, the sheet material of different-thickness scope can be adapted to.
4, the conveyer belt of feed arrangement not easily aged deterioration, the life-span is long, and working service cost is low.
5, milling cutter dismounting is simple, changes and safeguards easily.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of the utility model character enclosing machine embodiment;
Accompanying drawing 2 be in accompanying drawing 1 A-A to sectional view;
Accompanying drawing 3 be in accompanying drawing 1 B-B to sectional view;
Accompanying drawing 4 is structural representations that in embodiment, bistrique assembly amplifies;
Accompanying drawing 5 is D direction view in accompanying drawing 4; ;
Accompanying drawing 6 be in accompanying drawing 5 E-E to sectional view;
Accompanying drawing 7 is structural representations that in embodiment, milling head assembly amplifies;
Accompanying drawing 8 is F direction view in accompanying drawing 7;
Accompanying drawing 9 is L direction view in accompanying drawing 8;
Accompanying drawing 10 be in accompanying drawing 8 J-J to sectional view;
Accompanying drawing 11 be in accompanying drawing 8 K-K to sectional view;
Accompanying drawing 12 be in accompanying drawing 8 I-I to sectional view;
Accompanying drawing 13 is partial structurtes schematic diagrames that in embodiment, bending device amplifies;
Accompanying drawing 14 is O direction view in accompanying drawing 13;
Accompanying drawing 15 is P direction view in accompanying drawing 13;
Accompanying drawing 16 be in accompanying drawing 13 M-M to sectional view;
Accompanying drawing 17 be in accompanying drawing 13 N-N to sectional view;
Accompanying drawing 18 be in accompanying drawing 2 C-C to amplify sectional view.
Detailed description of the invention
Embodiment: as shown in accompanying drawing 1 to accompanying drawing 6, character enclosing machine, comprise workbench substrate 1, described workbench substrate 1 is provided with feed arrangement, the middle part of described feed arrangement is provided with milling attachment 6, the outlet side of described feed arrangement is provided with bending device, is provided with the angle mill apparatus of grinding sheet material between the inlet side of described feed arrangement and milling attachment 6.
As accompanying drawing 1, accompanying drawing 2, shown in accompanying drawing 4 to accompanying drawing 6, described angle mill apparatus comprises bistrique assembly and drives the bistrique vertical drive of bistrique assembly vertical motion, described bistrique assembly comprises the bistrique be connected with bistrique vertical drive and moves plate 24, described bistrique moves on plate 24 and is connected with cross slide way 37, proximity switch installing plate 33 and bistrique lateral driver device, described cross slide way 37 is set with cross slide way slide block 38, described cross slide way slide block 38 is connected with bistrique backboard 39, described bistrique backboard 39 is connected with bistrique stiffener 31 and angle grinding machine frame 43, described angle grinding machine frame 43 is fixedly connected with electric angle grinder 15, electric angle grinder 15 is connected with polished section 4, described bistrique lateral driver device and bistrique backboard 39 are in transmission connection, described proximity switch installing plate 33 is provided with the proximity switch 32 corresponding to bistrique backboard 39 position.In the present embodiment, described bistrique lateral driver device comprises grinding head motor 25, bistrique ball-screw 34 and bistrique screw plate 42, described grinding head motor 25 and bistrique ball-screw 34 are installed on grinding head motor plate 35, described grinding head motor 25 is connected by grinding head motor belt transmission with bistrique ball-screw 34, described bistrique screw plate 42 is fixedly connected with bistrique stiffener 31 with bistrique backboard 39, and described bistrique screw plate 42 is provided with the bistrique screw 41 coordinated with bistrique ball-screw 34.Bistrique lateral driver device is the device driving electric angle grinder 15 transverse shifting, to control grinding depth, in the present embodiment, bistrique lateral driver device adopts driving stepper motor, the driving such as linear electric motors or cylinder can certainly be adopted, can reach and drive electric angle grinder transverse shifting.
As shown in accompanying drawing 1, accompanying drawing 2, accompanying drawing 5, in the present embodiment, bistrique vertical drive comprises vertical lines guide rail 5 and angle mill cylinder 14, described vertical lines guide rail 5 is fixedly installed on workbench substrate 1, described angle mill cylinder 14 is fixedly installed in below vertical lines guide rail 5, described vertical lines guide rail 5 is set with vertical lines guideway 23 and cylinder push bracket 36, vertical lines guideway 23 is fixedly connected with cylinder push bracket 36, described vertical lines guideway 23 and bistrique move plate 24 and are fixedly connected with, and the piston rod that cylinder 14 is ground at described cylinder push bracket 36 and angle is fixedly connected with.Bistrique vertical drive is the device driving bistrique assembly vertically to move, realize sheet material linearly grinding; air cylinder driven is adopted in the present embodiment; but this patent is not limited to air cylinder driven; also the driving such as linear electric motors or stepper motor can be adopted; the vertically movement of bistrique assembly is driven, all at the utility model protection domain to reach.
As shown in accompanying drawing 1, accompanying drawing 7 to accompanying drawing 12, the milling frame assembly that described milling attachment 6 comprises milling head assembly and drives milling head assembly to move both vertically, described milling head assembly comprises and connects rotating disk 26, described connection rotating disk 26 is connected with milling frame assembly, connect on rotating disk 26 and be fixedly connected with knife rest substrate 44, knife rest substrate 44 is provided with milling cutter arm horizontal drive apparatus, described milling cutter arm horizontal drive apparatus is connected with milling cutter arm 47, the milling cutter 48 described milling cutter arm 47 being connected with cutter motor 46, being in transmission connection with cutter motor 46, described milling cutter 48 is positioned at milling cutter arm 47 side.As shown in accompanying drawing 7, accompanying drawing 8, accompanying drawing 10 and accompanying drawing 11, milling cutter 48 is fixedly attached on cutter spindle 53 by cutterhead nut 52, cutter spindle 53 is set with cutter shaft belt wheel 55, cutter motor 46 is connected with electrical machine belt pulley 56, cutter shaft belt wheel 55 and electrical machine belt pulley 56 are in transmission connection by milling cutter Timing Belt 54, and cutter spindle 53 is loaded on milling cutter arm 47 by bearing holder (housing, cover).The mode that this side of the present utility model installs milling cutter 48 is easy to maintenance, only needs to pull down cutterhead nut 52 and just can change milling cutter 48, change the mid-dismounting caused of traditional character enclosing machine milling cutter not easily, change problem difficult in maintenance.In the present embodiment, milling frame assembly adopts traditional air cylinder driven milling head assembly vertical lift mode, and structure is changed.As accompanying drawing 7, shown in accompanying drawing 9 and accompanying drawing 12, milling cutter arm horizontal drive apparatus comprises feeding motor 49, main carriage side plate 50, knife rest side plate 45, milling ball-screw 51, milling screw 58, line slideway axle 57 and linear bearing 59, described feeding motor 49 fixed in position is on main carriage side plate 50, feeding motor 49 and milling ball-screw 51 are in transmission connection, milling screw 58 to be set on milling ball-screw 51 and to be fixedly connected with milling cutter arm 47 with linear bearing 59, linear bearing 59 inner sleeve is filled with line slideway axle 57, line slideway axle 57 two ends are fixedly connected with knife rest side plate 45 with main carriage side plate 50 respectively.Drive milling cutter arm 47 level to seesaw by feeding motor 49, control milling depth.
As shown in accompanying drawing 1 to accompanying drawing 2, described angle mill apparatus and milling attachment 6 are installed on feed arrangement feedstock direction both sides respectively.The be placed in angle mill apparatus of feed arrangement feedstock direction both sides and milling attachment 6 can be processed the two sides of material respectively, and the kink after material is bent is sharper keen, and more can meet designing requirement, the word that encloses of formation has more attractive in appearance.
As shown in accompanying drawing 1, accompanying drawing 13 to accompanying drawing 17, that encloses kidney basin 22 rotation under enclosing kidney basin 22 and driving under described bending device comprises encloses curved servomotor 12, described enclose curved servomotor 12 with under enclose kidney basin 22 and be in transmission connection, enclosing kidney basin 22 under described is set on workbench substrate 1, enclose under described kidney basin 22 is set with two be oppositely arranged enclose angle coupling plate 7, enclose angle coupling plate 7 and be connected with and enclose angle coupling plate lowering or hoisting gear.In the present embodiment, the described angle coupling plate lowering or hoisting gear that encloses comprises cylinder and fixes rotating disk 60, cylinder fix rotating disk 60 by enclose curved interior connecting axle 11 with under enclose kidney basin 22 and be fixedly connected with, described cylinder is fixed and rotating disk 60 is connected with two is enclosed curved cylinder 9, and a described piston rod enclosing curved cylinder 9 encloses angle coupling plate 7 be connected with one.As shown in accompanying drawing 1, accompanying drawing 13 to accompanying drawing 16, described cylinder is fixed rotating disk 60 and is set in and encloses in curved frame plate 10, described in enclose curved frame plate 10 and be fixedly connected with and enclose curved frame back shaft 8, described in enclose above curved frame back shaft 8 and be fixedly connected with workbench substrate 1.Adopt enclose that curved frame plate 10 is fixedly connected with workbench substrate 1, cylinder fixes rotating disk 60 and is set in the mode of enclosing in curved frame plate 10 and can strengthens the job stability that cylinder fixes rotating disk 60, vibrations when alleviating operation and wearing and tearing.In the present embodiment adopt cylinder be power drive enclose angle coupling plate 7 lifting there is the advantage that structure is simple, power is strong; but; also linear electric motors directly can be adopted to replace cylinder, or adopt the Mechanical Driven up-down modes such as stepper motor, all at the protection domain of this patent.Enclose angle coupling plate lowering or hoisting gear can drive and arbitraryly enclose angle coupling plate vertical lift, when enclosing curved operation can two enclose the operation simultaneously of angle coupling plate, also can fall the next one and enclose angle coupling plate, only retain another and enclose the operation of angle coupling plate.What this utility model of this patent solved that traditional character enclosing machine two encloses that the operation simultaneously of angle coupling plate brings encloses blunt, the sharp keen not problem attractive in appearance of curved circle.This patent is when word operation is enclosed in bending, enclose angle coupling plate lowering or hoisting gear to drive one to enclose angle coupling plate to fall, retain one to enclose angle coupling plate and carry out bending to sheet material separately and enclose word operation, sheet material extend out to two via discharging opening assembly and encloses in the middle of angle coupling plate, enclose angle coupling plate holder by that reservation and hold sheet material rotation, sheet material encloses curved inner side only discharging opening assembly, the radius that sheet material is bent is very little, formed to enclose bending angle very sharp keen, reach to improve sheet material bent angle sharpness, improve the object of enclosing word appearance looks elegant degree.
As accompanying drawing 1 to accompanying drawing 3, shown in accompanying drawing 18, in the present embodiment, feed arrangement comprises the four charging guide shafts 29 be installed on workbench substrate 1, the six roots of sensation is guide shaft 18 initiatively, initiatively guide shaft drive unit, three groups of guide shaft adjustment assemblies and discharging opening assembly 21, charging guide shaft 29, initiatively guide shaft 18, guide shaft adjustment assembly and discharging opening assembly 21 form the passage guiding transfer sheet materials, the six roots of sensation initiatively guide shaft 18 is divided into three groups, often organize two initiatively guide shafts 18, often group initiatively guide shaft 18 adjust assembly with one group of guide shaft and coordinate, described active guide shaft drive unit is in transmission connection with active guide shaft 18.As shown in accompanying drawing 2 and accompanying drawing 18, described guide shaft adjustment assembly comprises adjustment axle 19, adjustment axle slide rail 61, slide rail connecting plate 62, adjustment cylinder 20, riser 2, cover plate 3, described riser 2 is fixedly installed on workbench substrate 1, described riser 2 initiatively guide shaft 18 both sides that are placed in form feeding-passage, covered by cover plate 3 above the riser 2 of described both sides, described adjustment cylinder 20 is fixedly installed on riser 1, the piston rod of adjustment cylinder 20 is connected with slide rail connecting plate 62, the two ends of slide rail connecting plate 62 are fixedly connected with adjustment axle slide rail 61, adjustment axle slide rail 61 is fixedly connected with adjustment axle 19 two ends, described adjustment axle 19 coordinates with active guide shaft 18.The adjustment cylinder 20 be fixed on riser 2 promotes adjustment axle 19, and just can regulate adjustment axle 19 and the fit clearance initiatively between guide shaft 18, the clamping dynamics realizing different-thickness sheet material is identical.
As shown in accompanying drawing 1 and accompanying drawing 3, initiatively guide shaft drive unit comprises guide shaft servomotor 17, main belt 16, rear conveyer belt 13, described guide shaft servomotor 17 is in transmission connection with main belt 16, one in the middle of described six roots of sensation active guide shaft 18 is connected with duplex arc tooth synchronous belt wheel 28, all the other active guide shafts 18 are connected with synchronous pulley 27, described duplex arc tooth synchronous belt wheel 28 is set with main belt 16 and rear conveyer belt 13, described main belt 16 is connected with Partial synchronization belt wheel transmission, and described rear conveyer belt 13 is connected with all the other synchronous belt pulley transmissions.The all active guide shafts of tradition character enclosing machine are all in transmission connection by synchronous pulley and a conveyer belt, because initiatively guide shaft be divided into before in after three groups, guide shaft spacing is long, cause conveyer belt length longer, very easily tired at work, occur that conveyer belt elongates, inoperable problem, conveyer belt is short for normal working hours, this just must regularly replace conveyer belt, causes working service cost increase.Conveyer belt is divided into two by this patent, substantially reduces the length of conveyer belt, reduces the working strength of conveyer belt, solves tired impaired problem, extends the service life of conveyer belt, reduce working service cost.
Claims (13)
1. character enclosing machine, comprise workbench substrate (1), described workbench substrate (1) is provided with feed arrangement, the middle part of described feed arrangement is provided with milling attachment (6), the outlet side of described feed arrangement is provided with bending device, it is characterized in that: the angle mill apparatus being provided with grinding sheet material between the inlet side of described feed arrangement and milling attachment (6).
2. character enclosing machine according to claim 1, it is characterized in that: described angle mill apparatus comprises bistrique assembly and drives the bistrique vertical drive of bistrique assembly vertical motion, described bistrique assembly comprises the bistrique be connected with bistrique vertical drive and moves plate (24), described bistrique moves on plate (24) and is connected with cross slide way (37), proximity switch installing plate (33) and bistrique lateral driver device, described cross slide way (37) is set with cross slide way slide block (38), described cross slide way slide block (38) is connected with bistrique backboard (39), described bistrique backboard (39) is connected with bistrique stiffener (31) and angle grinding machine frame (43), described angle grinding machine frame (43) is fixedly connected with electric angle grinder (15), electric angle grinder (15) is connected with polished section (4), described bistrique lateral driver device and bistrique backboard (39) are in transmission connection, described proximity switch installing plate (33) is provided with and the corresponding proximity switch in bistrique backboard (39) position (32).
3. character enclosing machine according to claim 2, it is characterized in that: described bistrique lateral driver device comprises grinding head motor (25), bistrique ball-screw (34) and bistrique screw plate (42), described grinding head motor (25) and bistrique ball-screw (34) are installed on grinding head motor plate (35), described grinding head motor (25) and bistrique ball-screw (34) are in transmission connection, described bistrique screw plate (42) is fixedly connected with bistrique stiffener (31) with bistrique backboard (39), described bistrique screw plate (42) is provided with the bistrique screw (41) coordinated with bistrique ball-screw (34).
4. character enclosing machine according to claim 2, it is characterized in that: bistrique vertical drive comprises vertical lines guide rail (5) and angle mill cylinder (14), described vertical lines guide rail (5) is fixedly installed on workbench substrate (1), described angle mill cylinder (14) is fixedly installed in vertical lines guide rail (5) below, described vertical lines guide rail (5) is set with vertical lines guideway (23) and cylinder push bracket (36), vertical lines guideway (23) is fixedly connected with cylinder push bracket (36), described vertical lines guideway (23) and bistrique move plate (24) and are fixedly connected with, the piston rod that cylinder (14) is ground at described cylinder push bracket (36) and angle is fixedly connected with.
5. according to the character enclosing machine of Claims 1-4 described in one of them, it is characterized in that: the milling frame assembly that described milling attachment (6) comprises milling head assembly and drives milling head assembly to move both vertically, described milling head assembly comprises and connects rotating disk (26), described connection rotating disk (26) is connected with milling frame assembly, connect on rotating disk (26) and be fixedly connected with knife rest substrate (44), knife rest substrate (44) is provided with milling cutter arm horizontal drive apparatus, described milling cutter arm horizontal drive apparatus is connected with milling cutter arm (47), described milling cutter arm (47) is connected with cutter motor (46), the milling cutter (48) be in transmission connection with cutter motor (46), described milling cutter (48) is positioned at milling cutter arm (47) side.
6. character enclosing machine according to claim 5, it is characterized in that: milling cutter arm horizontal drive apparatus comprises feeding motor (49), main carriage side plate (50), knife rest side plate (45), milling ball-screw (51), milling screw (58), line slideway axle (57) and linear bearing (59), described feeding motor (49) fixed in position is on main carriage side plate (50), feeding motor (49) and milling ball-screw (51) are in transmission connection, milling screw (58) is set in milling ball-screw (51) and goes up and be fixedly connected with milling cutter arm (47) with linear bearing (59), linear bearing (59) inner sleeve is filled with line slideway axle (57), line slideway axle (57) two ends are fixedly connected with knife rest side plate (45) with main carriage side plate (50) respectively.
7. character enclosing machine according to claim 5, is characterized in that: described angle mill apparatus and milling attachment (6) are installed on feed arrangement feedstock direction both sides respectively.
8. according to the character enclosing machine of Claims 1-4 described in one of them, it is characterized in that: that encloses kidney basin (22) under described bending device comprises and enclose under driving that kidney basin (22) rotates encloses curved servomotor (12), described enclose curved servomotor (12) with under enclose kidney basin (22) and be in transmission connection, enclosing kidney basin (22) under described is set on workbench substrate (1), enclose under described kidney basin (22) is set with two be oppositely arranged enclose angle coupling plate (7), enclose angle coupling plate (7) and be connected with and enclose angle coupling plate lowering or hoisting gear.
9. character enclosing machine according to claim 8, it is characterized in that: described in enclose angle coupling plate lowering or hoisting gear and comprise cylinder and fix rotating disk (60), cylinder fix rotating disk (60) by enclose curved interior connecting axle (11) with under enclose kidney basin (22) and be fixedly connected with, described cylinder is fixed and rotating disk (60) is connected with two is enclosed curved cylinder (9), and a described piston rod enclosing curved cylinder (9) encloses angle coupling plate (7) be connected with one.
10. character enclosing machine according to claim 9, it is characterized in that: described cylinder is fixed rotating disk (60) and is set in and encloses in curved frame plate (10), the described curved frame plate (10) that encloses is fixedly connected with and encloses curved frame back shaft (8), described in enclose curved frame back shaft (8) top and be fixedly connected with workbench substrate (1).
11. according to the character enclosing machine of Claims 1-4 described in one of them, it is characterized in that: described feed arrangement comprises some of being installed on workbench substrate (1), and initiatively guide shaft (18), initiatively guide shaft drive unit and some guide shafts adjust assembly, described active guide shaft drive unit is in transmission connection with active guide shaft (18), described guide shaft adjustment assembly comprises the adjustment axle (19) coordinated with active guide shaft (18), and the gap between described adjustment axle (19) and active guide shaft (18) is adjustable.
12. character enclosing machines according to claim 11, it is characterized in that: described guide shaft adjustment assembly also comprises adjustment axle slide rail (61), slide rail connecting plate (62), adjustment cylinder (20), riser (2), cover plate (3), described riser (2) is fixedly installed on workbench substrate (1), described riser (2) initiatively guide shaft (18) both sides that are placed in form feeding-passage, riser (2) top of described both sides is covered by cover plate (3), described adjustment cylinder (20) is fixedly installed on riser (2), the piston rod of adjustment cylinder (20) is connected with slide rail connecting plate (62), the two ends of slide rail connecting plate (62) are fixedly connected with adjustment axle slide rail (61), adjustment axle slide rail (61) is fixedly connected with adjustment axle (19) two ends, described adjustment axle (19) coordinates with active guide shaft (18).
13. character enclosing machines according to claim 11, it is characterized in that: initiatively guide shaft drive unit comprises guide shaft servomotor (17), main belt (16), rear conveyer belt (13), described guide shaft servomotor (17) and main belt (16) are in transmission connection, one of described active guide shaft (18) is connected with duplex arc tooth synchronous belt wheel (28), all the other actives guide shaft (18) are connected with synchronous pulley (27), described duplex arc tooth synchronous belt wheel (28) is set with main belt (16) and rear conveyer belt (13), described main belt (16) is connected with Partial synchronization belt wheel transmission, described rear conveyer belt (13) is connected with all the other synchronous belt pulley transmissions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420501382.1U CN204123092U (en) | 2014-08-25 | 2014-08-25 | Character enclosing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420501382.1U CN204123092U (en) | 2014-08-25 | 2014-08-25 | Character enclosing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204123092U true CN204123092U (en) | 2015-01-28 |
Family
ID=52379481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420501382.1U Expired - Fee Related CN204123092U (en) | 2014-08-25 | 2014-08-25 | Character enclosing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204123092U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227416A (en) * | 2014-08-25 | 2014-12-24 | 潍坊奥凯数控设备有限公司 | Character bending machine |
| CN110421060A (en) * | 2019-07-31 | 2019-11-08 | 潍坊东鑫智能科技有限公司 | A kind of automatic punching character enclosing machine |
-
2014
- 2014-08-25 CN CN201420501382.1U patent/CN204123092U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227416A (en) * | 2014-08-25 | 2014-12-24 | 潍坊奥凯数控设备有限公司 | Character bending machine |
| CN110421060A (en) * | 2019-07-31 | 2019-11-08 | 潍坊东鑫智能科技有限公司 | A kind of automatic punching character enclosing machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150128 Termination date: 20190825 |