CN208231948U - A kind of processing office appliance angle cutting mold - Google Patents

Abstract

The utility model discloses a kind of processing office appliance angle cutting molds, its structure includes: micro-step motor, tracheae grafting cylinder, shaft rod sleeve, column casing supporting plate, blade column casing, plasticity shell, axis moves motor, intermediate plate chuck seat, rubber base plate, exhaust hole slot, axis moves motor and laterally inserts embedded in the left side of intermediate plate chuck seat, it is tightly attached on the top surface on front side of rubber base plate the bottom surface of intermediate plate chuck seat, the utility model intermediate plate chuck seat is equipped with screw rod transmission mechanism, ratchet rotating device, fan heat sink, slide bar head-on collision frame body, link-telescoping device, fanning tray rotating mechanism, cross bar support base, gear drive, clamping effect enhancing is added in the mechanical structure for realizing processing office appliance angle cutting mold, small-sized plectrum clamping is converted into manipulator clamping, machine driving is combined to be positioned from the chuck of lathe, make The widget chamfering corner cut of office appliance is smooth, and rapid and convenient, deviation reduces, overall processing Quality advance.

Description

A kind of processing office appliance angle cutting mold

Technical field

The utility model is a kind of processing office appliance angle cutting mold, belongs to process equipment and mould applications.

Background technique

Need to cut four corners in production in the cabinet of technical field of electricity, mating cabinet such as power cabinet, for be processed Cabinet at mating cabinet is that area is larger, the longer workpiece of length, and uses existing angle cutting mold in shearing corner process In, two reference plates of only angle cutting mold can allow workpiece against positioning so that the rear portion of workpiece because no object against due to it is askew to one Side, so that the workpiece processed be made not meet production requirement, nowadays, it is very convenient that the exterior angle processing of some workpiece, which is got up, , but interior angle is often processed and gets up complex, and the common processing office appliance angle cutting mold of technology is to widget at present Shortcoming is gripped, the deviation of processing corner cut, and the labyrinth problem of internal chamfering cutting are easy to cause, mechanical paw Hold assembly is excessive, and the effect for forming small plectrum clamping position in conjunction with mechanical paw is not achieved, keeps overall processing process low, completes It is of poor quality.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of processing office appliance angle cutting die Tool grips shortcoming to widget to solve processing office appliance angle cutting mold, is easy to cause the deviation of processing corner cut, It is also the labyrinth problem of internal chamfering cutting, the hold assembly of mechanical paw is excessive, is not achieved and is formed in conjunction with mechanical paw The effect of small plectrum clamping position, keeps overall processing process low, completes ropy problem.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of processing office is used Product angle cutting mold, structure include: micro-step motor, tracheae grafting cylinder, shaft rod sleeve, column casing supporting plate, blade column Cylinder, plasticity shell, axis move motor, intermediate plate chuck seat, rubber base plate, exhaust hole slot, and the axis moves motor and laterally inserts embedded in folder The bottom surface in the left side of piece chuck seat, the intermediate plate chuck seat is tightly attached on the top surface on front side of rubber base plate, the exhaust hole slot If it is nested in there are two and the rear end of rubber base plate, the inner tube and tracheae grafting that the exhaust hole slot passes through plasticity shell Cylinder is mutually communicated, and the tracheae grafting cylinder sets there are two and is welded on the rear side of micro-step motor, the miniature stepping The shaft of motor inserts the inside for being embedded in shaft rod sleeve and axle center is conllinear, and the shaft rod sleeve is installed in column casing supporting plate The upper right corner, the blade column casing are nested in the lower left corner of column casing supporting plate, and the column casing supporting plate is laterally inserted and is embedded in middle section plasticity The inside of shell, the micro-step motor are installed on the top of plasticity shell, and the intermediate plate chuck seat is equipped with screw rod conveyer Structure, ratchet rotating device, fan heat sink, slide bar head-on collision frame body, link-telescoping device, fanning tray rotating mechanism, cross bar support Seat, gear drive, the screw rod transmission mechanism are mechanically connected by conveyer belt and ratchet rotating device, the ratchet rotation Device installation is connected in the upper left corner of screw rod transmission mechanism, the screw rod transmission mechanism by belt and fan heat sink activity It connects, the fan heat sink is nested in the right end of screw rod transmission mechanism, and the support of the screw rod transmission mechanism is tightly attached to slide bar It clashes under the bottom surface of frame body, the slide bar head-on collision frame body is mechanically connected by link-telescoping device and fanning tray rotating mechanism, described Fanning tray rotating mechanism is meshed with gear drive, and the gear drive sets there are two and is respectively arranged in cross bar branch The left and right sides of seat is supportted, the slide bar head-on collision frame body is flexibly connected by sliding block with the sliding rail of fanning tray rotating mechanism, the connecting rod Telescopic device is installed in the right side of slide bar head-on collision frame body and fanning tray rotating mechanism, and the screw rod transmission mechanism is nested with the dynamic motor of axis Integrally.

To optimize above-mentioned technical proposal, the measure further taken are as follows:

According to a kind of embodiment, the screw rod transmission mechanism is by the threaded post body of rod, helical screw, otic placode support, cone Gear mass, shaft stock, bearing block composition, the helical screw inserts the right side for being embedded in the threaded post body of rod and axle center is conllinear, institute It states helical screw and shaft stock is in same level and is respectively arranged in the left upper right corner of otic placode support, the cone tooth Wheel body is equipped with more than two and is nested in the left end of shaft stock and the right end of helical screw, a left side for the shaft stock respectively End is meshed by bevel gear body with the right end of helical screw, and the bearing block is installed on the top of bevel gear body shaft, described The threaded post body of rod is conllinear with shaft stock axle center, and the shaft stock is mechanically connected by bearing and fan heat sink.

According to a kind of embodiment, the ratchet rotating device is by trapezoidal gear, coiling roller body, ratchet annulus, roller Wheel body, traction connecting rod, spring wire, fixed pulley disk, steel wire conveyer belt, coaxial crotch pawl composition, the trapezoidal gear pass through steel wire Conveyer belt is flexibly connected with coiling roller body, and the coiling roller body is tightly attached to the lower right corner of ratchet annulus, the coaxial crotch Pawl is nested in the inside of ratchet annulus and is meshed, and the ratchet annulus is mechanically connected by roller body and traction connecting rod, institute The right end for stating spring wire is welded on the left side in traction connecting rod middle section, and the spring wire is connected by traction connecting rod and fixed pulley disk activity It connects, the fixed pulley disk is nested in the lower left corner of steel wire conveyer belt, and the bottom end of the traction connecting rod is installed in the axle center of roller body Before, the fixed pulley disk is flexibly connected by steel wire conveyer belt with the diversion sheave of fanning tray rotating mechanism, the traction connecting rod and company Bar telescopic device is symmetrical by cross bar support base center line.

According to a kind of embodiment, the fan heat sink by Roller Shaft carrier ring, transmission belt, blade tail cap cylinder, Fan rotating disk, L-type support column, pedestal box body composition, the roller bearing are equipped with two and are nested in transmission respectively Upper and lower ends inside belt, the blade tail cap cylinder are mechanically connected by the bull stick and fan rotating disk of Roller Shaft carrier ring, institute It states L-type support column to set there are two and insert the upper and lower ends for being embedded in pedestal box body respectively, the pedestal box body is installed on wind The lower left corner of rotating disk is fanned, the pedestal box body is installed in the right side of transmission belt, and the fan rotating disk is installed on connecting rod The bottom of telescopic device.

According to a kind of embodiment, the slide bar head-on collision frame body is by chassis rail rods, idler wheel sliding block, fixed otic placode, cunning Block insertion pipe, square slider, mechanical switch seat, ball cap screw rod composition, outer surface and the idler wheel sliding block of the chassis rail rods Idler wheel mechanical connection, the fixed otic placode is equipped with two and is nested in the left and right sides of sliding block insertion pipe respectively, described rectangular Sliding block and idler wheel sliding block are respectively welded at the upper and lower ends of sliding block insertion pipe, and the sliding block insertion pipe and chassis rail rods are mutually hung down Directly, the sliding block insertion pipe passes through fixed otic placode and is flexibly connected with mechanical switch seat, and the mechanical switch seat passes through belt and ball The conveyer belt of cap screw rod mechanical connection, the sliding block insertion pipe and gear drive is mutually perpendicular to.

According to a kind of embodiment, the link-telescoping device is by spring fastening, rubber hemispherical cap, hinge joint splint, conjunction Golden piston cylinder, piston rod piece, folding connecting rod composition, the rubber hemispherical cap are welded on the right side of spring fastening, the spring branch Seat is flexibly connected by rubber hemispherical cap with hinge joint splint, and the hinge joint splint is inserted embedded in the bottom of alloy piston cylinder, the folding Folded clamping plate is mechanically connected by piston rod piece and folding connecting rod, and the right end of the folding connecting rod passes through a left side for button and piston rod piece End snaps together, and the piston rod piece is laterally inserted embedded in the left side of alloy piston cylinder, and the hinge joint splint is installed on cross bar branch Support the lower right corner of seat.

According to a kind of embodiment, the fanning tray rotating mechanism is by roller bearing wheel body, sector rack, slideway carriage, branch Support upright bar, half circular tooth disk, diversion sheave body composition, the roller bearing wheel body is nested in the bottom of sector rack, the supported rod erecting with Slideway carriage is structure as a whole and is mutually perpendicular to, and the diversion sheave body is nested in the top of supported rod erecting, half knuckle-tooth Disk is installed in the left upper right corner of slideway carriage and in the same vertical plane with sector rack respectively, and the diversion sheave body is embedding Be placed on the inside of half circular tooth disk and axle center be conllinear, the sector rack and half circular tooth disk respectively with two gear drives Conveyer belt is meshed.

According to a kind of embodiment, the cross bar support base is by spring column tube, concave column casing, semicircle bolumn cap, column casing bottom Plate, diplopore batten, branch rod base, bicyclic beam rail composition, the left side of spring column tube, institute are tightly attached in the right side of the semicircle bolumn cap It states spring column tube to insert embedded in the right side of concave column casing, the top surface of the column casing bottom plate is tightly attached under the bottom surface of concave column casing, described Column casing bottom plate is snapped together by diplopore batten and branch rod base, and bicyclic beam rail is tightly attached in the bottom surface of the branch rod base On middle section, the diplopore batten and bicyclic beam rail are in the same vertical plane, and the spring column tube and column casing bottom plate are mutually flat Row, the column casing bottom plate, diplopore batten, branch rod base, bicyclic beam rail are mounted on the bottom of concave column casing, the spring stack Pipe, concave column casing, the semicolumn cap shaft heart are conllinear, and the bicyclic beam rail is installed on the upper left corner of hinge joint splint, the bicyclic cross Beam column is installed in the upper right corner of traction connecting rod.

According to a kind of embodiment, the gear drive is by Rubber Conveyor Belt Scrap, troughing roller, triangle gear, cross Plate tooth block, clip slot plectrum plate, sponge cushion block composition, the troughing roller set there are two and are nested in Rubber Conveyor Belt Scrap respectively The left and right ends in portion, the troughing roller are mechanically connected by Rubber Conveyor Belt Scrap and triangle gear, the triangle gear and transverse slat Tooth block is meshed, and the transverse slat tooth block nesting in the bottom of clip slot plectrum plate, be tightly attached to clip slot and dial by the right side of the sponge cushion block The left side of sheet, the Rubber Conveyor Belt Scrap set there are two and are meshed respectively with sector rack and half circular tooth disk, the rubber Conveyer belt is mutually perpendicular to sliding block insertion pipe.

Beneficial effect

Air-flow is connected by tracheae grafting tracheae grafting cylinder in a kind of processing office appliance angle cutting mold of the utility model Into micro-step motor, starts motor and drive the rotation of shaft rod sleeve, the blade column casing under column casing supporting plate is pushed to release knife Piece corner cut, by plasticity shell, whole corner cut process shell guard block movement, while axis moves electric motor starting, promotes intermediate plate card The plectrum of disk seat clamps office appliance, fixes its chamfering block, and cutting is facilitated to reduce offset error, rubber base plate and exhaust hole slot Load bearing support and exhaust Unloading Effect are played, motor rotation is moved by the screw rod transmission mechanism grafting axis of intermediate plate chuck seat, makes spiral shell The rotation of line mast body wound coil screw rod, by otic placode support Auxiliary support shaft stock and helical screw, passes through bevel gear body Intermeshing, the rotation of transverse belt dynamic bearing seat are drawn so that the trapezoidal gear of threaded post body of rod mesh ratchet gear rotating device be made to rotate Dynamic coiling roller body spin friction ratchet annulus drives coaxial crotch pawl to be meshed in ratchet annulus rotation, thus between formation The control effect of formula of having a rest scheduling clamping, friction push roller body to affect traction connecting rod compressed spring silk, pull fixed pulley coil around The diversion sheave body rotation of steel wire conveyer belt linkage fanning tray rotating mechanism, so that the rotation of half circular tooth disk is pushed, supported rod erecting auxiliary Linking movement is supportted, transmission belt is wound by the Roller Shaft carrier ring that shaft stock rotates priming fan heat sink, draws blade Tail cap cylinder and fan rotating disk are rotated with revolving speed, are formed wind-force heat dissipation, are reduced the loss of rubbed thermal part, extend and use the longevity It orders, L-type support column and pedestal box body assist fixed support, pass through the idler wheel sliding block of bearing block spin friction slide bar head-on collision frame body It moves right along chassis rail rods, while being moved to right with movable slider insertion pipe and square slider along slideway carriage, make to fix Otic placode hits to the right the spring fastening of link-telescoping device, releases rubber hemispherical crown by compressed spring and hits hinge joint splint, from And alloy piston cylinder pushing piston-rod part is made to fold folding connecting rod, priming sector rack rotates to the left percussion side along roller bearing wheel body Shape sliding block moves to left sliding block insertion pipe, so that fixed otic placode is hit mechanical switch base starting ball cap screw rod rotation pad steel wire to the left and passes Band is sent, the interior left and right head-on collision function being driven, effective touching switch rotation are formed, the convenient linking for cooperating holding action passes through fan Shape tooth plate and half circular tooth disk relative rotation, the Rubber Conveyor Belt Scrap of meshing gear transmission mechanism pushes troughing roller rotation respectively, Engagement triangle gear pushes transverse slat tooth block to move inward, and drives clip slot plectrum plate and sponge cushion block to clamp office appliance component, makes The compression nested with concave column casing of the spring column tube of cross bar support base, squeezes semicircle bolumn cap, also by diplopore batten and branch rod base Firm internal structure is supported, troughing roller is fastened by bicyclic beam rail, interior pull-up structure is formed, to promote integral retaining height Effect, by the big component miniaturization of manipulator, widget clamping position.

The utility model intermediate plate chuck seat is equipped with screw rod transmission mechanism, ratchet rotating device, fan heat sink, slide bar pair Frame body, link-telescoping device, fanning tray rotating mechanism, cross bar support base, gear drive are hit, processing office appliance is realized and uses Clamping effect enhancing is added in the mechanical structure of angle cutting mold, is converted into small-sized plectrum with manipulator clamping and clamps, from lathe It combining machine driving to be positioned in chuck, keeps the widget chamfering corner cut of office appliance smooth, rapid and convenient, deviation reduces, Overall processing Quality advance.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the utility model embodiment, below by the attached drawing in being described to embodiment It introduces in detail, with this other features, objects and advantages of the utility model will be become more apparent upon:

Fig. 1 is a kind of structural schematic diagram for processing office appliance angle cutting mold of the utility model.

Fig. 2 is the structural schematic diagram of the utility model intermediate plate chuck seat.

Fig. 3 is the detailed structural schematic diagram of the utility model intermediate plate chuck seat.

Fig. 4 is the structural schematic diagram one of the utility model intermediate plate chuck seat working condition.

Fig. 5 is the structural schematic diagram two of the utility model intermediate plate chuck seat working condition.

Description of symbols: micro-step motor -1, tracheae grafting cylinder -2, shaft rod sleeve -3, column casing supporting plate -4, knife Piece column casing -5, plasticity shell -6, axis move motor -7, intermediate plate chuck seat -8, rubber base plate -9, exhaust hole slot -10, screw rod transmission Mechanism -81, ratchet rotating device -82, fan heat sink -83, slide bar head-on collision frame body -84, link-telescoping device -85, fanning tray Rotating mechanism -86, cross bar support base -87, gear drive -88, the threaded post body of rod -811, helical screw -812, otic placode branch Seat -813, bevel gear body -814, shaft stock -815, bearing block -816, trapezoidal gear -821, coiling roller body -822, ratchet It is annulus -823, roller body -824, traction connecting rod -825, spring wire -826, fixed pulley disk -827, steel wire conveyer belt -828, coaxial Crotch pawl -829, Roller Shaft carrier ring -831, transmission belt -832, blade tail cap cylinder -833, fan rotating disk -834, L-type support Column -835, pedestal box body -836, chassis rail rods -841, idler wheel sliding block -842, fixed otic placode -843, sliding block insertion pipe - 844, square slider -845, mechanical switch seat -846, ball cap screw rod -847, spring fastening -851, rubber hemispherical cap -852, folding Clamping plate -853, alloy piston cylinder -854, piston rod piece -855, folding connecting rod -856, roller bearing wheel body -861, sector rack -862, Slideway carriage -863, supported rod erecting -864, half circular tooth disk -865, diversion sheave body -866, spring column tube -871, concave column casing - 872, semicircle bolumn cap -873, column casing bottom plate -874, diplopore batten -875, branch rod base -876, bicyclic beam rail -877, rubber pass Send band -881, troughing roller -882, triangle gear -883, transverse slat tooth block -884, clip slot plectrum plate -885, sponge cushion block -886.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1-Fig. 5 is please referred to, the utility model provides a kind of processing office appliance angle cutting mold, and structure includes: micro- Type stepper motor 1, tracheae grafting cylinder 2, shaft rod sleeve 3, column casing supporting plate 4, blade column casing 5, plasticity shell 6, axis move motor 7, intermediate plate chuck seat 8, rubber base plate 9, exhaust hole slot 10, the axis move motor 7 and laterally insert embedded in a left side for intermediate plate chuck seat 8 Side, the bottom surface of the intermediate plate chuck seat 8 are tightly attached on the top surface of the front side of rubber base plate 9, there are two the exhaust hole slot 10 is set And it is nested in the rear end of rubber base plate 9, the inner tube and tracheae grafting cylinder 2 that the exhaust hole slot 10 passes through plasticity shell 6 It is mutually communicated, the tracheae grafting cylinder 2 sets there are two and is welded on the rear side of micro-step motor 1, the miniature stepping The shaft of motor 1 inserts the inside for being embedded in shaft rod sleeve 3 and axle center is conllinear, and the shaft rod sleeve 3 is installed in column casing bracket The upper right corner of plate 4, the blade column casing 5 are nested in the lower left corner of column casing supporting plate 4, and the column casing supporting plate 4, which is laterally inserted, to be embedded in The inside of middle section plasticity shell 6, the micro-step motor 1 are installed on the top of plasticity shell 6, and the intermediate plate chuck seat 8 is set Have screw rod transmission mechanism 81, ratchet rotating device 82, fan heat sink 83, slide bar head-on collision frame body 84, link-telescoping device 85, Fanning tray rotating mechanism 86, cross bar support base 87, gear drive 88, the screw rod transmission mechanism 81 pass through conveyer belt and ratchet Rotating device 82 is mechanically connected, and the ratchet rotating device 82 is installed in the upper left corner of screw rod transmission mechanism 81, and the screw rod passes Transfer mechanism 81 is flexibly connected by belt with fan heat sink 83, and the fan heat sink 83 is nested in screw rod transmission mechanism 81 right end, the support of the screw rod transmission mechanism 81 are tightly attached under the bottom surface of slide bar head-on collision frame body 84, the slide bar head-on collision frame Body 84 is mechanically connected by link-telescoping device 85 and fanning tray rotating mechanism 86, the fanning tray rotating mechanism 86 and gear drive machine Structure 88 is meshed, and the gear drive 88 sets there are two and is respectively arranged in the left and right sides of cross bar support base 87, institute It states slide bar head-on collision frame body 84 to be flexibly connected by sliding block with the sliding rail of fanning tray rotating mechanism 86, the link-telescoping device 85 is installed On the right side of slide bar head-on collision frame body 84 and fanning tray rotating mechanism 86, the screw rod transmission mechanism 81 moves motor 7 with axis and is nested into one Body, the screw rod transmission mechanism 81 is by the threaded post body of rod 811, helical screw 812, otic placode support 813, bevel gear body 814, shaft Stock 815, bearing block 816 form, and the helical screw 812 inserts the right side for being embedded in the threaded post body of rod 811 and axle center is conllinear, institute It states helical screw 812 and shaft stock 815 is in same level and is respectively arranged on the left and right of otic placode support 813 Angle, the bevel gear body 814 are equipped with left end that is more than two and being nested in shaft stock 815 respectively and helical screw 812 The left end of right end, the shaft stock 815 is meshed by bevel gear body 814 with the right end of helical screw 812, the bearing block 816 are installed on the top of 814 shaft of bevel gear body, and the threaded post body of rod 811 is conllinear with 815 axle center of shaft stock, and described turn Axial length bar is mechanically connected by bearing and fan heat sink 83, and the ratchet rotating device 82 is rolled by trapezoidal gear 821, coiling Wheel body 822, ratchet annulus 823, roller body 824, traction connecting rod 825, spring wire 826, fixed pulley disk 827, steel wire conveyer belt 828, coaxial crotch pawl 829 forms, and the trapezoidal gear 821 is connected by steel wire conveyer belt 828 and 822 activity of coiling roller body It connects, the coiling roller body 822 is tightly attached to the lower right corner of ratchet annulus 823, and the coaxial crotch pawl 829 is nested in ratchet annulus It 823 inside and is meshed, the ratchet annulus 823 is mechanically connected by roller body 824 and traction connecting rod 825, the bullet The right end of spring silk 826 is welded on the left side in 825 middle section of traction connecting rod, and the spring wire 826 passes through traction connecting rod 825 and fixed pulley Disk 827 is flexibly connected, and the fixed pulley disk 827 is nested in the lower left corner of steel wire conveyer belt 828, the bottom of the traction connecting rod 825 Before end is installed in the axle center of roller body 824, the fixed pulley disk 827 passes through steel wire conveyer belt 828 and fanning tray rotating mechanism 86 Diversion sheave is flexibly connected, and the traction connecting rod 825 is symmetrical by 87 center line of cross bar support base with link-telescoping device 85, The fan heat sink 83 is by Roller Shaft carrier ring 831, transmission belt 832, blade tail cap cylinder 833, fan rotating disk 834, L-type Support column 835, pedestal box body 836 form, and the Roller Shaft carrier ring 831 sets there are two and is nested in transmission belt respectively Upper and lower ends inside 832, the blade tail cap cylinder 833 are mechanical by the bull stick and fan rotating disk 834 of Roller Shaft carrier ring 831 Connection, the L-type support column 835 set there are two and insert the upper and lower ends for being embedded in pedestal box body 836, the pedestal side respectively Framework 836 is installed on the lower left corner of fan rotating disk 834, and the pedestal box body 836 is installed in the right side of transmission belt 832, The fan rotating disk 834 is installed on the bottom of link-telescoping device 85, and the slide bar head-on collision frame body 84 is by chassis rail rods 841, idler wheel sliding block 842, fixed otic placode 843, sliding block insertion pipe 844, square slider 845, mechanical switch seat 846, ball cap screw rod 847 compositions, the outer surface of the chassis rail rods 841 and the idler wheel of idler wheel sliding block 842 are mechanically connected, the fixed otic placode 843 If it is nested in there are two and respectively the left and right sides of sliding block insertion pipe 844, the square slider 845 divides with idler wheel sliding block 842 It is not welded on the upper and lower ends of sliding block insertion pipe 844, the sliding block insertion pipe 844 is mutually perpendicular to chassis rail rods 841, described Sliding block insertion pipe 844 passes through fixed otic placode 843 and is flexibly connected with mechanical switch seat 846, and the mechanical switch seat 846 passes through belt It is mechanically connected with ball cap screw rod 847, the conveyer belt of the sliding block insertion pipe 844 and gear drive 88 is mutually perpendicular to, described Link-telescoping device 85 is by spring fastening 851, rubber hemispherical cap 852, hinge joint splint 853, alloy piston cylinder 854, piston rod piece 855, folding connecting rod 856 forms, and the rubber hemispherical cap 852 is welded on the right side of spring fastening 851, the spring fastening 851 It is flexibly connected by rubber hemispherical cap 852 with hinge joint splint 853, the hinge joint splint 853 is inserted embedded in the bottom of alloy piston cylinder 854 Portion, the hinge joint splint 853 are mechanically connected by piston rod piece 855 and folding connecting rod 856, the right end of the folding connecting rod 856 It is snapped together by button and the left end of piston rod piece 855, the piston rod piece 855, which is laterally inserted, is embedded in alloy piston cylinder 854 Left side, the hinge joint splint 853 is installed on the lower right corner of cross bar support base 87, and the fanning tray rotating mechanism 86 is by roller bearing wheel body 861, sector rack 862, slideway carriage 863, supported rod erecting 864, half circular tooth disk 865, diversion sheave body 866 form, the rolling Axis wheel body 861 is nested in the bottom of sector rack 862, the supported rod erecting 864 be structure as a whole with slideway carriage 863 and It is mutually perpendicular to, the diversion sheave body 866 is nested in the top of supported rod erecting 864, half circular tooth disk 865 and sector rack 862 It is installed in the left upper right corner of slideway carriage 863 and in the same vertical plane respectively, the diversion sheave body 866 is nested in half The inside and axle center of circular tooth disk 865 are conllinear, the sector rack 862 and half circular tooth disk 865 respectively with two gear drive machines The conveyer belt of structure 88 is meshed, and the cross bar support base 87 is by spring column tube 871, concave column casing 872, semicircle bolumn cap 873, column casing Bottom plate 874, diplopore batten 875, branch rod base 876, bicyclic beam rail 877 form, and the right side of the semicircle bolumn cap 873 is tightly attached to The left side of spring column tube 871, the spring column tube 871 are inserted embedded in the right side of concave column casing 872, the top of the column casing bottom plate 874 Face is tightly attached under the bottom surface of concave column casing 872, and the column casing bottom plate 874 is fastened on by diplopore batten 875 with branch rod base 876 Together, the bottom surface of the branch rod base 876 is tightly attached on the middle section of bicyclic beam rail 877, the diplopore batten 875 and bicyclic cross Beam column 877 is in the same vertical plane, and the spring column tube 871 is parallel to each other with column casing bottom plate 874, the column casing bottom plate 874, Diplopore batten 875, branch rod base 876, bicyclic beam rail 877 are mounted on the bottom of concave column casing 872, the spring column tube 871, concave column casing 872,873 axle center of semicircle bolumn cap are conllinear, and the bicyclic beam rail 877 is installed on the upper left of hinge joint splint 853 Angle, the bicyclic beam rail 877 are installed in the upper right corner of traction connecting rod 825, and the gear drive 88 is by Rubber Conveyor Belt Scrap 881, troughing roller 882, triangle gear 883, transverse slat tooth block 884, clip slot plectrum plate 885, sponge cushion block 886 form, described recessed The left and right ends that grooved roller 882 sets there are two and is nested in inside Rubber Conveyor Belt Scrap 881 respectively, the troughing roller 882 are logical It crosses Rubber Conveyor Belt Scrap 881 and triangle gear 883 is mechanically connected, the triangle gear 883 is meshed with transverse slat tooth block 884, described Transverse slat tooth block 884 is nested in the bottom of clip slot plectrum plate 885, and clip slot plectrum plate 885 is tightly attached on the right side of the sponge cushion block 886 Left side, the Rubber Conveyor Belt Scrap 881 set there are two and be meshed respectively with sector rack 862 and half circular tooth disk 865, it is described Rubber Conveyor Belt Scrap 881 is mutually perpendicular to sliding block insertion pipe 844.

It uses principle: by tracheae grafting tracheae grafting cylinder 2, air-flow is connected and enters micro-step motor 1, starts motor band Turn shaft sleeve 3 rotates, and the blade column casing 5 under column casing supporting plate 4 is pushed to release blade corner cut, whole by plasticity shell 6 The movement of corner cut process shell guard block, while axis moves motor 7 and starts, and the plectrum of intermediate plate chuck seat 8 is promoted to clamp office appliance, Its chamfering block is fixed, facilitates cutting to reduce offset error, rubber base plate 9 plays load bearing support with exhaust hole slot 10 and exhaust is unloaded Lotus effect is moved motor 7 by the 81 grafting axis of screw rod transmission mechanism of intermediate plate chuck seat 8 and is rotated, the threaded post body of rod 811 is made to wind spiral shell It revolves screw rod 812 to rotate, by 813 Auxiliary support shaft stock 815 of otic placode support and helical screw 812, passes through bevel gear body 814 Intermeshing, transverse belt dynamic bearing seat 816 rotates, to make the stepped tooth of 811 mesh ratchet gear rotating device 82 of the threaded post body of rod 821 rotation of wheel, pulls 822 spin friction ratchet annulus 823 of coiling roller body, drives coaxial crotch pawl 829 in ratchet annulus 823 Inside be meshed rotation, to form the control effect of intermittent scheduling clamping, friction pushes roller body 824 to affect traction connecting rod 825 compressed spring silks 826 pull the diversion sheave body of 827 coiling steel wire conveyer belt 828 of fixed pulley disk linkage fanning tray rotating mechanism 86 866 rotations, to push the rotation of half circular tooth disk 865,864 Auxiliary support linking of supported rod erecting movement is revolved by shaft stock 815 The Roller Shaft carrier ring 831 for quoting dynamic fan heat sink 83 winds transmission belt 832, and traction blade tail cap cylinder 833 and fan revolve Turntable 834 is rotated with revolving speed, is formed wind-force heat dissipation, is reduced the loss of rubbed thermal part, prolong the service life, L-type support column 835 assist fixed support with pedestal box body 836, pass through the idler wheel sliding block of 816 spin friction slide bar of bearing block head-on collision frame body 84 842 move right along chassis rail rods 841, while with movable slider insertion pipe 844 and square slider 845 along slideway carriage 863 move to right, and so that fixed otic placode 843 is hit the spring fastening 851 of link-telescoping device 85 to the right, release rubber by compressed spring Calotte 852 answers back to hinge joint splint 853, so that 854 pushing piston-rod part 855 of alloy piston cylinder be made to fold folding connecting rod 856, draws Dynamic sector rack 862 is rotated to the left along roller bearing wheel body 861 taps square slider 845, moves to left sliding block insertion pipe 844, makes to fix Otic placode 843 hits mechanical switch base 846 to the left and starts the rotation pad steel wire conveyer belt 828 of ball cap screw rod 847, is driven in formation Left and right head-on collision function, effective touching switch rotation, the linking of convenient cooperation holding action pass through sector rack 862 and half knuckle-tooth 865 relative rotation of disk, the Rubber Conveyor Belt Scrap 881 of meshing gear transmission mechanism 88 pushes troughing roller 882 to rotate respectively, also engages Triangle gear 883 pushes transverse slat tooth block 884 to move inward, and clip slot plectrum plate 885 and sponge cushion block 886 is driven to clamp office appliance Component makes the compression nested with concave column casing 872 of the spring column tube 871 of cross bar support base 87, squeezes semicircle bolumn cap 873, also by Diplopore batten 875 and branch rod base 876 support firm internal structure, fasten troughing roller 882, shape by bicyclic beam rail 877 At interior pull-up structure, to promote integral retaining efficient, by the big component miniaturization of manipulator, widget clamping position passes through folder Clamping effect enhancing is added in the mechanical structure that piece chuck seat 8 reaches processing office appliance angle cutting mold, with manipulator clamping It is converted into small-sized plectrum clamping, combines machine driving to be positioned from the chuck of lathe.

The utility model is combined with each other by above-mentioned component, reaches the mechanical structure of processing office appliance angle cutting mold Clamping effect enhancing is added, is converted into small-sized plectrum with manipulator clamping and clamps, machine driving is combined from the chuck of lathe It being positioned, keeps the widget chamfering corner cut of office appliance smooth, rapid and convenient, deviation reduces, overall processing Quality advance, with This grips shortcoming to widget to solve processing office appliance angle cutting mold, is easy to cause the deviation of processing corner cut, It is also the labyrinth problem of internal chamfering cutting, the hold assembly of mechanical paw is excessive, is not achieved and is formed in conjunction with mechanical paw The effect of small plectrum clamping position, keeps overall processing process low, completes ropy problem.

Micro-step motor 1 described in the utility model is that volume, capacity are smaller, output power generally hundreds of watts with Under motor and purposes, performance and environmental condition require special motor, the miniature specific type of electric machine of full name, abbreviation micro machine is commonly used In control system, the functions such as detection, resolving, amplification, execution or the conversion of dynamoelectric signal or energy are realized, or be used for driver Tool load, also can be used as the AC and DC power supply of equipment.

Specific embodiment described herein is only to give an example to the utility model.The affiliated skill of the utility model The technical staff in art field can make various modifications or additions to the described embodiments or using similar side Formula substitution, but without departing from the utility model or beyond the scope of the appended claims.

Claims (9)

1. a kind of processing office appliance angle cutting mold, structure includes: micro-step motor (1), tracheae grafting cylinder (2), turns Shaft sleeve (3), column casing supporting plate (4), blade column casing (5), plasticity shell (6), axis move motor (7), intermediate plate chuck seat (8), Rubber base plate (9), exhaust hole slot (10), it is characterised in that:

The axis moves motor (7) and laterally inserts embedded in the left side of intermediate plate chuck seat (8), and the bottom surface of the intermediate plate chuck seat (8) is close to On top surface on front side of rubber base plate (9), the exhaust hole slot (10) sets there are two and is nested in rubber base plate (9) Rear end, the exhaust hole slot (10) are mutually communicated by the inner tube of plasticity shell (6) with tracheae grafting cylinder (2), the tracheae Grafting cylinder (2) sets there are two and is welded on the rear side of micro-step motor (1), the shaft of the micro-step motor (1) It inserts the inside for being embedded in shaft rod sleeve (3) and axle center is conllinear, the shaft rod sleeve (3) is installed in column casing supporting plate (4) The upper right corner, the blade column casing (5) are nested in the lower left corner of column casing supporting plate (4), and the column casing supporting plate (4) is laterally inserted and is embedded in The inside of middle section plasticity shell (6), the micro-step motor (1) are installed on the top of plasticity shell (6)；

The intermediate plate chuck seat (8) be equipped with screw rod transmission mechanism (81), ratchet rotating device (82), fan heat sink (83), Slide bar head-on collision frame body (84), link-telescoping device (85), fanning tray rotating mechanism (86), cross bar support base (87), gear drive machine Structure (88)；

The screw rod transmission mechanism (81) is mechanically connected by conveyer belt and ratchet rotating device (82), the ratchet rotating device (82) it is installed in the upper left corner of screw rod transmission mechanism (81), the screw rod transmission mechanism (81) passes through belt and fan heat sink (83) it is flexibly connected, the fan heat sink (83) is nested in the right end of screw rod transmission mechanism (81), the screw rod conveyer The support of structure (81) is tightly attached under the bottom surface of slide bar head-on collision frame body (84), and slide bar head-on collision frame body (84) passes through the flexible dress of connecting rod It sets (85) and fanning tray rotating mechanism (86) to be mechanically connected, the fanning tray rotating mechanism (86) is mutually nibbled with gear drive (88) It closes, the gear drive (88) sets there are two and is respectively arranged in the left and right sides of cross bar support base (87), the cunning Bar head-on collision frame body (84) is flexibly connected by sliding block with the sliding rail of fanning tray rotating mechanism (86), link-telescoping device (85) peace It is located at the right side of slide bar head-on collision frame body (84) and fanning tray rotating mechanism (86), the screw rod transmission mechanism (81) and axis move motor (7) nested integral.

2. a kind of processing office appliance angle cutting mold according to claim 1, it is characterised in that: the screw rod conveyer Structure (81) is by the threaded post body of rod (811), helical screw (812), otic placode support (813), bevel gear body (814), shaft stock (815), bearing block (816) forms, and the helical screw (812) inserts the right side for being embedded in the threaded post body of rod (811) and axle center is total Line, the helical screw (812) and shaft stock (815) are in same level and are respectively arranged in otic placode support (813) the left upper right corner, the bevel gear body (814) are equipped with a left side that is more than two and being nested in shaft stock (815) respectively The left end of the right end at end and helical screw (812), the shaft stock (815) passes through bevel gear body (814) and helical screw (812) right end is meshed, and the bearing block (816) is installed on the top of bevel gear body (814) shaft, the threaded post body of rod (811) conllinear with shaft stock (815) axle center, the shaft stock is mechanically connected by bearing and fan heat sink (83).

3. a kind of processing office appliance angle cutting mold according to claim 1, it is characterised in that: the ratchet rotating dress (82) are set by trapezoidal gear (821), coiling roller body (822), ratchet annulus (823), roller body (824), traction connecting rod (825), spring wire (826), fixed pulley disk (827), steel wire conveyer belt (828), coaxial crotch pawl (829) composition, it is described trapezoidal Gear (821) is flexibly connected by steel wire conveyer belt (828) with coiling roller body (822), and the coiling roller body (822) is close to In the lower right corner of ratchet annulus (823), the coaxial crotch pawl (829) is nested in the inside of ratchet annulus (823) and mutually nibbles It closes, the ratchet annulus (823) is mechanically connected by roller body (824) and traction connecting rod (825), the spring wire (826) Right end is welded on the left side in traction connecting rod (825) middle section, and the spring wire (826) passes through traction connecting rod (825) and fixed pulley disk (827) it is flexibly connected, the fixed pulley disk (827) is nested in the lower left corner of steel wire conveyer belt (828), the traction connecting rod (825) before bottom end is installed in the axle center of roller body (824), the fixed pulley disk (827) passes through steel wire conveyer belt (828) and fan The diversion sheave of rotation mechanism (86) of spiraling is flexibly connected, and the traction connecting rod (825) and link-telescoping device (85) pass through cross bar branch It is symmetrical to support seat (87) center line.

4. a kind of processing office appliance angle cutting mold according to claim 2, it is characterised in that: the fan cooling dress (83) are set to be supported by Roller Shaft carrier ring (831), transmission belt (832), blade tail cap cylinder (833), fan rotating disk (834), L-type Column (835), pedestal box body (836) composition, the Roller Shaft carrier ring (831) set there are two and are nested in transmission belt respectively (832) internal upper and lower ends, the bull stick and fan rotating disk that the blade tail cap cylinder (833) passes through Roller Shaft carrier ring (831) (834) it is mechanically connected, the L-type support column (835) sets there are two and inserts up and down two embedded in pedestal box body (836) respectively End, the pedestal box body (836) are installed on the lower left corner of fan rotating disk (834), and the pedestal box body (836) is installed in The right side of transmission belt (832), the fan rotating disk (834) are installed on the bottom of link-telescoping device (85).

5. a kind of processing office appliance angle cutting mold according to claim 1, it is characterised in that: the slide bar head-on collision frame Body (84) is by chassis rail rods (841), idler wheel sliding block (842), fixed otic placode (843), sliding block insertion pipe (844), square slider (845), mechanical switch seat (846), ball cap screw rod (847) composition, the outer surface of the chassis rail rods (841) and idler wheel sliding block (842) idler wheel mechanical connection, the fixed otic placode (843) set there are two and are nested in sliding block insertion pipe (844) respectively The left and right sides, the square slider (845) are respectively welded at the upper and lower ends of sliding block insertion pipe (844) with idler wheel sliding block (842), The sliding block insertion pipe (844) is mutually perpendicular to chassis rail rods (841), and the sliding block insertion pipe (844) passes through fixed otic placode (843) it is flexibly connected with mechanical switch seat (846), the mechanical switch seat (846) is mechanical by belt and ball cap screw rod (847) Connection, the sliding block insertion pipe (844) and the conveyer belt of gear drive (88) are mutually perpendicular to.

6. a kind of processing office appliance angle cutting mold according to claim 4, it is characterised in that: the flexible dress of the connecting rod (85) are set by spring fastening (851), rubber hemispherical cap (852), hinge joint splint (853), alloy piston cylinder (854), piston rod piece (855), folding connecting rod (856) forms, and the rubber hemispherical cap (852) is welded on the right side of spring fastening (851), the spring Support (851) is flexibly connected by rubber hemispherical cap (852) with hinge joint splint (853), and the hinge joint splint (853) is inserted embedded in conjunction The bottom of golden piston cylinder (854), the hinge joint splint (853) are mechanical even by piston rod piece (855) and folding connecting rod (856) It connects, the right end of the folding connecting rod (856) is snapped together by button and the left end of piston rod piece (855), the piston rod Part (855) is laterally inserted embedded in the left side of alloy piston cylinder (854), and the hinge joint splint (853) is installed on cross bar support base (87) The lower right corner.

7. a kind of processing office appliance angle cutting mold according to claim 3, it is characterised in that: the fanning tray whirler Structure (86) is by roller bearing wheel body (861), sector rack (862), slideway carriage (863), supported rod erecting (864), half circular tooth disk (865), diversion sheave body (866) forms, and the roller bearing wheel body (861) is nested in the bottom of sector rack (862), and the support is vertical Bar (864) is structure as a whole and is mutually perpendicular to slideway carriage (863), and it is vertical that the diversion sheave body (866) is nested in support The top of bar (864), half circular tooth disk (865) are installed in the left and right of slideway carriage (863) with sector rack (862) respectively Upper angle and in the same vertical plane, it is total that the diversion sheave body (866) is nested in the inside of half circular tooth disk (865) and axle center Line, the sector rack (862) and half circular tooth disk (865) are meshed with the conveyer belt of two gear drives (88) respectively.

8. a kind of processing office appliance angle cutting mold according to claim 3 or 6, it is characterised in that: the cross bar branch Seat (87) are supportted by spring column tube (871), concave column casing (872), semicircle bolumn cap (873), column casing bottom plate (874), diplopore batten (875), branch rod base (876), bicyclic beam rail (877) composition, spring column tube is tightly attached on the right side of the semicircle bolumn cap (873) (871) left side, the spring column tube (871) are inserted embedded in the right side of concave column casing (872), the top of the column casing bottom plate (874) Face is tightly attached under the bottom surface of concave column casing (872), and the column casing bottom plate (874) passes through diplopore batten (875) and branch rod base (876) it snaps together, the bottom surface of the branch rod base (876) is tightly attached on the middle section of bicyclic beam rail (877), the diplopore Batten (875) and bicyclic beam rail (877) are in the same vertical plane, the spring column tube (871) and column casing bottom plate (874) phase Mutually parallel, the column casing bottom plate (874), diplopore batten (875), branch rod base (876), bicyclic beam rail (877) are mounted on The bottom of concave column casing (872), the spring column tube (871), concave column casing (872), semicircle bolumn cap (873) axle center are conllinear, institute The upper left corner that bicyclic beam rail (877) is installed on hinge joint splint (853) is stated, the bicyclic beam rail (877) is installed in traction company The upper right corner of bar (825).

9. a kind of processing office appliance angle cutting mold according to claim 5 or 7, it is characterised in that: the gear passes Motivation structure (88) is dialled by Rubber Conveyor Belt Scrap (881), troughing roller (882), triangle gear (883), transverse slat tooth block (884), clip slot Sheet (885), sponge cushion block (886) composition, the troughing roller (882) set there are two and are nested in Rubber Conveyor Belt Scrap respectively (881) internal left and right ends, the troughing roller (882) are mechanical even by Rubber Conveyor Belt Scrap (881) and triangle gear (883) It connects, the triangle gear (883) is meshed with transverse slat tooth block (884), and the transverse slat tooth block (884) is nested in clip slot plectrum plate (885) it is tightly attached to the left side of clip slot plectrum plate (885), the Rubber Conveyor Belt Scrap in the right side of bottom, the sponge cushion block (886) (881) it sets there are two and is meshed respectively with sector rack (862) and half circular tooth disk (865), the Rubber Conveyor Belt Scrap (881) It is mutually perpendicular to sliding block insertion pipe (844).