CN103302845B - Full-automatic glasses curved circle machine structure - Google Patents
Full-automatic glasses curved circle machine structure Download PDFInfo
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- CN103302845B CN103302845B CN201210071640.2A CN201210071640A CN103302845B CN 103302845 B CN103302845 B CN 103302845B CN 201210071640 A CN201210071640 A CN 201210071640A CN 103302845 B CN103302845 B CN 103302845B
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- 239000011521 glass Substances 0.000 title claims abstract description 18
- 239000000463 material Substances 0.000 claims abstract description 62
- 238000010438 heat treatment Methods 0.000 claims abstract description 21
- 238000007664 blowing Methods 0.000 claims abstract description 18
- 238000005520 cutting process Methods 0.000 claims abstract description 8
- 238000003825 pressing Methods 0.000 claims description 28
- 230000006835 compression Effects 0.000 claims description 22
- 238000007906 compression Methods 0.000 claims description 22
- 239000011159 matrix material Substances 0.000 claims description 15
- 238000012856 packing Methods 0.000 claims description 13
- 238000005266 casting Methods 0.000 claims description 10
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims description 7
- 229910052802 copper Inorganic materials 0.000 claims description 7
- 239000010949 copper Substances 0.000 claims description 7
- 238000007599 discharging Methods 0.000 claims description 7
- 239000006185 dispersion Substances 0.000 claims description 6
- 229910000831 Steel Inorganic materials 0.000 claims description 5
- 239000010959 steel Substances 0.000 claims description 5
- 230000007306 turnover Effects 0.000 claims description 5
- 239000011230 binding agent Substances 0.000 claims description 4
- 230000008878 coupling Effects 0.000 claims description 4
- 238000010168 coupling process Methods 0.000 claims description 4
- 238000005859 coupling reaction Methods 0.000 claims description 4
- 230000001939 inductive effect Effects 0.000 claims description 4
- 241000153246 Anteros Species 0.000 claims description 3
- 238000005253 cladding Methods 0.000 claims description 3
- 239000011229 interlayer Substances 0.000 claims description 3
- 239000002937 thermal insulation foam Substances 0.000 claims description 3
- 230000015572 biosynthetic process Effects 0.000 claims 1
- 239000005357 flat glass Substances 0.000 abstract description 3
- 238000000034 method Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000005304 joining Methods 0.000 description 2
- 230000001095 motoneuron effect Effects 0.000 description 2
- RRHGJUQNOFWUDK-UHFFFAOYSA-N Isoprene Chemical compound CC(=C)C=C RRHGJUQNOFWUDK-UHFFFAOYSA-N 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 108010036050 human cationic antimicrobial protein 57 Proteins 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 229920001195 polyisoprene Polymers 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
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Abstract
The invention discloses a kind of full-automatic glasses curved circle machine structure, be made up of heating system, robot device, upper die body, lower mold body and mainframe, the front upper end of mainframe is provided with master cylinders, upper die body is fixed on the tache motorice of master cylinders, lower mold body installs the base plate immediately below it, heating system is overlapped in the bottom rear of mainframe, and robot device is referred to by assistant and finger frame combination is fixed between heating system and lower mold body; Described heating system is provided with blowing wheel and roasting material wheel, and the inside and outside one-tenth certain altitude being installed on baking box is respectively poor, and its axle head has traction item to connect, and traction item is provided with thin cylinder; Described upper die body is provided with main pressure group and clamping group, is installed on guide sliding base respectively, and described guide sliding base bottom surface is provided with horizontal dovetail slideway, and is provided with two pieces of oblique cutting blocks, and centre is the vertical slideway of hollow, before vertical tune part and horizontal tune deck is installed; Described mainframe is provided with track pad.The present invention has curved circle, curved dress head and pressure central sill while of sheet glasses frame and effect of full automation processing.
Description
Technical field
The present invention relates to the curved circle machine of a kind of spectacle frame, particularly relate to the full-automatic glasses curved circle machine structure of the curved circle of sheet glasses frame, curved dress head and pressure central sill.
Background technology
At present, in glasses manufacturing, the usual upper mould device of machine of the curved circle of sheet glasses frame adopts two pieces of dome-type elastic caoutchouc modules, and dug clearance position in the position aligning mirror holder nose support and dress head, counterdie then makes a block mold by oneself according to shape of product, this kind of machine can only process the mirror holder of some little curved (4-5Base), meet large face curved (6-8Base) mirror holder then to need to utilize digital-controlled carving machine carve to coordinate the upper and lower mould of this glasses external surface shape completely according to each money frame shape, but be difficult to control accuracy and injure product, heating relies on the baking box of separately joining, blowing and feeding operate entirely by hand, and can only curved circle and pressure central sill.
Summary of the invention
The object of the invention is for the deficiency in above-mentioned technology, provide a kind of spectacle frame to integrate heating, curved circle, pressure central sill and the full-automatic glasses curved circle machine structure of curved dress head multiple working procedure.
To achieve these goals, technical solution of the present invention is:
A kind of full-automatic glasses curved circle machine structure, include heating system 12, robot device 10, upper die body 6, lower mold body 11 and mainframe 1 to form, the front upper end of mainframe 1 is provided with master cylinders 4, upper die body 6 is fixed on the tache motorice of master cylinders 4, lower mold body 11 is arranged on the base plate immediately below it, heating system 12 is overlapped in the bottom rear of mainframe 1, robot device 10 by assistant refer to 8 and finger frame 9 combine be fixed between heating system 12 and lower mold body 11; Described heating system 12 is provided with roasting material wheel 15 and blowing wheel 3, and the inside and outside one-tenth certain altitude being installed on baking box 20 is respectively poor, and its axle head has traction item 23 to connect, and traction item 23 is provided with thin cylinder 22; Described upper die body 6 is provided with main pressure group 91 and clamping group 94, be installed on guide sliding base 92 respectively, described guide sliding base 92 bottom surface is provided with horizontal dovetail slideway, and two pieces of oblique cutting blocks 93 are installed, centre is the vertical slideway of hollow, be provided with vertical tune part 88 and horizontal tune deck 89 above, on horizontal tune deck 89, card has first of left and right reverse thread the horizontal tune wheel 90; Described mainframe 1 is provided with track pad 5, and the surface of track pad 5 is provided with track groove and guide valve 7.
Described baking box 20 branch mailbox body frame 29, front door 30 and Rear Door 27, bag heat insulation foam in its interlayer, heat-generating pipe 19 and cutoff board 18 are installed in case, after described case body frame 29, upper end and front lower end are provided with charging aperture and discharging opening, and being provided with entry ramp 17 and outlet slideway 14 at its oral area bottom surface respectively, the outer upper wall of charging aperture is provided with binder arm 2, and its one end is fixed, one end is then gently taken on blowing wheel 3, and discharging opening is also provided with inductive switch 28.
Described blowing wheel 3 is provided with two circles and prolongs the wheel bar 39 of center of circle dispersion in the both sides of bar main wheel 38, material wheel shaft 36 is fixed on by nut 40 through wheel bar cover plate 37, the upper rear end of baking box 20 is fixed on by the material axle block 41 that bearing 42 is housed, described bar main wheel 38 is hollow, both ends of the surface have semi arch groove to coordinate with wheel bar 39, backgauge frame 16 is provided with between two material axle block 41 bottoms, backgauge frame 16 bag protects in taking turns second, material wheel shaft 36 axle head is also equipped with ranking wheel 26 and wheel swing arm 21, between wheel swing arm 21 and material wheel shaft 36, axle sleeve 43 is housed rotatable, fixing between ranking wheel 26 and material wheel shaft 36, it is the wave flank of tooth that 26 outer rims are taken turns in described ranking, its quantity and blowing take turns the wheel bar 39 of 3 and roasting number of permutations equivalent of expecting the roasting wheel plate 45 of wheel 15, pendulum pulling axis nail 44 is positioned the two ends of traction item 23 through putting the lower stomidium dialling valve 24 and wheel swing arm 21, pendulum dials the upper small end oblique top of valve 24 in the wave tooth matrix of ranking wheel 26, positioning seat 25 has a blind hole, aperture is aligned with the wave tooth matrix that 26 outer rims are taken turns in ranking, one the one the first compression spring 35 is had in hole, and press a steel ball 34 between the wave tooth matrix that ranking takes turns 26.
Described roasting material wheel 15 is provided with two circles and prolongs the roasting wheel plate 45 of center of circle dispersion in the both sides of centre wheel 49, roasting wheel plate 45 inserts in the groove of web wheel 57 outer rim, both sides are covered tightly by plate inner cap 56 and plate enclosing cover 58, copper sheathing 55 is through plate inner cap 56, the centre bore of web wheel 57 and plate enclosing cover 58, plate inner cap 56 side is fixed with Connection Block 52, roasting wheel shaft 54 is through copper sheathing 55 and centre wheel 49, be fixed in baking box 20 by the axle bed 59 that the second bearing 60 is housed, cutoff board 18 is connected to two axle beds, 59 bottoms, a rectangular through-holes is had in the middle part of described roasting wheel shaft 54, Rocker arm 48 is followed closely 51 through through hole by axle and is perpendicularly inserted through central axis hole and is positioned in roasting wheel shaft 54, two ends are connected to Connection Block 52 through connecting rod 47, the outer translateral jam plate 53 of Rocker arm 48 that centre wheel 49 is placed on roasting wheel shaft 54 stage casing is fixed on roasting wheel shaft 54, centre wheel 49 also runs through has two slide guide bars 46 parallel with roasting wheel shaft 54, both sides are respectively overlapped has the second compression spring 50 to peak between left and right plate inner cap 56, slide guide bar 46 two ends are also through plate inner cap 56, web wheel 57 and plate enclosing cover 58, the axle head of roasting wheel shaft 54 is equipped with ranking wheel 26 and wheel swing arm 21, ranking is taken turns 26 outer rims and is also fitted with pendulum group valve 24 and positioning seat 25, in other end axle bed 59 front lower portion push boat cover for seat 33 push boat seat 32 fill push boat 61 and peak at plate enclosing cover 58 side, push boat is adjusted bar 31 to join its push boat seat 32 afterbody and push boat is housed and adjusts handle 13.
Described finger frame 9 is provided with main casting die 78, secondary compressing tablet 79, horizontal compressing tablet 83 and horizontal pressure catch 82, being arranged on through pair pressure support 80 and card pressing plate 81 refers on stand 84, two secondary compressing tablets 79 press the support at support 80 two ends to support by pair, described horizontal compressing tablet 83 two ends are provided with the pressure surface of recurvation, Xia Zhe right angle, horizontal pressure catch 82 two ends, main casting die 78 is fingerstall shape, described finger stand 84 front end is upper and lower two male arms, horizontal compressing tablet 83 and horizontal pressure catch 82 Card pressing plate 81 insert between two male arms, main casting die 78 is inserted in the outer upper surface being fixed on male arms on finger stand 84 with secondary pressure support 80 of two male arms, turn over wiper arm 85 and cross finger stand 84 in both sides, refer to that stand 84 liang of postbrachiums are installed on the axle two ends of rotary cylinder 67 through the block 66 that is coupling, rotary cylinder 67 is installed on the tache motorice upper surface of the Pneumatic slid platform cylinder 63 at slim gas pawl cylinder 64 back side through cylinder fitting 68, cylinder fitting 68 is also provided with a horizontal rod 69.
Described assistant refers to that 8 by top 70, location, pair refers to 71, gear holder 72, first tension spring 73, pair refers to frame 74, pair refers to stand 75, line slide rail 76, slide track seat 77 is formed, slide track seat 77 is installed on slim gas pawl cylinder 64 through connecing arm 62, slim gas pawl cylinder 64 is arranged on stand 65, the seat end of line slide rail 76 is arranged on slide track seat 77 side, pair refers to that stand 75 is installed on line slide rail 76 arm upper end, described pair refers to that stand 75 is provided with a transverse arm, a semi arch spill position is had under transverse arm, this semi arch spill position falls on horizontal rod 69, top 70, location is installed in the vertical groove of slide track seat 77, its extension withstands pair in advance and refers to by stand 75 transverse arm lower half circle arc concave, pair refers to the axle bed head that frame 74 is installed on pair and refers to stand 75, described pair refers to that frame 74 is provided with the screens and a horizontally extending limiting half-twist, pair refers to that the convex axle in the lower end of 71 inserts pair and refers to frame 74 upper shaft hole, pair refers to be provided with gear holder 72 on 71, pair refer to 71 and pair refer between frame 74, also hang with the first tension spring 73.
Described main pressure group 91 is by track rod 95, lose material rocking arm 96, vertical guide pillar (97, second tension spring 98, middle wedge 99, drum bag seat 100, lose bin 101, lose material seat 102, lose material pawl 103, middle pressing mold 104, packing ring 105, screw 106, seben 107, drum bag 108 is formed, middle wedge 99 is connected to vertical guide pillar 97, vertical guide pillar 97 is fixed on top board 87 through the hollow vertical slideway of guide sliding base 92, described top board 87 is provided with vertical handle 86 of adjusting and is connected part 88 with vertical tune, the inferior horn axis hole of drum bag seat 100 is assigned in the inferior horn axis hole of middle wedge 99, and by the second tension spring 98, bulging for two, left and right bag seat 100 upper end is connected, gap between oblique cutting block 93 lower prong pre-inserted drum bag seat 100 and middle wedge 99, drum bag 108 is the half-open pocket of annular of cladding sewn by hand, its one end grows, described packing ring 105 is hollow ring template, be all chamfered edge with seben 107, described packing ring 105 is padded on the internal orifice of bulging bag 108 half opening, seben 107 to be locked in by screw 106 in the concave of bulging bag seat 100 from annular distance in the bottom of drum bag 108 and forms enclosed cavity, the side of the concave of described bulging bag seat 100 is also chamfered edge, clamping group 94 is fixed in one end that drum bag 108 grows, described bulging bag seat 100 is provided with air vent channel, packing ring 105 is also provided with through hole, middle pressing mold 104 is arranged on the rear end, bottom of middle wedge 99, lose material rocking arm 96 is arranged on middle wedge 99 front through losing material seat 102, lose material rocking arm 96 lower end to be provided with and to lose bin 101, lose bin 101 two ends installed respectively lose material pawl 103, the upper end of losing material pawl 103 expects that the movable axis in the U-shaped through hole in seat 102 lower end coordinates with being through to lose, lose material rocking arm 96 upper end and be also provided with a track rod 95, these track rod 95 other ends are embedded in the track groove of track pad 5.
Described clamping group 94 is by the first slim cylinder 109, mould is to folder 110, cylinder seat 111, clamping arm 112, horizontal tune is to part 113, die clamp 114, dress slide 115, pad pressing mold 116, clamping frame 117, clamping plate 118, 3rd tension spring 119, drum bag pressing plate 120 is formed, described dress slide 115 upper surface is provided with the dovetail slideway coordinated with guide sliding base 92 and is fitted to guide sliding base 92 liang of lower ends, the horizontal tune being fixed on dress slide 115 side is to part 113 simultaneously also horizontal tune wheel 90 matched together with first, cylinder seat 111 is fixed on dress slide 115 to folder 110 and horizontal tune to part 113 through mould, die clamp 114 is installed on horizontal tune to part 113 side, pad pressing mold 116 is sandwiched in mould to the bottom surface filling slide 115 between folder 110 and die clamp 114, the end that grows that bulging bag 108 pushed down by drum bag pressing plate 120 is fixed on dress slide 115 end face, the tache motorice of the first slim cylinder 109 is assigned in the upper end of clamping arm 112 through cylinder seat 111, the central axis hole of clamping arm 112 is assigned between cylinder seat 111 liang of male arms, clamping frame 117 is arranged on the lower end of clamping arm 112, clamping plate 118 both ends of the surface are designed to either shallow axis hole and clamping frame 117 lower end is installed togather, its top also has the 3rd tension spring 119 to be connected to clamping frame 117.
Described lower mold body 11 is by pull bar 121, 3rd compression spring 122, core bar folder 123, second horizontal tune wheel 124, adjust wheel seat 125, 4th compression spring 126, second slim cylinder 127, bedplate 128, main brace guide pillar 129, core bar 130, pressuring template 131, underlay mould 132, pad die holder 133, horizontal support plate 134, main brace seat 135, main mould 136, eye core sheet 137, shoe seat 138, shoe adjusts handle 139, slide 140, axle support 141, spring seat pillar 142 is formed, main brace guide pillar 129 is installed on bottom surface bedplate 128 being fixed on horizontal support plate 134 through the hollow vertical slideway of main brace seat 135, described bedplate 128 is provided with four spring seat pillars 142, and cover has the 4th compression spring 126 to peak at the lower corner of main brace seat 135 separately, bedplate 128 two ends there is also mounted the second slim cylinder 127, its motion axle head is fixed on main brace seat 135 two ends, described main brace seat 135 front is provided with adjusts wheel seat 125, second horizontal tune wheel 124 snaps in its semicircle matrix, described second horizontal tune wheel 124 two ends are provided with heterochiral screw thread, be fitted to be arranged on slide 140 side axle support 141 on, the bottom surface of described slide 140 is provided with the dovetail groove horizontal slide coordinated with main brace seat 135 above and is installed on main brace seat 135 two ends, on main mould 136 both sides, angle is provided with in the semicircle matrix that convex axle is put on antero posterior axis support 141, the axis of this convex axle is designed to meet at the corner angle limit on the main mould 136 that coordinates with the arm of angle on underlay mould 132 both sides, the shoe of slide 140 rear end adjusts handle 139 to be supported in the shoe seat 138 times of main mould 136 rear end, underlay mould 132 is installed on horizontal support plate 134 through pad die holder 133, compressed by the pressuring template 131 be arranged on pad die holder 133, horizontal support plate 134 two ends are provided with core bar folder 123, main mould 136 is provided with middle through hole, core bar folder 123 penetrates the bottom being clamped in core bar 130 in its through hole, described core bar 130 also leaves certain interval with main mould 136 hole wall, eye core sheet 137 is affixed on main mould 136 upper surface and is fixed on core bar 130, main brace seat 135 is also provided with the pull bar 121 that the 3rd compression spring 122 is housed, on it, hooking is in main mould 136 side.
After adopting such scheme, the present invention can bring following beneficial effect:
1, lower mold body free adjustment can go out various shape and size, just can adapt to multiple product profile without the need to separately joining mould.
2, also can simultaneously curvedly go out to fill head and shaping more standard except curved circle and pressure central sill.
3, automatic discharging heating and feeding realize automation.
Below in conjunction with drawings and embodiments, the present invention is described in further detail:
Accompanying drawing explanation
Fig. 1 is perspective view of the present invention;
Fig. 2 is planar structure schematic diagram of the present invention;
Fig. 3 is structure schematic diagram of the present invention;
Fig. 4 is the perspective view of heating system of the present invention;
Fig. 5 is the structural representation of blowing of the present invention wheel
Fig. 6 is the structural representation that the present invention bakes material wheel
Fig. 7 is the structural representation of robot device of the present invention
Fig. 8 is the structural representation of finger frame of the present invention
Fig. 9 is the structural representation of upper die body of the present invention
Figure 10-Figure 13 is the structural representation of the main pressure group of the present invention
Figure 14 is the structural representation of clamping group of the present invention
Figure 15 is the structural representation of lower mold body of the present invention
Figure number explanation
1, mainframe 2, binder arm 3, blowing wheel 4, master cylinders 5, track pad 6, upper die body 7, guide valve 8, assistant refers to 9, finger frame 10, robot device 11, lower mold body 12, heating system 13, push boat adjusts handle 14, outlet slideway 15, roasting material wheel 16, backgauge frame 17, entry ramp 18, cutoff board 19, heat-generating pipe 20, baking box 21, wheel swing arm 22, thin cylinder 23, traction item 24, pendulum dials valve 25, positioning seat 26, ranking wheel 27, Rear Door 28, inductive switch 29, case body frame 30, front door 31, push boat adjusts bar 32, push boat seat 33, push boat cover for seat 34, steel ball 35, first compression spring 36, material wheel shaft 37, wheel bar cover plate 38, bar main wheel 39, wheel bar 40, nut 41, material axle block 42, clutch shaft bearing 43, axle sleeve 44, pendulum pulling axis nail 45, roasting wheel plate 46, slide guide bar 47, connecting rod 48, Rocker arm 49, centre wheel 50, second compression spring 51, axle nail 52, Connection Block 53, jam plate 54, roasting wheel shaft 55, copper sheathing 56, plate inner cap 57, web wheel 58, plate enclosing cover 59, axle bed 60, second bearing 61, push boat 62, prop up and connect arm 63, Pneumatic slid platform cylinder 64, slim gas pawl cylinder 65, stand 66, be coupling block 67, rotary cylinder 68, cylinder fitting 69, horizontal rod 70, top 71, location, pair refers to 72, gear holder 73, first tension spring 74, pair refers to frame 75, pair refers to stand 76, line slide rail 77, slide track seat 78, main casting die 79, secondary compressing tablet 80, secondary pressure support 81, card pressing plate 82, horizontal pressure catch 83, horizontal compressing tablet 84, refer to stand 85, turn over wiper arm 86, vertical tune handle 87, top board 88, vertical tune is to part 89, horizontal tune deck 90, first horizontal tune wheel 91, main pressure group 92, guide sliding base 93, oblique cutting block 94, clamping group 95, track rod 96, lose material rocking arm 97, vertical guide pillar 98, second tension spring 99, middle wedge 100, drum bag seat 101, lose bin 102, lose material seat 103, lose material pawl 104, middle pressing mold 105, packing ring 106, screw 107, seben 108, drum bag 109, first slim cylinder 110, mould is to folder 111, cylinder seat 112, clamping arm 113, horizontal tune is to part 114, die clamp 115, dress slide 116, pad pressing mold 117, clamping frame 118, clamping plate 119, 3rd tension spring 120, drum bag pressing plate 121, pull bar 122, 3rd compression spring 123, core bar folder 124, second horizontal tune wheel 125, adjust wheel seat 126, 4th compression spring 127, second slim cylinder 128, bedplate 129, main brace guide pillar 130, core bar 131, pressuring template 132, underlay mould 133, pad die holder 134, horizontal support plate 135, main brace seat 136, main mould 137, eye core sheet 138, shoe seat 139, shoe adjusts handle 140, slide 141, axle support 142, spring seat pillar
Detailed description of the invention
A kind of full-automatic glasses curved circle machine structure, as shown in Figure 1, Figure 2 and Figure 3, include heating system 12, robot device 10, upper die body 6, lower mold body 11 and mainframe 1 to form, the front upper end of mainframe 1 is provided with master cylinders 4, upper die body 6 is fixed on the tache motorice of master cylinders 4, lower mold body 11 is arranged on the base plate immediately below it, and heating system 12 is overlapped in the bottom rear of mainframe 1, robot device 10 by assistant refer to 8 and finger frame 9 combine be fixed between heating system 12 and lower mold body 11; Described heating system 12 is provided with roasting material wheel 15 and blowing wheel 3, and the inside and outside one-tenth certain altitude being installed on baking box 20 is respectively poor, and its axle head has traction item 23 to connect, and traction item 23 is provided with thin cylinder 22; Coordinate shown in Fig. 9, described upper die body 6 is provided with main pressure group 91 and clamping group 94, be installed on guide sliding base 92 respectively, described guide sliding base 92 bottom surface is provided with horizontal dovetail slideway, and two pieces of oblique cutting blocks 93 are installed, centre is the vertical slideway of hollow, before vertical tune part 88 and horizontal tune deck 89 is installed, on horizontal tune deck 89, card has first of left and right reverse thread the horizontal tune wheel 90; Described mainframe 1 is provided with track pad 5, and the surface of track pad 5 is provided with track groove and guide valve 7.
As shown in Figure 4, described baking box 20 branch mailbox body frame 29, front door 30 and Rear Door 27, bag heat insulation foam in its interlayer, heat-generating pipe 19 and cutoff board 18 are installed in case, cutoff board 18 can strengthen thermal convection current to balance the temperature inside the box, after described case body frame 29, upper end and front lower end are provided with charging aperture and discharging opening, and be provided with entry ramp 17 and outlet slideway 14 at its oral area bottom surface respectively, the outer upper wall of charging aperture is provided with binder arm 2, its one end is fixed, one end is then gently taken and product can be made entering correcting route before by case 20 on blowing wheel 3, and discharging opening is also provided with inductive switch 28.
As shown in Figure 5, described blowing wheel 3 is provided with two circles and prolongs the wheel bar 39 of center of circle dispersion in the both sides of bar main wheel 38, material wheel shaft 36 is fixed on by nut 40 through wheel bar cover plate 37, the upper rear end of baking box 20 is fixed on by the material axle block 41 that clutch shaft bearing 42 is housed, described bar main wheel 38 is hollow, both ends of the surface have semi arch groove to coordinate with wheel bar 39, backgauge frame 16 is provided with between two material axle block 41 bottoms, backgauge frame 16 bag protects in taking turns second, product can be put into can not skid off in blowing wheel 14 more, material wheel shaft 36 axle head is also equipped with ranking wheel 26 and wheel swing arm 21, between wheel swing arm 21 and material wheel shaft 36, axle sleeve 43 is housed rotatable, fixing between ranking wheel 26 and material wheel shaft 36, it is the wave flank of tooth that 26 outer rims are taken turns in described ranking, its quantity and blowing take turns the wheel bar 39 of 3 and roasting number of permutations equivalent of expecting the roasting wheel plate 45 of wheel 15, pendulum pulling axis nail 44 is positioned the two ends of traction item 23 through putting the lower stomidium dialling valve 24 and wheel swing arm 21, pendulum dials the upper small end oblique top of valve 24 in the wave tooth matrix of ranking wheel 26, positioning seat 25 has a blind hole, aperture is aligned with the wave tooth matrix that 26 outer rims are taken turns in ranking, one first compression spring 35 is had in hole, and press a steel ball 34 between the wave tooth matrix that ranking takes turns 26.When cylinder push-and-pull traction item 23, blowing can be driven simultaneously to take turns 3 and to do step motion with roasting material wheel 15 and can not reverse.
As shown in Figure 6, described roasting material wheel 15 is provided with two circles and prolongs the roasting wheel plate 45 of center of circle dispersion in the both sides of centre wheel 49, roasting wheel plate 45 inserts in the groove of web wheel 57 outer rim, both sides are covered tightly by plate inner cap 56 and plate enclosing cover 58, copper sheathing 55 is through plate inner cap 56, the centre bore of web wheel 57 and plate enclosing cover 58, plate inner cap 56 side is fixed with Connection Block 52, roasting wheel shaft 54 is through copper sheathing 55 and centre wheel 49, be fixed in baking box 20 by the axle bed 59 that the second bearing 60 is housed, cutoff board 18 is connected to two axle beds, 59 bottoms, a rectangular through-holes is had in the middle part of described roasting wheel shaft 54, Rocker arm 48 is followed closely 51 through through hole by axle and is perpendicularly inserted through central axis hole and is positioned in roasting wheel shaft 54, two ends are connected to Connection Block 52 through connecting rod 47, the outer translateral jam plate 53 of Rocker arm 48 that centre wheel 49 is placed on roasting wheel shaft 54 stage casing is fixed on roasting wheel shaft 54, centre wheel 49 also runs through has two slide guide bars 46 parallel with roasting wheel shaft 54, both sides are respectively overlapped has the second compression spring 50 to peak between left and right plate inner cap 56, slide guide bar 46 two ends are also through plate inner cap 56, web wheel 57 and plate enclosing cover 58, the axle head of roasting wheel shaft 54 is equipped with ranking wheel 26 and wheel swing arm 21, ranking is taken turns 26 outer rims and is also fitted with pendulum group valve 24 and positioning seat 25, in other end axle bed 59 front lower portion push boat cover for seat 33 push boat seat 32 fill push boat 61 and peak at plate enclosing cover 58 side, push boat is adjusted bar 31 to join its push boat seat 32 afterbody and push boat is housed and adjusts handle 13, when adjustment push boat adjusts handle 13, two web wheel spacings can be changed.
As Fig. 8 coordinates shown in Fig. 7, described finger frame 9 is provided with main casting die 78, secondary compressing tablet 79, horizontal compressing tablet 83 and horizontal pressure catch 82, being arranged on through pair pressure support 80 and card pressing plate 81 refers on stand 84, two secondary compressing tablets 79 press the support at support 80 two ends to support by pair, described horizontal compressing tablet 83 two ends are provided with the pressure surface of recurvation, Xia Zhe right angle, horizontal pressure catch 82 two ends, main casting die 78 is fingerstall shape, it is elastic steel sheet material, product is weighed wounded to prevent unbalance stress, described finger stand 84 front end is upper and lower two male arms, horizontal compressing tablet 83 and horizontal pressure catch 82 Card pressing plate 81 insert between two male arms, main casting die 78 is inserted in the outer upper surface being fixed on male arms on finger stand 84 with secondary pressure support 80 of two male arms, turn over wiper arm 85 and cross finger stand 84 in both sides, refer to that stand 84 liang of postbrachiums are installed on the axle two ends of rotary cylinder 67 through the block 66 that is coupling, rotary cylinder 67 is installed on the tache motorice upper surface of the Pneumatic slid platform cylinder 63 at slim gas pawl cylinder 64 back side through cylinder fitting 68, cylinder fitting 68 is also provided with a horizontal rod 69.
As shown in Figure 7, described assistant refers to that 8 by top 70, location, pair refers to 71, gear holder 72, first tension spring 73, pair refers to frame 74, pair refers to stand 75, line slide rail 76, slide track seat 77 is formed, slide track seat 77 is installed on slim gas pawl cylinder 64 through connecing arm 62, slim gas pawl cylinder 64 is arranged on stand 65, the seat end of line slide rail 76 is arranged on slide track seat 77 side, pair refers to that stand 75 is installed on line slide rail 76 arm upper end, described pair refers to that stand 75 is provided with a transverse arm, a semi arch spill position is had under transverse arm, this semi arch spill position falls on horizontal rod 69, top 70, location is installed in the vertical groove of slide track seat 77, its extension withstands pair in advance and refers to stand 75 transverse arm lower half circle arc concave side thus limit the secondary position referring to 71 downslides, pair refers to the axle bed head that frame 74 is installed on pair and refers to stand 75, described pair refers to that frame 74 is provided with the screens and a horizontally extending limiting half-twist, pair refers to that the convex axle in the lower end of 71 inserts pair and refers to frame 74 upper shaft hole, pair refers to be provided with gear holder 72 on 71, pair refer to 71 and pair refer between frame 74, also hang with the first tension spring 73.When slim gas pawl cylinder 64 liang of tache motorices drive assistant to refer to that 8 draw in, when rotary cylinder 67 drives finger frame 9 and product to turn to upright position, turn over wiper arm 85 to be close to pair and to refer to horizontally extending on frame 74, pair refers to that frame 74 will be driven with upper part and turn to level together, and follow Pneumatic slid platform cylinder 63 drive descending finger frame 9 descending stay in location top 70, finger frame 9 after continuing descending putting in place slim gas pawl cylinder 64 liang of tache motorices drive assistants to refer to that 8 push open, pair to refer on frame 74 that rich opening is turned over wiper arm 85 and rebounded by horizontally extending, and Pneumatic slid platform cylinder 63 and rotary cylinder 67 also reset immediately.
As Figure 10, Figure 11, Figure 12 and Figure 13 coordinates shown in Fig. 9, and described main pressure group 91 is by track rod 95, lose material rocking arm 96, vertical guide pillar 97, second tension spring 98, middle wedge 99, drum bag seat 100, lose bin 101, lose material seat 102, lose material pawl 103, middle pressing mold 104, packing ring 105, screw 106, seben 107, drum bag 108 is formed, middle wedge 99 is connected to vertical guide pillar 97, vertical guide pillar 97 is fixed on top board 87 through the hollow vertical slideway of guide sliding base 92, described top board 87 is provided with vertical handle 86 of adjusting and is connected part 88 with vertical tune, the inferior horn axis hole of drum bag seat 100 is assigned in the inferior horn axis hole of middle wedge 99, and by the second tension spring 98, bulging for two, left and right bag seat 100 upper end is connected, gap between oblique cutting block 93 lower prong pre-inserted drum bag seat 100 and middle wedge 99, when regulate vertical adjust handle 86 to change the vertical range of clamping group 94 relative to main pressure group 91 time, drum bag seat 100 also can corresponding change angle of inclination with the profile of corresponding product, drum bag 108 is the half-open pocket of annular of cladding sewn by hand, its one end grows, described packing ring 105 is hollow ring template, be all chamfered edge with seben 107, described packing ring 105 is padded on the internal orifice of bulging bag 108 half opening, seben 107 to be locked in by screw 106 in the concave of bulging bag seat 100 from annular distance in the bottom of drum bag 108 and forms enclosed cavity, the side of the concave of described bulging bag seat 100 is also chamfered edge, clamping group 94 is fixed in one end that drum bag 108 grows, described bulging bag seat 100 is provided with air vent channel, packing ring 105 is also provided with through hole, middle pressing mold 104 is arranged on the rear end, bottom of middle wedge 99, lose material rocking arm 96 is arranged on middle wedge 99 front through losing material seat 102, lose material rocking arm 96 lower end to be provided with and to lose bin 101, lose bin 101 two ends installed respectively lose material pawl 103, the upper end of losing material pawl 103 expects that the movable axis in the U-shaped through hole in seat 102 lower end coordinates with being through to lose, lose material rocking arm 96 upper end and be also provided with a track rod 95, in the track groove that this track rod 95 other ends are embedded in track pad 5, straight line is descending, prolong external curve up, drive time up to lose and expect that rocking arm 96 swings, lose material pawl 103 to swing thereupon.
As shown in figure 14, described clamping group 94 is by the first slim cylinder 109, mould is to folder 110, cylinder seat 111, clamping arm 112, horizontal tune is to part 113, die clamp 114, dress slide 115, pad pressing mold 116, clamping frame 117, clamping plate 118, 3rd tension spring 119, drum bag pressing plate 120 is formed, described dress slide 115 upper surface is provided with the dovetail slideway coordinated with guide sliding base 92 and is fitted to guide sliding base 92 liang of lower ends, the horizontal tune being fixed on dress slide 115 side is to part 113 simultaneously also horizontal tune wheel 90 matched together with first, regulate the first horizontal tune wheel 90 just can change distance between two clamping groups 94, cylinder seat 111 is fixed on dress slide 115 to folder 110 and horizontal tune to part 113 through mould, die clamp 114 is installed on horizontal tune to part 113 side, pad pressing mold 116 is sandwiched in mould to the bottom surface filling slide 115 between folder 110 and die clamp 114, the end that grows that bulging bag 108 pushed down by drum bag pressing plate 120 is fixed on dress slide 115 end face, the tache motorice of the first slim cylinder 109 is assigned in the upper end of clamping arm 112 through cylinder seat 111, the central axis hole of clamping arm 112 is assigned between cylinder seat 111 liang of male arms, clamping frame 117 is arranged on the lower end of clamping arm 112, clamping plate 118 both ends of the surface are designed to either shallow axis hole and clamping frame 117 lower end is installed togather, its top also has the 3rd tension spring 119 to be connected to clamping frame 117, meet product fashionable dress clamping plate 118 automatically to adjust with product face angle, thus avoid crushing product.
As shown in figure 15, described lower mold body 11 is by pull bar 121, 3rd compression spring 122, core bar folder 123, second horizontal tune wheel 124, adjust wheel seat 125, 4th compression spring 126, second slim cylinder 127, bedplate 128, main brace guide pillar 129, core bar 130, pressuring template 131, underlay mould 132, pad die holder 133, horizontal support plate 134, main brace seat 135, main mould 136, eye core sheet 137, shoe seat 138, shoe adjusts handle 139, slide 140, axle support 141, spring seat pillar 142 is formed, main brace guide pillar 129 is installed on bottom surface bedplate 128 being fixed on horizontal support plate 134 through the hollow vertical slideway of main brace seat 135, described bedplate 128 is provided with four spring seat pillars 142, and cover has the 4th compression spring 126 to peak at the lower corner of main brace seat 135 separately, bedplate 128 two ends there is also mounted the second slim cylinder 127, its motion axle head is fixed on main brace seat 135 two ends, described main brace seat 135 face is provided with adjusts wheel seat 125, second horizontal tune wheel 124 snaps in its semicircle matrix, described second horizontal tune wheel 124 two ends are provided with heterochiral screw thread, be fitted to be arranged on slide 140 side axle support 141 on, the bottom surface of described slide 140 is provided with the dovetail groove horizontal slide coordinated with main brace seat 135 above and is installed on main brace seat 135 two ends, on main mould 136 both sides, angle is provided with in the semicircle matrix that convex axle is put on antero posterior axis support 141, the axis of this convex axle is designed to meet at the corner angle limit on the main mould 136 that coordinates with the arm of angle on underlay mould 132 both sides, the shoe of slide 140 rear end adjusts handle 139 to be supported in the shoe seat 138 times of main mould 136 rear end, underlay mould 132 is installed on horizontal support plate 134 through pad die holder 133, compressed by the pressuring template 131 be arranged on pad die holder 133, horizontal support plate 134 two ends are provided with core bar folder 123, main mould 136 is provided with middle through hole, core bar folder 123 penetrates the bottom being clamped in core bar 130 in its through hole, described core bar 130 also leaves certain interval with main mould 136 hole wall, eye core sheet 137 is affixed on main mould 136 upper surface and is fixed on core bar 130, main brace seat 135 is also provided with the pull bar 121 that the 3rd compression spring 122 is housed, on it, hooking is in main mould 136 side.This lower mold body 11 achieves the angle that adjustable two main moulds 136 relative distances and main mould 136 rotate around underlay mould 132 seam crossings, thus the variable multiple moulding that swaps out, be installed on the parts on main brace seat 135 and can move up and down.
Above embodiment is used for illustrative purposes only; but not limitation of the present invention; person skilled in the relevant technique; without departing from the spirit and scope of the present invention; various conversion or change can also be made; therefore, all equivalent technical schemes all should fall into protection scope of the present invention.
Claims (9)
1. a full-automatic glasses curved circle machine structure, it is characterized in that: include heating system (12), robot device (10), upper die body (6), lower mold body (11) and mainframe (1) are formed, the front upper end of mainframe (1) is provided with master cylinders (4), upper die body (6) is fixed on the tache motorice of master cylinders (4), lower mold body (11) is arranged on the base plate immediately below it, heating system (12) is overlapped in the bottom rear of mainframe (1), by assistant, robot device (10) refers to that (8) and finger frame (9) combine and is fixed between heating system (12) and lower mold body (11), described heating system (12) is provided with roasting material wheel (15) and blowing wheel (3), the inside and outside one-tenth certain altitude being installed on baking box (20) is respectively poor, its axle head has traction item (23) to connect, and traction item (23) is provided with thin cylinder (22), described upper die body (6) is provided with main pressure group (91) and clamping group (94), be installed on guide sliding base (92) respectively, described guide sliding base (92) bottom surface is provided with horizontal dovetail slideway, and two pieces of oblique cutting blocks (93) are installed, centre is the vertical slideway of hollow, be provided with vertical tune part (88) and horizontal tune deck (89) above, the upper card of horizontal tune deck (89) has first of left and right reverse thread the horizontal tune wheel (90), described mainframe (1) is provided with track pad (5), and the surface of track pad (5) is provided with track groove and guide valve (7).
2. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described baking box (20) branch mailbox body frame (29), front door (30) and Rear Door (27), bag heat insulation foam in its interlayer, heat-generating pipe (19) and cutoff board (18) are installed in case, described case body frame (29) afterwards upper end and front lower end is provided with charging aperture and discharging opening, and be provided with entry ramp (17) and outlet slideway (14) at its oral area bottom surface respectively, the outer upper wall of charging aperture is provided with binder arm (2), its one end is fixed, one end is then gently taken on blowing wheel (3), discharging opening is also provided with inductive switch (28).
3. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described blowing wheel (3) is provided with two circles and prolongs the wheel bar (39) of center of circle dispersion in the both sides of bar main wheel (38), material wheel shaft (36) is fixed on by nut (40) through wheel bar cover plate (37), the upper rear end of baking box (20) is fixed on by the material axle block (41) that clutch shaft bearing (42) is housed, described bar main wheel (38) is hollow, both ends of the surface have semi arch groove to coordinate with wheel bar (39), backgauge frame (16) is provided with between two material axle block (41) bottoms, backgauge frame (16) bag protects in taking turns second, material wheel shaft (36) axle head is also equipped with ranking wheel (26) and wheel swing arm (21), axle sleeve (43) is housed rotatable between wheel swing arm (21) and material wheel shaft (36), fixing between ranking wheel (26) and material wheel shaft (36), described ranking wheel (26) outer rim is the wave flank of tooth, its quantity and blowing take turns the wheel bar (39) of (3) and roasting number of permutations equivalent of expecting to take turns the roasting wheel plate (45) of (15), pendulum pulling axis nail (44) is positioned the two ends of traction item (23) through putting the lower stomidium dialling valve (24) and wheel swing arm (21), pendulum dials the upper small end oblique top of valve (24) in the wave tooth matrix of ranking wheel (26), positioning seat (25) has a blind hole, aperture is aligned with the wave tooth matrix of ranking wheel (26) outer rim, one first compression spring (35) is had in hole, and press a steel ball (34) between the wave tooth matrix that (26) are taken turns in ranking.
4. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described roasting material wheel (15) is provided with two circles and prolongs the roasting wheel plate (45) of center of circle dispersion in the both sides of centre wheel (49), roasting wheel plate (45) inserts in the groove of web wheel (57) outer rim, both sides are covered tightly by plate inner cap (56) and plate enclosing cover (58), copper sheathing (55) is through plate inner cap (56), the centre bore of web wheel (57) and plate enclosing cover (58), plate inner cap (56) side is fixed with Connection Block (52), roasting wheel shaft (54) is through copper sheathing (55) and centre wheel (49), be fixed in baking box (20) by the axle bed (59) that the second bearing (60) are housed, cutoff board (18) is connected to bottom between two axle beds (59), there is a rectangular through-holes at described roasting wheel shaft (54) middle part, rocking arm (48) to be followed closely by axle through through hole that (51) are perpendicular to be inserted through central axis hole and to be positioned in roasting wheel shaft (54), two ends are connected to Connection Block (52) through connecting rod (47), the rocking arm (48) that centre wheel (49) is placed on roasting wheel shaft (54) stage casing outward translateral jam plate (53) is fixed on roasting wheel shaft (54), centre wheel (49) also runs through has two slide guide bars (46) parallel with roasting wheel shaft (54), both sides are respectively overlapped has the second compression spring (50) to peak between left and right plate inner cap (56), slide guide bar (46) two ends are also through plate inner cap (56), web wheel (57) and plate enclosing cover (58), the axle head of roasting wheel shaft (54) is equipped with ranking wheel (26) and wheel swing arm (21), ranking wheel (26) outer rim is also fitted with pendulum and dials valve (24) and positioning seat (25), the interior push boat seat (32) of other end axle bed (59) front lower portion push boat cover for seat (33) fill push boat (61) and peak at plate enclosing cover (58) side, push boat is adjusted bar (31) to join its push boat seat (32) afterbody and push boat is housed and adjusts handle (13).
5. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described finger frame (9) is provided with main casting die (78), secondary compressing tablet (79), horizontal compressing tablet (83) and horizontal pressure catch (82), being arranged on through pair pressure support (80) and card pressing plate (81) refers on stand (84), two secondary compressing tablets (79) press the support at support (80) two ends to support by pair, described horizontal compressing tablet (83) two ends are provided with the pressure surface of recurvation, Xia Zhe right angle, horizontal pressure catch (82) two ends, main casting die (78) is fingerstall shape, described finger stand (84) front end is upper and lower two male arms, horizontal compressing tablet (83) and horizontal pressure catch (82) Card pressing plate (81) insert between two male arms, main casting die (78) is inserted in the outer upper surface being fixed on the upper male arms of finger stand (84) with secondary pressure support (80) of two male arms, turn over wiper arm (85) and cross finger stand (84) in both sides, refer to that stand (84) two postbrachium is installed on the axle two ends of rotary cylinder (67) through the block that is coupling (66), rotary cylinder (67) is installed on the tache motorice upper surface of the Pneumatic slid platform cylinder (63) at slim gas pawl cylinder (64) back side through cylinder fitting (68), cylinder fitting (68) is also provided with a horizontal rod (69).
6. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described assistant refers to that (8) are by top, location (70), pair refers to (71), gear holder (72), first tension spring (73), pair refers to frame (74), pair refers to stand (75), line slide rail (76), slide track seat (77) is formed, slide track seat (77) warp connects arm (62) and is installed on slim gas pawl cylinder (64), slim gas pawl cylinder (64) is arranged on stand (65), the seat end of line slide rail (76) is arranged on slide track seat (77) side, pair refers to that stand (75) is installed on line slide rail (76) arm upper end, described pair refers to that stand (75) is provided with a transverse arm, a semi arch spill position is had under transverse arm, this semi arch spill position falls on horizontal rod (69), top, location (70) is installed in the vertical groove of slide track seat (77), its extension withstands pair in advance and refers to by stand (75) transverse arm lower half circle arc concave, pair refers to the axle bed head that frame (74) is installed on pair and refers to stand (75), described pair refers to that frame (74) is provided with the screens and a horizontally extending limiting half-twist, the convex axle in the lower end that pair refers to (71) inserts pair and refers to frame (74) upper shaft hole, gear holder (72) is installed on pair refers to (71), pair refers to (71) and pair refers to also hang with the first tension spring (73) between frame (74).
7. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described main pressure group (91) is by track rod (95), lose material rocking arm (96), vertical guide pillar (97), second tension spring (98), middle wedge (99), drum bag seat (100), lose bin (101), lose material seat (102), lose material pawl (103), middle pressing mold (104), packing ring (105), screw (106), seben (107), drum bag (108) is formed, middle wedge (99) is connected to vertical guide pillar (97), vertical guide pillar (97) is fixed on top board (87) through the hollow vertical slideway of guide sliding base (92), described top board (87) is provided with vertical handle (86) of adjusting and is connected part (88) with vertical tune, the inferior horn axis hole of drum bag seat (100) is assigned in the inferior horn axis hole of middle wedge (99), and by the second tension spring (98), bulging bag seat (100) upper end, two, left and right is connected, gap between oblique cutting block (93) lower prong pre-inserted drum bag seat (100) and middle wedge (99), the half-open pocket of annular that drum bag (108) is cladding sewn by hand, its one end grows, described packing ring (105) is hollow ring template, be all chamfered edge with seben (107), described packing ring (105) is padded on the internal orifice of bulging bag (108) half opening, seben (107) locks in the concave interior formation enclosed cavity of bulging bag seat (100) by screw (106) from annular distance in the bottom of drum bag (108), the side of the concave of described bulging bag seat (100) is also chamfered edge, clamping group (94) is fixed in one end that drum bag (108) grows, described bulging bag seat (100) is provided with air vent channel, packing ring (105) is also provided with through hole, middle pressing mold (104) is arranged on the rear end, bottom of middle wedge (99), lose material rocking arm (96) is arranged on middle wedge (99) front through losing material seat (102), lose material rocking arm (96) lower end to be provided with and to lose bin (101), lose bin (101) two ends installed respectively lose material pawl (103), the upper end of losing material pawl (103) expects that the movable axis in the U-shaped through hole in seat (102) lower end coordinates with being through to lose, lose material rocking arm (96) upper end and be also provided with a track rod (95), this track rod (95) other end is embedded in the track groove of track pad (5).
8. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described clamping group (94) is by the first slim cylinder (109), mould is to folder (110), cylinder seat (111), clamping arm (112), horizontal tune is to part (113), die clamp (114), dress slide (115), pad pressing mold (116), clamping frame (117), clamping plate (118), 3rd tension spring (119), drum bag pressing plate (120) is formed, described dress slide (115) upper surface is provided with the dovetail slideway coordinated with guide sliding base (92) and is fitted to guide sliding base (92) two lower end, the horizontal tune being fixed on dress slide (115) side to part (113) simultaneously also with first horizontal tune take turns (90) matched together, cylinder seat (111) is fixed on dress slide (115) to folder (110) and horizontal tune to part (113) through mould, die clamp (114) is installed on horizontal tune to part (113) side, pad pressing mold (116) is sandwiched in mould to the bottom surface filling slide (115) between folder (110) and die clamp (114), the end that grows that bulging bag (108) pushed down by drum bag pressing plate (120) is fixed on dress slide (115) end face, the tache motorice of the first slim cylinder (109) is assigned in the upper end of clamping arm (112) through cylinder seat (111), the central axis hole of clamping arm (112) is assigned between cylinder seat (111) two male arms, clamping frame (117) is arranged on the lower end of clamping arm (112), clamping plate (118) both ends of the surface are designed to either shallow axis hole and clamping frame (117) lower end is installed togather, its top also has the 3rd tension spring (119) to be connected to clamping frame (117).
9. a kind of full-automatic glasses curved circle machine structure as claimed in claim 1, it is characterized in that: described lower mold body (11) is by pull bar (121), 3rd compression spring (122), core bar folder (123), second horizontal tune wheel (124), adjust wheel seat (125), 4th compression spring (126), second slim cylinder (127), bedplate (128), main brace guide pillar (129), core bar (130), pressuring template (131), underlay mould (132), pad die holder (133), horizontal support plate (134), main brace seat (135), main mould (136), eye core sheet (137), shoe seat (138), shoe adjusts handle (139), slide (140), axle support (141), spring seat pillar (142) is formed, main brace guide pillar (129) is installed on bottom surface bedplate (128) being fixed on horizontal support plate (134) through the hollow vertical slideway of main brace seat (135), described bedplate (128) is provided with four spring seat pillars (142), and cover has the 4th compression spring (126) to peak at the lower corner of main brace seat (135) separately, bedplate (128) two ends there is also mounted the second slim cylinder (127), its motion axle head is fixed on main brace seat (135) two ends, described main brace seat (135) front is provided with adjusts wheel seat (125), second horizontal tune wheel (124) snaps in its semicircle matrix, described second horizontal tune wheel (124) two ends are provided with heterochiral screw thread, be fitted to and be arranged on the axle support (141) of slide (140) side, the bottom surface of described slide (140) is provided with the dovetail groove horizontal slide coordinated with main brace seat (135) above and is installed on main brace seat (135) two ends, on main mould (136) both sides, angle is provided with in the semicircle matrix that convex axle is put on antero posterior axis support (141), the axis of this convex axle is designed to meet at the corner angle limit on the main mould (136) that coordinates with the arm of angle on underlay mould (132) both sides, under the shoe of slide (140) rear end adjusts handle (139) to be supported in the shoe seat (138) of main mould (136) rear end, underlay mould (132) is installed on horizontal support plate (134) through pad die holder (133), compressed by the pressuring template (131) be arranged on pad die holder (133), horizontal support plate (134) two ends are provided with core bar folder (123), main mould (136) is provided with middle through hole, core bar folder (123) penetrates the bottom being clamped in core bar (130) in its through hole, described core bar (130) and main mould (136) hole wall also leave certain interval, eye core sheet (137) is affixed on main mould (136) upper surface and is fixed on core bar (130), main brace seat (135) is also provided with the pull bar (121) that the 3rd compression spring (122) is housed, on it, hooking is in main mould (136) side.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210071640.2A CN103302845B (en) | 2012-03-16 | 2012-03-16 | Full-automatic glasses curved circle machine structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210071640.2A CN103302845B (en) | 2012-03-16 | 2012-03-16 | Full-automatic glasses curved circle machine structure |
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| CN103302845A CN103302845A (en) | 2013-09-18 |
| CN103302845B true CN103302845B (en) | 2015-11-25 |
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| CN110434802B (en) * | 2019-09-09 | 2024-04-09 | 张家口北方对焊机有限公司 | Automatic gear pressing machine |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU1511135A1 (en) * | 1986-11-05 | 1989-09-30 | Научно-производственное объединение "Медоборудование" | Device for forming flexible articles ,particularly, eyeglass frames |
| CN201064944Y (en) * | 2007-07-03 | 2008-05-28 | 冉贵磷 | Rubber board sun glasses frame rounding machine |
| WO2009001391A1 (en) * | 2007-06-27 | 2008-12-31 | Valmec S.R.L. | Method for the manufacture of frames for spectacles and a spectacle frame thus obtained |
| CN201736439U (en) * | 2010-08-16 | 2011-02-09 | 冉贵磷 | Slab rubber sunglasses frame bending machine |
| CN202507528U (en) * | 2012-03-16 | 2012-10-31 | 冉贵磷 | Full-automatic frame former structure for glasses |
-
2012
- 2012-03-16 CN CN201210071640.2A patent/CN103302845B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU1511135A1 (en) * | 1986-11-05 | 1989-09-30 | Научно-производственное объединение "Медоборудование" | Device for forming flexible articles ,particularly, eyeglass frames |
| WO2009001391A1 (en) * | 2007-06-27 | 2008-12-31 | Valmec S.R.L. | Method for the manufacture of frames for spectacles and a spectacle frame thus obtained |
| CN201064944Y (en) * | 2007-07-03 | 2008-05-28 | 冉贵磷 | Rubber board sun glasses frame rounding machine |
| CN201736439U (en) * | 2010-08-16 | 2011-02-09 | 冉贵磷 | Slab rubber sunglasses frame bending machine |
| CN202507528U (en) * | 2012-03-16 | 2012-10-31 | 冉贵磷 | Full-automatic frame former structure for glasses |
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Inventor after: Ran Guilin Inventor after: Hu Xiuhua Inventor before: Ran Guilin |
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Effective date of registration: 20140919 Address after: 518000 Room 301, building M-2, hi tech Zone, Nanshan District science and Technology Park, Guangdong, Shenzhen Applicant after: Ran Guilin Applicant after: Zhejiang Rike Automation Equipment Co.,Ltd. Address before: 518000 Room 301, building M-2, hi tech Zone, Nanshan District science and Technology Park, Guangdong, Shenzhen Applicant before: Ran Guilin |
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