CN201825287U - Transmission mechanism of lifting ringlike packer - Google Patents
Transmission mechanism of lifting ringlike packer Download PDFInfo
- Publication number
- CN201825287U CN201825287U CN2010205604325U CN201020560432U CN201825287U CN 201825287 U CN201825287 U CN 201825287U CN 2010205604325 U CN2010205604325 U CN 2010205604325U CN 201020560432 U CN201020560432 U CN 201020560432U CN 201825287 U CN201825287 U CN 201825287U
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- axle
- main wall
- wall plate
- shaft
- wheel
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Abstract
The utility model relates to a transmission mechanism of a lifting ringlike packer. The transmission mechanism is mainly used for packing ringlike products; a main wallboard (4.1) of the transmission mechanism (4) is provided with a U-shaped groove; a driving shaft (4.17), a driven shaft II (4.5) and a plurality of driven shaft I (4.8) are connected with the main wallboard (4.1) in a penetrating way; the front ends of the driving shaft (4.17), the driven shaft II (4.5) and the plurality of driven shaft I (4.8) are sheathed with guide wheels (4.2); the rear ends of the driving shaft (4.17) and the driven shaft II (4.5) are sheathed with small belt wheels (4.7); a large belt wheel (4.19) is sheathed on the driving shaft (4.17); the back of the main wallboard (4.1) is provided with a plurality of tensioning shift shafts (4.11); tensioning wheels (4.10) are arranged on the tensioning shift shafts (4.11) through bearings; and the small belt wheels (4.7) are connected via the tensioning wheels (4.10) by belts. The transmission mechanism of the lifting ringlike packer is rich in power, good in effect and long in equipment service life.
Description
(1) technical field
The utility model relates to a kind of lifting annular compress transmission device.
(2) background technology
At present, need use annular compress to pack for annular products such as finished product steel wires and pack processing; In known annular compress, Chinese patent " ZL93201234.5 " has been announced a kind of " winding-type compress ", can pack to annular products, the used type of drive of this compress is for to carry out transmission of power by initiative driver to driven power wheel, and driven power wheel drives Horse hoof wheel by friction engagement and is rotated packing; This type of type of drive is by repeatedly transmission of friction engagement, power relative deficiency; Simultaneously owing to discontinuity equalization between two driven power wheels that directly contact and other the driven power wheels with initiative driver, after long-time use, directly two driven power wheels that contact with initiative driver are worn easily, have not only influenced service life, have also influenced the transmission effect.
(3) summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, and the lifting annular that a kind of transfer motion power is sufficient, effective and service life of equipment is long compress is provided.
The purpose of this utility model is achieved in that a kind of lifting annular compress transmission device, described transmission device includes main wall plate, support set II, eccentric bushing, driven axle II, support set III, driven axle I, pad III, expansion tightening wheel, the tensioner shifting axle, pressing plate, the support roller seat, supporting-roller shaft, pad I, pad II, imput shaft, support set I, big belt wheel and driving motor, have a shape of a hoof groove on the described main wall plate, described imput shaft, driven axle II and some driven axle I all are arranged at above-mentioned shape of a hoof groove periphery, and described imput shaft, driven axle II and some driven axle I all are connected on the main wall plate, described imput shaft, the front end of driven axle II and some driven axle I all is set with guide wheel, described imput shaft and driven axle II rear end are set with small pulley, described big belt wheel is set on the imput shaft, and described big belt wheel is between main wall plate and guide wheel, described driving motor links to each other with big belt wheel by belt, the described main wall plate back side is equipped with some tensioner shifting axles, described expansion tightening wheel by bearing installation on the tensioner shifting axle, described tensioner shifting axle is fixed on the main wall plate by pressing plate, described small pulley links to each other by belt with expansion tightening wheel, described main wall plate front is equipped with some support roller seats, and described support roller seat is provided with supporting-roller shaft.
The utility model lifting annular compress transmission device, described transmission device bag also contains the adjusting screw mandrel, joint axis, belt lacing, extension spring, tension spring shaft, damping tape and damping axle, the described main wall plate back side is provided with some screw rodb bases, described screw rodb base opening is over against the shape of a hoof groove of main wall plate, the opening part of described screw rodb base is provided with a cover plate, described adjusting screw mandrel is connected on the cover plate, described main wall plate front is provided with belt lacing, tension spring shaft and damping axle, described extension spring one end links to each other with tension spring shaft, the other end links to each other in belt lacing, described belt lacing bottom is provided with a back-up ring, described back-up ring is fixed on the main wall plate by joint axis, described damping tape one end links to each other with the damping axle, and the other end is arranged at the back-up ring place.
The beneficial effects of the utility model are:
Utilize belt directly to drive imput shaft and be rotated, saved the transmission flow process one, help improving driving force; Simultaneously, small pulley is set on imput shaft and driven axle carries out transmission, and strengthen connecting, make that the pressure between each guide wheel and the moving-coil is consistent, help reducing wear, improve service life of equipment and transmission quality by expansion tightening wheel.
(4) description of drawings
Fig. 1 is a lifting annular compress Facad structure scheme drawing among the utility model embodiment.
Fig. 2 is a lifting annular compress lateral plan among the utility model embodiment.
Fig. 3 is the utility model embodiment central post mechanism front elevation.
Fig. 4 is the utility model embodiment central post mechanism side view.
Fig. 5 is a holder rod mechanism birds-eye view among the utility model embodiment.
Fig. 6 is a holder rod mechanism front elevation among the utility model embodiment.
Fig. 7 is a following clamping stick mechanism side view among the utility model embodiment.
Fig. 8 is a following clamping stick mechanism front elevation among the utility model embodiment.
Fig. 9 is the utility model transmission device front elevation.
Figure 10 is the utility model transmission device birds-eye view.
Figure 11 is a moving-coil mechanism front elevation among the utility model embodiment.
Figure 12 is a moving-coil mechanism birds-eye view among the utility model embodiment.
Figure 13 goes up the clamping stick front elevation among the utility model embodiment.
Figure 14 goes up the clamping stick lateral plan among the utility model embodiment.
Figure 15 is a shoutoff mechanism lateral plan among the utility model embodiment.
Figure 16 is a shoutoff mechanism front elevation among the utility model embodiment.
Figure 17 is the mechanism's front elevation of usheing to seat among the utility model embodiment.
Figure 18 is the mechanism's birds-eye view of usheing to seat among the utility model embodiment.
Figure 19 is a lifting mechanism front elevation among the utility model embodiment.
Figure 20 is a lifting mechanism lateral plan among the utility model embodiment.
Among the figure:
Base 1.1, Upright post base 1.2, column 1.3, handle 1.4, clamp ring 1.5, lock screw 1.6, liner clamp 1.7, top board 1.8, electric baseboard 1.9, variable-speed motor base plate 1.10;
Left and right sides axle bed 2.1, holder rod support 2.2, bevel gear 2.3, tight fixed ring 2.4, sprocket wheel 2.5, transmission shaft 2.6, cylinder 2.7, roller axle 2.8, rotating machine 2.9;
Screw rodb base 3.1, following clamping stick handwheel 3.2, slide plate 3.3, axle sleeve 3.4, following clamping stick are adjusted screw mandrel 3.5, following clamping stick feed screw nut 3.6, following clamping stick 3.7, following clamping stick axle 3.8, following clamping stick stifle 3.9;
Main wall plate 4.1, guide wheel 4.2, support set II4.3, eccentric bushing 4.4, driven axle II4.5, support set III4.6, small pulley 4.7, driven axle I4.8, pad III4.9, expansion tightening wheel 4.10, tensioner shifting axle 4.11, pressing plate 4.12, support roller seat 4.13, supporting-roller shaft 4.14, pad I4.15, pad II4.16, imput shaft 4.17, support set I4.18, big belt wheel 4.19, regulate screw mandrel 4.20, cover plate 4.21, screw rodb base 4.22, joint axis 4.23, back-up ring 4.24, belt lacing 4.25, extension spring 4.26, tension spring shaft 4.27, damping tape 4.28, damping axle 4.29, driving motor 4.30;
Moving-coil 5.1, roller 5.2, roller shaft 5.3, support set 5.4;
Last clamping stick stifle 6.1, go up clamping stick axle 6.2, go up clamping stick 6.3, go up clamping stick feed screw nut 6.4, go up that clamping stick is adjusted screw mandrel 6.5, goes up clamping stick axle sleeve 6.6, goes up clamping stick axle bed 6.7, gone up clamping stick packing ring 6.8, adapter plate 6.9, go up clamping stick handwheel 6.10;
Tool fixing frame 7.1, bearing pin I7.2, blade 7.3, movable knife rack 7.4, bearing pin II7.5, rod head 7.6, pull bar 7.7, bearing pin III7.8, base plate 7.9, cushion block 7.10, time relay control box 7.11;
Tape wheel 8.1, belt shaft 8.2, wheel seat 8.3, stock support 8.4, annulate shaft 8.5, damping ring 8.6, tape cover plate 8.7, knurled nut 8.8, axle bed 8.9, tape spool 8.10, tape spool support set 8.11;
Heavy bell 9.1, sprocket wheel IV9.2, lifting axle bed 9.3, sprocket wheel III9.4, bolt of rear end plate 9.5, chain fixed block 9.6, cambered axle seat 9.7, little axle 9.8, sprocket wheel I9.9, locating plate 9.10, locating bush 9.11, sprocket wheel II9.12, lifting motor 9.13.
(5) specific embodiment
Below in conjunction with embodiment the application of the utility model transmission device is elaborated:
Referring to Fig. 1 and Fig. 2, described lifting annular compress includes column agency 1, holder rod mechanism 2, following clamping stick mechanism 3, transmission device 4, moving-coil mechanism 5, goes up clamping stick mechanism 6, shoutoff mechanism 7, usher to seat mechanism 8 and lifting mechanism 9;
Referring to Fig. 3 and Fig. 4, described column agency 1 includes base 1.1, Upright post base 1.2, column 1.3, handle 1.4, clamp ring 1.5, lock screw 1.6, liner clamp 1.7, top board 1.8, electric baseboard 1.9 and variable-speed motor base plate 1.10, described variable-speed motor base plate 1.10 is arranged on the base 1.1, described column 1.3 is placed on the base 1.1 by Upright post base 1.2 left-right symmetric, described liner clamp 1.7 overlaps respectively as on the left and right pillar 1.3, described top board 1.8 lids place column 1.3 tops, described electric baseboard 1.9 is fixed on the liner clamp 1.7, described clamp ring 1.5 is arranged at liner clamp 1.7 bottoms, and described clamp ring 1.5 covers are as on the column 1.3, and described clamp ring 1.5 links to each other with handle 1.4 by lock screw 1.6;
Referring to Fig. 5 and Fig. 6, described holder rod mechanism 2 includes left and right sides axle bed 2.1, holder rod support 2.2, bevel gear 2.3, tight fixed ring 2.4, sprocket wheel 2.5, transmission shaft 2.6, cylinder 2.7, roller axle 2.8 and rotating machine 2.9, described roller axle 2.8 is set up on the base 1.1 by holder rod support 2.2, described transmission shaft 2.6 is set up on the base 1.1 by left and right sides axle bed 2.1, described roller axle 2.8 and transmission shaft 2.6 are meshed by bevel gear 2.3, described tight fixed ring 2.4 is arranged at bevel gear 2.3 bottoms, and tight fixed ring 2.4 is set on the transmission shaft 2.6, described cylinder 2.7 is set on the roller axle 2.8, described sprocket wheel 2.5 is set on the transmission shaft 2.6, described rotating machine 2.9 is installed on the electric baseboard 1.9 of column agency 1, and the mouth of described rotating machine 2.9 is connected with sprocket wheel 2.5 by chain;
Referring to Fig. 7 and Fig. 8, described clamping stick mechanism 3 down includes screw rodb base 3.1, following clamping stick handwheel 3.2, slide plate 3.3, axle sleeve 3.4, following clamping stick is adjusted screw mandrel 3.5 and following clamping stick 3.7, described screw rodb base 3.1 front and back are symmetricly set on the base 1.1, described clamping stick is down adjusted screw mandrel 3.5 and is set up on the screw rodb base 3.1 by axle sleeve 3.4, described clamping stick handwheel 3.2 down is arranged at down clamping stick and adjusts screw mandrel 3.5 1 ends, left-right symmetric is revolved and is equipped with down clamping stick feed screw nut 3.6 on the described adjustment of the clamping stick down screw mandrel 3.5, the oblique clamping stick axle 3.8 (as shown in Figure 7) that is connected with down on the described clamping stick feed screw nut 3.6 down, described clamping stick 3.7 down is set in down on the clamping stick axle 3.8, and described clamping stick 3.7 top cover down are equipped with down clamping stick stifle 3.9;
Referring to Fig. 9 and Figure 10, described transmission device 4 includes main wall plate 4.1, support set II4.3, eccentric bushing 4.4, driven axle II4.5, support set III4.6, driven axle I4.8, pad III4.9, expansion tightening wheel 4.10, tensioner shifting axle 4.11, pressing plate 4.12, support roller seat 4.13, supporting-roller shaft 4.14, pad I4.15, pad II4.16, imput shaft 4.17, support set I4.18, big belt wheel 4.19, regulate screw mandrel 4.20, joint axis 4.23, belt lacing 4.25, extension spring 4.26, tension spring shaft 4.27, damping tape 4.28, damping axle 4.29 and driving motor 4.30, described main wall plate 4.1 is fixed on the liner clamp 1.7, have a shape of a hoof groove on the described main wall plate 4.1, described imput shaft 4.17, driven axle II4.5 and some driven axle I4.8 all are arranged at above-mentioned shape of a hoof groove periphery, and described imput shaft 4.17, driven axle II4.5 and some driven axle I4.8 all are connected on the main wall plate 4.1, described imput shaft 4.17, the front end of driven axle II4.5 and some driven axle I4.8 all is set with guide wheel 4.2, described imput shaft 4.17 and driven axle II4.5 rear end are set with small pulley 4.7, described big belt wheel 4.19 is set on the imput shaft 4.17, and described big belt wheel 4.19 is between main wall plate 4.1 and guide wheel 4.2, described driving motor 4.30 is arranged on the electric baseboard 1.9, described driving motor 4.30 links to each other with big belt wheel 4.19 by belt, described main wall plate 4.1 back sides are equipped with some tensioner shifting axles 4.11, described expansion tightening wheel 4.10 by bearing installation on tensioner shifting axle 4.11, described tensioner shifting axle 4.11 is fixed on the main wall plate 4.1 by pressing plate 4.12, link to each other by belt through expansion tightening wheel 4.10 between the described small pulley 4.7, described main wall plate 4.1 fronts are equipped with some support roller seats 4.13, and described support roller seat 4.13 is provided with supporting-roller shaft 4.14; Described main wall plate 4.1 back sides are provided with some screw rodb bases 4.22, described screw rodb base 4.22 openings are over against the shape of a hoof groove of main wall plate 4.1, the opening part of described screw rodb base 4.22 is provided with a cover plate 4.21, described adjusting screw mandrel 4.20 is connected on the cover plate 4.21, described main wall plate 4.1 fronts are provided with belt lacing 4.25, tension spring shaft 4.27 and damping axle 4.29, described extension spring 4.26 one ends link to each other with tension spring shaft 4.27, the other end links to each other in belt lacing 4.25, described belt lacing 4.25 bottoms are provided with a back-up ring 4.24, described back-up ring 4.24 is fixed on the main wall plate 4.1 by joint axis 4.23, described damping tape 4.28 one ends link to each other with damping axle 4.29, and the other end is arranged at back-up ring 4.24 places;
Referring to Figure 11 and Figure 12, described moving-coil mechanism 5 includes moving-coil 5.1, roller 5.2 and support set 5.4, the guide wheel 4.2 of described moving-coil 5.1 and transmission device 4 is friction engagement mutually, described moving-coil 5.1 is a horseshoe-shaped structure that is complementary with the shape of a hoof groove of main wall plate 4.1, described moving-coil 5.1 is provided with some roller shafts 5.3, described roller 5.2 is set on this roller shaft 5.3, and described support set 5.4 is set on the roller shaft 5.3, and between roller shaft 5.3 and roller 5.2;
Referring to Figure 13 and Figure 14, the described clamping stick mechanism 6 of going up includes clamping stick stifle 6.1, last clamping stick axle 6.2, last clamping stick 6.3, last clamping stick feed screw nut 6.4, last clamping stick is adjusted screw mandrel 6.5, last clamping stick packing ring 6.8 and adapter plate 6.9, described adapter plate 6.9 upper ends are fixed on the main wall plate 4.1, described adapter plate 6.9 lower ends are fixed with clamping stick axle bed 6.7 by nut, the described clamping stick axle bed 6.7 of going up is provided with clamping stick axle sleeve 6.6, the described clamping stick adjustment screw mandrel 6.5 of going up is set on the clamping stick axle sleeve 6.6, described clamping stick adjustment screw mandrel 6.5 1 ends of going up are connected with clamping stick handwheel 6.10 on, described clamping stick feed screw nut 6.4 left-right symmetric that go up are spun on the clamping stick adjustment screw mandrel 6.5, described upward clamping stick axle 6.2 oblique being installed on the clamping stick feed screw nut 6.4, the described clamping stick 6.3 of going up is set on the clamping stick axle 6.2, and described clamping stick stifle 6.1 lids of going up place on the clamping stick 6.3;
Referring to Figure 17 and Figure 18, the described mechanism 8 that ushers to seat includes tape wheel 8.1, belt shaft 8.2, wheel seat 8.3, stock support 8.4, annulate shaft 8.5, damping ring 8.6, tape cover plate 8.7, the knurled nut 8.8, axle bed 8.9, tape spool 8.10 and tape spool support set 8.11, described stock support 8.4 is fixed on the liner clamp 1.7, described belt shaft 8.2 is set up on the wheel seat 8.3, described wheel seat 8.3 is fixed on the stock support 8.4, described tape wheel 8.1 is set on the belt shaft 8.2, described tape cover plate 8.7 is arranged on the stock support 8.4 by tape spool 8.10, described tape cover plate 8.7 links to each other with tape spool 8.10 by knurled nut 8.8, described tape spool 8.10 is fixed on the stock support 8.4 by axle bed 8.9, described annulate shaft 8.5 is arranged on the stock support 8.4, and described damping ring 8.6 1 ends link to each other with annulate shaft 8.5;
Referring to Figure 15 and Figure 16, described shoutoff mechanism 7 includes tool fixing frame 7.1, bearing pin I7.2, blade 7.3, movable knife rack 7.4, bearing pin II7.5, rod head 7.6, pull bar 7.7, bearing pin III7.8, base plate 7.9, cushion block 7.10 and time relay control box 7.11, described time relay control box 7.11 is fixed on the stock support 8.4 by base plate 7.9 and cushion block 7.10, the mouth of described time relay control box 7.11 links to each other with pull bar 7.7 1 ends by bearing pin III7.8, described pull bar 7.7 other ends link to each other with rod head 7.6, described rod head 7.6 links to each other with movable knife rack 7.4 by bearing pin II7.5, described tool fixing frame 7.1 is fixed on the stock support 8.4, and described tool fixing frame 7.1 and movable knife rack 7.4 are hinged by bearing pin I7.2, and described blade 7.3 is arranged on the movable knife rack 7.4;
Referring to Figure 19 and Figure 20, described lifting mechanism 9 includes heavy bell 9.1, sprocket wheel IV9.2, lifting axle bed 9.3, sprocket wheel III9.4, bolt of rear end plate 9.5, chain fixed block 9.6, cambered axle seat 9.7, little axle 9.8, sprocket wheel I9.9, locating plate 9.10, locating bush 9.11, sprocket wheel II9.12, lifting motor 9.13 and sprocket wheel axle bed 9.14, described lifting axle bed 9.3 is fixed on main wall plate 4.1 or the adapter plate 6.9, described sprocket wheel III9.4 is installed on the lifting axle bed 9.3, described cambered axle seat 9.7, sprocket wheel axle bed 9.14 and lifting motor 9.13 all are fixed on the top board 1.8 of column agency 1, described locating plate 9.10 is installed on cambered axle seat 9.7 both sides, described sprocket wheel I9.9 is installed on the cambered axle seat 9.7 by little axle 9.8, described sprocket wheel IV9.2 is installed on the sprocket wheel axle bed 9.14, described sprocket wheel II9.12 is installed in the mouth rotating shaft of lifting motor 9.13 by locating bush 9.11, described chain fixed block 9.6 is arranged at top board 1.8 bottoms, have a chain one end to link to each other with chain fixed block 9.6, this chain is through sprocket wheel III9.4, sprocket wheel II9.12, the other end links to each other with heavy bell 9.1 by bolt of rear end plate 9.5 behind sprocket wheel IV9.2 and the sprocket wheel I9.9.
Claims (2)
1. lifting annular compress transmission device, it is characterized in that: described transmission device (4) includes main wall plate (4.1), support set II (4.3), eccentric bushing (4.4), driven axle II (4.5), support set III (4.6), driven axle I (4.8), pad III (4.9), expansion tightening wheel (4.10), tensioner shifting axle (4.11), pressing plate (4.12), support roller seat (4.13), supporting-roller shaft (4.14), pad I (4.15), pad II (4.16), imput shaft (4.17), support set I (4.18), big belt wheel (4.19) and driving motor (4.30), have a shape of a hoof groove on the described main wall plate (4.1), described imput shaft (4.17), driven axle II (4.5) and some driven axle I (4.8) all are arranged at above-mentioned shape of a hoof groove periphery, and described imput shaft (4.17), driven axle II (4.5) and some driven axle I (4.8) all are connected on the main wall plate (4.1), described imput shaft (4.17), the front end of driven axle II (4.5) and some driven axle I (4.8) all is set with guide wheel (4.2), described imput shaft (4.17) and driven axle II (4.5) rear end are set with small pulley (4.7), described big belt wheel (4.19) is set on the imput shaft (4.17), and described big belt wheel (4.19) is positioned between main wall plate (4.1) and the guide wheel (4.2), described driving motor (4.30) links to each other with big belt wheel (4.19) by belt, described main wall plate (4.1) back side is equipped with some tensioner shifting axles (4.11), described expansion tightening wheel (4.10) is installed on the tensioner shifting axle (4.11), described tensioner shifting axle (4.11) is fixed on the main wall plate (4.1) by pressing plate (4.12), links to each other by belt through expansion tightening wheel (4.10) between the described small pulley (4.7).
2. a kind of according to claim 1 lifting annular compress transmission device, it is characterized in that: described transmission device bag also contains regulates screw mandrel (4.20), joint axis (4.23), belt lacing (4.25), extension spring (4.26), tension spring shaft (4.27), damping tape (4.28) and damping axle (4.29), described main wall plate (4.1) front is equipped with some support roller seats (4.13), described support roller seat (4.13) is provided with supporting-roller shaft (4.14), described main wall plate (4.1) back side is provided with some screw rodb bases (4.22), described screw rodb base (4.22) opening is over against the shape of a hoof groove of main wall plate (4.1), the opening part of described screw rodb base (4.22) is provided with a cover plate (4.21), described adjusting screw mandrel (4.20) is connected on the cover plate (4.21), described main wall plate (4.1) front is provided with belt lacing (4.25), tension spring shaft (4.27) and damping axle (4.29), described extension spring (4.26) one ends link to each other with tension spring shaft (4.27), the other end links to each other in belt lacing (4.25), described belt lacing (4.25) bottom is provided with a back-up ring (4.24), described back-up ring (4.24) is fixed on the main wall plate (4.1) by joint axis (4.23), described damping tape (4.28) one ends link to each other with damping axle (4.29), and the other end is arranged at back-up ring (4.24) and locates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205604325U CN201825287U (en) | 2010-10-12 | 2010-10-12 | Transmission mechanism of lifting ringlike packer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205604325U CN201825287U (en) | 2010-10-12 | 2010-10-12 | Transmission mechanism of lifting ringlike packer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201825287U true CN201825287U (en) | 2011-05-11 |
Family
ID=43963839
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205604325U Expired - Lifetime CN201825287U (en) | 2010-10-12 | 2010-10-12 | Transmission mechanism of lifting ringlike packer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201825287U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105947270A (en) * | 2016-06-27 | 2016-09-21 | 东莞市金峥机械有限公司 | Sheet metal packer |
-
2010
- 2010-10-12 CN CN2010205604325U patent/CN201825287U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105947270A (en) * | 2016-06-27 | 2016-09-21 | 东莞市金峥机械有限公司 | Sheet metal packer |
| CN105947270B (en) * | 2016-06-27 | 2019-03-29 | 东莞市金峥机械有限公司 | A kind of sheet metal baling press |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20110511 |