CN103819294B - The multiple revolving die machine of a kind of basal detonator - Google Patents
The multiple revolving die machine of a kind of basal detonator Download PDFInfo
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- CN103819294B CN103819294B CN201210462743.1A CN201210462743A CN103819294B CN 103819294 B CN103819294 B CN 103819294B CN 201210462743 A CN201210462743 A CN 201210462743A CN 103819294 B CN103819294 B CN 103819294B
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Abstract
The present invention relates to the multiple revolving die machine of a kind of basal detonator, belong to mechanical equipment.Revolving die machine is by pole, conveyer, rotary die device forms, revolving die machine of the present invention adopts the mode of linear transmission, basal detonator in die holder can be carried out multiple revolving die, successfully enter next step assembly technology, revolving die machine take pneumatic actuation as equipment dynamic source, effectively can prevent the security incident because electrostatic, dust etc. cause; The transport agent of detonator based on application spring, in conjunction with taper circular hole, a revolving die function multiple basal detonator of revolving die simultaneously, successfully can import corresponding station by basal detonator, be convenient to again transport, can also clean the floating medicine remained on spring easily; The present invention can realize directly docking with existing industrial detonator tollgate devices easily, not only greatly saves the time of delivery demoulding turnover, improves revolving die efficiency, and has stopped the damage that accident of blasting causes production unit and operator.
Description
Technical field
The present invention relates to the multiple revolving die machine of a kind of basal detonator, belong to mechanical equipment.
Background technology
Fire element, delay element and basal detonator are industrial detonator three major portions.In traditional basal detonator production technique, first cap shell is entered in die holder, then gunpowder is loaded into basis of formation detonator in shell.Because the adjacent nib arrangement in die holder is very intensive, causes the basal detonator loaded in nib directly basal detonator and fire element cannot be assembled by automatic equipment, and there is no the technical scheme that can adapt to assembly of industrial primer automatic production line at present.
Summary of the invention
For above Problems existing; the object of the present invention is to provide one can automated operation; basal detonator is taken out and transports smoothly from die holder; energy realization is docked with existing assembly of industrial primer automatic production line; and effectively take precautions against the multiple revolving die machine of a kind of basal detonator of the security incident in basal detonator production process; to achieve these goals, this invention takes following technical scheme:
The multiple revolving die machine of a kind of basal detonator, the multiple revolving die machine of basal detonator is by pole, conveyer, and rotary die device forms; conveyer by Rodless cylinder bar, cylinder rod fixed block, guide rail, basal detonator transport mould; revolving die platform, platform web plate, revolving die adsorption plate, twin shaft cylinder; twin shaft air cylinder fixed plate, fixed block, twin shaft cylinder mounting plate; guide rail slide block, steady arm retaining plate, steady arm; stockless cylinder slipper, transport contiguous block, guide rails assembling plate is formed.Six roots of sensation pole and a pair mounting plate pole form the support of skeleton construction, a pair mounting plate pole is fixedly mounted between two poles at the support two ends of skeleton construction respectively, mounting plate pole is perpendicular to pole, the two ends of guide rails assembling plate are separately fixed on a pair mounting plate pole, guide rails assembling plate upper surface two ends are respectively arranged with cylinder rod fixed block, Rodless cylinder bar two ends are separately fixed in cylinder rod fixed block, Rodless cylinder bar external gas source, guide rails assembling plate is installed with steady arm retaining plate, steady arm retaining plate is positioned at a pair gas
Between cylinder bar fixed block, a pair steady arm is fixedly mounted in steady arm retaining plate respectively, the axis being parallel of steady arm is in the axis of Rodless cylinder bar, Rodless cylinder bar is movably installed with stockless cylinder slipper, guide rail is fixedly mounted on below guide rails assembling plate, guide rail parallel is in Rodless cylinder bar, two guide rail slide block activities be placed in guide rail upper rail, twin shaft cylinder mounting plate is provided with below guide rail slide block, the lower surface of guide rail slide block is fixedly connected with twin shaft cylinder mounting plate upper surface, transport contiguous block upper end is fixedly connected with stockless cylinder slipper lower end, transport both sides, contiguous block lower end are connected with twin shaft cylinder mounting plate, transport contiguous block is between two guide rail slide blocks, twin shaft air cylinder fixed plate is symmetrically arranged with below twin shaft cylinder mounting plate, twin shaft cylinder is between symmetrically arranged twin shaft air cylinder fixed plate, twin shaft cylinder is fixedly connected with twin shaft air cylinder fixed plate, twin shaft cylinder external gas source, twin shaft air cylinder fixed plate upper surface is fixedly connected with twin shaft cylinder mounting plate lower surface, revolving die adsorption plate is fixedly mounted on the piston rod of twin shaft cylinder, symmetrical platform web plate is provided with in the lower surface both sides of twin shaft cylinder mounting plate, the inwall two ends of platform web plate are respectively arranged with fixed block, the upper surface of upper end fixed block is fixedly connected with twin shaft cylinder mounting plate lower surface, the upper surface of lower end fixed block is fixedly installed revolving die platform, two ends fixed block sidewall is fixedly connected with platform web plate respectively, basal detonator transport mould is positioned at below revolving die platform, basal detonator transport mould is fixedly connected with revolving die platform, the upper surface of basal detonator transport mould arranges two groups of symmetrical conical through-holes, the hole heart axes of conical through-hole and the axis of twin shaft cylinder piston rod are in the same way, conical through-hole is arranged along Rodless cylinder rod axis direction, rotary die device is by slide carriage on basal detonator, spring, slide carriage under basal detonator, upper top gas cylinder, air cylinder fixed plate, revolving die locating platform, revolving die orienting lug, revolving die strongback is formed, revolving die locating platform is arranged on below basal detonator transport mould, revolving die locating platform is provided with two groups of symmetrical circular holes, circular hole is arranged along Rodless cylinder rod axis direction, circular hole hole heart axes and basal detonator transport the taper hole heart axes of mould in the same way, hole heart line and the basal detonator of the revolving die locating platform circular hole arranged along Rodless cylinder bar direction transport the hole heart line of the conical through-hole that mould arranges along Rodless cylinder bar direction on same vertical plane, on inside the pole that revolving die locating platform is fixed on the support of skeleton construction, a pair revolving die orienting lug is fixedly mounted on revolving die locating platform upper surface, revolving die orienting lug symmetry is located at the two ends along the circular hole of symmetric offset spread on revolving die locating platform, revolving die strongback is fixedly mounted on the outside wall surface of the revolving die orienting lug along Rodless cylinder rod axis direction, air cylinder fixed plate is arranged on below revolving die locating platform, on inside the pole that air cylinder fixed plate is fixed on the support of skeleton construction, air cylinder fixed plate has along the circular hole in the symmetric offset spread of Rodless cylinder rod axis direction, symmetric offset spread circular hole one_to_one corresponding on circular hole in air cylinder fixed plate in symmetric offset spread and revolving die locating platform and axis are on the same line.Below upper top gas cylinder fixed installation air cylinder fixed plate, upper top gas cylinder external gas source, the circular hole one_to_one corresponding of upper top gas cylinder and air cylinder fixed plate symmetric offset spread, the upper end of upper top gas cylinder is positioned at the top of the circular hole of air cylinder fixed plate symmetric offset spread, on inside the pole that on basal detonator, under slide carriage and basal detonator, slide carriage is separately fixed at the support of skeleton construction, under basal detonator, slide carriage is positioned at the below of slide carriage on basal detonator, on basal detonator, slide carriage mounting height is lower than the lower surface of basal detonator transport mould, on basal detonator, slide carriage has along the material loading hole in the symmetric offset spread of Rodless cylinder rod axis direction, the feed port be positioned on basal detonator on slide carriage is corresponding with the arrangement of the circular hole of revolving die locating platform, under basal detonator slide carriage have with slide carriage on basal detonator along Rodless cylinder rod axis direction symmetric offset spread the corresponding discharge hole of feed port, the upper end of spring is fixedly connected in the feed port of slide carriage on basal detonator, the lower end of spring is fixedly connected in the discharge hole of slide carriage under basal detonator.
The upper aperture of the conical through-hole that described basal detonator transport mould upper surface two groups of having are symmetrical is less than lower aperture.
The upper surface of described basal detonator transport mould arranges two groups of symmetrical conical through-holes, and often organizing conical through-hole quantity is more than five or five.
Owing to have employed above technical scheme, the multiple revolving die machine of basal detonator of the present invention adopts the mode of linear transmission, basal detonator in die holder can be carried out multiple revolving die, successfully enter next step assembly technology of basal detonator, take pneumatic actuation as equipment dynamic source, effectively can prevent the security incident because electrostatic, dust etc. cause; The transport agent of detonator based on application spring, in conjunction with taper circular hole, a revolving die function multiple basal detonator of revolving die simultaneously, successfully can import corresponding station by basal detonator, be convenient to again transport, can also clean the floating medicine remained on spring easily; Basal detonator of the present invention multiple revolving die machine is reasonable in design; structure is simple; floor space is little; be convenient to dismounting and maintenance; can realize directly docking with existing basal detonator tollgate devices easily; not only greatly save the time of delivery demoulding turnover, improve revolving die efficiency, and stop the damage that accident of blasting causes production unit and operator.
accompanying drawing explanation:
Fig. 1 is the structural representation of the multiple revolving die machine of basal detonator of the present invention
embodiment:
Below in conjunction with accompanying drawing, technical scheme of the present invention is described in further detail.
See accompanying drawing
The multiple revolving die machine of a kind of basal detonator, the multiple revolving die machine of basal detonator is by pole 7, conveyer, and rotary die device forms.Conveyer by Rodless cylinder bar 1, cylinder rod fixed block 2, guide rail 3, basal detonator transport mould 13, revolving die platform 14, platform web plate 15, revolving die adsorption plate 16, twin shaft cylinder 17, twin shaft air cylinder fixed plate 18, fixed block 19, twin shaft cylinder mounting plate 20, guide rail slide block 21, steady arm retaining plate 22, steady arm 23, stockless cylinder slipper 24, transport contiguous block 25, guide rails assembling plate 26 is formed, and six roots of sensation pole 7 and a pair mounting plate pole form the support of skeleton construction, the support of skeleton construction, structure is simple, is convenient to dismounting, effectively can evades interference.A pair mounting plate pole is fixedly mounted between two poles 7 at the support two ends of skeleton construction respectively, mounting plate pole is perpendicular to pole 7, the two ends of guide rails assembling plate 26 are separately fixed on a pair mounting plate pole, guide rails assembling plate 26 upper surface two ends are respectively arranged with cylinder rod fixed block 2, Rodless cylinder bar 1 two ends are separately fixed in cylinder rod fixed block 2, Rodless cylinder bar 1 external gas source, for driving the stockless cylinder slipper 24 on Rodless cylinder bar 1, guide rails assembling plate 26 is installed with steady arm retaining plate 22, steady arm retaining plate 22 is between a pair cylinder rod fixed block 2, a pair steady arm 23 is fixedly mounted in steady arm retaining plate 22 respectively, steady arm 23 can be used as sports limiting and shock absorption, the axis being parallel of steady arm 23 is in the axis of Rodless cylinder bar 1.Rodless cylinder bar 1 is movably installed with stockless cylinder slipper 24, guide rail 3 is fixedly mounted on below guide rails assembling plate 26, guide rail 3 is parallel to Rodless cylinder bar 1, the activity of two guide rail slide blocks 21 be placed in guide rail 3 upper rail, twin shaft cylinder mounting plate 20 is provided with below guide rail slide block 21, the lower surface of guide rail slide block 21 is fixedly connected with twin shaft cylinder mounting plate 20 upper surface, transport contiguous block 25 upper end is fixedly connected with stockless cylinder slipper 24 lower end, transport both sides, contiguous block 25 lower end are connected with twin shaft cylinder mounting plate 20, transport contiguous block 25 is between two guide rail slide blocks 21, twin shaft air cylinder fixed plate 18 is symmetrically arranged with below twin shaft cylinder mounting plate 20, twin shaft cylinder 17 is between symmetrically arranged twin shaft air cylinder fixed plate 18, twin shaft cylinder 17 is fixedly connected with twin shaft air cylinder fixed plate 18, twin shaft cylinder 17 external gas source, twin shaft air cylinder fixed plate 18 upper surface is fixedly connected with twin shaft cylinder mounting plate 20 lower surface, revolving die adsorption plate 16 is fixedly mounted on the piston rod of twin shaft cylinder 17, revolving die adsorption plate 16 can adopt magneticsubstance, elastomeric material is as adsorption tool.Symmetrical platform web plate 15 is provided with in the lower surface both sides of twin shaft cylinder mounting plate 20, the inwall two ends of platform web plate 15 are respectively arranged with fixed block 19, the upper surface of upper end fixed block 19 is fixedly connected with twin shaft air cylinder fixed plate 18 lower surface, the upper surface of lower end fixed block 19 is fixedly installed revolving die platform 14, two ends fixed block 19 sidewall is fixedly connected with platform web plate 15 respectively, basal detonator transport mould 13 is positioned at below revolving die platform 14, basal detonator transport mould 13 is fixedly connected with revolving die platform 14, the upper surface of basal detonator transport mould 13 arranges two groups of symmetrical conical through-holes, often organizing conical through-hole quantity is more than five or five, usually according to position relationship and next step the processing requirement adjustment tapered hole quantity of die holder, the hole heart axes of conical through-hole and the axis of twin shaft cylinder 17 piston rod are in the same way, conical through-hole is arranged along Rodless cylinder bar 1 axis direction, the upper aperture of conical through-hole is less than lower aperture, conical through-hole can facilitate importing and the derivation of basal detonator.Rotary die device is by slide carriage on basal detonator 4, spring 5, slide carriage 6 under basal detonator, upper top gas cylinder 8, air cylinder fixed plate 9, revolving die locating platform 10, revolving die orienting lug 11, revolving die strongback 12 is formed, revolving die locating platform 10 is arranged on below basal detonator transport mould 13, revolving die locating platform 10 is provided with two groups of symmetrical circular holes, circular hole is arranged along Rodless cylinder bar 1 axis direction, circular hole hole heart axes and basal detonator transport the taper hole heart axes of mould 13 in the same way, hole heart line and the basal detonator of revolving die locating platform 10 circular hole arranged along Rodless cylinder bar 1 direction transport the hole heart line of the conical through-hole that mould 13 arranges along Rodless cylinder bar 1 direction on same vertical plane, on inside the pole 7 that revolving die locating platform 10 is fixed on the support of skeleton construction, a pair revolving die orienting lug 11 is fixedly mounted on revolving die locating platform 10 upper surface, revolving die orienting lug 11 symmetry is located at the two ends along the circular hole of symmetric offset spread on revolving die locating platform 10, revolving die strongback 12 is fixedly mounted on the outside wall surface of the revolving die orienting lug 11 along Rodless cylinder bar 1 axis direction.Air cylinder fixed plate 9 is arranged on below revolving die locating platform 10, on inside the pole 7 that air cylinder fixed plate 9 is fixed on the support of skeleton construction, air cylinder fixed plate 9 has along the circular hole in Rodless cylinder bar 1 axis direction symmetric offset spread, symmetric offset spread circular hole one_to_one corresponding on circular hole in air cylinder fixed plate 9 in symmetric offset spread and revolving die locating platform 10 and axis are on the same line, upper top gas cylinder 8 fixedly mounts below air cylinder fixed plate 9, upper top gas cylinder 8 external gas source, the circular hole one_to_one corresponding of upper top gas cylinder 8 and air cylinder fixed plate 9 symmetric offset spread, the upper end of upper top gas cylinder 8 is positioned at the top of the circular hole of air cylinder fixed plate 9 symmetric offset spread, on inside the pole 7 that on basal detonator, slide carriage 4 and slide carriage 6 under basal detonator are separately fixed at the support of skeleton construction, under basal detonator, slide carriage 6 is positioned at the below of slide carriage 4 on basal detonator, on basal detonator, slide carriage 4 mounting height is lower than the lower surface of basal detonator transport mould 13, on basal detonator, slide carriage 4 has along the material loading hole in Rodless cylinder bar 1 axis direction symmetric offset spread, the feed port be positioned on basal detonator on slide carriage 4 is corresponding with the arrangement of the circular hole of revolving die locating platform 10, under basal detonator slide carriage 6 have with slide carriage on basal detonator 4 along Rodless cylinder bar 1 axis direction symmetric offset spread the corresponding discharge hole of feed port, adjustment symmetric offset spread basal detonator under slide carriage 6 feed port between transverse direction and longitudinal pitch, the specification of different transhipment mould can not only be coordinated, and can also again import in die holder.The charging that the upper end of spring 5 is fixedly connected on slide carriage 4 on basal detonator is aerial, and the lower end of spring 5 is fixedly connected in the discharge hole of slide carriage 6 under basal detonator.Rodless cylinder bar 1, twin shaft cylinder 17, the external gas source of upper top gas cylinder 8 is arranged in control device respectively, Rodless cylinder bar 1, twin shaft cylinder 17, and the control of the source of the gas of upper top gas cylinder 8 adopts magnetic valve respectively.
Basal detonator of the present invention multiple revolving die machine principle of work:
Connect the Controlling solenoid valve of twin shaft cylinder 17, connect the external air source of twin shaft cylinder 17, twin shaft cylinder 17 piston rod stretches out, the revolving die adsorption plate 16 be arranged on twin shaft cylinder 17 piston rod moves downward desired location, and then die holder is placed on revolving die locating platform 10 by the guide-localization of revolving die orienting lug 11 and revolving die strongback 12.The Controlling solenoid valve of top gas cylinder 8 in connection, the external air source of top gas cylinder 8 in connection, basal detonator in die holder heads in basal detonator transport mould 13 because external air source drives by upper top gas cylinder 8 piston rod be arranged in air cylinder fixed plate 9, close the Controlling solenoid valve closing top gas cylinder 8, close the external air source closing top gas cylinder 8, upper top gas cylinder 8 piston rod is regained, revolving die adsorption plate 16 by jack-up and the basal detonator imported in basal detonator transport mould 13 adsorb.Connect the Controlling solenoid valve of Rodless cylinder bar 1, connect the external air source of Rodless cylinder bar 1, the basal detonator transport mould 13 that now external air source drives the drive of the stockless cylinder slipper 24 on Rodless cylinder bar 1 to be arranged on revolving die platform 14 moves to steady arm 23 direction, due to the barrier effect of steady arm 23, move to specified location to stop, close the Controlling solenoid valve of twin shaft cylinder 17, close the external air source of twin shaft cylinder 17, now twin shaft cylinder 17 piston rod is regained, basal detonator in basal detonator transport mould 13 is due to Gravitative Loads, moved downward by the spring 5 being arranged on slide carriage 4 on basal detonator, under passing basal detonator, slide carriage 6 moves to next station, close the Controlling solenoid valve of Rodless cylinder 1, close the external air source of Rodless cylinder 1, stockless cylinder slipper 24 drives basal detonator to transport mould 13 and returns, specified location is parked in because of steady arm 23 barrier effect that other direction is installed.
Claims (3)
1. the multiple revolving die machine of basal detonator, it is characterized in that: the multiple revolving die machine of basal detonator is by pole (7), conveyer, rotary die device forms, conveyer is by Rodless cylinder bar (1), cylinder rod fixed block (2), guide rail (3), basal detonator transport mould (13), revolving die platform (14), platform web plate (15), revolving die adsorption plate (16), twin shaft cylinder (17), twin shaft air cylinder fixed plate (18), fixed block (19), twin shaft cylinder mounting plate (20), guide rail slide block (21), steady arm retaining plate (22), steady arm (23), stockless cylinder slipper (24), transport contiguous block (25), guide rails assembling plate (26) is formed, six roots of sensation pole (7) and a pair mounting plate pole form the support of skeleton construction, a pair mounting plate pole is fixedly mounted between two poles (7) at the support two ends of skeleton construction respectively, mounting plate pole is perpendicular to pole (7), the two ends of guide rails assembling plate (26) are separately fixed on a pair mounting plate pole, guide rails assembling plate (26) upper surface two ends are respectively arranged with cylinder rod fixed block (2), Rodless cylinder bar (1) two ends are separately fixed in cylinder rod fixed block (2), Rodless cylinder bar (1) external gas source, guide rails assembling plate (26) is installed with steady arm retaining plate (22), steady arm retaining plate (22) is positioned between a pair cylinder rod fixed block (2), a pair steady arm (23) is fixedly mounted in steady arm retaining plate (22) respectively, the axis being parallel of steady arm (23) is in the axis of Rodless cylinder bar (1), Rodless cylinder bar (1) is movably installed with stockless cylinder slipper (24), guide rail (3) is fixedly mounted on guide rails assembling plate (26) below, guide rail (3) is parallel to Rodless cylinder bar (1), what two guide rail slide blocks (21) were movable is placed in guide rail (3) upper rail, guide rail slide block (21) below is provided with twin shaft cylinder mounting plate (20), the lower surface of guide rail slide block (21) is fixedly connected with twin shaft cylinder mounting plate (20) upper surface, transport contiguous block (25) upper end is fixedly connected with stockless cylinder slipper (24) lower end, transport contiguous block (25) both sides, lower end are connected with twin shaft cylinder mounting plate (20), transport contiguous block (25) is positioned between two guide rail slide blocks (21), twin shaft cylinder mounting plate (20) below is symmetrically arranged with twin shaft air cylinder fixed plate (18), twin shaft cylinder (17) is positioned between symmetrically arranged twin shaft air cylinder fixed plate (18), twin shaft cylinder (17) is fixedly connected with twin shaft air cylinder fixed plate (18), twin shaft cylinder (17) external gas source, twin shaft air cylinder fixed plate (18) upper surface is fixedly connected with twin shaft cylinder mounting plate (20) lower surface, revolving die adsorption plate (16) is fixedly mounted on the piston rod of twin shaft cylinder (17), symmetrical platform web plate (15) is provided with in the lower surface both sides of twin shaft cylinder mounting plate (20), the inwall two ends of platform web plate (15) are respectively arranged with fixed block (19), the upper surface of upper end fixed block (19) is fixedly connected with twin shaft cylinder mounting plate (20) lower surface, the upper surface of lower end fixed block (19)
On be fixedly installed revolving die platform (14), two ends fixed block (19) sidewall is fixedly connected with platform web plate (15) respectively, basal detonator transport mould (13) is positioned at revolving die platform (14) below, basal detonator transport mould (13) is fixedly connected with revolving die platform (14), the upper surface of basal detonator transport mould (13) arranges two groups of symmetrical conical through-holes, the hole heart axes of conical through-hole and the axis of twin shaft cylinder (17) piston rod are in the same way, conical through-hole is arranged along Rodless cylinder bar (1) axis direction, rotary die device is by slide carriage on basal detonator (4), spring (5), slide carriage (6) under basal detonator, upper top gas cylinder (8), air cylinder fixed plate (9), revolving die locating platform (10), revolving die orienting lug (11), revolving die strongback (12) is formed, revolving die locating platform (10) is arranged on basal detonator transport mould (13) below, revolving die locating platform (10) is provided with two groups of symmetrical circular holes, circular hole is arranged along Rodless cylinder bar (1) axis direction, circular hole hole heart axes and basal detonator transport the taper hole heart axes of mould (13) in the same way, hole heart line and the basal detonator of revolving die locating platform (10) circular hole arranged along Rodless cylinder bar (1) direction transport the hole heart line of the conical through-hole that mould (13) arranges along Rodless cylinder bar (1) direction on same vertical plane, revolving die locating platform (10) is fixed on pole (7) inner side of the support of skeleton construction, a pair revolving die orienting lug (11) is fixedly mounted on revolving die locating platform (10) upper surface, revolving die orienting lug (11) symmetry is located at the two ends of the circular hole along the upper symmetric offset spread of revolving die locating platform (10), revolving die strongback (12) is fixedly mounted on the outside wall surface of the revolving die orienting lug (11) along Rodless cylinder bar (1) axis direction, air cylinder fixed plate (9) is arranged on revolving die locating platform (10) below, air cylinder fixed plate (9) is fixed on pole (7) inner side of the support of skeleton construction, air cylinder fixed plate (9) has along the circular hole in Rodless cylinder bar (1) axis direction symmetric offset spread, circular hole in the upper symmetric offset spread of air cylinder fixed plate (9) and the symmetric offset spread circular hole one_to_one corresponding on revolving die locating platform (10) and axis are on the same line, upper top gas cylinder (8) fixed installation air cylinder fixed plate (9) below, upper top gas cylinder (8) external gas source, the circular hole one_to_one corresponding of upper top gas cylinder (8) and air cylinder fixed plate (9) symmetric offset spread, the upper end of upper top gas cylinder (8) is positioned at the top of the circular hole of air cylinder fixed plate (9) symmetric offset spread, on basal detonator, slide carriage (4) is separately fixed on pole (7) inner side of the support of skeleton construction with slide carriage (6) under basal detonator, under basal detonator, slide carriage (6) is positioned at the below of slide carriage on basal detonator (4), on basal detonator, slide carriage (4) mounting height transports the lower surface of mould (13) lower than basal detonator, on basal detonator, slide carriage (4) has along the material loading hole in Rodless cylinder bar (1) axis direction symmetric offset spread, the feed port be positioned on slide carriage on basal detonator (4) is corresponding with the arrangement of the circular hole of revolving die locating platform (10), under basal detonator slide carriage (6) have with slide carriage on basal detonator (4) along Rodless cylinder bar (1) axis direction symmetric offset spread the corresponding discharge hole of feed port, the upper end of spring (5) is fixedly connected in the feed port of slide carriage on basal detonator (4), the lower end of spring (5) is fixedly connected in the discharge hole of slide carriage (6) under basal detonator.
2. the multiple revolving die machine of a kind of basal detonator as claimed in claim 1, is characterized in that: the upper aperture of the conical through-hole that described basal detonator transport mould (13) upper surface two groups of having are symmetrical is less than lower aperture.
3. the multiple revolving die machine of a kind of basal detonator as claimed in claim 1, is characterized in that: the upper surface of described basal detonator transport mould (13) arranges two groups of symmetrical conical through-holes, and often organizing conical through-hole quantity is more than five or five.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210462743.1A CN103819294B (en) | 2012-11-16 | 2012-11-16 | The multiple revolving die machine of a kind of basal detonator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210462743.1A CN103819294B (en) | 2012-11-16 | 2012-11-16 | The multiple revolving die machine of a kind of basal detonator |
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| CN103819294A CN103819294A (en) | 2014-05-28 |
| CN103819294B true CN103819294B (en) | 2015-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210462743.1A Active CN103819294B (en) | 2012-11-16 | 2012-11-16 | The multiple revolving die machine of a kind of basal detonator |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106905092B (en) * | 2015-12-31 | 2022-04-29 | 武汉纺织大学 | Universal type die rotating machine for industrial basic detonators |
| CN109434542B (en) * | 2018-12-25 | 2023-11-21 | 连云港职业技术学院 | Step type automatic pipe feeding machine matched with industrial robot |
| CN110145979B (en) * | 2019-06-19 | 2024-02-02 | 武汉瑞镭科技有限公司 | Automatic die rotating table for basic detonator |
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| CN2929639Y (en) * | 2006-08-01 | 2007-08-01 | 杭州强立机械有限公司 | Metal tube shell arranging machine for industrial detonator |
| CN101118142A (en) * | 2006-08-01 | 2008-02-06 | 杭州强立机械有限公司 | Commercial detonator metal pipe shell arranging machine and pipe arranging method |
| CN201553693U (en) * | 2009-11-27 | 2010-08-18 | 湖南长斧众和科技有限公司 | Automatic cap assembling machine for detonator production lines |
| CN202131242U (en) * | 2011-06-18 | 2012-02-01 | 新疆雪峰民用爆破器材有限责任公司 | Automatic chemical feeder for dedicated mechanical arm for detonator production |
| CN202898267U (en) * | 2012-11-16 | 2013-04-24 | 福建海峡科化股份有限公司 | Basic detonator multi-round mold revolving machine |
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- 2012-11-16 CN CN201210462743.1A patent/CN103819294B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2929639Y (en) * | 2006-08-01 | 2007-08-01 | 杭州强立机械有限公司 | Metal tube shell arranging machine for industrial detonator |
| CN101118142A (en) * | 2006-08-01 | 2008-02-06 | 杭州强立机械有限公司 | Commercial detonator metal pipe shell arranging machine and pipe arranging method |
| CN201553693U (en) * | 2009-11-27 | 2010-08-18 | 湖南长斧众和科技有限公司 | Automatic cap assembling machine for detonator production lines |
| CN202131242U (en) * | 2011-06-18 | 2012-02-01 | 新疆雪峰民用爆破器材有限责任公司 | Automatic chemical feeder for dedicated mechanical arm for detonator production |
| CN202898267U (en) * | 2012-11-16 | 2013-04-24 | 福建海峡科化股份有限公司 | Basic detonator multi-round mold revolving machine |
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| CN103819294A (en) | 2014-05-28 |
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