CN209456344U - A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic - Google Patents
A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic Download PDFInfo
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- CN209456344U CN209456344U CN201920150184.8U CN201920150184U CN209456344U CN 209456344 U CN209456344 U CN 209456344U CN 201920150184 U CN201920150184 U CN 201920150184U CN 209456344 U CN209456344 U CN 209456344U
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- word type
- back word
- delay element
- type track
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Abstract
The utility model discloses a kind of oscillating modes suitable for basal detonator transfer matic to arrange delay element machine, including platform, platform upper surface are disposed with the Back Word type track surrounded by conducting bar；It is located at Back Word type track side on platform and is disposed with PLC control system；Several are disposed on Back Word type track can be along the loading board that turns of Back Word type orbital cycle rotation, and Back Word type track above has positioned at the location arrangements turned right above loading board on one side can be along the vibration lead discharging plate of conducting bar side-to-side vibrations；One jiao of top of Back Word type track is disposed with calendering phase body device, and Back Word type lower end of track is located at calendering phase body device following location directly and is disposed with transfer matic load extension mould.Delay element can be discharged on mold by the utility model automatically, improve efficiency, degree of safety and the degree of automation of basal detonator production.
Description
Technical field
The utility model relates to a kind of oscillating modes suitable for basal detonator transfer matic to arrange delay element machine, belong to basal detonator
Production technical field.
Background technique
Detonator is a kind of main initiating device of blasting engineering, its effect be generate detonation can come ignite various explosives and
Primacord, detonating primer.Detonator is divided into blasting cap and two kinds of electric cap, and wherein electric cap is divided into instant electric detonator and electric thunder of delaying
Pipe, delay electric detonator are generally made of shell, strengthening cap, priming, delay element, igniter wire, sealing-plug, payment to a porter etc..
Currently, domestic basic detonator filling line row delay element is all using artificial row's mould mode, it is personnel in detonator production
At most, efficiency is minimum, process with high labor costs, and there are obvious security risks, not fully meet Ministry of Industry and Information about
The quick-fried production progress instruction requirement of the people.Therefore, it realizes that delay element is automatically die-filling and manually arranges mould mode to substitute, not only have very
Good market promotion prospect, the innovation research and development of update and new line simultaneously for the old line of detonator production will all have actively and
Important meaning.
Utility model content
In view of the above-mentioned problems of the prior art, the utility model provides a kind of vibration suitable for basal detonator transfer matic
Ejector half arranges delay element machine, and delay element can be effectively discharged to transfer matic automatically and carried on extension mould, base is substantially increased
The efficiency and degree of safety of plinth detonator production further improve the degree of automation of basal detonator production.
To achieve the above objectives, the present invention adopts the following technical solutions:
A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic, including platform, platform lower end quadrangle
It is arranged with support column；The upper surface of the platform is disposed with the Back Word type track surrounded by inside and outside circle conducting bar；On the platform
Side positioned at Back Word type track is disposed with PLC control system；Being disposed with several on the Back Word type track can be along Back Word
The rotation of type orbital cycle turns loading board, and above having on one side positioned at the location arrangements turned right above loading board for the Back Word type track can edge
The vibration lead discharging plate of inside and outside circle conducting bar side-to-side vibrations；One jiao of top of the Back Word type track is disposed with calendering phase body device, described
Back Word type lower end of track is located at calendering phase body device following location directly and is disposed with transfer matic load extension mould；The vibration
On lead discharging plate, it is each described turn to be located at calendering phase body device following location directly in loading board, on the Back Word type track open up
Have and carries the one-to-one delay element mounting hole of delay element hole location on extension mould with transfer matic.
Preferably, the calendering phase body device includes the pressure delay element nail plate being adapted to delay element mounting hole and is connected to
Press the pressure delay element cylinder right above delay element nail plate.
Preferably, the position on the Back Word type track quadrangle positioned at outer ring conducting bar is arranged with turns loading board and follows for pushing
The cylinder of ring rotation, the position on the outer ring conducting bar close to cylinder are respectively disposed with four cylinders correspondingly close to opening
It closes.
Preferably, the location arrangements between inside and outside circle conducting bar upper on one side of the Back Word type track have connecting plate, institute
It states and is disposed with lead discharging plate cylinder on connecting plate, vibration lead discharging plate is connected on the telescopic rod of the lead discharging plate cylinder；The vibration
The diagonal outside of two of lead discharging plate, which is located on the position of inside and outside circle conducting bar, is respectively disposed with the first Non-return air valve and the second unidirectional gas
Valve；Location arrangements on the platform close to lead discharging plate cylinder have air valve switch.
Preferably, the vibration lead discharging plate close to two of the first Non-return air valve and the second Non-return air valve it is diagonal on arrange
There is contact projection.
Preferably, the vibration lead discharging plate is arranged in the long side of Back Word type track.
Preferably, the calendering phase body device is arranged in one jiao that Back Word type track time stretches out direction close to lead discharging plate cylinder
On.
The utility model, can by PLC control system, pneumatic vibration system and the effective cooperation for turning the loading board circulatory system
Efficiently realize that delay element is discharged to existing transfer matic automatically to be carried on extension mould, and the effect of basal detonator production is substantially increased
Rate and degree of safety further improve the degree of automation of basal detonator production.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the main view of the utility model；
Fig. 3 is the layered structure schematic diagram that calendering phase body device and transfer matic carry the components such as extension mould；
Fig. 4 is the structural schematic diagram for vibrating lead discharging plate；
Fig. 5 is the vibrational system pneumatic diagram of control vibration lead discharging plate side-to-side vibrations.
Detailed description of the invention: 1, platform, 1-1, support column, 2, cylinder, 2-1, close to switch, 3, turn loading board, 4, vibration lead discharging plate,
5, lead discharging plate cylinder, 5-1, the first Non-return air valve, 5-2, the second Non-return air valve, 6, air valve switch, 6-1, reversing air valve, 6-2, master
Air inlet path, 7, PLC control system, 8, Back Word type track, 8-1, conducting bar, 8-2, connecting plate, 9, calendering phase body device, 9-1, calendering
Phase body nail plate, 9-2, pressure delay element cylinder, 10, transfer matic load extension mould.
Specific embodiment
With reference to the accompanying drawing, a specific embodiment of the utility model is described in detail, it is to be understood that this
The protection scope of utility model is not limited by the specific implementation.
As shown in Figures 1 to 5, a kind of oscillating mode suitable for basal detonator transfer matic provided by the utility model, which is arranged, delays
Body machine, including platform 1, the 1 lower end quadrangle of platform are arranged with support column 1-1；The upper surface of the platform 1 be disposed with by
The Back Word type track 8 that inside and outside circle conducting bar 8-1 is surrounded；Side on the platform 1 positioned at Back Word type track 8 is disposed with PLC control
System 7；Several are disposed on the Back Word type track 8 to turn loading board 3 along 8 cycle rotation of Back Word type track, and described time
Above having on one side positioned at the location arrangements turned right above loading board 3 for font track 8 can be along the vibration of inside and outside circle conducting bar 8-1 side-to-side vibrations
Dynamic lead discharging plate 4；8 one jiaos of tops of the Back Word type track are disposed with calendering phase body device 9, and 8 lower end of Back Word type track is located at
9 following location directly of calendering phase body device is disposed with transfer matic and carries extension mould 10；On the vibration lead discharging plate 4, each
It is described to turn in loading board 3,9 following location directly of calendering phase body device is located on the Back Word type track 8 offers and transfer matic
With the one-to-one delay element mounting hole of delay element hole location on load extension mould 10.
With the aid of the technical scheme, it drives delay element at random to vibrate by vibrating 4 side-to-side vibrations of lead discharging plate, makes to delay
Body vibration is to turning in loading board 3；Turn the automatic cycle on Back Word type track 8 of loading board 3 by the control of PLC control system 7 to rotate, simultaneously
PLC control system 7 controls calendering phase body device 9 and operates normally, and is depressed into calendering phase body device 9 certainly delay element by turning loading board 3
Moving-wire is in load extension mould 10.
The calendering phase body device 9 includes being adapted to delay element mounting hole as a further improvement of the utility model,
The pressure delay element nail plate 9-1 and pressure delay element cylinder 9-2 being connected to right above pressure delay element nail plate 9-1.When turning 3 turns of loading board
When moving the underface of calendering phase body device 9, pressure delay element cylinder 9-2 stretches out, and drives pressure delay element nail plate 9-1 that will turn loading board
Delay element on 3 is pressed onto the transfer matic of 8 lower section of Back Word type track with carrying in extension mould 10, to realize the automatic of delay element
Discharge.
It is located at the position of outer ring conducting bar 8-1 on described 8 four jiaos of Back Word type track as a further improvement of the utility model,
It is arranged with for pushing the cylinder 2 for turning 3 cycle rotation of loading board, cloth is distinguished in the position of close cylinder 2 on the outer ring conducting bar 8-1
It is equipped with four cylinders 2 correspondingly close to switch 2-1.Cylinder 2 is controlled by PLC control system 7 and close to switch 2-1,
The reciprocating motion of cylinder 2 can be achieved, rotated to push and turn the automatic cycle on Back Word type track 8 of loading board 3, wherein PLC control
System 7 and close switch 2-1 are the prior art, and specific structure is not meant to the key content of protection, therefore the utility model is not
It illustrates.
The upper on one side of the Back Word type track 8 is located inside and outside circle conducting bar 8-1 as a further improvement of the utility model,
Between location arrangements have connecting plate 8-2, lead discharging plate cylinder 5 is disposed on the connecting plate 8-2, the lead discharging plate cylinder 5
Vibration lead discharging plate 4 is connected on telescopic rod；Two diagonal outsides of the vibration lead discharging plate 4 are located at the position of inside and outside circle conducting bar 8-1
It sets and is respectively disposed with the first Non-return air valve 5-1 and the second Non-return air valve 5-2；Close to the position of lead discharging plate cylinder 5 on the platform 1
It sets and is disposed with air valve switch 6.In conjunction with Fig. 5 it is found that lead discharging plate cylinder 5, the first Non-return air valve 5-1, the first Non-return air valve 5-2, gas
Threshold switch 6, reversing air valve 6-1 and main air inlet path 6- form pneumatic vibration system, when vibration 4 both sides of lead discharging plate touch the first list
It, can be in the collective effect of air valve switch 6, reversing air valve 6-1 and main air inlet path 6-2 when to air valve 5-1 and the second Non-return air valve 5-2
Lower realization gas exchange action pushes lead discharging plate cylinder 5 to move back and forth, to realize the side-to-side vibrations of vibration lead discharging plate 4.
The vibration lead discharging plate 4 is single close to the first Non-return air valve 5-1 and second as a further improvement of the utility model,
To two of air valve 5-2 it is diagonal on be arranged with contact projection 4-1.By means of contact projection 4-1, can make to vibrate lead discharging plate 4
It is more efficiently contacted with Non-return air valve, to effectively realize the side-to-side vibrations of vibration lead discharging plate 4.
The vibration lead discharging plate 4 is arranged in the long side of Back Word type track 8 as a further improvement of the utility model,.
Vibration lead discharging 4 length of plate arranged in the long side of Back Word type track 8 are longer, can place more delay elements.
The calendering phase body device 9 is arranged in Back Word type track 8 times close to row as a further improvement of the utility model,
Stereotype cylinder 5 stretches out on one jiao of direction.Make delay element through vibrate lead discharging plate 4 be discharged to turn in loading board 3 when, can be near row
Stereotype cylinder 5 stretches out under the impetus of the cylinder 2 in direction, is more bonded with the delay element mounting hole turned in loading board 3, then most
It is pressed onto transfer matic through the calendering effect of phase body device 9 in short time to carry in extension mould 10, while that vacates sky turns loading board 3
For subsequent cycle.
When production, first passes through preceding working procedure and delay element is placed on vibration lead discharging plate 4, vibrate lead discharging plate 4 in lead discharging plate
The pneumatic vibration system of the compositions such as cylinder 5, Non-return air valve and air valve switch 6 controls lower side-to-side vibrations, is transferred to delay element
In loading board 3；The reciprocating motion of cylinder 2 is controlled by PLC control system 7 and close to switch 2-1 simultaneously, promotion turns loading board 3 in Back Word
Automatic cycle rotates on type track 8, and delay element is depressed into transfer matic under the action of rolling phase body device 9 and carries delay element mould
In tool 10.
Finally, the utility model by PLC control system, pneumatic vibration system and turns effectively matching for the loading board circulatory system
It closes, can efficiently realize that delay element is discharged to existing transfer matic automatically to be carried on extension mould, replaces people with automation equipment
Work operation, substantially increases the efficiency and degree of safety of basal detonator production, while with pneumatically for major impetus, it is more electronic for more
It is suitble to firer's industry；Delay element is pressed into load extension mould used in basal detonator automatic assembly line by calendering phase body device
It is interior, the combination with existing production line is realized, the degree of automation of basal detonator production is further improved.In addition, this
Utility model structure is simple, and cost is lower, and can turn loading board by replacement makes this equipment be suitable for different size delay elements,
Applicability is wider.
Disclosed above is only several specific embodiments of the utility model, and still, the utility model embodiment is not office
It is limited to this, the changes that any person skilled in the art can think of should all fall into the protection scope of the utility model.
Claims (7)
1. a kind of oscillating mode suitable for basal detonator transfer matic arranges delay element machine, which is characterized in that described including platform (1)
Platform (1) lower end quadrangle is arranged with support column (1-1)；The upper surface of the platform (1) is disposed with by inside and outside circle conducting bar (8-
1) the Back Word type track (8) surrounded；Side on the platform (1) positioned at Back Word type track (8) is disposed with PLC control system
(7)；
Several are disposed on the Back Word type track (8) to turn loading board (3), institute along Back Word type track (8) cycle rotation
Stating above having on one side positioned at the location arrangements turned right above loading board (3) for Back Word type track (8) can be left along inside and outside circle conducting bar (8-1)
The vibration lead discharging plate (4) of right vibration；(8) one jiaos of tops of the Back Word type track are disposed with calendering phase body device (9), the Back Word
Type track (8) lower end is located at calendering phase body device (9) following location directly and is disposed with transfer matic load extension mould (10)；
On the vibration lead discharging plate (4), it is each described turn to be located at calendering phase body on loading board (3), on the Back Word type track (8) fill
It sets (9) following location directly and offers and delay correspondingly with delay element hole location in transfer matic load extension mould (10)
Body mounting hole.
2. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 1 arranges delay element machine, feature exists
In the calendering phase body device (9) includes the pressure delay element nail plate (9-1) being adapted to delay element mounting hole and is connected to calendering
Pressure delay element cylinder (9-2) right above phase body nail plate (9-1).
3. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 1 arranges delay element machine, feature exists
In the position on Back Word type track (8) quadrangle positioned at outer ring conducting bar (8-1) is arranged with to be turned loading board (3) and follow for pushing
The cylinder (2) of ring rotation, the position on the outer ring conducting bar (8-1) close to cylinder (2) are respectively disposed with and four cylinders (2) one
One is corresponding close to switch (2-1).
4. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 1 arranges delay element machine, feature exists
In, the location arrangements between inside and outside circle conducting bar (8-1) upper on one side of the Back Word type track (8) have connecting plate (8-2),
It is disposed with lead discharging plate cylinder (5) on the connecting plate (8-2), vibration row is connected on the telescopic rod of the lead discharging plate cylinder (5)
Stereotype (4)；The diagonal outside of two of vibration lead discharging plate (4), which is located on the position of inside and outside circle conducting bar (8-1), to be respectively disposed with
First Non-return air valve (5-1) and the second Non-return air valve (5-2)；Close to the location arrangements of lead discharging plate cylinder (5) on the platform (1)
There are air valve switch (6).
5. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 1 arranges delay element machine, feature exists
It diagonally upper is evenly distributed in, vibration lead discharging plate (4) close to two of the first Non-return air valve (5-1) and the second Non-return air valve (5-2)
It is equipped with contact projection (4-1).
6. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 1 arranges delay element machine, feature exists
In vibration lead discharging plate (4) is arranged in the long side of Back Word type track (8).
7. a kind of oscillating mode suitable for basal detonator transfer matic according to claim 6 arranges delay element machine, feature exists
In the calendering phase body device (9) is arranged in the secondary close lead discharging plate cylinder (5) of Back Word type track (8) and stretches out on one jiao of direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920150184.8U CN209456344U (en) | 2019-01-29 | 2019-01-29 | A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920150184.8U CN209456344U (en) | 2019-01-29 | 2019-01-29 | A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209456344U true CN209456344U (en) | 2019-10-01 |
Family
ID=68046088
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920150184.8U Expired - Fee Related CN209456344U (en) | 2019-01-29 | 2019-01-29 | A kind of oscillating mode row's delay element machine suitable for basal detonator transfer matic |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209456344U (en) |
-
2019
- 2019-01-29 CN CN201920150184.8U patent/CN209456344U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191001 Termination date: 20210129 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |