CN108787926A - A kind of bullet resistant material manufacturing and processing equipment - Google Patents
A kind of bullet resistant material manufacturing and processing equipment Download PDFInfo
- Publication number
- CN108787926A CN108787926A CN201810740053.5A CN201810740053A CN108787926A CN 108787926 A CN108787926 A CN 108787926A CN 201810740053 A CN201810740053 A CN 201810740053A CN 108787926 A CN108787926 A CN 108787926A
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- slot
- sliding block
- sliding
- screw rod
- drive
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D45/00—Ejecting or stripping-off devices arranged in machines or tools dealt with in this subclass
- B21D45/06—Stripping-off devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Power-Operated Mechanisms For Wings (AREA)
Abstract
The invention discloses a kind of bullet resistant material manufacturing and processing equipments,Including main body and the mounting table being installed in the main body right end face,Processing groove is equipped in the right end face of the main body on the upside of the mounting table,Drive extended to the left is equipped in the top end surface of the mounting table into slot,Described drive is stretched into the left side extended segment of slot in the main body and the setting that is connected with the bottom of the processing groove,Lifting sliding slot is equipped in the roof of the processing groove,It is slidably connected with lifting slider in the lifting sliding slot,The bottom end of the lifting slider is installed with the upper mould piece stretched into the processing groove,It is described to drive into being slidably connected with advancement mechanism in slot,Recessed channel is equipped in the top end surface of the advancement mechanism,Lower module is installed in the female groove bottom wall,It is equipped with first in the advancement mechanism on the downside of the female slot and slides chamber,The first cunning intracavitary is slidably connected with the first sliding block.
Description
Technical field
The present invention relates to bullet resistant material processing technique field, specially a kind of bullet resistant material manufacturing and processing equipment.
Background technology
Current bullet resistant material includes simple high strength bulletproof steel plate, ceramic composite or polymer fiber material.
Armour generally use armour plate, bulletproof ceramic, aramid bulletproof composite material or superhigh molecular weight polyethylene fibers material into
Row processing and fabricating, wherein armour plate absorb the ballistic work of bullet by high flexible deformation, in the production of armour plate material
Need to carry out preliminary processing and forming work using decompressor in the process, traditional decompressor in the prevalence of some problems,
It often results in punching course that de- material or de- material do not have some setbacks, deformation of products is caused, and then damage product, in production process
In, it is also possible to so that such bad products is flowed into subsequent handling or shipment, bad quality is caused, moreover, traditional press machine
Since drawing velocity is fast, there are larger security risks in de- material reclaiming process.
Invention content
It is in the prior art above-mentioned for overcoming the purpose of the present invention is to provide a kind of bullet resistant material manufacturing and processing equipment
Defect.
A kind of bullet resistant material manufacturing and processing equipment according to the present invention, including main body and to be installed in the main body right
Mounting table on side end face is located in the right end face of the main body on the upside of the mounting table and is equipped with processing groove, described to put
It sets and is equipped with drive extended to the left in the top end surface of platform into slot, described drive into the left side extended segment of slot stretches into the host
In vivo and the setting that is connected with the bottom of the processing groove, interior be equipped with of the roof of the processing groove lift sliding slot, and the lifting is slided
Lifting slider is slidably connected in slot, the bottom end of the lifting slider is installed with the upper mold stretched into the processing groove
Part, it is described to drive into advancement mechanism is slidably connected in slot, recessed channel is equipped in the top end surface of the advancement mechanism, it is described
It is installed with lower module in recessed groove bottom wall, first is equipped in the advancement mechanism on the downside of the female slot and slides chamber, described first
Sliding intracavitary is slidably connected with the first sliding block, symmetrical in the part between the first cunning chamber and the female slot to be equipped with
Connectivity slot, the connectivity slot are connected setting with the first cunning chamber and the female slot, the company of being slidably matched in the connectivity slot
It is connected to the push block that bottom end is connect with the first sliding block secure fit, described first slides the advancement mechanism on the downside of chamber
Interior that sliding block is slidably connected in the first sliding groove through the first sliding groove is equipped with, it is logical to be equipped with first in the sliding block
Slot, is slidably connected with limit sliding block in first straight slot, and the both-side ends up and down of the limit sliding block are respectively with described first
The upper lower wall secure fit of sliding slot connects, and top pressure is connected with the first bullet in first straight slot on the right side of the limit sliding block
Spring, is equipped with the second straight slot in the sliding block on the right side of first straight slot, fixed with teeth on the rear wall of second straight slot
Item portion is rotatably assorted in the part between the first cunning chamber and the first sliding groove and is connected with the first up and down extended spiral shell
Bar, first screw tip end are stretched into the first cunning intracavitary and are connected with the bottom end face screw-thread fit of first sliding block
It connects, the first screw rod bottom end is installed with the drive stretched into and be connected in second straight slot and with the tooth-strip part power
Moving gear is installed with first motor in the left end face of the sliding block, and the first motor left distal end be connected by power, which has, stretches
Go out the first external key axis outside the sliding block left end face, the advancement mechanism screw-internal thread fit on the downside of the first sliding groove connects
Be connected to the second extended screw rod of left and right, the left distal end of second screw rod be embedded in described drive into slot left side wall admittedly
Second motor power is connected, and the first drive cavity is equipped in the advancement mechanism driven on the left of slot, and described first passes
Dynamic chamber and described drive into being rotatably assorted in the part between slot are connected with the first internal key axis, and the first internal key axis left distal end is solid
Equipped with the first cone pulley stretched into first drive cavity, the right end of the first internal key axis and the first external key axis phase
To setting, the described first interior be equipped with of the advancement mechanism for sliding on the left of chamber drives linkage mechanism, described to drive into the left and right wall of slot
It is installed with the touch sensor being oppositely arranged with the left and right end face of the advancement mechanism, the touch sensor and institute respectively
The electric connection of the second motor is stated, when the touch sensor of the left and right sides is abutted against with the left and right wall driven into slot respectively
When, at this point, sending signal by the touch sensor and controlling second motor stalls.
Further technical solution, the right end of second screw rod are rotatably assorted company with described drive into slot right side wall
It connects.
Further technical solution, the driving linkage mechanism include that bottom end is connected with first drive cavity and sets
The second sliding block for sliding intracavitary described second is arranged in the second cunning chamber set and sliding connection, is rotated in second sliding block
It is connected with rotation axis, the bottom end of the rotation axis is installed with to stretch into first drive cavity and with described
One cone pulley power be connected the second cone pulley, it is described second cunning chamber right side wall in be connected equipped with guide chute, the guiding
The guide runner being connect with the second sliding block secure fit is slidably connected in sliding slot, the guide runner internal thread is matched
Close and be connected with up and down extended third screw rod, the third screw rod bottom end be embedded in the guide chute bottom wall admittedly
Third motor power be connected, the top end of the third screw rod is rotatably assorted with the guide chute roof and connect,
It is equipped with the second extended to the right drive cavity in the main body on the upside of the second cunning chamber, second drive cavity
Right side extended segment is located at the top relative position of the lifting sliding slot, and second drive cavity and described second slide the portion between chamber
It is rotatably assorted in point and is connected with the second internal key axis, the second internal key axis top end, which is installed with, to be stretched into second drive cavity
First pulley, be slidably connected with the second external key axis for extending downwardly setting in the bottom end face of the second internal key axis,
The bottom end of the second external key axis, which stretches into described second, to be slided intracavitary and connects with the top end secure fit of the rotation axis
It connects, is rotatably assorted in the part between second drive cavity and the lifting sliding slot and is connected with the 4th screw rod, the 4th spiral shell
The top end of bar stretches into the second belt wheel in second drive cavity admittedly, and the bottom end of the 4th screw rod stretches into the liter
It is connect in drop sliding slot and with the top end surface screw-thread fit of the lifting slider, between the first pulley and second belt wheel
Power is connected with transmission belt.
Description of the drawings
Fig. 1 is main body front view in the present invention；
Fig. 2 is the sectional view of " A-A " in Fig. 1 of the present invention；
Fig. 3 is the internal structure schematic diagram of advancement mechanism in the present invention.
Specific implementation mode
With reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, a kind of bullet resistant material manufacturing and processing equipment according to an embodiment of the invention, including main body 6 with
And it is installed in the mounting table 61 in 6 right end face of the main body, it is located at the right side of the main body 6 of 61 upside of the mounting table
It is equipped with processing groove 62 in side end face, drive extended to the left is equipped in the top end surface of the mounting table 61 into slot 611, institute
It states to drive and be stretched into the main body 6 into the left side extended segment of slot 611 and the setting that is connected with the bottom of the processing groove 62, it is described
It is equipped with lifting sliding slot 621 in the roof of processing groove 62, lifting slider 622, institute are slidably connected in the lifting sliding slot 621
The bottom end for stating lifting slider 622 is installed with the upper mould piece 620 stretched into the processing groove 62, described to drive into sliding in slot 611
It is dynamic to be connected with advancement mechanism 8, it is equipped with recessed channel 81,81 bottom wall of the female slot in the top end surface of the advancement mechanism 8
On be installed with lower module 811, being equipped with first in the advancement mechanism 8 of 81 downside of the female slot slides chamber 82, and described first slides
The first sliding block 821 is slidably connected in chamber 82, in the part between the first cunning chamber 82 and the female slot 81 or so
It is arranged with connectivity slot 84, the connectivity slot 84 is connected setting with the first cunning chamber 82 and the female slot 81, the company
It is slidably connected with the push block 822 that bottom end is connect with 821 secure fit of the first sliding block in straight slot 84, described
Through equipped with the first sliding groove 83, the interior sliding connection of the first sliding groove 83 in the advancement mechanism 8 of one cunning chamber, 82 downside
There is sliding block 831, the first straight slot 833 is equipped in the sliding block 831, limit is slidably connected in first straight slot 833
The both-side ends up and down of sliding block 834, the limit sliding block 834 are connect with the upper lower wall secure fit of the first sliding groove 83 respectively,
Top pressure is connected with the first spring 835, first straight slot 833 in first straight slot 833 on 834 right side of limit sliding block
It is equipped with the second straight slot 832 in the sliding block 831 on right side, tooth-strip part is installed on the rear wall of second straight slot 832
8321, it is rotatably assorted in the part between the first cunning chamber 82 and the first sliding groove 83 and is connected with up and down extended the
One screw rod 838,838 top end of the first screw rod stretch into it is described first slide chamber 82 in and with the bottom of first sliding block 821
End surface screw-thread fit connects, 838 bottom end of the first screw rod be installed with stretch into second straight slot 832 and with it is described
The driving gear 839 that 8321 power of tooth-strip part is connected is installed with first motor in the left end face of the sliding block 831
836,836 left distal end be connected by power of the first motor has the first external key axis stretched out outside 831 left end face of sliding block
837,8 screw-internal thread fit of the advancement mechanism of 83 downside of the first sliding groove is connected with the second extended screw rod of left and right
613, the left distal end of second screw rod 613 with match admittedly embedded in described drive into 612 power of the second motor in 611 left side wall of slot
Close connection, it is described to drive into being equipped with the first drive cavity 65 in the advancement mechanism 8 in the left side of slot 611, first drive cavity 65 with
Described drive into being rotatably assorted in the part between slot 611 is connected with the first internal key axis 651,651 left side end of the first internal key axis
End is installed with the first cone pulley 652 stretched into first drive cavity 65, the right end of the first internal key axis 651 with it is described
First external key axis 837 is oppositely arranged, and described first slides in the advancement mechanism 8 in 82 left side of chamber equipped with driving linkage mechanism, institute
It states and drives into being installed with the contact-sensing being oppositely arranged with the left and right end face of the advancement mechanism 8 respectively in the left and right wall of slot 611
Device 6111, the touch sensor 6111 are electrically connected with second motor 612, when the contact of the left and right sides passes
When sensor 6111 is abutted against with the left and right wall driven into slot 611 respectively, believe at this point, being sent by the touch sensor 6111
Number and control second motor 612 and stop operating.
Valuably or illustratively, the right end of second screw rod 613 is matched with described drive into the rotation of 611 right side wall of slot
Connection is closed, to realize the steady mobile working of driving advancement mechanism 8, has passed through working efficiency and stability significantly.
Valuably or illustratively, the driving linkage mechanism includes that bottom end is connected with first drive cavity 65
The second sliding block 641 that second be arranged slides chamber 64 and sliding connection is arranged in the second cunning chamber 64, described second
It is rotatably assorted in sliding block 641 and is connected with rotation axis 642, the bottom end of the rotation axis 642 is installed with to stretch into described
The second cone pulley 644 being connected in one drive cavity 65 and with 652 power of the first cone pulley, described second slides 64 right side wall of chamber
Inside it is connected equipped with guide chute 66, is slidably connected in the guide chute 66 and matches with second sliding block 641 fixation
The guide runner 661 of connection is closed, 661 screw-internal thread fit of the guide runner is connected with third screw rod 662 extended up and down,
662 bottom end of third screw rod is connected with 663 power of third motor being embedded in admittedly in 66 bottom wall of the guide chute,
The top end of the third screw rod 662 is rotatably assorted with 66 roof of the guide chute and connect, and described second slides 64 upside of chamber
The main body 6 in be equipped with the second extended to the right drive cavity 63, the right side extended segment of second drive cavity 63
Positioned at the top relative position of the lifting sliding slot 621, the part between second drive cavity 63 and the second cunning chamber 64
It is inside rotatably assorted and is connected with the second internal key axis 634,634 top end of the second internal key axis, which is installed with, stretches into second transmission
First pulley 633 in chamber 63 is slidably connected in the bottom end face of the second internal key axis 634 and extends downwardly setting
Second external key axis 643, the bottom end of the second external key axis 643 stretch into described second slide in chamber 64 and with the rotation axis
It rotates and matches in 642 top end secure fit connection, second drive cavity 63 and the part lifted between sliding slot 621
Conjunction is connected with the 4th screw rod 623, and the top end of the 4th screw rod 623 stretches into the second band in second drive cavity 63 admittedly
Wheel 631, the bottom end of the 4th screw rod 623 stretch into the lifting sliding slot 621 it is interior and with the top of the lifting slider 622
End-face helical is connected, and power is connected with transmission belt 632 between the first pulley 633 and second belt wheel 631,
To realize automatic switchover dynamic Control, and then realize that upper mould piece 620 moves up and down the fixedly locked of work and upper mould piece 620
Work, substantially increases working efficiency and the safety of the present apparatus.
When original state, so that advancement mechanism 8 is located at and drive into the left-most position in slot 611, and then make in recessed channel 81
Lower module 811 is in complete relative position with upper mould piece 620, at this point, the first sliding block 821 is made to be located at the most bottom in the first cunning chamber 82
Portion position, meanwhile, drive push block 822 utmostly far from recessed channel 81 by the first sliding block 821, at this point, sliding block 831 by
The pressure on top surface of the first spring 835 arrived makes the right end of sliding block 831 utmostly stretch out the right end face of advancement mechanism 8
Outside, meanwhile, the left end face of sliding block 831 is made to be fully located in the first sliding groove 83, at this point, limit sliding block 834 is made to be located relatively at
Left-most position in one straight slot 833, meanwhile, so that driving gear 839 and the leftmost side section power of tooth-strip part 8321 is connected,
At this point, make that the first external key axis 837 is fully inserted into the right end face of the first internal key axis 651 and power is connected therewith, at this point,
So that guide runner 661 is located at the lowest position in guide chute 66, and then guide runner 661 is made to drive the second sliding block 641
The lowest position in chamber 64 is slided in second, meanwhile, so that the second sliding block 641 is driven the second cone pulley 644 and 652 power of the first cone pulley
It is connected, at this point, making the bottom end of the second external key axis 643 remain that power is connected with the second internal key axis 634, together
When, so that lifting slider 622 is fully located in lifting sliding slot 621, and then make lifting slider 622 that upper mould piece 620 be driven to be located at processing
Top position in slot 62；
When the work is required, the rotation of the first external key axis 837 is driven by first motor 836, and then is driven by the first external key axis 837
First internal key axis 651 and the rotation of the first cone pulley 652, and the second cone pulley 644, the in rotation axis 642 are driven by the first cone pulley 652
Two external key axis 643 and the rotation of the second internal key axis 634, and then drive first pulley 633 to rotate by the second internal key axis 634, at this point, by
Transmission belt 632 in first pulley 633 drives the second belt wheel 631 and the rotation of the 4th screw rod 623, meanwhile, by the 4th screw rod 623
Drive lifting slider 622 towards the bottom direction sliding of lifting sliding slot 621, until upper mould piece 620 stretches into recessed channel 81 and and lower die
811 cooperating of part, and then realize and automatically control punch forming work, it is then rotated backward by controlling first motor 836, directly
Restore to upper mould piece 620 to initial position, then drives third screw rod 662 to rotate by third motor 663, make third screw rod
662 drive guide runners 661 slide into the top position in guide chute 66, and drive the second sliding block by guide runner 661
641 slide into the top position in the second cunning chamber 64, and then make the second cone pulley 644 utmostly far from the first cone pulley 652, so
The rotation of the second screw rod 613 is driven by the second motor 612 afterwards, and drives advancement mechanism 8 towards driving into slot 611 by the second screw rod 613
Interior right direction sliding, until the right end of sliding block 831 is connected to each other with the right side wall driven into slot 611, at this point, making sliding
Block 831 is slided relative to towards the left direction in the first sliding groove 83, meanwhile, so that sliding block 831 is overcome the top pressure of the first spring 835
Power drives first at this point, driving driving gear 839 to rotate by the tooth-strip part 8321 on the second straight slot 832 by driving gear 839
Screw rod 838 rotates, and drives the first sliding block 821 to slide the top-direction in chamber 82 towards first by the first screw rod 838 and slide, Jin Ershi
Now by the first sliding block 821 drive push block 822 gradually stretch into recessed channel 81, to realize automatic material separator work, until drive into
Mechanism 8 slides into the right-most position driven into slot 611, at this point, the right end of sliding block 831 is made to be fully inserted into the first sliding groove
In 83, meanwhile, drive the first sliding block 821 to slide into the top position in the first cunning chamber 82 by the first screw rod 838, and then realize
It drives push block 822 utmostly to stretch into recessed channel 81 by the first sliding block 821, and then realizes complete de- material work.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, the first external key axis is driven by first motor
Rotation, and then drive the first internal key axis and the first cone pulley to rotate by the first external key axis, and the second cone pulley is driven by the first cone pulley, is turned
The second external key axis and the second internal key shaft rotation on moving axis are dynamic, and then drive first pulley rotation by the second internal key axis, at this point, by the
Transmission belt on one belt wheel drives the second belt wheel and the rotation of the 4th screw rod, meanwhile, drive lifting slider towards liter by the 4th screw rod
Drop sliding slot bottom direction sliding, until upper mould piece stretch into recessed channel and with lower module cooperating, and then realize automatically control
Punch forming works, and greatly improves work efficiency；The right-most position driven into slot is slid by advancement mechanism, at this point,
The right end of sliding block is set to be fully inserted into the first sliding groove, meanwhile, drive the first sliding block to slide into the first cunning by the first screw rod
The top position of intracavitary, and then realize and drive push block utmostly to stretch into recessed channel by the first sliding block, to realize certainly
Dynamic control de- material work and the safety for substantially increasing feeding.
Those skilled in the art can define, can in the case of not departing from overall spirit and the design of the present invention
To make the various modifications for above example.It each falls within protection scope of the present invention.The protection scheme of the present invention
It is subject to claims appended hereto.
Claims (3)
1. a kind of bullet resistant material manufacturing and processing equipment, including main body and the placement that is installed in the main body right end face
Platform, it is characterised in that：Processing groove, the mounting table are equipped in the right end face of the main body on the upside of the mounting table
Top end surface in be equipped with drive extended to the left into slot, described drive into the left side extended segment of slot is stretched into the main body
And the setting that is connected with the bottom of the processing groove, interior be equipped with of the roof of the processing groove lifts sliding slot, in the lifting sliding slot
It is slidably connected with lifting slider, the bottom end of the lifting slider is installed with the upper mould piece stretched into the processing groove,
It is described to drive into advancement mechanism is slidably connected in slot, recessed channel is equipped in the top end surface of the advancement mechanism, it is described recessed
Enter and be installed with lower module in groove bottom wall, first is equipped in the advancement mechanism on the downside of the female slot and slides chamber, described first slides
Intracavitary is slidably connected with the first sliding block, and described first slides the symmetrical company of being equipped in part between chamber and the female slot
Straight slot, the connectivity slot are connected setting with the first cunning chamber and the female slot, are slidably connected in the connectivity slot
There is the push block that bottom end is connect with the first sliding block secure fit, described first slides in the advancement mechanism on the downside of chamber
Through sliding block equipped with the first sliding groove, is slidably connected in the first sliding groove, it is equipped with the first straight slot in the sliding block,
Be slidably connected with limit sliding block in first straight slot, the both-side ends up and down of the limit sliding block respectively with the first sliding groove
Upper lower wall secure fit connection, it is described limit sliding block on the right side of first straight slot in top pressure be connected with the first spring, institute
It states and is equipped with the second straight slot in the sliding block on the right side of the first straight slot, tooth-strip part is installed on the rear wall of second straight slot,
It is rotatably assorted in part between the first cunning chamber and the first sliding groove and is connected with the first extended up and down screw rod, institute
The first screw tip end is stated to stretch into the first cunning intracavitary and connect with the bottom end face screw-thread fit of first sliding block, institute
It states the first screw rod bottom end and is installed with the sliding tooth for stretching into and being connected in second straight slot and with the tooth-strip part power
It takes turns, is installed with first motor in the left end face of the sliding block, the first motor left distal end be connected by power has stretching institute
The first external key axis outside sliding block left end face is stated, the advancement mechanism screw-internal thread fit on the downside of the first sliding groove connects
Be connected to the second extended screw rod of left and right, the left distal end of second screw rod be embedded in described drive into slot left side wall admittedly
Second motor power is connected, and the first drive cavity is equipped in the advancement mechanism driven on the left of slot, and described first passes
Dynamic chamber and described drive into being rotatably assorted in the part between slot are connected with the first internal key axis, and the first internal key axis left distal end is solid
Equipped with the first cone pulley stretched into first drive cavity, the right end of the first internal key axis and the first external key axis phase
To setting, the described first interior be equipped with of the advancement mechanism for sliding on the left of chamber drives linkage mechanism, the left and right wall driven into slot
Inside be installed with the touch sensor being oppositely arranged with the left and right end face of the advancement mechanism respectively, the touch sensor with
Second motor is electrically connected, when the touch sensor of the left and right sides offsets with the left and right wall driven into slot respectively
When connecing, at this point, sending signal by the touch sensor and controlling second motor stalls.
2. a kind of bullet resistant material manufacturing and processing equipment according to claim 1, it is characterised in that：The right side of second screw rod
Side end with it is described drive to be rotatably assorted into slot right side wall connect.
3. a kind of bullet resistant material manufacturing and processing equipment according to claim 2, it is characterised in that：The driving linkage mechanism
It is connected with first drive cavity including bottom end and the second of setting slides chamber and sliding connection setting described the
Two slide the second sliding block of intracavitary, are rotatably assorted in second sliding block and are connected with rotation axis, and the bottom end of the rotation axis is solid
Equipped with the second cone pulley to stretch into first drive cavity and be connected with the first cone pulley power, described second slides
It is connected in chamber right side wall equipped with guide chute, is slidably connected in the guide chute and the two sliding blocks secure fit
The guide runner of connection, the guide runner screw-internal thread fit are connected with third screw rod extended up and down, the third spiral shell
Bar bottom end is connected with the third motor power being embedded in admittedly in the guide chute bottom wall, the top of the third screw rod
End is rotatably assorted with the guide chute roof and connect, and is equipped in the main body on the upside of the second cunning chamber and prolongs to the right
The second drive cavity of setting is stretched, the right side extended segment of second drive cavity is located at the top relative position of the lifting sliding slot,
It is rotatably assorted in part between second drive cavity and the second cunning chamber and is connected with the second internal key axis, second internal key
Axis top end is installed with the first pulley stretched into second drive cavity, is slided in the bottom end face of the second internal key axis
It is connected with the second external key axis for extending downwardly setting, the bottom end of the second external key axis, which stretches into described second, slides intracavitary
And connect with the top end secure fit of the rotation axis, in the part between second drive cavity and the lifting sliding slot
It is rotatably assorted and is connected with the 4th screw rod, the top end of the 4th screw rod stretches into the second band in second drive cavity admittedly
Wheel, the bottom end of the 4th screw rod stretch into the lifting sliding slot it is interior and with the top end surface screw-thread fit of the lifting slider
Connection, power is connected with transmission belt between the first pulley and second belt wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810740053.5A CN108787926A (en) | 2018-07-07 | 2018-07-07 | A kind of bullet resistant material manufacturing and processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810740053.5A CN108787926A (en) | 2018-07-07 | 2018-07-07 | A kind of bullet resistant material manufacturing and processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108787926A true CN108787926A (en) | 2018-11-13 |
Family
ID=64075638
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810740053.5A Withdrawn CN108787926A (en) | 2018-07-07 | 2018-07-07 | A kind of bullet resistant material manufacturing and processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108787926A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110136950A (en) * | 2019-05-24 | 2019-08-16 | 衢州后瑞机械设备有限公司 | A kind of processing technology of compound soft magnetic material |
-
2018
- 2018-07-07 CN CN201810740053.5A patent/CN108787926A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110136950A (en) * | 2019-05-24 | 2019-08-16 | 衢州后瑞机械设备有限公司 | A kind of processing technology of compound soft magnetic material |
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Application publication date: 20181113 |
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| WW01 | Invention patent application withdrawn after publication |