CN207359187U - A kind of tencel cutting machine - Google Patents
A kind of tencel cutting machine Download PDFInfo
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- CN207359187U CN207359187U CN201720936658.2U CN201720936658U CN207359187U CN 207359187 U CN207359187 U CN 207359187U CN 201720936658 U CN201720936658 U CN 201720936658U CN 207359187 U CN207359187 U CN 207359187U
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Abstract
The utility model belongs to mechanical equipment technical field, it is proposed that a kind of tencel cutting machine, including cut-out room are connected with the indoor plug-in strip of cut-out, plug-in strip is arranged on oil cylinder, and oil cylinder is set from the horizontal by 45° angle；Oil cylinder lower end is hingedly provided with semicircle joint, and groove corresponding with semicircle joint is provided with plug-in strip, and semicircle joint is arranged in groove, and cylinder upper end is fixed；Cylinder upper end is provided with link one, cuts off and is provided with connecting rod one between room front panel and rear panel, one diameter of connecting rod is consistent with one internal diameter of link, connecting rod one passes through link one, one both ends of connecting rod are fixed by nut, and oil cylinder is two, and symmetrical along plug-in strip length direction.Through the above technical solutions, solve the problems, such as in the prior art fibre cutting machine there are it is complicated, power utilization degree is low, cut effect it is poor.
Description
Technical field
The utility model belongs to mechanical equipment technical field, is related to a kind of tencel cutting machine.
Background technology
Fibrous material is one of common material feedstock, such as in the composite, it is often necessary to add in the composite
Add fibrous material to reach or strengthen the performance of composite material.Fiber as raw material is typically with the long fibre of long length
Existing for form, such as fibre bundle, or be produced in a manner of filament etc., and process, transport, store.Former as material
Material is in use, generally have to long fibre being cut to staple fiber use.
Fibre cutting machine is a kind of very extensive general cut-out equipment of application range, it can will be a variety of different classes of
Raw material carries out cutting processing according to different requirements, reaches demand of the people for material.Existing fibre cutting machine cutting machine
Structure mostly uses machine driving, and plug-in strip is vertically picked up and fallen in shear history, it is such design there are it is complicated,
Power utilization degree is low, cuts the problem of effect is poor.
Utility model content
The utility model proposes a kind of tencel cutting machine, solve fibre cutting machine in the prior art there are structure and to answer
It is miscellaneous, power utilization degree is low, cut effect it is poor the problem of.
What the technical solution of the utility model was realized in：
A kind of tencel cutting machine, including：
Including cut-out room and the indoor plug-in strip of cut-out is arranged on, the plug-in strip is connected with oil cylinder, the oil cylinder and water
Square to angle at 45 ° set.
The oil cylinder lower end is hingedly provided with semicircle joint, is provided with the plug-in strip corresponding recessed with the semicircle joint
Groove, the semicircle joint are arranged in the groove, and the cylinder upper end is fixed.
The cylinder upper end is provided with link one, and connecting rod one is provided between the cut-out room front panel and rear panel,
One diameter of connecting rod is consistent with one internal diameter of link, and the connecting rod one passes through the link one, the connecting rod one
Both ends are fixed by nut,
The oil cylinder is two, and symmetrical along the plug-in strip length direction.
The plug-in strip both ends are symmetrically arranged with compound hanger one and compound hanger two parallel to each other, the compound hanger one
It is connected with compound two lower end of hanger with the plug-in strip, tie point is located at the both sides of the plug-in strip, the compound hanger respectively
One and two upper end of compound hanger fix, and angle between the compound hanger one and the compound hanger two and the oil cylinder
Between 90 °~180 °.
The compound hanger one and two lower end of compound hanger are connected by eccentric shaft with the plug-in strip,
The compound hanger one and two upper end of compound hanger are provided with link two, the cut-out room front panel and below
Connecting rod two is provided between plate, two diameter of connecting rod is consistent with two internal diameter of link, and the connecting rod two passes through institute
Link two is stated, two both ends of connecting rod are fixed by nut.
The cut-out room front panel both ends are symmetrically arranged with clamping plate guide groove two, and the cut-out room rear panel both ends are symmetrical arranged
There is clamping plate guide groove one, the plug-in strip is arranged between the clamping plate guide groove one and the clamping plate guide groove two.
The transfer station being arranged on the downside of the cut-out room is further included, is provided with the downside of the transfer station and is connected with the oil cylinder
Petrol station and cooling pump.
The cut-out room prime is disposed with conveyer belt, upper material pressing drum, lower material pressing drum and holding pad, the cut-out
Room rear class is provided with outflow band, and the conveyer belt, the upper material pressing drum, the lower material pressing drum and the outflow band pass through tooth
Wheel group is connected with driving device.
The gear set includes gear one, gear two, gear three and gear four, between adjacent two gears each other
Engagement, the gear one are connected with the driving device, and the gear one is arranged on the lower material pressing drum left end, the gear
Two are arranged on the upper material pressing drum left end, and the gear four and gear five are coaxial, and outflow band driving wheel left end is provided with gear
Six, the gear five is connected with the gear six by chain, and the lower material pressing drum right end is provided with gear seven, and conveyer belt drives
Driving wheel right end is provided with gear eight, and the gear seven is connected with the gear eight by chain.
The driving device is stepper motor, and the stepper motor is connected by gear reducer with the gear one.
The beneficial effects of the utility model are：
1st, the utility model is sheared with hydraulic oil cylinder driving plug-in strip, simple in structure compared with traditional mechanical actuation device,
Operate steadily, it is easy to accomplish it is quick to start, brake and frequently commutate, large-scale variable speed can be realized in operation,
And power utilization degree is high.Oil cylinder is set from the horizontal by 45° angle, drives plug-in strip to lift and fall at a slant, and vertical
Shearing is compared, and the contact surface of plug-in strip and fiber increases during beveling, and the received resistance of plug-in strip is small, is conducive to improve the success of cut-out
Rate.
2nd, connected between oil cylinder and plug-in strip using semicircle joint, compared with conventional screw connects, semicircle joint has certain
Activity space, not only can effectively fix oil cylinder and plug-in strip, but also have certain activity space, prevent plug-in strip reciprocating cutting, cause oil cylinder
Piston rod disengaging when produce side displacement, damage oil cylinder.
3rd, compound hanger one and compound hanger two are parallel to side before and after plug-in strip, and compound hanger two is located on rear side of plug-in strip,
Compound wall built-up one is located on front side of plug-in strip, and cross parallel arrangement, strengthens plug-in strip stability；Compound hanger one and compound hanger two and oil
, can be to avoid plug-in strip double swerve between angle is 90 °~180 ° between cylinder；Compound hanger one and compound hanger two are by inclined
Mandrel is connected with plug-in strip, can adjust the left and right lateral balance of plug-in strip, prevents side cut-out, the situation that side can't cut.
4th, the setting of clamping plate guide groove one and clamping plate guide groove two, to provide up and down " track " to plug-in strip, prevents lock
Knife double swerve.
5th, petrol station is used for the stretching and withdrawal of control cylinder piston rod, lifting and falling so as to fulfill plug-in strip；Oil cylinder
Piston rod moves repeatedly, oil temperature can be caused to raise, and cooling pump provides cooling water to oil cylinder, and oil cylinder is cooled down, avoids oil cylinder
Overheat, causes parts damages.
6th, conveyer belt, upper material pressing drum, lower material pressing drum and outflow band synchronous transfer, realize the synchronization of feeding and discharging；
It is driven between conveyer belt, upper material pressing drum, lower material pressing drum, outflow band and driving device by gear set, simple in structure, transmission
Efficient, working stability, reliability are high, physical life length.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is the utility model structure diagram；
Fig. 2 is that cell structure schematic diagram is cut off in the utility model；
Fig. 3 is one structure diagram of the utility model middle clamp plate guide groove；
Fig. 4 is two structure diagram of the utility model middle clamp plate guide groove；
Fig. 5 is the utility model middle gear group structure diagram；
Fig. 6 is the utility model middle gear one, gear reducer and stepper motor drive mechanism schematic diagram；
In figure：1- cuts off room, 11- front panels, 12- rear panels, 2- oil cylinders, 3- plug-in strips, 4- semicircles joint, the compound hangers of 5-
The compound hanger two of one, 6-, 7- eccentric shafts, 8- transfer stations, 81- conveyer belts, 82- outflow bands, 9- petrol stations, 10- cooling pumps, 20- folders
Plate guide groove one, 21- clamping plates guide groove two, 30- gear sets, 301- gears one, 302- gears two, 303- gears three, 304- gears four,
305- gears five, 306- gears six, 307- gears seven, 308- gears eight, 40- gear reducers, 41- stepper motors, the upper binder rollings of 42-
Cylinder, the upper material pressing drums of 43-, 44- belt-driven wheels, 45- outflow band driving wheels, 46- holding pads, 47- connecting rods one, 48- are hung
Ring one.
Embodiment
Below in conjunction with the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear, complete
Site preparation describes, it is clear that the described embodiments are only a part of the embodiments of the utility model, instead of all the embodiments.
Based on the embodiment in the utility model, what those of ordinary skill in the art were obtained without creative efforts
Every other embodiment, shall fall within the protection scope of the present invention.
As shown in figs 1 to 6, the utility model proposes a kind of tencel cutting machine, including：
Including cut-out room 1 and the plug-in strip 3 being arranged in cut-out room 1, plug-in strip 3 is connected with oil cylinder 2, oil cylinder 2 and horizontal direction
Angle at 45 ° is set.
The utility model drives plug-in strip 3 to be sheared with oil cylinder 2, simple in structure compared with traditional mechanical actuation device,
Operate steadily, it is easy to accomplish it is quick to start, brake and frequently commutate, large-scale variable speed can be realized in operation,
And power utilization degree is high.Oil cylinder 2 is set from the horizontal by 45° angle, drives plug-in strip 3 to lift and fall at a slant, with hanging down
Staight scissors cut phase ratio, plug-in strip 3 and the contact surface of fiber increase during beveling, and 3 received resistance of plug-in strip is small, be conducive to improve cut-out into
Power.
2 lower end of oil cylinder is hingedly provided with semicircle joint 4, is provided with plug-in strip 3 and 4 corresponding groove of semicircle joint, semicircle
Joint 4 is arranged in groove, and 2 upper end of oil cylinder is fixed.
2 upper end of oil cylinder is provided with link 1, cuts off and is provided with connecting rod one between 1 front panel 11 of room and rear panel 12
47, one 47 diameter of connecting rod is consistent with one 48 internal diameter of link, and connecting rod 1 passes through link 1, and one 47 both ends of connecting rod pass through
Nut is fixed,
Oil cylinder 2 is two, and symmetrical along 3 length direction of plug-in strip.
Connected between oil cylinder 2 and plug-in strip 3 using semicircle joint 4, compared with conventional screw connects, semicircle joint 4 has necessarily
Activity space, not only can effectively fix oil cylinder 2 and plug-in strip 3, but also have certain activity space, prevent 3 reciprocating cutting of plug-in strip, cause
Side displacement is produced during the piston rod disengaging of oil cylinder 2, damages oil cylinder 2.
3 both ends of plug-in strip are symmetrically arranged with compound hanger 1 and compound hanger 26 parallel to each other, compound hanger 1 and multiple
26 lower end of formula hanger is connected with plug-in strip 3, and tie point is respectively on the both sides of plug-in strip 3, compound hanger 1 and compound hanger 26
Between end is fixed, and angle is 90 °~180 ° between compound hanger 1 and compound hanger 26 and oil cylinder 2.
Compound hanger 1 and 26 lower end of compound hanger are connected by eccentric shaft 7 with plug-in strip 3,
Compound hanger 1 and 26 upper end of compound hanger are provided with link two, cut off 1 front panel 11 of room and rear panel 12 it
Between be provided with connecting rod two, two diameter of connecting rod is consistent with two internal diameter of link, and connecting rod two passes through link two, two both ends of connecting rod
Fixed by nut.
Compound hanger 1 and compound hanger 26 are parallel to side before and after plug-in strip 3, after compound hanger 26 is located at plug-in strip 3
Side, compound wall built-up one are located at the front side of plug-in strip 3, and cross parallel arrangement, strengthens 3 stability of plug-in strip；Compound hanger 1 and compound hanger
, can be to avoid 3 double swerve of plug-in strip between angle is 90 °~180 ° between 26 and oil cylinder 2；Compound hanger 1 and compound hanger
26 are connected by eccentric shaft 7 with plug-in strip 3, can adjust the left and right lateral balance of plug-in strip 3, prevent side cut-out, a lateral incision
Continuous situation.
11 both ends of cut-out 1 front panel of room are symmetrically arranged with clamping plate guide groove 2 21, and 12 both ends of cut-out 1 rear panel of room are symmetrical arranged
There is clamping plate guide groove 1, plug-in strip 3 is arranged between clamping plate guide groove 1 and clamping plate guide groove 2 20.
The setting of clamping plate guide groove 1 and clamping plate guide groove 2 21, to provide up and down " track " to plug-in strip 3, prevents
3 double swerve of plug-in strip.
The transfer station 8 for being arranged on 1 downside of cut-out room is further included, the downside of transfer station 8 is provided with the petrol station 9 being connected with oil cylinder 2
With cooling pump 10.
Petrol station 9 is used for the stretching and withdrawal of 2 piston rod of control cylinder, lifting and falling so as to fulfill plug-in strip 3；Oil cylinder 2
Piston rod move repeatedly, oil temperature can be caused to raise, cooling pump 10 to oil cylinder 2 provide cooling water, oil cylinder 2 is cooled down, is kept away
Exempt from oil cylinder 2 to overheat, cause parts damages.
Cut-out 1 prime of room is disposed with conveyer belt 81, upper material pressing drum 42, lower material pressing drum 43 and holding pad 46, cuts
Disconnected 1 rear class of room is provided with outflow band 82, and conveyer belt 81, upper material pressing drum 42, lower material pressing drum 43 and outflow band 82 pass through gear
Group 30 is connected with driving device.
Gear set 30 includes gear 1, gear 2 302, gear 3 303 and gear 4 304, adjacent two gears it
Between be engaged with each other, gear 1 is connected with driving device, and gear 1 is arranged on lower 43 left end of material pressing drum, gear 2 302
42 left end of material pressing drum is arranged on, gear 4 304 and gear 5 305 are coaxial, and outflow band 45 left end of driving wheel is provided with gear
6 306, gear 5 305 is connected with gear 6 306 by chain, and lower 43 right end of material pressing drum is provided with gear 7 307, conveyer belt
44 right end of driving wheel is provided with gear 8 308, and gear 7 307 is connected with gear 8 308 by chain.
Driving device is stepper motor 41, and stepper motor 41 is connected by gear reducer 40 with gear 1.
Conveyer belt 81, upper material pressing drum 42, lower material pressing drum 43 and outflow 82 synchronous transfer of band, realize feeding and discharging
It is synchronous；Passed between conveyer belt 81, upper material pressing drum 42, lower material pressing drum 43, outflow band 82 and driving device by gear set 30
Dynamic, simple in structure, transmission efficiency, working stability, reliability are high, physical life length.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all in this practicality
Within new spirit and principle, any modification, equivalent replacement, improvement and so on, should be included in the guarantor of the utility model
Within the scope of shield.
Claims (9)
- A kind of 1. tencel cutting machine, it is characterised in that：Including cut-out room (1) and the lock being arranged in cut-out room (1) Knife (3), the plug-in strip (3) are connected with oil cylinder (2), and the oil cylinder (2) is set from the horizontal by 45° angle,Oil cylinder (2) lower end is hingedly provided with semicircle joint (4), is provided with the plug-in strip (3) and the semicircle joint (4) Corresponding groove, the semicircle joint (4) are arranged in the groove, and oil cylinder (2) upper end is fixed.
- A kind of 2. tencel cutting machine according to claim 1, it is characterised in that：Oil cylinder (2) upper end is provided with Link one (48), connecting rod one (47), the connection are provided between described cut-out room (1) front panel (11) and rear panel (12) Bar one (47) diameter is consistent with described one (48) internal diameter of link, and the connecting rod one (47) passes through the link one (48), described Connecting rod one (47) both ends are fixed by nut,The oil cylinder (2) is two, and symmetrical along the plug-in strip (3) length direction.
- A kind of 3. tencel cutting machine according to claim 1, it is characterised in that：Plug-in strip (3) both ends are symmetrically set It is equipped with compound hanger one (5) and compound hanger two (6) parallel to each other, the compound hanger one (5) and the compound hanger two (6) lower end is connected with the plug-in strip (3), tie point respectively be located at the plug-in strip (3) both sides, the compound hanger one (5) and Described two (6) upper end of compound hanger is fixed, and the compound hanger one (5) and the compound hanger two (6) and the oil cylinder (2) Between between angle is 90 °~180 °.
- A kind of 4. tencel cutting machine according to claim 1, it is characterised in that：Described cut-out room (1) front panel (11) both ends are symmetrically arranged with clamping plate guide groove two (21), and described cut-out room (1) rear panel (12) both ends are symmetrically arranged with clamping plate and lead Groove one (20), the plug-in strip (3) are arranged between the clamping plate guide groove one (20) and the clamping plate guide groove two (21).
- A kind of 5. tencel cutting machine according to claim 3, it is characterised in that：The compound hanger one (5) and institute Compound two (6) lower end of hanger is stated to be connected with the plug-in strip (3) by eccentric shaft (7),The compound hanger one (5) and two (6) upper end of the compound hanger are provided with link two, described cut-out room (1) front panel (11) connecting rod two is provided between rear panel (12), two diameter of connecting rod is consistent with two internal diameter of link, described Connecting rod two passes through the link two, and two both ends of connecting rod are fixed by nut.
- A kind of 6. tencel cutting machine according to claim 1, it is characterised in that：Further include and be arranged on the cut-out room (1) transfer station (8) on the downside of, transfer station (8) downside are provided with the petrol station (9) and cooling pump being connected with the oil cylinder (2) (10)。
- A kind of 7. tencel cutting machine according to claim 1, it is characterised in that：Described cut-out room (1) prime is successively It is provided with conveyer belt (81), upper material pressing drum (42), lower material pressing drum (43) and holding pad (46), described cut-out room (1) rear class It is provided with outflow band (82), the conveyer belt (81), upper material pressing drum (42), the lower material pressing drum (43) and the biography Go out band (82) to be connected with driving device by gear set (30).
- A kind of 8. tencel cutting machine according to claim 7, it is characterised in that：The gear set (30) includes gear One (301), gear two (302), gear three (303) and gear four (304), are engaged with each other between adjacent two gears, The gear one (301) is connected with the driving device, and it is left that the gear one (301) is arranged on the lower material pressing drum (43) End, the gear two (302) are arranged on upper material pressing drum (42) left end, and the gear four (304) is same with gear five (305) Axis, outflow band driving wheel (45) left end are provided with gear six (306), and the gear five (305) passes through with the gear six (306) Chain connects, and lower material pressing drum (43) right end is provided with gear seven (307), and belt-driven wheel (44) right end sets with teeth Eight (308) are taken turns, the gear seven (307) is connected with the gear eight (308) by chain.
- A kind of 9. tencel cutting machine according to claim 7 or 8, it is characterised in that：The driving device is stepping Motor (41), the stepper motor (41) are connected by gear reducer (40) with the gear one (301).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720936658.2U CN207359187U (en) | 2017-07-28 | 2017-07-28 | A kind of tencel cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720936658.2U CN207359187U (en) | 2017-07-28 | 2017-07-28 | A kind of tencel cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207359187U true CN207359187U (en) | 2018-05-15 |
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ID=62421865
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720936658.2U Active CN207359187U (en) | 2017-07-28 | 2017-07-28 | A kind of tencel cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207359187U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113386191A (en) * | 2021-05-10 | 2021-09-14 | 扬州大学 | Continuous fiber mixing long-short cutting device |
-
2017
- 2017-07-28 CN CN201720936658.2U patent/CN207359187U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113386191A (en) * | 2021-05-10 | 2021-09-14 | 扬州大学 | Continuous fiber mixing long-short cutting device |
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