CN206435807U - A kind of numerical control rectangle saw-cutting machine tool from structural - Google Patents
A kind of numerical control rectangle saw-cutting machine tool from structural Download PDFInfo
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- CN206435807U CN206435807U CN201621124902.7U CN201621124902U CN206435807U CN 206435807 U CN206435807 U CN 206435807U CN 201621124902 U CN201621124902 U CN 201621124902U CN 206435807 U CN206435807 U CN 206435807U
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Abstract
The utility model provides a kind of numerical control rectangle saw-cutting machine tool from structural, belongs to sawing device technical field.It solves that existing sawing machine working strength is big, the low problem of efficiency.This numerical control rectangle saw-cutting machine tool from structural includes fuselage, workbench and crossbeam, crossbeam is arranged on the top of workbench and set perpendicular to workpiece direction of feed, crossbeam is provided with lateral dynamics head and two Longitudinal heads, the sawing direction of lateral dynamics head is perpendicular to workpiece direction of feed, and the sawing direction of Longitudinal head is equipped with the longitudinal numerical control positioning dress for driving corresponding Longitudinal head along crossbeam horizontal traversal then parallel to workpiece direction of feed between two Longitudinal heads and crossbeam.The utility model is because ripping is using the synchronous sawing of double power head, and with using single-power head saw cut ratio, operating efficiency improves more than 1 times, the problem of long processing time, product quality are unqualified when solving sawing and easily scrap.
Description
Technical field
The utility model belongs to sawing device technical field, and in particular to a kind of numerical control rectangle saw-cutting machine tool from structural.
Background technology
Four side sawings of the current widely used middle thickness aluminium sheet of China, generally using vertical band sawing machine come sawing, by
In the limitation of band sawing machine structure, unilateral sawing can only be realized.Therefore, can only be after a trimming of sawing workpieces, it is necessary to mobile work
Part, calibration, sawing, then travelling workpiece, calibration, sawing again, so going round and beginning again common needs could to complete for four times 1 workpiece
Sawing, not only the working strength of workman is big, efficiency is low, and due to needing to move workpiece four times, in the Set and Positioning essence of workpiece
Under the influence of degree, the precision of sawing is very low (the production board diagonal tolerance of sawing is generally in 6-10mm), it is impossible to reach user
Actual operation requirements, therefore, market is in the urgent need to a kind of high efficiency, the special equipment of high-precision sawing.
In addition, the sawdust produced in sawing process is a kind of dust, a kind of thin but also viscous dust not only can be produced and floated four
In the air in week, people's inspiration goes to produce serious influence to the health of body.
Utility model content
The purpose of this utility model is the disadvantages mentioned above present in existing sawing machine, and is closed there is provided a kind of structure
Reason, the numerical control rectangle saw-cutting machine tool from structural with two groups of Longitudinal heads.
The purpose of this utility model can be realized by following technical proposal：
A kind of numerical control rectangle saw-cutting machine tool from structural, including fuselage, workbench and crossbeam, crossbeam are arranged on the top of workbench and hung down
It is straight to be set in workpiece direction of feed, it is characterised in that described crossbeam is provided with lateral dynamics head and two Longitudinal heads, horizontal
To the sawing direction of unit head perpendicular to workpiece direction of feed, and the sawing direction of Longitudinal head is then parallel to workpiece feeding side
To being equipped with the longitudinal number for driving corresponding Longitudinal head along crossbeam horizontal traversal between two Longitudinal heads and crossbeam
Positioner is controlled, the longitudinal feed mechanism moved back and forth between crossbeam and fuselage provided with driving crossbeam along workpiece direction of feed is horizontal
To the traverse feed saw cutting device moved back and forth between unit head and crossbeam provided with driving lateral dynamics head along crossbeam.
In a kind of above-mentioned numerical control rectangle saw-cutting machine tool from structural, described longitudinal NC positioning devices are led including the first dovetail
Rail, the first dovetail guide seat, the first feed screw, the first synchronous pulley, the first timing belt and the first servomotor, the first servo
Motor drives the first feed screw to rotate by the first synchronous pulley and the first timing belt, and the first feed screw is led with the first dovetail
Rail chair is threadedly coupled, and above-mentioned Longitudinal head is arranged on the first dovetail guide seat, and the first dovetail guide seat is fastened on the first swallow
It can move back and forth on tail guide rail and along the first dovetail guide.Longitudinal NC positioning devices or so respectively have 1 set, in the control of electrical system
Achievable left and right synchronizing moving and two Longitudinal head spacing numerical control positionings under system.
In a kind of above-mentioned numerical control rectangle saw-cutting machine tool from structural, described longitudinal feed mechanism includes being arranged on beam-end
Guiding trestle, line slideway auxiliary rack, gear, feeding reductor, rack-and-pinion lash adjusting device and servo longitudinal motor.It is vertical
Length feed function is mainly realized to feed mechanism, the accurate feeding for ensureing saw blade is oriented to by the high accuracy of line slideway auxiliary,
Improve cutting accuracy.Longitudinal feeding device respectively has 1 set in left and right, is realized between the two by servomotor and electrical system same
Step driving, and realize feed speed adjustment, numerical control positioning.
In a kind of above-mentioned numerical control rectangle saw-cutting machine tool from structural, described traverse feed saw cutting device is led including the second dovetail
Rail, the second dovetail guide seat, the second feed screw, the second synchronous pulley, the second timing belt and the second servomotor, the second servo
Motor drives the second feed screw to rotate by the second synchronous pulley and the second timing belt, and the second feed screw is led with the second dovetail
Rail chair is threadedly coupled, and above-mentioned lateral dynamics head is arranged on the second dovetail guide seat, and the second dovetail guide seat is fastened on the second swallow
It can move back and forth on tail guide rail and along the second dovetail guide.
In a kind of above-mentioned numerical control rectangle saw-cutting machine tool from structural, described workbench engraves hole, work in latticed with some
The bottom of platform is provided with V-arrangement funnel, and the bottom of V-arrangement funnel is provided with conveyer belt, and the output end of conveyer belt is provided with aluminium skimmings cake of press device.
In a kind of above-mentioned numerical control rectangle saw-cutting machine tool from structural, described aluminium skimmings cake of press device includes stand, drive cylinder, drive
Dynamic motor, transmission axle, platen, depression bar, spiral effect plate, pressure head, Material collecting box for harvesting and fixed seat, aluminium skimmings are fallen by above-mentioned V-arrangement funnel
Enter Material collecting box for harvesting, the fixed seating rotates above the bottom of the device and it and sets Material collecting box for harvesting, and described stand is vertical
It is fixed on lathe bed, being extended successively towards homonymy from top to bottom in stand has the first supporting plate, the second supporting plate, straight line limiting plate
With top pressure limiting plate, described drive cylinder is arranged in the first supporting plate, and the piston rod of cylinder is downward and piston rod connects
Then platen, motor is arranged in the second supporting plate, and the electric machine main shaft of motor is connected to transmission axle, spiral effect plate
In the form of annular discs and its center offers centre bore, and the top of transmission axle is connected by the centre bore with spiral effect plate, passes
The bottom of defeated axle is connected to Material collecting box for harvesting, and spiral effect plate is located at the lower section of pressing plate, and spiral effect plate and pressing plate are located at the second support
Between plate and straight line limiting plate, the spiral shell of spiral yarn shaped spread pattern of the circle centered on centre bore is offered on spiral effect plate
Offer straight-line groove on spin slot, straight line limiting plate, the direction ecto-entad of straight-line groove guides transmission axle into, depression bar in cylindrical shape and
The width of its diameter and helicla flute and straight-line groove matches, helicla flute and straight line limiting plate of the depression bar through spiral effect plate
Straight-line groove, the top of depression bar and afterbody are provided with dome, as the decline platen of platen can be pressed on the dome at the top of depression bar, top pressure limit
Position plate has two pieces to be correspondingly set up and down, and top pressure limiting plate is pressed by several perforation are offered on the interior direction to transmission axle
Head also has several and its quantity of the quantity with perforating to match, and pressure head is cylindrical and passes through the perforation and two of top pressure limiting plate
Block top pressure limiting plate is slidably connected, and spring is equipped with each pressure head and can make pressure head not between two pieces of top pressure limiting plates
Extreme higher position is revert in the case of stress, the top of pressure head is dome, and the bottom of depression bar falls at the top of pressure head, the bottom of pressure head
Portion is directed at Material collecting box for harvesting.
Compared with prior art, the utility model is because ripping is using the synchronous sawing of double power head, with using single action
Power head saw cut ratio, operating efficiency improves more than 1 times, and long processing time, product quality be unqualified when solving sawing and easy report
Useless the problem of, while the problem of produced dust is impacted to operator's health when also solving sawing, improves product
Quality and productivity effect, while so that the health of operating personnel is guaranteed, beneficial effect is more, is worthy to be popularized；And aluminium skimmings
Cake of press device employs spiral press cake form, it is to avoid the problem of the aluminium cake surface irregularity that direct cake of press is produced.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is top view of the present utility model.
Fig. 3 is the structural representation of aluminium skimmings cake of press device.
In figure, 1, fuselage；2nd, workbench；3rd, crossbeam；4th, funnel；5th, plank；6th, guiding trestle；7th, operating room；8th, straight line
Guideway rack；9th, Longitudinal head；10th, lateral dynamics head；11st, conveyer belt；12nd, aluminium skimmings cake of press device；13rd, workpiece；14th, stand
Frame；15th, drive cylinder；16th, motor；17th, transmission axle；18th, platen；19th, depression bar；20th, spiral effect plate；21st, pressure head；
22nd, Material collecting box for harvesting；23rd, fixed seat；24th, the first supporting plate；25th, the second supporting plate；26th, straight line limiting plate；27th, top pressure limiting plate；
28th, helicla flute；29th, straight-line groove；30th, dome.
Embodiment
The following is specific embodiment of the utility model and with reference to accompanying drawing, further is made to the technical solution of the utility model
Description, but the utility model is not limited to these embodiments.
As described in Figure 1, this numerical control rectangle saw-cutting machine tool from structural includes fuselage 1, workbench 2 and crossbeam 3, and workbench 2 is network-like,
Both sides are erected on fuselage 1, and the lower section of workbench 2 is provided with V-type funnel 4, and the bottom of funnel 4 is provided with sawdust output device.
The size of the grid of workbench 2 is traditionally arranged to be 80 × 100mm or so, according to the size is not limited to depending on the size of material, works
Platform 2 is provided with many planks 5 along the direction of feed parallel interval of workpiece 13, is easy to saw blade during sawing to be unlikely to sawing to grid work
Platform 2.
The upper horizontal of workbench 2 is provided with crossbeam 3, two guiding trestles 6 of two end-rack of crossbeam 3 in the both sides of fuselage 1
On, crossbeam 3 and the direction of feed of workpiece 13 are perpendicular, and crossbeam 3 is welded using section bar and steel plate, and two ends are respectively arranged operating room
7th, electric control box and electric distribution cabinet.The both sides of fuselage 1 are provided with line slideway auxiliary rack 8 along the direction of feed of workpiece 13,
Gear, feeding reductor, rack-and-pinion lash adjusting device and servo longitudinal motor are respectively provided with each guiding trestle 6, is longitudinally watched
Take motor and rotated by feeding reductor drive gear, gear is engaged with corresponding line slideway auxiliary rack 8.
Moved provided with two Longitudinals first 9, opposite side provided with a lateral dynamics first 10, two longitudinal directions the side of crossbeam 3
Longitudinal numerical control positioning dress of the corresponding Longitudinal first 9 of driving along the horizontal traversal of crossbeam 3 is equipped between power first 9 and crossbeam 3
Put, filled between lateral dynamics first 10 and crossbeam 3 provided with driving lateral dynamics first 10 along the traverse feed sawing that crossbeam 3 is moved back and forth
Put, the sawing directions of lateral dynamics first 10 perpendicular to the direction of feed of workpiece 13, and the sawing direction of Longitudinal first 9 then parallel to
The direction of feed of workpiece 13.Lateral dynamics first 10 and Longitudinal first 9 are by motor, belt pulley, main shaft, bearing, spindle drum and circle
Saw blade is constituted, and saw blade is placed on main shaft, drives saw blade to turn round by motor, to realize cutting movement.
Described longitudinal NC positioning devices include the first dovetail guide, the first dovetail guide seat, the first feed screw, the
One synchronous pulley, the first timing belt and the first servomotor, the first servomotor pass through the first synchronous pulley and the first timing belt
The first feed screw is driven to rotate, the first feed screw is threadedly coupled with the first dovetail guide seat, and above-mentioned Longitudinal first 9 is set
On the first dovetail guide seat, the first dovetail guide seat is fastened on the first dovetail guide and can backhauled along the first dovetail guide
It is dynamic.
Described traverse feed saw cutting device includes the second dovetail guide, the second dovetail guide seat, the second feed screw, the
Two synchronous pulleys, the second timing belt and the second servomotor, the second servomotor pass through the second synchronous pulley and the second timing belt
The second feed screw is driven to rotate, the second feed screw is threadedly coupled with the second dovetail guide seat, and above-mentioned lateral dynamics first 10 are set
Put on the second dovetail guide seat, the second dovetail guide seat is fastened on the second dovetail guide and can be along the second dovetail guide back and forth
Motion.
Sawdust output device is by transfer gantry, bearing block, V-shaped disk roller, conveyer belt 11, reductor, motor and conveyer belt
The compositions such as tight device, the output of conveyer belt 11 is provided with aluminium skimmings cake of press device 12.Effect of the aluminium skimmings that sawing is produced in gravity
Fallen down, and be snapped down to along the tilt internal wall of V-shaped funnel 4 on conveyer belt 11 by the gap of grid work platform 2, pass through conveying
Band 11 is transported in aluminium skimmings cake of press device 12 and carries out cake of press.Aluminium skimmings cake of press device 12 is by base, guide rail, prefabricating oil cylinder, main force feed
Cylinder, pressing device, hydraulic station, electric control system and hydraulic control valve system etc. are constituted, and are realized certainly under the control of PLC program
Dynamic pressure cake.
During work, the width of sawing is wanted according to workpiece 13, two longitudinal directions are adjusted by two groups of longitudinal NC positioning devices
The position of unit head 9, after workpiece 13 is conveyed in place, two Longitudinals first 9 drop to setting position under the control of lowering or hoisting gear
Put, lowering or hoisting gear is made up of the 3rd dovetail guide seat, line slideway auxiliary, hoist cylinder and support etc., Longitudinal first 9 is arranged on
On corresponding 3rd dovetail guide seat, it is driven along line slideway auxiliary oscilaltion by hoist cylinder.
Afterwards, two groups of longitudinal feed mechanisms work of the both sides of fuselage 1, drives the Longitudinal head on crossbeam 3 and crossbeam 3
9 are moved along the direction of feed of workpiece 13, and servo longitudinal motor is rotated by feeding reductor drive gear, and gear is along corresponding straight line
Guideway rack 8 is rolled, and drives guiding trestle 6 and crossbeam 3 to move, and Longitudinal first 9 realizes ripping, and ripping is completed
Afterwards, Longitudinal first 9 rises return.
Finally, lateral dynamics first 10 are declined in place by lowering or hoisting gear, then drive it to realize by traverse feed saw cutting device
Horizontal sawing, the horizontal sawing of material head part is realized also by which.
The utility model also has radium-shine positioning lamp device and mist of oil cooling system, and mist of oil cooling system is using cutting mist of oil
Change technology, by the air of compression and a small amount of cutting oil fully atomization, is lubricated cooling on injection to free-cutting saw band at a high speed.Tool
There are good cutting effect, and environmental protection.And radium-shine positioning lamp device is the projection by red light on the surface of workpiece 13
To be accurately positioned workpiece 13, projection line is saw band Cutting trajectory line, mainly solves the original positioning problem of workpiece 13.
When workpiece is thicker, lowering or hoisting gear can control the sawing depth of unit head, and convenient operation is more with large-scale workpiece 13
Secondary sawing, prevents single sawing from deforming the binding piece phenomenon caused due to workpiece 13.
As shown in figure 3, aluminium skimmings cake of press device 12 includes stand 14, drive cylinder 15, motor 16, transmission axle 17, pressure
Disk 18, depression bar 19, spiral effect plate 20, pressure head 21, Material collecting box for harvesting 22 and fixed seat 23, aluminium skimmings pour into Material collecting box for harvesting by V-arrangement funnel
22, fixed seat 23 rotates above the bottom of the device and it and sets Material collecting box for harvesting 22, and stand 14 is fixed on lathe bed vertically
On, being extended successively towards homonymy from top to bottom in stand 14 has the first supporting plate 24, the second supporting plate 25, the and of straight line limiting plate 26
Top pressure limiting plate 27, drive cylinder 15 is arranged in the first supporting plate 24, and the piston rod of cylinder is downward and piston rod is connected
Platen 18, motor 16 is arranged in the second supporting plate 25, and the electric machine main shaft of motor 16 is connected to transmission axle 17, spiral shell
Rotation effect plate 20 is in the form of annular discs and its center offers centre bore, and the top of transmission axle 17 passes through the centre bore and spiral work(
Effect plate 20 is connected, and the bottom of transmission axle 17 is connected to Material collecting box for harvesting 22, and spiral effect plate 20 is located at the lower section of pressing plate, spiral effect plate
20 and pressing plate be located between the second supporting plate 25 and straight line limiting plate 26, offered on spiral effect plate 20 circle using centre bore as
Straight-line groove 29, the direction of straight-line groove 29 are offered on the helicla flute 28 of the spiral yarn shaped spread pattern at center, straight line limiting plate 26
Ecto-entad guides transmission axle 17 into, and depression bar 19 is in the width phase of cylindrical shape and its diameter and helicla flute 28 and straight-line groove 29
Match somebody with somebody, depression bar 19 passes through the helicla flute 28 of spiral effect plate 20 and the straight-line groove 29 of straight line limiting plate 26, the top of depression bar 19 and tail
Portion is provided with dome 30, and as the decline platen 18 of platen 18 can be pressed on the dome 30 at the top of depression bar 19, top pressure limiting plate 27 has two
Block is correspondingly set up and down, and top pressure limiting plate 27 is by interior to offering several perforation, pressure head 21 on the direction of transmission axle 17
Also there is several and its quantity and the quantity of perforation to match, pressure head 21 is cylindrical and perforation through top pressure limiting plate 27 with
Two pieces of top pressure limiting plates 27 are slidably connected, and spring is equipped with each pressure head 21 and can be made between two pieces of top pressure limiting plates 27
Pressure head 21 revert to extreme higher position in the case where not stressing, and the top of pressure head 21 is dome 30, and the bottom of depression bar 19 falls in pressure
First 21 top, the bottom alignment Material collecting box for harvesting 22 of pressure head 21.
By science it is understood that the generation type of helix is circular motion and synchronous, the straight line here moved along a straight line
Motion refers to that outside any point moves to moving back and forth for circular motion central point.So the work of aluminium skimmings cake of press device 12
Principle is as follows：
Start motor 16, spiral effect plate 20 and synchronous turn of Material collecting box for harvesting 22 can be driven by the effect of transmission axle 17
It is dynamic, then start drive cylinder 15 so that platen 18 is pressed downwardly onto depression bar 19, and now depression bar 19 can pull down pressure head 21, by
It is located in depression bar 19 in helicla flute 28 and in straight-line groove 29, so with the rotation of motor 16, depression bar 19 can be along straight line
The track of groove 29 is close to the direction of transmission axle 17, and due to the effect of pressing plate, depression bar 19 can be pressed downward again, so now pressing
The movement locus of bar 19 should be that inwardly close one side is pressed downward on one side, and pressure head 21 is received after top pressure effect of depression bar 19,
Pressure falls one by one from outside to inside for meeting, when depression bar 19 is through later because the pressure head 21 that the effect of spring not press against by depression bar 19 can be returned to most
High position, the bottom contact of pressure head 21 is then aluminium skimmings to be pressed, if so not considering that the rotation of Material collecting box for harvesting 22 is so gathered materials
Only have the aluminium skimmings on straight line to be pressed in case 22, but the Material collecting box for harvesting 22 in the present apparatus and spiral effect plate 20 are synchronous axial systems
, so the aluminium skimmings one side circumference rotation in Material collecting box for harvesting 22, on the other hand from outside a little to the straight path pressure of central point
Cake, the actual cake of press tracks of such aluminium skimmings is helix, and track and the inner spiral groove 28 of spiral effect plate 20 of the helix
Track it is identical.Said from another angle, effect of the present apparatus is exactly that the benefit of spiral cake of press is can in order to complete spiral cake of press
Ensure that each point can be forced into for aluminium skimmings surfaces, moreover it is possible to so that the hematocrit process ecto-entad of aluminium skimmings is gradually drawn close, it is to avoid straight
The problem of connecing the aluminium cake surface irregularity of cake of press generation.
It should be understood that in claims of the present utility model, specification, all " including ... " should be understood as out
The implication of formula is put, that is, its implication is equal to " at least containing ... ", and should not be construed as enclosed implication, i.e. its implication
It should not be construed " only including ... ".
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (6)
1. a kind of numerical control rectangle saw-cutting machine tool from structural, including fuselage (1), workbench (2) and crossbeam (3), crossbeam (3) are arranged on workbench
(2) top and set perpendicular to workpiece (13) direction of feed, it is characterised in that described crossbeam (3) is provided with lateral dynamics
Head (10) and two Longitudinal heads (9), the sawing direction of lateral dynamics head (10) is indulged perpendicular to workpiece (13) direction of feed
To the sawing direction of unit head (9) then parallel to workpiece (13) direction of feed, between two Longitudinal heads (9) and crossbeam (3)
Be equipped with driving correspondence Longitudinal head (9) longitudinal NC positioning devices along crossbeam (3) horizontal traversal, crossbeam (3) with
The longitudinal feed mechanism moved back and forth between fuselage (1) provided with driving crossbeam (3) along workpiece (13) direction of feed, lateral dynamics head
(10) the traverse feed saw cutting device moved back and forth between crossbeam (3) provided with driving lateral dynamics head (10) along crossbeam (3).
2. a kind of numerical control rectangle saw-cutting machine tool from structural according to claim 1, it is characterised in that described longitudinal numerical control positioning dress
Put including the first dovetail guide, the first dovetail guide seat, the first feed screw, the first synchronous pulley, the first timing belt and first
Servomotor, the first servomotor drives the first feed screw to rotate by the first synchronous pulley and the first timing belt, and first enters
It is threadedly coupled to screw mandrel with the first dovetail guide seat, above-mentioned Longitudinal head (9) is arranged on the first dovetail guide seat, the first swallow
Tail track base is fastened on the first dovetail guide and can moved back and forth along the first dovetail guide.
3. a kind of numerical control rectangle saw-cutting machine tool from structural according to claim 1 or 2, it is characterised in that described length feed machine
Structure includes being arranged on the guiding trestle (6) of crossbeam (3) end, line slideway auxiliary rack (8), gear, feeding reductor, gear teeth
Interspace adjusting apparatus and servo longitudinal motor.
4. a kind of numerical control rectangle saw-cutting machine tool from structural according to claim 1 or 2, it is characterised in that described traverse feed saw
Cutting apparatus include the second dovetail guide, the second dovetail guide seat, the second feed screw, the second synchronous pulley, the second timing belt and
Second servomotor, the second servomotor drives the second feed screw to rotate by the second synchronous pulley and the second timing belt, the
Two feed screws are threadedly coupled with the second dovetail guide seat, and above-mentioned lateral dynamics head (10) is arranged on the second dovetail guide seat,
Second dovetail guide seat is fastened on the second dovetail guide and can moved back and forth along the second dovetail guide.
5. a kind of numerical control rectangle saw-cutting machine tool from structural according to claim 1 or 2, it is characterised in that described workbench (2) is in
Latticed and engrave hole with some, the bottom of workbench (2) is provided with V-arrangement funnel (4), and the bottom of funnel (4) is provided with conveyer belt
(11), the output end of conveyer belt (11) is provided with aluminium skimmings cake of press device (12).
6. a kind of numerical control rectangle saw-cutting machine tool from structural according to claim 5, it is characterised in that described aluminium skimmings cake of press device
(12) stand (14), drive cylinder (15), motor (16), transmission axle (17), platen (18), depression bar (19), spiral are included
Effect plate (20), pressure head (21), Material collecting box for harvesting (22) and fixed seat (23), aluminium skimmings pour into Material collecting box for harvesting by above-mentioned V-arrangement funnel (4)
(22), the fixed seat (23) rotates above the bottom of the device and it and sets Material collecting box for harvesting (22), described stand
(14) it is fixed on vertically on lathe bed, being extended successively towards homonymy from top to bottom in stand (14) has the first supporting plate (24), second
Supporting plate (25), straight line limiting plate (26) and top pressure limiting plate (27), described drive cylinder (15) are arranged on the first supporting plate
(24) on, the piston rod of cylinder is downward and piston rod is connected to platen (18), and motor (16) is arranged on the second support
On plate (25), the electric machine main shaft of motor (16) is connected to transmission axle (17), spiral effect plate (20) it is in the form of annular discs and it
Center offers centre bore, and the top of transmission axle (17) is connected by the centre bore with spiral effect plate (20), transmission axle
(17) bottom is connected to Material collecting box for harvesting (22), and spiral effect plate (20) is located at the lower section of pressing plate, spiral effect plate (20) and pressing plate
A circle is offered between the second supporting plate (25) and straight line limiting plate (26), on spiral effect plate (20) using centre bore in
Straight-line groove (29), straight-line groove (29) are offered on the helicla flute (28) of the spiral yarn shaped spread pattern of the heart, straight line limiting plate (26)
Direction ecto-entad guide transmission axle (17) into, depression bar (19) is in cylindrical shape and its diameter and helicla flute (28) and straight-line groove
(29) width matches, and depression bar (19) passes through the helicla flute (28) of spiral effect plate (20) and the straight line of straight line limiting plate (26)
Groove (29), the top of depression bar (19) and afterbody are provided with dome (30), and depression bar can be pressed on the decline platen (18) of platen (18)
(19) dome (30) at the top of, top pressure limiting plate (27) has two pieces to be correspondingly set up and down, and top pressure limiting plate (27) is by introversion
Several perforation are offered on the direction of transmission axle (17), pressure head (21) also has several and its quantity and the quantity phase of perforation
Match somebody with somebody, pressure head (21) is cylindrical and passes through the perforation of top pressure limiting plate (27) to be slidably connected with two pieces of top pressure limiting plates (27), often
Spring is equipped with individual pressure head (21) and pressure head (21) can be made in situation about not stressing between two pieces of top pressure limiting plates (27)
Extreme higher position is grouped into next time, and the top of pressure head (21) is dome (30), and the bottom of depression bar (19) falls at the top of pressure head (21), is pressed
The bottom alignment Material collecting box for harvesting (22) of head (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621124902.7U CN206435807U (en) | 2016-10-14 | 2016-10-14 | A kind of numerical control rectangle saw-cutting machine tool from structural |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621124902.7U CN206435807U (en) | 2016-10-14 | 2016-10-14 | A kind of numerical control rectangle saw-cutting machine tool from structural |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206435807U true CN206435807U (en) | 2017-08-25 |
Family
ID=59645138
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621124902.7U Expired - Fee Related CN206435807U (en) | 2016-10-14 | 2016-10-14 | A kind of numerical control rectangle saw-cutting machine tool from structural |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206435807U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106334833A (en) * | 2016-10-14 | 2017-01-18 | 浙江锯力煌锯床股份有限公司 | Computerized numerical control rectangular sawing machine tool |
-
2016
- 2016-10-14 CN CN201621124902.7U patent/CN206435807U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106334833A (en) * | 2016-10-14 | 2017-01-18 | 浙江锯力煌锯床股份有限公司 | Computerized numerical control rectangular sawing machine tool |
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Address after: No.1 Xingye Road, Huzhen Town, Jinyun County, Lishui City, Zhejiang Province Patentee after: Zhejiang saw Lihuang Industrial Technology Co.,Ltd. Address before: No.1 Xingye Road, Huzhen Town, Jinyun County, Lishui City, Zhejiang Province Patentee before: ZHEJIANG JULIHUANG SAWING MACHINE GROUP Co.,Ltd. |
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Granted publication date: 20170825 Termination date: 20211014 |