CN209598333U - Sawing machine material-feeding discharging device - Google Patents
Sawing machine material-feeding discharging device Download PDFInfo
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- CN209598333U CN209598333U CN201921228566.4U CN201921228566U CN209598333U CN 209598333 U CN209598333 U CN 209598333U CN 201921228566 U CN201921228566 U CN 201921228566U CN 209598333 U CN209598333 U CN 209598333U
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- roller bearing
- transfer unit
- locating wheel
- sawing machine
- discharging device
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Abstract
The utility model discloses a kind of sawing machine material-feeding discharging devices, are related to cutting equipment technical field, and main purpose is to provide a kind of sawing machine material-feeding discharging device for preventing material from roller bearing is shifted or fallen out on roller bearing.A kind of main technical schemes of the utility model are as follows: sawing machine material-feeding discharging device, it include: supply unit, supply unit includes driving part and transfer unit, transfer unit includes conveyor chain, bearing block, roller bearing and positioning element, and the both ends of roller bearing are rotationally connected with bearing block, and one end of conveyor chain is connected to the output end of driving part, the other end is connected to roller bearing, for driving roller bearing rotatable around its axis, positioning element is fixedly connected on roller bearing, for limiting the position for the material being located on roller bearing；Cutter unit, cutter unit are arranged on the transport track of transfer unit, for cutting the material on roller bearing.The utility model is mainly used for cutting material.
Description
Technical field
The utility model relates to cutting equipment technical field more particularly to a kind of sawing machine material-feeding discharging devices.
Background technique
Material is mainly delivered in cutting equipment by sawing machine material-feeding material returned equipment, due to leading in sawing machine material-feeding material returned equipment
Frequently with the roller bearing of cylindrical body, material is also cylindrical body, therefore, during sawing machine material-feeding material returned equipment conveys material, object
Material can the run-off the straight on roller bearing, when entering cutting equipment at an oblique angle to material, will lead to material cutting occur it is inclined
Difference, when serious, material does not enter cutting equipment also and just falls out sawing machine material-feeding material returned equipment, not only causes the waste of material,
The time for increasing material cutting and process are also resulted in, the production efficiency of enterprise is reduced.
Utility model content
In view of this, the utility model embodiment provides a kind of sawing machine material-feeding discharging device, main purpose is to provide one kind
Prevent material from the sawing machine material-feeding discharging device of roller bearing is shifted or fallen out on roller bearing.
In order to achieve the above objectives, the utility model mainly provides the following technical solutions:
The utility model embodiment provides a kind of sawing machine material-feeding discharging device, which includes:
Supply unit, the supply unit include driving part and transfer unit, the transfer unit include conveyor chain,
Bearing block, roller bearing and positioning element, the both ends of the roller bearing are rotationally connected with the bearing block, and one end of the conveyor chain connects
It is connected to the output end of the driving part, the other end is connected to the roller bearing, for driving the roller bearing rotatable around its axis, institute
It states positioning element and is fixedly connected on the roller bearing, for limiting the position for the material being located on the roller bearing；
Cutter unit, the cutter unit are arranged on the transport track of the transfer unit, for cutting the roller bearing
On material.
Further, the positioning element includes the first locating wheel, the second locating wheel, the first positioning pin and the second positioning
Pin, first locating wheel and second locating wheel are sleeved on the roller bearing, and first positioning pin passes through described first
Locating wheel and it is removably connected to the roller bearing, for fixing first locating wheel, second positioning pin passes through described
Second locating wheel and the roller bearing, for fixing second locating wheel, first locating wheel and second locating wheel it
Between have first area, for placing material.
Further, the positioning element includes ring gear and multiple positioning bolts, and the ring gear spiral surrounding is in the rolling
The outside of axis, multiple positioning bolts are each passed through the ring gear and are removably connected to the roller bearing, for fixing the ring gear.
Further, there are multiple first lobes, multiple first lobes are fixed in first locating wheel
The periphery of first locating wheel, has multiple second lobes in second locating wheel, and multiple second lobes fixations are set
It sets in the periphery of second locating wheel.
Further, there are multiple location holes, for being inserted into first positioning pin or the second positioning on the roller bearing
Pin.
Further, the transfer unit includes the first transfer unit, the second transfer unit and third transfer unit, described
One end of the conveyor chain of first transfer unit is connected to the output end of the driving part, and the other end is connected to described
The roller bearing of two transfer units, one end of the conveyor chain of second transfer unit are connected to second delivery section
The roller bearing of part, the other end are connected to the roller bearing of the third transfer unit.
Further, range sensor, the range sensor are connected to the driving part, for detecting the position of material
It sets.
Further, the cutter unit includes support frame, driving motor and cutting sheet, and cutting sheet is arranged in the support
On frame, the driving motor is connected to the cutting sheet, for driving the cutting sheet rotatable around its axis.
Further, the cutter unit further includes guide housing, and the guide housing is arranged on support frame as described above, and
It is mobile towards the direction of cutting sheet for directing material and between the cutting sheet and the range sensor.
Compared with prior art, the utility model has the following technical effect that
In technical solution provided by the embodiment of the utility model, the effect of supply unit is conveying material, supply unit packet
Driving part and transfer unit are included, transfer unit includes conveyor chain, bearing block, roller bearing and positioning element, and the both ends of roller bearing turn
Dynamic to be connected to bearing block, one end of conveyor chain is connected to the output end of driving part, and the other end is connected to roller bearing, for driving
Roller bearing is rotatable around its axis, and positioning element is fixedly connected on roller bearing, for limiting the position for the material being located on roller bearing；Cutting is single
The effect of member is cut to material, and cutter unit is arranged on the transport track of transfer unit, for cutting on roller bearing
Material generallys use the roller bearing of cylindrical body compared with the existing technology in sawing machine material-feeding material returned equipment, material is also cylindrical body, because
This, sawing machine material-feeding material returned equipment convey material during, material can the run-off the straight on roller bearing, to material with inclined angle
When degree enters cutting equipment, there is deviation in the cutting that will lead to material, and when serious, material does not enter cutting equipment also and just falls out
Sawing machine material-feeding material returned equipment, not only causes the waste of material, also results in the time for increasing material cutting and process, reduces
In the utility model embodiment, positioning element is arranged, by positioning element to the position of material in the production efficiency of enterprise on roller bearing
It sets and is limited, prevent material from rolling on roller bearing, so that reaching prevents material from rolling is shifted or fallen out on roller bearing
The technical effect of axis.
Detailed description of the invention
Fig. 1 is a kind of overlooking structure diagram of sawing machine material-feeding discharging device provided by the embodiment of the utility model；
Fig. 2 is a kind of schematic view of the front view of sawing machine material-feeding discharging device provided by the embodiment of the utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As depicted in figs. 1 and 2, the utility model embodiment provides a kind of sawing machine material-feeding discharging device, which includes:
Supply unit, supply unit include driving part 11 and transfer unit 12, and transfer unit 12 includes conveyor chain
121, bearing block 122, roller bearing 123 and positioning element 124, the both ends of roller bearing 123 are rotationally connected with bearing block 122, conveyor chain
121 one end is connected to the output end of driving part 11, and the other end is connected to roller bearing 123, for driving roller bearing 123 around its axis
Rotation, positioning element 124 are fixedly connected on roller bearing 123, for limiting the position for the material being located on roller bearing 123；
Cutter unit 2, cutter unit 2 are arranged on the transport track of transfer unit 12, for cutting on roller bearing 123
Material.
In technical solution provided by the embodiment of the utility model, the effect of supply unit is conveying material, supply unit packet
Driving part 11 and transfer unit 12 are included, transfer unit 12 includes conveyor chain 121, bearing block 122, roller bearing 123 and positioning region
Part 124, the both ends of roller bearing 123 are rotationally connected with bearing block 122, and one end of conveyor chain 121 is connected to the defeated of driving part 11
Outlet, the other end are connected to roller bearing 123, and for driving roller bearing 123 rotatable around its axis, positioning element 124 is fixedly connected on rolling
Axis 123, for limiting the position for the material being located on roller bearing 123；The effect of cutter unit 2 is cut to material, cutting
Unit 2 is arranged on the transport track of transfer unit 12, for cutting the material on roller bearing 123, compared with the existing technology, sawing machine
The roller bearing 123 of cylindrical body is generallyd use in feeding material returned equipment, material is also cylindrical body, therefore, in sawing machine material-feeding material returned equipment
Convey material during, material can the run-off the straight on roller bearing 123, when entering cutting equipment at an oblique angle to material,
There is deviation in the cutting that will lead to material, and when serious, material does not enter cutting equipment also and just falls out sawing machine material-feeding material returned equipment,
The waste of material is not only caused, the time for increasing material cutting and process is also resulted in, reduces the production efficiency of enterprise, this
In utility model embodiment, positioning element 124 is set on roller bearing 123, is limited by position of the positioning element 124 to material
System, prevents material from rolling on roller bearing 123, so that reaching prevents material from shifting or falling out roller bearing on roller bearing 123
123 technical effect.
The effect of above-mentioned supply unit is conveying material, and supply unit includes driving part 11 and transfer unit 12, conveying
Component 12 includes conveyor chain 121, bearing block 122, roller bearing 123 and positioning element 124, and the both ends of roller bearing 123 are rotationally connected with
Bearing block 122, one end of conveyor chain 121 are connected to the output end of driving part 11, and the other end is connected to roller bearing 123, is used for
Drive roller bearing 123 rotatable around its axis, positioning element 124 is fixedly connected on roller bearing 123, is located on roller bearing 123 for limiting
The position of material, driving part 11 generally use motor, and the output end of motor is connected with conveyor chain 121, carrier chain
The other end and roller bearing 123 of item 121 are rotatablely connected, and motor drives roller bearing 123 rotatable around its axis by rotation, bearing block
122 are rotationally connected with roller bearing 123, are used to support roller bearing 123, and positioning element 124 is fixed on roller bearing 123, pass through fixation member
Material is fixed, to reach the technical effect for preventing material from falling from roller bearing 123, material generallys use cylindrical body,
Also, the quality of material, when material shifts, generallys use forklift and rotates to material, no usually at one ton or more
Only time and effort consuming also reduces the process velocity of material, it should be noted that roller bearing 123 is usually multiple, and in same transverse direction
Position arrangement, so that material is rolled on multiple roller bearings 123 by the rolling of roller bearing 123, two adjacent roller bearings 123
Between be attached by conveyor chain 121；The effect of cutter unit 2 is cut to material, and cutter unit 2 is arranged defeated
Send on the transport track of component 12, for cutting the material on roller bearing 123, cutter unit 2 can to the material on roller bearing 123 into
Row cutting, when material reaches the position of cutter unit 2, driving part 11 stops operating, and roller bearing 123 also stops operating, cutting
Unit 2 cuts material, then starts driving part 11, and material is delivered to storage location again by roller bearing 123, this is practical new
In type embodiment, positioning element 124 is set on roller bearing 123, is limited by position of the positioning element 124 to material, prevents
Only material rolls on roller bearing 123, so that reaching prevents material from shifting or falling out roller bearing 123 on roller bearing 123
Technical effect.
Further, as shown in Figure 1, positioning element 124 includes the first locating wheel 1241, the second locating wheel 1242, first
Positioning pin 1243 and the second positioning pin 1244, the first locating wheel 1241 and the second locating wheel 1242 are sleeved on roller bearing 123, the
One positioning pin 1243 passes through the first locating wheel 1241 and is removably connected to roller bearing 123, for fixing the first locating wheel 1241,
Second positioning pin 1244 passes through the second locating wheel 1242 and roller bearing 123, for fixing the second locating wheel 1242, the first locating wheel
1241 and second have first area 1245 between locating wheel 1242, for placing material.In the present embodiment, further limit
Positioning element 124, the first locating wheel 1241 and the second locating wheel 1242 are sleeved on roller bearing 123, also, the first positioning pin
1243 pass through the first locating wheel 1241 and are removably connected to roller bearing 123, and the second positioning pin 1244 passes through the second locating wheel
1242 and roller bearing 123, so that the first locating wheel 1241 and the second locating wheel 1242 is fixed, the first locating wheel 1241 and
Position between two locating wheels 1242 is first area 1245, and material is placed on first area 1245, passes through the first locating wheel
1241 and second locating wheel 1242 material is fixed, to reach the technical effect for preventing material to be displaced on roller bearing 123.
Further, positioning element 124 includes ring gear and multiple positioning bolts, and ring gear spiral surrounding is in the outer of roller bearing 123
Side, multiple positioning bolts are each passed through ring gear and are removably connected to roller bearing 123, are used for fixed ring gear.In the present embodiment, into one
Step defines that positioning element 124, inner ring and the roller bearing 123 of ring gear are bonded to each other, and multiple protrusions are arranged in the outer ring of ring gear, then,
Ring gear is fixed on roller bearing 123 by multiple positioning bolts, since ring gear is spiral surrounding in the outside of roller bearing 123,
When material is placed on ring gear, multiple protrusions on ring gear can contact with each other with surface of material, and material is fixed, from
And reach the technical effect for preventing material from moving on roller bearing 123.
Further, there are multiple first lobes, multiple first lobes are fixed at first in the first locating wheel 1241
The periphery of locating wheel 1241, has multiple second lobes in the second locating wheel 1242, and multiple second lobes are fixed at second
The periphery of locating wheel 1242.In the present embodiment, the first locating wheel 1241 and the second locating wheel 1242 are further defined, first
Multiple first lobes are set on the periphery of locating wheel 1241, multiple second lobes are set on the periphery of the second locating wheel 1242,
When material is placed on roller bearing 123, the edge of material can respectively with multiple first lobes and multiple second lobe phase mutual connections
Touching, material can be fixed in multiple first lobes and multiple second lobes, so that reaching prevents material on roller bearing 123
Mobile technical effect.
Further, as shown in Figure 1, having multiple location holes 1231 on roller bearing 123, for being inserted into the first positioning pin 1243
Or second positioning pin 1244.In the present embodiment, roller bearing 123 is further defined, the surface of roller bearing 123 has multiple positioning
Hole 1231, location hole 1231 are evenly distributed on roller bearing 123, when needing mobile first locating wheel 1241 or the second locating wheel
When 1242 position, pull up the first positioning pin 1243 perhaps the second positioning pin 1244 then move the first locating wheel 1241 or
Second locating wheel 1242, then the first positioning pin 1243 or the second positioning pin 1244 are reinserted in location hole 1231,
To reach the technical effect for being moved easily the position of the first locating wheel 1241 or the second locating wheel 1242.
Further, transfer unit 12 includes the first transfer unit 12, the second transfer unit 12 and third transfer unit 12,
One end of the conveyor chain 121 of first transfer unit 12 is connected to the output end of driving part 11, and it is defeated that the other end is connected to second
The roller bearing 123 of component 12 is sent, one end of the conveyor chain 121 of the second transfer unit 12 is connected to the rolling of the second transfer unit 12
Axis 123, the other end are connected to the roller bearing 123 of third transfer unit 12.In the present embodiment, transfer unit 12 is further defined,
Transfer unit 12 be it is multiple, in order to further illustrate the positional relationship of multiple transfer units 12, define transfer unit 12 herein
Including the first transfer unit 12, the second transfer unit 12 and third transfer unit 12, the conveyor chain 121 of the first transfer unit 12
One end be connected to the output end of driving part 11, the other end is connected to the roller bearing 123 of the second transfer unit 12, the second delivery section
One end of the conveyor chain 121 of part 12 is connected to the roller bearing 123 of the second transfer unit 12, and the other end is connected to third transfer unit
12 roller bearing 123, to form the technical effect that driving part 11 drives the roller bearing 123 of each transfer unit 12 to rotate.
Further, as depicted in figs. 1 and 2, range sensor 3 is increased, range sensor 3 is connected to driving part
11, for detecting the position of material.In the present embodiment, range sensor 3 is increased, the effect of range sensor 3 is to examine in real time
Range sensor 3 is first fixed on the object of sawing machine material-feeding discharging device before using range sensor 3 by the position for surveying material
The in-position of material, and the distance between range sensor 3 and cutter unit 2 information are measured, and will be in range information data
Range sensor 3 is reached, when material enters on the roller bearing 123 of transfer unit 12, range sensor 3 starts to detect the position of material
It sets, when the range information of material and the range information of cutter unit 2 that range sensor 3 detects are mutually matched, driving part
11 stop working, and cutter unit 2 starts, and cut to material, to reach the technology for facilitating cutter unit 2 to cut material
Effect.
Further, as shown in Fig. 2, cutter unit 2 includes support frame 21, driving motor and cutting sheet 23, cutting sheet 23
It is arranged on support frame 21, driving motor is connected to cutting sheet 23, for driving cutting sheet 23 rotatable around its axis.This implementation
In example, cutter unit 2 is further defined, cutting sheet 23 is arranged on support frame 21, and driving motor is connected to cutting sheet 23, uses
Rotatable around its axis in driving cutting sheet 23, support frame 21 is supported cutting sheet 23, and driving motor can drive cutting sheet
23 rotations, to reach the technical effect of cutting material；Optionally, cutter unit 2 further includes guide housing, guide housing setting
On support frame 21, and between cutting sheet 23 and range sensor 3, for directing material towards the side of cutting sheet 23
To movement, guide housing is arranged between cutting sheet 23 and range sensor 3, can be gradually defeated by material when roller bearing 123 rotates
It send to the position of cutting sheet 23, at this point, material can enter the cutting position of cutting sheet 23 under the guidance of guide housing, to make
Material can uniformly be cut by obtaining cutting sheet 23, to reach the technical effect for preventing material from shifting.
Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to
In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation
Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with the power
Subject to the protection scope that benefit requires.
Claims (9)
1. a kind of sawing machine material-feeding discharging device characterized by comprising
Supply unit, the supply unit include driving part and transfer unit, and the transfer unit includes conveyor chain, bearing
Seat, roller bearing and positioning element, the both ends of the roller bearing are rotationally connected with the bearing block, and one end of the conveyor chain is connected to
The output end of the driving part, the other end are connected to the roller bearing, described fixed for driving the roller bearing rotatable around its axis
Position component is fixedly connected on the roller bearing, for limiting the position for the material being located on the roller bearing；
Cutter unit, the cutter unit are arranged on the transport track of the transfer unit, for cutting on the roller bearing
Material.
2. sawing machine material-feeding discharging device according to claim 1, which is characterized in that
The positioning element includes the first locating wheel, the second locating wheel, the first positioning pin and the second positioning pin, first positioning
Wheel and second locating wheel are sleeved on the roller bearing, and first positioning pin passes through first locating wheel and detachable
It is connected to the roller bearing, for fixing first locating wheel, second positioning pin passes through second locating wheel and described
Roller bearing has first area for fixing second locating wheel between first locating wheel and second locating wheel, use
In placement material.
3. sawing machine material-feeding discharging device according to claim 1, which is characterized in that
The positioning element includes ring gear and multiple positioning bolts, and the ring gear spiral surrounding is multiple in the outside of the roller bearing
Positioning bolt is each passed through the ring gear and is removably connected to the roller bearing, for fixing the ring gear.
4. sawing machine material-feeding discharging device according to claim 2, which is characterized in that
There are multiple first lobes, multiple first lobes are fixed at first locating wheel in first locating wheel
Periphery, there are multiple second lobes, it is fixed that multiple second lobes are fixed at described second in second locating wheel
The periphery of position wheel.
5. sawing machine material-feeding discharging device according to claim 4, which is characterized in that
There are multiple location holes, for being inserted into first positioning pin or the second positioning pin on the roller bearing.
6. sawing machine material-feeding discharging device according to any one of claims 1 to 5, which is characterized in that
The transfer unit includes the first transfer unit, the second transfer unit and third transfer unit, first transfer unit
One end of the conveyor chain be connected to the output end of the driving part, the other end is connected to second transfer unit
The roller bearing, one end of the conveyor chain of second transfer unit are connected to the rolling of second transfer unit
Axis, the other end are connected to the roller bearing of the third transfer unit.
7. sawing machine material-feeding discharging device according to any one of claims 1 to 5, which is characterized in that further include:
Range sensor, the range sensor are connected to the driving part, for detecting the position of material.
8. sawing machine material-feeding discharging device according to claim 7, which is characterized in that
The cutter unit includes support frame, driving motor and cutting sheet, and cutting sheet is arranged on support frame as described above, the driving
Motor is connected to the cutting sheet, for driving the cutting sheet rotatable around its axis.
9. sawing machine material-feeding discharging device according to claim 8, which is characterized in that
The cutter unit further includes guide housing, and the guide housing is arranged on support frame as described above, and is located at described cut
It is mobile towards the direction of cutting sheet for directing material between pitch cutting and the range sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921228566.4U CN209598333U (en) | 2019-08-01 | 2019-08-01 | Sawing machine material-feeding discharging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921228566.4U CN209598333U (en) | 2019-08-01 | 2019-08-01 | Sawing machine material-feeding discharging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209598333U true CN209598333U (en) | 2019-11-08 |
Family
ID=68408209
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921228566.4U Active CN209598333U (en) | 2019-08-01 | 2019-08-01 | Sawing machine material-feeding discharging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209598333U (en) |
-
2019
- 2019-08-01 CN CN201921228566.4U patent/CN209598333U/en active Active
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