CN209078284U - A kind of floating bearing type gear ruler device - Google Patents
A kind of floating bearing type gear ruler device Download PDFInfo
- Publication number
- CN209078284U CN209078284U CN201821146102.4U CN201821146102U CN209078284U CN 209078284 U CN209078284 U CN 209078284U CN 201821146102 U CN201821146102 U CN 201821146102U CN 209078284 U CN209078284 U CN 209078284U
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- bearing
- ruler
- disassembly
- floating
- chamber
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Abstract
The utility model proposes a kind of floating bearing types to keep off ruler device, comprising: first bearing formula keeps off ruler, second bearing formula gear ruler and floating member.First bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；Multiple first bearing chambers are arranged in first bearing formula gear ruler along its length；The intracavitary setting first bearing of first bearing；Second bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；Multiple second bearing chambers are arranged in second bearing formula gear ruler along its length；Second bearing chamber is oppositely arranged with first bearing chamber；Floating member setting is intracavitary in second bearing；Floating member includes: the spring leaf, bearing block and second bearing of V-arrangement.The utility model can automatically fix material block, improve machining accuracy；A certain range of floating is generated using the deformation of spring, can realize Continuous maching automatically, it is easy to operate, improve the utilization rate and production efficiency of material block.
Description
Technical field
The utility model relates to field of machining more particularly to a kind of floating bearing type to keep off ruler device.
Background technique
Milling machine is the lathe for carrying out Milling Process to workpiece with milling cutter.Milling machine is except energy milling plane, groove, the gear teeth, screw thread
Outside splined shaft, moreover it is possible to process more complicated type face, efficiency is answered compared with planer height in machine-building and repairing department extensively
With.
Gear ruler on milling machine is the essential element of workpiece positioning, in the prior art, usually in the work of milling machine on can
The fixed gear ruler of disassembly, workpiece is stuck between two gear rulers, and when processing, workpiece is fixed process manually by operator.
In addition, the gap kept off between ruler immobilizes in each process, only the workpiece of certain size is allowed to be processed, it is raw
Produce low efficiency, material using low.
In addition, such gear ruler in the prior art can only be processed in batches, Continuous maching can not be carried out.
Utility model content
The purpose of this utility model is to provide a kind of floating bearing types to keep off ruler device, existing in the prior art to overcome
Problem, the utility model improve machining accuracy；Continuous maching can be realized automatically, improve the utilization rate and production effect of material block
Rate.To achieve the above object, technical solution used by the utility model is as follows:
A kind of floating bearing type gear ruler device, comprising: first bearing formula keeps off ruler, second bearing formula gear ruler and floating member；
The first bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；Described
Multiple first bearing chambers are arranged in one bearing-type gear ruler along its length；The side of the first bearing chamber and the first bearing formula
The first side for keeping off ruler is concordant；The intracavitary setting first bearing of first bearing；Connection is set at the axle center of the first bearing
Axis；It is intracavitary that the both ends of the connecting shaft are fixed on the first bearing；The outer edge of the first bearing and the first side
Tangent or intersection；
The second bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；Described
Multiple second bearing chambers are arranged in two bearing-types gear ruler along its length；The side of the second bearing chamber and the second bearing formula
A side for keeping off ruler is concordant；The second bearing chamber is oppositely arranged with the first bearing chamber；
The floating member setting is intracavitary in the second bearing；The floating member includes: the spring leaf of V-arrangement, bearing
Seat and second bearing；
Wherein, the side of the spring leaf is stuck on the side wall of the second bearing chamber；The other side of the spring leaf around
The first locating shaft positioned at second bearing bottom of chamber portion is crossed, and is embedded in the side of the bearing block；
The first end of the bearing block can be rotated around the second locating shaft for being fixed on second bearing bottom of chamber portion；It is described
Rotary shaft is arranged in the second end of bearing block；The rotary shaft is located at the outside of the second bearing chamber；
The second bearing is flexibly connected the bearing block by rotary shaft.
Preferably, equal spacing in length direction setting of the first bearing chamber along first bearing formula gear ruler.
Preferably, equal spacing in length direction setting of the second bearing chamber along second bearing formula gear ruler.
Preferably, limiting slot is set on the bearing block；The limiting slot can be around setting in the second bearing bottom of chamber
The retention bead in portion rotates.
It preferably, further comprise disassembly component；The fixing end of the disassembly component connects the second bearing formula and keeps off ruler
On；The free end of the disassembly component is located in the disassembly slot to be flexibly connected with the disassembly slot；The free end is stuck in institute
When stating formation stationary state in disassembly slot, the free end is vertical with the disassembly slot；The disassembly component rotation, the freedom
End is parallel with the disassembly slot to form disassembly status.
Preferably, the disassembly component include: disassembly handle as fixing end and with the use dismantling handle and connecting
Make the fixed block of free end；It is fixedly connected between the disassembly handle and the fixed block by axis.
Preferably, the first bearing and second bearing interlaced arrangement along its length.
Compared with prior art, the beneficial effects of the utility model are mainly reflected in: the utility model can be automatically by material
Block is fixed, and machining accuracy is improved；The utility model can generate a certain range of floating using the deformation of spring, can realize automatically
Continuous maching, it is easy to operate, improve the utilization rate and production efficiency of material block.
Detailed description of the invention
Fig. 1 is that the floating bearing type of an embodiment of the present invention keeps off the structural schematic diagram of ruler device；
Fig. 2 is that the floating bearing type of an embodiment of the present invention keeps off the working state figure of ruler device；
Fig. 3 is the structural schematic diagram of the floating member of an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of the demolition part of an embodiment of the present invention.
Wherein, 1- first bearing formula gear ruler, 2- second bearing formula gear ruler, 3- floating member, 4- demolition part, 5- workbench,
6- material block, 11- first bearing chamber, 12- first bearing, 21- second bearing chamber, the first locating shaft of 211-, 212- second are positioned
Axis, 31- spring leaf, 32- bearing block, 33- second bearing, 321- limiting slot, 41- dismantle handle, 42- fixed block.
Specific embodiment
Below in conjunction with attached drawing, technical solution used by the utility model is further described.
As shown in Figure 1 and Figure 2, in the present embodiment, a kind of floating bearing type keeps off ruler device, comprising: first bearing formula keeps off ruler
1, second bearing formula gear ruler 2 and floating member 3.
First bearing formula gear ruler 1 is removably mounted on along its length on the workbench 5 for being equipped with disassembly slot；First bearing
Multiple first bearing chambers 11 are arranged in formula gear ruler 1 along its length；The of the side of first bearing chamber 11 and first bearing formula gear ruler 1
One side is concordant；First bearing 12 is set in first bearing chamber 11；Connecting shaft is set at the axle center of first bearing 12；Connecting shaft
Both ends are fixed in first bearing chamber 11；The outer edge of first bearing 12 and first side are tangent or intersect；First bearing chamber 11
Along the equal spacing in length direction setting of first bearing formula gear ruler 1.
Second bearing formula gear ruler 2 is removably mounted on along its length on the workbench 5 for being equipped with disassembly slot；Second bearing
Multiple second bearing chambers 21 are arranged in formula gear ruler 2 along its length；The side of second bearing chamber 21 and second bearing formula keep off the one of ruler 2
A side is concordant；Second bearing chamber 21 is oppositely arranged with first bearing chamber 11；Second bearing chamber 21 is along second bearing formula gear ruler 2
Equal spacing in length direction setting.
As shown in figure 3, floating member 3 is arranged in second bearing chamber 21.Floating member 3 include: V-arrangement spring leaf 31,
Bearing block 32 and second bearing 33.Wherein, the side of spring leaf 31 is stuck on the side wall of second bearing chamber 21；Spring leaf 31 it is another
Side bypasses the first locating shaft 211 positioned at 21 bottom of second bearing chamber, and is embedded in the side of bearing block 32；The of bearing block 32
One end can be rotated around the second locating shaft 212 for being fixed on 21 bottom of second bearing chamber；Rotation is arranged in the second end of bearing block 32
Axis；Rotary shaft is located at the outside of second bearing chamber 21；Second bearing 33, second bearing 33 are flexibly connected bearing block by rotary shaft
32.Limiting slot 321 is set on bearing block 32；Limiting slot 321 can turn around the retention bead that 21 bottom of second bearing chamber is arranged in
It is dynamic.
It dismantles on the fixing end connection second bearing formula gear ruler 2 of component；Dismantle component free end be located at disassembly slot in
Slot is dismantled to be flexibly connected；When free end is stuck in formation stationary state in disassembly slot, free end is vertical with disassembly slot；Component is dismantled to turn
It is dynamic, free end with dismantle that slot is parallel to form disassembly status.
As shown in figure 4, disassembly component 4 include: disassembly handle 41 as fixing end and with the use dismantling handle 41 and connect
Make the fixed block 42 of free end；It is fixedly connected between disassembly handle 41 and fixed block 42 by axis.
In the present embodiment, first bearing 12 and second bearing 33 interlaced arrangement along its length.
The working principle of the utility model are as follows: at work, by a certain number of batch materials blocks 6 along the workbench 5
Length direction be successively stuck between first bearing formula gear ruler 1 and second bearing formula gear ruler 2, start milling machine, 5 band of workbench
Animal material block 6 is moved along workbench 5, is sequentially entered processing district and is completed corresponding manufacturing procedure.In the process of movement, bearing
It is rolling friction between material block 6, frictional force is small, and the speed of service of material is fast.
Since the size of material block 6 is different, material block 6 in the process of movement, squeezed by material block 6 by second bearing 33
Pressure, bearing block 32 link extruding spring, spring generate deformation, so each second bearing 33 with 6 rolling friction of material block
While can also pass through float guarantee material block 6 continuous feed.
Since second bearing formula gear ruler 2 can carry out a certain range of floating, each first bearing 12 with the deformation of spring
Variable between second bearing 33 works independently between each floating member 3, the mutual not shadow of the movement between material block
It rings, i.e., without the processing for carrying out material block 6 in batches, can realize Continuous maching automatically.The utility model is easy to operate, improves
The utilization rate and production efficiency of material block 6.
In addition, first bearing formula gear ruler 1 and second bearing formula gear ruler 2 can be fixed automatically material block 6, without artificial
Fixed, stability of the material block 6 in whole process is good, to improve machining accuracy.
Compared with prior art, the utility model can automatically fix material block, improve machining accuracy；The utility model
A certain range of floating is generated using the deformation of spring, can realize Continuous maching automatically, it is easy to operate, improve material block
Utilization rate and production efficiency.
The preferred embodiment that above are only the utility model, does not play the role of any restrictions to the utility model.
Any person of ordinary skill in the field, in the range of not departing from the technical solution of the utility model, to the utility model
The technical solution and technology contents of exposure make the variation such as any type of equivalent replacement or modification, belong to without departing from the utility model
Technical solution content, still fall within the protection scope of the utility model.
Claims (7)
1. a kind of floating bearing type keeps off ruler device characterized by comprising first bearing formula keep off ruler, second bearing formula gear ruler and
Floating member；
The first bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；The first axle
It holds formula gear ruler and multiple first bearing chambers is set along its length；The side of the first bearing chamber and the first bearing formula keep off ruler
First side it is concordant；The intracavitary setting first bearing of first bearing；Connecting shaft is set at the axle center of the first bearing；Institute
Stating the both ends of connecting shaft, to be fixed on the first bearing intracavitary；The outer edge of the first bearing and the first side it is tangent or
Intersection；
The second bearing formula gear ruler is removably mounted on along its length on the workbench for being equipped with disassembly slot；Second axis
It holds formula gear ruler and multiple second bearing chambers is set along its length；The side of the second bearing chamber and the second bearing formula keep off ruler
A side it is concordant；The second bearing chamber is oppositely arranged with the first bearing chamber；
The floating member setting is intracavitary in the second bearing；The floating member include: the spring leaf of V-arrangement, bearing block and
Second bearing；
Wherein, the side of the spring leaf is stuck on the side wall of the second bearing chamber；The other side of the spring leaf bypasses position
The first locating shaft in second bearing bottom of chamber portion, and it is embedded in the side of the bearing block；
The first end of the bearing block can be rotated around the second locating shaft for being fixed on second bearing bottom of chamber portion；The bearing
Rotary shaft is arranged in the second end of seat；The rotary shaft is located at the outside of the second bearing chamber；
The second bearing is flexibly connected the bearing block by rotary shaft.
2. floating bearing type according to claim 1 keeps off ruler device, which is characterized in that the first bearing chamber is along described the
One bearing-type keeps off the equal spacing in length direction setting of ruler.
3. floating bearing type according to claim 2 keeps off ruler device, which is characterized in that the second bearing chamber is along described the
Two bearing-types keep off the equal spacing in length direction setting of ruler.
4. floating bearing type according to claim 1 keeps off ruler device, which is characterized in that limit is arranged on the bearing block
Slot；The limiting slot can be rotated around the retention bead that second bearing bottom of chamber portion is arranged in.
5. floating bearing type according to claim 1 keeps off ruler device, which is characterized in that further comprise disassembly component；Institute
The fixing end for stating disassembly component connects on the second bearing formula gear ruler；The free end of the disassembly component is located at the disassembly slot
It is interior to be flexibly connected with the disassembly slot；The free end is stuck in the disassembly slot when forming stationary state, the free end with
The disassembly slot is vertical；The disassembly component rotation, the free end is parallel with the disassembly slot to form disassembly status.
6. floating bearing type according to claim 5 keeps off ruler device, which is characterized in that the disassembly component includes: to be used as
The disassembly handle of fixing end and the fixed block as free end being connect with the disassembly handle；The disassembly handle with it is described
It is fixedly connected between fixed block by axis.
7. floating bearing type according to claim 1 keeps off ruler device, which is characterized in that the first bearing and second bearing
Interlaced arrangement along its length.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821146102.4U CN209078284U (en) | 2018-07-19 | 2018-07-19 | A kind of floating bearing type gear ruler device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821146102.4U CN209078284U (en) | 2018-07-19 | 2018-07-19 | A kind of floating bearing type gear ruler device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209078284U true CN209078284U (en) | 2019-07-09 |
Family
ID=67113616
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821146102.4U Active CN209078284U (en) | 2018-07-19 | 2018-07-19 | A kind of floating bearing type gear ruler device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209078284U (en) |
-
2018
- 2018-07-19 CN CN201821146102.4U patent/CN209078284U/en active Active
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