CN209125459U - A kind of machine tool coolant circulator - Google Patents
A kind of machine tool coolant circulator Download PDFInfo
- Publication number
- CN209125459U CN209125459U CN201822150079.2U CN201822150079U CN209125459U CN 209125459 U CN209125459 U CN 209125459U CN 201822150079 U CN201822150079 U CN 201822150079U CN 209125459 U CN209125459 U CN 209125459U
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- unidirectional
- way slabs
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- bullet
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Abstract
The utility model relates to a kind of circulator, it in particular is a kind of machine tool coolant circulator, including circulation bracket, pushing mechanism, one-way mechanism, reciprocator and filter mechanism, sliding position of the column in sliding waist hole II can be pushed by adjusting what is be arranged on pushing mechanism, adjust the promotion radius of throw crank, adjust sliding distance of the reciprocator in circulating barrel, realize that sliding distance between one-way mechanism and reciprocator changes to the flow of circulation machine tool coolant in control loop cylinder when the output shaft velocity of rotation of pushing motor is constant；It can be filtered before machine tool coolant enters circulating barrel by filter mechanism.
Description
Technical field
The utility model relates to a kind of circulator, are in particular a kind of machine tool coolant circulator.
Background technique
Such as a kind of coolant circulation unit of publication number CN205316780U, it is related to coolant liquid appliance technology；Shell
Be provided with non-woven body on the upside of internal portion, the bottom of shell is equipped with purification bottom frame, purify bottom frame inside be equipped with it is several
Decontaminating column, circulating pump are mounted on the downside of case inside wall, and the liquid outlet of circulating pump and a bite of triple valve connect, triple valve
Flow control valve is installed, three mouthfuls of triple valve are connected by the upper end of circulation pipe and shell on two mouthfuls；The utility model lacks
Point is the speed that cannot adjust machine tool coolant circulation according to different use requirements.
Utility model content
The purpose of the utility model is to provide a kind of machine tool coolant circulator, can adjust according to different use requirements
The speed of whole machine tool coolant circulation.
The purpose of this utility model is achieved through the following technical solutions:
A kind of machine tool coolant circulator, including circulation bracket, pushing mechanism, one-way mechanism and reciprocator, it is described
Circulation bracket includes circulating barrel, cycle installation cylinder I, cycle installation cylinder II, sliding support, sliding waist hole I, support leg, motor rack
And sealing ring, the both ends of circulating barrel have been respectively fixedly connected with cycle installation cylinder I and cycle installation cylinder II, sliding support is fixedly connected
In the upper end of circulating barrel, sliding waist hole I is provided on sliding support, circulating barrel both ends are fixedly connected to support leg, two branch
Motor rack is fixedly connected between the upper end of support foot, there are two sealing rings for the inside interference fit of circulating barrel；
The pushing mechanism includes pushing motor, throw crank, sliding waist hole II, pushes column and locking nail, pushing motor
It is fixedly connected on motor rack, throw crank is fixedly connected on pushing motor output shaft, and sliding waist is provided on throw crank
Hole II pushes the two sides of column upper end to be provided with sliding seam allowance, pushes column to pass through the two sliding seam allowances sliding being arranged thereon and connects
It connects in sliding waist hole II, pushes and be connected through a screw thread locking nail on column, the lower end of locking nail and throw crank contact, sliding
The height of seam allowance is less than the thickness of throw crank；
The one-way mechanism includes unidirectional connecting column, one-way slabs I, one-way slabs II, circular through hole I, unidirectional slide post I and list
To bullet I, the both ends of unidirectional connecting column have been respectively fixedly connected with one-way slabs I and one-way slabs II, and one-way slabs I and one-way slabs II are equal
It is fixedly connected in circulating barrel, circular through hole I is provided in one-way slabs I, be provided with bellmouth I in one-way slabs II, in one-way slabs I
Unidirectional slide post I is slidably connected, unidirectional bullet I is fixedly connected on unidirectional slide post I, unidirectional bullet I is withstood on unidirectionally
In the bellmouth I being arranged on plate II, it is set with compressed spring I on unidirectional slide post I, compressed spring I is located at one-way slabs I and unidirectional
Between bullet I；
The reciprocator includes reciprocal cylinder, the column that reciprocatingly slides, reciprocal pushing plate, the slot that reciprocatingly slides, one-way slabs III, unidirectional
Plate IV, circular through hole II, unidirectional slide post II and unidirectional bullet II, reciprocal cylinder are slidably connected in circulating barrel, two sealings
The inside of circle with two end in contact of reciprocal cylinder, is fixedly connected with the column that reciprocatingly slides on reciprocal cylinder respectively, and the column that reciprocatingly slides sliding connects
It connects in sliding waist hole I, reciprocal pushing plate is fixedly connected on the column that reciprocatingly slides, is provided with and reciprocatingly slides in reciprocal pushing plate
Slot pushes the lower end of column to be slidably connected at and reciprocatingly slides in slot, and one-way slabs III and one-way slabs IV are fixedly connected in reciprocal cylinder, single
It is provided with circular through hole II on plate III, bellmouth II is provided in one-way slabs IV, unidirectional cunning is slidably connected in one-way slabs III
Dynamic column II, be fixedly connected with unidirectional bullet II on unidirectional slide post II, and unidirectional bullet II is withstood on to be arranged in one-way slabs IV
In bellmouth II, compressed spring II is set on unidirectional slide post II, compressed spring II is located at one-way slabs III and unidirectional bullet
Between II.
As advanced optimizing for the technical program, a kind of machine tool coolant circulator of the utility model, the lathe
Coolant circulation unit further includes filter mechanism, and filter mechanism includes cartridge filter I, filtering baffle, filter plate and cartridge filter II, mistake
Filter cylinder I is fixedly connected on cycle installation cylinder II, and filtering baffle is fixedly connected on cartridge filter I, filtering is provided in cartridge filter I
Plate has been connected through a screw thread cartridge filter II on cartridge filter I, and the lower end of cartridge filter II is withstood on filtering baffle.
As advanced optimizing for the technical program, a kind of machine tool coolant circulator of the utility model is described unidirectional
Plate II, one-way slabs I, one-way slabs IV and one-way slabs III are set gradually from left to right.
As advanced optimizing for the technical program, a kind of machine tool coolant circulator of the utility model is described unidirectional
Bullet I is identical with the structure of unidirectional bullet II, and the diameter of II left end of unidirectional bullet I and unidirectional bullet is respectively less than right end
Diameter, unidirectional bullet I and unidirectional bullet II are rubber material.
A kind of machine tool coolant circulator of the utility model has the beneficial effect that
A kind of machine tool coolant circulator of the utility model can exist by adjusting the promotion column being arranged on pushing mechanism
Slide the sliding position in waist hole II, adjust the promotion radius of throw crank, adjust sliding of the reciprocator in circulating barrel away from
From realization is constant when the output shaft velocity of rotation of pushing motor, and the sliding distance between one-way mechanism and reciprocator becomes
Change to the flow of circulation machine tool coolant in control loop cylinder；Circulating barrel can be entered in machine tool coolant by filter mechanism
It is preceding to be filtered.
Detailed description of the invention
The utility model is described in more detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the machine tool coolant circulator overall structure diagram of the utility model；
Fig. 2 is the machine tool coolant circulator section view figure structure schematic representation of the utility model；
Fig. 3 is the circulation supporting structure schematic diagram of the utility model；
Fig. 4 is the circulation bracket section view figure structure schematic representation of the utility model；
Fig. 5 is the pushing mechanism structural schematic diagram of the utility model；
Fig. 6 is the pushing mechanism section view figure structure schematic representation of the utility model；
Fig. 7 is the one-way mechanism structural schematic diagram of the utility model；
Fig. 8 is the one-way mechanism section view figure structure schematic representation of the utility model；
Fig. 9 is reciprocator's structural schematic diagram of the utility model；
Figure 10 is reciprocator's section view figure structure schematic representation of the utility model；
Figure 11 is the filter mechanism structural schematic diagram of the utility model；
Figure 12 is the filter mechanism section view figure structure schematic representation of the utility model.
In figure: circulation bracket 1；Circulating barrel 1-1；I 1-2 of cycle installation cylinder；II 1-3 of cycle installation cylinder；Sliding support 1-4；
Slide I 1-5 of waist hole；Support leg 1-6；Motor rack 1-7；Sealing ring 1-8；Pushing mechanism 2；Pushing motor 2-1；Throw crank 2-2；
Slide II 2-3 of waist hole；Push column 2-4；Locking nail 2-5；One-way mechanism 3；Unidirectional connecting column 3-1；I 3-2 of one-way slabs；One-way slabs II
3-3；I 3-4 of circular through hole；I 3-5 of unidirectional slide post；I 3-6 of unidirectional bullet；Reciprocator 4；Reciprocal cylinder 4-1；Reciprocatingly slide column
4-2；Reciprocal pushing plate 4-3；Reciprocatingly slide slot 4-4；III 4-5 of one-way slabs；IV 4-6 of one-way slabs；II 4-7 of circular through hole；It is unidirectional sliding
Dynamic II 4-8 of column；II 4-9 of unidirectional bullet；Filter mechanism 5；I 5-1 of cartridge filter；Filtering baffle 5-2；Filter plate 5-3；Cartridge filter II
5-4。
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
Before illustrating specific embodiment, to avoid repeating language, illustrating " being fixedly connected " as described below can be with
It is: is bolted, welds and the modes such as rivet interlacement are fixed, those skilled in the art can be according to different applications
Scene selects the different modes that is fixedly connected, and main purpose is that two pieces part is fixed.
Specific embodiment 1:
Illustrate present embodiment, a kind of machine tool coolant circulator below with reference to Fig. 1-12, including recycles bracket 1, pushes away
Motivation structure 2, one-way mechanism 3 and reciprocator 4, can be by adjusting the promotion column 2-4 being arranged on pushing mechanism 2 in sliding waist hole
Sliding position in II 4-4 adjusts the promotion radius of throw crank 2-2, adjusts sliding of the reciprocator 4 in circulating barrel 1-1
Distance realizes that the output shaft velocity of rotation for working as pushing motor 2-1 is constant, the sliding distance between one-way mechanism 3 and reciprocator 4
It changes to the flow of circulation machine tool coolant in control loop cylinder 1-1；It can be in machine tool coolant by filter mechanism 5
It is filtered before into circulating barrel 1-1.
The circulation bracket 1 includes circulating barrel 1-1, I 1-2 of cycle installation cylinder, II 1-3 of cycle installation cylinder, sliding support 1-
4, I 1-5 of waist hole, support leg 1-6, motor rack 1-7 and sealing ring 1-8 are slided, the both ends of circulating barrel 1-1, which have been respectively fixedly connected with, to be followed
I 1-2 of ring mounting cylinder and cycle installation cylinder II 1-3, sliding support 1-4 are fixedly connected on the upper end of circulating barrel 1-1, sliding support 1-
Sliding I 1-5 of waist hole is provided on 4, the both ends circulating barrel 1-1 are fixedly connected to support leg 1-6, the upper end of two support leg 1-6
Between be fixedly connected with motor rack 1-7, there are two sealing ring 1-8 for the inside interference fit of circulating barrel 1-1；
The pushing mechanism 2 includes pushing motor 2-1, throw crank 2-2, sliding II 2-3 of waist hole, pushes column 2-4 and lock
2-5 is marked closely, pushing motor 2-1 is fixedly connected on motor rack 1-7, and throw crank 2-2 is fixedly connected on pushing motor 2-1 output
On axis, it is provided with sliding II 2-3 of waist hole on throw crank 2-2, pushes the two sides of the upper end column 2-4 to be provided with sliding seam allowance, pushes away
Dynamic column 2-4 passes through two sliding seam allowances being arranged thereon and is slidably connected in sliding II 2-3 of waist hole, pushes and passes through spiral shell on column 2-4
Line is connected with locking nail 2-5, the lower end of locking nail 2-5 and throw crank 2-2 contact, and the height for sliding seam allowance is less than throw crank
The thickness of 2-2；
The one-way mechanism 3 includes unidirectional connecting column 3-1, I 3-2 of one-way slabs, II 3-3 of one-way slabs, I 3-4 of circular through hole, list
To I 3-6 of I 3-5 of slide post and unidirectional bullet, the both ends of unidirectional connecting column 3-1 have been respectively fixedly connected with I 3-2 of one-way slabs and list
To II 3-3 of plate, I 3-2 of one-way slabs and II 3-3 of one-way slabs are fixedly connected in circulating barrel 1-1, are provided with circle on I 3-2 of one-way slabs
It is provided with bellmouth I on I 3-4 of shape through-hole, II 3-3 of one-way slabs, unidirectional I 3-5 of slide post is slidably connected on I 3-2 of one-way slabs, it is single
It is fixedly connected with unidirectional I 3-6 of bullet on I 3-5 of slide post, unidirectional I 3-6 of bullet is withstood on to be arranged on II 3-3 of one-way slabs
In bellmouth I, compressed spring I is set on unidirectional I 3-5 of slide post, compressed spring I is located at I 3-2 of one-way slabs and unidirectional bullet
Between I 3-6；
The reciprocator 4 include reciprocal cylinder 4-1, the column 4-2 that reciprocatingly slides, reciprocal pushing plate 4-3, the slot 4-4 that reciprocatingly slides,
III 4-5 of one-way slabs, IV 4-6 of one-way slabs, II 4-9 of II 4-7 of circular through hole, II 4-8 of unidirectional slide post and unidirectional bullet, reciprocal cylinder
4-1 is slidably connected in circulating barrel 1-1, the inside of two sealing ring 1-8, two end in contact with reciprocal cylinder 4-1 respectively, reciprocal cylinder
The column 4-2 that reciprocatingly slides is fixedly connected on 4-1, the column 4-2 that reciprocatingly slides is slidably connected in sliding I 1-5 of waist hole, and reciprocatingly slide column
It is fixedly connected with reciprocal pushing plate 4-3 on 4-2, the slot 4-4 that reciprocatingly slides is provided in reciprocal pushing plate 4-3, pushes under column 2-4
End, which is slidably connected at, to reciprocatingly slide in slot 4-4, and IV 4-6 of III 4-5 of one-way slabs and one-way slabs is fixedly connected in reciprocal cylinder 4-1, single
It is provided with II 4-7 of circular through hole on III 4-5 of plate, bellmouth II is provided on IV 4-6 of one-way slabs, is slided on III 4-5 of one-way slabs
It is connected with unidirectional II 4-8 of slide post, unidirectional II 4-9 of bullet, unidirectional bullet II are fixedly connected on unidirectional II 4-8 of slide post
4-9 is withstood in the bellmouth II being arranged on IV 4-6 of one-way slabs, and compressed spring II is set on unidirectional II 4-8 of slide post, compresses bullet
Spring II is located between II 4-9 of III 4-5 of one-way slabs and unidirectional bullet；Start pushing motor 2-1, the output shaft of pushing motor 2-1
Start turning, the output shaft of pushing motor 2-1 drive throw crank 2-2 centered on the axis of pushing motor 2-1 output shaft into
Row rotation, throw crank 2-2 drives sliding II 2-3 of waist hole to be rotated centered on the axis of pushing motor 2-1 output shaft, sliding
Dynamic II 2-3 of waist hole, which drives, pushes column 2-4 to be rotated centered on the axis of pushing motor 2-1 output shaft, and column 2-4 is pushed to push
Reciprocal pushing plate 4-3 is slided on the direction of sliding I 1-5 of waist hole, and reciprocal pushing plate 4-3 drives the column 4-2 that reciprocatingly slides to exist
It is slided in sliding I 1-5 of waist hole, the column 4-2 that reciprocatingly slides drives reciprocal cylinder 4-1 to be slided on the direction of sliding I 1-5 of waist hole
Dynamic, reciprocal cylinder 4-1 drives III 4-5 of one-way slabs and IV 4-6 of one-way slabs to be slided in sliding I 1-5 of waist hole, II 3-3 of one-way slabs,
I 3-2 of one-way slabs, IV 4-6 of one-way slabs and III 4-5 of one-way slabs are set gradually from left to right, as IV 4- of III 4-5 of one-way slabs and one-way slabs
6 close to II 3-3 of one-way slabs and I side 3-2 of one-way slabs to when being slided, and the bellmouth I being arranged on I 3-2 of one-way slabs is unidirectionally bored
I 3-6 of body is blocked, and the bellmouth II of III 4-5 of one-way slabs setting squeezes compressed spring II in the presence of hydraulic pressure and unidirectionally to bore
The bellmouth II that II 4-9 of body is not arranged on closure III 4-5 of one-way slabs, machine tool coolant on III 4-5 of one-way slabs by being arranged
Bellmouth II be flowed into I 1-2 of cycle installation cylinder, when III 4-5 of one-way slabs and IV 4-6 of one-way slabs is to far from II 3-3 of one-way slabs
When being slided with I side 3-2 of one-way slabs, the bellmouth II being arranged on III 4-5 of one-way slabs is blocked by unidirectional II 4-9 of bullet, single
The bellmouth I being arranged to I 3-2 of plate squeezes compressed spring I in the presence of hydraulic pressure and makes unidirectional I 3-6 of bullet not single in closure
The bellmouth I being arranged on I 3-2 of plate, machine tool coolant are flowed into one-way slabs I by the bellmouth I being arranged on I 3-2 of one-way slabs
Between III 4-5 of 3-2 and one-way slabs, the circulation for realizing machine tool coolant is moved back and forth, is pushed away by adjusting what is be arranged on pushing mechanism 2
Sliding position of the dynamic column 2-4 in sliding II 4-4 of waist hole, adjusts the promotion radius of throw crank 2-2, and adjustment reciprocator 4 exists
Sliding distance in circulating barrel 1-1 realizes that the output shaft velocity of rotation for working as pushing motor 2-1 is constant, one-way mechanism 3 and reciprocating engine
Sliding distance between structure 4 changes to the flow of circulation machine tool coolant in control loop cylinder 1-1.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-12, present embodiment is described further embodiment one, described
Machine tool coolant circulator further includes filter mechanism 5, and filter mechanism 5 includes I 5-1 of cartridge filter, filtering baffle 5-2, filter plate
5-3 and cartridge filter II 5-4, I 5-1 of cartridge filter are fixedly connected on II 1-3 of cycle installation cylinder, are fixedly connected on I 5-1 of cartridge filter
It is provided with filter plate 5-3 in filtering baffle 5-2, I 5-1 of cartridge filter, II 5- of cartridge filter has been connected through a screw thread on I 5-1 of cartridge filter
4, the lower end of II 5-4 of cartridge filter is withstood on filtering baffle 5-2；When use will the machine tool coolant of filtration cycle connect by pipeline
Enter on II 5-4 of cartridge filter, machine tool coolant is passed through in I 5-1 of cartridge filter by II 5-4 of cartridge filter by filter plate 5-3, filter plate
Processing equipment iron filings in machine tool coolant are filtered by 5-3, when the processing equipment iron filings on filter plate 5-3 are accumulated to certain
II 5-4 of cartridge filter can be rotated when degree, make II 5-4 of cartridge filter be detached from easy cleaning from I 5-1 of cartridge filter by screw thread,
Machine tool coolant is entered in II 1-3 of cycle installation cylinder by I 5-1 of cartridge filter, and machine tool coolant passes through II 1-3 of cycle installation cylinder
It enters in circulating barrel 1-1.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-12, present embodiment is described further embodiment two, described
II 3-3 of one-way slabs, I 3-2 of one-way slabs, IV 4-6 of one-way slabs and III 4-5 of one-way slabs are set gradually from left to right.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-12, present embodiment is described further embodiment three, described
Unidirectional I 3-6 of bullet is identical with the structure of unidirectional II 4-9 of bullet, II left end 4-9 unidirectional I 3-6 of bullet and unidirectional bullet
Diameter be respectively less than right end diameter, unidirectional I 3-6 of bullet and II 4-9 of unidirectional bullet are rubber material.
A kind of machine tool coolant circulator of the utility model, its working principle is that:
When use will the machine tool coolant of filtration cycle accessed on II 5-4 of cartridge filter by pipeline, machine tool coolant is logical
It crosses II 5-4 of cartridge filter and is passed through in I 5-1 of cartridge filter by filter plate 5-3, filter plate 5-3 is by the processing equipment in machine tool coolant
Iron filings are filtered, and can rotate II 5-4 of cartridge filter when the processing equipment iron filings on filter plate 5-3 are accumulated to a certain extent,
Make II 5-4 of cartridge filter be detached from easy cleaning from I 5-1 of cartridge filter by screw thread, machine tool coolant by I 5-1 of cartridge filter into
Enter into II 1-3 of cycle installation cylinder, machine tool coolant is entered in circulating barrel 1-1 by II 1-3 of cycle installation cylinder；Starting pushes
The output shaft of motor 2-1, pushing motor 2-1 start turning, and the output shaft of pushing motor 2-1 drives throw crank 2-2 to push
It is rotated centered on the axis of motor 2-1 output shaft, throw crank 2-2 drives sliding II 2-3 of waist hole defeated with pushing motor 2-1
It is rotated centered on the axis of shaft, sliding II 2-3 of waist hole, which drives, pushes column 2-4 with the axis of pushing motor 2-1 output shaft
Centered on rotated, push column 2-4 push reciprocal pushing plate 4-3 sliding I 1-5 of waist hole direction on slided, back and forth
Pushing plate 4-3 drives the column 4-2 that reciprocatingly slides to be slided in sliding I 1-5 of waist hole, and the column 4-2 that reciprocatingly slides drives reciprocal cylinder 4-1
It is slided on the direction of sliding I 1-5 of waist hole, reciprocal cylinder 4-1 drives III 4-5 of one-way slabs and IV 4-6 of one-way slabs in sliding waist
It is slided in I 1-5 of hole, II 3-3 of one-way slabs, I 3-2 of one-way slabs, IV 4-6 of one-way slabs and III 4-5 of one-way slabs are from left to right successively
Setting, when III 4-5 of one-way slabs and IV 4-6 of one-way slabs is slided to close II 3-3 of one-way slabs and I side 3-2 of one-way slabs, unidirectionally
The bellmouth I being arranged on I 3-2 of plate is blocked by unidirectional I 3-6 of bullet, work of the bellmouth II that III 4-5 of one-way slabs is arranged in hydraulic pressure
The bellmouth II for lower extruding compressed spring II unidirectional II 4-9 of bullet not being arranged on closure III 4-5 of one-way slabs, lathe
Coolant liquid is flowed into I 1-2 of cycle installation cylinder by the bellmouth II being arranged on III 4-5 of one-way slabs, when III 4-5 of one-way slabs and list
To IV 4-6 of plate to bellmouth when being slided far from II 3-3 of one-way slabs and I side 3-2 of one-way slabs, being arranged on III 4-5 of one-way slabs
II is blocked by unidirectional II 4-9 of bullet, and the bellmouth I of I 3-2 of one-way slabs setting squeezes compressed spring I in the presence of hydraulic pressure to be made
The bellmouth I that unidirectional I 3-6 of bullet is not arranged on closure I 3-2 of one-way slabs is obtained, machine tool coolant passes through on I 3-2 of one-way slabs
The bellmouth I of setting is flowed between III 4-5 of I 3-2 of one-way slabs and one-way slabs, moves back and forth the circulation for realizing machine tool coolant,
Sliding position of the column 2-4 in sliding II 4-4 of waist hole is pushed by adjusting what is be arranged on pushing mechanism 2, adjusts throw crank 2-2
Promotion radius, adjust sliding distance of the reciprocator 4 in circulating barrel 1-1, realize when the output shaft of pushing motor 2-1 rotates
Speed is constant, and the sliding distance between one-way mechanism 3 and reciprocator 4 changes to circulation machine in control loop cylinder 1-1
The flow of bed coolant liquid.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in the essential scope of the utility model, also belong to
In the protection scope of the utility model.
Claims (4)
1. a kind of machine tool coolant circulator, including circulation bracket (1), pushing mechanism (2), one-way mechanism (3) and reciprocating engine
Structure (4), it is characterised in that: the circulation bracket (1) includes circulating barrel (1-1), cycle installation cylinder I (1-2), cycle installation cylinder II
(1-3), sliding support (1-4), sliding waist hole I (1-5), support leg (1-6), motor rack (1-7) and sealing ring (1-8), circulation
The both ends of cylinder (1-1) have been respectively fixedly connected with cycle installation cylinder I (1-2) and cycle installation cylinder II (1-3), sliding support (1-4)
It is fixedly connected on the upper end of circulating barrel (1-1), sliding waist hole I (1-5), circulating barrel (1-1) two are provided on sliding support (1-4)
End is fixedly connected to support leg (1-6), is fixedly connected between the upper end of two support legs (1-6) motor rack (1-7), is recycled
There are two sealing ring (1-8) for the inside interference fit of cylinder (1-1)；
The pushing mechanism (2) includes pushing motor (2-1), throw crank (2-2), sliding waist hole II (2-3), pushes column (2-
4) it is fixedly connected on motor rack (1-7) with locking nail (2-5), pushing motor (2-1), throw crank (2-2) is fixedly connected on
On pushing motor (2-1) output shaft, it is provided with sliding waist hole II (2-3) on throw crank (2-2), pushes the upper end column (2-4)
Two sides are provided with sliding seam allowance, push column (2-4) to pass through two sliding seam allowances being arranged thereon and are slidably connected at sliding waist hole
In II (2-3), pushes and be connected through a screw thread locking nail (2-5) on column (2-4), the lower end of locking nail (2-5) and throw crank
(2-2) contact, the height for sliding seam allowance are less than the thickness of throw crank (2-2)；
The one-way mechanism (3) includes unidirectional connecting column (3-1), one-way slabs I (3-2), one-way slabs II (3-3), circular through hole I
The both ends of (3-4), unidirectional slide post I (3-5) and unidirectional bullet I (3-6), unidirectional connecting column (3-1) have been respectively fixedly connected with
One-way slabs I (3-2) and one-way slabs II (3-3), one-way slabs I (3-2) and one-way slabs II (3-3) are fixedly connected in circulating barrel (1-
1) it in, is provided in one-way slabs I (3-2) circular through hole I (3-4), bellmouth I, one-way slabs I is provided in one-way slabs II (3-3)
Unidirectional slide post I (3-5) is slidably connected on (3-2), and unidirectional I (3- of bullet is fixedly connected on unidirectional slide post I (3-5)
6), unidirectional bullet I (3-6) withstands in the bellmouth I being arranged on one-way slabs II (3-3), is set on unidirectional slide post I (3-5)
There is compressed spring I, compressed spring I is located between one-way slabs I (3-2) and unidirectional bullet I (3-6)；
The reciprocator (4) includes reciprocal cylinder (4-1), the column that reciprocatingly slides (4-2), reciprocal pushing plate (4-3), reciprocatingly slide slot
(4-4), one-way slabs III (4-5), one-way slabs IV (4-6), circular through hole II (4-7), unidirectional slide post II (4-8) and unidirectional taper
Body II (4-9), reciprocal cylinder (4-1) are slidably connected in circulating barrel (1-1), and the inside of two sealing rings (1-8) is respectively and back and forth
Two end in contact of cylinder (4-1) are fixedly connected with the column that reciprocatingly slides (4-2) on reciprocal cylinder (4-1), the column that reciprocatingly slides (4-2) sliding
It is connected in sliding waist hole I (1-5), reciprocal pushing plate (4-3), reciprocal pushing plate is fixedly connected on the column that reciprocatingly slides (4-2)
It is provided with the slot that reciprocatingly slides (4-4) in (4-3), the lower end of column (2-4) is pushed to be slidably connected in the slot that reciprocatingly slides (4-4), it is past
It is fixedly connected with one-way slabs III (4-5) and one-way slabs IV (4-6) in multiple cylinder (4-1), is provided in one-way slabs III (4-5) round logical
Hole II (4-7) is provided with bellmouth II in one-way slabs IV (4-6), unidirectional slide post II is slidably connected in one-way slabs III (4-5)
(4-8) is fixedly connected with unidirectional bullet II (4-9) on unidirectional slide post II (4-8), and unidirectional bullet II (4-9) withstands on list
In the bellmouth II being arranged on plate IV (4-6), compressed spring II, compressed spring II are set on unidirectional slide post II (4-8)
Between one-way slabs III (4-5) and unidirectional bullet II (4-9).
2. a kind of machine tool coolant circulator according to claim 1, it is characterised in that: the machine tool coolant circulation
Device further includes filter mechanism (5), filter mechanism (5) include cartridge filter I (5-1), filtering baffle (5-2), filter plate (5-3) and
Cartridge filter II (5-4), cartridge filter I (5-1) are fixedly connected on cycle installation cylinder II (1-3), fixed on cartridge filter I (5-1) to connect
It is connected to filtering baffle (5-2), is provided with filter plate (5-3) in cartridge filter I (5-1), is connected through a screw thread on cartridge filter I (5-1)
Have cartridge filter II (5-4), the lower end of cartridge filter II (5-4) is withstood on filtering baffle (5-2).
3. a kind of machine tool coolant circulator according to claim 2, it is characterised in that: the one-way slabs II (3-3),
One-way slabs I (3-2), one-way slabs IV (4-6) and one-way slabs III (4-5) are set gradually from left to right.
4. a kind of machine tool coolant circulator according to claim 3, it is characterised in that: the unidirectional I (3- of bullet
6) identical with the structure of unidirectional bullet II (4-9), the diameter of unidirectional bullet I (3-6) and the left end unidirectional bullet II (4-9)
Respectively less than right end diameter, unidirectional bullet I (3-6) and unidirectional bullet II (4-9) are rubber material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822150079.2U CN209125459U (en) | 2018-12-19 | 2018-12-19 | A kind of machine tool coolant circulator |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822150079.2U CN209125459U (en) | 2018-12-19 | 2018-12-19 | A kind of machine tool coolant circulator |
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| CN209125459U true CN209125459U (en) | 2019-07-19 |
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| CN201822150079.2U Expired - Fee Related CN209125459U (en) | 2018-12-19 | 2018-12-19 | A kind of machine tool coolant circulator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113245899A (en) * | 2021-05-11 | 2021-08-13 | 曹钢 | A coolant liquid antidandruff circulating device for machining |
-
2018
- 2018-12-19 CN CN201822150079.2U patent/CN209125459U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113245899A (en) * | 2021-05-11 | 2021-08-13 | 曹钢 | A coolant liquid antidandruff circulating device for machining |
| CN113245899B (en) * | 2021-05-11 | 2023-08-15 | 哈尔滨圣睿豪航天科技发展有限公司 | Cooling liquid anti-dandruff circulating device for machining |
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Granted publication date: 20190719 Termination date: 20191219 |