CN108381289A - A kind of lathe oiliness coolant storage tank - Google Patents
A kind of lathe oiliness coolant storage tank Download PDFInfo
- Publication number
- CN108381289A CN108381289A CN201810182746.7A CN201810182746A CN108381289A CN 108381289 A CN108381289 A CN 108381289A CN 201810182746 A CN201810182746 A CN 201810182746A CN 108381289 A CN108381289 A CN 108381289A
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- China
- Prior art keywords
- reserve tank
- fuel reserve
- fixedly connected
- plate
- sliding
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/10—Arrangements for cooling or lubricating tools or work
Abstract
In particular it is a kind of lathe oiliness coolant storage tank the present invention relates to a kind of lathe external application equipment, the volume of fuel reserve tank can be adjusted according to the needs in device；The liquid level of fuel reserve tank can be adjusted in device, and after reaching the liquid level of setting, be automatically stopped the oil inlet into fuel reserve tank；Device can stir the oiliness coolant liquid in fuel reserve tank, and oiliness coolant liquid is made to be uniformly mixed；When lathe works, device can process oil dripping on part into lathe, and processing part in lathe is cooled down and lubricated.The upper end of fuel reserve tank and right end are open architecture, there are two convex sliding ribs for the right end setting of the upper end of fuel reserve tank, the left end of fuel reserve tank is provided with perpendicular sliding slot, the lower end of the left end of fuel reserve tank is provided with the perpendicular baffle plate groove being connected with perpendicular sliding slot, the lower end of the right end of fuel reserve tank is fixedly connected with perpendicular cylinder plate, and ring rib slot is provided on ring rib channel bar.
Description
Technical field
The present invention relates to a kind of lathe external application equipment, are in particular a kind of lathe oiliness coolant storage tanks.
Background technology
Coolant liquid others major function includes cleaning chip, prevents burn into from ensureing biological stability and providing to operation
The friendly environment of member.Application No. is a kind of tank for coolant of wire cutting machine of CN200920307846.4, the utility model provides
A kind of tank for coolant of wire cutting machine, belongs to electric spark wire cutting machine technical field.It solves existing wire cutting machine work
The problems such as part cools down not in time, and wire electrode is easy fever scaling loss and generates fracture of wire, and chip removal has some setbacks.The coolant liquid of this wire cutting machine
Case is arranged on the workbench of cutting on line machine, including there is the babinet of coolant liquid, the lateral of babinet to be provided with for an inside
One strip gab, opening are equipped with a sliding panel being inserted perpendicularly into for cutting machine underarm, and sliding panel can be free back and forth along opening
The opening portion that sliding panel both sides are remained when sliding panel slidably reciprocates along opening is respectively fixedly connected in sliding, the both sides of sliding panel
Divide band one and band two in closed state.The tank for coolant of this wire cutting machine cools down workpiece timely, chip removal effect
Fruit is good, and Workpiece Machining Accuracy is high.But the volume of this tank for coolant can not be adjusted.
Invention content
The present invention provides a kind of lathe oiliness coolant storage tank, and advantage is that the volume of fuel reserve tank in device can be with
It adjusts as needed；The liquid level of fuel reserve tank can be adjusted in device, and after reaching the liquid level of setting, automatically
Stop the oil inlet into fuel reserve tank；Device can stir the oiliness coolant liquid in fuel reserve tank, keep the mixing of oiliness coolant liquid equal
It is even；When lathe works, device can process oil dripping on part into lathe, and processing part in lathe is cooled down and moistened
It is sliding.
The present invention relates to a kind of lathe external application equipment, are in particular a kind of lathe oiliness coolant storage tanks, including
Oil storage box assembly, oil intake assembly and volume adjustment component, the volume of fuel reserve tank can be adjusted according to the needs in device；It is stored up in device
The liquid level of fuel tank can be adjusted, and after reaching the liquid level of setting, be automatically stopped the oil inlet into fuel reserve tank；Dress
The oiliness coolant liquid in fuel reserve tank can be stirred by setting, and oiliness coolant liquid is made to be uniformly mixed；When lathe works, device can
To process oil dripping on part into lathe, processing part in lathe is cooled down and lubricated.
The oil storage box assembly includes fuel reserve tank, convex sliding rib, perpendicular sliding slot, perpendicular baffle plate groove, ring rib slot, ring rib channel bar, erects
Cylinder, perpendicular cylinder plate and screw, the upper end of fuel reserve tank and right end are open architecture, and the right end of the upper end of fuel reserve tank is provided with
Two convex sliding ribs, the left end of fuel reserve tank be provided with perpendicular sliding slot, and the lower end of the left end of fuel reserve tank is provided with to be connected with perpendicular sliding slot
Perpendicular baffle plate groove, the lower end of the right end of fuel reserve tank is fixedly connected with perpendicular cylinder plate, ring rib slot, ring rib slot is provided on ring rib channel bar
The lower end of bar is fixedly connected there are two perpendicular cylinder, and two perpendicular cylinders are slidably connected on cylinder plate, is erected and is led on cylinder plate
It crosses and is threaded with screw, the upper end of screw withstands on the lower end of ring rib channel bar；
The oil intake assembly include perpendicular baffle, trip bolt plate, sliding block, lever, floating ball, oil inlet pipe, sliding cylinder sliding slot,
Sliding cylinder, mullion, flashboard, flashboard socket, sideslip bar, fixing sleeve, moving stop and connecting plate, perpendicular barrier slides are connected to perpendicular cunning
In slot, the upper end of perpendicular baffle is fixedly connected with sliding block, and the front end of sliding block is fixedly connected with trip bolt plate, leads on trip bolt plate
It crosses and is threaded with trip bolt I, trip bolt I withstands on the left end of fuel reserve tank, and the centre position of lever is hinged on the upper of sliding block
End, the right end of lever are connected with floating ball, and the left end of lever is provided with sliding cylinder sliding slot, and the left end of sliding block is fixedly connected with connection
The left end of plate, connecting plate is fixedly connected with flashboard socket, and one end of oil inlet pipe is arranged on flashboard socket, the other end of oil inlet pipe
Positioned at the top of fuel reserve tank, flashboard is inserted on flashboard socket, and the upper end of flashboard is fixedly connected there are two mullion, two mullions it is upper
Sliding cylinder is fixedly connected between end, sliding cylindrical slid is connected on sliding cylinder sliding slot, and the front end of flashboard socket is fixedly connected with
The upper end of fixing sleeve, sideslip bar is fixedly connected on the upper end of flashboard, and the lower end of sideslip bar is slidably connected on fixing sleeve, sideslip bar
Lower end slidably connect moving stop, trip bolt II has been connected through a screw thread on moving stop, trip bolt II withstands on side
On slide bar；
The volume adjustment component includes door word frame, translation bar, door word frame inner panel, valve, flowline, turntable and ring
Rib is fixedly connected with a word frame inner panel on door word frame, and the upper end of door word frame inner panel is fixedly connected with translation bar, and translation bar sliding connects
It is connected between two convex sliding ribs, door word frame is slidably connected at the right end of fuel reserve tank, and the lower end of door word frame inner panel is fixedly connected with out
It is connected to inside oil pipe, flowline and fuel reserve tank, the right end of flowline is provided with valve, and screw thread is provided on the outside of flowline, turns
Disk is matched with flowline by screw thread, and the outer end of turntable is provided with ring rib, and the lower end of ring rib is inserted in ring rib slot.
The oil storage box assembly further includes adhesive tape groove I, bottom plate, support plate, sealing frame and adhesive tape groove II, the upper end of bottom plate
It is fixedly connected with support plate, the upper end of support plate is fixedly connected on the lower end of fuel reserve tank, and the rear and front end of perpendicular sliding slot is both provided with
Adhesive tape groove I is provided in adhesive tape groove II, adhesive tape groove I and adhesive tape groove II in sealing frame and is bonded with sealing joint strip, and sealing frame passes through
Screw is connected to the lower end of fuel reserve tank, and sealing frame is located at the lower position of perpendicular baffle plate groove, and the lower end of perpendicular baffle is slidably connected at close
It seals on frame.
The oil intake assembly further includes floating ball upper connecting rod, and the upper end of floating ball is fixedly connected with floating ball upper connecting rod, on floating ball
Rod slide is connected to the right end of lever, and the right end of lever has been connected through a screw thread trip bolt III, and trip bolt III is withstood on
In floating ball upper connecting rod.
The total weight of the floating ball and floating ball upper connecting rod is more than sliding cylinder, mullion, flashboard, sideslip bar and moving stop
Total weight.
The volume adjustment component further includes adhesive tape groove III, agitation rib plate and perpendicular tablet, is provided on the outside of door word frame
Sealing joint strip is bonded in adhesive tape groove III, adhesive tape groove III, the left end of door word frame is fixedly connected there are two perpendicular tablet, and two perpendicular flat
Multiple agitation rib plates are both provided on the inside of plate.
A kind of lathe oiliness coolant storage tank of the invention has the beneficial effect that：
A kind of lathe oiliness coolant storage tank of the present invention, the volume of fuel reserve tank can be adjusted according to the needs in device；Dress
Setting the liquid level of middle fuel reserve tank can be adjusted, and after reaching the liquid level of setting, be automatically stopped into fuel reserve tank
Oil inlet；Device can stir the oiliness coolant liquid in fuel reserve tank, and oiliness coolant liquid is made to be uniformly mixed；It works in lathe
When, device can process oil dripping on part into lathe, and processing part in lathe is cooled down and lubricated.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is a kind of structural schematic diagram one of lathe oiliness coolant storage tank of the present invention；
Fig. 2 is a kind of structural schematic diagram two of lathe oiliness coolant storage tank of the present invention；
Fig. 3 is the structural schematic diagram one of oil storage box assembly；
Fig. 4 is the structural schematic diagram two of oil storage box assembly；
Fig. 5 is the structural schematic diagram three of oil storage box assembly；
Fig. 6 is the structural schematic diagram one of oil intake assembly；
Fig. 7 is the structural schematic diagram two of oil intake assembly；
Fig. 8 is the cooperation sectional view of oil inlet pipe, flashboard and flashboard socket；
Fig. 9 is the structural schematic diagram of sealing frame；
Figure 10 is the structural schematic diagram one of volume adjustment component；
Figure 11 is the structural schematic diagram two of volume adjustment component.
In figure：Oil storage box assembly 1；Fuel reserve tank 1-1；Convex sliding rib 1-2；Adhesive tape groove I1-3；Perpendicular sliding slot 1-4；Bottom plate 1-5；Branch
Fagging 1-6；Perpendicular baffle plate groove 1-7；Sealing frame 1-8；Adhesive tape groove II1-8-1；Ring rib slot 1-9；Ring rib channel bar 1-10；Perpendicular cylinder 1-
11；Perpendicular cylinder plate 1-12；Screw 1-13；Oil intake assembly 2；Perpendicular baffle 2-1；Trip bolt plate 2-2；Sliding block 2-3；Lever 2-
4；Floating ball 2-5；Floating ball upper connecting rod 2-6；Oil inlet pipe 2-7；Sliding cylinder sliding slot 2-8；Sliding cylinder 2-9；Mullion 2-10；Flashboard 2-11；
Flashboard socket 2-12；Sideslip bar 2-13；Fixing sleeve 2-14；Moving stop 2-15；Connecting plate 2-16；Volume adjustment component 3；Door word
Frame 3-1；Adhesive tape groove III3-2；Stir rib plate 3-3；Perpendicular tablet 3-4；Translate bar 3-5；Door word frame inner panel 3-6；Valve 3-7；It is fuel-displaced
Pipe 3-8；Turntable 3-9；Ring rib 3-10.
Specific implementation mode
Specific implementation mode one：
Illustrate present embodiment with reference to Fig. 1-11, the present invention relates to a kind of lathe external application equipment, are in particular
A kind of lathe oiliness coolant storage tank, including oil storage box assembly 1, oil intake assembly 2 and volume adjustment component 3, oil storage in device
The volume of case can be adjusted according to the needs；The liquid level of fuel reserve tank can be adjusted in device, and reach the liquid of setting
After the height of face, it is automatically stopped the oil inlet into fuel reserve tank；Device can stir the oiliness coolant liquid in fuel reserve tank, make oiliness
Coolant liquid is uniformly mixed；When lathe works, device can process oil dripping on part into lathe, in lathe process part into
Row is cooling and lubricates.
The oil storage box assembly 1 includes fuel reserve tank 1-1, convex sliding rib 1-2, perpendicular sliding slot 1-4, perpendicular baffle plate groove 1-7, ring rib slot
1-9, ring rib channel bar 1-10, perpendicular cylinder 1-11, perpendicular cylinder plate 1-12 and screw 1-13, the upper end of fuel reserve tank 1-1 and right end
For open architecture, there are two convex sliding rib 1-2, the left end of fuel reserve tank 1-1 is provided with perpendicular cunning for the right end setting of the upper end of fuel reserve tank 1-1
Slot 1-4, the lower end of the left end of fuel reserve tank 1-1 are provided with the perpendicular baffle plate groove 1-7 being connected with perpendicular sliding slot 1-4, the right side of fuel reserve tank 1-1
The lower end at end is fixedly connected with perpendicular cylinder plate 1-12, and ring rib slot 1-9 is provided on ring rib channel bar 1-10, ring rib channel bar 1-10's
Lower end is fixedly connected with that there are two perpendicular cylinder 1-11, two perpendicular cylinder 1-11 to be slidably connected on cylinder plate 1-12, erects cylinder
Screw 1-13 is connected through a screw thread on plate 1-12, the upper end of screw 1-13 withstands on the lower end of ring rib channel bar 1-10；To
When upper turn screw 1-13, screw 1-13 can push ring rib channel bar 1-10 to move up, downward turn screw 1-13
When, due to the effect of gravity, ring rib channel bar 1-10 is moved down.
The oil intake assembly 2 include perpendicular baffle 2-1, trip bolt plate 2-2, sliding block 2-3, lever 2-4, floating ball 2-5, into
Oil pipe 2-7, cunning cylinder sliding slot 2-8, sliding cylinder 2-9, mullion 2-10, flashboard 2-11, flashboard socket 2-12, sideslip bar 2-13, consolidate
Surely 2-14, moving stop 2-15 and connecting plate 2-16 are covered, perpendicular baffle 2-1 is slidably connected in perpendicular sliding slot 1-4, erects baffle 2-1's
Upper end is fixedly connected with sliding block 2-3, and the front end of sliding block 2-3 is fixedly connected with trip bolt plate 2-2, leads on trip bolt plate 2-2
It crosses and is threaded with trip bolt I, trip bolt I withstands on the left end of fuel reserve tank 1-1, and the centre position of lever 2-4 is hinged on cunning
The right end of the upper end of block 2-3, lever 2-4 is connected with floating ball 2-5, and the left end of lever 2-4 is provided with sliding cylinder sliding slot 2-8, sliding block
The left end of 2-3 is fixedly connected with connecting plate 2-16, and the left end of connecting plate 2-16 is fixedly connected with flashboard socket 2-12, oil inlet pipe 2-
7 one end is arranged on flashboard socket 2-12, and the other end of oil inlet pipe 2-7 is located at the top of fuel reserve tank 1-1, and flashboard 2-11 is inserted in
On flashboard socket 2-12, the upper end of flashboard 2-11 is fixedly connected there are two mullion 2-10, solid between the upper end of two mullion 2-10
Surely it is connected with sliding cylinder 2-9, sliding cylinder 2-9 is slidably connected on sliding cylinder sliding slot 2-8, and the front end of flashboard socket 2-12, which is fixed, to be connected
It is connected to fixing sleeve 2-14, the upper end of sideslip bar 2-13 is fixedly connected on the upper end of flashboard 2-11, the lower end sliding of sideslip bar 2-13
It is connected on fixing sleeve 2-14, the lower end of sideslip bar 2-13 slidably connects moving stop 2-15, passes through on moving stop 2-15
It is threaded with trip bolt II, trip bolt II is withstood on sideslip bar 2-13；When use device, in the left end of oil inlet pipe 2-7
It is passed through oiliness coolant liquid by pipeline, perpendicular baffle 2-1 can be slided on perpendicular sliding slot 1-4, the fastening spiral shell on trip bolt plate 2-2
Perpendicular baffle 2-1 can be fixed on fuel reserve tank 1-1 by nail I, and adjusting perpendicular positions of the baffle 2-1 on fuel reserve tank 1-1 can be adjusted
The maximum fluid height of fuel reserve tank 1-1；When in fuel reserve tank 1-1 liquid level decline when, floating ball 2-5 due to being moved under the action of gravity, from
And the right end of lever 2-4 is driven to rotate down, the left end of lever 2-4 is rotated up therewith, when the left end of lever 2-4 is rotated up
Sliding cylinder 2-9 and mullion 2-10 is pulled to move up, flashboard 2-11 is lifted, and becomes open state from closing at flashboard socket 2-12, this
When oiliness coolant liquid be passed through in fuel reserve tank 1-1 from oil inlet pipe 2-7；Make liquid level again when being passed through oiliness coolant liquid in fuel reserve tank 1-1
When rising, liquid level pushes floating ball 2-5 to move up, and the left end of lever 2-4, which rotates down, makes flashboard 2-11 again by flashboard socket 2-12
Closing；The position of sliding moving stop 2-15 adjustment moving stops 2-15 can control the maximum distance that flashboard 2-11 is lifted, from
And adjust the maximum stream flow of flashboard socket 2-12.
The volume adjustment component 3 includes door word frame 3-1, translation bar 3-5, door word frame inner panel 3-6, valve 3-7, fuel-displaced
Pipe 3-8, turntable 3-9 and ring rib 3-10 are fixedly connected with a word frame inner panel 3-6 on door word frame 3-1, and door word frame inner panel 3-6's is upper
End is fixedly connected with translation bar 3-5, and translation bar 3-5 is slidably connected between two convex sliding rib 1-2, and door word frame 3-1 is slidably connected
It is fixedly connected with flowline 3-8, flowline 3-8 and fuel reserve tank 1-1 in the lower end of the right end of fuel reserve tank 1-1, door word frame inner panel 3-6
Inside connection, the right end of flowline 3-8 is provided with valve 3-7, is provided with screw thread on the outside of flowline 3-8, turntable 3-9 with it is fuel-displaced
Pipe 3-8 is matched by screw thread, and the outer end of turntable 3-9 is provided with ring rib 3-10, and the lower end of ring rib 3-10 is inserted in ring rib slot 1-9
It is interior.When the lower end of ring rib 3-10 is inserted in ring rib slot 1-9, turn turntable 3-9 and ring rib 3-10 can drive fuel-displaced when rotating
Pipe 3-8 is moved left and right, and to adjust a positions of the word frame 3-1 in fuel reserve tank 1-1, door word frame 3-1 is located at fuel reserve tank 1-1 most
When right end, the volumes of fuel reserve tank 1-1 at this moment are maximum.
The oil storage box assembly 1 further includes adhesive tape groove I1-3, bottom plate 1-5, support plate 1-6, sealing frame 1-8 and adhesive tape groove
The upper end of II1-8-1, bottom plate 1-5 are fixedly connected with support plate 1-6, and the upper end of support plate 1-6 is fixedly connected on fuel reserve tank 1-1's
The rear and front end of lower end, perpendicular sliding slot 1-4 is both provided with adhesive tape groove I1-3, and adhesive tape groove II1-8-1, glue are provided on sealing frame 1-8
Sealing joint strip is bonded in bar groove I1-3 and adhesive tape groove II1-8-1, sealing frame 1-8 is connected by screw fuel reserve tank 1-1's
Lower end, sealing frame 1-8 are located at the lower position of perpendicular baffle plate groove 1-7, and the lower end of perpendicular baffle 2-1 is slidably connected on sealing frame 1-8.
Sealing joint strip in adhesive tape groove I1-3 and adhesive tape groove II1-8-1 plays the role of sealing.
The oil intake assembly 2 further includes floating ball upper connecting rod 2-6, and the upper end of floating ball 2-5 is fixedly connected with floating ball upper connecting rod
2-6, floating ball upper connecting rod 2-6 are slidably connected at the right end of lever 2-4, and the right end of lever 2-4 has been connected through a screw thread trip bolt
III, trip bolt III are withstood on floating ball upper connecting rod 2-6.Upper connecting rod 2-6 can be slided up and down in the right end of lever 2-4, to
The height of floating ball 2-5 is adjusted, adjusts the maximum fluid height in fuel reserve tank 1-1 in another way, trip bolt III can be incited somebody to action
Upper connecting rod 2-6 is fixed on the right end of lever 2-4.
The total weight of the floating ball 2-5 and floating ball upper connecting rod 2-6 be more than sliding cylinder 2-9, mullion 2-10, flashboard 2-11,
The total weight of sideslip bar 2-13 and moving stop 2-15.So that the right end of lever 2-4 has the tendency that moving down always.
The volume adjustment component 3 further includes adhesive tape groove III3-2, agitation rib plate 3-3 and perpendicular tablet 3-4, door word frame 3-
1 outside is provided with adhesive tape groove III3-2, and sealing joint strip is bonded in adhesive tape groove III3-2, and the left end of door word frame 3-1, which is fixed, to be connected
There are two connecing multiple agitation rib plate 3-3 are both provided on the inside of perpendicular tablet 3-4, two perpendicular tablet 3-4.It needs to stir fuel reserve tank 1-
Oiliness coolant liquid in 1, when oiliness coolant liquid being made to be uniformly mixed, downward turn screw 1-13 makes ring rib 3-10 be detached from ring rib slot
At this moment 1-9 moves back and forth flowline 3-8 with hand, a word frame 3-1 is made to reciprocatingly slide in fuel reserve tank 1-1, to perpendicular tablet 3-4
It reciprocatingly slides in fuel reserve tank 1-1 with agitation rib plate 3-3, agitation rib plate 3-3 stirs oiliness coolant liquid, and oiliness is made to cool down
Liquid is uniformly mixed, and the sealing joint strip in adhesive tape groove III3-2 plays the role of sealing.
A kind of operation principle of lathe oiliness coolant storage tank of the present invention：When upward turn screw 1-13, screw
1-13 can push ring rib channel bar 1-10 to move up, when downward turn screw 1-13, due to the effect of gravity, ring rib channel bar
1-10 is moved down.When use device, oiliness coolant liquid is passed through by pipeline in the left end of oil inlet pipe 2-7, erecting baffle 2-1 can be with
It being slided on perpendicular sliding slot 1-4, perpendicular baffle 2-1 can be fixed on fuel reserve tank 1-1 by the trip bolt I on trip bolt plate 2-2,
The maximum fluid height of fuel reserve tank 1-1 can be adjusted by adjusting perpendicular positions of the baffle 2-1 on fuel reserve tank 1-1；When in fuel reserve tank 1-1
When liquid level declines, floating ball 2-5 under the action of gravity due to moving, to drive the right end of lever 2-4 to rotate down, lever 2-4's
Left end is rotated up therewith, pulls sliding cylinder 2-9 and mullion 2-10 to move up when the left end of lever 2-4 is rotated up, flashboard 2-11
It lifts, becomes open state from closing at flashboard socket 2-12, at this moment oiliness coolant liquid is passed through fuel reserve tank 1-1 from oil inlet pipe 2-7
It is interior；When being passed through oiliness coolant liquid in fuel reserve tank 1-1 liquid level being made to increase again, liquid level pushes floating ball 2-5 to move up, lever 2-4's
Left end, which rotates down, makes flashboard 2-11 again close flashboard socket 2-12；Slide moving stop 2-15 adjustment moving stops 2-15
Position can control the maximum distance that flashboard 2-11 is lifted, to adjust the maximum stream flow of flashboard socket 2-12.As ring rib 3-
When 10 lower end is inserted in ring rib slot 1-9, turn turntable 3-9 and ring rib 3-10 can drive flowline 3-8 or so to move when rotating
It is dynamic, to adjust a positions of the word frame 3-1 in fuel reserve tank 1-1, when door word frame 3-1 is located at the right end of fuel reserve tank 1-1, oil storage
The volumes of case 1-1 at this moment are maximum；Sealing joint strip in adhesive tape groove I1-3 and adhesive tape groove II1-8-1 plays the role of sealing.On
Connecting rod 2-6 can be slided up and down with the right end of lever 2-4, to adjust the height of floating ball 2-5, adjust fuel reserve tank in another way
Upper connecting rod 2-6 can be fixed on the right end of lever 2-4 by the maximum fluid height in 1-1, trip bolt III.Agitation is needed to store up
Oiliness coolant liquid in fuel tank 1-1, when oiliness coolant liquid being made to be uniformly mixed, downward turn screw 1-13 makes ring rib 3-10 be detached from
At this moment ring rib slot 1-9 moves back and forth flowline 3-8 with hand, a word frame 3-1 is made to reciprocatingly slide in fuel reserve tank 1-1, to perpendicular flat
Plate 3-4 and agitation rib plate 3-3 reciprocatingly slide in fuel reserve tank 1-1, and agitation rib plate 3-3 stirs oiliness coolant liquid, makes oil
Property coolant liquid be uniformly mixed, the sealing joint strip in adhesive tape groove III3-2 plays the role of sealing.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (5)
1. a kind of lathe oiliness coolant storage tank, including oil storage box assembly (1), oil intake assembly (2) and volume adjustment component
(3), it is characterised in that：The oil storage box assembly (1) includes fuel reserve tank (1-1), convex sliding rib (1-2), perpendicular sliding slot (1-4), erects
Baffle plate groove (1-7), ring rib slot (1-9), ring rib channel bar (1-10), perpendicular cylinder (1-11), perpendicular cylinder plate (1-12) and screw
(1-13), the upper end of fuel reserve tank (1-1) and right end are open architecture, and there are two convex for the right end setting of the upper end of fuel reserve tank (1-1)
Sliding rib (1-2), the left end of fuel reserve tank (1-1) are provided with perpendicular sliding slot (1-4), the lower end of the left end of fuel reserve tank (1-1) be provided with
The perpendicular baffle plate groove (1-7) that perpendicular sliding slot (1-4) is connected, the lower end of the right end of fuel reserve tank (1-1) is fixedly connected with perpendicular cylinder plate
(1-12), is provided with ring rib slot (1-9) on ring rib channel bar (1-10), and the lower end of ring rib channel bar (1-10) is fixedly connected with that there are two perpendicular
Cylinder (1-11), two perpendicular cylinders (1-11) are slidably connected on cylinder plate (1-12), erect and lead on cylinder plate (1-12)
It crosses and is threaded with screw (1-13), the upper end of screw (1-13) withstands on the lower end of ring rib channel bar (1-10)；
The oil intake assembly (2) includes perpendicular baffle (2-1), trip bolt plate (2-2), sliding block (2-3), lever (2-4), floating ball
(2-5), oil inlet pipe (2-7), sliding cylinder sliding slot (2-8), sliding cylinder (2-9), mullion (2-10), flashboard (2-11), flashboard socket
(2-12), sideslip bar (2-13), fixing sleeve (2-14), moving stop (2-15) and connecting plate (2-16) erect baffle (2-1) sliding
It is connected in perpendicular sliding slot (1-4), the upper end of perpendicular baffle (2-1) is fixedly connected with sliding block (2-3), and the front end of sliding block (2-3) is fixed
It is connected with trip bolt plate (2-2), trip bolt I has been connected through a screw thread on trip bolt plate (2-2), trip bolt I is withstood on
The centre position of the left end of fuel reserve tank (1-1), lever (2-4) is hinged on the upper end of sliding block (2-3), and the right end of lever (2-4) connects
It is connected to floating ball (2-5), the left end of lever (2-4) is provided with sliding cylinder sliding slot (2-8), and the left end of sliding block (2-3) is fixedly connected with
The left end of connecting plate (2-16), connecting plate (2-16) is fixedly connected with flashboard socket (2-12), one end setting of oil inlet pipe (2-7)
On flashboard socket (2-12), the other end of oil inlet pipe (2-7) is located at the top of fuel reserve tank (1-1), and flashboard (2-11) is inserted in lock
On plate socket (2-12), the upper end of flashboard (2-11) is fixedly connected with that there are two mullion (2-10), the upper ends of two mullions (2-10)
Between be fixedly connected with sliding cylinder (2-9), sliding cylinder (2-9) is slidably connected on sliding cylinder sliding slot (2-8), flashboard socket (2-
12) front end is fixedly connected with fixing sleeve (2-14), and the upper end of sideslip bar (2-13) is fixedly connected on the upper end of flashboard (2-11),
The lower end of sideslip bar (2-13) is slidably connected on fixing sleeve (2-14), and the lower end of sideslip bar (2-13) slidably connects mobile gear
Plate (2-15) has been connected through a screw thread trip bolt II on moving stop (2-15), and trip bolt II withstands on sideslip bar (2-13)
On；
The volume adjustment component (3) includes door word frame (3-1), translation bar (3-5), door word frame inner panel (3-6), valve (3-
7), flowline (3-8), turntable (3-9) and ring rib (3-10) are fixedly connected with a word frame inner panel (3-6) on door word frame (3-1),
The upper end of door word frame inner panel (3-6) is fixedly connected with translation bar (3-5), and translation bar (3-5) is slidably connected at two convex sliding rib (1-
2) between, door word frame (3-1) is slidably connected at the right end of fuel reserve tank (1-1), and the lower end of door word frame inner panel (3-6) is fixedly connected with
It is connected to inside flowline (3-8), flowline (3-8) and fuel reserve tank (1-1), the right end of flowline (3-8) is provided with valve (3-
7) screw thread, is provided on the outside of flowline (3-8), turntable (3-9) is matched with flowline (3-8) by screw thread, turntable (3-9)
Outer end be provided with ring rib (3-10), the lower end of ring rib (3-10) is inserted in ring rib slot (1-9).
2. a kind of lathe oiliness coolant storage tank according to claim 1, it is characterised in that：The oil storage box assembly
(1) further include adhesive tape groove I (1-3), bottom plate (1-5), support plate (1-6), sealing frame (1-8) and adhesive tape groove II (1-8-1), bottom plate
The upper end of (1-5) is fixedly connected with support plate (1-6), and the upper end of support plate (1-6) is fixedly connected under fuel reserve tank (1-1)
The rear and front end at end, perpendicular sliding slot (1-4) is both provided with adhesive tape groove I (1-3), and adhesive tape groove II (1-8- are provided in sealing frame (1-8)
1) it, is bonded with sealing joint strip in adhesive tape groove I (1-3) and adhesive tape groove II (1-8-1), sealing frame (1-8) is connected by screw
The lower end of fuel reserve tank (1-1), sealing frame (1-8) are located at the lower position of perpendicular baffle plate groove (1-7), and the lower end for erecting baffle (2-1) is slided
It is dynamic to be connected in sealing frame (1-8).
3. a kind of lathe oiliness coolant storage tank according to claim 1, it is characterised in that：The oil intake assembly
(2) further include floating ball upper connecting rod (2-6), the upper end of floating ball (2-5) is fixedly connected with floating ball upper connecting rod (2-6), floating ball upper connecting rod
(2-6) is slidably connected at the right end of lever (2-4), and the right end of lever (2-4) has been connected through a screw thread trip bolt III, fastening
Screw III is withstood in floating ball upper connecting rod (2-6).
4. a kind of lathe oiliness coolant storage tank according to claim 3, it is characterised in that：The floating ball (2-5)
With the total weight of floating ball upper connecting rod (2-6) be more than sliding cylinder (2-9), mullion (2-10), flashboard (2-11), sideslip bar (2-13) and
The total weight of moving stop (2-15).
5. a kind of lathe oiliness coolant storage tank according to claim 1, it is characterised in that：The volume adjustment group
Part (3) further includes adhesive tape groove III (3-2), agitation rib plate (3-3) and perpendicular tablet (3-4), is provided on the outside of door word frame (3-1)
Sealing joint strip is bonded in adhesive tape groove III (3-2), adhesive tape groove III (3-2), there are two the left end of door word frame (3-1) is fixedly connected
Tablet (3-4) is erected, multiple agitation rib plates (3-3) are both provided on the inside of two perpendicular tablets (3-4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810182746.7A CN108381289B (en) | 2018-03-06 | 2018-03-06 | A kind of lathe oiliness coolant storage tank |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810182746.7A CN108381289B (en) | 2018-03-06 | 2018-03-06 | A kind of lathe oiliness coolant storage tank |
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| CN108381289A true CN108381289A (en) | 2018-08-10 |
| CN108381289B CN108381289B (en) | 2019-01-11 |
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| CN110666580A (en) * | 2019-10-30 | 2020-01-10 | 浙江金澳兰机床有限公司 | Automatic concentration adjusting device for cooling liquid of machine tool |
| CN113798913A (en) * | 2021-09-27 | 2021-12-17 | 梁聪 | Numerical control lathe |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108381289B (en) | 2019-01-11 |
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