CN206082930U - Motor end cover fat liquoring equipment - Google Patents
Motor end cover fat liquoring equipment Download PDFInfo
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- CN206082930U CN206082930U CN201620985905.3U CN201620985905U CN206082930U CN 206082930 U CN206082930 U CN 206082930U CN 201620985905 U CN201620985905 U CN 201620985905U CN 206082930 U CN206082930 U CN 206082930U
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Abstract
The utility model discloses a motor end cover fat liquoring equipment aims at providing one kind and can be automatic, quantitative carries out the fat liquoring to the motor end cover, guarantees that the fat liquoring is even, and to the motor end cover fat liquoring equipment that the use amount is stable of oil. It includes vertical guide post on the chassis of oil tank, chassis, setting, can follow that vertical guide post goes up and down put, be used for the elevating gear, self -adaptation ration oiling station and the end cover rotary device that go up and down to put on the shelf. Self -adaptation ration oiling station includes shower nozzle, vertical cylinder body, set up vertical depression bar on putting on the shelf, set up the floating piston in vertical cylinder body and lie in the floating piston below pressure oil piston, set up and trigger oil spout mechanism below putting on the shelf at floating piston with pressing a reset spring between the oil piston, set up pressing the 2nd reset spring between oil piston and the vertical cylinder body lower extreme and lieing in.
Description
Technical field
This utility model is related to a kind of oiling station, and in particular to a kind of electric motor end cap oiling device.
Background technology
Electric motor end cap needs to carry out oiling operation before assembling motor red steel piece, and current electric motor end cap is in assembling motor red steel
Oiling operation before piece is all that operator is operated using manual oiling, and not only oiling is uneven for artificial craft oiling, it is difficult to protect
Card oiling quality, and it is unstable for the usage amount of oil, easily cause the waste of oil.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided one kind can automatically, quantitatively
Oiling is carried out to electric motor end cap, it is ensured that oiling is uniform, and the electric motor end cap oiling device stable to the usage amount of oil.
The technical solution of the utility model is：
A kind of electric motor end cap oiling device, including fuel tank, underframe, the vertical guide pillar being arranged on underframe, can be along vertically leading
Restocking, the lowering or hoisting gear for lifting restocking, the quantitative oiling station of self adaptation and end cap rotary apparatuss that post is lifted, it is described vertical
Guide pillar is provided with guide pillar upper limit position block and guide pillar lower position block, and the restocking is provided with the guide pin bushing coordinated with vertical guide pillar, and leads
Set is positioned between guide pillar upper limit position block and guide pillar lower position block；The end cap rotary apparatuss include rotatably setting by vertical rotating shaft
Put end cap on underframe place flat board, be arranged on end cap place flat board upper surface end cap stopper slot and for driving vertically
The motor of rotating shaft rotation；The quantitative oiling station of the self adaptation include shower nozzle, vertical cylinder body, be arranged on it is vertical in restocking
Depression bar, the floating piston being arranged in vertical cylinder body and the force feed piston below floating piston, be arranged on floating piston with
(the first back-moving spring, the second back-moving spring being arranged between force feed piston and vertical cylinder body lower end and position between force feed piston
Triggering oil injection mechanism below restocking, the upper end open of the vertical cylinder body, lower end closed, vertical cylinder body by connecting rod with
Vertically guide pillar is connected, and vertically cylinder body is located at below restocking, and the vertical depression bar is located at below restocking, and vertically depression bar is located at
The surface of the upper end open of vertical cylinder body, the floating piston are provided with and lead to through the axial direction of the upper and lower end face of floating piston
Hole；The vertical cylinder body medial surface is provided with cylinder body upper limit position block and cylinder body lower position block, and the cylinder body upper limit position block is located at floating
Between piston and force feed piston, cylinder body lower position block is located at the lower section of force feed piston, on the lateral surface of vertical cylinder body and is located at
The first oil-feed interface and the first oil out port are provided with below cylinder body lower position block, are led between the first oil-feed interface and fuel tank
Cross inflow pipeline to be connected, and check valve is provided between the first oil-feed interface and inflow pipeline；Set on the triggering oil injection mechanism
There are the second oil-feed interface and the second oil out port, first oil out port is connected with the second oil-feed sealing joint, described second
Be connected by flowline between oil out port and the oil-in of shower nozzle, the spout of the shower nozzle down, and shower nozzle be located at end
The surface of lid stopper slot.
The electric motor end cap oiling device of this programme can be automatic, quantitative oiling is carried out to electric motor end cap, it is ensured that oiling is equal
It is even and stable to the usage amount of oil.
Preferably, triggering oil injection mechanism include upper and lower ends opening the first vertical valve pocket, be slidably arranged in first erect
The first vertical valve rod and the first vertical frizzen being arranged in restocking in straight valve pocket, the first vertical frizzen are located at the
The surface of the upper end open of one vertical valve pocket, is provided with first annular groove in the middle part of the medial surface of the first vertical valve pocket, described
Second oil-feed interface and the second oil out port are arranged on the lateral surface of the first vertical valve pocket, and the second oil-feed interface goes out with second
Oily interface is connected with first annular groove；
The lateral surface of the first vertical valve rod is provided with the first valve rod lower position block and the first valve rod upper limit position block, and
One valve rod lower position block is located at below the first vertical valve pocket, and the first valve rod upper limit position block is located above the first vertical valve pocket, described
On first vertical valve rod and be located at be arranged with the 3rd back-moving spring between the first vertical valve pocket upper end and the first valve rod upper limit position block,
Sealing ring on first coordinated with the first vertical valve pocket is arranged with the first vertical valve rod, sealing ring in first
And first lower seal, and when the first valve rod lower position block is resisted against the lower surface of the first vertical valve pocket, first annular groove
Between sealing ring in first and the first lower seal, on described first in sealing ring and first between sealing ring first erect
Straight valve rod lateral surface is provided with first and crosses oil hole.
Preferably, triggering controlling organization between the first oil-feed interface and check valve, is additionally provided with, the triggering controlling organization
The second vertical valve pocket, the second vertical valve rod being slidably arranged in the second vertical valve pocket including upper and lower ends opening and it is arranged on
The second vertical frizzen in restocking, the second vertical frizzen are located at the surface of the upper end open of the second vertical valve pocket,
The second cannelure is provided with the middle part of the medial surface of the second vertical valve pocket, the lateral surface of the second vertical valve pocket is provided with and
The 3rd oil-feed interface and the 3rd oil out port that second ring groove is connected, the 3rd oil out port are connected with the first oil-feed interface,
The 3rd oil-feed interface is connected with the outlet of check valve；
The lateral surface of the second vertical valve rod is provided with the second valve rod lower position block and the second valve rod upper limit position block, and
Two valve rod lower position blocks are located at below the second vertical valve pocket, and the second valve rod upper limit position block is located above the second vertical valve pocket, described
On second vertical valve rod and be located at be arranged with the 4th back-moving spring between the second vertical valve pocket upper end and the second valve rod upper limit position block,
Sealing ring on second coordinated with the second vertical valve pocket is arranged with the second vertical valve rod, sealing ring in second
And second lower seal, and when the second valve rod lower position block is resisted against the lower surface of the second vertical valve pocket, the second cannelure
Between sealing ring in second and the second lower seal, in described second between sealing ring and the second lower seal second erect
Straight valve rod lateral surface is provided with second and crosses oil hole.
Preferably, the lateral surface bottom of fuel tank is provided with fuel tank oil out port, fuel tank is fuel-displaced connects for the inflow pipeline connection
Mouth and the first oil-feed interface.
Preferably, fuel tank is located at the top of force feed piston.
Preferably, lowering or hoisting gear is lift cylinder.
The beneficial effects of the utility model are：Can be automatic, quantitative oiling is carried out to electric motor end cap, it is ensured that oiling is equal
It is even and stable to the usage amount of oil.
Description of the drawings
Fig. 1 is a kind of structural representation of electric motor end cap oiling device of the present utility model.
Fig. 2 is the partial enlarged drawing in Fig. 1 at A.
Fig. 3 is a kind of structural representation of triggering oil injection mechanism of the present utility model.
Fig. 4 is a kind of structural representation of triggering controlling organization of the present utility model.
In figure：Underframe 1, lowering or hoisting gear 2, vertical guide pillar 3, guide pillar upper limit position block 31, guide pillar lower position block 32, are led restocking 4
Set 41,
The quantitative oiling station 5 of self adaptation, vertical depression bar 51, vertical cylinder body 52, the first oil-feed interface 53, second back-moving spring
54th, the first oil out port 55, floating piston limited block 56, floating piston 57, (the first back-moving spring 58, cylinder body upper limit position block 59,
Force feed piston 510, cylinder body lower position block 511,
Triggering oil injection mechanism 6, the first vertical frizzen 61, the second oil-feed interface 62a, the second oil out port 62b, first are erected
On straight valve pocket 63, first annular groove 64, the first valve rod upper limit position block 65, the first vertical valve rod 66, the 3rd back-moving spring 67, first
Sealing ring 68, first crosses sealing ring 610, the first lower seal 611, the first valve rod lower position block 612 in oil hole 69, first,
Triggering controlling organization 7, the second vertical frizzen 71, the 3rd oil-feed interface 72a, the 3rd oil out port 72b, second are erected
On straight valve pocket 73, the second cannelure 74, the second valve rod upper limit position block 75, the second vertical valve rod 76, the 4th back-moving spring 77, second
In sealing ring 78, second, sealing ring 79, second crosses oil hole 710, the second lower seal 711, the second valve rod lower position block 712,
And fuel tank 8, fuel tank oil out port 81, end cap rotary apparatuss 9, vertical rotating shaft 91, end cap place flat board 92, end cap limit
Position groove 93, motor 94, shower nozzle 10, check valve 11, inflow pipeline 12.
Specific embodiment
This utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings：
As shown in figure 1, a kind of electric motor end cap oiling device includes fuel tank 8, underframe 1, the vertical guide pillar being arranged on underframe
3rd, can revolve along the restocking 4 of vertical guide pillar lifting, for lifting the quantitative oiling station 5 of the lowering or hoisting gear 2, self adaptation of restocking and end cap
Rotary device 9.Vertically guide pillar is provided with guide pillar upper limit position block 31 and guide pillar lower position block 32.Restocking is provided with and is coordinated with vertical guide pillar
Guide pin bushing 41, and guide pin bushing be located between guide pillar upper limit position block and guide pillar lower position block.Lowering or hoisting gear is lift cylinder.
End cap rotary apparatuss include that being rotatably provided in the end cap on underframe by vertical rotating shaft 91 places flat board 92, arranges
The end cap stopper slot 93 and the motor 94 for driving vertical rotating shaft rotation of the upper surface of flat board are placed in end cap.Drive electricity
Machine is arranged on underframe.The external shape fits of end cap stopper slot and electric motor end cap, the end cap stopper slot of the present embodiment are rounded.
As shown in Figure 1 and Figure 2, the quantitative oiling station of self adaptation includes shower nozzle 10, vertical cylinder body 52, is arranged in restocking
Vertically depression bar 51, the floating piston 57 being arranged in vertical cylinder body and the force feed piston 510 below floating piston, be arranged on
Floating piston and force feed piston between (the first back-moving spring 58, be arranged on force feed piston and vertical cylinder body lower end between second
Back-moving spring 54 and the triggering oil injection mechanism 6 below restocking.Fluid is full of in vertical cylinder body below force feed piston.Vertically
The upper end open of cylinder body, lower end closed.The upper end of (the first back-moving spring is resisted against on floating piston lower surface, (the first back-moving spring
Lower end be resisted against force feed piston upper surface on.Floating piston is provided with and leads to through the axial direction of the upper and lower end face of floating piston
Hole.Vertically cylinder body is connected with vertical guide pillar by connecting rod, and vertically cylinder body is located at below restocking.Connecting rod is located under guide pillar
The lower section of limited block.Vertically depression bar is located at below restocking, and vertically depression bar is located at the surface of the upper end open of vertical cylinder body.It is perpendicular
In straight-cylinder body, side is provided with cylinder body upper limit position block 59 and cylinder body lower position block 511.Cylinder body upper limit position block be located at floating piston with
Between force feed piston.Cylinder body lower position block is located at the lower section of force feed piston.Vertically floating piston is additionally provided with the top of cylinder body medial surface
Limited block 56, and the top of floating piston limited block floating piston.
On the lateral surface of vertical cylinder body and it is provided with the first oil-feed interface 53 below cylinder body lower position block to go out with first
Oily interface 55.The lateral surface bottom of fuel tank is provided with fuel tank oil out port 81.Fuel tank is located at the top of force feed piston.First oil-feed connects
Mouth is connected by inflow pipeline 12 between fuel tank, and the inflow pipeline of the present embodiment connects fuel tank oil out port and the first oil-feed
Interface.Check valve 11 is provided between first oil-feed interface and inflow pipeline.Check valve allows fluid to enter vertical cylinder body by fuel tank
It is interior.
As shown in Figure 1, Figure 2, Figure 3 shows, triggering oil injection mechanism 6 includes the first vertical valve pocket 63 of upper and lower ends opening, slides
The first vertical valve rod 66 being arranged in the first vertical valve pocket and the first vertical frizzen 61 being arranged in restocking.First is vertical
Frizzen is located at the surface of the upper end open of the first vertical valve pocket.It is provided with first annular in the middle part of the medial surface of the first vertical valve pocket
Groove 64.Triggering oil injection mechanism is provided with the second oil-feed interface 62a and the second oil out port 62b.Second oil-feed interface goes out with second
Oily interface is arranged on the lateral surface of the first vertical valve pocket, and the second oil-feed interface and the second oil out port with first annular groove
It is connected.First oil out port is connected with the second oil-feed sealing joint.Pass through between second oil out port and the oil-in of shower nozzle
Flowline is connected.The spout of shower nozzle down, and shower nozzle be located at end cap stopper slot surface.
The lateral surface of the first vertical valve rod is provided with the first valve rod lower position block 612 and the first valve rod upper limit position block 65, and
First valve rod lower position block is located at below the first vertical valve pocket, and the first valve rod upper limit position block is located above the first vertical valve pocket.The
On one vertical valve rod and be located at be arranged with the 3rd back-moving spring 67 between the first vertical valve pocket upper end and the first valve rod upper limit position block.
Sealing ring in sealing ring 68, first is arranged with first coordinated with the first vertical valve pocket on first vertical valve rod
610 and first lower seal 611.Sealing ring on first, sealing ring and the first lower seal are sequentially distributed from top to bottom in first.
When the first valve rod lower position block is resisted against the lower surface of the first vertical valve pocket, first annular groove sealing ring and the in first
Between one lower seal.The first vertical valve rod lateral surface on first in sealing ring and first between sealing ring is provided with the first mistake
Oil hole 69.
As shown in Figure 1, Figure 2, Figure 4 shows, triggering controlling organization 7 is additionally provided between the first oil-feed interface 53 and check valve 11.Touch
Send out controlling organization include upper and lower ends opening the second vertical valve pocket 73, be slidably arranged in the second vertical valve pocket it is second vertical
Valve rod 76 and the second vertical frizzen 71 being arranged in restocking.Second vertical frizzen is located at the upper end of the second vertical valve pocket and opens
The surface of mouth.The second cannelure 74 is provided with the middle part of the medial surface of the second vertical valve pocket.Set on the lateral surface of the second vertical valve pocket
There is the 3rd oil-feed interface 72a and the 3rd oil out port 72b being connected with the second cannelure.3rd oil out port and the first oil-feed
Interface is connected.3rd oil-feed interface is connected with the outlet of check valve.
The lateral surface of the second vertical valve rod is provided with the second valve rod lower position block 712 and the second valve rod upper limit position block 75, and
Second valve rod lower position block is located at below the second vertical valve pocket, and the second valve rod upper limit position block is located above the second vertical valve pocket.The
On two vertical valve rods and be located at be arranged with the 4th back-moving spring 77 between the second vertical valve pocket upper end and the second valve rod upper limit position block.
Sealing ring 79 in sealing ring 78, second is arranged with second coordinated with the second vertical valve pocket on second vertical valve rod
And second lower seal 711.Sealing ring on second, sealing ring and the second lower seal are sequentially distributed from top to bottom in second.When
When second valve rod lower position block is resisted against the lower surface of the second vertical valve pocket, the second cannelure is positioned at sealing ring and second in second
Between lower seal.It is excessively oily that the second vertical valve rod lateral surface in second between sealing ring and the second lower seal is provided with second
Through hole 710.
The specific work process of the electric motor end cap oiling device of the present embodiment is as follows：
First, electric motor end cap is placed in end cap stopper slot, and the red steel piece stopper slot on the end face of electric motor end cap
Notch is upward.The spout of shower nozzle is located at the surface of the notch of red steel piece stopper slot.
Second, motor drives end cap to place flat board and the rotation of electric motor end cap thereon；Meanwhile, in lowering or hoisting gear drive
Frame is moved down, till guide pin bushing is resisted against on guide pillar lower position block；
During restocking is moved down：Vertically depression bar will be contacted with floating piston and press down floating piston first, make
(the first back-moving spring compresses reserves；And before the first vertical frizzen and the first vertical valve stem contacts, due to triggering oil spout
Second oil-feed interface of mechanism and the second oil out port are cut off（Do not connect）, as shown in Figure 2 and Figure 3, thus force feed piston will not
Move down；
Then, the first vertical frizzen and the first vertical valve stem contacts, and the first vertical valve rod is pressed down；Meanwhile, the
Two vertical frizzens and the second vertical valve stem contacts, and the second vertical valve rod is pressed down.
When guide pin bushing is resisted against on guide pillar lower position block：Second cannelure of triggering controlling organization is positioned at sealing ring on second
With second between sealing ring, so as to the 3rd oil-feed interface and the 3rd oil out port are cut off, it is to avoid the oil in fuel tank enters perpendicular
Straight-cylinder body；
Meanwhile, the first annular groove of oil injection mechanism is triggered on first in sealing ring and first between sealing ring, make the
Two oil-feed interfaces are crossed oil hole by first with the second oil out port and are connected, so that the first oil out port is connected with shower nozzle
It is logical；Now, press oil piston in the presence of (the first back-moving spring to move down till being resisted against on cylinder body lower position block,
So as to by force feed piston below vertical cylinder body in fluid（Distributive value is between force feed piston and cylinder body lower position block every time
Oil mass in vertical cylinder body）It is ejected in red steel piece stopper slot by shower nozzle, and coordinates the rotation of electric motor end cap, is completed to red steel
Efficient, the uniform oiling of piece stopper slot, realizes automatic, quantitative carrying out oiling to electric motor end cap, it is ensured that oiling is uniform, and to oil
Usage amount it is stable.
3rd, motor quits work.Meanwhile, lowering or hoisting gear drives to move in restocking and resets.
Move in restocking after resetting, as shown in Figure 2, Figure 3, Figure 4, the quantitative oiling station of self adaptation is in the presence of back-moving spring
Reset, triggering controlling organization resets in the presence of the 4th back-moving spring, make the 3rd oil-feed interface and the of triggering controlling organization
Three oil out port are connected；Resetting in the presence of the 3rd back-moving spring for triggering oil injection mechanism, makes the second of triggering oil injection mechanism
Oil-feed interface and the cut-out of the second oil out port；Force feed piston is up mobile in the presence of second back-moving spring to be resetted, in force feed
Move the oil during resetting in fuel tank to be filled in vertical cylinder body automatically by inflow pipeline and the first oil-feed interface on piston, be
Oiling next time prepares.
Claims (5)
1. a kind of electric motor end cap oiling device, is characterized in that, including fuel tank, underframe, the vertical guide pillar being arranged on underframe, can edge
Restocking, the lowering or hoisting gear for lifting restocking, the quantitative oiling station of self adaptation and end cap rotary apparatuss that vertically guide pillar is lifted, institute
State vertical guide pillar and be provided with guide pillar upper limit position block and guide pillar lower position block, the restocking is provided with and leading that vertical guide pillar coordinates
Set, and guide pin bushing is positioned between guide pillar upper limit position block and guide pillar lower position block；
The end cap rotary apparatuss include placing flat board, being arranged on end by the end cap that vertical rotating shaft is rotatably provided on underframe
Lid places the end cap stopper slot of the upper surface of flat board and the motor for driving vertical rotating shaft rotation；
The quantitative oiling station of the self adaptation includes shower nozzle, vertical cylinder body, the vertical depression bar being arranged in restocking, is arranged on vertically
Floating piston in cylinder body and the force feed piston below floating piston, the be arranged between floating piston and force feed piston
One back-moving spring, the second back-moving spring being arranged between force feed piston and vertical cylinder body lower end and the triggering below restocking
Oil injection mechanism,
The upper end open of the vertical cylinder body, lower end closed, vertical cylinder body are connected with vertical guide pillar by connecting rod, and vertically
Cylinder body is located at below restocking, and the vertical depression bar is located at below restocking, and vertically depression bar is located at the upper end open of vertical cylinder body
Surface, the floating piston are provided with the axially extending bore through the upper and lower end face of floating piston；
The vertical cylinder body medial surface is provided with cylinder body upper limit position block and cylinder body lower position block, and the cylinder body upper limit position block is located at floating
Between piston and force feed piston, cylinder body lower position block is located at the lower section of force feed piston, on the lateral surface of vertical cylinder body and is located at
The first oil-feed interface and the first oil out port are provided with below cylinder body lower position block, are led between the first oil-feed interface and fuel tank
Cross inflow pipeline to be connected, and check valve is provided between the first oil-feed interface and inflow pipeline；
The triggering oil injection mechanism is provided with the second oil-feed interface and the second oil out port, and first oil out port enters with second
Oily sealing joint connection, is connected by flowline between second oil out port and the oil-in of shower nozzle, the shower nozzle
Spout down, and shower nozzle be located at end cap stopper slot surface.
2. electric motor end cap oiling device according to claim 1, is characterized in that, the triggering oil injection mechanism includes upper and lower two
First vertical valve pocket of end opening, the first vertical valve rod being slidably arranged in the first vertical valve pocket and be arranged in restocking
One vertical frizzen, the first vertical frizzen are located at the surface of the upper end open of the first vertical valve pocket, and described first erects
First annular groove is provided with the middle part of the medial surface of straight valve pocket, it is vertical that the second oil-feed interface is arranged on first with the second oil out port
On the lateral surface of valve pocket, and the second oil-feed interface is connected with first annular groove with the second oil out port；
The lateral surface of the first vertical valve rod is provided with the first valve rod lower position block and the first valve rod upper limit position block, and the first valve
Bar lower position block is located at below the first vertical valve pocket, and the first valve rod upper limit position block is located above the first vertical valve pocket, and described first
Vertically on valve rod and positioned at being arranged with the 3rd back-moving spring between the first vertical valve pocket upper end and the first valve rod upper limit position block,
Sealing ring on first coordinated with the first vertical valve pocket is arranged with the first vertical valve rod, sealing ring and the in first
One lower seal, and when the first valve rod lower position block is resisted against the lower surface of the first vertical valve pocket, first annular groove is located at
The first vertical valve in first between sealing ring and the first lower seal, on described first in sealing ring and first between sealing ring
Bar lateral surface is provided with first and crosses oil hole.
3. electric motor end cap oiling device according to claim 1 and 2, is characterized in that, the first oil-feed interface with it is unidirectional
Triggering controlling organization is additionally provided between valve, the triggering controlling organization includes the second vertical valve pocket of upper and lower ends opening, slip
The second vertical valve rod being arranged in the second vertical valve pocket and the second vertical frizzen being arranged in restocking, described second is vertical
Frizzen is located at the surface of the upper end open of the second vertical valve pocket, is provided with second in the middle part of the medial surface of the second vertical valve pocket
Cannelure, the lateral surface of the second vertical valve pocket are provided with the 3rd oil-feed interface being connected with the second cannelure and are gone out with the 3rd
Oily interface, the 3rd oil out port are connected with the first oil-feed interface, and the 3rd oil-feed interface is connected with the outlet of check valve；
The lateral surface of the second vertical valve rod is provided with the second valve rod lower position block and the second valve rod upper limit position block, and the second valve
Bar lower position block is located at below the second vertical valve pocket, and the second valve rod upper limit position block is located above the second vertical valve pocket, and described second
Vertically on valve rod and positioned at being arranged with the 4th back-moving spring between the second vertical valve pocket upper end and the second valve rod upper limit position block,
Sealing ring on second coordinated with the second vertical valve pocket is arranged with the second vertical valve rod, sealing ring and the in second
Two lower seals, and when the second valve rod lower position block is resisted against the lower surface of the second vertical valve pocket, the second cannelure is located at
The second vertical valve in second between sealing ring and the second lower seal, in described second between sealing ring and the second lower seal
Bar lateral surface is provided with second and crosses oil hole.
4. electric motor end cap oiling device according to claim 1 and 2, is characterized in that, the lateral surface bottom of the fuel tank sets
There are fuel tank oil out port, the inflow pipeline connection fuel tank oil out port and the first oil-feed interface.
5. electric motor end cap oiling device according to claim 1 and 2, is characterized in that, the lowering or hoisting gear is lift cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620985905.3U CN206082930U (en) | 2016-08-29 | 2016-08-29 | Motor end cover fat liquoring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620985905.3U CN206082930U (en) | 2016-08-29 | 2016-08-29 | Motor end cover fat liquoring equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206082930U true CN206082930U (en) | 2017-04-12 |
Family
ID=58474844
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620985905.3U Expired - Fee Related CN206082930U (en) | 2016-08-29 | 2016-08-29 | Motor end cover fat liquoring equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206082930U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106256444A (en) * | 2016-08-29 | 2016-12-28 | 浙江厚达智能科技股份有限公司 | Electric motor end cap oiling station |
-
2016
- 2016-08-29 CN CN201620985905.3U patent/CN206082930U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106256444A (en) * | 2016-08-29 | 2016-12-28 | 浙江厚达智能科技股份有限公司 | Electric motor end cap oiling station |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170412 Termination date: 20180829 |