CN209340843U - One kind being suitable for shield machine assembly mechanism automatic lubrication installation - Google Patents
One kind being suitable for shield machine assembly mechanism automatic lubrication installation Download PDFInfo
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- CN209340843U CN209340843U CN201822187623.0U CN201822187623U CN209340843U CN 209340843 U CN209340843 U CN 209340843U CN 201822187623 U CN201822187623 U CN 201822187623U CN 209340843 U CN209340843 U CN 209340843U
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Abstract
The utility model discloses one kind to be suitable for shield machine assembly mechanism automatic lubrication installation, needs the multiple positions lubricated to be respectively equipped with a greasing point in assembled mechanism, the greasing o'clock is made of the first distributing valve；First distributing valve has an oil inlet end and multiple oil outlets, a main lubricating pipe is separately connected in the oil inlet end of each first distributing valve, the other end of the main lubricating pipe connects greasing pump assembly (A, B), it is connected separately with a point lubricating pipe in multiple oil outlets of each first distributing valve, each point of lubricating pipe is connected with corresponding oil site again；The external control device (A, C) of the greasing pump assembly (A, B) realizes the control to greasing pump assembly (A, B) by the control device (A, C), finally realizes the automatic grease supply of each greasing point.
Description
Technical field
The utility model relates to one kind to be suitable for shield machine assembly mechanism automatic lubrication installation.
Background technique
At present during shield machine tunneling construction, tunnel molding relies primarily on the assembling machine of cutter head of shield machine rear portion setting
Structure carries out section of jurisdiction assembled, it is ensured that Tunnel body structure.Now by taking normal dia is 6 meters of shield machines as an example, under normal circumstances often
It tunnels a ring and needs assembled 6 sections of jurisdiction, the assembled every a piece of section of jurisdiction of installation of mechanism need to be advanced, be retreated, up and down, rotation,
And the movements of more set kinematic pairs such as crawl placement need to click through multiple lubrications to guarantee that each kinematic pair operates normally
Row lubrication, but in traditional lubrication operation, main use manually lubricates, one by one by greasing point above-mentioned for assembled mechanism
It is lubricated, since greasing point is more dispersed, assembled mechanism is bigger, and worker easily misses some when being lubricated operation
The lubrication of greasing point causes to lubricate incomplete problem；Simultaneously because artificial climbing to each greasing point up and down is needed to be moistened
Sliding, the large labor intensity of worker, lubrication operation time are longer, and in lubrication operation due to the operation error of worker or it is tired out easily
Generate safety accident.
In view of this, the present inventor furthers investigate in view of the above-mentioned drawbacks in the prior art, there is this case generation then.
Utility model content
The utility model main purpose discloses a kind of suitable for shield machine assembly mechanism automatic lubrication installation.
To achieve the above object, the utility model discloses one kind to be suitable for shield machine assembly mechanism automatic lubrication installation,
The multiple positions lubricated are needed to be respectively equipped with a greasing point in assembled mechanism, the greasing o'clock is made of the first distributing valve；
First distributing valve has an oil inlet end and multiple oil outlets, and each oil inlet end has unidirectional oil inlet passage, each the
The oil inlet end of one distributing valve is separately connected a main lubricating pipe, the other end connection greasing pump assembly of the main lubricating pipe (A,
B), be connected separately with a point lubricating pipe in multiple oil outlets of each first distributing valve, each point of lubricating pipe again with it is corresponding
Oil site is connected；The external control device (A, C) of the greasing pump assembly (A, B) is realized by the control device (A, C) to note
The control of rouge pump assembly (A, B), to realize that lubricant grease is delivered to respectively by greasing pump assembly (A, B) through each main lubricating pipe
A greasing point, then corresponding oil site is assigned to by a minute lubricating pipe for each greasing point, finally realize each greasing point oneself
Dynamic grease supply.
Optionally, the greasing pump assembly A includes multi-point lubricating pump A and lubricant grease storage container A, the multi point lubricating
Pump A have a grease input terminal A and multiple grease output terminals As, multiple grease output terminals As respectively with each main lubricating pipe phase
It connects, grease input terminal A accesses grease storage container, realizes eventually by multi-point lubricating pump A to each main lubricating pipe
Grease supplies, and the lubricant grease supply in the grease storage container A can be injected by external shield machine grease pump output system
Lubricant grease or artificial addition lubricant grease are realized.
Optionally, the greasing pump assembly B can be by the external shield machine grease pump output system of the second distributing valve B, should
Second distributing valve B have a grease input terminal B and multiple grease output end B, multiple grease output end B respectively with each main profit
Slip pipe road is connected with each other, and grease input terminal B accesses a grease output end B of the grease pump output system of shield machine, final logical
The second distributing valve B realization is crossed to supply the grease of each main lubricating pipe.
More specifically, each greasing point of the assembled mechanism is respectively as follows: gear engagement greasing point A, pass through the greasing
Point realizes the lubrication of gear and slewing bearing internal diameter gear in rotation motor shaft；Forward-reverse oil cylinder greasing point B leads to
Cross the lubrication that the greasing point realizes telescopic oil cylinder fixing end joint portion；Slewing bearing greasing point C is realized by the greasing point
Bearing in pivoting support bearing is lubricated；Elevating ram greasing point D is realized by the greasing point to elevating ram outer wall
With the lubrication of fixed frame；Snatch head greasing point E realizes the lubrication of each turning joint of snatch by the greasing point.
More specifically, the control device A include host computer, slave computer, each greasing point of connection control ball valve (A,
B, C, D, E) and connection greasing pump assembly (A, B) grease control ball valve, the host computer be equipped with clock module, by upper
The interval time of greasing is set on the machine of position, then control instruction is issued to slave computer by host computer, gives each control by slave computer
Ball valve (A, B, C, D, E) processed and grease control ball valve export control instruction, then manipulation and control ball valve (A, B, C, D, E) and grease
Control ball valve is opened/is closed, and finally realizes the timing grease supply of each greasing point.
Further, the control device C include host computer, slave computer, each greasing point of connection control ball valve (A, B,
C, D, E), connection greasing pump assembly (A, B) grease control ball valve, be arranged in gear engagement greasing point A in first pressure pass
Sensor and the second pressure sensor being arranged in slewing bearing greasing point C；The first pressure sensor and second
Pressure sensor feeds back the pressure value P 1 corresponded in greasing point, P2 to slave computer in real time, and slave computer feeds back to P1, P2 pressure value
Host computer, host computer receive the P1 pressure value of feedback, and be preset in gear engage greasing point A minimal pressure force value Px and
Maximal pressure force value Py compares, and then issues control instruction to slave computer, and final manipulation and control ball valve A's opens/close, and realizes to gear
Engage the quantitative grease-filling supply of greasing point A；Host computer receives the P2 pressure value of feedback simultaneously, and be preset in revolving support axis
The minimal pressure force value Px and maximal pressure force value Py for holding greasing point C compare, and then issue control instruction to slave computer, final to manipulate
Control ball valve C's opens/closes, and realizes and supplies to the quantitative grease-filling of slewing bearing greasing point C.
Further, it further includes manual grease injection device and the manual ball valve for cutting off greasing master cylinder oil inlet end, described
Manual grease injection device by manually by external manual tool or electric tool realize to the first distributing valve of each greasing point
Oil inlet end injects lubricant grease.
Using the above method, the assembled mechanism of shield machine can be according to requiring using timing or quantitative automatic injecting grease for lubricating side
Formula avoids reducing the labor intensity of worker and the danger of labour using manually one by one manually each oil site is lubricated
Coefficient improves the lubricating efficiency of assembled mechanism, once while above system provided with automatic greasing lubricating arrangement fail, it is only necessary to
Injection lubricant grease can be selected to each greasing by manual grease injection device, it is artificial without going to carry out to each oil site
Injecting grease for lubricating operation.
Detailed description of the invention
Preferably explain that the utility model includes that and its can quilts as illustrating of providing of non-limitative example
Implement, in addition, the explanation refers to attached drawing, in the accompanying drawings:
Fig. 1 the utility model carries out the hydraulic schematic diagram of injecting grease for lubricating using multi-point lubricating pump；
Fig. 2 the utility model carries out the hydraulic schematic diagram of injecting grease for lubricating using the second distributing valve；
The stereoscopic schematic diagram of Fig. 3 the utility model assembly mechanism；
The stereoscopic schematic diagram that Fig. 4 the utility model revolving support axis is surveyed；
The working principle diagram of Fig. 5 the utility model control device first embodiment；
The working principle diagram of Fig. 6 the utility model control device second embodiment.
Label declaration:
Assembled mechanism 1, greasing point 2, the first distributing valve 2, main lubricating pipe 3, greasing pump assembly (4A, 4B), multi point lubricating
Pump 41A, grease input terminal (411A, 411B), grease output end (412A, 412B), lubricant grease storage container 42A, second point
With valve 41B, divide lubricating pipe 5, control device 6, host computer 61, clock module 611, slave computer 62, control ball valve (63A, 63B,
63C, 63D, 63E), grease control ball valve 64, gear engage greasing point A, forward-reverse oil cylinder greasing point B, slewing bearing
Greasing point C, elevating ram greasing point D, snatch head greasing point E, first pressure sensor 71, second pressure sensor 72, manually
Grease pouring device 81, manual ball valve 82, hydraulic motor support seat cover 9, telescopic oil cylinder 10, slewing bearing 11, slewing bearing
Internal diameter gear 111, reversing frame 113, elevating ram 12, snatch head 13, shield machine grease pump output system 14
Specific embodiment
The utility model is described in detail below in conjunction with drawings and the specific embodiments.
As shown in Figure 1 and Figure 2, a kind of to be suitable for shield machine assembly mechanism automatic lubrication installation, it needs to moisten in assembled mechanism 1
Sliding multiple positions are respectively equipped with a greasing point 2, and the greasing point 2 of the utility model embodiment shares 5, such as Fig. 3, Fig. 4 institute
Show, respectively gear engages greasing point A, and the corresponding oil site of greasing point A is located at the gear in rotation motor shaft, and (figure is not
Show) (it is located in hydraulic motor support seat cover 9) with the engagement place of slewing bearing internal diameter gear 111, pass through the greasing point and realizes
The lubrication of both above-mentioned intermeshing gear, reversing frame 113 is fixed on the inner ring of slewing bearing 11, by rotation motor band
The inner ring of dynamic slewing bearing 11, then drives the rotation of reversing frame 113；Forward-reverse oil cylinder greasing point B, greasing point B
Corresponding oil site is located at the joint of 10 fixing end of telescopic oil cylinder, realizes that 10 fixing end of telescopic oil cylinder is closed by greasing point B
The lubrication in section portion, the telescopic oil cylinder 10 is for driving 13 forward-reverse of rotary support；Slewing bearing greasing point C, the greasing
The corresponding oil site of point C is multiple, and above-mentioned oil site is evenly distributed in the sidewall end of 11 outer diameter of slewing bearing, passes through the note
Rouge point C realization is lubricated the bearing in pivoting support bearing 11；Elevating ram greasing point D, greasing point D are located at lifting oil
On the outside of the casing wall of cylinder, the lubrication to elevating ram 12 outer wall and fixed frame is realized by the corresponding oil site of greasing point D；Snatch
Head greasing point E, the corresponding oil site of greasing point E is multiple, each turning joint portion of snatch head 13 is located at, by more
A oil site realizes the lubrication of each turning joint of snatch head 13.The greasing point 2 by corresponding first distributing valve 2A,
2B, 2C, 2D, 2E are constituted, and the 2B and 2E of the present embodiment share a distributing valve；Each first distributing valve 2A, 2B, 2C,
2D, 2E have an oil inlet end and multiple oil outlets, and each oil inlet end has unidirectional oil inlet passage, in each first distribution
The oil inlet end of valve 2 is separately connected a main lubricating pipe 3, and the other end of the main lubricating pipe 3 connects greasing pump assembly 4A, 4B,
Be connected separately with point lubricating pipe 5 in multiple oil outlets of each first distributing valve 2, each point of lubricating pipe 5 again with it is corresponding
Oil site is connected；The external control device 6 of greasing pump assembly 4A, 4B is realized by the control device 6 to greasing pump assembly
The control of 4A, 4B, to realize that lubricant grease is delivered to each greasing through each main lubricating pipe 3 by greasing pump assembly 4A, 4B
Point 2, then corresponding oil site is assigned to by minute lubricating pipe 5 of each greasing point 2, finally realize the automatic of each greasing point 2
Grease supply.
As shown in Figure 1, the utility model provides one embodiment of greasing pump assembly, the greasing pump assembly 4A
There is a grease input terminal 411A including multi-point lubricating pump 41A and lubricant grease storage container 42A, multi-point lubricating pump 41A
And multiple grease output end 412A, multiple grease output end 412A are connected with each other with each main lubricating pipe 3 respectively, grease input
It holds 411A to access grease storage container, is realized eventually by multi-point lubricating pump 41A and the grease of each main lubricating pipe 3 is supplied,
Lubricant grease supply in the grease storage container 42A can inject lubricant grease by external shield machine grease pump output system
Or artificial addition lubricant grease realizes that the shield machine grease pump output system has setting in each shield machine, mainly
For main driving grease seal system, flexible, the spiral shell machine gate lubrication of screw conveyor etc..
As shown in Fig. 2, the utility model provides second embodiment of greasing pump assembly, the greasing pump assembly 4B
There can be a grease input by the grease pump output system of the second external shield machine of distributing valve 41B, the second distributing valve 41B
411B and multiple grease output end 412B, multiple grease output end 412B are held to be connected with each other respectively with each main lubricating pipe 3, oil
Rouge input terminal 411B accesses a grease output end 412B of the grease pump output system of shield machine, eventually by the second distributing valve
41B, which is realized, supplies the grease of each main lubricating pipe 3.
As shown in figure 5, the utility model provides a kind of control device 6A of timing grease supply in fact, it includes host computer
61, slave computer 62, control ball valve 63A, 63B, 63C, 63D, 63E of each greasing point 2 of connection and connection greasing pump assembly 4A, 4B
Grease control ball valve 64, the host computer 61 be equipped with clock module 611, pass through on host computer 61 set greasing interval
Time, then control instruction is issued to slave computer 62 by host computer 61, by slave computer 62 to each control ball valve 63A, 63B,
63C, 63D, 63E and grease control ball valve 64 export control instruction, then manipulation and control ball valve 63A, 63B, 63C, 63D, 63E and
Grease control ball valve 64 is opened/is closed, and finally realizes the timing grease supply of each greasing point 2.
Further, it is engaged as shown in fig. 6, being provided on the basis of the tangible timing grease supply of the utility model for gear
The control device 6C of the quantitative grease of greasing point A and slewing bearing greasing point C supply, control device 6C includes host computer
61, slave computer 62, control ball valve 63A, 63B of each greasing point 2 of connection, 63C, 63D, 63E, connection greasing pump assembly 4A, 4B
Grease control ball valve 64, be arranged in gear engagement greasing point A in first pressure sensor 71 and be arranged in revolving support axis
Hold the second pressure sensor 72 in greasing point C；The first pressure sensor 71 and second pressure sensor 72 is given in real time
Slave computer 62 feeds back the pressure value P 1 corresponded in greasing point, P2, and P1, P2 pressure value are fed back to host computer 61 by slave computer 62, on
Position machine 61 receives the P1 pressure value of feedback, and with the minimal pressure force value P1x and maximal pressure that are preset in gear and engage greasing point A
Force value P1y compares, and then issues control instruction to slave computer 62, and final manipulation and control ball valve 63A's opens/close, and realizes to gear
Engage the quantitative grease-filling supply of greasing point A；Host computer 61 receives the P2 pressure value of feedback simultaneously, and be preset in revolving support
The minimal pressure force value P2x and maximal pressure force value P2y of bearing grease injection point C compares, and then issues control instruction to slave computer 62, most
Whole manipulation and control ball valve 63C's opens/closes, and realizes and supplies to the quantitative grease-filling of slewing bearing greasing point C.
As shown in Figure 1, 2, the utility model further includes manual grease injection device 81 and for cutting off greasing master cylinder oil inlet end
Manual ball valve 82 can pass through manual greasing by closing manual ball valve 82 when timing or quantitative automatic greasing disabler
Device 81, such as oil inlet by manually realizing the first distributing valve 2 to each greasing point 2 by external manual tool or electric tool
End injection lubricant grease.
The lubricating method of the timing greasing of shield machine assembly mechanism is realized using above-mentioned apparatus: note is set on host computer 61
The interval time T of rouge, when issuing greasing instruction by host computer 61, host computer 61 can be by the control of greasing every interval time T
System instruction is issued to slave computer 62, controls ball valve to control ball valve 63A, 63B, 63C, 63D, 63E and grease by slave computer 62
64 output control instructions are opened control ball valve 63A, 63B, 63C, 63D, 63E, by greasing pump assembly 4A, 4B to each note
Rouge selects 2 injection lubricant greases, realizes each 2 timing grease of greasing point supply.
On this basis, the utility model also discloses a kind of quantitative grease-filling lubrication side suitable for shield machine assembly mechanism
Method is preferentially supplied for gear engagement greasing point A and slewing bearing greasing point C using quantitative grease, by nibbling in gear
It closes greasing point A and adds first pressure sensor 71, add second pressure sensor 72 in slewing bearing greasing point C, it is described
First pressure sensor 71 and second pressure sensor 72 fed back in real time to slave computer 62 pressure value P 1 in corresponding greasing point,
P1, P2 pressure value are fed back to host computer 61 by P2, slave computer 62, and host computer 61 receives the P1 pressure value of feedback, and with it is default
Compare in the minimal pressure force value P1x and maximal pressure force value P1y of gear engagement greasing point A, it is as the P1 < P1x of feedback, then upper
Machine 61 issues greasing control instruction to slave computer 62, and control ball valve A is opened, until P1 >=P2x, then control ball valve A closing, gear
The quantitative grease supply of engagement greasing point A terminates；Host computer 61 receives the P2 pressure value of feedback, and be preset in revolving support
The minimal pressure force value P2x and maximal pressure force value P2y of bearing grease injection point C compares, and as the P2 < P2x of feedback, then host computer 61 is right
Slave computer 62 issues greasing control instruction, and control ball valve C is opened, until P2 >=P2y, then control ball valve C closing, revolving support axis
The quantitative grease supply for holding greasing point C terminates.
Above-mentioned automatic greasing mode is not avoided to fail simultaneously, such as when host computer 61 feeds back the supply of timing grease or quantitative grease
Supply is broken down, and the utility model also provides a kind of method of manual injecting grease for lubricating, by closing for cutting off greasing master cylinder
The manual ball valve 82 of oil inlet end, then injected using manual grease injection device 81 to the oil inlet end of the first distributing valve 2 of each greasing point 2
Lubricant grease realizes manual grease supply.
Finally, it is emphasized that in the description of the present invention, it should be understood that term " first ", " second " are only used
In description purpose, it is not understood to indicate or imply relative importance or implicitly indicates the number of indicated technical characteristic
Amount." first " is defined as a result, the feature of " second " can explicitly or implicitly include one or more of the features.
The meaning of " plurality " is two or more in the description of the present invention, unless otherwise specifically defined.
In the description of this specification, reference term " one embodiment ", description mean to combine the embodiment or example
Particular features, structures, materials, or characteristics described are contained at least one embodiment or example of the utility model.At this
In specification, schematic expression of the above terms should not be construed as that identical embodiment or example must be directed to.Moreover,
Particular features, structures, materials, or characteristics described can be in any one or more of the embodiments or examples with suitable
Mode combines.In addition, those skilled in the art can engage different embodiments or examples described in this specification
And combination.
Although the embodiments of the present invention have been shown and described above, it is to be understood that above-described embodiment is
Illustratively, it should not be understood as limiting the present invention, those skilled in the art are in the scope of the utility model
Inside it can make changes, modifications, alterations, and variations to the above described embodiments.
Claims (7)
1. one kind is suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that need to lubricate in assembled mechanism (1)
Multiple positions are respectively equipped with a greasing point (2), and the greasing point (2) is made of the first distributing valve (2)；First distributing valve
(2) there is an oil inlet end and multiple oil outlets, each oil inlet end has unidirectional oil inlet passage, in each first distributing valve
(2) oil inlet end is separately connected a main lubricating pipe (3), and the other end of the main lubricating pipe (3) connects greasing pump assembly
(4A, 4B) is connected separately with a point lubricating pipe (5), each point of lubricating pipe in multiple oil outlets of each first distributing valve (2)
(5) it is connected again with corresponding oil site；The external control device (6A, 6C) of the greasing pump assembly (4A, 4B), by the control
Device (6A, 6C) realizes the control to greasing pump assembly (4A, 4B), to realize greasing pump assembly (4A, 4B) by lubricant grease
It is delivered to each greasing point (2) through each main lubricating pipe (3), then is assigned to by minute lubricating pipe (5) of each greasing point (2)
Corresponding oil site finally realizes the automatic grease supply of each greasing point (2).
2. a kind of as described in claim 1 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that the note
Rouge pump assembly (4A) includes multi-point lubricating pump (41A) and lubricant grease storage container (42A), which has
One grease input terminal (411A) and multiple grease output ends (412A), multiple grease output ends (412A) respectively with each main profit
Slip pipe road (3) is connected with each other, and grease input terminal (411A) accesses grease storage container, real eventually by multi-point lubricating pump (41A)
Now the grease of each main lubricating pipe (3) is supplied, the lubricant grease supply in the grease storage container (42A) can be by outer
It connects shield machine grease pump output system (14) injection lubricant grease or artificial addition lubricant grease is realized.
3. a kind of as described in claim 1 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that the note
Rouge pump assembly (4B) can pass through the external shield machine grease pump output system (14) of the second distributing valve (41B), second distributing valve
(41B) has a grease input terminal (411B) and multiple grease output ends (412B), and multiple grease output ends (412B) are respectively
It is connected with each other with each main lubricating pipe (3), grease input terminal (411B) accesses one of the grease pump output system of shield machine
Grease output end (412B) is realized eventually by the second distributing valve (41B) and is supplied to the grease of each main lubricating pipe (3).
4. a kind of as described in claim 1 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that the spelling
Each greasing point (2) of mounting mechanism (1) is respectively as follows: gear engagement greasing point (A), realizes rotation motor shaft by the greasing point
On gear and slewing bearing internal diameter gear (111) lubrication；Forward-reverse oil cylinder greasing point (B) passes through the greasing point
Realize the lubrication of telescopic oil cylinder (10) fixing end joint portion；Slewing bearing greasing point (C), by the greasing point realize to return
The bearing turned in bearing support (11) is lubricated；Elevating ram greasing point (D) is realized by the greasing point to elevating ram
(12) lubrication of outer wall and fixed frame；Snatch head greasing point (E) realizes snatch head (13) each turning joint by the greasing point
Lubrication.
5. a kind of as described in claim 1 or 4 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that described
Control device (6A) include host computer (61), slave computer (62), each greasing point (2) of connection control ball valve (63A, 63B,
63C, 63D, 63E) and connection greasing pump assembly (4A, 4B) grease control ball valve (64), the host computer (61) be equipped with when
Clock module (611), by setting the interval time of greasing on host computer (61), then host computer (61) issues control instruction
To slave computer (62), ball valve is controlled to each control ball valve (63A, 63B, 63C, 63D, 63E) and grease by slave computer (62)
(64) export control instruction, then manipulation and control ball valve (63A, 63B, 63C, 63D, 63E) and grease control the opening of ball valve (64)/
It closes, finally realizes the timing grease supply of each greasing point (2).
6. a kind of as claimed in claim 5 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that the control
Device (6C) processed further includes the first pressure sensor (71) being arranged in gear engagement greasing point A and is arranged in revolving support axis
Hold the second pressure sensor (72) in greasing point C；The first pressure sensor (71) and second pressure sensor (72)
The pressure value P 1 corresponded in greasing point, P2 are fed back to slave computer (62) in real time, slave computer (62) feeds back to P1, P2 pressure value
Position machine (61), host computer (61) receive the P1 pressure value of feedback, and with the minimal pressure force value that is preset in gear and engages greasing point A
P1x and maximal pressure force value P1y compare, and then issue control instruction to slave computer (62), final manipulation and control ball valve (63A)
It opens/closes, realize that the quantitative grease-filling to gear engagement greasing point A supplies；Host computer (61) receives the P2 pressure value of feedback simultaneously,
And compared with the minimal pressure force value P2x and maximal pressure force value P2y for being preset in slewing bearing greasing point C, slave computer is then given
(62) control instruction is issued, final manipulation and control ball valve (63C) is opened/closed, and realization quantifies slewing bearing greasing point C
Greasing supply.
7. a kind of as described in claim 1 be suitable for shield machine assembly mechanism automatic lubrication installation, which is characterized in that it further includes
Manual grease injection device (81) and manual ball valve (82) for cutting off greasing master cylinder oil inlet end, the manual grease injection device (81)
It is infused by manually realizing by external manual tool or electric tool to the oil inlet end of the first distributing valve (2) of each greasing point (2)
Enter lubricant grease.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822187623.0U CN209340843U (en) | 2018-12-25 | 2018-12-25 | One kind being suitable for shield machine assembly mechanism automatic lubrication installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822187623.0U CN209340843U (en) | 2018-12-25 | 2018-12-25 | One kind being suitable for shield machine assembly mechanism automatic lubrication installation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209340843U true CN209340843U (en) | 2019-09-03 |
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ID=67758864
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822187623.0U Active CN209340843U (en) | 2018-12-25 | 2018-12-25 | One kind being suitable for shield machine assembly mechanism automatic lubrication installation |
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| CN (1) | CN209340843U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109323116A (en) * | 2018-12-25 | 2019-02-12 | 厦门厦工中铁重型机械有限公司 | One kind being suitable for shield machine assembly mechanism automatic lubrication installation and its control method |
-
2018
- 2018-12-25 CN CN201822187623.0U patent/CN209340843U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109323116A (en) * | 2018-12-25 | 2019-02-12 | 厦门厦工中铁重型机械有限公司 | One kind being suitable for shield machine assembly mechanism automatic lubrication installation and its control method |
| CN109323116B (en) * | 2018-12-25 | 2023-09-12 | 厦门厦工中铁重型机械有限公司 | Automatic lubrication device suitable for shield tunneling machine assembly mechanism and control method thereof |
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