CN202140470U - Ball clutch - Google Patents
Ball clutch Download PDFInfo
- Publication number
- CN202140470U CN202140470U CN201120233240U CN201120233240U CN202140470U CN 202140470 U CN202140470 U CN 202140470U CN 201120233240 U CN201120233240 U CN 201120233240U CN 201120233240 U CN201120233240 U CN 201120233240U CN 202140470 U CN202140470 U CN 202140470U
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- Prior art keywords
- clutch
- bearing
- transmission shaft
- sliding sleeve
- axle sleeve
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Abstract
The utility model relates to a ball clutch, which is used for cutting off or transmitting the power input from a belt pulley to a slurry pump transmission shaft, wherein the belt pulley is mounted at one end of the transmission shaft through a belt pulley bearing assembly; the other end of the transmission shaft is mounted in a slurry pump box body through a drive bearing assembly; and pinions are mounted on the transmission shaft. The ball clutch is characterized by including a clutch housing, a clutch sliding bush, a spring, a spring seat, a steel ball, an ejector rod and an ejector rod operator. The ball clutch has a simple structure, is reliable to work and quick to act, can realize power transmission by enabling the steel ball to move between the clutch sliding bush and the clutch housing, is suitable for field drilling construction, and can realize power frequent on-off of the slurry pump during the work. The ball clutch can realize on-off function by merely pulling the operating handle, and is easy to operate and convenient to maintain.
Description
Technical field
The utility model belongs to the rig field in the engineering machinery, relates to a kind ofly being applicable to that being used on the slurry pump cut off or transmit the engaging and disengaging gear of belt pulley to the power of slurry pump transmission shaft input, specifically a kind of ball formula clutch.
Background technique
The operating mode of slurry pump is more abominable, and its part and structure are design principle with simple, practicality all; Require to install and convenient disassembly, and for ease of maintenaince, be fit to open-air area and use.Engaging and disengaging gear is the indispensable parts on the slurry pump, its, its structure also is that requirement is simple, reliable, quick.Engaging and disengaging gear commonly used at present mainly contains mechanical structures such as dry type, wet type, diaphragm type, and they all exist complex structure, installation and the inconvenient narrow limitation of maintenance, so be not suitable for the power clutch of slurry pump.
Summary of the invention
The purpose of the utility model is to overcome the deficiency that exists in the existing technology; A kind of ball formula clutch that is applicable on the slurry pump is provided; It is used to cut off or transmit the power of belt pulley to the input of slurry pump transmission shaft; Have advantages such as simple in structure, reliable operation, action be quick, be adapted at open-air drilling operation.
The technological scheme that provides according to the utility model: a kind of ball formula clutch; Be used to cut off or transmit the power of belt pulley to the input of slurry pump transmission shaft; Said belt pulley is installed in transmission shaft one end through the Bearing with wheel assembly; The transmission shaft the other end is installed in the slurry pump casing through the drive bearing assembly, and small gear is installed on the transmission shaft; It is characterized in that: said ball formula clutch comprises clutch outer, clutch sliding sleeve, spring, spring seat, steel ball, push rod and push rod manipulator;
Said clutch outer is sleeved on the transmission shaft, and is positioned at outside the belt pulley, and clutch outer is fixed on the belt pulley, and clutch outer can freely be rotated on transmission shaft, and clutch outer has the chamber of an opening;
Said clutch sliding sleeve is sleeved on the transmission shaft equally, and is positioned at outside the clutch outer, and clutch sliding sleeve and transmission shaft constitute splined, and the clutch sliding sleeve endwisely slips in can the certain-length scope on transmission shaft but be rotatable;
Said transmission shaft end is equipped with spring seat; Spring is arranged between clutch sliding sleeve and the spring seat and is in compressive state; Spring one end is pressed on the spring seat, and the spring the other end compresses the clutch sliding sleeve, and the clutch sliding sleeve can get into the chamber of clutch outer under the spring pressure effect;
Its length direction of said transmission shaft upper edge offers the slotted hole that radially connects, and back timber is located in the slotted hole, and the back timber two ends are installed on the said clutch sliding sleeve; The axial centre of said transmission shaft offers center hole, and push rod is housed in the center hole, and push rod one end contacts with back timber, and push rod can promote back timber and reach and the clutch sliding sleeve through a push rod manipulator driven, makes the clutch sliding sleeve deviate from the chamber of clutch outer;
Along the circumferential direction evenly be laid with a plurality of hemispherical groove on the outer wall of said clutch sliding sleeve the inner, all be equipped with one in each hemispherical groove and follow the synchronization-moving steel ball of clutch sliding sleeve; The inwall of said chamber is provided with and hemispherical groove hemisphere conduit one to one, and when the clutch sliding sleeve got in the chamber of clutch outer, steel ball got in the hemisphere conduit, and clutch sliding sleeve and clutch outer are coupled together; When the clutch sliding sleeve was deviate from the chamber of clutch outer, steel ball broke away from the hemisphere conduit, and the clutch sliding sleeve breaks off with clutch outer and being connected.
As the further improvement of the utility model, also be provided with the skewed slot road that is used for steel ball is imported the hemisphere conduit on the chamber inner wall of said clutch outer.
As the further improvement of the utility model, the contacted end of said push rod and back timber is made as rounded nose.
Further improvement as the utility model; Said push rod manipulator is arranged on the transmission shaft end; The push rod manipulator comprises manipulator shell, eccentric shaft gland, eccentric shaft, the first little axle sleeve, second little axle sleeve and the Joystick; The manipulator shell is fixed on the slurry pump casing, and the eccentric shaft gland is installed on the manipulator shell; Eccentric shaft is arranged in the manipulator shell, and eccentric shaft the inner is installed in the manipulator shell through the second little axle sleeve, and the eccentric shaft external part is installed on the eccentric shaft gland through the first little axle sleeve, and Joystick is fixed on the eccentric shaft external part; Eccentric shaft is provided with eccentric cam, and eccentric cam is corresponding with the push rod the other end, promotes push rod when eccentric cam rotates and moves.
As the further improvement of the utility model, the end that said push rod is corresponding with eccentric cam is equipped with removable top stem casing.
As the further improvement of the utility model, said eccentric shaft external part is made as square toes, and said Joystick end is provided with the square hole with the square toes socket.
As the further improvement of the utility model, an end of said transmission shaft installation belt pulley is provided with spring seat, spring, back timber, clutch sliding sleeve and clutch outer is covered on case wherein, and case is through being fixed on the belt pulley.
Further improvement as the utility model; Said Bearing with wheel assembly comprises first Bearing with wheel, second Bearing with wheel, first axle sleeve and Bearing with wheel gland; Belt pulley is installed on the transmission shaft through first Bearing with wheel and second Bearing with wheel; First Bearing with wheel outside is blocked through back-up ring and clutch outer; Be separated by through first axle sleeve between first Bearing with wheel and second Bearing with wheel, second Bearing with wheel outside is blocked through second axle sleeve and the Bearing with wheel gland that is fixed on the belt pulley; Said drive bearing assembly comprises first block bearing, second block bearing, the 3rd block bearing, casing bearing gland, the 3rd axle sleeve, the 4th axle sleeve, the 5th axle sleeve, the 6th axle sleeve and nut; Transmission shaft supports a side that is installed in the slurry pump casing through first block bearing, second block bearing, is installed in the opposite side of slurry pump casing through the 3rd block bearing; Said first block bearing outside is blocked through second axle sleeve and the casing bearing gland that is fixed on the slurry pump casing; Be separated by through the 3rd axle sleeve between first block bearing and second block bearing; Be separated by through the 4th axle sleeve between second block bearing and the small gear; Be separated by through the 5th axle sleeve between small gear and the 3rd block bearing, the 3rd block bearing opposite side blocks through the 6th axle sleeve, and the 6th axle sleeve is spacing through nut.
As the further improvement of the utility model, in said Bearing with wheel gland and the casing bearing gland backbone sealing ring is housed all.
Clutch mechanismes such as the dry type in the utility model and the prior art, wet type, diaphragm type are compared; Have the following advantages: the utility model is simple in structure, reliable operation, action fast, be adapted at open-air drilling operation, the frequent clutch of power in the time of can realizing slurry pump work; The utility model dependence is pulled action of Joystick and can be realized clutch function, and processing ease is easy to maintenance.
Description of drawings
Fig. 1 is the structural representation of the utility model.
Fig. 2 .1 is the clutch outer structural drawing.
Fig. 2 .2 is the left view of Fig. 2 .1.
Fig. 2 .3 is that A-A among Fig. 2 .1 is to partial sectional view.
Fig. 3 .1 is clutch shift sleeve structure figure.
Fig. 3 .2 is the left view of Fig. 3 .1.
Fig. 3 .3 is that B-B among Fig. 3 .1 is to sectional view.
Fig. 4 .1 is the Joystick structural drawing.
Fig. 4 .2 is the plan view of Fig. 4 .1.
Description of reference numerals: 1-belt pulley; 2-bolt; 3-back-up ring; 4-steel ball; 5-clutch sliding sleeve; 5a-hemispherical groove; 6-spring; 7-bolt; 8-bolt; 9-large washer; 10-case; 11-spring seat; 12-back timber; 13-clutch outer; 13a-hemisphere conduit; 13b-skewed slot road; 13c-chamber; 14-the first Bearing with wheel; 15-the first axle sleeve; 16-the second axle sleeve; 17-Bearing with wheel gland; 18-casing bearing gland; 19-the three axle sleeve; 20-push rod; 21-transmission shaft; 22-slurry pump casing; 23-flat key; 24-the three block bearing; 25-the six axle sleeve; 26-manipulator shell; 27-bolt; 28-manipulator shell; 29-screw; 30-eccentric shaft gland; 31-the first little axle sleeve; 32-eccentric shaft; 32a-eccentric cam; 33-top stem casing; 34-the second little axle sleeve; 35-nut; 36-the five axle sleeve; 37-small gear; 38-the four axle sleeve; 39-the second block bearing; 40-the first block bearing; 41-the second Bearing with wheel.
Embodiment
Below in conjunction with concrete accompanying drawing and embodiment the utility model is described further.
As shown in the figure; Said ball formula clutch is applied on the slurry pump; Be used to cut off or transmit the power of belt pulley 1 to 21 inputs of slurry pump transmission shaft, said belt pulley 1 is installed in transmission shaft 21 1 ends through the Bearing with wheel assembly, and transmission shaft 21 the other ends are installed in the slurry pump casing 22 through the drive bearing assembly; Through flat key 23 small gear 37 is installed on the transmission shaft 21, small gear 37 is used for driving the miscellaneous part running of slurry pump.
As shown in Figure 1, said ball formula clutch mainly is made up of clutch outer 13, clutch sliding sleeve 5, spring 6, spring seat 11, steel ball 4, push rod 20 and push rod manipulator.
Shown in Fig. 1, Fig. 2 .1 ~ 2.3; Said clutch outer 13 is sleeved on the transmission shaft 21, and is positioned at outside the belt pulley 1, and clutch outer 13 utilizes bolt 2 to be fixed on the belt pulley 1; Clutch outer 13 can freely be rotated on transmission shaft 21, and clutch outer 13 has the chamber 13c of an opening.
As shown in Figure 1; Said clutch sliding sleeve 5 is sleeved on the transmission shaft 21 equally; And be positioned at outside the clutch outer 13, clutch sliding sleeve 5 constitutes splined with transmission shaft 21, and clutch sliding sleeve 5 can endwisely slip in the certain-length scope on the transmission shaft 21 but be not rotatable; Said transmission shaft 21 ends are equipped with spring seat 11 through bolt 8 and large washer 9; Spring 6 is arranged between clutch sliding sleeve 5 and the spring seat 11 and is in compressive state; Spring 6 one ends are pressed on the spring seat 11; Spring 6 the other ends compress clutch sliding sleeve 5, and clutch sliding sleeve 5 can get into the chamber 13c of clutch outer 13 under spring 6 pressure effects.
As shown in Figure 1, its length direction of said transmission shaft 21 upper edges offers the slotted hole that radially connects, and back timber 12 is located in the slotted hole, and back timber 12 two ends utilize bolt 7 to be installed on the said clutch sliding sleeve 5; The axial centre of said transmission shaft 21 offers center hole; Push rod 20 is housed in the center hole, and push rod 20 1 ends contact with back timber 12, and push rod 20 is through a push rod manipulator driven; Can promote back timber 12 and reach and clutch sliding sleeve 5, make clutch sliding sleeve 5 deviate from the chamber 13c of clutch outer 13.Said push rod 20 preferably is set to rounded nose with back timber 12 contacted ends.
Shown in Fig. 1, Fig. 2 .1 ~ 2.3, Fig. 3 .1 ~ 3.3, along the circumferential direction evenly be laid with a plurality of hemispherical groove 5a on the outer wall of said clutch sliding sleeve 5 the inners, all be equipped with one in each hemispherical groove 5a and follow clutch sliding sleeve 5 synchronization-moving steel balls 4; The inwall of said chamber 13c is provided with the hemisphere conduit 13a one to one with hemispherical groove 5a; In the time of in the chamber 13c of clutch sliding sleeve 5 entering clutch outer 13; Steel ball 4 gets in the hemisphere conduit 13a, and clutch sliding sleeve 5 and clutch outer 13 are coupled together; When clutch sliding sleeve 5 was deviate from the chamber 13c of clutch outer 13, steel ball 4 broke away from hemisphere conduit 13a, and clutch sliding sleeve 5 breaks off with clutch outer 13 and being connected.For steel ball 4 can more successfully be got in the hemisphere conduit 13a on the clutch outer 13 more easily; Also be provided with the skewed slot road 13b that is used for steel ball 4 is imported hemisphere conduit 13a on the chamber 13c inwall of said clutch outer 13; When clutch sliding sleeve 5 gets in the chamber 13c of clutch outer 13 with steel ball 4; Steel ball 4 contacts with skewed slot road 13b, can enter into smoothly in the hemisphere conduit 13a along skewed slot road 13b, is convenient to being connected of the outer box of clutch and clutch sliding sleeve 5.
Like Fig. 1, Fig. 4 .1, shown in 4.2; Said push rod manipulator is arranged on transmission shaft 21 ends; The push rod manipulator mainly is made up of manipulator shell 26, eccentric shaft gland 30, eccentric shaft 32, first little axle sleeve 31, the second little axle sleeve 34 and Joystick 28; Manipulator shell 26 utilizes bolt 27 to be fixed on the slurry pump casing 22, and eccentric shaft gland 30 utilizes screw 29 to be installed on the manipulator shell 26; Eccentric shaft 32 is arranged in the manipulator shell 26; Eccentric shaft 32 the inners are installed in manipulator shell 26 through the second little axle sleeve 34; Eccentric shaft 32 external parts are installed on the eccentric shaft gland 30 through the first little axle sleeve 31; Said eccentric shaft 32 external parts are made as square toes, and said Joystick 28 ends are provided with the square hole with the square toes socket, and Joystick 28 is fixed on eccentric shaft 32 external parts thus; Eccentric shaft 32 is provided with eccentric cam 32a, and eccentric cam 32a is corresponding with push rod 20 the other ends, promotes push rod 20 when eccentric cam 32a rotates and moves.In order to improve the working life of the utility model, the end that said push rod 20 is corresponding with eccentric cam 32a is equipped with removable top stem casing 33.
In addition; As shown in Figure 1; Because the working environment more complicated of slurry pump is abominable; The utility model also is provided with one spring seat 11, spring 6, back timber 12, clutch sliding sleeve 5 and clutch outer 13 is covered on case 10 wherein on transmission shaft 21 is installed an end of belt pulleys 1, case 10 is fixed on the belt pulley 1 through bolt 2.
As shown in Figure 1; Said Bearing with wheel assembly comprises first Bearing with wheel 14, second Bearing with wheel 41, first axle sleeve 15 and Bearing with wheel gland 17; Belt pulley 1 is installed on the transmission shaft 21 through first Bearing with wheel 14 and second Bearing with wheel 41; First Bearing with wheel, 14 outsides are blocked through back-up ring 3 and clutch outer 13; Be separated by through first axle sleeve 15 between first Bearing with wheel 14 and second Bearing with wheel 41, second Bearing with wheel, 41 outsides are blocked through second axle sleeve 16 and the Bearing with wheel gland 17 that is fixed on the belt pulley 1; Said drive bearing assembly comprises first block bearing 40, second block bearing 39, the 3rd block bearing 24, casing bearing gland 18, the 3rd axle sleeve 19, the 4th axle sleeve 38, the 5th axle sleeve 36, the 6th axle sleeve 25 and nut 35; Transmission shaft 21 is installed in a side of slurry pump casing 22 through first block bearing 40,39 supportings of second block bearing, is installed in the opposite side of slurry pump casing 22 through the 3rd block bearing 24; Said first block bearing 40 outsides are blocked through second axle sleeve 16 and the casing bearing gland 18 that is fixed on the slurry pump casing 22; Be separated by through the 3rd axle sleeve 19 between first block bearing 40 and second block bearing 39; Be separated by through the 4th axle sleeve 38 between second block bearing 39 and the small gear 37; Be separated by through the 5th axle sleeve 36 between small gear 37 and the 3rd block bearing 24, the 3rd block bearing 24 opposite sides block through the 6th axle sleeve 25, and the 6th axle sleeve 25 is spacing through nut 35.
As shown in Figure 1, in order to improve the protective ability of the utility model, in said Bearing with wheel gland 17 and the casing bearing gland 18 backbone sealing ring is housed all.
The working procedure of the utility model is following:
1, power cut:
Rotate Joystick 28; Drive eccentric shaft 32 and rotate, the eccentric cam 32a compressing top stem casing 33 on the eccentric shaft 32 moves push rod 20 and promotes back timber 12; Back timber 12 drives the impacting force that clutch sliding sleeve 5 overcomes spring 6; Clutch sliding sleeve 5 moves axially and deviates from the chamber 13c of clutch outer 13, and steel ball 4 is followed clutch sliding sleeve 5 and deviate from moved further and the hemisphere conduit 13a on clutch outer 13, and clutch outer 13 is broken off with clutch sliding sleeve 5 and being connected; This moment, the power of belt pulley 1 to 21 inputs of slurry pump transmission shaft was cut off in 13 idle running of belt pulley 1 drive clutch outer.
2, transmission of power:
Rotate Joystick 28; Drive eccentric shaft 32 and rotate, the eccentric cam 32a on the eccentric shaft 32 no longer oppresses top stem casing 33, thereby has discharged the impacting force on the push rod 20; Back timber 12 no longer bears the roof pressure of push rod 20; Clutch sliding sleeve 5 gets under spring 6 impacting force effects in the chamber 13c of clutch outer 13, and steel ball 4 is followed clutch sliding sleeve 5 and gone forward side by side in the hemisphere conduit 13a on the clutch outer 13 with moved further, and this moment, clutch outer 13 coupled together with clutch sliding sleeve 5; Because clutch outer 13 is fixed together with belt pulley 1; Clutch sliding sleeve 5 passes through splined with transmission shaft 21, rotates thereby make belt pulley 1 can drive transmission shaft 21, has realized the transmission of belt pulley 1 to slurry pump transmission shaft 21 input power.
Claims (9)
1. ball formula clutch; Be used for cutting off or transmitting the power that belt pulley (1) is imported to slurry pump transmission shaft (21); Said belt pulley (1) is installed in transmission shaft (21) one ends through the Bearing with wheel assembly; Transmission shaft (21) the other end is installed in the slurry pump casing (22) through the drive bearing assembly, and small gear (37) is installed on the transmission shaft (21); It is characterized in that: said ball formula clutch comprises clutch outer (13), clutch sliding sleeve (5), spring (6), spring seat (11), steel ball (4), push rod (20) and push rod manipulator;
Said clutch outer (13) is sleeved on the transmission shaft (21); And be positioned at outside the belt pulley (1); Clutch outer (13) is fixed on the belt pulley (1); Clutch outer (13) can go up at transmission shaft (21) and freely rotate, and clutch outer (13) has the chamber (13c) of an opening;
Said clutch sliding sleeve (5) is sleeved on the transmission shaft (21) equally; And be positioned at outside the clutch outer (13); Clutch sliding sleeve (5) constitutes splined with transmission shaft (21), and clutch sliding sleeve (5) can endwisely slip in the certain-length scope on the transmission shaft (21) but be not rotatable;
Said transmission shaft (21) end is equipped with spring seat (11); Spring (6) is arranged between clutch sliding sleeve (5) and the spring seat (11) and is in compressive state; Spring (6) one ends are pressed on the spring seat (11); Spring (6) the other end compresses clutch sliding sleeve (5), and clutch sliding sleeve (5) can get into the chamber (13c) of clutch outer (13) under spring (6) pressure effect;
Its length direction of said transmission shaft (21) upper edge offers the slotted hole that radially connects, and back timber (12) is located in the slotted hole, and back timber (12) two ends are installed on the said clutch sliding sleeve (5); The axial centre of said transmission shaft (21) offers center hole; Push rod (20) is housed in the center hole; Push rod (20) one ends contact with back timber (12); Push rod (20) can promote back timber (12) and reach and clutch sliding sleeve (5) through a push rod manipulator driven, makes clutch sliding sleeve (5) deviate from the chamber (13c) of clutch outer (13);
Along the circumferential direction evenly be laid with a plurality of hemispherical groove (5a) on the outer wall of said clutch sliding sleeve (5) the inner, all be equipped with one in each hemispherical groove (5a) and follow the synchronization-moving steel ball of clutch sliding sleeve (5) (4); The inwall of said chamber (13c) is provided with and hemispherical groove (5a) hemisphere conduit (13a) one to one; When the chamber (13c) of clutch sliding sleeve (5) entering clutch outer (13) is interior; Steel ball (4) gets in the hemisphere conduit (13a), and clutch sliding sleeve (5) and clutch outer (13) are coupled together; When clutch sliding sleeve (5) was deviate from the chamber (13c) of clutch outer (13), steel ball (4) broke away from hemisphere conduit (13a), and clutch sliding sleeve (5) breaks off with clutch outer (13) and being connected.
2. ball formula clutch as claimed in claim 1 is characterized in that: also be provided with the skewed slot road (13b) that is used for steel ball (4) is imported hemisphere conduit (13a) on chamber (13c) inwall of said clutch outer (13).
3. ball formula clutch as claimed in claim 1 is characterized in that: said push rod (20) is made as rounded nose with the contacted end of back timber (12).
4. ball formula clutch as claimed in claim 1; It is characterized in that: said push rod manipulator is arranged on transmission shaft (21) end; The push rod manipulator comprises manipulator shell (26), eccentric shaft gland (30), eccentric shaft (32), the first little axle sleeve (31), the second little axle sleeve (34) and Joystick (28); Manipulator shell (26) is fixed on the slurry pump casing (22), and eccentric shaft gland (30) is installed on the manipulator shell (26); Eccentric shaft (32) is arranged in the manipulator shell (26); Eccentric shaft (32) is inner to be installed in manipulator shell (26) through the second little axle sleeve (34); Eccentric shaft (32) external part is installed on the eccentric shaft gland (30) through the first little axle sleeve (31), and Joystick (28) is fixed on eccentric shaft (32) external part; Eccentric shaft (32) is provided with eccentric cam (32a), and eccentric cam (32a) is corresponding with push rod (20) the other end, promotes push rod (20) when eccentric cam (32a) rotates and moves.
5. ball formula clutch as claimed in claim 4 is characterized in that: the end that said push rod (20) is corresponding with eccentric cam (32a) is equipped with removable top stem casing (33).
6. ball formula clutch as claimed in claim 4 is characterized in that: said eccentric shaft (32) external part is made as square toes, and said Joystick (28) end is provided with the square hole with the square toes socket.
7. ball formula clutch as claimed in claim 1; It is characterized in that: an end of said transmission shaft (21) installation belt pulley (1) is provided with spring seat (11), spring (6), back timber (12), clutch sliding sleeve (5) and clutch outer (13) is covered on case (10) wherein, and case (10) is through being fixed on the belt pulley (1).
8. ball formula clutch as claimed in claim 1 is characterized in that:
Said Bearing with wheel assembly comprises first Bearing with wheel (14), second Bearing with wheel (41), first axle sleeve (15) and Bearing with wheel gland (17); Belt pulley (1) is installed on the transmission shaft (21) through first Bearing with wheel (14) and second Bearing with wheel (41); First Bearing with wheel (14) outside is blocked through back-up ring (3) and clutch outer (13); Be separated by through first axle sleeve (15) between first Bearing with wheel (14) and second Bearing with wheel (41), second Bearing with wheel (41) outside is blocked through second axle sleeve (16) and the Bearing with wheel gland (17) that is fixed on the belt pulley (1);
Said drive bearing assembly comprises first block bearing (40), second block bearing (39), the 3rd block bearing (24), casing bearing gland (18), the 3rd axle sleeve (19), the 4th axle sleeve (38), the 5th axle sleeve (36), the 6th axle sleeve (25) and nut (35); Transmission shaft (21) supports a side that is installed in slurry pump casing (22) through first block bearing (40), second block bearing (39), is installed in the opposite side of slurry pump casing (22) through the 3rd block bearing (24); Said first block bearing (40) outside is blocked through second axle sleeve (16) and the casing bearing gland (18) that is fixed on the slurry pump casing (22); Be separated by through the 3rd axle sleeve (19) between first block bearing (40) and second block bearing (39); Be separated by through the 4th axle sleeve (38) between second block bearing (39) and the small gear (37); Be separated by through the 5th axle sleeve (36) between small gear (37) and the 3rd block bearing (24); The 3rd block bearing (24) opposite side blocks through the 6th axle sleeve (25), and the 6th axle sleeve (25) is spacing through nut (35).
9. ball formula clutch as claimed in claim 8 is characterized in that: in said Bearing with wheel gland (17) and the casing bearing gland (18) backbone sealing ring is housed all.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120233240U CN202140470U (en) | 2011-07-05 | 2011-07-05 | Ball clutch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120233240U CN202140470U (en) | 2011-07-05 | 2011-07-05 | Ball clutch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202140470U true CN202140470U (en) | 2012-02-08 |
Family
ID=45551528
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120233240U Expired - Lifetime CN202140470U (en) | 2011-07-05 | 2011-07-05 | Ball clutch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202140470U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102252040A (en) * | 2011-07-05 | 2011-11-23 | 江苏省无锡探矿机械总厂有限公司 | Ball type clutch |
| CN108999894A (en) * | 2018-08-08 | 2018-12-14 | 王晓东 | A kind of mechanical double-way automatic clutch met compared with the slow-speed of revolution |
-
2011
- 2011-07-05 CN CN201120233240U patent/CN202140470U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102252040A (en) * | 2011-07-05 | 2011-11-23 | 江苏省无锡探矿机械总厂有限公司 | Ball type clutch |
| CN108999894A (en) * | 2018-08-08 | 2018-12-14 | 王晓东 | A kind of mechanical double-way automatic clutch met compared with the slow-speed of revolution |
| CN108999894B (en) * | 2018-08-08 | 2021-03-02 | 王晓东 | Mechanical bidirectional automatic clutch meeting low rotating speed |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120208 Effective date of abandoning: 20130306 |
|
| RGAV | Abandon patent right to avoid regrant |