CN204892009U

CN204892009U - Take lime ball mill of connecting rod

Info

Publication number: CN204892009U
Application number: CN201520471137.5U
Authority: CN
Inventors: 何秤银
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-29
Filing date: 2015-06-29
Publication date: 2015-12-23
Anticipated expiration: 2025-06-29

Abstract

The utility model discloses a take lime ball mill of connecting rod, the ball mill includes the roll barrel, it shines the board to be provided with in the roll barrel to keep apart, keep apart and to shine the board and will roll the inner chamber of barrel and keep apart into first ball -milling cavity and second ball -milling cavity, the exit of second ball -milling cavity is provided with the baffle, first ball -milling medium has in the first ball -milling cavity, second ball -milling medium has in the second ball -milling cavity, second ball -milling medium is a plurality of tiny particle steel balls, the particle size of first ball -milling medium compares the particle size of second ball -milling medium is big, first ball -milling medium includes a spherical base member, the surface of spherical base member has the arc bulge of even setting. The utility model has the characteristics of efficiency of grinding is good, and the grinding efficiency is high.

Description

A kind of lime ball mill with connecting rod

Technical field:

The utility model relates to ball mill technical field, more specifically to a kind of lime ball mill with connecting rod.

Background technology:

At present, ball mill is silicate product, and the production industries such as New Building Materials, refractory material, chemical fertilizer, black and non-ferrous metal, quartz sand and glass ceramics carry out the key equipment of dry type or wet type grinding.

Whole table grinder is generally by feeder, discharging portion, rotating part, driving section, the major part compositions such as classification portion, the main body of rotating part is the cylindrical shell that inner surface is provided with abrasion-proof backing block, cylindrical shell is roughly revolving body, its two ends are provided with two manholes one on the other, cylindrical shell is at outer gear, rotate under sprocket wheel or belt transmission, the first storehouse and the second storehouse is divided into by single layer partition panel in cylindrical shell, material enters simplified by feeder through charging aperture, the first storehouse is entered equably through pan feeding quill shaft spiral, the ball of in-built three kinds of different sizes is situated between, barrel body rotation produces after centrifugal force takes ball Jie to certain altitude and falls, bang and abrasive action are produced to material, material is after the first storehouse corase grind, the second storehouse is entered through single layer partition panel, this storehouse is situated between built with the ball of four kinds of different sizes, with further grinding material, material after grinding is discharged by discharging opening.

In prior art, the ball-milling medium of employing and classifying bunker do not have good grinding effect, and the grinding efficiency of construction material is not high yet.

Utility model content:

A kind of lime ball mill with connecting rod of the present utility model, it is good that it has grinding effect, the feature that grinding efficiency is high.

For achieving the above object, a kind of lime ball mill with connecting rod of the present utility model, described ball mill comprises rolling barrel, isolation hanger plate is provided with in described rolling barrel, the inner chamber of rolling barrel is isolated into the first ball milling chamber and the second ball milling chamber by described isolation hanger plate, the exit of described second ball milling chamber is provided with dividing plate, in described first ball milling chamber, there is the first ball-milling medium, in described second ball milling chamber, there is the second ball-milling medium, described second ball-milling medium is some granule steel balls, the particle size of described first ball-milling medium is larger than the particle size of described second ball-milling medium, described first ball-milling medium comprises a spherical substrate, the surface of described spherical substrate has the arcuate projections evenly arranged, described rolling barrel is arranged in frame, described frame is provided with clamping device, described clamping device comprises housing, slide rail is provided with in described housing, described slide rail is provided with can along the first movable plate of described slide rail movement and the second movable plate, described first movable plate and the second movable plate are symmetrical set, the end of described first movable plate and the second movable plate is provided with clamping part, described first movable plate and the second movable plate bottom be provided with tooth bar, the first gear and the second gear is also provided with in described housing, described first gear is coaxially arranged with the 3rd gear, described second gear is coaxially arranged with the 4th gear, described first gear and the second gear engage each other, described 3rd gear and the 4th gear are meshed with the tooth bar on the first movable plate and the second movable plate respectively, hingedly in described housing be provided with catching parts, the front end of described catching parts is tip shape, the front end of described catching parts is arranged on the between cog of the second gear, described catching parts is provided with the spring of elastic acting force on catching parts, the below of described catching parts is provided with flexible top pressure part, described second movable plate is provided with recovery spring, described housing is connected with frame by attaching parts, frame is also provided with clamping plate, clamping plate are made up of elasticity train wheel bridge and elasticity lower plate, elasticity train wheel bridge has the depressed part to the close elasticity lower plate of downward-extension, and train wheel bridge has into the opening portion of opening shape with the front of elasticity lower plate, described clamping plate are connected with frame by connecting rod, described connecting rod is installed by the grafting of some hollow pipe fitting head and the tail and is formed, what two often adjacent hollow pipe fittings were wherein positioned at top is upper hollow pipe fitting, what be positioned at below is lower hollow pipe fitting, the junction of described upper hollow pipe fitting and lower hollow pipe fitting is provided with locking mechanism, described locking mechanism comprises the adapter sleeve being arranged on lower hollow pipe fitting end, be provided with in described adapter sleeve and there is flexible chuck, described upper hollow pipe fitting is placed in the endoporus of described chuck, described adapter sleeve is movably set with and holds out against cam, the most protuberance top holding out against cam described in when locking state be pressed in chuck makes described chuck be clamped in described on hollow pipe fitting outer wall on.

Preferred as technique scheme, the hard ceramic sheet that the arc-shaped inner surface that the inner surface of the barrel wall of described rolling barrel is provided with tile and described barrel wall is fitted.

Preferred as technique scheme, the two ends of described rolling barrel are arranged on bearing.

Preferred as technique scheme, the barrel wall of described rolling barrel is provided with access door structure.

Preferred as technique scheme, described isolation hanger plate is for be detachably arranged in described rolling barrel, and described isolation hanger plate is certain gradient.

The beneficial effects of the utility model are: it is good that the utility model has grinding effect, the feature that grinding efficiency is high.

Accompanying drawing illustrates:

Below in conjunction with accompanying drawing, the utility model is described further:

Fig. 1 is the structural representation of the utility model embodiment

Fig. 2 is the sectional view of the first ball-milling medium in the utility model embodiment

Fig. 3 is the structural representation of clamping device in the utility model embodiment

Fig. 4 is the left view of Fig. 3

Fig. 5 is the sectional view of the utility model embodiment middle clamp plate

Fig. 6 is the scheme of installation of upper hollow pipe fitting and lower hollow pipe fitting in the utility model embodiment

Fig. 7 is the scheme of installation of upper hollow pipe fitting and lower hollow pipe fitting in the utility model embodiment

Fig. 8 is the enlarged diagram at A place in Fig. 6

Fig. 9 is the structural representation of chuck in the utility model embodiment

In figure: 1, rolling barrel; 11, simplified wall; 12, the second ball milling chamber; 13, dividing plate; 14, hanger plate is isolated; 15, the first ball milling chamber; 16, the first ball-milling medium; 17, the second ball-milling medium; 18, bearing; 19, access door structure

Detailed description of the invention:

The following stated is only the preferred embodiment embodying the utility model principle, does not therefore limit protection domain of the present utility model.

Be the embodiment of a kind of lime ball mill with connecting rod of the utility model as shown in Figure 1 to 9, described ball mill comprises rolling barrel 1, isolation hanger plate 14 is provided with in described rolling barrel 1, the inner chamber of rolling barrel 1 is isolated into the first ball milling chamber 15 and the second ball milling chamber 12 by described isolation hanger plate 14, the exit of described second ball milling chamber 12 is provided with dividing plate 13, in described first ball milling chamber 15, there is the first ball-milling medium 16, in described second ball milling chamber 12, there is the second ball-milling medium 17, described second ball-milling medium 17 is some granule steel balls, the particle size of described first ball-milling medium 16 is larger than the particle size of described second ball-milling medium 17, described first ball-milling medium 16 comprises a spherical substrate 162, the surface of described spherical substrate 162 has the arcuate projections 161 evenly arranged, described rolling barrel 1 is arranged in frame, described frame is provided with clamping device 100, described clamping device 100 comprises housing 131, slide rail is provided with in described housing 131, described slide rail is provided with can along the first movable plate 142 and the second movable plate 134 of described slide rail movement, described first movable plate 142 and the second movable plate 134 are symmetrical set, the end of described first movable plate 142 and the second movable plate 134 is provided with clamping part 133, described first movable plate 142 and the second movable plate 134 bottom be provided with tooth bar 141, the first gear 140 and the second gear 136 is also provided with in described housing 131, described first gear 140 is coaxially arranged with the 3rd gear 130, described second gear 136 is coaxially arranged with the 4th gear 135, described first gear 140 and the second gear 136 engage each other, described 3rd gear 130 and the 4th gear 135 are meshed with the tooth bar on the first movable plate 142 and the second movable plate 134 respectively, hingedly in described housing 131 be provided with catching parts 137, the front end of described catching parts 137 is tip shape, the front end of described catching parts 137 is arranged on the between cog of the second gear 136, described catching parts 137 is provided with the spring 138 of elastic acting force on catching parts 137, the below of described catching parts 137 is provided with flexible top pressure part 139, described second movable plate 134 is provided with and recovers spring 132, described housing 131 is connected with frame by attaching parts 143, frame is also provided with clamping plate 200, clamping plate 200 are made up of elasticity train wheel bridge 701 and elasticity lower plate 702, elasticity train wheel bridge 701 has the depressed part 704 to the close elasticity lower plate 702 of downward-extension, and train wheel bridge 701 and the front of elasticity lower plate 702 have into the opening portion 703 of opening shape, described clamping plate 200 are connected with frame by connecting rod 600, described connecting rod 600 is installed by the grafting of some hollow pipe fitting head and the tail and is formed, what two often adjacent hollow pipe fittings were wherein positioned at top is upper hollow pipe fitting 601, what be positioned at below is lower hollow pipe fitting 602, the junction of described upper hollow pipe fitting 601 and lower hollow pipe fitting 602 is provided with locking mechanism 500, described locking mechanism 500 comprises the adapter sleeve 501 being arranged on lower hollow pipe fitting 602 end, be provided with in described adapter sleeve 501 and there is flexible chuck 502, described upper hollow pipe fitting 601 is placed in the endoporus of described chuck 502, described adapter sleeve 501 is movably set with and holds out against cam 506, the most protuberance top holding out against cam 506 described in when locking state be pressed in chuck 502 makes described chuck 502 be clamped in described on hollow pipe fitting 601 outer wall on, also have in the present embodiment, adapter sleeve 501 is provided with sidewall perforation 507, described chuck 502 is provided with outside arcuate projections 511, described arcuate projections 511 stretches out from sidewall perforation 507, the most protuberance top holding out against cam 506 described in when locking state is pressed on arcuate projections 511.

The centre position of arcuate projections 511 is provided with arc vertical slot 512 when locking state, the described most protruding parts holding out against cam 506 is in described arc vertical slot 512, and arc vertical slot 512 can prevent from holding out against when locking the phenomenon that cam 506 occurs to skid.

Adapter sleeve 501 has inside arc protuberance 508, described chuck 502 has breach 509, described arc protuberance 508 is arranged in described breach 509, specifically, chuck 502 is a ring body structurc, breach 509 not only makes whole chuck 502 have elasticity, and arc protuberance 508 coordinates with breach 509 effect can also played and install and locate.

The outer wall of adapter sleeve 501 stretches out form and extension 504 is installed, described in hold out against cam 506 and be hinged on described installation extension 504 by pivot 503, described in hold out against on cam 506 and be provided with bowhandle portion 505.

Upper hollow pipe fitting 601 and lower hollow pipe fitting 602 are provided with two arc guide grooves 603, the position that described chuck 502 inwall is corresponding with described arcuate projections 511 is provided with inside guiding arc block 510, described arc protuberance 508 is arranged in a wherein arc guide groove 603 of hollow pipe fitting 601, described guiding arc block 510 is arranged in another arc guide groove 603 of hollow pipe fitting 601, article one, arc guide groove 603 cooperatively interacts with guiding arc block 510, in moving process, not only play the effect of guiding, but also the contact area of guiding arc block 510 can be increased, when locking, there is crimp in chuck 502, this guiding arc block 510 is inwardly pressed in arc guide groove 603.

The operation principle of connecting rod is, every two hollow pipe fitting grafting are installed, and can movablely coordinate each other, when needing to carry out locking, rotation holds out against cam, be cam structure owing to holding out against cam, therefore to chuck 502 active force, can make chuck 502 that elastic deformation occur and hold out against on upper hollow pipe fitting holding out against the most protruding parts of cam, make like this can stretch between hollow pipe fitting, when in use, suitable length can be adjusted to, to adapt to the demand of operating personnel.When clamping, object is filled in from opening portion 703, is then held in depressed part 704, and more particularly, clamping plate 200 can be used for clamping some operation card or operating instructions etc., very easy to use.

The operation principle of clamping device is, active force is on the first movable plate 142 and the second movable plate 134, now the first gear turns clockwise, second gear is rotated counterclockwise, top pressure part 139 selects dress not possess restriction to the second gear counterclockwise, in the process of movement, object can clamp by clamping part, because top pressure part 139 to turn clockwise restricted effect to the second gear, so can not unclamp after clamping object, and when needs unclamp, only need flexible top pressure part 139 upwards active force in top pressure part 139, the front end of pushing up pressure part 139 is made to depart from the second gear, now, second movable plate 134 is automatically opened under the effect recovering spring, therefore it can clamp some carry-on articles and instruments etc., use convenient, clamping device can be used for clamped cable line or some other object, such as some maintenance tools, easy to use.

The hard ceramic sheet that the arc-shaped inner surface that the inner surface of the barrel wall 11 of rolling barrel 1 is provided with tile and described barrel wall 11 is fitted; in the present embodiment; the inner surface that hard ceramic sheet is arranged on the simplified wall 11 of rolling barrel 1 not only can make easy cleaning; but also can protect simplified wall 11, prevent, in High Rotation Speed knockout process, shock is carried out to barrel wall 11 and damage simplified wall 11.

The two ends of rolling barrel 1 are arranged on bearing 18.

The simplified wall 11 of rolling barrel 1 is provided with access door structure 19.

Isolation hanger plate 14 is for be detachably arranged in described rolling barrel 1, and described isolation hanger plate 14 is in certain gradient.

The operation principle of the utility model embodiment is, first construction material is entered into the first ball milling chamber 15 to roughly grind, cooperatively interact with the first ball-milling medium 16 in this process, shape and structure due to the first ball-milling medium 16 is particularly suitable for carrying out fragmentation faster to bulk construction material, can very efficiently roughly grind rapidly, then the corase grind material that reaches certain granules fineness enters into the second ball milling chamber 12 carry out fine grinding by isolating hanger plate, this fine grinding process has been come by fine grain steel ball, whole process of lapping is more efficiently little, and grinding effect is better, there will not be the situation of grinding out granular size and differing.

Claims

1. the lime ball mill with connecting rod, described ball mill comprises rolling barrel (1), it is characterized in that, isolation hanger plate (14) is provided with in described rolling barrel (1), the inner chamber of rolling barrel (1) is isolated into the first ball milling chamber (15) and the second ball milling chamber (12) by described isolation hanger plate (14), the exit of described second ball milling chamber (12) is provided with dividing plate (13), in described first ball milling chamber (15), there is the first ball-milling medium (16), in described second ball milling chamber (12), there is the second ball-milling medium (17), described second ball-milling medium (17) is some granule steel balls, the particle size of described first ball-milling medium (16) is larger than the particle size of described second ball-milling medium (17), described first ball-milling medium (16) comprises a spherical substrate (162), the surface of described spherical substrate (162) has the arcuate projections (161) evenly arranged, described rolling barrel (1) is arranged in frame, described frame is provided with clamping device (100), described clamping device (100) comprises housing (131), described housing is provided with slide rail in (131), described slide rail is provided with can along first movable plate (142) of described slide rail movement and the second movable plate (134), described first movable plate (142) and the second movable plate (134) are symmetrical set, the end of described first movable plate (142) and the second movable plate (134) is provided with clamping part (133), described first movable plate (142) and the second movable plate (134) bottom be provided with tooth bar (141), the first gear (140) and the second gear (136) is also provided with in described housing (131), described first gear (140) is coaxially arranged with the 3rd gear (130), described second gear (136) is coaxially arranged with the 4th gear (135), described first gear (140) and the second gear (136) engage each other, described 3rd gear (130) and the 4th gear (135) are meshed with the tooth bar on the first movable plate (142) and the second movable plate (134) respectively, hingedly in described housing (131) be provided with catching parts (137), the front end of described catching parts (137) is tip shape, the front end of described catching parts (137) is arranged on the between cog of the second gear (136), described catching parts (137) is provided with the spring (138) of elastic acting force on catching parts (137), the below of described catching parts (137) is provided with flexible top pressure part (139), described second movable plate (134) is provided with and recovers spring (132), described housing (131) is connected with frame by attaching parts (143), frame is also provided with clamping plate (200), clamping plate (200) are made up of elasticity train wheel bridge (701) and elasticity lower plate (702), elasticity train wheel bridge (701) has the depressed part (704) to the close elasticity lower plate (702) of downward-extension, and train wheel bridge (701) and the front of elasticity lower plate (702) have into the opening portion (703) of opening shape, described clamping plate (200) are connected with frame by connecting rod (600), described connecting rod (600) is installed by the grafting of some hollow pipe fitting head and the tail and is formed, what two often adjacent hollow pipe fittings were wherein positioned at top is upper hollow pipe fitting (601), what be positioned at below is lower hollow pipe fitting (602), the junction of described upper hollow pipe fitting (601) and lower hollow pipe fitting (602) is provided with locking mechanism (500), described locking mechanism (500) comprises the adapter sleeve (501) being arranged on lower hollow pipe fitting (602) end, be provided with in described adapter sleeve (501) and there is flexible chuck (502), described upper hollow pipe fitting (601) is placed in the endoporus of described chuck (502), described adapter sleeve (501) is movably set with and holds out against cam (506), the most protuberance top holding out against cam (506) described in when locking state is pressed on chuck (502) and described chuck (502) is clamped on the outer wall of described upper hollow pipe fitting (601).

2. a kind of lime ball mill with connecting rod according to claim 1, it is characterized in that, the hard ceramic sheet that the arc-shaped inner surface that the inner surface of the barrel wall (11) of described rolling barrel (1) is provided with tile and described barrel wall (11) is fitted.

3. a kind of lime ball mill with connecting rod according to claim 2, is characterized in that, the two ends of described rolling barrel (1) are arranged on bearing (18).

4. a kind of lime ball mill with connecting rod according to claim 3, is characterized in that, the barrel wall (11) of described rolling barrel (1) is provided with access door structure (19).

5. a kind of lime ball mill with connecting rod according to claim 4, it is characterized in that, described isolation hanger plate (14) is for be detachably arranged in described rolling barrel (1), and described isolation hanger plate (14) is in certain gradient.