CN209697062U - A kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal - Google Patents

Abstract

The utility model discloses a kind of ball mills shaken for being conducive to that feed inlet is avoided to reveal, including bottom plate and fixed frame, grinding cylinder is provided with above the middle part of the bottom plate, fixed block is installed in the middle part of the shaft, the fixed frame is fixed on the outside of the fixed block on the left of grinding cylinder, support device is connected on the outside of the switch block, positioning device positioned at feeding inlet inside top is installed above the partition, and compression bar is connected on the inside of positioning device, the right end of the grinding cylinder is connected with discharging device, the material-gathering device includes support plate, collect flitch sum aggregate hopper, the support plate is fixedly mounted on above the right end of grinding cylinder.This is conducive to the ball mill shaken for being avoided feed inlet from revealing, it can guarantee the long-time service of mechanical structure operation, it is convenient for overhauling, it is convenient for the addition of material, it is convenient for the collection of material, it enables to cylinder to be shaken, is conducive to quickly carry out attrition process, convenient for improving production efficiency.

Description

A kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal

Technical field

The utility model relates to chemical machinery technical fields, specially a kind of to be conducive to avoid shaking for feed inlet leakage Ball mill.

Background technique

With the development of industry, all kinds of different industrial machineries are also gradually to occur, particularly in chemical machinery, Ball mill is a kind of machinery for being commonly used in material grinding, convenient for guaranteeing the total amount of production, and the matter convenient for guaranteeing production Amount, therefore be widely used；

Such as the Chinese utility model patent that application publication number is 108236992 A of CN, boiling type ball mill, comprising: mill Bucket, promotes electromagnet and throwing electromagnet at grinding barrel lid, abrading-ball；The utility model continuously adsorbed by electromagnet, throwing abrading-ball Structure design, substitutes the theory structure of rotating mechanism, needs ball mill no longer using the stronger bearing assembly of impact resistance, The equipment cost and maintenance cost of ball mill are reduced, but it carries out that cylinder is driven to operate by electromagnetism, it is impossible to ensure that mechanical The long-time service of structure operation, is not easy to be overhauled, and is not easy to carry out the addition of material, is not easy to carry out the collection of material；

For another example Chinese utility model patent of the application publication number for 108262105 A of CN, a kind of ball mill, including pedestal, The utility model is conducive to raw material by the grinding chamber being obliquely installed using inner barrel and mill ball rolls, and is convenient for material Adequately mixing carries out collision grinding with raw material, mill ball and cylinder inboard wall to be conducive to mill ball, improves the equal of grinding Evenness and grinding efficiency, the raw material after grinding are adjusted by discharging lining plate, are carried out in discharge nozzle, and discharging spiral slows down the speed of raw material It spends and makes raw material more at the uniform velocity, while the discharge baffle in discharging sleeve pipe intercepts raw material, avoid raw material directly from discharging It is scattered in casing, is convenient for collecting, but it can not make cylinder be shaken, be unfavorable for quickly carrying out attrition process, no Convenient for improving production efficiency；

Therefore, it is proposed that a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal, above-mentioned in order to solve The problem of middle proposition.

Utility model content

The purpose of this utility model is to provide a kind of ball mills shaken for being conducive to that feed inlet is avoided to reveal, with solution The currently used ball mill that certainly above-mentioned background technique proposes cannot be guaranteed the long-time service of mechanical structure operation, be not easy into Row maintenance is not easy to carry out the addition of material, is not easy to carry out the collection of material, can not cylinder be shaken, unfavorable In quickly carrying out attrition process, it is not easy to the problem of improving production efficiency.

To achieve the above object, the utility model provides the following technical solutions: a kind of to be conducive to avoid feed inlet leakage The ball mill that can be shaken, including bottom plate and fixed frame, are provided with grinding cylinder above the middle part of the bottom plate, and grinding cylinder Left end is fixedly connected with shaft, fixed block is equipped in the middle part of the shaft, and the two sides up and down of fixed block are respectively connected with first Spring, the fixed frame is fixed on the outside of the fixed block on the left of grinding cylinder, and the bottom end front and rear sides of fixed frame are fixed There is reinforcement block, the top of the grinding cylinder is connected with belt wheel, and transmission belt is equipped on the outside of belt wheel, the lower section of the belt wheel Installed in front has mounting rack, and the driving motor of the rear side positioned at mounting rack, the mounting rack are equipped on rear side of the lower section of belt wheel Leading flank be connected with the top of second spring, and the end of second spring is connected with the trailing flank of mounting plate；

Weight plate is installed, and the left end of Weight plate offers feeding inlet, the feeding inlet on the outside of the grinding cylinder Inside partition is installed, and straight-bar is installed in the middle part of partition, loop bar is installed between the partition and straight-bar, and loop bar Top is connected with gag lever post, and the bottom outside of the loop bar is equipped with gasket, and is provided with below gasket and is mounted on straight-bar The switch block of bottom end is connected with support device on the outside of the switch block, and support device includes connecting rod, slide bar, support rod, pawl thorn With barrier cloth, the bottom end of the connecting rod and the top of slide bar are hinged, and support rod is provided on the inside of slide bar, the support rod Top end be fixed with pawl thorn, and be provided with barrier cloth on the outside of support rod, be equipped with above the partition positioned at pan feeding The positioning device of mouth inside top, and compression bar is connected on the inside of positioning device；

It is fixed with card on the inner wall of the grinding cylinder, and grinding cylinder is internally provided with mill ball, and grinds The middle inside of cylinder is fixed with liner plate, and the right end of the grinding cylinder is connected with discharging device, and sets on the right side of discharging device It is equipped with material-gathering device, the material-gathering device includes support plate, collection flitch sum aggregate hopper, and the support plate is fixedly mounted on sand cylinder Above the right end of body, and the top left side of support plate is fixed with collection flitch, and collects and be provided with Material collecting box for harvesting below flitch.

Preferably, be integrated between the grinding cylinder and shaft, and shaft by fixed block and fixed frame it Between constitute stretching structure, and the two sides up and down of fixed block are symmetrically installed with the first spring.

Preferably, the output end on the top of the shaft, the top of mounting rack and driving motor is mounted on belt wheel, and its Between by transmission belt constitute drive mechanism, and between mounting rack and mounting plate be stretching structure.

Preferably, the Weight plate outside in rectangular configuration for being welded on grinding cylinder, and the feeding inlet of Weight plate left part It sequentially passes through Weight plate, grinding cylinder and card to be connected with grinding cylinder, and the top of the grinding cylinder at feeding inlet inner wall For incline structure.

Preferably, the connection type between the partition and feeding inlet is to be connected together, and in partition, straight-bar and loop bar Heart line is on same vertical line, and the connection type between straight-bar and loop bar is threaded connection, and inside and outside loop bar Face is in helicitic texture.

Preferably, the top of the partition and loop bar offers limit hole, and gag lever post by limit hole and loop bar and Detaching structure is constituted between partition, and gag lever post is in "U" shaped structure.

Preferably, the top of the connecting rod and the bottom end of loop bar are articulated and connected, and between connecting rod, slide bar and support rod Serial verb construction is constituted, and support rod is by constituting rotational structure between its bottom end hinged limit hole and straight-bar.

Preferably, the positioning device includes top plate, grooved bore, fixation hole and anti-skid chequer, and is offered in the middle part of top plate The inside correspondence of grooved bore, the fixation hole being provided on the outside of grooved bore on the inside of top plate, and fixation hole is threaded with pressure Bar, while it being provided with anti-skid chequer above the end of top plate, and be connected together between top plate and Weight plate.

Preferably, the discharging device includes discharging cylinder, filter plate, scraping wings and dispersion plate, and discharging cylinder is interior Side left end is equipped with filter plate, is fixed with scraping wings on the right side of the middle part of filter plate, and scraping wings right end is equipped with dispersion plate, simultaneously It is integrated between discharging cylinder, filter plate, scraping wings and dispersion plate, and is hollow out net between filter plate and dispersion plate Shape structure.

Preferably, the thinnest point of the center line of the discharging cylinder and collection flitch in the same horizontal line, and collects flitch Medial surface shape and structure structure spherical in shape, and the length for collecting flitch is not more than the length of Material collecting box for harvesting.

Compared with prior art, the utility model has the beneficial effects that this is conducive to be avoided shaking for feed inlet leakage Ball mill, can guarantee mechanical structure operation long-time service, be convenient for overhauling, be convenient for the addition of material, be convenient for The collection for carrying out material, enables to cylinder to be shaken, is conducive to quickly carry out attrition process, convenient for improving production efficiency；

1. the second spring connected by mounting rack leading flank, convenient for what is shaken in grinding cylinder by the first spring Meanwhile guaranteeing the slackness of transmission belt, to avoid the transmission impaired performance of grinding cylinder；

2. straight-bar and loop bar are adjusted by rotation respectively, convenient for controlling support device, consequently facilitating passing through barrier Cloth and gasket block feeding inlet, and then avoid the leakage of feed inlet；

3. by the promotion of scraping wings so that material is sent out, consequently facilitating the medial surface of the collection flitch by structure spherical in shape Material is intercepted, consequently facilitating dropping into material in Material collecting box for harvesting, in order to collect.

Detailed description of the invention

Fig. 1 is the utility model positive structure schematic；

Fig. 2 is the utility model overlooking surface structural schematic diagram；

Fig. 3 is the utility model side structure schematic diagram；

Fig. 4 is cutting structural schematic diagram on the inside of the utility model feeding inlet；

Fig. 5 is the utility model partition overlooking surface structural schematic diagram；

Fig. 6 is the portion A enlarged structure schematic diagram in the utility model Fig. 4；

Fig. 7 is the utility model positioning device structure schematic diagram；

Fig. 8 is the utility model discharging device structural schematic diagram.

In figure: 1, bottom plate；2, grinding cylinder；3, shaft；4, fixed block；5, the first spring；6, fixed frame；7, reinforcement block； 8, belt wheel；9, transmission belt；10, mounting rack；11, driving motor；12, second spring；13, mounting plate；14, Weight plate；15, pan feeding Mouthful；16, partition；17, straight-bar；18, loop bar；19, gag lever post；20, limit hole；21, gasket；22, switch block；23, support device； 2301, connecting rod；2302, slide bar；2303, support rod；2304, pawl pierces；2305, cloth is obstructed；24, positioning device；2401, it pushes up Plate；2402, grooved bore；2403, fixation hole；2404, anti-skid chequer；25, compression bar；26, card；27, mill ball；28, liner plate；29, Discharging device；2901, discharge cylinder；2902, filter plate；2903, scraping wings；2904, dispersion plate；30, material-gathering device；3001, Support plate；3002, collect flitch；3003, Material collecting box for harvesting.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-8 is please referred to, the utility model provides a kind of technical solution: a kind of to be conducive to avoid shaking for feed inlet leakage The ball mill swung, including bottom plate 1, grinding cylinder 2, shaft 3, fixed block 4, the first spring 5, fixed frame 6, reinforcement block 7, belt wheel 8, Transmission belt 9, mounting rack 10, driving motor 11, second spring 12, mounting plate 13, Weight plate 14, feeding inlet 15, partition 16, straight-bar 17, loop bar 18, gag lever post 19, limit hole 20, gasket 21, switch block 22, support device 23, positioning device 24, compression bar 25, card 26, the middle part top of mill ball 27, liner plate 28, discharging device 29 and material-gathering device 30, bottom plate 1 is provided with grinding cylinder 2, and grinds The left end of grinding cylinder 2 is fixedly connected with shaft 3, and the middle part of shaft 3 is equipped with fixed block 4, and the two sides up and down of fixed block 4 connect It is connected to the first spring 5, fixed frame 6 is fixed on the outside of the fixed block 4 in 2 left side of grinding cylinder, and two before and after the bottom end of fixed frame 6 Side is respectively and fixedly provided with reinforcement block 7, and the top of grinding cylinder 2 is connected with belt wheel 8, and the outside of belt wheel 8 is equipped with transmission belt 9, belt wheel 8 Lower section installed in front have a mounting rack 10, and the driving motor of the rear side positioned at mounting rack 10 is installed on rear side of the lower section of belt wheel 8 11, the leading flank of mounting rack 10 is connected with the top of second spring 12, and after the end of second spring 12 and mounting plate 13 Side is connected；

The outside of grinding cylinder 2 is equipped with Weight plate 14, and the left end of Weight plate 14 offers feeding inlet 15, feeding inlet 15 Inside partition 16 is installed, and the middle part of partition 16 is equipped with straight-bar 17, and loop bar 18 is equipped between partition 16 and straight-bar 17, And the top of loop bar 18 is connected with gag lever post 19, the bottom outside of loop bar 18 is equipped with gasket 21, and sets below gasket 21 It is equipped with the switch block 22 for being mounted on 17 bottom end of straight-bar, the outside of switch block 22 is connected with support device 23, and support device 23 includes connecting Extension bar 2301, slide bar 2302, support rod 2303, pawl thorn 2304 and barrier cloth 2305, the bottom end of connecting rod 2301 and slide bar 2302 Top it is hinged, and the inside of slide bar 2302 is provided with support rod 2303, and the top end of support rod 2303 is fixed with pawl thorn 2304, and the outside of support rod 2303 is provided with barrier cloth 2305, the top of partition 16 is equipped with positioned at 15 medial roof of feeding inlet The positioning device 24 in portion, and the inside of positioning device 24 is connected with compression bar 25；

It is fixed with card 26 on the inner wall of grinding cylinder 2, and grinding cylinder 2 is internally provided with mill ball 27, and grinds The middle inside of grinding cylinder 2 is fixed with liner plate 28, and the right end of grinding cylinder 2 is connected with discharging device 29, and discharging device 29 Right side is provided with material-gathering device 30, and material-gathering device 30 includes support plate 3001, collection flitch 3002 and Material collecting box for harvesting 3003, support plate 3001 are fixedly mounted on above the right end of grinding cylinder 2, and the top left side of support plate 3001 is fixed with collection flitch 3002, and The lower section of collection flitch 3002 is provided with Material collecting box for harvesting 3003.

As being integrated between grinding cylinder 2 and shaft 3 in Fig. 1,2 and 3, and shaft 3 by fixed block 4 and is fixed Stretching structure is constituted between frame 6, and the two sides up and down of fixed block 4 are symmetrically installed with the first spring 5, convenient for so that grinding cylinder 2 are able to carry out oscillating and shaking up and down, are conducive to improve grinding effect, the top of shaft 3, the top of mounting rack 10 and driving motor 11 output end is mounted on belt wheel 8, and constitutes drive mechanism, and mounting rack 10 and mounting plate by transmission belt 9 between it It is stretching structure between 13, is convenient for being driven, while avoiding guaranteeing the slackness of transmission belt 9, is conducive to avoid transmission effect It is impaired, the outside in rectangular configuration for being welded on grinding cylinder 2 of Weight plate 14, and the feeding inlet 15 of 14 left part of Weight plate sequentially passes through Weight plate 14, grinding cylinder 2 and card 26 are connected with grinding cylinder 2, and the top of the grinding cylinder 2 at 15 inner wall of feeding inlet Partition 16 is avoided to fall convenient for directly placing to partition 16 for incline structure.

Such as the connection type in Figure 4 and 5 between partition 16 and feeding inlet 15 to be connected together, and partition 16,17 and of straight-bar The center line of loop bar 18 is on same vertical line, and the connection type between straight-bar 17 and loop bar 18 is threaded connection, and Face is in helicitic texture inside and outside loop bar 18, is adjusted convenient for the position height to switch block 22 and support device 23, The top of partition 16 and loop bar 18 offers limit hole 20, and gag lever post 19 by limit hole 20 and loop bar 18 and partition 16 it Between constitute detaching structure, and gag lever post 19 is in "U" shaped structure, convenient for loop bar 18 is fixed, to avoid loop bar 18 rotate.

As the bottom end of the top of connecting rod 2301 and loop bar 18 in Fig. 4 and 6 is articulated and connected, and connecting rod 2301, slide bar Serial verb construction, and the limit hole 20 and straight-bar that support rod 2303 is hinged by its bottom end are constituted between 2302 and support rod 2303 Rotational structure is constituted between 17, convenient for opening to support rod 2303, consequently facilitating barrier cloth 2305 is unfolded, in order to entering Material mouth 15 block, as in Fig. 7 positioning device 24 include top plate 2401, grooved bore 2402, fixation hole 2403 and anti-skid chequer 2404, and The middle part of top plate 2401 offers grooved bore 2402, and the outside of grooved bore 2402 is provided with the fixation hole positioned at 2401 inside of top plate 2403, and the inside of fixation hole 2403 corresponds to and is threaded with compression bar 25, while being provided with above the end of top plate 2401 anti-skidding Line 2404, and be connected together between top plate 2401 and Weight plate 14, convenient for partition 16 is fixed, consequently facilitating to feeding inlet 15 are blocked.

As discharging device 29 includes discharging cylinder 2901, filter plate 2902, scraping wings 2903 and dispersion plate in Fig. 1 and 8 2904, and the inside left-end for the cylinder 2901 that discharges is equipped with filter plate 2902, is fixed with pusher on the right side of the middle part of filter plate 2902 Plate 2903, and 2903 right end of scraping wings is equipped with dispersion plate 2904, while the cylinder 2901 that discharges, filter plate 2902, scraping wings It is integrated between 2903 and dispersion plate 2904, and is hollow mesh knot between filter plate 2902 and dispersion plate 2904 Structure, convenient for pushing to material, consequently facilitating the submitting of material, the center line and collection flitch 3002 for the cylinder 2901 that discharges are most Thin point in the same horizontal line, and collects the medial surface shape and structure structure spherical in shape of flitch 3002, and collect the length of flitch 3002 Degree is not more than the length of Material collecting box for harvesting 3003, convenient for being collected processing to material.

Working principle: when being conducive to the ball mill shaken for avoiding feed inlet from revealing using this, first by the device Be moved to be appropriate for using position, and the device is powered, by starting the driving motor 11 of model Y90S-2, Transmission belt 9 is cooperated to pass shaft 3 by the belt wheel 8 on 3 top of 11 output end of driving motor, 10 top of mounting rack and shaft It is dynamic, so that shaft 3 drives grinding cylinder 2 to be rotated, so that Weight plate 14 turned to suitable tilt angle, to make Obtain the position that 15 opposite direction of feeding inlet is appropriate for charging；

Compression bar 25 is turned from fixation hole 2403 by screw thread, so that the bottom end of compression bar 25 does not carry out partition 16 It squeezes, top plate 2401 is removed from the inner sidewall of Weight plate 14 then, gag lever post 19 is removed from partition 16 and loop bar 18, Loop bar 18 is directly rotated, so that loop bar 18 is declined by its threaded connection between partition 16, so that loop bar 18, Straight-bar 17, gasket 21, switch block 22 and 23 entirety of support device are declined, then rotate straight-bar 17 in the inside of loop bar 18, from And the bottom end of straight-bar 17 is declined, to be pushed to switch block 22, in order to make switch block 22 and support rod 2303 Between rotated so that the angle between support rod 2303 and straight-bar 17 becomes smaller, while making slide bar 2302 to support rod 2303 outer Slideslip, so that 2303 top of support rod is reduced to the inside of feeding inlet 15, then directly will in order to be stored Partition 16 is removed, so that feeding inlet 15 is connected to grinding cylinder 2；

After the addition for completing material by feeding inlet 15, the grinding cylinder 2 that partition 16 is fastened on 15 inside of feeding inlet is pushed up At the incline structure at end, gag lever post 19 is connected between partition 16 and loop bar 18, avoids loop bar 18 from being rotated, rotary spacing Bar 19, so that gag lever post 19 drives switch block 22 to be risen, so that support rod 2303 carries out rotation opening, so that slide bar 2302 to support rod 2303 interior Slideslip, and between connecting rod 2301 and slide bar 2302 and loop bar 18 be it is hinged, ensure that The stability of structure after opening support rod 2303, so that barrier cloth 2305 is unfolded, is then removed gag lever post 19, turning set Bar 18 makes support device 23 whole upwards, so that support rod 2303 between pawl thorn 2304 and grinding cylinder 2 by carrying out Fitting is fixed, consequently facilitating avoiding material from leaking by obstructing cloth 2305, while passing through the gasket 21 of 18 bottom outside of loop bar It avoids material to leak, then the installation of gag lever post 19 is entered, so that loop bar 18 avoids rotating, then top plate 2401 is engaged to counterweight The inside of plate 14, rotation compression bar 25 makes the bottom end of compression bar 25 pressurize partition 16, so that partition 16 be fixed；

Then start driving motor 11, make it that grinding cylinder 2 be driven to be rotated, consequently facilitating making in grinding cylinder 2 The mill ball 27 in portion cooperates card 26 to grind material, and passes through the effect of Weight plate 14, so that grinding cylinder 2 has outward Power so that grinding cylinder 2 can be shaken by first spring 5 in the outside of fixed block 4 in the inside of fixed frame 6, To increase grinding effect, while the second spring 12 connected by 10 leading flank of mounting rack, convenient for guaranteeing the relaxation of transmission belt 9 Degree, avoids the transmission impaired performance of grinding cylinder 2, and after being ground, by the filtering of filter plate 2902 so that reaching partial size It is required that material enter the inside of discharging cylinder 2901, thus by the promotion of the scraping wings 2903 of helical structure, thus logical It crosses dispersion plate 2904 to carry out breaing up submitting, avoids the concentration of power so that dissipating outside material, and pass through medial surface structure spherical in shape Collect flitch 3002 to be convenient for intercepting material, so that material drops into Material collecting box for harvesting 3003, in order to collect processing, here it is This is conducive to the whole work process for the ball mill shaken for being avoided feed inlet from revealing, and is not described in detail in this specification Content belongs to the prior art well known to professional and technical personnel in the field.

The standardized element that the utility model uses can commercially, shaped piece according to specification and attached drawing Record can carry out customized, the specific connection type of each part is all made of in the prior art mature bolt, rivet, weldering Equal conventional means are connect, mechanical, part and equipment are all made of in the prior art, conventional model, in addition circuit connection is using existing Conventional connection type in technology, this will not be detailed here.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (10)

1. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal, including bottom plate (1) and fixed frame (6), feature It is: is provided with grinding cylinder (2) above the middle part of the bottom plate (1), and the left end of grinding cylinder (2) is fixedly connected with shaft (3), it is equipped with fixed block (4) in the middle part of the shaft (3), and the two sides up and down of fixed block (4) are respectively connected with the first spring (5), the fixed frame (6) is fixed on the outside of the fixed block (4) on the left of grinding cylinder (2), and before and after the bottom end of fixed frame (6) Two sides are respectively and fixedly provided with reinforcement block (7), and the top of the grinding cylinder (2) is connected with belt wheel (8), and the outside installation of belt wheel (8) Have transmission belt (9), the lower section installed in front of the belt wheel (8) has mounting rack (10), and is equipped with position on rear side of the lower section of belt wheel (8) In the driving motor (11) of the rear side of mounting rack (10), the leading flank and the top phase of second spring (12) of the mounting rack (10) Connection, and the end of second spring (12) is connected with the trailing flank of mounting plate (13)；

It is equipped with Weight plate (14) on the outside of the grinding cylinder (2), and the left end of Weight plate (14) offers feeding inlet (15), It is equipped with partition (16) on the inside of the feeding inlet (15), and straight-bar (17), the partition is installed in the middle part of partition (16) (16) it is equipped between straight-bar (17) loop bar (18), and is connected with gag lever post (19), the loop bar above loop bar (18) (18) bottom outside is equipped with gasket (21), and is provided with the switch block for being mounted on straight-bar (17) bottom end below gasket (21) (22), it is connected with support device (23) on the outside of the switch block (22), and support device (23) includes connecting rod (2301), slide bar (2302), support rod (2303), pawl thorn (2304) and barrier cloth (2305), the bottom end of the connecting rod (2301) and slide bar (2302) top is hinged, and support rod (2303) are provided on the inside of slide bar (2302), the top of the support rod (2303) Be fixedly arranged above pawl thorn (2304), and be provided on the outside of support rod (2303) barrier cloth (2305), the partition (16) it is upper Side is equipped with the positioning device (24) positioned at feeding inlet (15) inside top, and is connected with compression bar on the inside of positioning device (24) (25)；

It is fixed with card (26) on the inner wall of the grinding cylinder (2), and grinding cylinder (2) is internally provided with mill ball (27), and the middle inside of grinding cylinder (2) is fixed with liner plate (28), and the right end of the grinding cylinder (2) is connected with discharging Device (29), and material-gathering device (30) are provided on the right side of discharging device (29), the material-gathering device (30) includes support plate (3001), collect flitch (3002) and Material collecting box for harvesting (3003), the support plate (3001) are fixedly mounted on the right end of grinding cylinder (2) Top, and the top left side of support plate (3001) is fixed with collection flitch (3002), and collects and be provided with below flitch (3002) Material collecting box for harvesting (3003).

2. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: Be integrated between the grinding cylinder (2) and shaft (3), and shaft (3) by fixed block (4) and fixed frame (6) it Between constitute stretching structure, and the two sides up and down of fixed block (4) are symmetrically installed with the first spring (5).

3. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: The output end on the top of the shaft (3), the top of mounting rack (10) and driving motor (11) is mounted on belt wheel (8), and its Between by transmission belt (9) constitute drive mechanism, and between mounting rack (10) and mounting plate (13) be stretching structure.

4. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: Weight plate (14) outside in rectangular configuration for being welded on grinding cylinder (2), and the feeding inlet (15) of Weight plate (14) left part It sequentially passes through Weight plate (14), grinding cylinder (2) and card (26) to be connected with grinding cylinder (2), and feeding inlet (15) inner wall The top of the grinding cylinder (2) at place is incline structure.

5. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: Connection type between the partition (16) and feeding inlet (15) is is connected together, and partition (16), straight-bar (17) and loop bar (18) center line is on same vertical line, and the connection type between straight-bar (17) and loop bar (18) is threaded connection, and And face is in helicitic texture inside and outside loop bar (18).

6. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: The top of the partition (16) and loop bar (18) offers limit hole (20), and gag lever post (19) passes through limit hole (20) and set Detaching structure is constituted between bar (18) and partition (16), and gag lever post (19) is in "U" shaped structure.

7. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: The top of the connecting rod (2301) and the bottom end of loop bar (18) are articulated and connected, and connecting rod (2301), slide bar (2302) and branch Serial verb construction, and the limit hole (20) and straight-bar that support rod (2303) is hinged by its bottom end are constituted between strut (2303) (17) rotational structure is constituted between.

8. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: The positioning device (24) includes top plate (2401), grooved bore (2402), fixation hole (2403) and anti-skid chequer (2404), and top plate (2401) it is offered in the middle part of grooved bore (2402), consolidating on the inside of top plate (2401) is provided on the outside of grooved bore (2402) Determine hole (2403), and the inside correspondence of fixation hole (2403) is threaded with compression bar (25), while on the end of top plate (2401) Side is provided with anti-skid chequer (2404), and is connected together between top plate (2401) and Weight plate (14).

9. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 1, it is characterised in that: The discharging device (29) includes discharging cylinder (2901), filter plate (2902), scraping wings (2903) and dispersion plate (2904), and The inside left-end of discharging cylinder (2901) is equipped with filter plate (2902), is fixed with scraping wings on the right side of the middle part of filter plate (2902) (2903), and scraping wings (2903) right end is equipped with dispersion plate (2904), at the same the cylinder that discharges (2901), filter plate (2902), It is integrated between scraping wings (2903) and dispersion plate (2904), and between filter plate (2902) and dispersion plate (2904) For hollow mesh structure.

10. a kind of ball mill shaken for being conducive to that feed inlet is avoided to reveal according to claim 9, feature exist In: it is described discharging cylinder (2901) center line and collection flitch (3002) thinnest point in the same horizontal line, and collect flitch (3002) medial surface shape and structure structure spherical in shape, and the length for collecting flitch (3002) is not more than the length of Material collecting box for harvesting (3003) Degree.