CN205700778U - Equipment for the maintenance safety of bentonite processing - Google Patents
Equipment for the maintenance safety of bentonite processing Download PDFInfo
- Publication number
- CN205700778U CN205700778U CN201620286061.3U CN201620286061U CN205700778U CN 205700778 U CN205700778 U CN 205700778U CN 201620286061 U CN201620286061 U CN 201620286061U CN 205700778 U CN205700778 U CN 205700778U
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- CN
- China
- Prior art keywords
- spline
- grinding roller
- operating room
- groove
- abrasive disc
- Prior art date
- 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 - Fee Related
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Abstract
The utility model discloses the equipment of a kind of maintenance safety for bentonite processing, including ore deposit soil raw material storage, forklift, belt conveyer, flour mill, rotary drying machine, hot-blast stove, dust pelletizing system, raw material storage, screw conveyor and packing machine；Described flour mill includes support, the operating room being fixed on support, the discharge barrel being communicated in operating room and the abrasive member for grinding material, described abrasive member is placed in described operating room, this abrasive member includes abrasive disc and grinding roller, and each abrasive disc is in transmission connection by grinding roller；Described grinding roller wherein one end is extended described operating room sidewall and is formed outer lever, and this outer lever is connected with the actuator for driving grinding roller to rotate.The utility model simple in construction, can realize rapid spline when maintenance to grinding roller, prevents workman's grinding roller when maintenance from rotating because of inertia, prevents from crushing the hand of maintenance.
Description
Technical field
Utility model belongs to milling apparatus technical field, especially relates to the equipment of a kind of maintenance safety for bentonite processing.
Background technology
Bentonite is applied in all kinds of drilling well, in bentonitic production process, after needing to coordinate sodium carbonate to be ground in all kinds of ore deposit soil with flour mill, is re-fed into next production link and produces.Owing to ore deposit soil is generally harder, and the usually stone containing miscellaneous many hard, during flour mill grinds, stone easily snaps in abrasive member so that abrasive member breaks down or damages, now operating personnel just need to keep in repair abrasive member, or change abrasive member.But owing to abrasive member is not provided with spline structure, rotating, thus snap in abrasive disc by the hand of maintenance personal under abrasive disc being easily at effect of inertia during abrasive member maintenance, potential safety hazard is very big.
Utility model content
The utility model in order to overcome the deficiencies in the prior art, provides a kind of simple in construction, the abrasive member can the equipment of the maintenance safety for bentonite processing of spline, maintenance operation safety rapidly.
To achieve these goals, the utility model is by the following technical solutions: the equipment of a kind of maintenance safety for bentonite processing, including ore deposit soil raw material storage, forklift, belt conveyer, flour mill, rotary drying machine, hot-blast stove, dust pelletizing system, raw material storage, screw conveyor and packing machine；Described flour mill includes support, the operating room being fixed on support, the discharge barrel being communicated in operating room and the abrasive member for grinding material, described abrasive member is placed in described operating room, this abrasive member includes abrasive disc and grinding roller, and each abrasive disc is in transmission connection by grinding roller；Described abrasive disc is provided with the radiating piece for reducing abrasive disc temperature, this radiating piece include the ring-type heat dissipation cavity being opened in abrasive disc, the heat radiation water bag being placed in this heat dissipation cavity, connect this heat dissipation cavity and abrasive disc sidewall can be used for change heat radiation water bag take thing mouth and being connected to take thing mouth sidepiece open or close take thing mouth take thing lid；Described grinding roller wherein one end is extended described operating room sidewall and is formed outer lever, and this outer lever is connected with the actuator for driving grinding roller to rotate；The opposite side of described grinding roller is movably connected on operating room inwall, and this operating room inwall is formed with the stopper slot for positioning grinding roller with specify position；Also including one for the spline plug-in unit of this grinding roller of spline, this spline plug-in unit includes that inserted link, the first spline groove being opened in operating room lateral wall corresponding to stopper slot position, the jack that inserted link inserts and being opened on grinding roller of being available for being opened in the first spline trench bottom are available for this inserted link and insert and put into the second spline groove；The described first spline groove of described jack connection and stopper slot, described second spline groove is opened in grinding roller and is respectively positioned on same straight line near stopper slot side end, the center line of described first spline groove, jack, the second spline groove and stopper slot；Described inserted link include can with described first spline groove spline coordinate the first auxiliary section, can with described second spline groove spline coordinate the second auxiliary section and for being connected the connection axostylus axostyle of described first auxiliary section and the second auxiliary section；Described first auxiliary section outside portion is connected with the first spline flange of at least three strip, and described first spline groove outside portion is provided with the first spline draw-in groove that at least three matches with this first spline flange；Described second auxiliary section outside portion is connected with the second spline flange of at least three strip, and described second spline groove outside portion is provided with the second spline draw-in groove that at least three matches with this second spline flange；This actuator includes being fixed on the electric machine support of support, drives motor, the power transmission shaft being formed at driving motor sidepiece and driving belt, and described driving belt one end is set on described grinding roller, and the other end is then set on power transmission shaft.
Further, described inserted link is connected to described operating room sidewall by connecting rope.
Further, it is provided with the second filter screen for filtering bulky grain powder in described discharge barrel, prevent discharging opening from blocking.
In sum, the utility model simple in construction, inserted link can be pushed when needing repairing, when inserted link is pushed into bottom, the first auxiliary section of inserted link just snaps in the first spline groove, and the second auxiliary section just snaps in the second spline groove, realize spline by flange with coordinating of draw-in groove between the two, thus quickly spline is carried out to grinding roller, and maintenance process does not haves the situation that grinding roller rotates suddenly, security performance is good；The heat that abrasive disc produces in abrasive process can be absorbed by heat radiation water bag, reduces the heat of abrasive disc；Heat radiation water bag can be changed, and reduces the damage of water bag, remains that abrasive disc maintains lower temperature, extends the service life of abrasive disc.
Brief description
Fig. 1 is structural representation of the present utility model.
Fig. 2 is partial schematic diagram of the present utility model.
Fig. 3 is the structural representation of inserted link.
Fig. 4 is the structural representation of abrasive disc.
Detailed description of the invention
In order to make those skilled in the art be better understood from the utility model scheme, below in conjunction with the accompanying drawing in the utility model embodiment, clear, complete description is carried out to the technical scheme in the utility model embodiment.
As Figure 1-4, the equipment of a kind of maintenance safety for bentonite processing, including ore deposit soil raw material storage, forklift, belt conveyer, flour mill, rotary drying machine, hot-blast stove, dust pelletizing system, raw material storage, screw conveyor and packing machine；Described flour mill include for abrasive dust operation operating room the 2nd, for fixing support the 1st, feed hopper the 3rd, the discharge barrel of described operating room 2, for the abrasive member of grinding material and for driving the actuator of described abrasive member action；Described feed hopper is communicated in described operating room top, and described discharge barrel is communicated in described operating room bottom.Described abrasive member is arranged in described operating room, concrete, and this abrasive member includes abrasive disc 51 and grinding roller 52, and each abrasive disc 51 is in transmission connection by grinding roller 52；With the present embodiment, described abrasive disc 5 is many group driving disc spacing pressings and clutch plate is arranged, and all drives it to rotate by described grinding roller 52.The inwall of described operating room 2 offers a stopper slot 21, and this stopper slot 21 is for the position specifying grinding roller 52 in positioning, and the wherein one end of grinding roller 52 is rotating to be placed in this stopper slot 21.
In order to when device fails, quickly carry out spline to grinding roller, we are provided with a spline plug-in unit.Concrete, this spline plug-in unit includes inserted link the 71st, the first spline groove the 72nd, jack 73 and the second spline groove 74；Described first spline groove 72 is opened in operating room lateral wall, and its position is arranged corresponding to stopper slot 7 position；Described jack 73 is opened in bottom the first spline groove 72, and this jack 73 can insert for inserted link when spline operates, and is connected by jack 73 between the first spline groove 72 and stopper slot 21；Described second spline groove 74 is opened in grinding roller 52 on the end of that side of stopper slot 21, and this second spline groove 74 is available for inserted link 71 and inserts when spline operates；In order to realize rapidly spline when inserted link inserts, the center line of described first spline groove the 72nd, jack the 73rd, the second spline groove 74 and stopper slot 21 is respectively positioned on same straight line.
Concrete, described inserted link 71 includes the 711st, the second auxiliary section 712, the first auxiliary section and connects axostylus axostyle 713, connects axostylus axostyle 713 and is used for connecting described first auxiliary section 711 and the second auxiliary section 712；Described first auxiliary section 711 can coordinate with the first spline groove 72 spline when spline operates, and described second auxiliary section 712 can coordinate with the second spline groove 74 spline when spline operates；So that spline effect is more preferable, we are provided with the first spline flange 7a in described first auxiliary section 711 outside portion, described first spline flange 7a should be set at least three, with in the present embodiment, this first spline flange 7a is set to three, this first spline flange 7a is strip and arranges, and along the first circumferentially-spaced distribution in auxiliary section 711；Accordingly, described first spline groove 72 outside portion is provided with the first spline draw-in groove 7b, and this first spline draw-in groove 7b should be equal with the quantity of described first spline flange 7a, is also configured as at least three, and with the present embodiment, this first spline draw-in groove 7b is also configured as three；This first spline flange 7a can insert when spline operates in corresponding first spline draw-in groove 7b, and the spline realizing between the first spline groove 72 with the first auxiliary section 711 that matches between the two coordinates.Described second auxiliary section 712 outside portion is provided with the second spline flange 7c, this second spline flange 7c is set at least three, and with the present embodiment, this second spline flange 7c is set to three, and being strip to arrange, this second spline flange 7c is along the circumferentially-spaced distribution of the second auxiliary section 712；Described accordingly the second spline groove 74 outside portion is provided with the second spline draw-in groove 7d, the quantity of this second spline draw-in groove 7d is equal with the quantity of described second spline flange 7c, being also configured as at least three, with the present embodiment, the quantity of this second spline flange 7c is set to three；During spline operation, this second spline flange 7c is placed in this second spline draw-in groove 7d, and the spline realizing between the second auxiliary section 712 with the second spline groove 74 that matches between the two coordinates.As preferably, can connect one at described inserted link 71 sidepiece and connect rope, the other end connecting rope is connected on described operating room 2 sidewall, thus can be suspended on operating room by connecting rope when inserted link 7 does not uses, and will not lose.
When needs carry out spline to grinding roller, described inserted link is not connected with connect one end alignment first spline groove of rope, afterwards inserted link is pushed, when inserted link is pushed into bottom, first auxiliary section of inserted link just snaps in the first spline groove, second auxiliary section just snaps in the second spline groove, realizes spline by flange with coordinating of draw-in groove between the two, thus quickly carries out spline to grinding roller.
Abrasive disc easily produces heat during friction, in order to prevent abrasive disc from damaging because temperature is too high, we are provided with a radiating piece on described abrasive disc 51, and the heat that abrasive disc produces can be absorbed by this radiating piece, reduces the temperature of abrasive disc 51；Concrete, this radiating piece includes that the 302nd, ring-type heat dissipation cavity the 301st, the water bag that dispels the heat takes thing mouth 303 and take thing lid 304；Described ring-type heat dissipation cavity 301 is opened in abrasive disc 51, and described heat radiation water bag 302 is then placed in this heat dissipation cavity 301；Replacing to heat radiation water bag 302 for convenience, we are provided with one at described heat dissipation cavity 301 sidepiece and take thing mouth 303, this takes thing mouth 303 and is connected the sidewall of heat dissipation cavity 301 and abrasive disc 51 sidewall, thus the water bag 302 that dispels the heat can take thing mouth 303 by this and be taken out or put into；Preferably, during preventing abrasive disc 51 from rotating, heat radiation water bag 302 is thrown out of, need to close to taking thing mouth 303, so we are connected to one and are connected to take thing lid 304 taking thing mouth 303 sidepiece, by this take thing lid 304 on turn over or under turn over and can realize taking opening or closing of thing mouth 303.
Described abrasive member is arranged over the first filter screen 6, and this first filter screen 6 can carry out sieving to tiny stone present in material, prevents stone from entering abrasive member damaging abrasive member.With the present embodiment, described operating room 2 sidepiece is provided with the waste material drain member coordinating the stone being filtered to discharge with this first filter screen 6.Concrete, described waste material drain member includes movable block the 14th, loose slot and opening and closing part；Described movable block 14 is fixedly connected on described first filter screen 6 sidepiece, and extend the sidewall of operating room 2, thus move at operating room external control movable block 14 and described first filter screen 6 just can be driven to move, thus the stone getting off sieving on the first filter screen 6 is discharged, easy and simple to handle, it is not necessary to operating room is dismantled.
Further, described discharge barrel includes the doffing 42 that the top cylinder 41 of cone setting and straight tube shape are arranged, and described doffing 42 one end is connected to described top cylinder 41 bottom and is connected in top cylinder 41, forms discharging opening 43 bottom described doffing 42.Discharging opening 43 is blocked by the bulky grain powder in order to exist after preventing abrasive dust, and we are provided with the second filter screen 44 in described discharge barrel, and this second filter screen 44 may filter that oarse-grained powder, thus prevents discharging opening from blocking.
The other end of described grinding roller 52 extends outward operating room sidewall and forms outer lever 521, and described outer lever connects actuator, and this actuator can drive grinding roller 52 to rotate；This actuator includes that the 101st, electric machine support drives motor the 102nd, power transmission shaft 103 and driving belt 104, and described electric machine support 101 is fixedly connected on described support 1 sidepiece, and described driving motor 102 is placed on described electric machine support 101.Described power transmission shaft 103 is located at described driving motor 102 sidepiece, can rotate under the driving of motor；Described driving belt 104 one end is set on described grinding roller 52, and the other end is then set on power transmission shaft 103, so realizing being in transmission connection between described power transmission shaft and grinding roller.
Obviously, described embodiment is only a part of embodiment of the present utility model, rather than whole embodiments.Based on the embodiment in the utility model, every other embodiment that those of ordinary skill in the art are obtained under the premise of not making creative work, all should belong to the scope of the utility model protection.
Claims (3)
1. for the equipment that the maintenance of bentonite processing is safe, including ore deposit soil raw material storage, forklift, belt conveyer, flour mill, rotary drying machine, hot-blast stove, dust pelletizing system, raw material storage, screw conveyor and packing machine；Described flour mill includes support (1), the operating room (2) being fixed on support (1), the discharge barrel being communicated in operating room (2) and for the abrasive member of grinding material, it is characterized in that: described abrasive member is placed in described operating room (2), this abrasive member includes abrasive disc (51) and grinding roller (52), and each abrasive disc (51) is in transmission connection by grinding roller (52)；Described abrasive disc (51) is provided with the radiating piece for reducing abrasive disc (51) temperature, this radiating piece include the ring-type heat dissipation cavity (301) being opened in abrasive disc (51), the heat radiation water bag (302) being placed in this heat dissipation cavity (301), connect this heat dissipation cavity (301) and abrasive disc (51) sidewall can be used for change heat radiation water bag (302) take thing mouth (303) and being connected to take thing mouth (303) sidepiece open or close take thing mouth take thing lid (304)；Described grinding roller (52) wherein one end is extended described operating room (2) sidewall and is formed outer lever (521), and this outer lever (521) is connected with the actuator for driving grinding roller (52) to rotate；The opposite side of described grinding roller (52) is movably connected on operating room (2) inwall, and this operating room (2) inwall is formed with the stopper slot (21) for positioning grinding roller (52) with specify position；Also including one for the spline plug-in unit of this grinding roller of spline (52), this spline plug-in unit includes that inserted link (71), the first spline groove (72) being opened in operating room lateral wall corresponding to stopper slot (21) position, the jack (73) that inserted link inserts and being opened on grinding roller (52) of being available for being opened in the first spline groove (72) bottom are available for this inserted link (71) and insert and put into the second spline groove (74)；Described jack (73) connects described first spline groove (72) and stopper slot (21), described second spline groove (74) is opened in close stopper slot (21) side end of grinding roller (52), and the center line of described first spline groove (72), jack (73), the second spline groove (74) and stopper slot (21) is respectively positioned on same straight line；Described inserted link (71) include can with described first spline groove (72) spline coordinate the first auxiliary section (711), can with described second spline groove (74) spline coordinate the second auxiliary section (712) and the connection axostylus axostyle (713) being used for being connected described first auxiliary section (711) and the second auxiliary section (712)；Described first auxiliary section (711) outside portion is connected with the first spline flange (7a) of at least three strip, and described first spline groove (72) outside portion is provided with the first spline draw-in groove (7b) that at least three matches with this first spline flange (7a)；Described second auxiliary section (712) outside portion is connected with the second spline flange (7c) of at least three strip, and described second spline groove (74) outside portion is provided with the second spline draw-in groove (7d) that at least three matches with this second spline flange (7c)；This actuator includes being fixed on the electric machine support (101) of support (1), drives motor (102), the power transmission shaft (103) being formed at driving motor (102) sidepiece and driving belt (104), described driving belt (104) one end is set on described grinding roller (52), and the other end is then set on power transmission shaft (103).
2. the equipment of the maintenance safety for bentonite processing according to claim 1, it is characterised in that: described inserted link (71) is connected to described operating room (2) sidewall by connecting rope.
3. the equipment of the maintenance safety for bentonite processing according to claim 1, it is characterised in that: it is provided with the second filter screen (44) for filtering bulky grain powder in described discharge barrel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620286061.3U CN205700778U (en) | 2016-04-06 | 2016-04-06 | Equipment for the maintenance safety of bentonite processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620286061.3U CN205700778U (en) | 2016-04-06 | 2016-04-06 | Equipment for the maintenance safety of bentonite processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205700778U true CN205700778U (en) | 2016-11-23 |
Family
ID=57309168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620286061.3U Expired - Fee Related CN205700778U (en) | 2016-04-06 | 2016-04-06 | Equipment for the maintenance safety of bentonite processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205700778U (en) |
-
2016
- 2016-04-06 CN CN201620286061.3U patent/CN205700778U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161123 Termination date: 20170406 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |