CN203513293U - Feeding device for feeding white carbon black raw material into reaction kettle - Google Patents
Feeding device for feeding white carbon black raw material into reaction kettle Download PDFInfo
- Publication number
- CN203513293U CN203513293U CN201320541628.3U CN201320541628U CN203513293U CN 203513293 U CN203513293 U CN 203513293U CN 201320541628 U CN201320541628 U CN 201320541628U CN 203513293 U CN203513293 U CN 203513293U
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- China
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- conveying belt
- chute
- raw material
- carbon black
- white carbon
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Abstract
The utility model discloses a feeding device for feeding a white carbon black raw material into a reaction kettle. The feeding device comprises the reaction kettle which is arranged in a pit, a belt transfer device which is arranged on the ground beside the pit, and a chute which is formed between the belt transfer device and the reaction kettle in an inclined manner, wherein the belt transfer device comprises an annular transfer belt, the transfer belt comprises a transfer belt body and transfer belt retaining edges on the two sides of the transfer belt body, and the transfer belt body and the transfer belt retaining edges form the transfer belt with the U-shaped cross section; one end of the chute is arranged below the transfer belt, the other end of the chute is overlapped on a feed port of the reaction kettle, and moreover, the chute is provided with a breaking device and a vibration device. The feeding device is high in efficiency, stable and reliable, and has the time-saving and labor saving effects.
Description
Technical field
The utility model relates to transportation art, relates in particular to a kind of pay-off that enters still for white carbon black raw material.
Background technology
White carbon black claims again hydration precipitated silica, is white amorphous fine powder, and have high temperature resistant, do not fire, good series of advantages such as electrical insulating property,, as the strengthening agent of rubber, be mainly that a kind of important silicon is inorganic functional powder body material.Most domestic adopts traditional precipitator method preparation, that to take flower bulb alkali (being water glass) solution and sulfuric acid be raw material, regulate at a certain temperature pH value, obtain precipitation of silica, then from the slurry of reactor, through Filter Press, wash, remove sodium sulfate and impurity etc., then the filter cake obtaining is liquefied as pasty slurry through high-speed stirring, be called making beating, finally spraying is dry, obtains silica product.
For convenient transportation, storage, conventionally the solid particulate that the flower bulb alkali using is dry production, under certain temperature, pressure, through reactor dissolution transitions, become the liquid flower bulb alkali of required specification, in existing technique, toward adding in reactor, send flower bulb alkali by becoming manually, so traditional feed way, labor capacity is large, waste time and energy, cost is high, and efficiency is low.
Utility model content
The purpose of this utility model be to propose a kind of efficiency high, time saving and energy saving and reliable and stable for white carbon black raw material, enter the pay-off of still.
For reaching this object, the utility model by the following technical solutions:
For white carbon black raw material, enter a pay-off for still, comprise the reactor that is arranged in melt pit, on the ground on described melt pit side, be provided with lace conveying device, between described lace conveying device and described reactor, be tiltedly installed with chute; Wherein, described lace conveying device comprises the conveying belt that annular arranges, the conveying belt rib that described conveying belt comprises conveying belt body and is arranged at the both sides of described conveying belt body, the described conveying belt rib of described conveying belt body and both sides forms the conveying belt in U-shaped cross section; One end of described chute is positioned at the below of described conveying belt, and the other end of described chute is overlapped on the opening for feed of described reactor, is provided with shredder assembly and vibrating device on described chute.
Wherein, on described conveying belt body, be arranged at intervals with dividing plate, the height of described dividing plate is less than the height of described conveying belt rib.
Wherein, the height of described dividing plate is half of height of described conveying belt rib.
Wherein, described shredder assembly comprises the pressure roller between the rotating two side that is arranged at described chute and the drive unit being connected with described pressure roller, between the outside surface of described pressure roller and the surface of described chute, gap is set.
Wherein, described vibrating device is arranged at the bottom of described chute.
Wherein, the end that described chute is positioned at the below of described conveying belt is provided with chute rib, and the top of described chute rib approaches the top of described conveying belt rib.
Wherein, one end that the width of described chute is overlapped in the opening for feed of described reactor by one end to the described chute that is positioned at the below of described conveying belt diminishes gradually.
Wherein, described lace conveying device also comprises the inner side that is arranged at described conveying belt, for connecting and drive driving roller and the return idler of described conveying belt, the bottom of described driving roller and described return idler is provided with bearing support, the bottom of described bearing support is provided with back up pad, and the bottom of described back up pad is provided with roller.
Wherein, in described back up pad, be also provided with drive-motor, between described drive-motor and described driving roller, by belt, be connected.
The beneficial effects of the utility model are: the pay-off that enters still for white carbon black raw material of the present utility model, by reactor is placed in melt pit, and on the ground on melt pit side, lace conveying device is set, between lace conveying device and reactor, be tiltedly installed with chute, this lace conveying device comprises the conveying belt that annular arranges, the conveying belt rib that conveying belt comprises conveying belt body and is arranged at the both sides of conveying belt body, and the conveying belt rib of conveying belt body and both sides forms the conveying belt in U-shaped cross section, one end of chute is positioned at the below of conveying belt, and the other end of chute is overlapped on the opening for feed of reactor, is provided with shredder assembly and vibrating device on chute, during work, white carbon black raw material is positioned on conveying belt in one end of conveying belt, utilize conveying belt that white carbon black raw material is transported to one end that conveying belt is connected with chute from this end, and make white carbon black raw material sliding to chute, and then the obliquity of process chute, automatically slide to the opening for feed of reactor, finally enter in reactor, by this machine conveyor belt, replace manual operation, not only time saving and energy saving, can also effectively improve transport efficiency, during white carbon black raw material process chute, shredder assembly on chute can carry out preliminary fragmentation to the white carbon black raw material through chute, its particle size is reduced as much as possible, until white carbon black raw material, enter while dissolving in reactor and can accelerate its dissolution rate, and vibrating device can assist the white carbon black raw material that pulverized smoothly from chute landing to reactor, in addition, the pay-off that this white carbon black raw material enters still is arranged to conveying belt to be formed by conveying belt body and the conveying belt rib that is arranged at the both sides of conveying belt body the conveying belt in U-shaped cross section, when white carbon black raw material transports on conveying belt, can not be scattering into conveying belt place in addition, play certain effect of gathering, make white carbon black raw material all be transported to chute, improve and transport efficiency, and, one end of chute being arranged on to the below of conveying belt, when the position that white carbon black raw material turns to from conveying belt is slided, will all wander to chute, guarantee that white carbon black raw material can not trickle down to elsewhere, cause waste.
Accompanying drawing explanation
Fig. 1 is the structural representation that enters the pay-off of still for white carbon black raw material of the present utility model;
Fig. 2 is the conveyer belt structure schematic diagram in Fig. 1;
Fig. 3 is the sliding groove structure schematic diagram in Fig. 1;
Fig. 4 is chute and the reactor junction structural representation in Fig. 1.
In figure: 1-melt pit; 2-reactor; 3-ground; 4-back up pad; 5-conveying belt; 6-bearing support; 7-return idler; 8-drive-motor; 9-belt; 10-chute; 11-roller; 51-conveying belt body; 52-conveying belt rib; 101-chute rib; 102-shredder assembly.
Embodiment
Below in conjunction with accompanying drawing and by embodiment, further illustrate the technical solution of the utility model.
As shown in Figures 1 to 4, a kind of pay-off that enters still for white carbon black raw material, comprises the reactor 2 that is arranged in melt pit 1, on the ground 3 on melt pit 1 side, is provided with lace conveying device, between lace conveying device and reactor 2, is tiltedly installed with chute 10; Wherein, lace conveying device comprises the conveying belt 5 that annular arranges, the conveying belt rib 52 that conveying belt 5 comprises conveying belt body 51 and is arranged at the both sides of conveying belt body 51, the conveying belt rib 52 of conveying belt body 51 and both sides forms the conveying belt in U-shaped cross sections; One end of chute 10 is positioned at the below of conveying belt 5, and the other end of chute 10 is overlapped on the opening for feed of reactor 2, is provided with shredder assembly and vibrating device on chute 10.
The pay-off that enters still for white carbon black raw material of the present utility model by reactor 2 is placed in melt pit 1, and arranges lace conveying device on the ground 3 on melt pit 1 side, between lace conveying device and reactor 2, is tiltedly installed with chute 10, this lace conveying device comprises the conveying belt 5 that annular arranges, the conveying belt rib 52 that conveying belt 5 comprises conveying belt body 51 and is arranged at the both sides of conveying belt body 51, and the conveying belt rib 52 of conveying belt body 51 and both sides forms the conveying belt in U-shaped cross sections, one end of chute 10 is positioned at the below of conveying belt 5, and the other end of chute 10 is overlapped on the opening for feed of reactor 2, is provided with shredder assembly and vibrating device in chute 10, during work, white carbon black raw material is positioned on conveying belt 5 in one end of conveying belt 5, utilize conveying belt 5 that white carbon black raw material is transported to one end that conveying belt 5 is connected with chute 10 from this end, and make white carbon black raw material sliding to chute 10, and then the obliquity of process chute 10, automatically slide to the opening for feed of reactor 2, finally enter in reactor 2, by this machine conveyor belt, replace manual operation, not only time saving and energy saving, can also effectively improve transport efficiency, during white carbon black raw material process chute, shredder assembly in chute can carry out preliminary fragmentation to the white carbon black raw material through chute, its particle size is reduced as much as possible, until white carbon black raw material, enter while dissolving in reactor and can accelerate its dissolution rate, and vibrating device can assist the white carbon black raw material that pulverized smoothly from chute landing to reactor, in addition, the pay-off that this white carbon black raw material enters still is arranged to conveying belt 5 to be formed by conveying belt body 51 and the conveying belt rib 52 that is arranged at the both sides of conveying belt body 51 conveying belt in U-shaped cross section, when white carbon black raw material transports on conveying belt 5, can not be scattering into conveying belt place in addition, play certain effect of gathering, make white carbon black raw material all be transported to chute, improve and transport efficiency, and, one end of chute 10 being arranged on to the below of conveying belt 5, when the position that white carbon black raw material turns to from conveying belt is slided, will all wander to chute 10, guarantee that white carbon black raw material can not trickle down to elsewhere, cause waste.
Wherein, shredder assembly 102 comprises the pressure roller between the rotating two side that is arranged at chute 10 and the drive unit being connected with pressure roller, between the outside surface of pressure roller and the surface of chute 10, gap is set.Further, the surface of the outside surface of pressure roller and chute 10 approaches, but does not contact.When the particle of white carbon black raw material slides to shredder assembly 102 place of chute 10 like this; the particle of white carbon black raw material need to be through just entering reactor 2 between pressure roller and the surface of chute 10; and in the process process of shredder assembly 102; the particle of realizing dialogue carbon black feed stock through the rotation of pressure roller pulverizes operation; reduce its granular size; the particle that makes to enter the white carbon black raw material in reactor 2 reduces greatly, and then improves dissolution rate.Further, vibrating device is arranged at the bottom of chute 10.After shredder assembly 102 pulverizes the particle of white carbon black raw material, the pulley speed of pulverous white carbon black raw material in chute 10 can slow down relatively, now, vibrating device passes through vibrotrunk, and then make the powder fast slide of the white carbon black raw material in chute 10 drop down onto reactor, avoid affecting broken speed, and then accelerate transfer rate, improve transport efficiency.
In the present embodiment, on conveying belt body 51, be arranged at intervals with dividing plate, the height of dividing plate is less than the height of conveying belt rib 52.One progressive ground, the height of dividing plate is half of height of conveying belt rib 52.Utilize dividing plate to make to form on conveying belt a plurality of compartments, while pouring feed particles on giving conveying belt 5, running along with conveying belt 5, feed particles will be ceaselessly poured into different compartments, guarantee the stable conveying of feed particles, also can prevent that the end that is too near to conveying belt when pouring feed particles into from causing being scattered of feed particles.
Further, the end that chute 10 is positioned at the below of conveying belt 5 is provided with chute rib 101, and the top of chute rib 101 approaches the top of conveying belt rib 52.Like this, the feed particles on conveying belt 5 flows in the process of chute 10, and some feed particles there will be the situation of collision spring, by chute rib 101, can prevent well that feed particles from, because spring skips to the outside of chute 10, reducing the waste of raw material.In addition, the width of chute 10 is diminished gradually by one end to the one end that chute 10 is overlapped in the opening for feed of reactor 2 that is positioned at the below of conveying belt 5, is also that the width of one end of chute 10 below that is positioned at conveying belt 5 is greater than the width of one end that chute 10 is overlapped in the opening for feed of reactor 2.Even if while making pay-off that this white carbon black raw material the enters still raw material on conveying belt 5 more, chute 10 also can receive well, large by self one end again, the little constructional feature in one end opening for feed of delivering to reactor slowly, avoids the disposable burden that causes the opening for feed of reactor when too much raw material is delivered to the opening for feed of reactor.
The lace conveying device that this white carbon black raw material enters the pay-off of still also comprises the inner side that is arranged at conveying belt 5, for connecting and drive driving roller and the return idler 7 of conveying belt 5, the bottom of driving roller and return idler 7 is provided with bearing support 6, the bottom of bearing support 6 is provided with back up pad 4, and the bottom of back up pad 4 is provided with roller 11.In back up pad 4, be also provided with drive-motor 8, between drive-motor 8 and driving roller, by belt 9, be connected.During feeding, by drive-motor 8, drive driving roller, driving roller driving conveying belt rotates, and then drives return idler to rotate, and forms circulation and transports.When not carrying out feeding, can utilize roller 11 that this lace conveying device is moved to elsewhere, to coordinate the feeding of other reactors or to move to rest area, to vacate, taken up space, the placement of other equipment while preparing to realize white carbon black.
Know-why of the present utility model has below been described in conjunction with specific embodiments.These are described is in order to explain principle of the present utility model, and can not be interpreted as by any way the restriction to the utility model protection domain.Explanation based on herein, those skilled in the art does not need to pay performing creative labour can associate other embodiment of the present utility model, within these modes all will fall into protection domain of the present utility model.
Claims (9)
1. a pay-off that enters still for white carbon black raw material, comprise the reactor (2) that is arranged in melt pit (1), it is characterized in that: on the ground (3) on described melt pit (1) side, be provided with lace conveying device, between described lace conveying device and described reactor (2), be tiltedly installed with chute (10); Wherein, described lace conveying device comprises the conveying belt (5) that annular arranges, the conveying belt rib (52) that described conveying belt (5) comprises conveying belt body (51) and is arranged at the both sides of described conveying belt body (51), the described conveying belt rib (52) of described conveying belt body (51) and both sides forms the conveying belt in U-shaped cross section; One end of described chute (10) is positioned at the below of described conveying belt (5), and the other end of described chute (10) is overlapped on the opening for feed of described reactor (2), and described chute is provided with shredder assembly and vibrating device on (10).
2. a kind of pay-off that enters still for white carbon black raw material according to claim 1, is characterized in that: on described conveying belt body (51), be arranged at intervals with dividing plate, the height of described dividing plate is less than the height of described conveying belt rib (52).
3. a kind of pay-off that enters still for white carbon black raw material according to claim 2, is characterized in that: the height of described dividing plate is half of height of described conveying belt rib (52).
4. a kind of pay-off that enters still for white carbon black raw material according to claim 1, it is characterized in that: described shredder assembly (102) comprises the pressure roller between the rotating two side that is arranged at described chute (10) and the drive unit being connected with described pressure roller, between the outside surface of described pressure roller and the surface of described chute (10), gap is set.
5. a kind of pay-off that enters still for white carbon black raw material according to claim 1, is characterized in that: described vibrating device is arranged at the bottom of described chute (10).
6. a kind of pay-off that enters still for white carbon black raw material according to claim 1, it is characterized in that: the end that described chute (10) is positioned at the below of described conveying belt (5) is provided with chute rib (101), and the top of described chute rib (101) approaches the top of described conveying belt rib (52).
7. a kind of pay-off that enters still for white carbon black raw material according to claim 1, is characterized in that: one end that the width of described chute (10) is overlapped in the opening for feed of described reactor (2) by one end to the described chute (10) that is positioned at the below of described conveying belt (5) diminishes gradually.
8. a kind of pay-off that enters still for white carbon black raw material according to claim 1, it is characterized in that: described lace conveying device also comprises the inner side that is arranged at described conveying belt (5), for connecting and drive driving roller and the return idler (7) of described conveying belt (5), the bottom of described driving roller and described return idler (7) is provided with bearing support (6), the bottom of described bearing support (6) is provided with back up pad (4), and the bottom of described back up pad (4) is provided with roller (11).
9. a kind of pay-off that enters still for white carbon black raw material according to claim 8, is characterized in that: in described back up pad (4), be also provided with drive-motor (8), between described drive-motor (8) and described driving roller, by belt (9), be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320541628.3U CN203513293U (en) | 2013-09-02 | 2013-09-02 | Feeding device for feeding white carbon black raw material into reaction kettle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320541628.3U CN203513293U (en) | 2013-09-02 | 2013-09-02 | Feeding device for feeding white carbon black raw material into reaction kettle |
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| Publication Number | Publication Date |
|---|---|
| CN203513293U true CN203513293U (en) | 2014-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320541628.3U Expired - Lifetime CN203513293U (en) | 2013-09-02 | 2013-09-02 | Feeding device for feeding white carbon black raw material into reaction kettle |
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| CN (1) | CN203513293U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103449452A (en) * | 2013-09-02 | 2013-12-18 | 无锡恒诚硅业有限公司 | Feeding device for conveying white carbon black raw material into kettle |
-
2013
- 2013-09-02 CN CN201320541628.3U patent/CN203513293U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103449452A (en) * | 2013-09-02 | 2013-12-18 | 无锡恒诚硅业有限公司 | Feeding device for conveying white carbon black raw material into kettle |
| CN103449452B (en) * | 2013-09-02 | 2015-05-27 | 无锡恒诚硅业有限公司 | Feeding device for conveying white carbon black raw material into kettle |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20140402 |