CN204974034U - Energy -conserving impacted style system sand machine of economy - Google Patents
Energy -conserving impacted style system sand machine of economy Download PDFInfo
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- CN204974034U CN204974034U CN201520529380.8U CN201520529380U CN204974034U CN 204974034 U CN204974034 U CN 204974034U CN 201520529380 U CN201520529380 U CN 201520529380U CN 204974034 U CN204974034 U CN 204974034U
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- column
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Abstract
The utility model discloses an energy -conserving impacted style system sand machine of economy, including workstation, actuating mechanism and broken mechanism, broken mechanism includes all backplates, the backplate was including card solid portion and backplate portion week, and it is anterior that backplate portion is provided with the solid portion of card, and a card rear portion card is admittedly gone into to the fixed slot of broken incasement wall in, the solid portion of card is including ka tai, fixture block, separation blade and three slice at least adjustment sheets, and the fixture block setting is at the katai rear portion, is provided with the arc draw -in groove in the katai lower part, and the separation blade setting is at the fixture block middle part, and the relative slope of adjustment sheet and being is respectively dispersed the form and is set up before the fixture block on the terminal surface. The utility model discloses an all backplates are detachable, can carry out some changes according to the wearing and tearing condition, have saved the material, have reduced the turnover rate, have avoided the wasting of resources to all backplates can also carry out inclination's regulation according to the needs of breakage reflection, have improved the suitability of all backplates.
Description
Technical field
The utility model relates to a kind of machining equipment, especially the impact sand production machine of economical and energy saving.
Background technology
Disintegrating machine is a kind of for carrying out the broken a kind of plant equipment obtaining more small particle diameter of processing to material, its principle is that material enters in crusher chamber from feed hopper, rotates counterattack carry out fragmentation to material by the rotor high-speed being positioned at crusher chamber to all backplates of crusher chamber.Current existing all backplates are all be arranged on crusher chamber inwall with angle of inclination, but its angle of inclination is fixing, cannot adjust according to the situation of broken material, and all backplate effect counterpunch boards its bear very large impact, easy damage, and existing all backplates are integral replacings after damage, cause all backplates to change excessive velocities like this, add processing cost.Because disintegrating machine is in shattering process, can produce substantial load, each parts of rigidly connected disintegrating machine can make frame produce sharp pounding, and frame or crusher components, in the collision of long-time vibrations and material, very easily produce crack, have a strong impact on its service life.
Utility model content
Technical problem to be solved in the utility model is, for above-mentioned the deficiencies in the prior art, provides a kind of impact sand production machine of economical and energy saving.
The technical scheme that the impact sand production machine of the utility model economical and energy saving adopts is as follows:
The impact sand production machine of the utility model economical and energy saving, comprise workbench, driving mechanism and crushing mechanism, driving mechanism and crushing mechanism are arranged on the table, driving mechanism is connected with crushing mechanism, described crushing mechanism comprises feed hopper, feed pipe, broken case, main shaft, broken rotor and several week backplate, feed pipe is arranged on broken upper box part, feed hopper is arranged on feed pipe upper end, broken rotor, main shaft and all backplates are all arranged in broken case, and broken rotor is arranged in the middle part of broken case, main shaft is fixedly installed on broken rotor bottom, within several week, backplate uniform pitch is arranged on broken case sidewall, driving mechanism is connected with main shaft, described all backplates comprise holding division and backplate portion, and backplate portion is provided with holding division front portion, and holding division rear portion snaps onto in the holddown groove of broken chamber interior wall, described holding division comprises chuck, fixture block, catch and at least three adjustment sheets, and fixture block is arranged on chuck rear portion, and chuck bottom is provided with arc-shaped slot, and catch is arranged in the middle part of fixture block, adjustment sheet relative tilt and be arranged on fixture block front end face in divergent shape respectively, described backplate portion comprises backplate main body, side slat and header board, backplate back body is provided with the socket matched with adjustment sheet size, backplate main body is plugged on adjustment sheet by socket, several barbs are evenly provided with in backplate main body both sides, the bayonet socket matched with barb shape is provided with inside side slat, the quantity of side slat is two, two side slats are removably fixed on backplate main body both sides by bayonet socket, backplate body front end is provided with fan-shaped inserted block, the panel of fan-shaped inserted block is provided with T-shaped rinforcement bar, the sector notch matched with fan-shaped inserted block is provided with in header board rear end, header board snaps in backplate body front end by sector notch, the inner plate surface of header board is provided with and sets off by contrast sheet, the inner plate surface of backplate main body is provided with several and increases mill projection.
As preferred version of the present utility model, described driving mechanism comprises drive motors, the first belt wheel, the second belt wheel and driving-belt, first belt wheel is arranged on the output shaft of drive motors, and the second belt wheel is arranged on main shaft lower end, and driving-belt is wrapped on the first belt wheel and the second belt wheel.
As preferred version of the present utility model, workbench bottom is provided with shock bracket, described shock bracket comprises base plate, buffer bar, support bar, coupling assembling and anti-displacement component, base plate is arranged on below workbench, the quantity of buffer bar is four, four buffer bars be quadrangle scattering device between workbench and base plate, be provided with a support bar between adjacent two buffer bars, coupling assembling is arranged between support bar and buffer bar, and anti-displacement component is arranged between buffer bar, described buffer bar comprises C shape card, fastening bolt, column, a tree, used in making timber for boats wood, nut, spring and reinforced pier, the upper flange of C shape card is fixed on below workbench by fastening bolt, the lower wing plate of C shape card is provided with the through hole passed for column, it is inner that column upper end is deep into C shape card through through hole, column upper end is provided with external screw thread, nut is nested with in column upper end, spring is nested with in column upper end, and the lower end of spring is pressed in inside C shape card lower wing plate, spring upper end withstands on the lower surface of nut, a tree, used in making timber for boats wood is arranged on nut upper end, the lower end of column is fixed on reinforced pier, reinforced pier is arranged on base plate, described anti-displacement component comprises sleeve pipe, brace table and tube connector, and brace table is arranged on column middle and lower part, and sleeve pipe to be nested with on column and to be supported by brace table, is connected between each sleeve pipe by tube connector, described coupling assembling comprises the first brace, the second brace and steady pin, first brace one end is connected with post upper sidepiece by steady pin, the first brace other end is connected with in the middle part of column by steady pin, second brace one end is connected with support bar lower end sidepiece by steady pin, and the second brace other end is connected with in the middle part of column by steady pin.
The advantage of the impact sand production machine of the utility model economical and energy saving is, all backplates are detachable, part replacing can be carried out according to abrasion condition, save material, reduce turnover rate, avoid the wasting of resources, and all backplates can also according to fragmentation reflection need the adjustment carrying out angle of inclination, improve the applicability of all backplates.Shock absorbing bracket structure is reasonable, vibration can be reduced greatly, ensure that safe operation and the service life of plant equipment.
Accompanying drawing explanation
Fig. 1 is the front view of the impact sand production machine of the utility model economical and energy saving.
Fig. 2 is all backplate front views of the impact sand production machine of the utility model economical and energy saving.
Fig. 3 is the right view of all backplate holding divisions of the impact sand production machine of the utility model economical and energy saving.
Fig. 4 is the front view of the impact sand production machine shock bracket of the utility model economical and energy saving.
Fig. 5 is the A portion enlarged drawing of the impact sand production machine shock bracket of the utility model economical and energy saving.
Detailed description of the invention
As shown in drawings, the impact sand production machine of the utility model economical and energy saving, comprises workbench 1, driving mechanism and crushing mechanism, and driving mechanism and crushing mechanism are arranged on workbench 1, and driving mechanism is connected with crushing mechanism.Workbench 1 is for supporting driving mechanism and crushing mechanism, and driving mechanism is used for providing crushing power for crushing mechanism, thus carries out fragmentation by crushing mechanism to material.
Described driving mechanism comprises drive motors 6, first belt wheel, the second belt wheel and driving-belt 7, first belt wheel and is arranged on the output shaft of drive motors 6, and the second belt wheel is arranged on main shaft 7 lower end, and driving-belt 7 is wrapped on the first belt wheel and the second belt wheel.When drive motors 6 starts, the first belt wheel is driven to rotate, driving-belt 7 synchronous axial system is driven while first belt wheel rotates, thus drive the second belt wheel to rotate by driving-belt 7, because the second belt wheel is arranged on main shaft 5, therefore the second belt wheel drives main shaft 5 to rotate in rotation process, thus drives broken rotor to rotate by main shaft 5.
Crushing mechanism comprises feed hopper 2, feed pipe 3, broken case 4, main shaft 5, broken rotor and several week backplate, feed pipe 3 is arranged on broken case 4 top, feed hopper 2 is arranged on feed pipe 3 upper end, broken rotor, main shaft 5 and all backplates are all arranged in broken case 4, and broken rotor is arranged in the middle part of broken case 4, main shaft 5 is fixedly installed on broken rotor bottom, and within several week, backplate uniform pitch is arranged on broken case 4 sidewall, and driving mechanism is connected with main shaft 4.Material flow in feed pipe 3 from feed hopper, enter in broken case 4 again, because broken rotor is positioned at below feed pipe 3, the material entering broken case 4 carries out fragmentation by broken rotor High Rotation Speed, and breaks up broken by material impacting to all backplates carries out secondary counter.Broken rotor is driven by main shaft 5, and main shaft 5 is driven by driving mechanism and rotates.
Described all backplates comprise holding division and backplate portion, and backplate portion is provided with holding division front portion, and holding division rear portion snaps onto in the holddown groove of broken chamber interior wall.
Described holding division comprises chuck 21, fixture block 22, catch 23 and at least three adjustment sheets 24, fixture block 22 is arranged on chuck 21 rear portion, chuck 21 bottom is provided with arc-shaped slot 15, catch 23 is arranged in the middle part of fixture block 22, adjustment sheet 24 relative tilt and being arranged on fixture block 22 front end face in divergent shape respectively.
Described backplate portion comprises backplate main body 25, side slat 26 and header board 27, backplate main body 25 rear portion is provided with the socket matched with adjustment sheet size, backplate main body 25 is plugged on adjustment sheet 24 by socket, several barbs 28 are evenly provided with in backplate main body 25 both sides, the bayonet socket matched with barb shape is provided with inside side slat 26, the quantity of side slat 26 is two, and two side slats 26 are removably fixed on backplate main body 25 both sides by bayonet socket.
Backplate main body 25 front end is provided with fan-shaped inserted block 29, the panel of fan-shaped inserted block 29 is provided with rinforcement bar, be provided with the sector notch matched with fan-shaped inserted block in header board 27 rear end, header board 27 snaps in backplate main body 25 front end by sector notch; The inner plate surface of header board 27 is provided with and sets off by contrast sheet 30, the inner plate surface of backplate main body 25 is provided with several and increases mill protruding 31.
By all backplates are arranged to the version comprising holding division and backplate portion; holding division is used for being fixed with broken case being connected; backplate portion is not damaged by material impacting for the protection of broken tank wall on the one hand; can hit back to material on the other hand; partial material can be broken by clashing into backplate portion, and partial material can be strikeed back on broken rotor and be carried out second-time breakage.By fixture block is arranged on chuck rear portion, chuck bottom is provided with arc-shaped slot, catch is arranged on the version in the middle part of fixture block, can firmly be connected with broken case 4 interior wall construction, prevents all backplates from meeting shock and drops.Be arranged on fixture block 22 front end face by adjustment sheet 24 is tilted in divergent shape, the angle of inclination of each adjustment sheet 24 is different, therefore backplate portion can need according to different angles of inclination to be inserted on different adjustment sheets 24, to change the angle of inclination of backplate portion and broken case 4 inwall, thus the reflection angle of adjustment material and reflection strength, and then adjustment crushing effect.By backplate portion is arranged to the version comprising backplate main body, side slat and header board, sidepiece and front portion are all backplates position the most easy to wear, and side slat 26 and header board 27 are arranged in backplate main body with detachable, like this when only carrying out dismounting and change to side slat 26 and header board 27 after side slat and header board wearing and tearing, without the need to carrying out monoblock type replacing to all backplates again, save material.
Workbench bottom is provided with shock bracket, described shock bracket comprises base plate 50, buffer bar, support bar 51, coupling assembling and anti-displacement component, base plate 50 is arranged on below workbench 1, the quantity of buffer bar is four, four buffer bars are that quadrangle scattering device is between workbench 1 and base plate 50, be provided with a support bar 51 between adjacent two buffer bars, coupling assembling is arranged between support bar 51 and buffer bar, and anti-displacement component is arranged between buffer bar, described buffer bar comprises C shape card 52, fastening bolt 53, column 54, a tree, used in making timber for boats wood 55, nut 56, spring 57 and reinforced pier 58, the upper flange of C shape card 52 is fixed on below workbench 1 by fastening bolt 53, the lower wing plate of C shape card 52 is provided with the through hole passed for column, it is inner that column 54 upper end is deep into C shape card 52 through through hole, column 54 upper end is provided with external screw thread, nut 56 is nested with in column 54 upper end, spring 57 is nested with in column 54 upper end, and the lower end of spring 57 is pressed in C shape blocks inside 52 lower wing plates, spring 57 upper end withstands on the lower surface of nut 56, a tree, used in making timber for boats wood 55 is arranged on nut upper end, the lower end of column 54 is fixed on reinforced pier 58, reinforced pier 58 is arranged on base plate 50, described anti-displacement component comprises sleeve pipe 59, brace table 60 and tube connector 61, and brace table 60 is arranged on column 54 middle and lower part, and sleeve pipe 59 to be nested with on column 54 and to be supported by brace table 60, is connected between sleeve pipe 59 by tube connector 61, described coupling assembling comprises the first brace 62, second brace 63 and steady pin, first brace 61 one end is connected with support bar 51 upper end sidepiece by steady pin, first brace 62 other end is connected with in the middle part of column 54 by steady pin, second brace 63 one end is connected with support bar 51 lower end sidepiece by steady pin, and second brace 63 other end is connected with in the middle part of column 54 by steady pin.By shock bracket being arranged to the version comprising base plate, buffer bar, support bar, coupling assembling and anti-displacement component, buffer bar and support bar 51 all can support crushing mechanism, buffer bar also can carry out bumper and absorbing shock to the power come from base plate transmission, anti-displacement component is used for preventing each buffer bar from producing displacement when bearing excessive impulsive force, coupling assembling is used for buffer bar to be connected with support bar 51, makes the structure of shock bracket more stable.
Below by reference to the accompanying drawings preferred embodiment of the present utility model is elaborated, but the utility model is not limited to above-mentioned embodiment, in the ken that art technical staff possesses, various change can also be made under the prerequisite not departing from the utility model aim.
Claims (3)
1. the impact sand production machine of an economical and energy saving, comprise workbench (1), driving mechanism and crushing mechanism, driving mechanism and crushing mechanism are arranged on workbench (1), driving mechanism is connected with crushing mechanism, it is characterized in that: described crushing mechanism comprises feed hopper (2), feed pipe (3), broken case (4), main shaft (5), broken rotor and several week backplate, feed pipe (3) is arranged on broken case (4) top, feed hopper (2) is arranged on feed pipe (3) upper end, broken rotor, main shaft (5) and all backplates are all arranged in broken case (4), and broken rotor is arranged on broken case (4) middle part, main shaft (5) is fixedly installed on broken rotor bottom, within several week, backplate uniform pitch is arranged on broken case (4) sidewall, driving mechanism is connected with main shaft (4), described all backplates comprise holding division and backplate portion, and backplate portion is provided with holding division front portion, and holding division rear portion snaps onto in the holddown groove of broken chamber interior wall, described holding division comprises chuck (21), fixture block (22), catch (23) and at least three adjustment sheets (24), fixture block (22) is arranged on chuck (21) rear portion, chuck (21) bottom is provided with arc-shaped slot (15), catch (23) is arranged on fixture block (22) middle part, adjustment sheet (24) relative tilt and be arranged on fixture block (22) front end face in divergent shape respectively, described backplate portion comprises backplate main body (25), side slat (26) and header board (27), backplate main body (25) rear portion is provided with the socket matched with adjustment sheet size, backplate main body (25) is plugged on adjustment sheet (24) by socket, several barbs (28) are evenly provided with in backplate main body (25) both sides, side slat (26) inner side is provided with the bayonet socket matched with barb shape, the quantity of side slat (26) is two, two side slats (26) are removably fixed on backplate main body (25) both sides by bayonet socket, backplate main body (25) front end is provided with fan-shaped inserted block (29), the panel of fan-shaped inserted block (29) is provided with rinforcement bar, the sector notch matched with fan-shaped inserted block is provided with in header board (27) rear end, header board (27) snaps in backplate main body (25) front end by sector notch, the inner plate surface of header board (27) is provided with and sets off by contrast sheet (30), the inner plate surface of backplate main body (25) is provided with several and increases mill protruding (31).
2. the impact sand production machine of economical and energy saving according to claim 1, it is characterized in that: described driving mechanism comprises drive motors (6), the first belt wheel, the second belt wheel and driving-belt (7), first belt wheel is arranged on the output shaft of drive motors (6), second belt wheel is arranged on main shaft (7) lower end, and driving-belt (7) is wrapped on the first belt wheel and the second belt wheel.
3. the impact sand production machine of economical and energy saving according to claim 1, it is characterized in that: workbench (1) bottom is provided with shock bracket, described shock bracket comprises base plate (50), buffer bar, support bar (51), coupling assembling and anti-displacement component, base plate (50) is arranged on workbench (1) below, the quantity of buffer bar is four, four buffer bars are that quadrangle scattering device is between workbench (1) and base plate (50), a support bar (51) is provided with between adjacent two buffer bars, coupling assembling is arranged between support bar (51) and buffer bar, anti-displacement component is arranged between buffer bar, described buffer bar comprises C shape card (52), fastening bolt (53), column (54), a tree, used in making timber for boats wood (55), nut (56), spring (57) and reinforced pier (58), the upper flange of C shape card (52) is fixed on workbench (1) below by fastening bolt (53), the lower wing plate of C shape card (52) is provided with the through hole passed for column, it is inner that column (54) upper end is deep into C shape card (52) through through hole, column (54) upper end is provided with external screw thread, nut (56) is nested with in column (54) upper end, spring (57) is nested with in column (54) upper end, and the lower end of spring (57) is pressed in inside C shape card (52) lower wing plate, spring (57) upper end withstands on the lower surface of nut (56), a tree, used in making timber for boats wood (55) is arranged on nut upper end, the lower end of column (54) is fixed on reinforced pier (58), reinforced pier (58) is arranged on base plate (50), described anti-displacement component comprises sleeve pipe (59), brace table (60) and tube connector (61), brace table (60) is arranged on column (54) middle and lower part, sleeve pipe (59) is nested with to go up at column (54) and pass through brace table (60) and supports, and is connected between sleeve pipe (59) by tube connector (61), described coupling assembling comprises the first brace (62), the second brace (63) and steady pin, first brace (61) one end is connected with support bar (51) upper end sidepiece by steady pin, first brace (62) other end is connected with column (54) middle part by steady pin, second brace (63) one end is connected with support bar (51) lower end sidepiece by steady pin, and the second brace (63) other end is connected with column (54) middle part by steady pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520529380.8U CN204974034U (en) | 2015-07-21 | 2015-07-21 | Energy -conserving impacted style system sand machine of economy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520529380.8U CN204974034U (en) | 2015-07-21 | 2015-07-21 | Energy -conserving impacted style system sand machine of economy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204974034U true CN204974034U (en) | 2016-01-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520529380.8U Expired - Fee Related CN204974034U (en) | 2015-07-21 | 2015-07-21 | Energy -conserving impacted style system sand machine of economy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204974034U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118698668A (en) * | 2024-08-29 | 2024-09-27 | 徐州鑫华耐磨材料有限公司 | Rotor structure of vertical shaft impact crusher |
-
2015
- 2015-07-21 CN CN201520529380.8U patent/CN204974034U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118698668A (en) * | 2024-08-29 | 2024-09-27 | 徐州鑫华耐磨材料有限公司 | Rotor structure of vertical shaft impact crusher |
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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: 20160120 Termination date: 20160721 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |