CN206622167U - A kind of vertical sand making machine - Google Patents
A kind of vertical sand making machine Download PDFInfo
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- CN206622167U CN206622167U CN201720278326.XU CN201720278326U CN206622167U CN 206622167 U CN206622167 U CN 206622167U CN 201720278326 U CN201720278326 U CN 201720278326U CN 206622167 U CN206622167 U CN 206622167U
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Abstract
The utility model discloses a kind of vertical sand making machine.The vertical sand making machine includes support, support is provided with cylinder, cylinder it is upper, lower end is respectively equipped with charging aperture and discharging opening, the inwall of cylinder is provided with counterpunch board, provided with the main shaft that pivot center is vertically extending in cylinder, main shaft is provided with least one rotor, rotor includes rotor rack and multiple tups in the circumference of rotor rack, because outer end of the rotor along rotation radial direction tapers into from top to bottom between the inner of counterpunch board along the upward distance of spindle shaft, namely crusher chamber is up big and down small v-shaped structure, this causes the vertical sand making machine to be suitable for varigrained material, and do not have to go to the position for adjusting counterpunch board again when in use, using simple, it is convenient.
Description
Technical field
The utility model belongs to sand equipment technical field processed, and in particular to a kind of vertical sand making machine.
Background technology
Sand making machine is a kind of disintegrating machine for breaking ores material, be widely used to building materials, building sand processed, chemical industry,
The multiple fields such as metallurgy, highway, railway and water conservancy.For example, the Chinese patent that application publication number is CN 102380440A discloses
A kind of sand making machine, the sand making machine include housing and the feed hopper being connected with housing, are provided with main shaft in housing, main shaft is provided with rotor
Assembly, rotor assembly include the tup that rotor block and polylith are uniformly distributed along the circumference in rotor mounting groove, corresponded in inner walls
Rotor assembly is correspondingly provided with adjustable counterattack panel assembly.But because the external diameter of rotor along rotary shaft is consistent, rotor upwards
Outer end to inner walls on the distance of counterpunch board be consistent, it is impossible to adapt to the material of different-grain diameter.If crush not
Material with particle diameter, to adjust the distance between counterpunch board and tup to realize, can only so be made by adjusting counterpunch board
Used time can be very inconvenient, and for different materials, the size of usual particle diameter is meter more difficult to estimate, operator be difficult by counterpunch board with
The distance between tup is adjusted to suitable distance.
Utility model content
The purpose of this utility model is to provide a kind of vertical sand making machine to solve existing sand making machine in broken different grains
Unhandy technical problem during the material in footpath.
The technical scheme of vertical sand making machine of the present utility model is：A kind of vertical sand making machine, including support, support are provided with
Cylinder, the upper and lower end of cylinder are respectively equipped with charging aperture and discharging opening, and the inwall of cylinder is provided with counterpunch board, is provided with and turns in cylinder
The vertically extending main shaft of shaft line, main shaft are provided with least one rotor, and rotor includes rotor rack and located at rotor rack
Circumference on multiple tups, rotor along rotate the outer end of radial direction between the inner of counterpunch board along the upward distance of spindle shaft
Taper into from top to bottom.
The edge of tup rotates the outer end gradually outward-dipping setting from top to bottom of radial direction, the inner of counterpunch board to main axis
The distance of axis is unanimous between the higher and lower levels upwards along spindle shaft.
Tup is fixed on rotor rack by tup fixing bolt, and rotor rack, which is provided with, is used for what tup fixing bolt passed through
Rotor rack bolt penetration hole, tup are provided with the hammer head bolts corresponding with rotor rack bolt penetration hole and perforated, rotor rack bolt penetration hole
And/or the elongated hole that hammer head bolts perforation radially extends from inside to outside for length in main shaft.
Tup is the platy structure of rectangle, and hammer head bolts perforation is arranged at intervals two along the vertical direction, two hammer head bolts
The aperture of perforation is consistent, and the line of centres that tup is perforated with two hammer head bolts is symmetrical, in upper and lower two hammer head bolts perforation
The distance of the heart to the corresponding sides of tup is equal.
Tup is provided with a plurality of strip adjustment detent, during strip adjustment detent and two hammer head bolts are perforated
The line of the heart be arranged in parallel, and rotor rack is provided with the strip fin for being used for coordinating with strip adjustment detent.
Rotor has set up at least two along spindle shaft, and the bottom of the rotor of downside is located in two neighboring rotor
The radius of gyration is more than the radius of gyration of the bottom of the rotor positioned at upside.
Each rotor is arranged at intervals upwards in spindle shaft, has buffer gap upwards in spindle shaft between adjacent rotor, most lower
The lower end of the rotor at end also has buffer gap.
Homogenizing device is provided with the top of rotor on the periphery of main shaft, homogenizing device includes material separating disc and material separating disc backplate,
Material separating disc backplate is fixed on the upper surface of material separating disc by releasable connection structure, and homogenizing device has multiple bars protruding upward
Shape is raised, each strip projected parts be arranged at intervals and centered on main shaft radially.
There is tooth form, tooth form has a crown and bottom of the tooth, and the axis of relative main is tilted and set tooth form from top to bottom on counterpunch board
Put.
The upper and lower ends of main shaft are installed on cylinder by upper and lower bearings respectively, and the support zone of upper bearing (metal) is with
The supporting portion of bearing includes auto-supply pump, oil feed line and control by automatic lubricating system fuel feeding, automatic lubricating system
Cabinet processed, switch board include controller and time setting button, and time setting button is connected with controller, controller and auto-supply
Pump is connected.
The beneficial effects of the utility model are：When in use, material enters broken between tup and counterpunch board from charging aperture
Broken chamber, tup rotate under the drive of main shaft, and material hits, extrudes and crush repeatedly between tup and counterpunch board, due to turning
The outer end that the edge of son rotates radial direction tapers into from top to bottom between the inner of counterpunch board along the upward distance of spindle shaft,
It is exactly that crusher chamber is up big and down small v-shaped structure, this causes the vertical sand making machine to be suitable for varigrained material, and makes
Used time does not have to go to the position for adjusting counterpunch board again, using simple, conveniently.
Further, the distance of the inner of counterpunch board to main axis axis is unanimous between the higher and lower levels, and the edge of tup rotates footpath in addition
To outer end gradually outward-dipping setting, that is, being shaped as crusher chamber be obliquely installed by tup from top to bottom
Small v-shaped structure under big so that the vertical sand making machine can crush to varigrained material.
Further, tup is fixed on rotor rack by tup fixing bolt, and rotor rack is provided with and fixed for tup
The rotor rack bolt penetration hole that bolt passes through, tup are provided with the hammer head bolts corresponding with rotor rack bolt penetration hole and perforated, rotor
The elongated hole that frame bolt penetration hole and/or hammer head bolts perforation radially extend from inside to outside for length in main shaft, in the end of tup
During abrasion, the position of tup can be adjusted by adjusting position of the tup fixing bolt in elongated hole, to compensate tup wear extent.
Further, tup is the platy structure of rectangle, and hammer head bolts perforation is arranged at intervals two, two along the vertical direction
The aperture of hammer head bolts perforation is consistent, and the line of centres that tup is perforated with two hammer head bolts is symmetrical, upper and lower two hammer head bolts
The distance of the center of perforation to the corresponding sides of tup is equal, and tup 180 degree can be also arranged on rotor rack after turning around, such tup
One end serious wear when, just will tup 180 degree u-turn after again be arranged on rotor rack on, maximally utilise tup.
Further, strip adjustment detent is engaged with strip fin, can reduce tup swing.
Further, rotor has set up at least two along spindle shaft, positioned at the maximum rotating radius of the rotor of downside
More than the maximum radius of the rotor positioned at upside, the multiple stage crushing of material is realized, improves crushing efficiency.
Further, there is buffer gap upwards in spindle shaft between adjacent rotor, the lower end of the rotor of bottom also has
There is caching gap, caching gap causes material to be buffered through multilayer, is distributed material impacting uniform force, and material is matched anti-
Hit dynamics.
Further, when in use, main shaft rotates, and material enters from charging aperture, falls on homogenizing device, material is in homocline
Rotate on device, uniformly fallen on to surrounding in crusher chamber, the setting of homogenizing device is uniformly fallen beneficial to material to surrounding；Strip is convex
Rising makes material not rotated always on material separating disc, and material can be made to be fallen downwards along strip projected parts；Because material separating disc backplate leads to
Cross releasable connection structure to be fixed on material separating disc, material separating disc backplate plays a protective role to material separating disc, when material separating disc backplate wears
After serious, detachable lower material separating disc backplate, the material separating disc backplate more renewed avoids changing whole homogenizing device, cost-effective.
Further, there is tooth form, tooth form has a crown and bottom of the tooth, the axle of tooth form relative main from top to bottom on counterpunch board
Line is obliquely installed, and material moves downward after being broken, and avoids material from refacing crushing phenomenon repeatedly
Further, automatic lubricating system can be to upper and lower bearing support position, timing automatic fuel feeding.
Brief description of the drawings
Fig. 1 is the schematic diagram of vertical sand making machine in the utility model；
Fig. 2 is the structural representation that the rotor of vertical sand making machine in the utility model is installed on main shaft；
Fig. 3 is the structural representation of the rotor rack of vertical sand making machine in the utility model；
Fig. 4 is Fig. 3 B direction views；
Fig. 5 is the sectional view of the line A-A along Fig. 3；
Fig. 6 is the top view of the rotor rack of vertical sand making machine in the utility model；
Fig. 7 is the schematic perspective view of the tup of vertical sand making machine in the utility model；
Fig. 8 is the upward view of the tup of vertical sand making machine in the utility model；
Fig. 9 is the profile of the tup of vertical sand making machine in the utility model；
Figure 10 is the front view of the tup of vertical sand making machine in the utility model；
Figure 11 is the schematic perspective view of the counterpunch board of vertical sand making machine in the utility model；
Figure 12 is the front view of the counterpunch board of vertical sand making machine in the utility model；
Figure 13 is the profile of the counterpunch board of vertical sand making machine in the utility model；
Figure 14 is the schematic diagram of the support zone of the lower bearing of vertical sand making machine in the utility model；
Figure 15 is the structural representation of the material separating disc of vertical sand making machine in the utility model；
Figure 16 is the top view of the material separating disc of vertical sand making machine in the utility model；
Figure 17 is the structural representation of the scoreboard of vertical sand making machine in the utility model；
Figure 18 is the sectional view of the E-E lines along Figure 17；
Figure 19 be along Figure 17 D to direction view.
In figure：1st, cylinder；2nd, charging aperture；3rd, discharging opening；4th, main shaft；5th, counterpunch board；6th, rotor；7th, rotor rack；8th, tup；
9th, rotor rack bolt penetration hole；10th, hammer head bolts are perforated；11st, strip adjustment detent；12nd, buffer gap；13rd, material separating disc；
14th, material separating disc backplate；15th, lower sealed taper；16th, counterpunch board fixing hole；17th, crown；18th, bottom of the tooth；19th, arc surface；20th, one-level fan
Palace formula sealing；21st, two level rotary shaft oil sealing；22nd, three-level rotary shaft oil sealing；23rd, lower bearing；24th, homogenizing device；25th,
Material recoil area；26th, flat key；27th, mounting surface；28th, charge level is met；32nd, strip fin；33rd, material separating disc backplate fixing bolt；34th, divide
Plate；35th, the first strip projected parts part；36th, the second strip bossing；37th, flange；38th, material separating disc fixing bolt.
Embodiment
The embodiment of vertical sand making machine is as shown in figures 1-19 in the utility model.Vertical sand making machine includes support, the and of cylinder 1
Drive device, cylinder 1 and drive device are on support.The upper and lower ends of cylinder 1 are respectively equipped with charging aperture 2 and discharging opening 3, cylinder
In body 1 counterpunch board 5 is provided with provided with the main shaft 4 that pivot center is vertically extending, the inwall of cylinder 1.
Drive device includes motor and the transmission mechanism being connected with motor, and transmission mechanism is tape handler, motivation structure
Output shaft is connected with main shaft, and motor is variable-frequency stepless speed-regulating motor.Motor includes frequency-variable controller, by being inputted to electric machine frequency
Parameter adjustment, control input electric current are realized to obtain the control mode of different motor speeds, equipment rotor running speed, in specified model
It is to limit to adjust without rank in enclosing.
Main shaft 4 has set up three rotors 6 along spindle shaft, and each rotor is arranged at intervals upwards in spindle shaft, two neighboring
The radius of gyration in rotor positioned at the rotor of downside is more than the radius of gyration of the rotor positioned at upside.In main shaft between adjacent rotor
There is buffer gap 12, the lower end of the rotor of bottom also has buffer gap 12 on axial direction.Each rotor 6 includes being located at main shaft
On rotor rack 7 and four tups 8 in the circumference of rotor rack 7, the edge of tup 8 rotate the outer end of radial direction from top to bottom by
Gradually outward-dipping setting.
Homogenizing device 24 is provided with the top of rotor on the periphery of main shaft 4, homogenizing device 24 includes material separating disc 13 and sub-material
Disk backplate 14, material separating disc are fixed on the upper surface of the rotor rack of the top by material separating disc fixing bolt 38, material separating disc
The edge that backplate 14 is fixed on by releasable connection structure on the upper surface of material separating disc 13, in the present embodiment, material separating disc shield
Plate 14 is fixed on the upper surface of material separating disc 13 by material separating disc backplate fixing bolt 33, that is to say, that removable in the present embodiment
Attachment structure is material separating disc backplate fixing bolt 33.The outer end of material separating disc backplate has downward flange 37, and flange 37, which is located at, to be divided
The outside of the outer peripheral face of charging tray.Material separating disc backplate 14 is circumferentially enclosed to set one week by six scoreboards 34 to be formed.Homogenizing device has six
The individual strip projected parts to raise up, each strip projected parts be arranged at intervals and centered on main shaft radially.Strip projected parts include setting
In the first strip projected parts part 35 on material separating disc and the second strip bossing 36 on material separating disc backplate, the first strip
The strip bossing 36 of bossing 35 and second, which corresponds, to be set, the radial direction of the height of the first strip projected parts part along main shaft
Gradual step-down from inside to outside.When in use, main shaft rotates, and material enters from charging aperture, falls on homogenizing device, material is in homocline
Rotate on device, uniformly fallen on to surrounding in crusher chamber, the setting of homogenizing device is uniformly fallen beneficial to material to surrounding；Strip is convex
Rising makes material not rotated always on material separating disc, and material can be made to be fallen downwards along strip projected parts；Because material separating disc backplate leads to
Cross material separating disc backplate fixing bolt to be fixed on material separating disc, material separating disc backplate plays a protective role to material separating disc, when material separating disc protects
After plate serious wear, detachable lower material separating disc backplate, the material separating disc backplate more renewed；Because material under the action of the centrifugal can be along footpath
To moving out, the wear extent of material separating disc radially from inside to outside is different, and diametrically outer end abrasion is tighter for material separating disc
Weight, the edge that material separating disc backplate is arranged on material separating disc are more reasonable so that material separating disc backplate utilization is more abundant；Material separating disc backplate
Flange the outer peripheral face of material separating disc is played a protective role, avoid the outer peripheral face of material separating disc from being worn.
Tup is fixed on rotor rack 7 by tup fixing bolt attaching nut.Tup fixing bolt is that oval head is high-strength
Bolt is spent, nut is stop nut.Rotor rack 7, which is provided with, is used for the rotor rack bolt penetration hole 9 that tup fixing bolt passes through, tup
8 are provided with the hammer head bolts perforation 10 corresponding with rotor rack bolt penetration hole 9, and rotor rack bolt penetration hole 9 is length in main shaft diameter
The elongated hole extended from inside to outside upwards.Tup 8 is the platy structure of rectangle, and two are interval with along the vertical direction on a tup
Hammer head bolts perforation 10, the aperture of two hammer head bolts perforation 10 is consistent, and tup is connected with the center of two hammer head bolts perforation 10
Line is symmetrical, and the distance of center to the corresponding sides of tup of upper and lower two hammer head bolts perforation is equal, that is, the spiral shell positioned at upside
Bolt perforation distance of the center to the top of tup and the bolt penetration hole positioned at downside center to tup following distance phase
Deng tup can turn around to install with 180 °, be utilized to greatest extent.Tup is provided with a plurality of strip adjustment detent 11, bar
The line of centres that shape is adjusted between detent and two hammer head bolts perforation be arranged in parallel, and strip adjustment detent 11 is with turning
Strip fin 32 in subrack is engaged, and the strip detent and strip fin being engaged can prevent tup swing.Due to turning
Subrack bolt penetration hole 9 is elongated hole, and the position of radially tup compensates the wear extent of tup after tup abrasion, while
Adjust the strip adjustment detent being engaged with strip fin.
The distance of the inner of counterpunch board 5 to main axis axis is unanimous between the higher and lower levels, and counterpunch board 5 passes through located at counterpunch board fixing hole
Square head bolt in 16 is fixedly mounted on cylinder inboard wall, and counterpunch board 5 has multiple, and multiple counterpunch boards splice on the inwall of cylinder
To be rounded on cylinder inboard wall, while cylinder inboard wall is also set to extend to lower end by the upper end of cylinder inboard wall.Have on counterpunch board
There is tooth form, tooth form has crown 17 and bottom of the tooth 18.The axis of tooth form relative main from top to bottom is obliquely installed, that is, counterpunch board
With tooth form pressure angle, tooth form pressure angle refers to see that it is tooth form to be designed as with certain geometry pressure angle β, horizontal section from axial direction
Structure.Counterpunch board is potassium steel high-abrasive material.The tooth-shape structure design of counterpunch board, is developed by material collision movement track, allows thing
Material moves downward after being broken, and avoids material from refacing crushing phenomenon repeatedly.The arc surface of Fig. 9 labels 11.Arc surface 19 is counterattack
The faying face of plate and cylinder inboard wall.
The upper and lower ends of main shaft are installed on cylinder by upper and lower bearings respectively, and the position of upper bearing (metal) support is with
The position that bearing 23 supports uses three combination sealings, and three combination sealings include one-level labyrinth sealing 20, two level rotates
Axle oil envelope 21 and three-level rotary shaft oil sealing 22.One-level labyrinth sealing 20 is that multiple tracks very little labyrinth gap seals to realize,
Fine-powdered particulate matter can effectively be stopped；2nd, three-level rotary shaft envelope belongs to the sealing of contact tensioner, is moved for dust-proof anti-leak
State sealing property is reliable, service life length, it is convenient to dismantle easily maintenance.
The support zone of upper bearing (metal) and the supporting portion of lower bearing 23 pass through automatic lubricating system fuel feeding, self-lubricate system
System includes auto-supply pump, oil feed line and switch board, and switch board includes controller, display and time setting button, display
Device and time setting button are connected with controller, and controller is connected with auto-supply pump.Key assignments fuel feeding is pressed in passage time setting
Time, the timing of auto-supply pump, quantitative fuel feeding are controlled by controller.Fuel feeding passes through automatic pollution discharge, is pure oil, and it is fixed to exempt
The maintenance mode of phase cleaning replacement lubricating oil.
Vertical sand making machine in the utility model has the characteristics that：(1) V-arrangement crusher chamber is used, V-arrangement crusher chamber refers to thing
Expect the axial section shape in the space where discharge crushing process is entered.(2) three layers of cone rotor, three shape cone rotors are used
Refer to set up three rotors 6 along spindle shaft, the external diameter of three rotors is gradually increase from top to bottom；(3) counterpunch board has
There is tooth form pressure angle, refer to that inner barrel counterpunch board is designed as with certain geometry pressure angle with material contact surface (from axially)
Tooth-shape structure；(4) using adjustable tup, tup is contact consumable accessory with material, tup can transverse shifting worn to compensate
Amount, while 180 ° of tup falls the installation form that dress ensures normal use；(5) use three combined sealing structures, main shaft up and down
Supporting portion is designed as one-level labyrinth sealing, two level rotary shaft oil sealing and three-level rotary shaft oil sealing group using dust seal
The seal form of conjunction；(6) variable-frequency stepless speed-regulating is used, the operating of main shaft rotor driven, speed is VFC within the specified range
Adjustment mode is limited without rank；(7) auto-supply is non-maintaining, the supporting portion up and down of main shaft, and lubricating system is fixed for intelligence setting
When weight feed, it is pure oil feeding, sump oil automatically exclude can exempt periodic cleaning more oil change.
The rotor linear velocity 15-42m/s of vertical sand making machine, and operated for frequency control, for entering brokenly material physical and chemical index
Different linear velocities can be achieved.Using V-arrangement crusher chamber, rotor is from top to bottom 3 layers of pyramidal structure, makes material impacting loading process
In realize multilayer buffer, be uniformly distributed to obtain different counterattack dynamics.The tup consumable accessory life-span is the 5 of vertical shaft impact sand making machine
More than times, wearing piece uses the compound alloy material of high chromium, and only need to unclamp bolt can periodically adjust wear extent, improve to greatest extent
Consumable accessory utilization rate.Material product grading rank controls, and only need to adjust suitable rotor linear velocity and broken cavity gap, into
Product qualification rate is up to more than 65% (>=120 mesh).Material one-shot forming from top to bottom, in the absence of more mill phenomenons are repeated, observable index exists
1.5-4kw.h/t (>=120 mesh), effectively increases production efficiency.180 ° of Dual opposite-open maintenance doors are opened, come loose tup consumable accessory
Bolt, it is convenient and swift without case i.e. replaceable wearing parts of starting shooting, Maintenance and Repair.Intelligent type automatic lubrication system is to add at regular time and quantity
Lubricating oil is noted, without manual operation after setting, ensures the reliable longtime running of complete machine.
Arrow represents that material enters from charging aperture and gone out from discharging opening in Fig. 1, and label 25 is homocline recoil area in Fig. 1.
Label 26 is flat key in Fig. 2.Label 27 is mounting surface in Fig. 7, and label 28 is to meet charge level.Lower end on main shaft in rotor is provided with down
Sealed taper 15.
In the utility model in the other embodiment of vertical sand making machine, it is located at the rotor of downside most in two neighboring rotor
The radius of gyration of lower end is more than the radius of gyration of the bottom of the rotor positioned at upside.
In the utility model in the other embodiment of vertical sand making machine, rotor can have more than one, two or three.
In the utility model in the other embodiment of vertical sand making machine, the edge of rotor rotates the outer end of radial direction to main axis
The distance of axis is unanimous between the higher and lower levels, the inner setting that gradually slopes inwardly from top to bottom of counterpunch board.
In the utility model in the other embodiment of vertical sand making machine, releasable connection structure is the clamping that can step up, unclamp
Mechanism, the releasable connection between material separating disc backplate and material separating disc is realized by clamp system.
Claims (10)
1. a kind of vertical sand making machine, including support, support is provided with cylinder, and the upper and lower end of cylinder is respectively equipped with charging aperture and gone out
Material mouth, the inwall of cylinder are provided with counterpunch board, existed in cylinder provided with the vertically extending main shaft of pivot center, its feature
In：Main shaft is provided with least one rotor, and rotor includes rotor rack and multiple tups in the circumference of rotor rack, rotor edge
The outer end for rotating radial direction tapers into from top to bottom between the inner of counterpunch board along the upward distance of spindle shaft.
2. vertical sand making machine according to claim 1, it is characterised in that：The edge of tup rotates the outer end of radial direction from top to bottom
Gradual outward-dipping setting, the distance of the inner of counterpunch board to main axis axis is unanimous between the higher and lower levels upwards along spindle shaft.
3. vertical sand making machine according to claim 1, it is characterised in that：Tup is fixed on rotor by tup fixing bolt
On frame, rotor rack, which is provided with, is used for the rotor rack bolt penetration hole that tup fixing bolt passes through, and tup is provided with and rotor rack bolt
Perforate corresponding hammer head bolts perforation, rotor rack bolt penetration hole and/or hammer head bolts perforation for length main shaft radially by
The elongated hole extended from inside to outside.
4. vertical sand making machine according to claim 3, it is characterised in that：Tup be rectangle platy structure, hammer head bolts
Perforation is arranged at intervals two along the vertical direction, and the aperture of two hammer head bolts perforation is consistent, and tup is perforated with two hammer head bolts
The line of centres it is symmetrical, the distance of center to the corresponding sides of tup of upper and lower two hammer head bolts perforation is equal.
5. vertical sand making machine according to claim 4, it is characterised in that：It is recessed that tup is provided with the adjustment positioning of a plurality of strip
Groove, the line at center that strip adjustment detent perforate with two hammer head bolts be arranged in parallel, rotor rack provided with for
The strip fin that strip adjustment detent coordinates.
6. vertical sand making machine according to claim 2, it is characterised in that：Rotor has set up at least two along spindle shaft
Individual, the radius of gyration in two neighboring rotor positioned at the bottom of the rotor of downside is more than the bottom of the rotor positioned at upside
The radius of gyration.
7. vertical sand making machine according to claim 6, it is characterised in that：Each rotor is arranged at intervals upwards in spindle shaft, phase
There is buffer gap upwards in spindle shaft between adjacent rotor, the lower end of the rotor of bottom also has buffer gap.
8. vertical sand making machine according to claim 1, it is characterised in that：It is provided with the top of rotor on the periphery of main shaft
Expect device, homogenizing device includes material separating disc and material separating disc backplate, and material separating disc backplate is fixed on material separating disc by releasable connection structure
Upper surface on, homogenizing device has multiple strip projected parts protruding upward, and each strip projected parts are arranged at intervals and using main shaft in
The heart is radially.
9. vertical sand making machine according to claim 1, it is characterised in that：There is tooth form, tooth form has crown on counterpunch board
And bottom of the tooth, the axis of tooth form relative main from top to bottom are obliquely installed.
10. vertical sand making machine according to claim 1, it is characterised in that：The upper and lower ends of main shaft pass through upper and lower axle respectively
Support is held to be installed on cylinder, the support zone of upper bearing (metal) and the supporting portion of lower bearing by automatic lubricating system fuel feeding,
Automatic lubricating system includes auto-supply pump, oil feed line and switch board, and switch board includes controller and time setting button, when
Between setting button be connected with controller, controller is connected with auto-supply pump.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720278326.XU CN206622167U (en) | 2017-03-21 | 2017-03-21 | A kind of vertical sand making machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720278326.XU CN206622167U (en) | 2017-03-21 | 2017-03-21 | A kind of vertical sand making machine |
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| CN206622167U true CN206622167U (en) | 2017-11-10 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109012884A (en) * | 2018-09-03 | 2018-12-18 | 力鸿智信（北京）科技有限公司 | A kind of vertical crushing device and its breaking method |
| CN109317276A (en) * | 2018-08-15 | 2019-02-12 | 义乌市鸿基节能科技有限公司 | A kind of filling for innovation hits rotor |
| CN109780551A (en) * | 2019-03-21 | 2019-05-21 | 北京建筑材料科学研究总院有限公司 | A kind of method and low power consuming equipment of graded crushing waste incineration clinker |
| CN111940055A (en) * | 2019-05-14 | 2020-11-17 | 衡阳市朝阳重机有限公司 | High-efficient broken system sand machine |
| CN111940054A (en) * | 2019-05-14 | 2020-11-17 | 衡阳市朝阳重机有限公司 | Novel structure of crushing sand making machine |
-
2017
- 2017-03-21 CN CN201720278326.XU patent/CN206622167U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109317276A (en) * | 2018-08-15 | 2019-02-12 | 义乌市鸿基节能科技有限公司 | A kind of filling for innovation hits rotor |
| CN109012884A (en) * | 2018-09-03 | 2018-12-18 | 力鸿智信（北京）科技有限公司 | A kind of vertical crushing device and its breaking method |
| CN109780551A (en) * | 2019-03-21 | 2019-05-21 | 北京建筑材料科学研究总院有限公司 | A kind of method and low power consuming equipment of graded crushing waste incineration clinker |
| CN111940055A (en) * | 2019-05-14 | 2020-11-17 | 衡阳市朝阳重机有限公司 | High-efficient broken system sand machine |
| CN111940054A (en) * | 2019-05-14 | 2020-11-17 | 衡阳市朝阳重机有限公司 | Novel structure of crushing sand making machine |
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