CN205199571U - Smash sediment mechanism - Google Patents
Smash sediment mechanism Download PDFInfo
- Publication number
- CN205199571U CN205199571U CN201521016289.2U CN201521016289U CN205199571U CN 205199571 U CN205199571 U CN 205199571U CN 201521016289 U CN201521016289 U CN 201521016289U CN 205199571 U CN205199571 U CN 205199571U
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- smash
- guide post
- head
- arm
- piston
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Abstract
The utility model relates to a melting equipment, especially a smash sediment mechanism, include flexible arm, support arm, smash head, guide bar, beater mechanism and flexible hydro -cylinder, flexible arm install in the support arm and with support arm sliding fit, flexible hydro -cylinder is installed between support arm and flexible arm, the guide bar install in flexible arm and with flexible arm sliding fit, smash the head and install in guide bar one end, the beater mechanism is installed and is linked to each other in flexible arm and with the other end of guide bar looks butt ramming head. When smashing head and caking furnace charge when contact, accompanyed vibrations to strike, strike big, to smash the sediment effectual, and keeps away from the furnace body, the durability is good, is applicable to the hot stove in all kinds of ore deposits and smashes the sediment machine.
Description
Technical field
The utility model relates to smelting equipment, especially a kind of Dao Zha mechanism.
Background technology
In employing mine heat furnace smelting process, need to smash to pieces the caking etc. of furnace charge in stove, the mode that traditional main employing is artificial.But due in smelting process, the working environment near mineral hot furnace is comparatively severe, manual work, and efficiency is low and dangerous, therefore, develop and smash slag machine and carry out smashing slag operation.
Current smashes slag machine, mainly comprises walking mechanism, switching mechanism, Dao Zha mechanism and hydraulic system; Walking mechanism adopts small rail car usually; Switching mechanism comprises overturning oil cylinder, Dao Zha mechanism comprises smashes head, support arm and telescopic oil cylinder, wherein overturning oil cylinder is installed between small rail car and one end of support arm, the other end of support arm is hinged is installed on small rail car, support arm is driven to rotate around its jointed shaft by overturning oil cylinder, telescopic oil cylinder is installed on support arm and servo-actuated, and the direction of stretching out of telescopic oil cylinder piston rod is connected with overturning oil cylinder the hinged end that support arm is pointed in one end by support arm, smashes the piston rod head that head is installed on telescopic oil cylinder; Hydraulic system is installed on small rail car and below between support arm two ends, comprises hydraulic pump, pressure duct and fluid reservoir.During work, first by overturning oil cylinder lifting support arm, then telescopic oil cylinder piston rod stretches out driving obliquely and smashes head and stretch into furnace charge and implement to smash slag operation.
Current Dao Zhajidao slag mechanism, its subject matter is, because the speed of stretching out of telescopic oil cylinder is low, therefore, the insertion speed smashing head is also low, causes impulsive force little, smashes slag weak effect.
Utility model content
Technical problem to be solved in the utility model be to provide a kind of impact large, smash the effective Dao Zha mechanism of slag.
The utility model solves the technical scheme that its technical problem adopts: Dao Zha mechanism, comprises telescopic arm, support arm, smashes head, guide post, beater mechanism and telescopic oil cylinder; Described telescopic arm is installed on support arm and is slidably matched with support arm, and described telescopic oil cylinder is installed between support arm and telescopic arm; Described guide post is installed on telescopic arm and is slidably matched with telescopic arm, described in smash head and be installed on guide post one end, described beater mechanism is installed on telescopic arm and is connected with the other end of guide post phase butt ramming head.
Concrete, described beater mechanism comprises motor, swing arm, rotating disk, piston, piston bush and support, described support installing is in telescopic arm, described motor is installed on support and drives rotating disk rotation, described piston bush is installed on support, described piston to be installed in piston bush and to be slidably matched with piston bush, described piston one end is connected with guide post, the other end and swing arm hinged, described swing arm other end Eccentric-hinge is connected to rotating disk.
Further, described telescopic arm comprises casing and is installed on the guide pad of tank ends respectively, and described guide post is installed in casing, is slidably matched in the pilot hole that corresponding guide pad is inserted at the two ends of described guide post respectively; Described piston bush is made up of corresponding end guide pad.
Further, described guide post comprises the solid resistance to deformation section in stage casing and the tubulose guide section at two ends, through Flange joint between described solid resistance to deformation section and tubulose guide section.
Further, described in smash head and piston and all adopt with guide post and be threaded, and described in smash head and piston are all positioned at guide pad pilot hole with the link position of guide post; Be provided with key in the pilot hole of described guide pad, described in smash head, piston with guide post junction and guide post being provided with the keyway be slidably matched with key.
Further, described in smash head and comprise and smash slag head and extension rod, described extension rod one end is connected with guide post, one end with smash slag head and be connected.Further, described in smash slag head and extension rod through being threaded, and both junctions are provided with through hole and are provided through the lock pin of through hole.
The beneficial effects of the utility model are: when smashing head and contact with caking furnace charge, be attended by jerk, therefore, impact greatly, to smash slag effective.Meanwhile, by the setting of telescopic arm, make telescopic oil cylinder away from body of heater; By the setting of guide post, avoid smashing the impact of reaction force suffered by head on it, make beater mechanism away from body of heater simultaneously, ensure the durability of equipment.
Accompanying drawing explanation
Fig. 1 is slag machine of the smashing structural representation adopting the utility model Dao Zha mechanism.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Dao Zha mechanism of the present utility model, comprises telescopic arm 310, support arm 320, smashes 330, guide post 340, beater mechanism 350 and telescopic oil cylinder 360; Described telescopic arm 310 is installed on support arm 320 and is slidably matched with support arm 320, and described telescopic oil cylinder 360 is installed between support arm 320 and telescopic arm 310; Described guide post 340 is installed on telescopic arm 310 and is slidably matched with telescopic arm 310, described in smash 330 and be installed on guide post 340 one end, described beater mechanism 350 is installed on telescopic arm 310 and is connected with the other end of guide post 340 phase butt ramming 330.
As shown in Figure 1, what namely adopt the utility model Dao Zha mechanism smashes slag machine, during use, Dao Zha mechanism 300 of the present utility model is installed on walking mechanism 100 through switching mechanism 200.During work, first by overturning oil cylinder lifting support arm 320, make to smash 330 down; Then telescopic oil cylinder 360 piston rod stretches out obliquely, drives telescopic arm 310 to stretch out, and makes to smash 330 and stretches in stove; Meanwhile, beater mechanism 350 drives through guide post 340 and smashes head and make high-speed straight-line back and forth movement, therefore, when smashing 330 and contact with caking furnace charge, is attended by jerk, and therefore, impact greatly, to smash slag effective.
Above-mentioned telescopic arm 310 arrange object be in order to make to smash 330 and telescopic oil cylinder 360 mutually stagger, and then facilitate the installation of beater mechanism; Meanwhile, the setting of telescopic arm 310, makes telescopic oil cylinder 360 away from body of heater, ensures its durability.The setting of guide post 340 is then to make beater mechanism 350 away from body of heater, ensureing its durability; Meanwhile, ensure the directionality of motion, avoid smashing a reaction force suffered by 330 to its impact.
Above-mentioned beater mechanism, can adopt the mechanism that can realize high-speed straight-line back and forth movement arbitrarily, as blow cylinder etc.But in order to simplify structure, in example as shown in the figure, concrete, described beater mechanism 350 comprises motor 351, swing arm 352, rotating disk 353, piston 354, piston bush and support 355, described support 355 is installed on telescopic arm 310, described motor 351 is installed on support 355 and drives rotating disk 353 rotation, described piston bush is installed on support 355, described piston 354 to be installed in piston bush and to be slidably matched with piston bush, described piston 354 one end is connected with guide post 340, the other end and swing arm 352 hinged, described swing arm 352 other end Eccentric-hinge is connected to rotating disk 353.During work, motor 351 drives rotating disk 353 rotation by its main shaft, then through swing arm 352, the rotation of rotating disk 353 is converted to the rectilinear motion of piston 354, and to be driven by guide post 340 through piston 354 and smash 330.
Further, in order to simplify structure, and ensure the working environment of guide post 340, described telescopic arm 310 comprises casing 311 and is installed on the guide pad 312 at casing 311 two ends respectively, described guide post 340 is installed in casing 311, is slidably matched in the pilot hole 313 that corresponding guide pad 312 is inserted at the two ends of described guide post 340 respectively; Described piston bush is made up of corresponding end guide pad 312.
Because guide post 340 length is larger, therefore, in order to realize loss of weight under the prerequisite of proof strength, described guide post 340 comprises the solid resistance to deformation section 341 in stage casing and the tubulose guide section 342 at two ends, through Flange joint between described solid resistance to deformation section 341 and tubulose guide section 342.The axiality that Flange joint energy effective guarantee connects and linearity.
Further, described in smash 330 and piston 354 all adopt with guide post 340 and be threaded, and described in smash 330 and piston 354 be all positioned at the pilot hole 313 of guide pad 312 with the link position of guide post 340; Be provided with key 314 in the pilot hole 313 of described guide pad 312, described in smash 330, piston 354 is with guide post 340 junction and guide post 340 being provided with the keyway 315 be slidably matched with key 314.By keyway 315 and key 314, can effectively prevent from being threaded loosening in the course of the work; Smash 330 and piston 354 be all positioned at the pilot hole 313 of guide pad 312 with the link position of guide post 340, can the effective guarantee direction of motion, and avoid junction to cause dismounting difficulty by temperatures involved.Certainly, smash 330 and piston 354 can adopt other modes such as Flange joint equally with the connection of guide post 340.
In order to make equipment body structure further away from body of heater, avoid by temperatures involved, described in smash 330 and comprise and smash slag head 331 and extension rod 332, described extension rod 332 one end is connected with guide post 340, one end with smash slag head 331 and be connected.Meanwhile, by changing the extension rod 332 of different length, effectively can expand and smashing slag scope.
In order to further facilitate the replacing of extension rod 332, described in smash slag head 331 and extension rod 332 through being threaded, and both junctions are provided with through hole and are provided through the lock pin 333 of through hole.
Telescopic arm 310 and being slidably matched of support arm 320 can adopt arbitrary structure, as being made up of upper and lower two groups of guide wheels, but guide wheel can limit telescopic extensions and fit clearance is larger, in example as shown in the figure, concrete, the top of described axial pass trough 321 both sides cell wall is respectively arranged with the chute 323 that section is F shape, is provided with and inserts chute 323 and the slide plate be slidably matched with chute 323 bottom described telescopic arm 310.In order to simplify structure, further, described guide pad 312 is stepped, described casing 311 comprises cover plate and base plate, described cover plate section is inverted U, the two ends of described cover plate and base plate are fixed on the step place of guide pad 312 through bolt respectively and surround formation casing 311, and described slide plate is made up of the both sides of the edge of casing 311 base plate.
In order to further prevent the disengaging of telescopic arm 310 and support arm 320, and ensure the direction of motion, described support arm 320 is provided with axial pass trough 321, described telescopic oil cylinder 360 is installed in axial pass trough 321, described telescopic arm 310 is provided with the connecting plate 316 inserted in axial pass trough 321, described connecting plate 316 is connected through latch 317 with telescopic oil cylinder 360, and two cell walls of described axial pass trough 321 are respectively arranged with gathering sill 322, and described latch 317 two ends are slidably matched respectively at gathering sill 322.
Claims (7)
1. Dao Zha mechanism, comprise support arm (320), smash head (330) and telescopic oil cylinder (360), it is characterized in that: also comprise telescopic arm (310), support arm (320), smash head (330), guide post (340), beater mechanism (350) and telescopic oil cylinder (360); Described telescopic arm (310) is installed on support arm (320) and is slidably matched with support arm (320), and described telescopic oil cylinder (360) is installed between support arm (320) and telescopic arm (310); Described guide post (340) is installed on telescopic arm (310) and is slidably matched with telescopic arm (310), described head (330) of smashing is installed on guide post (340) one end, and described beater mechanism (350) is installed on telescopic arm (310) and is connected with the other end of guide post (340) phase butt ramming head (330).
2. Dao Zha mechanism as claimed in claim 1, it is characterized in that: described beater mechanism (350) comprises motor (351), swing arm (352), rotating disk (353), piston (354), piston bush and support (355), described support (355) is installed on telescopic arm (310), described motor (351) is installed on support (355) and drives rotating disk (353) rotation, described piston bush is installed on support (355), described piston (354) to be installed in piston bush and to be slidably matched with piston bush, described piston (354) one end is connected with guide post (340), the other end and swing arm (352) hinged, described swing arm (352) other end Eccentric-hinge is connected to rotating disk (353).
3. Dao Zha mechanism as claimed in claim 2, it is characterized in that: described telescopic arm (310) comprises casing (311) and is installed on the guide pad (312) at casing (311) two ends respectively, described guide post (340) is installed in casing (311), is slidably matched in the pilot hole (313) that corresponding guide pad (312) are inserted at the two ends of described guide post (340) respectively; Described piston bush is made up of corresponding end guide pad (312).
4. Dao Zha mechanism as claimed in claim 3, it is characterized in that: described guide post (340) comprises the solid resistance to deformation section (341) in stage casing and the tubulose guide section (342) at two ends, through Flange joint between described solid resistance to deformation section (341) and tubulose guide section (342).
5. Dao Zha mechanism as claimed in claim 4, it is characterized in that: described in smash head (330) and piston (354) same to guide post (340) and all adopt and be threaded, and described in smash head (330) and piston (354) same to guide post (340) link position be all positioned at the pilot hole (313) of guide pad (312); Be provided with key (314) in the pilot hole (313) of described guide pad (312), described in smash the keyway (315) head (330), piston (354) same to guide post (340) junction and guide post (340) being provided with and being slidably matched with key (314).
6. the Dao Zha mechanism as described in claim 1,2,3,4 or 5, it is characterized in that: described in smash head (330) and comprise and smash slag head (331) and extension rod (332), described extension rod (332) one end is connected with guide post (340), one end with smash slag head (331) and be connected.
7. Dao Zha mechanism as claimed in claim 6, is characterized in that: described in smash slag head (331) and extension rod (332) through being threaded, and both junctions are provided with through hole and are provided through the lock pin (333) of through hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521016289.2U CN205199571U (en) | 2015-12-09 | 2015-12-09 | Smash sediment mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521016289.2U CN205199571U (en) | 2015-12-09 | 2015-12-09 | Smash sediment mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205199571U true CN205199571U (en) | 2016-05-04 |
Family
ID=55837316
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521016289.2U Expired - Fee Related CN205199571U (en) | 2015-12-09 | 2015-12-09 | Smash sediment mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205199571U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105352338A (en) * | 2015-12-09 | 2016-02-24 | 攀枝花市国钛科技有限公司 | Slag smashing mechanism |
-
2015
- 2015-12-09 CN CN201521016289.2U patent/CN205199571U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105352338A (en) * | 2015-12-09 | 2016-02-24 | 攀枝花市国钛科技有限公司 | Slag smashing mechanism |
| CN105352338B (en) * | 2015-12-09 | 2018-06-29 | 攀枝花市国钛科技有限公司 | Dao Zha mechanisms |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160504 Termination date: 20161209 |