CN206980829U - A kind of hydraulic crushing mechanism for disintegrating machine - Google Patents
A kind of hydraulic crushing mechanism for disintegrating machine Download PDFInfo
- Publication number
- CN206980829U CN206980829U CN201720312356.8U CN201720312356U CN206980829U CN 206980829 U CN206980829 U CN 206980829U CN 201720312356 U CN201720312356 U CN 201720312356U CN 206980829 U CN206980829 U CN 206980829U
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- Prior art keywords
- pile cover
- hydraulic
- fission device
- hydraulic hammer
- fission
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Abstract
It the utility model is related to a kind of hydraulic crushing mechanism for disintegrating machine, including hydraulic hammer, pile cover and fission device, it is characterised in that：Hydraulic hammer is arranged on the vertical columns side of disintegrating machine by guide rail, and the hydraulic hammer has the connection end of external hydraulic lifting mechanism；Pile cover is arranged between the bottom of hydraulic hammer and fission device, the top of the pile cover is flexibly connected by buffer structure with hydraulic hammer movable contact, bottom with fission device, the bottom of fission device is in spininess, and hydraulic hammer and pile cover are respectively flexibly connected by sliding block with guide rail, forms hydraulic pressure hammering structure.The utility model can solve the problem that the disintegrating apparatus of prior art has that impact power is low, fission device extracts the problem of difficult, easily stuck, have impact force is strong, do not damage hit disintegrating apparatus, will not stuck fission device and connection bearing pin it is not easy to break the characteristics of and beneficial effect.
Description
Technical field
A kind of cataclasitlc structure is the utility model is related to, more particularly to a kind of hydraulic crushing mechanism for disintegrating machine.Category
In disintegrating apparatus technical field.
Background technology
In the prior art, the cataclasitlc structure of disintegrating machine, there are the following problems：(1) it is low to impact the power of rock, impact force
It is weak, cause operating efficiency slow.(2) the hammering end of disintegrating apparatus is often hammered to fission device, and the fission device part is easily collapsed
Under, make fission device stuck hammering machine in can not take out or stuck pile cover therebetween in be difficult to take out.(3) pile cover with
Connected between fission device by bearing pin, fission device at work when constantly being hit to ground or rock, bearing pin withstands shocks power
It is easily broken off.
Therefore, the utility model designs a kind of hydraulic crushing mechanism, have that impact force is strong, does not damage and hits disintegrating apparatus, splits
Become device will not it is stuck pile cover or impact machine, bearing pin is not easy to break the characteristics of.
Utility model content
The purpose of this utility model, it is that in the presence of impacting, power is low, device of fissioning pulls out in order to solve the disintegrating apparatus of prior art
Go out it is difficult, easily it is stuck the problem of, there is provided a kind of hydraulic crushing mechanism for disintegrating machine, have impact force by force, do not damage and hit
The characteristics of disintegrating apparatus, stuck will not fission device and connection bearing pin not easy to break.
The purpose of this utility model can be by taking following technical scheme to realize：
A kind of hydraulic crushing mechanism for disintegrating machine, including hydraulic hammer, pile cover and fission device, its design feature are：
Hydraulic hammer is arranged on the vertical columns side of disintegrating machine by guide rail, and the hydraulic hammer has the connection of external hydraulic lifting mechanism
End；Pile cover is arranged between the bottom of hydraulic hammer and fission device, and the top of the pile cover passes through buffer structure and hydraulic hammer activity
Contact, bottom are flexibly connected with fission device, and the bottom for device of fissioning is in spininess, and hydraulic hammer and pile cover respectively pass through sliding block and guide rail
It is flexibly connected, forms hydraulic pressure hammering structure.
The purpose of this utility model can be by taking following technical scheme to realize：
Further, the pile cover include pallet, upper pile cover, outer cushion pad, pile cover anvil block, flange, latch, lower pile cover and
Sliding block；Upper pile cap is by the lower end in contact of pallet and hydraulic hammer, and lower pile cover suit fission device simultaneously passes through latch and device of fissioning
Easy mounted-dismounted type attachment structure is formed, there is the opposite sides of lower pile cover rope, opposite side and sliding block for steel wire rope binding to connect,
Lower pile cover upper surface, which is provided with, is oriented to round platform, the guiding round platform overcoat acting flange, and pile cover anvil block is hollow structure, is arranged on flange
On, the pile cover anvil block, which is socketed on, to be oriented to outside round platform, and pile cover anvil block is low wide and up narrow two level stage structure, pile cover anvil block it is upper
Outer cushion pad is socketed outside level step, upper pile cover is integrally connected on flange by pile cover anvil block, and flange passes through screw with upper pile cover
It is fixed；Pallet passes sequentially through the middle through hole of pile cover, outer cushion pad, pile cover anvil block and flange with being oriented to round platform movable contact；Under
Pile cover is provided with two has the fluting of insertion corresponding with latch, lower stake for the through hole of latch insertion, fission device both sides relative position
Cap is connected by latch with fission device.
Further, the fluting of the fission device is slotted for half crescent moon, under the vertical diameter mouth length ratio of half crescent moon fluting
Through-hole diameter on pile cover is slightly long, and the horizontal footpath mouth width of half crescent moon fluting matches with the through-hole diameter on lower pile cover.
Further, the fission device includes cylinder, lower contact, drill rod head, footstock, bearing pin, and the cylinder upper end covers
Footstock is set, and footstock is up-narrow and down-wide frustum cone structure, and half crescent moon fluting corresponds to both sides positioned at cylinder upper end；The lower contact set
It is connected in cylinder lower end, lower contact extends downwardly from bearing pin auxiliary section, and bearing pin auxiliary section is stretched into drill rod head；The drill rod head is cone
Shape, bearing pin are realized and drill rod head are fixedly connected with cylinder by being inserted into drill rod head and lower contact auxiliary section.
Further, the drill rod head is made of heat treatment material.
The utility model has beneficial effect prominent as follows：
1st, the hydraulic hammer that the utility model is related to is arranged on the vertical columns side of disintegrating machine, the hydraulic hammer by guide rail
Connection end with external hydraulic lifting mechanism；Pile cover is arranged between the bottom of hydraulic hammer and fission device, the pile cover it is upper
Portion is flexibly connected by buffer structure and hydraulic hammer movable contact, bottom with fission device, and the bottom of device of fissioning is in spininess, liquid
Hammer and pile cover are respectively flexibly connected by sliding block with guide rail, form hydraulic pressure hammering structure；Therefore it can solve the problem that the broken of prior art
Broken equipment has that impact power is low, fission device extracts the problem of difficult, easily stuck, have impact force is strong, do not damage break up it is broken
The characteristics of equipment, stuck will not fission device and connection bearing pin not easy to break and beneficial effect.
2nd, the utility model has percussion intensity by the use of hydraulic crushing mechanism as strike rock and the crushing mechanism on ground
Greatly, power height, efficiency high, allow to load big effect.
3rd, fixed between the pile cover and hydraulic hammer that the utility model is related to by flange and screw, pass through screw between pile cover
It is fixed, reach layer layer by layer and connect, well-set effect.Because half crescent moon that fission device is set slots vertical diameter mouth than through hole slightly
Long, latch cross-sectional diameter is suitable with through hole, when hydraulic hammer, which hits fission device, it is squeezed into rock, latch with fission device it
Between can reserve longitudinal void, can largely avoid directly hammering latch, so as to protect vulnerable component to reach durable in use,
Reduce the effect of maintenance cost.
Lower contact is socketed in cylinder lower end by the pile cover that the 4th, the utility model is related to, and lower contact extends downwardly from latch cooperation
Portion, bearing pin auxiliary section are stretched into drill rod；The drill rod is taper, and bearing pin is realized by being inserted into drill rod and lower contact auxiliary section
Drill rod is fixedly connected with steel cylinder.Drill rod and cylinder are concatenated by bearing pin, combination is simple and reliable, and it is convenient to change.
Brief description of the drawings
Fig. 1 is the assembling schematic diagram of the utility model specific embodiment 1.
Fig. 2 is the pile cover explosive view of the utility model specific embodiment 1.
Fig. 3 is the fission device explosive view of the utility model specific embodiment 1.
Fig. 4 is the use state reference chart of the utility model specific embodiment 1.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing 1 to 3 and embodiment：
Specific embodiment 1：
Referring to figs. 1 to Fig. 4, the present embodiment includes hydraulic hammer 7, pile cover 8 and fission device 9, its design feature and is：Hydraulic hammer
7 are arranged on the side of vertical columns 6 of disintegrating machine by guide rail, and the hydraulic hammer 7 has the connection end of external hydraulic lifting mechanism；
Pile cover 8 is arranged between the bottom of hydraulic hammer 7 and fission device 9, and the top of the pile cover 8 is lived by buffer structure and hydraulic hammer 7
Dynamic contact, bottom are flexibly connected with fission device 9, and the bottom of fission device 9 is in spininess, and hydraulic hammer 7 and pile cover 8 respectively pass through sliding block
It is flexibly connected with guide rail, forms hydraulic pressure hammering structure.
In the present embodiment：
Reference picture 2, the pile cover 8 include pallet 801, upper pile cover 802, outer cushion pad 803, pile cover anvil block 804, flange
805th, latch 808, lower pile cover 807 and sliding block 806；Upper pile cap 802 by the lower end in contact of pallet 801 and hydraulic hammer 7, under
Pile cover 807 suit fission device 9 and by latch 808 with fission device 9 formed easy mounted-dismounted type attachment structure, lower pile cover 807 it is relative
There is rope, opposite side and sliding block 806 for steel wire rope binding to connect for both sides, and the lower upper surface of pile cover 807, which is provided with, is oriented to round platform
809, the overcoat acting flange 805 of guiding round platform 809, pile cover anvil block 804 is hollow structure, is arranged on flange 805, the pile cover
Anvil block 804, which is socketed on, to be oriented to outside round platform 809, and pile cover anvil block 804 is low wide and up narrow two level stage structure, pile cover anvil block 804
Outer cushion pad 803 is socketed outside higher level's step, upper pile cover 802 is integrally connected on flange 805 by pile cover anvil block 804, flange 805
It is screwed with upper pile cover 802；Pallet 801 passes sequentially through pile cover 802, outer cushion pad 803, pile cover anvil block 804 and method
The middle through hole of orchid 805 is with being oriented to the movable contact of round platform 809；Lower pile cover 807 is provided with the through hole inserted at two for latch 808, fission
The both sides relative position of device 9 has the fluting of insertion corresponding with latch 808, and lower pile cover 807 is connected by latch 808 with fission device 9.
Reference picture 3, the fluting of the fission device 9 is slotted for half crescent moon, under the vertical diameter mouth length ratio of half crescent moon fluting
Through-hole diameter on pile cover is slightly long, and the horizontal footpath mouth width of half crescent moon fluting matches with the through-hole diameter on lower pile cover 807.
The fission device 9 includes cylinder 902, lower contact 903, drill rod first 904, footstock 901, bearing pin 905, the cylinder
902 upper ends, which cover, sets footstock 901, and footstock 901 is up-narrow and down-wide frustum cone structure, and half crescent moon fluting is located at the upper end of cylinder 902
Corresponding both sides；The lower contact 903 is socketed in the lower end of cylinder 902, and lower contact 903 extends downwardly from bearing pin auxiliary section, and bearing pin is matched somebody with somebody
Conjunction portion is stretched into drill rod first 904；The drill rod first 904 is taper, and bearing pin 905 is by being inserted into drill rod first 904 and lower contact 903
Auxiliary section, realize that first to drill rod 904 are fixedly connected with cylinder 902.
The drill rod first 904 is made of heat treatment material.
In actual use, the fission device 9 is arranged at the lower section of hydraulic hammer 7 and can hit by the Driven Piles stretched out in hydraulic hammer 7
Beat, fission device 9 end has the sharp portion of insertion rock.
The principle of the present embodiment is as follows：
Referring to figs. 1 to Fig. 4, it is fixedly connected by upper pile cover 802 with the lower section of hydraulic hammer 7, lower pile cover 807 is set with fission device 9, on
Pile cover 802 is connected layer by layer with lower pile cover 807 by each part, and pile cover overall structure overlaps layer by layer, is had strong shock-absorbing function, is subtracted
The impact of part between few pile cover.The fluting of fission device 9 is slotted for half crescent moon, the through-hole aperture opened by lower pile cover 807
It is coincide with latch, pile cover through-hole diameter is slightly long under the longitudinal relative aperture of half crescent moon fluting of fission device 9, so being hit in hydraulic hammer 7
Fission in the case of device 9, when half crescent moon fluting is not affixed with lead to the hole site, the strike to latch can be reduced.
The present embodiment hammers by using hydraulic press to fission device, realizes high power, efficient cataclasitlc structure；It is logical
Cross to fission device fluting and pile cover perforate, when groove position is longer than hole position, make bearing pin insertion groove, hole site, when hammering end counterincision
When becoming device strike, it can avoid directly exerting oneself to bearing pin, protect bearing pin.It is in by the way that fission device is revised as with hydraulic press contact surface
Up-narrow and down-wide shape, can be effectively anti-jamming.
It is described above, the only preferable specific embodiment of the utility model, but the scope of protection of the utility model not office
Be limited to this, it is any to be familiar with this technology personnel in the range of the utility model exposure, according to technical solutions of the utility model and its
Utility model design is subject to equivalent substitution or change, belongs to the scope of protection of the utility model.
Claims (5)
1. a kind of hydraulic crushing mechanism for disintegrating machine, including hydraulic hammer（7）, pile cover（8）With fission device（9）, its feature exists
In：Hydraulic hammer (7) is arranged on vertical columns (6) side of disintegrating machine by guide rail, and there is the hydraulic hammer (7) external hydraulic pressure to carry
Rise the connection end of mechanism；Pile cover (8) is arranged between the bottom of hydraulic hammer (7) and fission device (9), the top of the pile cover (8)
It is flexibly connected by buffer structure with hydraulic hammer (7) movable contact, bottom with fission device (9), the bottom of fission device (9) is in point
Thorn-like, hydraulic hammer (7) and pile cover (8) are respectively flexibly connected by sliding block with guide rail, form hydraulic pressure hammering structure.
A kind of 2. hydraulic crushing mechanism for disintegrating machine according to claim 1, it is characterised in that：The pile cover (8)
Including pallet (801), upper pile cover (802), outer cushion pad (803), pile cover anvil block (804), flange (805), latch (808), under
Pile cover (807) and sliding block (806)；Upper pile cap (802) passes through the lower end in contact of pallet (801) and hydraulic hammer (7), lower pile cover
(807) it is set with fission device (9) and passes through latch (808) and forms easy mounted-dismounted type attachment structure, lower pile cover (807) with fission device (9)
Opposite sides there is the rope for steel wire rope binding, opposite side and sliding block (806) to connect, lower pile cover (807) upper surface is provided with
Round platform (809), guiding round platform (809) the overcoat acting flange (805) are oriented to, pile cover anvil block (804) is hollow structure, is arranged on method
On blue (805), the pile cover anvil block (804), which is socketed on, is oriented to round platform (809) outside, and pile cover anvil block (804) is low wide and up narrow two
Level stage structure, higher level's step of pile cover anvil block (804) are socketed outer cushion pad (803) outside, and upper pile cover (802) passes through pile cover anvil block
(804) it is integrally connected on flange (805), flange (805) is screwed with upper pile cover (802)；Pallet (801) leads to successively
The middle through hole for crossing pile cover (802), outer cushion pad (803), pile cover anvil block (804) and flange (805) is living with being oriented to round platform (809)
Dynamic contact；Lower pile cover (807) is provided with two to be had with inserting for the through hole of latch (808) insertion, fission device (9) both sides relative position
The fluting of (808) corresponding insertion is sold, lower pile cover (807) is connected by latch (808) with fission device (9).
A kind of 3. hydraulic crushing mechanism for disintegrating machine according to claim 2, it is characterised in that：The fission device
(9) fluting is slotted for half crescent moon, and the vertical diameter mouth length of half crescent moon fluting is slightly longer than the through-hole diameter on lower pile cover, first quarter moon
The horizontal footpath mouth width of tooth fluting matches with the through-hole diameter on lower pile cover (807).
A kind of 4. hydraulic crushing mechanism for disintegrating machine according to claim 3, it is characterised in that：The fission device
(9) cylinder (902), lower contact (903), drill rod head (904), footstock (901), bearing pin (905) are included, on the cylinder (902)
End cap, which closes, sets footstock (901), and footstock (901) is up-narrow and down-wide frustum cone structure, and half crescent moon fluting is located at cylinder (902) upper end
Corresponding both sides；The lower contact (903) is socketed in cylinder (902) lower end, and lower contact (903) extends downwardly from bearing pin auxiliary section,
Bearing pin auxiliary section is stretched into drill rod head (904)；The drill rod head (904) is taper, and bearing pin (905) is by being inserted into drill rod head
(904) and lower contact (903) auxiliary section, realize and drill rod head (904) is fixedly connected with cylinder (902).
A kind of 5. hydraulic crushing mechanism for disintegrating machine according to claim 4, it is characterised in that：The drill rod head
(904) it is made of heat treatment material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720312356.8U CN206980829U (en) | 2017-03-28 | 2017-03-28 | A kind of hydraulic crushing mechanism for disintegrating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720312356.8U CN206980829U (en) | 2017-03-28 | 2017-03-28 | A kind of hydraulic crushing mechanism for disintegrating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206980829U true CN206980829U (en) | 2018-02-09 |
Family
ID=61422374
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720312356.8U Expired - Fee Related CN206980829U (en) | 2017-03-28 | 2017-03-28 | A kind of hydraulic crushing mechanism for disintegrating machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206980829U (en) |
-
2017
- 2017-03-28 CN CN201720312356.8U patent/CN206980829U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180209 Termination date: 20210328 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |