CN203584426U - Non-clamping impacting blanking mining machine - Google Patents

Non-clamping impacting blanking mining machine Download PDF

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Publication number
CN203584426U
CN203584426U CN201320264427.3U CN201320264427U CN203584426U CN 203584426 U CN203584426 U CN 203584426U CN 201320264427 U CN201320264427 U CN 201320264427U CN 203584426 U CN203584426 U CN 203584426U
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CN
China
Prior art keywords
layered material
impact
punching
outer
tooth
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CN201320264427.3U
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Chinese (zh)
Inventor
刘素华
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刘素华
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Priority to CN201210155167 priority Critical
Priority to CN201210155167.6 priority
Application filed by 刘素华 filed Critical 刘素华
Priority to CN201320264427.3U priority patent/CN203584426U/en
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Publication of CN203584426U publication Critical patent/CN203584426U/en

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Abstract

The utility model provides a non-clamping impacting blanking mining machine. The non-clamping impacting blanking mining machine is characterized in that an impacting blanking mechanism is arranged on the body of the mining machine, and comprises an outer-layer material impacting mechanism and an inner-layer material impacting mechanism; the outer-layer material impacting mechanism comprises outer-layer material impacting teeth, and the outer-layer material impacting teeth are advantageous for materials falling down due to the impacting of the inner-layer material impacting mechanism to flow out from gaps between the outer-layer material impacting teeth, and/or the outer-layer material impacting mechanism is provided with discharge holes through which the materials falling down due to the impacting of the inner-layer material impacting mechanism flow out; the inner-layer material impacting mechanism comprises inner-layer material impacting teeth; the inner-layer material impacting mechanism and the outer-layer material impacting mechanism are matched with each other to realize impacting blanking and discharge. The non-clamping impacting blanking mining machine has the advantages of simple structure, advanced principle and reliable work.

Description

Blanking digger is impacted in a kind of not material folding

Technical field

The invention belongs to mechanical field, be particularly useful for mining machinery field or engineering machinery field, be specifically related to a kind of not material folding and impact blanking digger.

Background technology

The form that the impact type digging beater mechanisms such as borrow equipment, impact heading equipment, bucket excavating equipment are cut in existing punching is generally double-deck beater mechanism or multilayer beater mechanism.For the general internal layer beater mechanism of form of structure of bilayer on borrow equipment or multilayer beater mechanism and the form of structure of outer beater mechanism, be uniform structure or analog structure.Therefore at beater mechanism, rush and in material process, have the phenomenon that between beater mechanism, institute's material folding cannot be discharged.Near the internal layer beater mechanism of the bed of material, material is adopted to fall behind and be clipped between ectonexine beater mechanism and cannot discharge, the material piece that cannot discharge is squeezed into as particle, reduced the piece material rate of the material that produces, strengthened beater mechanism running resistance, the Liao Kuai impact mechanism that cannot discharge causes damage, the functional performance of destruction equipment, makes when serious to produce and cannot carry out continuously.

In order to address the above problem, to the present invention proposes a kind of not material folding and impact blanking digger.

Summary of the invention

The present invention proposes a kind of not material folding of enforcement and impact the not material folding impact blanking digger of blanking method, comprise fuselage, walking mechanism etc., this not material folding is impacted blanking digger and is also comprised impact blanking mechanism etc., walking mechanism is arranged on front portion or rear portion or the bottom etc. of fuselage, impacting blanking mechanism is connected with fuselage, impact blanking mechanism and comprise Chong Wai layered material mechanism and/or Chong Nei layered material mechanism etc., the Chong Wai layered material Yu Chongnei of mechanism layered material mechanism is near arranging, Chong Wai layered material mechanism comprises the outer layered material tooth of punching etc., Chong Nei layered material mechanism comprises the interior layered material tooth of punching etc., rushing arranging of outer layered material tooth can rush the outer layered material for the treatment of borrow layer fall, and layered material tooth in punching can be rushed and between the space of the material layered material tooth from rushing falling, flow out and/or Chong Wai layered material mechanism is provided with discharging Dong Jiangchongnei layered material mechanism and rushes the Liao Congchongwai layered material mechanism's discharging hole falling and flow out, Chong Nei layered material mechanism and/or Chong Wai layered material mechanism match to realize and impact blanking and discharging.

The outer layered material tooth row row of described punching and/or shape can rush the outer layered material for the treatment of borrow layer fall, and layered material tooth in punching can be rushed between the space of the material layered material tooth from rushing falling and flow out.

Described Chong Wai layered material mechanism comprises the outer layered material braces of punching etc., rush outer layered material tooth and rushes that outer layered material braces is flexibly connected or be integral type.

Described Chong Nei layered material mechanism comprises in punching layered material braces etc., and in punching, layered material tooth is flexibly connected with layered material braces in punching or is integral type.

The outer layered material tooth of described punching comprises a row or impact teeth more than a row etc.

In described punching, layered material tooth comprises a row or impact teeth more than a row etc.

Described impact teeth comprise front-seat impact teeth and/or after arrange impact teeth etc.

Described front-seat impact teeth and/or arrange afterwards the impact teeth etc. that impact teeth comprises backgauge shape not, the impact teeth of backgauge shape does not realize front-seat impact teeth and/or arranges afterwards the material that the punchings such as impact teeth fall and discharge, and realizes continuous borrow, discharging etc.

The setting of the front-seat impact teeth of the outer layered material tooth of described same punching and/or the rear row of shape realization impact teeth are shoveled the material falling and are flowed out from front-seat impact teeth gap.

Described front-seat impact teeth and rear row's impact teeth form length difference, length difference equals impact stroke or length difference is greater than impact stroke or length difference is less than impact stroke etc., front-seat impact teeth and/or after arrange impact teeth will to expect that wall impacts into stepped, destroy the structural strength of material wall, front-seat impact teeth and/or arrange afterwards the scope of freedom that utilizes stepped material wall to form when impact teeth is impacted again and carry out blanking, reduce impact resistance, reduce to expect piece granularity, be convenient to material and flow out.

Rushing outer layered material tooth is connected by bolt, catching groove, pin, bearing pin, eccentric connector, jack, claw and/or tapered sleeve etc. with layered material braces in punching with layered material tooth in the outer layered material braces of punching and/or punching.

In described punching, layered material tooth row row and/or shape etc. realize blanking and cleaning charge level, make charge level form required shape of charge level.

The outer layered material tooth of described punching comprises the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface tooth etc.

The outer layered material tooth of described punching comprises the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface tooth etc., in the time of the blankings such as the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface tooth, material wall end face and/or bottom surface is carried out to face clearly.

The interior layered material tooth of described punching comprises layered material tooth and/or clearly interior layered material end face tooth and/or clear interior layered material bottom surface tooth and/or clear interior layered material side tooth etc. in main punching.

The interior layered material tooth of described punching comprises layered material tooth and/or clearly interior layered material end face tooth and/or clear interior layered material bottom surface tooth and/or clear interior layered material side tooth etc. in main punching, in main punching layered material tooth and/or clear in layered material end face tooth and/or clear in layered material bottom surface tooth and/or clear in material wall is carried out to face clearly when the blanking such as layered material side tooth, realize supporting operation, make fuselage can pass through smoothly continuous borrow.

In layered material tooth and/or punching, layered material braces etc. rolls tiltedly certain angle to material wall in described punching, realizes in punching the layered material tooth material wall of cutting sth. askew.

Described Chong Wai layered material mechanism comprises outer impact stroke parts etc., and outer impact stroke parts two ends are arranged symmetrically with the outer layered material tooth of punching and/or rush outer layered material braces etc.

Described Chong Wai layered material mechanism comprises outer impact stroke parts etc., and outer impact stroke parts two ends are asymmetric to be arranged the outer layered material tooth of punching and/or rush outer layered material braces etc.

Described Chong Wai layered material mechanism comprises outer impact stroke parts etc., and outer impact stroke parts one end arranges the outer layered material tooth of punching and/or rushes outer layered material braces etc.

Outer impact stroke parts are flexibly connected with the outer layered material braces of punching or are integral type.

Described Chong Nei layered material mechanism comprises internal layer impact stroke parts etc., and internal layer impact stroke parts two ends are symmetrical arranged in punching in layered material tooth and/or punching layered material braces etc.

Described Chong Nei layered material mechanism comprises internal layer impact stroke parts etc., and internal layer impact stroke parts two ends are asymmetric arranges in punching in layered material tooth and/or punching layered material braces etc.

Described Chong Nei layered material mechanism comprises internal layer impact stroke parts etc., and internal layer impact stroke parts one end arranges in punching in layered material tooth and/or punching layered material braces etc.

Described internal layer impact stroke parts are flexibly connected with layered material braces in punching or are integral type.

Described Chong Wai layered material mechanism comprises outer impact stroke parts etc., and one end of outer impact stroke parts arranges the outer layered material tooth of punching and/or rushes outer layered material braces, and the other end of outer impact stroke parts arranges counterweight.

Described Chong Nei layered material mechanism comprises internal layer impact stroke parts etc., and one end of internal layer impact stroke parts arranges in punching layered material braces in layered material tooth and/or punching, and the other end of internal layer impact stroke parts arranges counterweight.

The described outer layered material braces that rushes comprises rear support seat, the outer layered material tooth bracing frame of punching etc., and rear support seat and the outer layered material tooth bracing frame of punching etc. forms discharging hole, and discharging hole is one or is a plurality of.

Described discharging hole comprises arch discharging hole and/or arc discharging hole and/or square discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat is less than or equal to or is greater than the height of the outer layered material tooth bracing frame of punching.

Described rear support seat is flexibly connected with the outer layered material tooth bracing frame of punching or is integral type.

Described impact blanking mechanism comprises power box etc., and rear support seat is provided with rear support seat striker plate etc., and rear support seat striker plate arranges and does relatively reciprocating motion along power box surface along power box surface.

Described impact blanking mechanism comprises power box etc., and Chong Nei layered material mechanism comprises internal layer toothholder etc., and internal layer toothholder is provided with internal layer toothholder striker plate etc., and internal layer toothholder striker plate arranges and does relatively reciprocating motion along power box surface along power box surface.

Described impact blanking mechanism comprises impact driver etc., in impact driver and the outer layered material braces of punching and/or punching, between layered material braces, be provided with anti-tamper impact driver structure etc., anti-tamper impact driver structure comprises rotation anti-tamper impact driver structure or split anti-tamper impact driver structure or buffering anti-tamper impact driver structure etc., impact driver drives layered material tooth in the outer layered material tooth of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure, the structure rotation of rotation anti-tamper impact driver or split anti-tamper impact driver structure split isolation or buffering anti-tamper impact driver structure are waited and are prevented impact reactive force damage impact failure impact driver by buffering.

Described outer impact stroke parts comprise outer back and forth guide peg etc., outer back and forth guide peg symmetry or asymmetric being arranged on the outer layered material braces of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg strengthens the outer layered material braces that liquidates, make to rush outer layered material braces and keep reciprocating impact balance, prevent from damaging the outer layered material braces of punching and damage impact driver.

Described internal layer impact stroke parts comprise the reciprocal guide peg of internal layer etc., the reciprocal guide peg symmetry of internal layer or asymmetric being arranged on the interior layered material braces of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg strengthens the interior layered material braces that liquidates, make to rush interior layered material braces and keep reciprocating impact balance, prevent from damaging layered material braces and damage impact driver in punching.

Described fuselage comprises hydraulic system and/or electrical system and/or atomized water spray system etc.

Described fuselage comprises rotating disc etc., rotating disc is arranged on the top of fuselage and/or bottom etc., when rotating disc is arranged on the top of fuselage, impacting blanking mechanism is arranged on rotating disc, rotating disc drives impact blanking mechanism to rotate multi-faceted impact blanking, when rotating disc is arranged on underbelly, impacts blanking mechanism and is arranged on fuselage, rotating disc drives fuselage rotation, and fuselage drives impact blanking mechanism to rotate multi-faceted impact blanking.

The beneficial effects of the utility model are: compare with existing borrow equipment,

1) realization that arranges of the outer layered material tooth of punching rushes the outer layered material for the treatment of borrow layer fall, rushing outer layered material tooth realizes Jiang Chongnei layered material mechanism and rushes and between the space of the material layered material tooth from rushing falling, flow out and/or Chong Wai layered material mechanism leaves discharging Dong Jiangchongnei layered material mechanism and rushes the Liao Congchongwai layered material mechanism's discharging hole falling and flow out, the Chong Nei layered material Yu Chongwai of mechanism layered material mechanism matches to realize and impacts blanking and discharging, solved because impacting institute's material folding between blanking mechanism and cannot discharge, make the digger problem of borrow continuously, realized impact blanking digger adopt smoothly blanking, discharge, charging, improved borrow efficiency,

2) outside rear support seat and punching, between layered material tooth bracing frame, discharging hole is set, makes to rush outer layered material tooth and be arranged on the outer layered material tooth bracing frame of punching, shortened the length of the outer layered material tooth of punching, reduced because rushing the damage of the long impact toothholder of outer layered material tooth and impact teeth;

3) form of structure of a plurality of impact teeth that are set up in parallel is different, has avoided the damage due to material folding impact mechanism between impact teeth;

4) reduce the damping because of material folding impact blanking mechanism drive unit, realized the safe operation of equipment;

5) when impacting blanking mechanism impact material wall, the Chong Wai layered material He Chongnei of mechanism layered material mechanism stress balance, has reduced the impact failure to line shaft;

6) many row's impact teeth are set in the outer layered material braces of punching and/or punching on layered material braces, make the granularity of adopted material be suitable for transportation or use;

7) multilayer beater mechanism has improved operating efficiency, has increased borrow fabric width, has improved borrow output;

8) multilayer beater mechanism will treat that borrow layering rushes the intensity of power rationally being utilized to the equipment that guaranteed;

9) Chong Wai layered material mechanism is only to needing blanking layer to carry out blanking, and face clearly do not carried out in bed of material side, reduced because of the clear loss in the face of the energy;

10) in described punching, layered material tooth row row and/or shape realize blanking and cleaning charge level, make charge level form required shape of charge level, realize supporting operation, make fuselage can pass through smoothly continuous borrow;

11) in layered material tooth and/or punching, layered material braces rolls tiltedly certain angle to material wall in described punching, realizes in punching the layered material tooth material wall of cutting sth. askew.

12) back and forth guide peg is symmetricly set on the outer layered material braces of punching and/or the interior layered material braces of punching, symmetrically arranged reciprocal guide peg has strengthened the righting dynamics of layered material braces in liquidate outer layered material braces and/or punching, make to rush layered material braces maintenance reciprocating impact balance in outer layered material braces and/or punching, prevented from damaging layered material braces and damage impact driver in the outer layered material braces of punching and/or punching.

13) back and forth guide peg two ends all arrange layered material braces in the outer layered material braces of punching and/or punching, balance the weight at reciprocal guide peg two ends, reduced because of the damage of weight imbalance to reciprocal guide peg, realized not turning machine body and got final product reverse borrow;

14) rear support base rear end is provided with striker plate, prevents entering between teeth bracing frame and power box of material, has protected reciprocating impact parts, has improved performance and the application life of equipment;

15) in impact driver and the outer layered material braces of punching and/or punching, between layered material braces, be provided with anti-tamper impact driver structure, impact driver drives layered material tooth in the outer layered material tooth of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure, the structure rotation of rotation anti-tamper impact driver or split anti-tamper impact driver structure split isolation or buffering anti-tamper impact driver structure prevent impact reactive force damage impact failure impact driver by buffering, isolation is decomposed when impact reaction damage destructive power is not conducted on impact driver and fuselage, greatly improved the application life of complete machine.

16) when rotating disc is arranged on the top of fuselage, impacting blanking mechanism is arranged on rotating disc, rotating disc drives impact blanking mechanism to rotate multi-faceted impact blanking, when rotating disc is arranged on underbelly, impact blanking mechanism and be arranged on fuselage, rotating disc drives fuselage rotation, fuselage drives impact blanking mechanism to rotate multi-faceted impact blanking, greatly improve the digging flexibility ratio of impacting blanking mechanism, increased digging width and scope, improved digging efficiency.

17) front-seat impact teeth is different from the distance length of power box from the setting of rear row's impact teeth, rib is impacted into stepped, greatly reduced cutting of each impact teeth one-shot dark, make the compressive stress of expecting wall obtain resolution of forces, reduced impact resistance, improve operating efficiency, saved power consumption.

Accompanying drawing explanation

Fig. 1 is the front view that in embodiment 1, blanking digger is impacted in not material folding;

Fig. 2 is the top view that in embodiment 1, blanking digger is impacted in not material folding;

Fig. 3 is the structural representation that in embodiment 1, blanking digger Chong Wai layered material mechanism is impacted in not material folding;

Fig. 4 is the structural representation that in embodiment 1, blanking digger Chong Nei layered material mechanism is impacted in not material folding;

Fig. 5 is that in embodiment 1, blanking digger impact teeth scheme of installation is impacted in not material folding;

Fig. 6 is the front view that in embodiment 2, blanking digger is impacted in not material folding;

Fig. 7 is the top view that in embodiment 2, blanking digger is impacted in not material folding;

Fig. 8 is the plan structure schematic diagram that impacts blanking mechanism in embodiment 2;

Fig. 9 is that in embodiment 2, blanking digger impact teeth scheme of installation is impacted in not material folding;

Figure 10 is the front view that in embodiment 3, blanking digger is impacted in not material folding;

Figure 11 is the top view that in embodiment 3, blanking digger is impacted in not material folding;

Figure 12 is the plan structure schematic diagram that impacts blanking mechanism in embodiment 3;

Figure 13 is the structural representation that in embodiment 3, blanking digger Chong Wai layered material mechanism is impacted in not material folding;

Figure 14 is the structural representation that in embodiment 3, blanking digger Chong Nei layered material mechanism is impacted in not material folding;

Figure 15 is that in embodiment 3, blanking digger impact teeth scheme of installation is impacted in not material folding;

Figure 16 is the main TV structure schematic diagram that impacts blanking mechanism in embodiment 4;

Figure 17 is the plan structure schematic diagram that impacts blanking mechanism in embodiment 4;

Figure 18 is the main TV structure schematic diagram that impacts blanking mechanism in embodiment 5;

Figure 19 is the structural representation that in embodiment 6, blanking digger Chong Wai layered material mechanism is impacted in not material folding;

Figure 20 is the structural representation that in embodiment 6, blanking digger Chong Nei layered material mechanism is impacted in not material folding;

Figure 21 is the front view that in embodiment 7, blanking digger is impacted in not material folding;

Figure 22 is the plan structure schematic diagram that impacts blanking mechanism in embodiment 7;

Figure 23 is the structural representation that in embodiment 7, blanking digger Chong Wai layered material mechanism is impacted in not material folding;

Figure 24 is the structural representation that in embodiment 7, blanking digger Chong Nei layered material mechanism is impacted in not material folding;

Figure 25 is that in embodiment 7, blanking digger impact teeth scheme of installation is impacted in not material folding;

Figure 26 is the front view that in embodiment 8, blanking digger is impacted in not material folding.

In figure: 1-fuselage, 2-walking mechanism, 3-impacts blanking mechanism, 4-Chong Wai layered material mechanism, 4.1-rushes outer layered material tooth, 4.2-rushes outer layered material braces, 4.2.1-rear support seat, 4.2.2-rush outer layered material tooth bracing frame, the outer impact stroke parts of 4.3-, 4.3.1-outer back and forth guide peg, 5-Chong Nei layered material mechanism, layered material tooth in 5.1-punching, layered material braces in 5.2-punching, 5.3-rushes internal layer stroke part, 5.3.1-the reciprocal guide peg of internal layer, 5.4-internal layer toothholder, 6-pin, 7 impact driver, 8-discharging hole, 9-catching groove, 10-impact teeth, the front-seat impact teeth of 11-, after 12-, arrange impact teeth, the outer layered material tooth of the main punching of 13-, the clear outer layered material end face tooth of 14-, the clear outer layered material of 15-bottom surface tooth, layered material tooth in the main punching of 16-, layered material end face tooth in 17-is clear, layered material bottom surface tooth in 18-is clear, 19-rear support seat striker plate, 20-power box, 21-anti-tamper impact driver structure, 21.1-rotation anti-tamper impact driver structure, 21.2-split anti-tamper impact driver structure, 21.3-buffering anti-tamper impact driver structure, 22-counterweight, 23-bearing pin, 24-rotating disc, layered material side tooth in 25-is clear.

The specific embodiment

Embodiment 1

As shown in Figures 1 to 5, a kind of not material folding of enforcement is impacted the not material folding of blanking method and is impacted blanking digger, comprise fuselage 1, walking mechanism 2, impact blanking mechanism 3 etc., walking mechanism 2 is arranged on the front portion of fuselage 1 and rear portion etc., impacting blanking mechanism 3 is connected with fuselage 1, impact blanking mechanism 3 and comprise 4 He Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism etc., 4 Yu Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism are near arranging, Chong Wai layered material mechanism 4 comprises the outer layered material tooth 4.1 of punching etc., Chong Nei layered material mechanism 5 comprises the interior layered material tooth 5.1 of punching etc., rushing the realization that arranges of outer layered material tooth 4.1 rushes the outer layered material for the treatment of borrow layer fall, and flow out between the space of material layered material tooth 4.1 from rushing that realization falls 5.1 punchings of layered material tooth in punching, 5 Yu Chongwai layered material mechanisms 4 of Chong Nei layered material mechanism match to realize and impact blanking and discharging.

The outer layered material tooth 4.1 of described punching is arranged and/or shape realizes the outer layered material for the treatment of borrow layer is rushed, and realizes between the space of material layered material tooth 4.1 from rushing that 5.1 punchings of layered material tooth in punching are fallen and flowing out.

Described Chong Wai layered material mechanism 4 comprises the outer layered material braces 4.2 of punching etc., rushes outer layered material tooth 4.1 to be flexibly connected with rushing outer layered material braces 4.2, and can be also integral type.

Described Chong Nei layered material mechanism 5 comprises in punching layered material braces 5.2 etc., and in punching, layered material tooth 5.1 is flexibly connected with the interior layered material braces 5.2 of punching, can be also integral type.

Rush outer layered material tooth 4.1 and by pin 6, be connected with layered material braces 5.2 in punching with layered material tooth 5.1 in the outer layered material braces 4.2 of punching and/or punching, also can adopt the connections such as bolt, catching groove, bearing pin, eccentric connector, jack, claw and/or tapered sleeve.

Described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., and outer impact stroke parts 4.3 two ends are arranged symmetrically with the outer layered material tooth 4.1 of punching and rush outer layered material braces 4.2.

Outer impact stroke parts 4.3 are flexibly connected with the outer layered material braces 4.2 of punching, can be also integral type.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., and internal layer impact stroke parts 5.3 two ends are symmetrical arranged in punching layered material braces 5.2 in layered material tooth 5.1 and/or punching.

Described internal layer impact stroke parts 5.3 are flexibly connected with layered material braces 5.2 in punching, can be also integral type.

Described outer impact stroke parts 4.3 comprise outer back and forth guide peg 4.3.1 etc., outer back and forth guide peg 4.3.1 is symmetricly set on the outer layered material braces 4.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the outer layered material braces 4.2 that liquidates, make to rush outer layered material braces 4.2 and keep reciprocating impact balance, prevent from damaging the outer layered material braces 4.2 of punching and damage impact driver 7, also can asymmetricly arranging.

Described internal layer impact stroke parts 5.3 comprise the reciprocal guide peg 5.3.1 of internal layer etc., the reciprocal guide peg 5.3.1 of internal layer is symmetricly set on the interior layered material braces 5.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the interior layered material braces 5.2 that liquidates, make to rush interior layered material braces 5.2 and keep reciprocating impact balance, prevent from damaging layered material braces 5.2 and damage impact driver 7 in punching, also can asymmetricly arrange.

Described fuselage 1 comprises hydraulic system and/or electrical system and/or atomized water spray system etc.

Embodiment 2

As shown in Figures 6 to 9, a kind of not material folding of enforcement is impacted the not material folding of blanking method and is impacted blanking digger, comprise fuselage 1, walking mechanism 2, impact blanking mechanism 3 etc., walking mechanism 2 is arranged on the front portion of fuselage 1 and rear portion etc., impacting blanking mechanism 3 is connected with fuselage 1, impact blanking mechanism 3 and comprise 4 He Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism etc., 4 Yu Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism are near arranging, Chong Wai layered material mechanism 4 comprises the outer layered material tooth 4.1 of punching etc., Chong Nei layered material mechanism 5 comprises the interior layered material tooth 5.1 of punching etc., rushing arranging of outer layered material tooth 4.1 can rush the outer layered material for the treatment of borrow layer fall, and flow out between the space of material layered material tooth 4.1 from rushing that 5.1 punchings of layered material tooth in punching can be fallen, Chong Wai layered material mechanism 4 is provided with discharging hole 8 outflows that discharging hole 8 Jiang Chongnei layered material mechanisms 5 rush the Liao Congchongwai layered material mechanism 4 falling, 5 Yu Chongwai layered material mechanisms 4 of Chong Nei layered material mechanism match to realize and impact blanking and discharging.

Described rush outer layered material braces 4.2 and comprise rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 formation of punching discharging hole 8, discharging hole 8 is one, also can be for two or more etc.

Described discharging hole 8 comprises arch discharging hole etc., can be also square discharging hole and/or arc discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat 4.2.1 is less than the height of the outer layered material tooth bracing frame 4.2.2 of punching, also can be equal to or greater than the height of the outer layered material tooth bracing frame 4.2.2 of punching.

Described rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching are integral type, also can be flexibly connected.

Described rush interior layered material braces 5.2 and roll tiltedly certain angle to material wall, realize in punching the layered material tooth 5.1 material wall of cutting sth. askew.

Rush outer layered material tooth 4.1 and by catching groove 9, be connected with layered material braces 5.2 in punching with layered material tooth 5.1 in the outer layered material braces 4.2 of punching and/or punching, also can adopt the connections such as bolt, pin, bearing pin, eccentric connector, jack, claw and/or tapered sleeve.

All the other are with embodiment 1.

Embodiment 3

As shown in Figure 10 to Figure 15, a kind of not material folding of enforcement is impacted the not material folding of blanking method and is impacted blanking digger, comprise fuselage 1, walking mechanism 2, impact blanking mechanism 3 etc., walking mechanism 2 is arranged on front portion or rear portion or the bottom etc. of fuselage 1, impacting blanking mechanism 3 is connected with fuselage 1, impact blanking mechanism 3 and comprise 4 He Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism etc., 4 Yu Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism are near arranging, Chong Wai layered material mechanism 4 comprises the outer layered material tooth 4.1 of punching etc., Chong Nei layered material mechanism 5 comprises the interior layered material tooth 5.1 of punching etc., rushing arranging of outer layered material tooth 4.1 can rush the outer layered material for the treatment of borrow layer fall, and between the space of material layered material tooth 4.1 from rushing that 5.1 punchings of layered material tooth in rushing can be fallen, outflow and/or Chong Wai layered material mechanism 4 are provided with the discharging holes such as Liao Congchongwai layered material mechanism 48 outflows that 5 punchings of discharging hole 8 Jiang Chongnei layered material mechanisms fall, 5 Yu Chongwai layered material mechanisms 4 of Chong Nei layered material mechanism match to realize and impact blanking and discharging.

The outer layered material tooth 4.1 of described punching comprises impact teeth 10 more than a row etc., can be also a row.

The interior layered material tooth 5.1 of described punching comprises impact teeth 10 more than a row etc., can be also a row.

Described impact teeth 10 comprises front-seat impact teeth 11 and rear row's impact teeth 12 etc.

Described front-seat impact teeth 11 and/or arrange afterwards the impact teeth 10 etc. that impact teeth 12 comprises backgauge shape not, the impact teeth 10 of backgauge shape does not realize front-seat impact teeth 11 and/or arranges afterwards the material that impact teeth 12 punchings fall and discharge, and realizes continuous borrow, discharging.

The material that after the setting of the front-seat impact teeth 11 of the outer layered material tooth 4.1 of described same punching and shape realize, row's impact teeth 12 shovels fall flows out from front-seat impact teeth 11 gaps.

Described front-seat impact teeth 11 forms length difference with rear row's impact teeth 12, length difference equals impact stroke or length difference is greater than impact stroke or length difference is less than impact stroke, it is stepped that front-seat impact teeth 11 and rear row's impact teeth 12 will expect that wall impacts into, destroy the structural strength of material wall, blanking is carried out on the scope of freedom that utilizes stepped material wall to form when front-seat impact teeth 11 is impacted again with rear row's impact teeth 12, reduce impact resistance, reduce to expect piece granularity, be convenient to material and flow out.

Rush outer layered material tooth 4.1 and by jack, be connected with layered material braces 5.2 in punching with layered material tooth 5.1 in the outer layered material braces 4.2 of punching and/or punching, also can pass through the connections such as bolt, catching groove, pin, bearing pin, eccentric connector, claw and/or tapered sleeve.

In described punching, 5.1 arrangements of layered material tooth and/or shape etc. realize blanking and cleaning charge level, make charge level form required shape of charge level.

The outer layered material tooth 4.1 of described punching comprises the outer layered material tooth 13 of main punching and/or clear outer layered material end face tooth 14 and/or clear outer layered material bottom surface tooth 15 etc.

The outer layered material tooth 4.1 of described punching comprises the outer layered material tooth 13 of main punching and/or clear outer layered material end face tooth 14 and/or clear outer layered material bottom surface tooth 15 etc., in the time of the blankings such as the outer layered material tooth 13 of main punching and/or clear outer layered material end face tooth 14 and/or clear outer layered material bottom surface tooth 15, material wall end face and/or bottom surface is carried out to face clearly.

The interior layered material tooth 5.1 of described punching comprises layered material tooth 16 and/or clearly interior layered material end face tooth 17 and/or clear interior layered material bottom surface tooth 18 and/or clear interior layered material side tooth 25 etc. in main punching.

The interior layered material tooth 5.1 of described punching comprises layered material tooth 16 and/or clearly interior layered material end face tooth 17 and/or clear interior layered material bottom surface tooth 18 and/or clear interior layered material side tooth 25 etc. in main punching, in main punching layered material tooth 16 and/or clear in layered material end face tooth 17 and/or clear in layered material bottom surface tooth 18 and/or clear in material wall is carried out to face clearly when the blanking such as layered material side tooth 25, realize supporting operation, make fuselage 1 can pass through smoothly continuous borrow.

Described rush interior layered material braces 5.2 and roll tiltedly certain angle to material wall, realize in punching the layered material tooth 5.1 material wall of cutting sth. askew.

Described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., and outer impact stroke parts 4.3 two ends are arranged symmetrically with the outer layered material tooth 4.1 of punching and/or rush outer layered material braces 4.2.

Outer impact stroke parts 4.3 are flexibly connected with the outer layered material braces 4.2 of punching or are integral type.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., and internal layer impact stroke parts 5.3 two ends are symmetrical arranged in punching layered material braces 5.2 in layered material tooth 5.1 and/or punching.

Described internal layer impact stroke parts 5.3 are flexibly connected with layered material braces 5.2 in punching or are integral type.

The described outer layered material braces 4.2 that rushes comprises rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., and rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching form discharging hole 8, and discharging hole 8 is two, can or be also a plurality of for one.

Described discharging hole 8 comprises arch discharging hole etc., also can comprise arc discharging hole and/or square discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole.

The height of described rear support seat 4.2.1 is less than the height of the outer layered material tooth bracing frame 4.2.2 of punching, also can be equal to or greater than the height of the outer layered material tooth bracing frame 4.2.2 of punching.

Described rear support seat 4.2.1 is flexibly connected with the outer layered material tooth bracing frame 4.2.2 of punching or is integral type.

Described impact blanking mechanism 3 comprises power box 20 etc., and rear support seat is provided with rear support seat striker plate 19 etc., and rear support seat striker plate 19 arranges and does relatively reciprocating motion along power box 20 surfaces along power box 20 surfaces.

Described impact blanking mechanism 3 comprises power box 20 etc., Chong Nei layered material mechanism 5 comprises internal layer toothholder 5.4 etc., internal layer toothholder 5.4 is provided with internal layer toothholder striker plate 19 etc., and internal layer toothholder striker plate 19 arranges and does relatively reciprocating motion along power box 20 surfaces along power box 20 surfaces.

Described impact blanking mechanism 3 comprises impact driver 7 etc., in impact driver 7 and the outer layered material braces 4.2 of punching and/or punching, between layered material braces 5.2, be provided with anti-tamper impact driver structure 21 etc., anti-tamper impact driver structure bag 21 is drawn together rotation anti-tamper impact driver structure 21.1, also can adopt split anti-tamper impact driver structure or buffering anti-tamper impact driver structure etc., impact driver 7 drives layered material tooth 5.1 in the outer layered material tooth 4.1 of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure 21, 21.1 rotations of rotation anti-tamper impact driver structure prevent impact reactive force damage impact failure impact driver 7.

Described outer impact stroke parts 4.3 comprise outer back and forth guide peg 4.3.1 etc., outer back and forth guide peg 4.3.1 is symmetricly set on the outer layered material braces 4.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the outer layered material braces 4.2 that liquidates, make to rush outer layered material braces 4.2 and keep reciprocating impact balance, prevent from damaging the outer layered material braces 4.2 of punching and damage impact driver 7.

Described internal layer impact stroke parts 5.3 comprise the reciprocal guide peg 5.3.1 of internal layer etc., the reciprocal guide peg 5.3.1 of internal layer is symmetricly set on the interior layered material braces 5.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the interior layered material braces 5.2 that liquidates, make to rush interior layered material braces 5.2 and keep reciprocating impact balance, prevent from damaging layered material braces 5.2 and damage impact driver 7 in punching.

Embodiment 4

As shown in Figure 16 to Figure 17, described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., one end of outer impact stroke parts 4.3 arranges the outer layered material tooth 4.1 of punching and/or the outer layered material braces 4.2 of punching, and the other end of outer impact stroke parts 4.3 arranges counterweight 22.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., and one end of internal layer impact stroke parts 5.3 arranges in punching in layered material tooth 5.1 and/or punching layered material braces 5.2 etc., and the other end of internal layer impact stroke parts 5.3 arranges counterweight 22 etc.

The described outer layered material braces 4.2 that rushes comprises rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., and rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching form discharging hole 8, and discharging hole 8 is one, also can be for a plurality of.

Described discharging hole 8 comprises square discharging hole etc., can be also arch discharging hole and/or arc discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat 4.2.1 equals to rush the height of outer layered material tooth bracing frame 4.2.2, also can be greater than or less than the height of the outer layered material tooth bracing frame 4.2.2 of punching.

Described impact blanking mechanism 3 comprises impact driver 7 etc., in impact driver 7 and the outer layered material braces 4.2 of punching and/or punching, between layered material braces 5.2, be provided with anti-tamper impact driver structure 21 etc., anti-tamper impact driver structure comprises split anti-tamper impact driver structure 21.2 etc., also can be rotation anti-tamper impact driver structure or buffering anti-tamper impact driver structure etc., impact driver 7 drives layered material tooth 5.1 in the outer layered material tooth 4.1 of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure 21, the 21.2 split isolation of split anti-tamper impact driver structure prevent impact reactive force impact failure impact driver 7.

Described outer impact stroke parts 4.3 comprise outer back and forth guide peg 4.3.1 etc., outer back and forth guide peg 4.3.1 is asymmetric to be arranged on the outer layered material braces 4.2 of punching, make to rush outer layered material braces 4.2 and keep reciprocating impact balance, prevent from damaging the outer layered material braces 4.2 of punching and damage impact driver 7.

Described internal layer impact stroke parts 5.3 comprise the reciprocal guide peg 5.3.1 of internal layer etc., the reciprocal guide peg 5.3.1 of internal layer is asymmetric to be arranged on the interior layered material braces 5.2 of punching, make to rush interior layered material braces 5.2 and keep reciprocating impact balance, prevent from damaging layered material braces 5.2 and damage impact driver 7 in punching.

All the other are with embodiment 3.

Embodiment 5

As shown in figure 18, the described outer layered material braces 4.2 that rushes comprises rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., and rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching form discharging hole 8, and discharging hole 8 is two, also can be for one or more.

Described discharging hole 8 comprises trapezoidal discharging hole etc., can be also arch discharging hole and/or arc discharging hole and/or square discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat 4.2.1 is less than the height of the outer layered material tooth bracing frame 4.2.2 of punching, also can be more than or equal to the height of the outer layered material tooth bracing frame 4.2.2 of punching.

Described impact blanking mechanism 3 comprises impact driver 7 etc., in impact driver 7 and the outer layered material braces 4.2 of punching and/or punching, between layered material braces 5.2, be provided with anti-tamper impact driver structure etc., anti-tamper impact driver structure 21 comprises buffering anti-tamper impact driver structure 21.3 etc., also can be rotation anti-tamper impact driver structure or split anti-tamper impact driver structure etc., impact driver 7 drives layered material tooth 5.1 in the outer layered material tooth 4.1 of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure 21, buffering anti-tamper impact driver structure 21.3 prevents impact reactive force impact failure impact driver 7 by buffering.

All the other are with embodiment 3.

Embodiment 6

As shown in Figure 19 to Figure 20, described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., and outer impact stroke parts 4.3 two ends are asymmetric to be arranged the outer layered material tooth 4.1 of punching and/or rush outer layered material braces 4.2 etc.

Described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., and outer impact stroke parts 4.3 one end arrange the outer layered material tooth 4.1 of punching etc., and the other end arranges and rushes outer layered material braces 4.2 etc.

Outer impact stroke parts 4.3 are flexibly connected with the outer layered material braces 4.2 of punching or are integral type.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., and internal layer impact stroke parts 5.3 two ends are asymmetric arranges in punching in layered material tooth 5.1 and/or punching layered material braces 5.2 etc.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., and internal layer impact stroke parts 5.3 one end arrange in punching layered material tooth 5.1 etc., and the other end arranges in punching layered material braces 5.2 etc.

Described internal layer impact stroke parts 5.3 are flexibly connected with layered material braces 5.2 in punching or are integral type.

The described outer layered material braces 4.2 that rushes comprises rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., and rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching form discharging hole 8, and discharging hole 8 is one or is a plurality of.

Described discharging hole 8 comprises triangle discharging hole etc., can be also arch discharging hole and/or arc discharging hole and/or square discharging hole and/or trapezoidal discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat 4.2.1 is less than the height of the outer layered material tooth bracing frame 4.2.2 of punching, can be also the height that is equal to or greater than the outer layered material tooth bracing frame 4.2.2 of punching.

Described rear support seat is flexibly connected with the outer layered material tooth bracing frame 4.2.2 of punching or is integral type.

All the other are with embodiment 3.

Embodiment 7

As shown in Figure 21 to 25, a kind of not material folding of enforcement is impacted the not material folding of blanking method and is impacted blanking digger, comprise fuselage 1, walking mechanism 2, impact blanking mechanism 3 etc., walking mechanism 2 is arranged on the bottom of fuselage 1, impacting blanking mechanism 3 is connected with fuselage 1, impact blanking mechanism 3 and comprise 4 He Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism etc., 4 Yu Chongnei layered material mechanisms 5 of Chong Wai layered material mechanism are near arranging, Chong Wai layered material mechanism 4 comprises the outer layered material tooth 4.1 of punching etc., Chong Nei layered material mechanism 5 comprises the interior layered material tooth 5.1 of punching etc., rushing arranging of outer layered material tooth 4.1 can rush the outer layered material for the treatment of borrow layer fall, and between the space of material layered material tooth 4.1 from rushing that 5.1 punchings of layered material tooth in rushing can be fallen, outflow and/or Chong Wai layered material mechanism 4 are provided with the Liao Congchongwai layered material mechanism 4 discharging holes outflows that 5 punchings of discharging Dong Jiangchongnei layered material mechanism fall, 5 Yu Chongwai layered material mechanisms 4 of Chong Nei layered material mechanism match to realize and impact blanking and discharging.

The outer layered material tooth 4.1 of described punching arranges and/or shape can rush the outer layered material for the treatment of borrow layer fall, and flows out between the space of material layered material tooth 4.1 from rushing that 5.1 punchings of layered material tooth in punching can be fallen.

Described Chong Wai layered material mechanism 4 comprises the outer layered material braces 4.2 of punching etc., rush outer layered material tooth 4.1 and rushes that outer layered material braces 4.2 is flexibly connected or be integral type.

Described Chong Nei layered material mechanism 5 comprises in punching layered material braces 5.2 etc., and in punching, layered material tooth 5.1 is flexibly connected with layered material braces 5.2 in punching or is integral type.

The outer layered material tooth 4.1 of described punching comprises impact teeth 10 more than a row etc., also can be row's impact teeth 10.

The interior layered material tooth 5.1 of described punching comprises impact teeth 10 more than a row etc., also can be row's impact teeth 10.

Described impact teeth 10 comprises front-seat impact teeth 11 and rear row's impact teeth 12 etc.

Described front-seat impact teeth 11 and/or arrange afterwards the impact teeth 10 etc. that impact teeth 12 comprises backgauge shape not, the impact teeth 10 of backgauge shape does not realize front-seat impact teeth 11 and/or arranges afterwards impact teeth 12 etc. and rush the material falling and discharge, and realizes continuous borrow, discharging.

The material that after the setting of the front-seat impact teeth 11 of the outer layered material tooth 4.1 of described same punching and shape realize, row's impact teeth 12 shovels fall flows out from front-seat impact teeth 11 gaps..

Described front-seat impact teeth 11 forms length difference with rear row's impact teeth 12, length difference equals impact stroke or length difference is greater than impact stroke or length difference is less than impact stroke, it is stepped that front-seat impact teeth 11 and rear row's impact teeth 12 will expect that wall impacts into, destroy the structural strength of material wall, blanking is carried out on the scope of freedom that utilizes stepped material wall to form when front-seat impact teeth 11 is impacted again with rear row's impact teeth 12, reduce impact resistance, reduce to expect piece granularity, be convenient to material and flow out.

Rush in outer layered material tooth 4.1 and the outer layered material braces 4.2 of punching and/or punching layered material tooth 5.1 and rush interior layered material braces 5.2 etc. and be connected by bearing pin 23, also can pass through bolt, catching groove, pin, eccentric connector, jack, claw and/or tapered sleeve connection etc.

The outer layered material tooth 4.1 of described punching comprises the outer layered material tooth 13 of main punching etc., also can comprise outer clearly layered material end face tooth 14 and/or clear outer layered material bottom surface tooth 15 etc.

In described punching, layered material tooth 5.1 comprises the interior layered material tooth 16 of main punching etc., also can comprise interior clearly layered material end face tooth 17 and/or clear interior layered material bottom surface tooth 18 and/or clear interior layered material side tooth 25 etc.

In the time of the blankings such as the interior layered material tooth 16 of main punching and/or clearly interior layered material end face tooth 17 and/or clear interior layered material bottom surface tooth 18 and/or clearly interior layered material side tooth 25, to expecting that wall carries out face clearly, realize supporting operation, make fuselage 1 can pass through smoothly continuous borrow.

Described Chong Wai layered material mechanism 4 comprises outer impact stroke parts 4.3 etc., the asymmetric outer layered material tooth 4.1 of punching and/or the outer layered material braces 4.2 of punching etc. of arranging in outer impact stroke parts 4.3 two ends, outer impact stroke parts 4.3 one end arrange the outer layered material tooth 4.1 of punching and/or the outer layered material braces 4.2 of punching etc., and outer impact stroke parts 4.3 are flexibly connected with the outer layered material braces 4.2 of punching or are integral type.

Described Chong Nei layered material mechanism 5 comprises internal layer impact stroke parts 5.3 etc., the asymmetric interior layered material tooth 5.1 of punching and/or the interior layered material braces 5.2 of punching etc. of arranging in internal layer impact stroke parts 5.3 two ends, internal layer impact stroke parts 5.3 one end arrange layered material tooth 5.1 and/or the interior layered material braces 5.2 of punching etc. in punching, and internal layer impact stroke parts 5.3 are flexibly connected with layered material braces 5.2 in punching or are integral type.

The described outer layered material braces 4.2 that rushes comprises rear support seat 4.2.1, the outer layered material tooth bracing frame 4.2.2 of punching etc., and rear support seat 4.2.1 and the outer layered material tooth bracing frame 4.2.2 of punching form discharging hole 8, and discharging hole 8 is one or is a plurality of.

Described discharging hole 8 comprises arc discharging hole etc., also can comprise arch discharging hole and/or square discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole etc.

The height of described rear support seat 4.2.1 is greater than the height of the outer layered material tooth bracing frame 4.2.2 of punching, also can be less than or equal to the height that rushes outer layered material tooth bracing frame 4.2.2.

Described rear support seat 4.2.1 is flexibly connected with the outer layered material tooth bracing frame 4.2.2 of punching or is integral type.

Described impact blanking mechanism 3 comprises power box 20 etc., and rear support seat is provided with rear support seat striker plate 19 etc., and rear support seat striker plate 19 arranges and does relatively reciprocating motion along power box 20 surfaces along power box 20 surfaces.

Described impact blanking mechanism 3 comprises power box 20 etc., Chong Nei layered material mechanism 5 comprises internal layer toothholder 5.4 etc., internal layer toothholder 5.4 is provided with internal layer toothholder striker plate 19 etc., and internal layer toothholder striker plate 19 arranges and does relatively reciprocating motion along power box 20 surfaces along power box 20 surfaces.

Described impact blanking mechanism 3 comprises impact driver 7 etc., in impact driver 7 and the outer layered material braces 4.2 of punching and/or punching, between layered material braces 5.2, be provided with anti-tamper impact driver structure 21 etc., anti-tamper impact driver structure 21 comprises buffering anti-tamper impact driver structure 21.3 etc., also can be rotation anti-tamper impact driver structure or split anti-tamper impact driver structure etc., impact driver 7 drives layered material tooth 5.1 in the outer layered material tooth 4.1 of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure, buffering anti-tamper impact driver structure prevents impact reactive force impact failure impact driver 7 by buffering.

Described outer impact stroke parts 4.3 comprise outer back and forth guide peg 4.3.1 etc., outer back and forth guide peg 4.3.1 is symmetricly set on the outer layered material braces 4.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the outer layered material braces 4.2 that liquidates, make to rush outer layered material braces 4.2 and keep reciprocating impact balance, prevent from damaging the outer layered material braces 4.2 of punching and damage impact driver 7.

Described internal layer impact stroke parts 5.3 comprise the reciprocal guide peg 5.3.1 of internal layer etc., the reciprocal guide peg 5.3.1 of internal layer is symmetricly set on the interior layered material braces 5.2 of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg 4.3.1 strengthens the interior layered material braces 5.2 that liquidates, make to rush interior layered material braces 5.2 and keep reciprocating impact balance, prevent from damaging layered material braces 5.2 and damage impact driver 7 in punching.

Described fuselage 1 comprises hydraulic system and/or electrical system and/or atomized water spray system etc.

Described fuselage 1 comprises rotating disc etc., rotating disc is arranged on the top of fuselage 1, impacting blanking mechanism 3 is arranged on rotating disc, rotating disc drives and impacts the multi-faceted impact blanking of blanking mechanism 3 rotation, rotating disc also can be arranged on fuselage 1 bottom, impact blanking mechanism 3 and be arranged on fuselage 1, rotating disc drives fuselage 1 rotation, and fuselage 1 drives and impacts the multi-faceted impact blanking of blanking mechanism 3 rotation.

Embodiment 8

As shown in figure 26, described fuselage 1 comprises rotating disc etc., and rotating disc is arranged on fuselage 1 bottom, impacts blanking mechanism 3 and is arranged on fuselage 1, and rotating disc drives fuselage 1 rotation, and fuselage 1 drives and impacts the multi-faceted impact blanking of blanking mechanism 3 rotation.

All the other are with embodiment 7.

Claims (38)

1. blanking digger is impacted in a not material folding, comprise fuselage, walking mechanism, it is characterized in that: this not material folding is impacted blanking digger and comprised impact blanking mechanism, walking mechanism is arranged on front portion or rear portion or the bottom of fuselage, impacting blanking mechanism is connected with fuselage, impact blanking mechanism and comprise Chong Wai layered material mechanism and/or Chong Nei layered material mechanism, the Chong Wai layered material Yu Chongnei of mechanism layered material mechanism is near arranging, Chong Wai layered material mechanism comprises the outer layered material tooth of punching, Chong Nei layered material mechanism comprises layered material tooth in punching, rushing arranging of outer layered material tooth can rush the outer layered material for the treatment of borrow layer fall, and layered material tooth in punching can be rushed and between the space of the material layered material tooth from rushing falling, flow out and/or Chong Wai layered material mechanism is provided with discharging Dong Jiangchongnei layered material mechanism and rushes the Liao Congchongwai layered material mechanism's discharging hole falling and flow out, the Chong Nei layered material Yu Chongwai of mechanism layered material mechanism matches to realize and impacts blanking and discharging.
2. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: the outer layered material tooth row row of described punching and/or shape can rush the outer layered material for the treatment of borrow layer fall, and layered material tooth in punching can be rushed between the space of the material layered material tooth from rushing falling and flow out.
3. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: described Chong Wai layered material mechanism comprises the outer layered material braces of punching, rush outer layered material tooth and rushes that outer layered material braces is flexibly connected or be integral type.
4. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: described Chong Nei layered material mechanism comprises layered material braces in punching, and in punching, layered material tooth is flexibly connected with layered material braces in punching or is integral type.
5. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: the outer layered material tooth of described punching comprises a row or the above impact teeth of a row.
6. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: in described punching, layered material tooth comprises a row or the above impact teeth of a row.
7. according to not material folding described in claim 5 or 6, impact blanking digger, it is characterized in that: described impact teeth comprise front-seat impact teeth and/or after arrange impact teeth.
8. blanking digger is impacted in not material folding according to claim 7, it is characterized in that: described front-seat impact teeth and/or arrange afterwards impact teeth and comprise the not impact teeth of backgauge shape, the impact teeth of backgauge shape does not realize front-seat impact teeth and/or arranges afterwards impact teeth and rush the material that falls and discharge, and realizes continuous borrow, discharging.
9. blanking digger is impacted in not material folding according to claim 1, it is characterized in that: the setting of the front-seat impact teeth of the outer layered material tooth of described same punching and/or the rear row of shape realization impact teeth are shoveled the material falling and flowed out from front-seat impact teeth gap.
10. blanking digger is impacted in not material folding according to claim 7, it is characterized in that: described front-seat impact teeth and rear row's impact teeth form length difference, length difference equals impact stroke or length difference is greater than impact stroke or length difference is less than impact stroke, front-seat impact teeth and/or after arrange impact teeth will to expect that wall impacts into stepped, destroy the structural strength of material wall, front-seat impact teeth and/or arrange afterwards the scope of freedom that utilizes stepped material wall to form when impact teeth is impacted again and carry out blanking, reduce impact resistance, reduce to expect piece granularity, be convenient to material and flow out.
11. impact blanking digger according to the not material folding described in claim 3 or 4, it is characterized in that: rush outer layered material tooth and by bolt, catching groove, pin, bearing pin, eccentric connector, jack, claw and/or tapered sleeve, be connected with layered material braces in punching with layered material tooth in the outer layered material braces of punching and/or punching.
Blanking digger is impacted in 12. not material foldings according to claim 1, it is characterized in that: in described punching, layered material tooth row row and/or shape realize blanking and cleaning charge level, make charge level form required shape of charge level.
Blanking digger is impacted in 13. not material foldings according to claim 1, it is characterized in that: the outer layered material tooth of described punching comprises the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface tooth.
Blanking digger is impacted in 14. not material foldings according to claim 1, it is characterized in that: the outer layered material tooth of described punching comprises the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface tooth, in the time of the outer layered material tooth of main punching and/or clear outer layered material end face tooth and/or clear outer layered material bottom surface dedentition material, material wall end face and/or bottom surface is carried out to face clearly.
Blanking digger is impacted in 15. not material foldings according to claim 1, it is characterized in that: the interior layered material tooth of described punching comprises layered material tooth and/or clearly interior layered material end face tooth and/or clear interior layered material bottom surface tooth and/or clear interior layered material side tooth in main punching.
Blanking digger is impacted in 16. not material foldings according to claim 1, it is characterized in that: the interior layered material tooth of described punching comprises layered material tooth and/or clearly interior layered material end face tooth and/or clear interior layered material bottom surface tooth and/or clear interior layered material side tooth in main punching, in main punching layered material tooth and/or clear in layered material end face tooth and/or clear in layered material bottom surface tooth and/or clear in material wall is carried out to face clearly when layered material side dedentition material, realize supporting operation, make fuselage can pass through smoothly continuous borrow.
Blanking diggers are impacted in 17. not material foldings according to claim 4, it is characterized in that: in described punching, in layered material tooth and/or punching, layered material braces rolls tiltedly certain angle to material wall, realize in punching the layered material tooth material wall of cutting sth. askew.
Blanking diggers are impacted in 18. not material foldings according to claim 1, it is characterized in that: described Chong Wai layered material mechanism comprises outer impact stroke parts, and outer impact stroke parts two ends are arranged symmetrically with the outer layered material tooth of punching and/or rush outer layered material braces.
Blanking diggers are impacted in 19. not material foldings according to claim 1, it is characterized in that: described Chong Wai layered material mechanism comprises outer impact stroke parts, and outer impact stroke parts two ends are asymmetric to be arranged the outer layered material tooth of punching and/or rush outer layered material braces.
Blanking diggers are impacted in 20. not material foldings according to claim 1, it is characterized in that: described Chong Wai layered material mechanism comprises outer impact stroke parts, and outer impact stroke parts one end arranges the outer layered material tooth of punching and/or rushes outer layered material braces.
21. impact blanking digger according to the not material folding described in claim 18,19 or 20, it is characterized in that: outer impact stroke parts are flexibly connected with the outer layered material braces of punching or are integral type.
22. impact blanking digger according to the not material folding described in claim 18,19 or 20, it is characterized in that: described outer impact stroke parts comprise outer back and forth guide peg, outer back and forth guide peg symmetry or asymmetric being arranged on the outer layered material braces of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg strengthens the outer layered material braces that liquidates, make to rush outer layered material braces and keep reciprocating impact balance, prevent from damaging the outer layered material braces of punching and damage impact driver.
Blanking diggers are impacted in 23. not material foldings according to claim 1, it is characterized in that: described Chong Nei layered material mechanism comprises internal layer impact stroke parts, and internal layer impact stroke parts two ends are symmetrical arranged in punching layered material braces in layered material tooth and/or punching.
Blanking diggers are impacted in 24. not material foldings according to claim 1, it is characterized in that: described Chong Nei layered material mechanism comprises internal layer impact stroke parts, and internal layer impact stroke parts two ends are asymmetric arranges in punching layered material braces in layered material tooth and/or punching.
Blanking diggers are impacted in 25. not material foldings according to claim 1, it is characterized in that: described Chong Nei layered material mechanism comprises internal layer impact stroke parts, and internal layer impact stroke parts one end arranges in punching layered material braces in layered material tooth and/or punching.
26. impact blanking digger according to the not material folding described in claim 23,24 or 25, it is characterized in that: described internal layer impact stroke parts are flexibly connected with layered material braces in punching or are integral type.
27. impact blanking digger according to the not material folding described in claim 23,24 or 25, it is characterized in that: described internal layer impact stroke parts comprise the reciprocal guide peg of internal layer, the reciprocal guide peg symmetry of internal layer or asymmetric being arranged on the interior layered material braces of punching, be symmetrical arranged the righting dynamics that outer back and forth guide peg strengthens the interior layered material braces that liquidates, make to rush interior layered material braces and keep reciprocating impact balance, prevent from damaging layered material braces and damage impact driver in punching.
Blanking digger is impacted in 28. not material foldings according to claim 1, it is characterized in that: described Chong Wai layered material mechanism comprises outer impact stroke parts, one end of outer impact stroke parts arranges the outer layered material tooth of punching and/or the outer layered material braces of punching, and the other end of outer impact stroke parts arranges counterweight.
Blanking digger is impacted in 29. not material foldings according to claim 1, it is characterized in that: described Chong Nei layered material mechanism comprises internal layer impact stroke parts, one end of internal layer impact stroke parts arranges layered material tooth and/or the interior layered material braces of punching in punching, and the other end of internal layer impact stroke parts arranges counterweight.
Blanking digger is impacted in 30. not material foldings according to claim 1, it is characterized in that: the described outer layered material braces that rushes comprises rear support seat, the outer layered material tooth bracing frame of punching, rear support seat forms discharging hole with the outer layered material tooth bracing frame of punching, and discharging hole is one or is a plurality of.
Blanking digger is impacted in 31. not material foldings according to claim 30, it is characterized in that: described discharging hole comprises arch discharging hole and/or arc discharging hole and/or square discharging hole and/or trapezoidal discharging hole and/or triangle discharging hole and/or polygon discharging hole and/or special-shaped discharging hole.
Blanking digger is impacted in 32. not material foldings according to claim 30, it is characterized in that: the height of described rear support seat is less than or equal to or is greater than the height of the outer layered material tooth bracing frame of punching.
Blanking digger is impacted in 33. not material foldings according to claim 30, it is characterized in that: described rear support seat is flexibly connected with the outer layered material tooth bracing frame of punching or is integral type.
Blanking digger is impacted in 34. not material foldings according to claim 1, it is characterized in that: described impact blanking mechanism comprises power box, rear support seat is provided with rear support seat striker plate, and rear support seat striker plate arranges and does relatively reciprocating motion along power box surface along power box surface.
Blanking digger is impacted in 35. not material foldings according to claim 1, it is characterized in that: described impact blanking mechanism comprises power box, Chong Nei layered material mechanism comprises internal layer toothholder, internal layer toothholder is provided with internal layer toothholder striker plate, and internal layer toothholder striker plate arranges and does relatively reciprocating motion along power box surface along power box surface.
36. impact blanking digger according to not material folding claimed in claim 1, it is characterized in that: described impact blanking mechanism comprises impact driver, in impact driver and the outer layered material braces of punching and/or punching, between layered material braces, be provided with anti-tamper impact driver structure, anti-tamper impact driver structure comprises rotation anti-tamper impact driver structure or split anti-tamper impact driver structure or buffering anti-tamper impact driver structure, impact driver drives layered material tooth in the outer layered material tooth of punching and/or punching to impact, impact reactive force is applied in anti-tamper impact driver structure, the structure rotation of rotation anti-tamper impact driver or split anti-tamper impact driver structure split isolation or buffering anti-tamper impact driver structure prevent impact reactive force damage impact failure impact driver by buffering.
Blanking digger is impacted in 37. not material foldings according to claim 1, it is characterized in that: described fuselage comprises hydraulic system and/or electrical system and/or atomized water spray system.
Blanking digger is impacted in 38. not material foldings according to claim 1, it is characterized in that: described fuselage comprises rotating disc, rotating disc is arranged on top and/or the bottom of fuselage, when rotating disc is arranged on the top of fuselage, impacting blanking mechanism is arranged on rotating disc, rotating disc drives impact blanking mechanism to rotate multi-faceted impact blanking, when rotating disc is arranged on underbelly, impacting blanking mechanism is arranged on fuselage, rotating disc drives fuselage rotation, and fuselage drives impact blanking mechanism to rotate multi-faceted impact blanking.
CN201320264427.3U 2012-05-12 2013-05-10 Non-clamping impacting blanking mining machine CN203584426U (en)

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CN201210155167 2012-05-12
CN201210155167.6 2012-05-12
CN201320264427.3U CN203584426U (en) 2012-05-12 2013-05-10 Non-clamping impacting blanking mining machine

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103388474A (en) * 2012-05-12 2013-11-13 刘素华 High-efficiency non-clamping impact-blanking digging method and high-efficiency non-clamping impact-blanking digger
CN104763416A (en) * 2014-01-03 2015-07-08 刘素华 Floating sleeve seal reciprocating impact device floating seal method and getter loader seal floating sleeve floating seal reciprocating impact device
WO2016141895A1 (en) * 2015-03-12 2016-09-15 刘素华 Method for mining machine beam impact tooth rack insertion holes to be provided with main and side reciprocating teeth, and device wherein mining machine beam impact tooth rack insertion holes are provided with main and side reciprocating teeth

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103388474A (en) * 2012-05-12 2013-11-13 刘素华 High-efficiency non-clamping impact-blanking digging method and high-efficiency non-clamping impact-blanking digger
CN103388474B (en) * 2012-05-12 2016-12-28 刘素华 The system of attack of a kind of efficiently not material folding impact blanking and efficient not material folding impact blanking digger
CN104763416A (en) * 2014-01-03 2015-07-08 刘素华 Floating sleeve seal reciprocating impact device floating seal method and getter loader seal floating sleeve floating seal reciprocating impact device
CN104763416B (en) * 2014-01-03 2019-03-29 刘素华 Floating bushing seals the method for reciprocating impact device float sealing and digging loading machine seals floating bushing floating seal reciprocating impact device
WO2016141895A1 (en) * 2015-03-12 2016-09-15 刘素华 Method for mining machine beam impact tooth rack insertion holes to be provided with main and side reciprocating teeth, and device wherein mining machine beam impact tooth rack insertion holes are provided with main and side reciprocating teeth

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