CN205225262U - Shield constructs formula tunneling and anchoring machine - Google Patents
Shield constructs formula tunneling and anchoring machine Download PDFInfo
- Publication number
- CN205225262U CN205225262U CN201521054076.9U CN201521054076U CN205225262U CN 205225262 U CN205225262 U CN 205225262U CN 201521054076 U CN201521054076 U CN 201521054076U CN 205225262 U CN205225262 U CN 205225262U
- Authority
- CN
- China
- Prior art keywords
- shield body
- hinged
- shield
- hydraulic cylinder
- jumbolter
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Excavating Of Shafts Or Tunnels (AREA)
Abstract
The utility model provides a shield constructs formula tunneling and anchoring machine, it is poor that has solved current operation equipment fail safe nature, and operation process is complicated, and can't satisfy the normal production of mine needs the scheduling problem. Strutting work platform, rotary table feeder, elevating conveyor, moving formula belt conveyor and dust removal wind channel certainly including the shield body, cutterhead, brill anchor, its technical essential is: the frame construction that the shield body adopted the anterior shield body connected by pusher jack and backing body group to become, the anterior shield body and the backing body support the shield body top connected by hydraulic cylinder respectively and constitute with shield body bottom, and the cutterhead setting is at anterior shield body front end, and through rotary table feeder, elevating conveyor with move formula belt conveyor certainly and transport coal and rock under the cut, the rear portion that the backing was personally experienced sth. Part of the body sets up the brill anchor and struts work platform, to the roof in rear portion tunnel space with two help to carry on the permanent supporting operation under the shielding that the shield was personally experienced sth. Part of the body. Its structural design is reasonable, struts and remove stability, safe and reliable, realizes tunnelling and permanent supporting's parallel operation, is showing promotion entry driving machine homes using TV and tunnelling efficiency.
Description
Technical field
The utility model relates to a kind of coal mine roadway driving and the comprehensive pick device of supporting operation, particularly a kind of advance along tunnel realization driving, roadway support and Advance Drilling institutional operation shield type anchor driving machine.Belong to road heading machinery manufacture and application.
Background technology
The excavation operation in tunnel is current mining, the prerequisite of the every other mining operations especially in the pit mining of colliery, but because stope output significantly increases, consume with a large amount of tunnels, therefore the contradiction that driving does not catch up with back production needs is more and more outstanding in many mining areas.Tunnelling rate is low, has close relationship with driving support pattern etc.
Safe, fast, efficient tunnelling and support technology ensure that mine realizes the necessary condition of high-yield and high-efficiency, roadway construction speed directly has influence on the normal linking of mine working face, to mine stable yields, efficiently play key effect, realizing the main path that coal road rapidly and efficiently tunnels is adopt comprehensive mechanized driving technology.At present, conventional coal lane high-speed driving and support technology roughly can be divided into three kinds: namely continuous miner coordinates technique with rock bolting jumbo coordinated transposition excavation operation, grubbing anchoring integrative grub-anchor winch group job, boom-type roadheader with monomer rig.Wherein continuous miner and grubbing anchoring integrative grub-anchor winch group job, due to only its distinctive usefulness of competence exertion when top board is firm, and unsupported back span is from all long with the sky top time, so totally unfavorable to roof control.Boom-type roadheader coordinates technique to be the most frequently used tunnelling mode in China's coal-mine tunnel with monomer rig.The process sequence of this driving and permanent support is roughly: coal cutting produce coal-taps-temporary lining-brushing clears up-and the operation such as permanent support; namely development machine tunnels a step pitch; shut down and machine of drawing back; carry out temporary lining; operating personnel is to lapping of meeting head on; after completing dozen steel band and beating the permanent supports such as anchor pole, fully-mechanized digging machine pulls relevant device to move forward.Repeatedly carry out driving step pitch, shut down, move back the cycle operation such as machine and permanent support, need to exchange excavation operation work post continually, repeatedly carry each apparatus for work.After tunneling machine cutting completes; most of the time be manually carry out frame canopy in shutdown situation, lapping, hand-held jumbolter set the supporting operations such as anchor pole; and regardless of digging laneway wall rock condition; one time digging footage all can not be excessive; otherwise the threat such as wall caving, roof fall accident can be faced; operating efficiency is low, poor stability, and the advantage of development machine cannot be played.Therefore, its mechanization degree is low, and driving speed is slow.Because the unsupported back span of driving face is comparatively large, therefore when top board is comparatively broken, if do not carry out immediate support, then just may be caving in the process of driving, lane quality and efficiency will be lowered into.
From last century the eighties, China is the boom-type roadheader of Introduced From Abroad, Lian Caiji and a small amount of rock tunnelling bolting combined machine successively, uses this three kinds of development machines drivings, while increasing power, must strengthen deadweight to strengthen its stability, and drivage efficiency is not remarkable simultaneously.For the limitation that exists for prior art and deficiency, existing Patents technology emerges, be " supporting type integrated tunneling-anchoring machine " of CN102410017B etc. if notification number is " a kind of comprehensive dig-anchor machine " of CN102155219B and notification number, that records all forms by without crawler type anchor driving machine, hydraulic support, rig, drag conveyor and sled etc., and drives anchor driving machine reach by the advancing jack be hinged between anchor driving machine base and hydraulic support.But because anchor driving machine and hydraulic support are split-type design, the problems such as easily each hydraulic vertical prop action of generation is asynchronous in lifting and moving process, its set cap arrangement form can not support the top board not carrying out region, permanent support tunnel effectively, there is territory, empty top zone, and departing from easily appears in the run trace of hydraulic support in reach process, affects excavation operation progress.
Notification number is " the permanent supporting anchor driving machine " of CN203669865U, and because anchor driving machine is arranged in slippage walking mechanism, slippage walking mechanism fills supporting portion by push-and-pull jack with brill and is connected, so easily do not block in the process realizing whole device movement; In addition, the form of structure permanent suspension device longeron being installed roller causes supporting intensity not enough, affects the supporting effect to new pick back, there is potential safety hazard.
Notification number is " shield machine " of CN101824988B, comprise housing, the front portion of housing is provided with topping machanism, be provided with slide in housing, the top of slide is provided with cuts actuating unit and feeding power transmission device, and the bottom of slide is provided with conveying device, but due to structure relative complex, the probability broken down in using is higher, and it is comparatively large to take lane space, effectively can not adapt to the condition change of top, tunnel, base plate.
The driving in tunnel has become the production bottleneck of many coal mining enterprises, therefore, how research effectively limits and prevents the problem such as country rock sex change destruction, solution digging laneway temporary support, for permanent support operation provides safety, easily operating environment and design the comprehensive pick device adapting to tunnel operating condition, significant for the quality and efficiency improving tunnelling.
Utility model content
The purpose of this utility model is to provide a kind of shield type anchor driving machine, solves existing implement security reliability poor, can not effectively adapt to tunnel operating condition, operating process is complicated, development machine Homes Using TV is low, and stope drift active workings driving speed is slow, cannot meet the problems such as mine normal production needs.Its reasonable in design, supporting is with mobile stable, safe and reliable, realize the concurrent job of driving and permanent support, fundamentally stop the top operation of digging laneway sky, not only fully meet underworkings and combine the requirement that the operations such as pick, supporting effectively coordinate with driving cut equipment, and adapt to complex geological condition completely, significantly promote development machine Homes Using TV and drivage efficiency.
The technical scheme that the utility model adopts is: this shield type anchor driving machine comprises the shield body advanced along tunnel, be assembled in the cutterhead in shield body, top jumbolter, side jumbolter and the rotary table feeder with cutterhead coordinating operation, elevating conveyor, self-shifting belt-type conveyer and Dustproof air flue, its technical essential is: described shield body adopts the circulation protrusive frame construction be made up of the anterior shield body and backing body of passing hydraulic cylinder connection, the anterior shield body of frame construction and backing body are formed by bottom shield body top and shield body respectively, top bottom the bottom at shield body top and shield body is plugged in together mutually, and by being hinged on the lifting hydraulic cylinder support and connection bottom shield body top and shield body respectively, utilize the flexible of lifting hydraulic cylinder, realize shield body top along the slideway lifting bottom shield body, cutterhead utilizes holder to be arranged on the front end of anterior shield body, by rotary table feeder, elevating conveyor and self-shifting belt-type conveyer, the coal under cut and rock are transported, the brill anchor supporting job platform being provided with top anchor pole auxiliary body and anchor pole auxiliary body of side utilizes Connection Block to be fixed on the rear portion of backing body, top jumbolter is assembled on the jumbolter holder of top, side jumbolter is assembled on side jumbolter holder, helps to carry out permanent support operation under the shielding of shield body to the top board and two of rear portion lane space.
The front end of the anterior shield body of described frame construction, extensible canopy is provided with in the cavity at shield body top, and by be assembled in extensible canopy hydraulic cylinder in the shield body apex cavity of anterior shield body and extensible canopy hinged, utilize the flexible of extensible canopy hydraulic cylinder, realize extensible canopy stretching out and regaining in anterior shield body front end.
The front end of the backing body of described frame construction, extensible canopy is provided with in the cavity at shield body top, and by be assembled in extensible canopy hydraulic cylinder in the shield body apex cavity of backing body and extensible canopy hinged, utilize the flexible of extensible canopy hydraulic cylinder, realize extensible canopy stretching out and regaining in backing body front end; The rear end of backing body is hinged with back screen beam by the back screen beam hydraulic cylinder of the shield body inside top being assembled in backing body, utilizes the flexible of back screen beam hydraulic cylinder, realizes the expansion of back screen beam and folds.
The top anchor pole auxiliary body being arranged on described brill anchor supporting job platform comprises base, the sliding rail be fixed on base, the coaster with slew gear be assembled on sliding rail, top jumbolter holder and oscillating motor, one end and the slew gear of oscillating motor are hinged, the other end is hinged with the bottom of top jumbolter holder, and top and the slew gear of top jumbolter holder are hinged.
The anchor pole auxiliary body of side being arranged on described brill anchor supporting job platform comprises base, be fixed on the pedestal on base, linkage, connector, side jumbolter holder, rotating liquid cylinder pressure and connecting rod hydraulic cylinder, one end and the pedestal of linkage are hinged, the other end and the connector of linkage are hinged, one end and the pedestal of connecting rod hydraulic cylinder are hinged, the other end and the linkage of connecting rod hydraulic cylinder are hinged, one end and the connector of rotating liquid cylinder pressure are hinged, the other end of rotating liquid cylinder pressure is hinged with helping the outer end of jumbolter holder, the inner and the connector of side jumbolter holder are hinged.
The distinguishing feature that the utility model has is with advantage: the circulation protrusive frame construction that the anterior shield body be connected by passing hydraulic cylinder due to the utility model employing and backing body form, the anterior shield body of frame construction and backing body are formed by bottom shield body top and shield body respectively, top bottom the bottom at shield body top and shield body is plugged in together mutually, and by being hinged on the lifting hydraulic cylinder support and connection bottom shield body top and shield body respectively, utilize the flexible of lifting hydraulic cylinder, realize shield body top along the slideway lifting bottom shield body, so its reasonable in design, supporting is with mobile stable, safe and reliable.In addition, cutterhead utilizes holder to be arranged on the front end of anterior shield body, pass through rotary table feeder, coal under cut and rock transport by elevating conveyor and self-shifting belt-type conveyer, the brill anchor supporting job platform being provided with top anchor pole auxiliary body and anchor pole auxiliary body of side utilizes Connection Block to be fixed on the rear portion of backing body, help to carry out permanent support operation to the top board and two of rear portion lane space under the shielding of shield body, while cutterhead tunnels forward, temporary lining is carried out to the new region, tunnel exposed, and help to carry out permanent support operation by the back and two of brill anchor supporting job platform to shield type anchor driving machine rear portion that the rear portion of shield body is arranged, realize the concurrent job of driving and permanent support, avoid traditional driving face operating personnel directly risk of high-risk operations under the top board exposed, fundamentally stop the top operation of digging laneway sky.Because it can realize supporting continuously back according to different geological conditions and cross-section shape of roadway, therefore not only fully meet underworkings and combine the operations such as pick, supporting and the requirement of tunneling cut equipment and effectively coordinating, and adapt to complex geological condition completely.This machine makes cutterhead can when not carrying out tunneling forward continuously when drawing back machine, original excavation operation is dug the mode that a step one moves back machine, frequent exchange operation work post, change into without moving back machine operation, carrying out the technology mode of permanent support at shield body rear portion, reduce between different operation and replace wasted time, promote development machine Homes Using TV and drivage efficiency significantly.Therefore, departing from easily appears in the run trace that the utility model solves in existing implement reach process, action is asynchronous, supporting intensity is not enough, there is territory, empty top zone, security reliability is poor, take lane space larger, effectively can not adapt to top, tunnel, the operating condition of base plate, operating process is complicated, development machine Homes Using TV is low, stope drift active workings driving speed is slow, the problems such as mine normal production needs cannot be met, effective restriction and prevent country rock sex change from destroying, solve digging laneway temporary support problem, for permanent support operation provides safety, operating environment easily, significantly improve drivage efficiency.
Accompanying drawing explanation
Fig. 1 is a kind of concrete structure schematic diagram of the present utility model;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is a kind of concrete structure schematic diagram of shield body in Fig. 1;
Fig. 4 is the sectional view of Fig. 3 along A-A line;
Fig. 5 is a kind of concrete structure schematic diagram boring anchor supporting job platform in Fig. 1;
Fig. 6 is the top view of Fig. 5;
Fig. 7 is the sectional view of Fig. 5 along B-B line;
Fig. 8 is the sectional view of Fig. 5 along C-C line.
In figure, sequence number illustrates: 1 cutterhead, 2 shield bodies, 3 bore anchor supporting job platform, 4 rotary table feeders, 5 holders, 6 elevating conveyors, 7 Connection Blocks, 8 self-shifting belt-type conveyers, 9 Dustproof air flue, 10 extensible canopies, 11 extensible canopy hydraulic cylinders, 12 anterior shield bodies, 13 pass hydraulic cylinder, 14 backing bodies, 15 back screen beams, 16 back screen beam hydraulic cylinders, 17 shield body tops, 18 lifting hydraulic cylinders, bottom 19 shield bodies, 20 top anchor pole auxiliary bodies, 21 help anchor pole auxiliary body, 22 top jumbolters, 23 help jumbolter, 24 bases, 25 sliding rails, 26 slew gears, 27 oscillating motors, 28 top jumbolter holders, 29 coasters, 30 help jumbolter holder, 31 rotating liquid cylinder pressures, 32 connectors, 33 linkages, 34 connecting rod hydraulic cylinders, 35 pedestals.
Detailed description of the invention
Concrete structure of the present utility model is described in detail according to Fig. 1 ~ 8.This shield type anchor driving machine comprise the shield body 2 advanced along tunnel, the cutterhead 1 be assembled in shield body 2, top jumbolter 22, side jumbolter 23 and with the part such as the rotary table feeder 4 of cutterhead 1 coordinating operation, elevating conveyor 6, self-shifting belt-type conveyer 8 and Dustproof air flue 9.Wherein shield body 2 adopts by the circulation protrusive frame construction of passing the anterior shield body 12 that connects of hydraulic cylinder 13 and backing body 14 and forming.By passing stretching out and regaining of hydraulic cylinder 13, realizing the circulation of complete machine in tunneling process and advancing.The anterior shield body 12 of this frame construction and backing body 14 are respectively by 19 forming bottom shield body top 17 and shield body.Bottom the bottom at shield body top 17 and shield body, the top of 19 is plugged in together mutually, and by being hinged on lifting hydraulic cylinder 18 support and connection of bottom shield body top 17 and shield body 19 respectively.Utilize the flexible of lifting hydraulic cylinder 18, realize shield body top 17 bottom shield body 19 slideway lifting.Cutterhead 1 utilizes holder 5 to be arranged on the front end of anterior shield body 12, cuts the rock mass in dug tunnel, and the coal under cut and rock is transported by rotary table feeder 4, elevating conveyor 6 and self-shifting belt-type conveyer 8.The brill anchor supporting job platform 3 being provided with top anchor pole auxiliary body 20 and anchor pole auxiliary body 21 of side utilizes Connection Block 7 to be fixed on the rear portion of backing body 14, top jumbolter 22 is assembled on top jumbolter holder 28, side jumbolter 23 is assembled on side jumbolter holder 30, under the shielding of shield body 2, the top board and two boring anchor supporting job platform 3 pairs of rear portion lane spaces is used to help to carry out effective permanent support operation.
The front end of the anterior shield body 12 of frame construction, extensible canopy 10 is provided with in the cavity at shield body top 17, and it is hinged with extensible canopy 10 by the extensible canopy hydraulic cylinder 11 be assembled in shield body top 17 cavity of anterior shield body 12, utilize the flexible of extensible canopy hydraulic cylinder 11, realize extensible canopy 10 stretching out and regaining in anterior shield body 12 front end.The front end of the backing body 14 of frame construction, extensible canopy 10 is provided with in the cavity at shield body top 17, and it is hinged with extensible canopy 10 by the extensible canopy hydraulic cylinder 11 be assembled in shield body top 17 cavity of backing body 14, utilize the flexible of extensible canopy hydraulic cylinder 11, realize extensible canopy 10 stretching out and regaining in backing body 14 front end.The rear end of backing body 14, back screen beam 15 is hinged with by the back screen beam hydraulic cylinder 16 inside the shield body top 17 that is assembled in backing body 14, utilize the flexible of back screen beam hydraulic cylinder 16, realize the expansion of back screen beam 15 and fold, to help to carry out supporting to the top board and two of the brill anchor supporting operating area of rear portion lane space.
Cutterhead 1 adopts existing universal architecture, it cutting drum comprising cutting arm, rotary table and be arranged on cutting arm front end, and by being hinged on lifting hydraulic cylinder between rotary table and cutting arm and rotating hydraulic cylinder realizes the lifting of cutting drum and horizontally rotates.Cutting arm inside is provided with drive motors, and cutting drum inside is provided with reducer.
The base 24 of brill anchor supporting job platform 3 is respectively arranged with top anchor pole auxiliary body 20 and anchor pole auxiliary body 21 of side.Top anchor pole auxiliary body 20 comprises base 24, the sliding rail 25 be fixed on base 24, the coaster 29 with slew gear 26 be assembled on sliding rail 25, top jumbolter holder 28 and oscillating motor 27.One end and the slew gear 26 of oscillating motor 27 are hinged, and the other end is hinged with the bottom of top jumbolter holder 28, and top and the slew gear 26 of top jumbolter holder 28 are hinged.Anchor pole auxiliary body 21 of side comprises base 24, the pedestal 35 be fixed on base 24, linkage 33, connector 32, side jumbolter holder 30, rotating liquid cylinder pressure 31 and connecting rod hydraulic cylinder 34.One end and the pedestal 35 of linkage 33 are hinged, and the other end and connector 32 are hinged; One end and the pedestal 35 of connecting rod hydraulic cylinder 34 are hinged, and the other end and linkage 33 are hinged; One end and the connector 32 of rotating liquid cylinder pressure 31 are hinged, and the other end is hinged with helping the outer end of jumbolter holder 30, and the inner and the connector 32 of side jumbolter holder 30 are hinged.
During this shield type anchor driving machine operation, commitment positions according to said structure connected mode treat pick tunnel in mounting arrangements well after, acquiescence original state is: the lifting hydraulic cylinder of cutterhead 1 is regained, the cutting drum of cutterhead 1 is made to be in extreme lower position, the rotating hydraulic cylinder of cutterhead 1 stretches out, and makes cutting drum be in the middle part in span length direction.The lifting hydraulic cylinder 18 be hinged on bottom shield body top 17 and shield body between 19 stretches out, and the shield body top 17 of anterior shield body 12 and backing body 14 is contacted with back, forms the supporting to back; The extensible canopy hydraulic cylinder 11 connected in the passing hydraulic cylinder 13 of anterior shield body 12 and backing body 14, shield body top 17 cavity is in retracted state, and back screen beam hydraulic cylinder 16 stretches out, and drives back screen beam 15 to stretch out, carries out supporting to shield body Background Region top board.
Cutterhead 1 is started shooting, under the shielding of shield body 2, tunnel is tunneled, stretching out and getting the rising and decline that realize cutting drum back by the lifting hydraulic cylinder of cutterhead 1, stretched out by the rotating hydraulic cylinder of cutterhead 1 and regain adjustment cutting drum in the position in span length direction, the rock mass in dug tunnel is cut; When after the rock mass top area of cut complete tunnel, the extensible canopy hydraulic cylinder 11 that the front end, shield body top 17 of anterior shield body 12 is arranged stretches out, thus drive extensible canopy 10 to stretch out, temporary lining newly excavates the top board in region, tunnel, and rotary table feeder 4, elevating conveyor 6 and the self-shifting belt-type conveyer 8 by being arranged on anterior shield body 12 front lower portion, the coal under cut and rock are transported driving face.When will forward continuously cut time, make lifting hydraulic cylinder 18 step-down of anterior shield body 12, so that the passing of anterior shield body 12, and stretch out passing hydraulic cylinder 13, realize anterior shield body 12 together with cutterhead 1 movement forward that it is arranged, and stretch out the extensible canopy 10 of backing body 14, with the top board between temporary lining anterior shield body 12 and backing body 14.
After the complete step pitch of cut, when moving forward continuation cut, the lifting hydraulic cylinder 18 be hinged on bottom shield body top 17 and shield body between 19 of anterior shield body 12 is boosted, lifting hydraulic cylinder 18 step-down be hinged on bottom shield body top 17 and shield body between 19 of backing body 14, and regain passing hydraulic cylinder 13, pull brill anchor supporting job platform 3 movement forward that backing body 14 is arranged together with its rear portion, and regain the extensible canopy 10 of backing body 14 simultaneously; The relevant supporting operation equipment such as elevating conveyor 6, self-shifting belt-type conveyer 8 and Dustproof air flue 9 also together move forward with shield type anchor driving machine.After backing body 14 reach puts in place, the lifting hydraulic cylinder 18 of backing body 14 is boosted again, connects reality with top board, prepare the tunnel cut carrying out next step distance.
In the process that fore cutterhead 1 pair of tunnel is tunneled, utilization is arranged on the top anchor pole auxiliary body 20 on the brill anchor supporting job platform 3 at backing body 14 rear portion and helps anchor pole auxiliary body 21, under the shielding of backing body 14, the permanent support operation setting anchor pole is helped to the top board and two of rear portion lane space, realizes the concurrent job of driving and permanent support.
When setting top anchor pole, top jumbolter 22 is fixed on the top jumbolter holder 28 of top anchor pole auxiliary body 20, by being arranged on the coaster 29 with slew gear 26 on sliding rail 25, along sliding rail 25 move be fixed on top jumbolter 22 on top jumbolter holder 28 to needed for set the Position Approximate of top anchor pole; Top jumbolter 22 is along the central rotation of slew gear 26, and what adjust anchor pole sets position; Again by two ends respectively with slew gear 26 with push up stretching out and withdrawal of oscillating motor 27 that jumbolter holder 28 is hinged, swing and push up jumbolter 22, squeeze into angle with what adjust anchor pole.After contraposition adjustment is complete, start to carry out setting top anchor pole permanent support operation.
When setting side anchor pole, side jumbolter 23 is fixed on the side jumbolter holder 30 of anchor pole auxiliary body 21 of side, be hinged by one end and pedestal 35, the stretching out or regain of connecting rod hydraulic cylinder 34 that the other end and linkage 33 are hinged, adjust the position of linkage 33, needed for the side jumbolter 23 making to be fixed on side jumbolter holder 30 moves to, set the Position Approximate of side anchor pole; By two ends respectively with the stretching out and withdrawal of connector 32 and the rotating liquid cylinder pressure 31 of helping jumbolter holder 30 to be hinged, side jumbolter holder 30 is made to drive side jumbolter 23 on it, along and the hinge that is hinged of connector 32 rotates, thus adjust anchor pole squeeze into angle.After contraposition adjustment is complete, start to carry out setting side anchor pole permanent support operation.
Repeat above cutterhead 1 to start shooting cut, anterior shield body 12 movement forward, pull backing body 14, carry out permanent support at shield body rear portion and the coal under cut and rock are transported the steps such as driving face, make shield type anchor driving machine when not carrying out moving back machine, to circulate advance by passing the anterior shield body 12 of frame construction that hydraulic cylinder 13 connects and backing body 14, realize tunneling forward continuously, both decreased between different operation and replaced wasted time, again for the supporting operation of workman provides safety guarantee, therefore, drivage efficiency is improved significantly.
According to actual geological conditions and the operation needs in dug tunnel, brill anchor supporting job platform 3 arranges deep hole rig (not shown), carries out the construction of Gas pre-drainage boring; Can also before anterior shield body 12 front end of frame construction is arranged prospecting bit machine (not shown), the Tectonic Rock Mass of front portion not being dug to tunnel is explored.
Claims (5)
1. a shield type anchor driving machine, comprise the shield body advanced along tunnel, be assembled in the cutterhead in shield body, top jumbolter, side jumbolter and the rotary table feeder with cutterhead coordinating operation, elevating conveyor, self-shifting belt-type conveyer and Dustproof air flue, it is characterized in that: described shield body adopts the circulation protrusive frame construction be made up of the anterior shield body and backing body of passing hydraulic cylinder connection, the anterior shield body of frame construction and backing body are formed by bottom shield body top and shield body respectively, top bottom the bottom at shield body top and shield body is plugged in together mutually, and by being hinged on the lifting hydraulic cylinder support and connection bottom shield body top and shield body respectively, utilize the flexible of lifting hydraulic cylinder, realize shield body top along the slideway lifting bottom shield body, cutterhead utilizes holder to be arranged on the front end of anterior shield body, by rotary table feeder, elevating conveyor and self-shifting belt-type conveyer, the coal under cut and rock are transported, the brill anchor supporting job platform being provided with top anchor pole auxiliary body and anchor pole auxiliary body of side utilizes Connection Block to be fixed on the rear portion of backing body, top jumbolter is assembled in the anchor pole auxiliary body of top, side jumbolter is assembled in anchor pole auxiliary body of side, helps to carry out permanent support operation under the shielding of shield body to the top board and two of rear portion lane space.
2. shield type anchor driving machine according to claim 1, it is characterized in that: the front end of the anterior shield body of described frame construction, extensible canopy is provided with in the cavity at shield body top, and by be assembled in extensible canopy hydraulic cylinder in the shield body apex cavity of anterior shield body and extensible canopy hinged, utilize the flexible of extensible canopy hydraulic cylinder, realize extensible canopy stretching out and regaining in anterior shield body front end.
3. shield type anchor driving machine according to claim 1, it is characterized in that: the front end of the backing body of described frame construction, extensible canopy is provided with in the cavity at shield body top, and by be assembled in extensible canopy hydraulic cylinder in the shield body apex cavity of backing body and extensible canopy hinged, utilize the flexible of extensible canopy hydraulic cylinder, realize extensible canopy stretching out and regaining in backing body front end; The rear end of backing body is hinged with back screen beam by the back screen beam hydraulic cylinder of the shield body inside top being assembled in backing body, utilizes the flexible of back screen beam hydraulic cylinder, realizes the expansion of back screen beam and folds.
4. shield type anchor driving machine according to claim 1, it is characterized in that: the top anchor pole auxiliary body being arranged on described brill anchor supporting job platform comprises base, the sliding rail be fixed on base, the coaster with slew gear be assembled on sliding rail, top jumbolter holder and oscillating motor, one end and the slew gear of oscillating motor are hinged, the other end is hinged with the bottom of top jumbolter holder, and top and the slew gear of top jumbolter holder are hinged.
5. shield type anchor driving machine according to claim 1, it is characterized in that: the anchor pole auxiliary body of side being arranged on described brill anchor supporting job platform comprises base, be fixed on the pedestal on base, linkage, connector, side jumbolter holder, rotating liquid cylinder pressure and connecting rod hydraulic cylinder, one end and the pedestal of linkage are hinged, the other end and the connector of linkage are hinged, one end and the pedestal of connecting rod hydraulic cylinder are hinged, the other end and the linkage of connecting rod hydraulic cylinder are hinged, one end and the connector of rotating liquid cylinder pressure are hinged, the other end of rotating liquid cylinder pressure is hinged with helping the outer end of jumbolter holder, the inner and the connector of side jumbolter holder are hinged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521054076.9U CN205225262U (en) | 2015-12-17 | 2015-12-17 | Shield constructs formula tunneling and anchoring machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521054076.9U CN205225262U (en) | 2015-12-17 | 2015-12-17 | Shield constructs formula tunneling and anchoring machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205225262U true CN205225262U (en) | 2016-05-11 |
Family
ID=55900336
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521054076.9U Withdrawn - After Issue CN205225262U (en) | 2015-12-17 | 2015-12-17 | Shield constructs formula tunneling and anchoring machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205225262U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386771A (en) * | 2015-12-17 | 2016-03-09 | 辽宁天安科技有限公司 | Shield type digging and anchoring machine |
| CN107782790A (en) * | 2017-12-04 | 2018-03-09 | 朱元彬 | Side detection hammer device is struck in down-hole mining operation |
| CN111022065A (en) * | 2019-10-29 | 2020-04-17 | 天地科技股份有限公司 | Pressure moving roadway rapid tunneling equipment |
| CN113217089A (en) * | 2021-06-27 | 2021-08-06 | 中国矿业大学 | Autonomous traveling mechanism of deep coal fluidized mining equipment |
-
2015
- 2015-12-17 CN CN201521054076.9U patent/CN205225262U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386771A (en) * | 2015-12-17 | 2016-03-09 | 辽宁天安科技有限公司 | Shield type digging and anchoring machine |
| CN107782790A (en) * | 2017-12-04 | 2018-03-09 | 朱元彬 | Side detection hammer device is struck in down-hole mining operation |
| CN111022065A (en) * | 2019-10-29 | 2020-04-17 | 天地科技股份有限公司 | Pressure moving roadway rapid tunneling equipment |
| CN111022065B (en) * | 2019-10-29 | 2021-07-30 | 天地科技股份有限公司 | Pressure moving roadway rapid tunneling equipment |
| CN113217089A (en) * | 2021-06-27 | 2021-08-06 | 中国矿业大学 | Autonomous traveling mechanism of deep coal fluidized mining equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105386771B (en) | Shield type anchor driving machine | |
| CN201236704Y (en) | Coal drift drill shipping and anchoring integrated machine | |
| CN103195457A (en) | Supporting method for roadway fully-mechanized drivage operation without withdrawal of roadheader | |
| CN205225262U (en) | Shield constructs formula tunneling and anchoring machine | |
| CN102704927B (en) | Comprehensive mechanization stone drift heading machine set | |
| CN103899319B (en) | Pick anchor continuous and automatic fast digging technique | |
| CN105952453B (en) | Longwell protrusive working face of coal seam mechanization exploits complete set of equipments without lane | |
| CN104033168B (en) | From moving platform-type brill anchor car | |
| CN202611695U (en) | Novel rectangular coal roadway quick driving and bolting all-in-one machine | |
| CN101403302B (en) | Pedrail type liftable anchor bar anchor cable construction drill rig and double-lane fast digging technique | |
| CN102808617A (en) | Comprehensive mechanical stone drift digging anchor machine | |
| CN103174448A (en) | In-time supporting method for roadway fully-mechanized excavating operation | |
| CN102733815A (en) | Full-face rectangular hard rock tunneling and anchoring integrated machine | |
| CN110566205B (en) | Mining method for steep coal seam | |
| CN205578001U (en) | Advance support formula integral unit suitable for soft rock tunnelling | |
| CN203362198U (en) | Track walking type immediate support device of fully-mechanized drivage roadway | |
| CN203403900U (en) | Hoisting self-moving type anchor-rod cable bolting equipment | |
| CN110410118A (en) | A kind of novel piercing technique | |
| CN110410076A (en) | A kind of filling mining method for leaving Pillar Recovery for old pillars of a house goaf | |
| CN204267038U (en) | Driving face conveyor self-movable foot end | |
| CN101824986B (en) | Coal mining process of drilling, loading, conveying and anchoring integral machine | |
| CN103362511B (en) | High-dipping medium-thickness seam step is without pillar working | |
| CN203499708U (en) | Self-propelled coal mine tunnel temporary supporting anchor protecting machine | |
| CN203978467U (en) | From moving platform-type brill anchor car | |
| CN201650332U (en) | Hydraulic supporting device for fully-mechanized coal winning working face |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160511 Effective date of abandoning: 20171130 |