CN107044810B - A kind of detection treater of Pass blocks - Google Patents
A kind of detection treater of Pass blocks Download PDFInfo
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- CN107044810B CN107044810B CN201710232184.8A CN201710232184A CN107044810B CN 107044810 B CN107044810 B CN 107044810B CN 201710232184 A CN201710232184 A CN 201710232184A CN 107044810 B CN107044810 B CN 107044810B
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F42—AMMUNITION; BLASTING
- F42D—BLASTING
- F42D1/00—Blasting methods or apparatus, e.g. loading or tamping
- F42D1/08—Tamping methods; Methods for loading boreholes with explosives; Apparatus therefor
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F42—AMMUNITION; BLASTING
- F42D—BLASTING
- F42D3/00—Particular applications of blasting techniques
- F42D3/04—Particular applications of blasting techniques for rock blasting
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- General Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Carriers, Traveling Bodies, And Overhead Traveling Cranes (AREA)
Abstract
The present invention is to provide a kind of detection treater of Pass blocks, including elevator chamber I, pulley gear I, winding plant I, winding plant II, pulley gear III, groove body, detection device, chain type flashboard, guide rail, pulley gear IV, traction rope, pulley gear V, elevator chamber II, winding plant III, winding plant IV, pulley gear VI, sealed door, suspension crane, pulley gear II；Groove body is buried in drop shaft wall in advance, detection device is installed in vallecular cavity, carrying explosive using the suspension crane moved along borehole wall groove body carries out explosion, using chain type ram seal vallecular cavity；Tunnel elevator chamber installation elevator and pulley gear；Apparatus of the present invention carry out mobile low coverage detection, highly reliable, accuracy is high in the groove body of drop shaft wall；The blasting charge is sent safely to plugging point with winding plant and carries out explosion, processing blocking effect is good, safe；The configuration of the present invention is simple, with strong points, easy to operate, securely and reliably, effect is good, highly practical.
Description
Technical field
The present invention relates to a kind of detection treaters of Pass blocks, belong to Mine Safety in Production technical field.
Background technology
Drop shaft is vertical or inclined pit shaft of the connection two or more stages as rolling ore-rock；With drop shaft rolling ore deposit
Rock can not only improve transport efficiency, cost-effective, moreover it is possible to ore is stored, thus application of the drop shaft in deposit mining is suitable
Extensively.Drop shaft plays an important role in the ores lifting system of mine.However, for various reasons, drop shaft is in ore drawing process
In, it often will appear blocking sometimes, influence the safety in production in mine, and detect position and the processing of Pass blocks
Pass blocks are all a quite intractable things.
Pass blocks mainly form stable equilibrium's arch due to ore in drop shaft, and one kind is that lump ore is engaged to be formed greatly
Block stable equilibrium is encircleed, and another kind of is that stable equilibrium's arch is bonded caused by the mixing such as fine ore, waste residue, waste material, water adhesion.
According to stopping state difference, the obstruction method for handling drop shaft usually has, and strut blasting procedure, fills high pressure water flushing striking
Water law, bore blowing-up method, mine rocket projectile blasting procedure, steel pipe import blasting procedure, lower digging method, deep hole bottom charge explosion method etc.
Deng.These methods more or less there are effect it is poor, of high cost, safety is poor the shortcomings of, all nonideal processing method.
Sometimes for the position for verifying Pass blocks, it has to make a call to the engineerings such as an aided detection courtyard, input is comparable
Then manpower and materials carry out explosion to handle Pass blocks.
Invention content
It is provided by the invention it is a kind of it is simple in structure, with strong points, easy to operate, safe and reliable, effect is good, highly practical
The detection treater of Pass blocks.
The detection treater of Pass blocks of the present invention includes elevator chamber I, pulley gear I, winding plant I, elevator dress
Put II, pulley gear III, groove body, detection device, chain type flashboard, guide rail, pulley gear IV, traction rope, pulley gear V, elevator
Chamber II, winding plant III, winding plant IV, pulley gear VI, sealed door, suspension crane, pulley gear II, in drop shaft system
The upper and lower of drop shaft side is provided with elevator chamber I and elevator chamber II, and II one end of elevator chamber is communicated with drop shaft lower end, and connects
Place is provided with sealed door, is used as checking and mounting suspension crane；Groove body on the drop shaft wall of drop shaft is set and groove body is located at volume
It raises between chamber I and elevator chamber II, groove body both ends connect respectively with elevator chamber I and elevator chamber II, at I top of elevator chamber
Pulley gear I, pulley gear II are provided with, I bottom of elevator chamber is provided with winding plant I, winding plant II, pulley gear
Ⅲ；II top of elevator chamber is provided with pulley gear IV, pulley gear V, I bottom of elevator chamber is provided with winding plant
IIIth, winding plant IV, pulley gear VI；Guide rail is mounted in groove body, and detection device is mounted on guide rail, detection device both ends point
It is not connected with traction rope, the traction rope of upper end is fixed on by pulley gear III on winding plant II, and the traction rope of lower end is successively
It is fixed on winding plant III by pulley gear IV, pulley gear V；Chain type flashboard is arranged in groove body, chain type flashboard upper end
Pass sequentially through pulley gear I, pulley gear II is fixed on winding plant I, chain type flashboard lower end is set by pulley gear VI
On winding plant IV；When processing blocks, the detection device that traction rope pulls is changed to suspension crane, suspension crane is arranged on groove body
Outside, and along groove body by rope drawing to block part.
Vallecular cavity and 2 flashboard slots being opened on the inside of groove body openend are provided in the groove body, guide rail is mounted in vallecular cavity,
Chain type flashboard both ends are separately positioned in 2 flashboard slots.
The pulley gear I, pulley gear II, pulley gear III, pulley gear IV, pulley gear V, pulley gear VI
Structure is identical, is made of pulley, axis Ⅺ and pillar II, and pulley both ends center is hinged on by axis Ⅺ on 2 pillars II respectively.
The winding plant I, winding plant II, winding plant III, IV structure of winding plant are identical, include circle side plate,
Reel, pillar I, bearing, driving device, shaft, 2 round side plates are arranged on reel both ends, reel and centrally disposed turn of side plate of circle
Axis, one end of shaft are connected with driving device, and driving device is arranged on bearing, and reel is mounted on two pillars I by shaft
It is upper and hinged with pillar I.
The chain type flashboard is connected in series by multiple flashboard units, flashboard unit include axis Ⅸ, side plate I, back veneer, axis Ⅹ,
Side plate II, axis Ⅸ and axis Ⅹ are installed in parallel between side plate I and side plate II, and back veneer one end is sleeved on axis Ⅹ, the back veneer other end
It is sleeved on the axis Ⅸ of next flashboard unit, side plate I and side plate II are separately positioned in 2 flashboard slots of groove body.
The suspension crane is the device for lifting explosive, including bail II, protrusive board, wheel V, axis V, car body II, axis
VIth, wheel VI, axis VII, wheel VII, axis VIII, wheel VIII, II upper and lower ends of car body respectively setting one bail II, bail II with
Traction rope connects, and wheel V, wheel VI, wheel VII, wheel VIII are arranged on car body II by axis V, axis VI, axis VII, axis VIII respectively
The left and right sides, protrusive board are fixed on car body II, suspension crane along groove body move when, protrusive board is arranged at the longitudinal opening of groove body（I.e.
After chain type flashboard is opened, that strip slot of unlatching on the outside of groove body）And be matched therewith, conducive to the fortune of suspension crane upper and lower directions
It is dynamic.
The detection device includes detecting devices and carrier loader, and carrier loader is mounted on guide rail and is matched therewith, and delivers
Vehicle includes bail I, wheel I, axis I, wheel II, axis II, axis III, wheel III, axis IV, wheel IV, car body I, raised line I, raised line
Ⅱ；Raised line I and raised line II are fixed on I rear portion of car body, and wheel I, wheel II are arranged on by axis I, axis II on raised line II, wheel
IIIth, wheel IV is arranged on by axis III, axis IV on raised line I, I upper and lower ends of car body respectively setting one bail I, bail I with
Traction rope connects, and detecting devices is fixed on I front of car body.
The detecting devices can detect video-unit, infrared detector, radar detector for blocking etc. to be conventional.
In the present invention drop shaft system mainly by ore dumping chamber, unload pit, drop shaft, boxhole, drop shaft wall and ore loading chamber and form；
Ore deposit is discharged in pit by mine truck in ore dumping chamber, is then entered in drop shaft, and the ore in drop shaft is put into dress ore deposit by boxhole
It is transported on transport vehicle in chamber.
Under normal circumstances, chain type flashboard is in flashboard slot, the vallecular cavity of groove body is all closed that is, closed drop shaft wall,
It can normal ore drawing.When Pass blocks, the ore below emptying blocking position.Winding plant I makes chain type flashboard pull-up, exposes slot
The vallecular cavity of body；Winding plant II, winding plant III make detection device from bottom to top be detected along guide rail.Detection determines to block position
It postpones, suspension crane is hung on the traction rope between winding plant II and winding plant III, and by blasting charge bundled fixed in hanging object
Che Shang starts winding plant II, suspension crane and the blasting charge are pulled to plugging point, progress explosion treatment blocking by winding plant III.
The invention has the advantages that burying groove body in drop shaft wall in advance, guide rail, groove body are set in the vallecular cavity of groove body
Interior setting flashboard slot.Excavate elevator chamber I, elevator chamber II installs winding plant；Detection device can be along guide rail in vallecular cavity
Lower movement, suspension crane can move up and down on the drop shaft wall of groove body position, and detection device and suspension crane are by leading on winding plant
Messenger is drawn.Chain type flashboard is installed in flashboard slot, chain type flashboard both ends are fastened on the reel of winding plant.Normal condition
Under, chain type flashboard is in flashboard slot, and the vallecular cavity of groove body is all closed that is, closed drop shaft wall can normal ore drawing.Work as drop shaft
During blocking, the ore below emptying blocking position；Winding plant makes chain type flashboard pull-up, exposes groove body vallecular cavity；Winding plant makes
Detection device is from bottom to top detected along guide rail.After detection determines blocking position, suspension crane is hung over to the traction of winding plant
It on rope, and by blasting charge bundled fixed on suspension crane, starts winding plant and suspension crane and the blasting charge is pulled to plugging point, carry out
Explosion treatment blocks.In the vallecular cavity of the groove body of drop shaft wall, mobile low coverage detection is carried out, highly reliable, accuracy is high；Use elevator
The blasting charge is sent safely to plugging point and carries out explosion by device, and processing blocking effect is good, and personnel do not work in drop shaft, safety
It is high.The configuration of the present invention is simple, with strong points, easy to operate, securely and reliably, effect is good, highly practical.
Description of the drawings
Fig. 1 is apparatus of the present invention structure diagram；
Fig. 2 is the structure diagram of apparatus of the present invention and drop shaft system；
Fig. 3 is the structure diagram that apparatus of the present invention processing blocks；
Fig. 4 is the schematic cross-sectional view of Fig. 2；
Fig. 5 is trough body structure schematic diagram of the present invention；
Fig. 6 is the structure diagram of pulley gear of the present invention；
Fig. 7 is the structure diagram of winding plant of the present invention；
Fig. 8 is the dimensional structure diagram of winding plant of the present invention；
Fig. 9 is the structure diagram of chain type flashboard of the present invention；
Figure 10 is suspension crane structure diagram of the present invention；
Figure 11 is suspension crane structure diagram of the present invention；
Figure 12 is detection device structure diagram of the present invention；
Figure 13 is detection device structure diagram of the present invention；
Figure 14 is detection device structure overlooking the structure diagram of the present invention；
Figure 15 is groove body of the present invention and chain type flashboard structure schematic diagram；
Figure 16 is suspension crane and trough body structure schematic diagram of the present invention；
Figure 17 is detection device of the present invention and trough body structure schematic diagram；
In figure：1- ore dumping chambers；2- elevators chamber I；3- pulley gears I；4- winding plants I；5- winding plants II；6-
Pulley gear III；7- groove bodies；8- detection devices；9- chain type flashboards；10- guide rails；11- pulley gears IV；12- traction ropes；13- is slided
Wheel apparatus V；14- elevators chamber II；15- winding plants III；16- winding plants IV；17- pulley gears VI；18- sealed doors；
19- boxholes；20- ore loading chambers；21- drop shafts；22- unloads pit；23- suspension cranes；24- vallecular cavities；25- flashboard slots；26- drop shaft walls；
27- bails I；28- wheels I；29- axis I；30- wheels II；31- axis II；32- axis III；33- wheels III；34- axis IV；35- takes turns
Son IV；36- car bodies I；37- detecting devices；38- raised lines I；39- raised lines II；40- bails II；41- protrusive boards；42- wheels V；
43- axis V；44- car bodies II；45- axis VI；46- wheels VI；47- axis VII；48- wheels VII；49- axis VIII；50- wheels VIII；51-
Axis Ⅸ；52- side plates I；53- back veneers；54- axis Ⅹ；55- pulley gears II；56- side plates II；57- justifies side plate；58- reels；59- branch
Column I；60- bearings；61- driving devices；62- shafts；63- pulleys；64- axis Ⅺ；65- pillars II.
Specific embodiment
The present invention is described in further detail, but protection scope of the present invention is not limited to below by drawings and examples
In the content.
Embodiment 1：As shown in Fig. 1-17, the present invention includes elevator chamber I 2, pulley gear I 3, winding plant I 4, elevator
Device II 5, groove body 7, detection device 8, chain type flashboard 9, guide rail 10, pulley gear IV 11, traction rope 12, is slided pulley gear III 6
Wheel apparatus V 13, elevator chamber II 14, winding plant III 15, winding plant IV 16, pulley gear VI 17, sealed door 18, hanging object
Vehicle 23, pulley gear II 55, the upper and lower in 21 side of drop shaft of drop shaft system are provided with elevator chamber I 2 and elevator chamber II 14,
II 14 one end of elevator chamber is connected with 21 lower end of drop shaft, and connectivity part is provided with sealed door 18, on the drop shaft wall 26 of drop shaft 21
Groove body 7 and groove body 7 are set positioned at elevator chamber I 2 and elevator chamber II 14 between, 7 both ends of groove body are respectively with elevator chamber I 2 and rolling up
The connection of chamber II 14 is raised, I 2 top of elevator chamber is provided with pulley gear I 3, pulley gear II 55, in I 2 bottom of elevator chamber
It is provided with winding plant I 4, winding plant II 5, pulley gear III 6；II 14 top of elevator chamber is provided with pulley gear IV
11st, pulley gear V 13 are provided with winding plant III 15, winding plant IV 16, pulley gear VI 17 in I 2 bottom of elevator chamber；
Guide rail 10 is mounted in groove body 7, and guide rail 10 is T-shaped guide rail, and detection device 8 is mounted on guide rail 10,8 both ends of detection device
Traction rope 12 is connected separately with, the traction rope of upper end is fixed on by pulley gear III 6 on winding plant II 5, the traction of lower end
Rope is fixed on by pulley gear IV 11, pulley gear V 13 on winding plant III 15 successively；Chain type flashboard 9 is arranged on groove body 7
In, 9 upper end of chain type flashboard passes sequentially through pulley gear I 3, pulley gear II 55 is fixed on winding plant I 4, under chain type flashboard 9
End is arranged on by pulley gear VI 17 on winding plant IV 16；When processing blocks, the detection device 8 that traction rope pulls is replaced
For suspension crane 23, suspension crane 23 is arranged on 7 outside of groove body, and along groove body by rope drawing to block part.
Vallecular cavity 24 and 2 flashboard slots 25 being opened on the inside of 7 openend of groove body are wherein provided in groove body 7, guide rail 10 is installed
In vallecular cavity 24,9 both ends of chain type flashboard are separately positioned in 2 flashboard slots 25；Pulley gear I 3, pulley gear II 55, pulley
Device III 6, pulley gear IV 11, pulley gear V 13, VI 17 structure of pulley gear are identical, by pulley 63, axis Ⅺ 64 and branch
Column II 65 forms, and 63 both ends center of pulley is hinged on by axis Ⅺ 64 on 2 pillars II 65 respectively；Winding plant I 4, elevator dress
It is identical to put II 5, winding plant III 15, IV 16 structure of winding plant, include circle side plate 57, reel 58, pillar I 59, bearing 60,
Driving device 61, the round side plate 57 of shaft 62,2 are arranged on 58 both ends of reel, reel 58 and circle 57 centrally disposed shaft 62 of side plate,
One end of shaft 62 is connected with driving device 61, and driving device is arranged on bearing 60, and reel 58 is mounted on two by shaft 62
It is on a pillar I 59 and hinged with pillar I；Chain type flashboard 9 is connected in series by multiple flashboard units, flashboard unit include axis Ⅸ 51,
Side plate I 52, back veneer 53, axis Ⅹ 54, side plate II 56, axis Ⅸ 51 and axis Ⅹ 54 are installed in parallel between side plate I 52 and side plate II 56,
53 one end of back veneer is sleeved on axis Ⅹ 54, and 53 other end of back veneer is sleeved on the axis Ⅸ of next flashboard unit, side plate I 52 and side
Plate II 56 is separately positioned in 2 flashboard slots 25 of groove body 7；Suspension crane 23 include bail II 40, protrusive board 41, wheel V 42,
Axis V 43, car body II 44, axis VI 45, wheel VI 46, axis VII 47, wheel VII 48, axis VIII 49, wheel VIII 50, car body is about II 44
Respectively one bail II of setting, bail II are connect with traction rope 12 at both ends, wheel V 42, wheel VI 46, wheel VII 48, wheel
VIII 50 are arranged on II 44 left and right sides of car body by axis V 43, axis VI 45, axis VII 47, axis VIII 49 respectively, and protrusive board 41 is fixed on vehicle
On body II 44, suspension crane along groove body 7 move when, protrusive board 41 is arranged at the longitudinal opening of groove body 7 and is matched therewith；Detection dress
It puts 8 and includes detecting devices 37 and carrier loader, carrier loader is mounted on guide rail 10 and is matched therewith, and carrier loader includes bail I
27th, wheel I 28, axis I 29, wheel II 30, axis II 31, axis III 32, wheel III 33, axis IV 34, wheel IV 35, car body I 36, raised line
I 38, raised line II 39；Raised line I 38 and raised line II 39 are fixed on I 36 rear portion of car body, and wheel I 28, wheel II 30 pass through axis I 29, axis
II 31 are arranged on raised line II 39, and wheel III 33, wheel IV 35 are arranged on by axis III 32, axis IV 34 on raised line I 38, car body I
36 upper and lower ends respectively set a bail I, and bail I is connect with traction rope 12, before detecting devices 37 is fixed on car body I 36
Side, the detecting devices can detect the infrared detector blocked to be conventional；
Above-mentioned drop shaft system mainly by ore dumping chamber 1, unload pit 22, drop shaft 21, boxhole 19, drop shaft wall 26 and ore loading chamber
20 compositions；Ore deposit is discharged in pit by mine truck in ore dumping chamber, is then entered in drop shaft, and the ore in drop shaft is put by boxhole
It is transported on transport vehicle in ore loading chamber.
Under normal circumstances, chain type flashboard 9 is in flashboard slot 25, slips the vallecular cavity 24 of groove body 7 is all closed that is, closed
The borehole wall 26, can normal ore drawing；When drop shaft 21 blocks, the ore below emptying blocking position；Winding plant I 4 makes chain type flashboard 9
The vallecular cavity 24 of groove body 7 is exposed in pull-up；Winding plant II 5, winding plant III 15 make detection device 8 along guide rail 10 from bottom to top into
Row detection；After detection determines blocking position, suspension crane 23 is hung over to the traction rope 12 between winding plant II 5 and winding plant III 15
On, and by blasting charge bundled fixed on suspension crane 23, start winding plant II 5, winding plant III 15 by suspension crane 23 and fry
Pack is pulled to plugging point, carries out explosion treatment blocking.
Claims (8)
1. a kind of detection treater of Pass blocks, it is characterised in that：Including elevator chamber I（2）, pulley gear I（3）, volume
Raise device I（4）, winding plant II（5）, pulley gear III（6）, groove body（7）, detection device（8）, chain type flashboard（9）, guide rail
（10）, pulley gear IV（11）, traction rope（12）, pulley gear V（13）, elevator chamber II（14）, winding plant III（15）、
Winding plant IV（16）, pulley gear VI（17）, sealed door（18）, suspension crane（23）, pulley gear II（55）, in drop shaft system
Drop shaft（21）The upper and lower of side is provided with elevator chamber I（2）With elevator chamber II（14）, elevator chamber II（14）One end is with slipping
Well（21）Lower end connects, and connectivity part is provided with sealed door（18）, in drop shaft（21）Drop shaft wall（26）Upper setting groove body（7）And
Groove body（7）Positioned at elevator chamber I（2）With elevator chamber II（14）Between, groove body（7）Both ends respectively with elevator chamber I（2）And elevator
Chamber II（14）Connection, in elevator chamber I（2）Top is provided with pulley gear I（3）, pulley gear II（55）, in elevator chamber
Ⅰ（2）Bottom is provided with winding plant I（4）, winding plant II（5）, pulley gear III（6）；In elevator chamber II（14）Top is set
It is equipped with pulley gear IV（11）, pulley gear V（13）, in elevator chamber I（2）Bottom is provided with winding plant III（15）, elevator
Device IV（16）, pulley gear VI（17）；Guide rail（10）Mounted on groove body（7）It is interior, detection device（8）Mounted on guide rail（10）
On, detection device（8）Both ends are connected separately with traction rope（12）, the traction rope of upper end is by pulley gear III（6）It is fixed on volume
Raise device II（5）On, the traction rope of lower end passes through pulley gear IV successively（11）, pulley gear V（13）It is fixed on winding plant
Ⅲ（15）On；Chain type flashboard（9）It is arranged on groove body（7）In, chain type flashboard（9）Upper end passes sequentially through pulley gear I（3）, pulley
Device II（55）It is fixed on winding plant I（4）On, chain type flashboard（9）Lower end passes through pulley gear VI（17）It is arranged on elevator dress
Put IV（16）On；When processing blocks, by the detection device of traction rope drawing（8）It is changed to suspension crane（23）, suspension crane（23）If
It puts in groove body（7）Outside, and along groove body by rope drawing to block part.
2. the detection treater of Pass blocks according to claim 1, it is characterised in that：Groove body（7）Inside it is provided with slot
Chamber（24）Groove body is opened in 2（7）Flashboard slot on the inside of openend（25）, guide rail（10）Mounted on vallecular cavity（24）In, chain type lock
Plate（9）Both ends are separately positioned on 2 flashboard slots（25）In.
3. the detection treater of Pass blocks according to claim 1, it is characterised in that：Pulley gear I（3）, pulley
Device II（55）, pulley gear III（6）, pulley gear IV（11）, pulley gear V（13）, pulley gear VI（17）Structure phase
Together, by pulley（63）, axis Ⅺ（64）With pillar II（65）Composition, pulley（63）Both ends center passes through axis Ⅺ respectively（64）It is hinged
In 2 pillars II（65）On.
4. the detection treater of Pass blocks according to claim 1, it is characterised in that：Winding plant I（4）, elevator
Device II（5）, winding plant III（15）, winding plant IV（16）Structure is identical, includes circle side plate（57）, reel（58）, branch
Column I（59）, bearing（60）, driving device（61）, shaft（62）, 2 round side plates（57）It is arranged on reel（58）Both ends, reel
（58）And circle side plate（57）Centrally disposed shaft（62）, shaft（62）One end and driving device（61）It is connected, driving device is set
It puts in bearing（60）On, reel（58）Pass through shaft（62）Mounted on two pillars I（59）It is upper and hinged with pillar I.
5. the detection treater of Pass blocks according to claim 2, it is characterised in that：Chain type flashboard（9）By multiple
Flashboard unit is connected in series, and flashboard unit includes axis Ⅸ（51）, side plate I（52）, back veneer（53）, axis Ⅹ（54）, side plate II（56）,
Axis Ⅸ（51）With axis Ⅹ（54）It is installed in parallel in side plate I（52）With side plate II（56）Between, back veneer（53）One end is sleeved on axis Ⅹ
（54）On, back veneer（53）The other end is sleeved on the axis Ⅸ of next flashboard unit, side plate I（52）With side plate II（56）It sets respectively
It puts in groove body（7）2 flashboard slots（25）In.
6. the detection treater of Pass blocks according to claim 2, it is characterised in that：Suspension crane（23）Including traction
Ring II（40）, protrusive board（41）, wheel V（42）, axis V（43）, car body II（44）, axis VI（45）, wheel VI（46）, axis VII
（47）, wheel VII（48）, axis VIII（49）, wheel VIII（50）, car body II（44）Upper and lower ends respectively set a bail II, traction
Ring II and traction rope（12）Connection, wheel V（42）, wheel VI（46）, wheel VII（48）, wheel VIII（50）Pass through axis V respectively
（43）, axis VI（45）, axis VII（47）, axis VIII（49）It is arranged on car body II（44）The left and right sides, protrusive board（41）It is fixed on car body II
（44）On, suspension crane is along groove body（7）During movement, protrusive board（41）It is arranged on groove body（7）Longitudinal opening at and be matched therewith.
7. the detection treater of Pass blocks according to claim 1, it is characterised in that：Detection device（8）Including visiting
Measurement equipment（37）And carrier loader, carrier loader are mounted on guide rail（10）It goes up and is matched therewith, carrier loader includes bail I（27）、
Wheel I（28）, axis I（29）, wheel II（30）, axis II（31）, axis III（32）, wheel III（33）, axis IV（34）, wheel IV
（35）, car body I（36）, raised line I（38）, raised line II（39）；Raised line I（38）With raised line II（39）It is fixed on car body I（36）Rear portion,
Wheel I（28）, wheel II（30）Pass through axis I（29）, axis II（31）It is arranged on raised line II（39）On, wheel III（33）, wheel IV
（35）Pass through axis III（32）, axis IV（34）It is arranged on raised line I（38）On, car body I（36）Upper and lower ends respectively set a bail
I, bail I and traction rope（12）Connection, detecting devices（37）It is fixed on car body I（36）Front.
8. the detection treater of Pass blocks according to claim 1, it is characterised in that：Guide rail（10）It is led for T-shaped
Rail.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710232184.8A CN107044810B (en) | 2017-04-11 | 2017-04-11 | A kind of detection treater of Pass blocks |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710232184.8A CN107044810B (en) | 2017-04-11 | 2017-04-11 | A kind of detection treater of Pass blocks |
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| CN107044810B true CN107044810B (en) | 2018-06-15 |
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| CN108343455A (en) * | 2017-12-28 | 2018-07-31 | 浙江省隧道工程公司 | Binary channels underground chamber construction method |
| CN108387156A (en) * | 2018-04-04 | 2018-08-10 | 中国矿业大学(北京) | A kind of deep hole blasting means for loading and method |
| CN113756822B (en) * | 2020-04-28 | 2024-04-09 | 雷波明信实业发展有限公司 | High drop shaft blocking condition observation system and observation method |
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