CN205315008U - Fall in tunnel sediment fill of sediment of clearance and device thereof - Google Patents
Fall in tunnel sediment fill of sediment of clearance and device thereof Download PDFInfo
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- CN205315008U CN205315008U CN201520991436.1U CN201520991436U CN205315008U CN 205315008 U CN205315008 U CN 205315008U CN 201520991436 U CN201520991436 U CN 201520991436U CN 205315008 U CN205315008 U CN 205315008U
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- slag
- bucket
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- wire rope
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Abstract
The utility model discloses a fall in tunnel sediment fill of sediment of clearance and device thereof, the sediment fill is provided with and is used for suspending this sediment fill in midair aloft the part that suspends in midair. The top that the sediment was fought is provided with uncoveredly, it distributes to set up to suspend the part in midair the lug at the uncovered edge of sediment fill, perhaps, suspend the part in midair sets up with spaning hanging beam on uncovered two the relative edges of sediment fill. The clearance device of sediment fixed pulley, the wire rope including the hoist engine that is located the tunnel, above being located the tunnel that fall in the tunnel, wire rope's one end with the reel of hoist engine is connected, wire rope strides across the fixed pulley, wire rope's the other end is with preceding the part that suspends in midair that the sediment was fought is connected. The utility model discloses can clear up the sediment in time in the intermittent type of construction, not occupy the space near the tunnel bottom surface, can not influence the normal discrepancy tunnel of storage battery car.
Description
Technical field
This utility model relates to a kind of equipment clearing up the slag that falls in tunnel, particularly relates to a kind of slag bucket clearing up the slag that falls in tunnel and device thereof.
Background technology
In prior art, balancing earth-pressure shielding machine adopts Belt Conveying dregs, is transported to by dregs in the electromobile for transporting dregs. In the middle process of belt transport dregs, it is unavoidable thing outside that dregs drops. Such as: from Chengdu to Nanning, the slag that falls in tunnel is always up a stubborn problem, Nanning subway Line 15 marks minimum point place, western people interval, it is located in mud stone section, the tunnel slag that falls is many, adds and is minimum point, causes the track that the slag that falls of alluvial flushes in tunnel, have a strong impact on normal tunneling construction, bring huge obstruction to interval round-off work simultaneously.
Owing to the Belt Conveying slag that falls is can hardly be avoided, add cleaning filling system, be difficult to from source and thoroughly control the slag that falls. During driving, belt falls slag for the slag source that mainly falls, and adds the serosity that motar carrier vehicle rinses and cleans grouting pipeline, causes all having within the scope of chassis slag, and be inconvenient to again in chassis concentrate cleaning.
Owing to the shape of tunnel cross sectional is diametrically the circle of more than 10 meter, less near the space of bottom surface, tunnel, it is walking passageway for left side near No. five chassis tailstocks of tunneling, the slag bag equipped with dregs can not be deposited, right side is used for depositing the equipment such as optical fiber, cable, water pipe, also should not deposit the slag bag equipped with the slag that falls. Therefore, even if the slag that falls in time in cleaning tunnel, the slag that will fall loading slag bag, equipped with the slag bag of the slag that falls in the bottom in tunnel also without the place that can deposit. If the slag bag that will be equipped with slag transports tunnel in time, then, it will affect the tunnel that normally comes in and goes out of electromobile, affect construction period. If the slag bag that will be equipped with slag is firstly placed on track, when empty electromobile enters tunnel, then the slag bag that will be equipped with slag is thrown away in sky electromobile, and so, empty electromobile start-stop and waiting also can affect construction period in multiple times.
In order to not affect normal construction, can only not carry out falling the cleaning of slag in construction period, to be onstructed complete after, totally finish up scarfing cinder, in the process of ending scarfing cinder, by the packed 10Kg of each slag, often extend 1 meter of slag 0.3 side that falls and be about 600Kg, often extending 1 meter need to 60 slag bag, and 6Km tunnel amounts to and consumes 360,000 slag bags, slag bag unit price 0.4 yuan, amount to slag bag and pay 14.4 ten thousand yuan, secondly the artificial scarfing cinder in tunnel of 6Km often just increases by 120 yuan, and labour cost 6000*0.3*120/10000=21.6 ten thousand yuan amounts to fee of material and labour cost 360,000 yuan. Estimate that ending scarfing cinder 10 people clears up 100 side's dregs every day and needs to complete for 18 days, extend 18 days durations.
In shield method tunnel construction, the equipment that also exists more or less falls the synchronization serosity of slag, mortar vehicle and flushing of pipeline, produces to our construction and brings inconvenience. First, tunnel fall slag many do not meet in image track company require civilized construction standard; Secondly, later stage ending needs cleaning tunnel to fall slag, and the slag that falls is more many, it is necessary to more manpower, material resources and financial resources, delays the more time on the duration simultaneously. Furthermore, the tunnel slag that falls can affect the blowdown of minimum point, substantial amounts of tunnel leakage slag alluvial, causes that sewage pump often draws water blocking. Finally, the tunnel slag that falls can bring resistance, hydrops sludge can accelerate the damage of Backup system to track second consolidation, and then have influence on and tunnel production normally.
Utility model content
First technical problem to be solved in the utility model is to provide a kind of slag bucket clearing up the slag that falls in tunnel, uses this slag bucket can clear up slag in the interval of construction in time, is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
Second technical problem to be solved in the utility model is to provide a kind of device clearing up the slag that falls in tunnel, uses this device can clear up slag in the interval of construction in time, is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
For slag bucket, in order to solve above-mentioned first technical problem, this utility model provides a kind of slag bucket clearing up the slag that falls in tunnel, and described slag bucket is provided with for suspending this slag bucket in midair skyborne suspension member.
The top of described slag bucket is provided with uncovered, and described suspension member is the hanger that distribution is arranged on the uncovered edge of described slag bucket, or, described suspension member is arranged on the hanging beam on uncovered relative two edges of described slag bucket with being across.
Described slag bucket includes bucket body and the bucket end, by hinge and described bucket body bottom-hinged at the bottom of described bucket, by being connected with described bucket body by the locking parts that open and close at the bottom of this bucket at the bottom of described bucket.
It is at the bottom of two opposite opened buckets at the bottom of described bucket, relative with bottom described bucket body respectively two limits, outside at the bottom of two opposite opened buckets are hinged, overturn separately down at the bottom of two opposite opened buckets, described locking parts have two sets, and two overlap described locking parts is separately positioned at the bottom of two opposite opened buckets below edge.
Described locking parts include axle bed, rotate axle, described axle bed is arranged on the outside at the bottom of described bucket, described rotation axle has been symmetrically distributed two locating rings and two stationary jaws vertically from inside to outside successively, one end of described rotation axle is provided with handle, the described rotation axle described axle bed of traverse, said two locating ring lays respectively at the two ends of described axle bed, said two stationary jaw forwards, under the driving rotating axle, the lateral surface that relative two sides of described bucket body are kept away to, and on the lateral surface that these relative two sides are kept away, corresponding said two stationary jaw is respectively arranged with fixed chuck.
The shape of described slag bucket is cuboid, cylinder or Elliptic Cylinder.
The described slag bucket length in rectangular shape is 1m, and wide for 0.8m, height is 0.5m.
This utility model is cleared up the slag bucket of the slag that falls in tunnel and is compared with prior art had the advantages that.
1, the technical program is provided with the technological means for this slag bucket suspends in midair skyborne suspension member owing to have employed described slag bucket, after the electromobile equipped with dregs is outputed, workmen just can clear up slag, the slag that will fall loads in slag bucket, will be equipped with the slag bucket of slag to hang up by hoist engine, empty electromobile can directly do not reached dregs equipped at outlet port by the obstruction of slag bucket and collect dregs, so, can clear up slag in the interval of construction in time, it is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
2, the technical program is uncovered owing to the top that have employed described slag bucket is provided with, described suspension member is the hanger that distribution is arranged on the uncovered edge of described slag bucket, or, the technological means of the hanging beam that described suspension member is arranged on uncovered relative two edges of described slag bucket with being across, so, multiple different slag bucket can be produced according to the actual requirements.
3, the technical program includes bucket body and the bucket end owing to have employed described slag bucket, by hinge and described bucket body bottom-hinged at the bottom of described bucket, by locking, by what open and close at the bottom of this bucket, the technological means that parts be connected with described bucket body at the bottom of described bucket, so, can collect in the process of dregs in empty electromobile, open the bucket end, the slag that falls in slag bucket is discharged in sky electromobile.
4, the technical program is at the bottom of two opposite opened buckets owing to have employed at the bottom of described bucket, relative with bottom described bucket body respectively two limits, outside at the bottom of two opposite opened buckets are hinged, overturn separately down at the bottom of two opposite opened buckets, described locking parts have two sets, two overlap described locking parts is separately positioned at the bottom of two opposite opened buckets the techniques below means of edge, so, after the bucket end, opens, the lowest order at the bucket end is higher, not easily scratches electromobile.
5, the technical program includes axle bed owing to have employed described locking parts, rotate axle, described axle bed is arranged on the outside at the bottom of described bucket, described rotation axle has been symmetrically distributed two locating rings and two stationary jaws vertically from inside to outside successively, one end of described rotation axle is provided with handle, the described rotation axle described axle bed of traverse, said two locating ring lays respectively at the two ends of described axle bed, said two stationary jaw forwards, under the driving rotating axle, the lateral surface that relative two sides of described bucket body are kept away to, on the lateral surface that these relative two sides are kept away, corresponding said two stationary jaw is respectively arranged with the technological means of fixed chuck, so, can open and can close securely the bucket end easily.
6, the technical program is owing to have employed the technological means that the shape of described slag bucket is cuboid, cylinder or Elliptic Cylinder, so, multiple different slag bucket can be produced according to the demand of client.
7, the technical program is 1m owing to have employed the described slag bucket length in rectangular shape, and wide for 0.8m, height is the technological means of 0.5m, so, not only can ensure that slag bucket has sufficiently large volume, and, it can be ensured that slag bucket will not scratch electromobile.
For device, in order to solve above-mentioned second technical problem, this utility model provides a kind of device clearing up the slag that falls in tunnel, including being positioned at the hoist engine in tunnel, being positioned at the fixed pulley of top, tunnel, steel wire rope, one end of described steel wire rope is connected with the reel of described hoist engine, described steel wire rope strides across described fixed pulley, and the other end of described steel wire rope is connected with the suspension member of slag bucket noted earlier.
Described hoist engine, fixed pulley, steel wire rope is that the tailstock place using No. five chassis in tunnel is for suspending the hoist engine depositing air duct in midair, fixed pulley, steel wire rope, described hoist engine is positioned at the front portion of described tailstock, described fixed pulley has four, it is equally divided into two groups, fixed pulley described in two groups is separately positioned on two longerons on described tailstock top, described steel wire rope has two, one end of two described steel wire ropes is connected with the reel of described hoist engine respectively, two described steel wire ropes stride across fixed pulley described in two groups respectively, the other end of two described steel wire ropes connects with the suspension member on described uncovered relative two edges of slag bucket respectively.
Described slag bucket be in when slinging state near described in deposit the lower section of air duct.
This utility model is cleared up the device of the slag that falls in tunnel and is compared with prior art had the advantages that.
1, the technological means that the suspension member of the technical program other end with slag bucket noted earlier owing to have employed described steel wire rope is connected, after the electromobile equipped with dregs is outputed, workmen just can clear up slag, the slag that will fall loads in slag bucket, will be equipped with the slag bucket of slag to hang up by hoist engine, empty electromobile can directly do not reached dregs equipped at outlet port by the obstruction of slag bucket and collect dregs, so, can clear up slag in the interval of construction in time, it is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
2, the technical program is owing to have employed described hoist engine, fixed pulley, steel wire rope is that the tailstock place using No. five chassis in tunnel is for suspending the hoist engine depositing air duct in midair, fixed pulley, steel wire rope, described hoist engine is positioned at the front portion of described tailstock, described fixed pulley has four, it is equally divided into two groups, fixed pulley described in two groups is separately positioned on two longerons on described tailstock top, described steel wire rope has two, one end of two described steel wire ropes is connected with the reel of described hoist engine respectively, two described steel wire ropes stride across fixed pulley described in two groups respectively, the technological means that the other end of two described steel wire ropes connects with the suspension member on described uncovered relative two edges of slag bucket respectively, so, actually, the production cost of this device is exactly the production cost of slag bucket. and the expense producing a slag bucket only needs 800 yuan. it is to say, fall in this utility model cleaning tunnel, the device of slag only needs the expense of 800 yuan just can clear up slag in time. as described in the background art, in prior art, purchasing slag bag needs expenditure 14.4 ten thousand yuan could successfully carry out ending scarfing cinder work. this utility model compared with prior art can save about expense 14.32 ten thousand yuan. meanwhile, this utility model clears up slag in time owing to achieving, and eliminates the ending scarfing cinder duration of 18 days, so, labour cost 21.6 ten thousand yuan can be saved. total can save 35.92 ten thousand yuan.
3, the technical program due to have employed described slag bucket be in sling state time near described in deposit the technological means of lower section of air duct, so, the space above can be utilized fully in the tunnel in.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, this utility model cleared up in tunnel the slag bucket of the slag that falls and device is described in further detail.
Fig. 1 is the main TV structure schematic diagram that present embodiment clears up the slag bucket of the slag that falls in tunnel.
Fig. 2 is the right TV structure schematic diagram that present embodiment clears up the slag bucket of the slag that falls in tunnel.
Fig. 3 is the structural representation that present embodiment clears up the device of the slag that falls in tunnel.
Description of reference numerals is as follows.
1 ~ slag bucket;
1-1 ~ bucket body;
1-2 ~ bucket end;
1-3 ~ hinge;
1-4 ~ axle bed;
1-5 ~ rotation axle;
1-6 ~ locating ring;
1-7 ~ stationary jaw;
1-8 ~ fixed chuck;
1-9 ~ handle;
1-10 ~ suspension member;
2 ~ hoist engine;
3 ~ steel wire rope;
4 ~ fixed pulley;
5 ~ longeron;
6 ~ tailstock;
7 ~ deposit air duct.
Detailed description of the invention
As shown in Figure 1 to Figure 2, the slag bucket 1 of the slag that falls in the cleaning tunnel that present embodiment provides, described slag bucket 1 is provided with for suspending this slag bucket 1 in midair skyborne suspension member 1-10.
Present embodiment is provided with the technological means for this slag bucket suspends in midair skyborne suspension member owing to have employed described slag bucket, after the electromobile equipped with dregs is outputed, workmen just can clear up slag, the slag that will fall loads in slag bucket, will be equipped with the slag bucket of slag to hang up by hoist engine, empty electromobile can directly do not reached dregs equipped at outlet port by the obstruction of slag bucket and collect dregs, so, can clear up slag in the interval of construction in time, it is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
The first step as present embodiment is improved, and as shown in Figure 1 to Figure 2, it is uncovered that the top of described slag bucket 1 is provided with rectangle, and described suspension member 1-10 is the hanger that distribution is arranged on the described uncovered edge of slag bucket 1. From figure 1 it appears that the shape of described hanger is in the rectangular slab being vertically arranged, an earhole is arranged at the top of described rectangular slab, and described earhole is used for connecting steel wire ropes. The bottom of described rectangular slab is fixing with the lateral surface at the described uncovered edge of slag bucket 1 to be connected. It is connected it is of course also possible to be that the medial surface at bottom and the described uncovered edge of slag bucket 1 of described rectangular slab is fixing. The quantity of described hanger has two, and two described hangers are separately positioned on the middle part at uncovered two the relative edges of described slag bucket 1. It is of course also possible to be that the quantity of described hanger has four, four described hangers are separately positioned on two ends at uncovered relative two edges of described slag bucket 1, it is also possible to be four described hangers middle parts of being separately positioned on uncovered four edges of described slag bucket 1. Can also is that the quantity of described hanger has three, wherein, two described hangers are separately positioned on the Same Name of Ends at uncovered two the relative edges of described slag bucket 1, another described hanger is arranged on the middle part at described slag bucket 1 another edge uncovered, and another edge described is remote from that edge of described Same Name of Ends. It is of course also possible to be described suspension member 1-10 be arranged on uncovered relative two marginal center of described slag bucket 1 hanging beam with being across.
Present embodiment is uncovered owing to the top that have employed described slag bucket is provided with, described suspension member is the hanger that distribution is arranged on the uncovered edge of described slag bucket, or, the technological means of the hanging beam that described suspension member is arranged on uncovered relative two edges of described slag bucket with being across, so, multiple different slag bucket can be produced according to the actual requirements.
Second step as present embodiment improves, and as shown in Figure 1 to Figure 2, described slag bucket 1 includes bucket body 1-1 and bucket end 1-2, preferred as one, the rectangular frame of shape of described bucket body 1-1, the rectangular plate of the shape of 1-2 at the bottom of described bucket. 1-2 at the bottom of described bucket is by hinge 1-3 and described bucket body 1-1 bottom-hinged, and 1-2 at the bottom of described bucket is by can being connected the locking parts that 1-2 at the bottom of this bucket opens and closes with described bucket body 1-1.
Present embodiment includes bucket body and the bucket end owing to have employed described slag bucket, by hinge and described bucket body bottom-hinged at the bottom of described bucket, by locking, by what open and close at the bottom of this bucket, the technological means that parts be connected with described bucket body at the bottom of described bucket, so, can collect in the process of dregs in empty electromobile, open the bucket end, the slag that falls in slag bucket is discharged in sky electromobile.
The 3rd step as present embodiment is improved, as shown in Figure 1 to Figure 2,1-2 at the bottom of described bucket is at the bottom of two opposite opened buckets, relative with bottom described bucket body 1-1 respectively two limits, outside at the bottom of two opposite opened buckets are hinged, overturn separately down at the bottom of two opposite opened buckets, described locking parts have two sets, and two overlap described locking parts is separately positioned at the bottom of two opposite opened buckets below edge.
Present embodiment is at the bottom of two opposite opened buckets owing to have employed at the bottom of described bucket, relative with bottom described bucket body respectively two limits, outside at the bottom of two opposite opened buckets are hinged, overturn separately down at the bottom of two opposite opened buckets, described locking parts have two sets, two overlap described locking parts is separately positioned at the bottom of two opposite opened buckets the techniques below means of edge, so, after the bucket end, opens, the lowest order at the bucket end is higher, not easily scratches electromobile.
The 4th step as present embodiment is improved, as shown in Figure 1 to Figure 2, described locking parts include axle bed 1-4, rotate axle 1-5, described axle bed 1-4 is arranged on the outside of 1-2 at the bottom of described bucket, described rotation axle 1-5 has been symmetrically distributed two locating ring 1-6 and two stationary jaw 1-7 vertically from inside to outside successively, one end of described rotation axle 1-5 is provided with handle 1-9, the described rotation axle 1-5 described axle bed 1-4 of traverse, said two locating ring 1-6 lays respectively at the two ends of described axle bed 1-4, said two stationary jaw 1-7 forwards, under the driving rotating axle 1-5, the lateral surface that relative two sides of described bucket body 1-1 are kept away to, on the lateral surface that these relative two sides are kept away, corresponding said two stationary jaw 1-7 is respectively arranged with fixed chuck 1-8.Preferred as one, it can be seen that described rotation axle 1-5 is configured with three described axle bed 1-4 from Fig. 1 and Fig. 2, three described axle bed 1-4 are uniformly distributed in the outside of 1-2 at the bottom of described bucket coaxially. It is of course also possible to be that described rotation axle 1-5 is configured with two or four or more described axle bed 1-4. Described stationary jaw 1-7 has semicircle bayonet socket, and the shape of fixed chuck 1-8 is cylinder, and described cylinder is suitable with described semicircle bayonet socket.
Present embodiment includes axle bed owing to have employed described locking parts, rotate axle, described axle bed is arranged on the outside at the bottom of described bucket, described rotation axle has been symmetrically distributed two locating rings and two stationary jaws vertically from inside to outside successively, one end of described rotation axle is provided with handle, the described rotation axle described axle bed of traverse, said two locating ring lays respectively at the two ends of described axle bed, said two stationary jaw forwards, under the driving rotating axle, the lateral surface that relative two sides of described bucket body are kept away to, on the lateral surface that these relative two sides are kept away, corresponding said two stationary jaw is respectively arranged with the technological means of fixed chuck, so, can open and can close securely the bucket end easily.
The 5th step as present embodiment is improved, and as shown in Figure 1 to Figure 2, the shape of described slag bucket 1 is cuboid, it is of course also possible to be the shape of described slag bucket 1 be cylinder, it is also possible to be the shape of described slag bucket 1 be Elliptic Cylinder.
Present embodiment owing to have employed the technological means that the shape of described slag bucket is cuboid, cylinder or Elliptic Cylinder, so, multiple different slag bucket can be produced according to the demand of client.
The 6th step as present embodiment is improved, and as shown in Figure 1 to Figure 2, described slag bucket 1 in rectangular shape is long for 1m, and wide for 0.8m, height is 0.5m.
Present embodiment is 1m owing to have employed the described slag bucket length in rectangular shape, and wide for 0.8m, height is the technological means of 0.5m, so, not only can ensure that slag bucket has sufficiently large volume, and, it can be ensured that slag bucket will not scratch electromobile.
As shown in Figure 3, a kind of device clearing up the slag that falls in tunnel that present embodiment provides, including being positioned at the hoist engine 2 in tunnel, being positioned at the fixed pulley 4 of top, tunnel, steel wire rope 3, one end of described steel wire rope 3 is connected with the reel of described hoist engine 2, described steel wire rope 3 strides across described fixed pulley 4, and the other end of described steel wire rope 3 is connected with the suspension member 1-10 of slag bucket 1 noted earlier.
The technological means that the suspension member of the present embodiment other end with slag bucket noted earlier owing to have employed described steel wire rope is connected, after the electromobile equipped with dregs is outputed, workmen just can clear up slag, the slag that will fall loads in slag bucket, will be equipped with the slag bucket of slag to hang up by hoist engine, empty electromobile can directly do not reached dregs equipped at outlet port by the obstruction of slag bucket and collect dregs, so, can clear up slag in the interval of construction in time, it is not take up the space near bottom surface, tunnel, without influence on the tunnel that normally comes in and goes out of electromobile.
The first step as present embodiment is improved, as shown in Figure 3, described hoist engine 2, fixed pulley 4, steel wire rope 3 is that tailstock 6 place using No. five chassis in tunnel is for suspending the hoist engine 2 depositing air duct 7 in midair, fixed pulley 4, steel wire rope 3, described hoist engine 2 is positioned at the front portion of described tailstock 6, described fixed pulley 4 has four, it is equally divided into two groups, fixed pulley 4 described in two groups is separately positioned on two longerons 5 on described tailstock 6 top, described steel wire rope 3 has two, one end of two described steel wire ropes 3 is connected with the reel of described hoist engine 2 respectively, two described steel wire ropes 3 stride across fixed pulley 4 described in two groups respectively, the other end of two described steel wire ropes 3 connects with the suspension member 1-10 on described uncovered relative two edges of slag bucket 1 respectively.
Present embodiment is owing to have employed described hoist engine, fixed pulley, steel wire rope is that the tailstock place using No. five chassis in tunnel is for suspending the hoist engine depositing air duct in midair, fixed pulley, steel wire rope, described hoist engine is positioned at the front portion of described tailstock, described fixed pulley has four, it is equally divided into two groups, fixed pulley described in two groups is separately positioned on two longerons on described tailstock top, described steel wire rope has two, one end of two described steel wire ropes is connected with the reel of described hoist engine respectively, two described steel wire ropes stride across fixed pulley described in two groups respectively, the technological means that the other end of two described steel wire ropes connects with the suspension member on described uncovered relative two edges of slag bucket respectively, so, actually, the production cost of this device is exactly the production cost of slag bucket. and the expense producing a slag bucket only needs 800 yuan. it is to say, fall in this utility model cleaning tunnel, the device of slag only needs the expense of 800 yuan just can clear up slag in time. as described in the background art, in prior art, purchasing slag bag needs expenditure 14.4 ten thousand yuan could successfully carry out ending scarfing cinder work. this utility model compared with prior art can save about expense 14.32 ten thousand yuan. meanwhile, this utility model clears up slag in time owing to achieving, and eliminates the ending scarfing cinder duration of 18 days, so, labour cost 21.6 ten thousand yuan can be saved. total can save 35.92 ten thousand yuan.
The first step as present embodiment is improved, as it is shown on figure 3, described slag bucket 1 be in when slinging state near described in deposit the lower section of air duct 7.
Present embodiment due to have employed described slag bucket be in sling state time near described in deposit the technological means of lower section of air duct, so, the space above can be utilized fully in the tunnel in.
Claims (10)
1. the slag bucket (1) clearing up the slag that falls in tunnel, it is characterised in that: described slag bucket (1) is provided with for suspending this slag bucket (1) in midair skyborne suspension member (1-10).
2. clear up in tunnel the slag bucket (1) of the slag that falls according to claim 1, it is characterized in that: the top of described slag bucket (1) is provided with uncovered, described suspension member (1-10) is the hanger that distribution is arranged on described slag bucket (1) uncovered edge, or, described suspension member (1-10) is arranged on the hanging beam on uncovered relative two edges of described slag bucket (1) with being across.
3. clear up in tunnel the slag bucket (1) of the slag that falls according to claim 1, it is characterized in that: described slag bucket (1) includes bucket body (1-1) and the bucket end (1-2), (1-2) at the bottom of described bucket, by hinge (1-3) and described bucket body (1-1) bottom-hinged, (1-2) at the bottom of described bucket is by can being connected the locking parts that (1-2) at the bottom of this bucket opens and closes with described bucket body (1-1).
4. clear up in tunnel the slag bucket (1) of the slag that falls according to claim 3, it is characterized in that: (1-2) at the bottom of described bucket is at the bottom of two opposite opened buckets, outside at the bottom of two opposite opened buckets is hinged with relative two limits, described bucket body (1-1) bottom respectively, overturn separately down at the bottom of two opposite opened buckets, described locking parts have two sets, and two overlap described locking parts is separately positioned at the bottom of two opposite opened buckets below edge.
5. clear up in tunnel the slag bucket (1) of the slag that falls according to claim 3, it is characterized in that: described locking parts include axle bed (1-4), rotate axle (1-5), described axle bed (1-4) is arranged on the outside of (1-2) at the bottom of described bucket, described rotation axle (1-5) has been symmetrically distributed two locating rings (1-6) and two stationary jaws (1-7) vertically from inside to outside successively, one end of described rotation axle (1-5) is provided with handle (1-9), described rotation axle (1-5) the described axle bed of traverse (1-4), said two locating ring (1-6) lays respectively at the two ends of described axle bed (1-4), said two stationary jaw (1-7) forwards, under the driving rotating axle (1-5), the lateral surface that relative two sides of described bucket body (1-1) are kept away to, on the lateral surface that these relative two sides are kept away, corresponding said two stationary jaw (1-7) is respectively arranged with fixed chuck (1-8).
6. clear up in tunnel the slag bucket (1) of the slag that falls according to claim 1, it is characterised in that: the shape of described slag bucket (1) is cuboid, cylinder or Elliptic Cylinder.
7. fall in cleaning tunnel the slag bucket (1) of slag according to claim 6, it is characterised in that: the described slag bucket (1) in rectangular shape is long for 1m, and wide for 0.8m, height is 0.5m.
8. the device clearing up the slag that falls in tunnel, including being positioned at the hoist engine (2) in tunnel, being positioned at the fixed pulley (4) of top, tunnel, steel wire rope (3), one end of described steel wire rope (3) is connected with the reel of described hoist engine (2), described steel wire rope (3) strides across described fixed pulley (4), it is characterised in that: the other end of described steel wire rope (3) is connected with the suspension member (1-10) of the slag bucket (1) as described in one of claim 1 to 7.
9. clear up in tunnel the device of the slag that falls according to claim 8, it is characterized in that: described hoist engine (2), fixed pulley (4), steel wire rope (3) is that tailstock (6) place using No. five chassis in tunnel deposits the hoist engine (2) of air duct (7) for suspention, fixed pulley (4), steel wire rope (3), described hoist engine (2) is positioned at the front portion of described tailstock (6), described fixed pulley (4) has four, it is equally divided into two groups, fixed pulley (4) described in two groups is separately positioned on two longerons (5) on described tailstock (6) top, described steel wire rope (3) has two, one end of two described steel wire ropes (3) is connected with the reel of described hoist engine (2) respectively, two described steel wire ropes (3) stride across fixed pulley (4) described in two groups respectively, the other end of two described steel wire ropes (3) connects with the suspension member (1-10) on described uncovered relative two edges of slag bucket (1) respectively.
10. fall in cleaning tunnel the device of slag according to claim 8, it is characterised in that: described slag bucket (1) be in when slinging state near described in deposit the lower section of air duct (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520991436.1U CN205315008U (en) | 2015-12-04 | 2015-12-04 | Fall in tunnel sediment fill of sediment of clearance and device thereof |
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| CN201520991436.1U CN205315008U (en) | 2015-12-04 | 2015-12-04 | Fall in tunnel sediment fill of sediment of clearance and device thereof |
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| CN205315008U true CN205315008U (en) | 2016-06-15 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108301869A (en) * | 2018-05-07 | 2018-07-20 | 洛阳理工学院 | A kind of tunnel vault danger stone remover |
| CN110500103A (en) * | 2019-09-25 | 2019-11-26 | 中铁六局集团有限公司 | The quick slag cleaning device of balancing earth-pressure shielding machine shield tail |
| CN113847053A (en) * | 2021-08-06 | 2021-12-28 | 中铁十九局集团第五工程有限公司 | Tunnel slag hopper |
-
2015
- 2015-12-04 CN CN201520991436.1U patent/CN205315008U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108301869A (en) * | 2018-05-07 | 2018-07-20 | 洛阳理工学院 | A kind of tunnel vault danger stone remover |
| CN108301869B (en) * | 2018-05-07 | 2024-02-20 | 洛阳理工学院 | Tunnel vault dangerous stone removing device |
| CN110500103A (en) * | 2019-09-25 | 2019-11-26 | 中铁六局集团有限公司 | The quick slag cleaning device of balancing earth-pressure shielding machine shield tail |
| CN113847053A (en) * | 2021-08-06 | 2021-12-28 | 中铁十九局集团第五工程有限公司 | Tunnel slag hopper |
| CN113847053B (en) * | 2021-08-06 | 2023-08-25 | 中铁十九局集团第五工程有限公司 | Tunnel slag bucket |
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