CN210150603U - Carrying pole beam pushing type consigning device - Google Patents
Carrying pole beam pushing type consigning device Download PDFInfo
- Publication number
- CN210150603U CN210150603U CN201920877727.6U CN201920877727U CN210150603U CN 210150603 U CN210150603 U CN 210150603U CN 201920877727 U CN201920877727 U CN 201920877727U CN 210150603 U CN210150603 U CN 210150603U
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- Prior art keywords
- tank
- aqueduct
- shoulder pole
- wheel
- drag link
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- 229910000831 Steel Inorganic materials 0.000 claims abstract description 42
- 239000010959 steel Substances 0.000 claims abstract description 42
- 230000003014 reinforcing effect Effects 0.000 claims description 3
- 238000010276 construction Methods 0.000 abstract description 8
- 238000000034 method Methods 0.000 abstract description 7
- 230000005484 gravity Effects 0.000 abstract description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 abstract description 4
- 239000000725 suspension Substances 0.000 description 9
- 230000007246 mechanism Effects 0.000 description 6
- 238000005303 weighing Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
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Abstract
The utility model provides a shoulder pole roof beam delivery device, including the shaped steel frame, pull the round pin axle, pull ear seat, pull rod, wheel case, steel wheel, the both ends of shaped steel frame are provided with the wheel case, and the wheel case is provided with the steel wheel, and the front end of shaped steel frame is provided with pulls the ear seat, pulls the ear seat and pulls the top through the articulated formula of pulling round pin axle and fortune tank wagon bottom end crossbeam department setting and push away the ear seat and be connected. The device runs on a tank top track paved for a tank transporting vehicle, the gravity center of the structure of the device is low, and the tank transporting vehicle is used for drawing and pushing power. The shoulder pole beam push type consignment device is simple to operate, labor-saving, safe, reliable, economical and reasonable, simplifies the aqueduct hoisting in-place process, and can be widely applied to hoisting construction of aqueducts of water conservancy or other projects.
Description
Technical Field
The utility model relates to a shipping unit especially relates to a shoulder pole roof beam push-type shipping unit.
Background
When a aqueduct is loaded by a aqueduct transporting vehicle and moves to a hoisting position along a track laid on the top of the erected aqueduct, 2 shoulder pole beams at the two lower ends of an aqueduct body are respectively hung by a hoisting trolley on two aqueduct erecting machines, the aqueduct body is hoisted and separated from the aqueduct transporting vehicle, each aqueduct with the weight of 1200 tons is hoisted on a corresponding position on a aqueduct pier through longitudinal movement and the like of the two aqueduct erecting machines on a lower guide beam, after the aqueduct is hoisted and put in place on the aqueduct pier and is solidified, the two shoulder pole beams for hoisting the aqueduct are respectively hoisted on the front aqueduct transporting vehicle and the aqueduct transporting vehicle returns to the aqueduct loading position along a track on the top of.
At the aqueduct loading position, two sets of hoisting mechanisms of the aqueduct lifter hang two round steel suspenders connected with the shoulder pole beam together, and the aqueduct weighing 1200 tons is hoisted and hung at the middle position of the aqueduct lifter to wait for loading. When two transporting tank cars carry two shoulder pole beams and drive into the loading tank position from the tank erecting area, the two shoulder pole beams are also carried by the top of the transporting tank car, so that the tank lifter can not lift the aqueduct lifted in the air on the transporting tank car as soon as possible. The aqueduct hung in the air can be hung on the tank transporting vehicle only after two shoulder pole beams on the tank transporting vehicle are hung away.
The shoulder pole beam is a box-shaped structure formed by welding steel plates, and has the overall dimension; the length, width and height were 9.37X 0.8X 1.05(m3), and the weight was about 10 tons. The track of the tank transporting vehicle is laid on the top of the erected aqueduct, the width of the top of the aqueduct is about 9m at the loading position, and the height of the top of the aqueduct is about 15m away from the surface. The height of the shoulder pole beam carried by the tank wagon from the ground is more than 18 m. Other hoisting equipment is adopted to hoist the two shoulder pole beams on the tank wagon, and firstly, the large-amplitude shoulder pole beam is heavier and cannot be hoisted by a general truck crane. Secondly, a flume with the weight of 1200 tons is hung by the flume lifting machine and stands on a flume transporting vehicle, a large truck crane cannot be close to the flume lifting machine, and thirdly, a crawler crane is rented for two shoulder pole beams, so that the cost is too high and is not low. The electric hoist arranged on the main beam of the groove lifting machine is used for hoisting two shoulder pole beams on the groove transporting vehicle, so that the lifting mechanism of the groove lifting machine has to pull the aqueduct hung in the middle of the groove lifting machine to one side of the groove lifting machine, and then the electric hoist hung on the main beam of the groove lifting machine is used for hoisting the shoulder pole beams transported on the groove transporting vehicle to the ground for temporary storage. Then operating the hoisting mechanism of the groove lifting machine, enabling the hanging aqueduct to walk from the outer side to the middle, and hanging the aqueduct weighing 1200 tons on a tank transporting vehicle. The aqueduct is hoisted by a aqueduct transporting vehicle by adopting a deviation method, firstly, a hoisting mechanism of a aqueduct hoisting machine deviates, walks and hoists, and the like, the time is too long, and the vibration of a machine body is too large; the wheel pressure of a single steel wheel of a traveling cart of the groove lifting machine reaches 55 tons (the allowable pressure is 30 tons), and exceeds 25 tons; and thirdly, the load of the main supporting leg on the single side of the groove lifting machine is overlarge, and the supporting leg structure generates large deformation. Is very unfavorable for the structural safety of the groove lifting machine. The invented carrying pole beam pushing type consignment device is a special-purpose implement designed for solving the difficult problem of hanging and turning the carrying pole beam in consignment of transport tank car.
SUMMERY OF THE UTILITY MODEL
The utility model provides a shoulder pole roof beam push-type delivery device has solved fortune tank wagon and has carried the shoulder pole roof beam from putting up the groove district to the position back of grooving position, because of the shoulder pole roof beam of consigning on the fortune tank wagon, occupies and plans dress aqueduct hoist and mount position, makes and carries the construction difficult problem that tank wagon handling aqueduct can not be installed as early as possible to the groove machine handling aqueduct of carrying. The method can be widely applied to construction of similar projects such as water conservancy aqueduct hoisting and erection. A delivery device with low structural gravity center and capability of delivering two carrying pole beams is designed by utilizing a tank transporting vehicle track laid on the top of an erected aqueduct and utilizing the traveling driving power of a tank transporting vehicle. The technical scheme is as follows:
the utility model provides a shoulder pole roof beam push-type delivery device, includes the shaped steel frame, pulls the round pin axle, pulls the ear seat, the pull rod, the wheel case, the steel wheel, the both ends of shaped steel frame are provided with the wheel case, and the wheel case is provided with the steel wheel, and the front end of shaped steel frame is provided with pulls the ear seat, pulls the ear seat and pulls the top through pulling the round pin axle and push the ear seat and be connected with the articulated formula that sets up in fortune groove car bottom beam department.
The wheel box is a non-driving walking wheel box, and the steel wheels of the wheel box adopt double-wheel-edge steel wheels.
The section steel frame comprises two connecting beams and a straight pull rod, wherein the two connecting beams are divided into a front connecting beam and a rear connecting beam and are used for fixedly connecting two wheel boxes; the rear end and the back of drag link are connected roof beam fixed connection, and the front end passes through pull rod and preceding connection roof beam fixed connection, and the part that the drag link is located between preceding connection roof beam and the back connection roof beam is back drag link, and the part of the connection roof beam is preceding drag link before.
The connecting point of the front drag link and the rear drag link, the connecting point of the rear connecting beam and the wheel box and the connecting points of the diagonal draw bars with reinforcing function are connected with two connecting points.
The track and the track gauge used by the shoulder pole beam pushing type consignment device are the same as those of the tank car.
The traction pushing walking power of the shoulder pole beam pushing type consignment device is provided by the tank wagon.
The beneficial effect of this design is: the shoulder pole beam pushing type consignment device runs on a tank top track laid for a tank car, the structure center of gravity of the device is low, and the tank car is used as traction pushing power. The carrying pole beam originally transported by the transporting tank car is changed into the carrying pole beam transported by the transporting device. The utility model provides a shoulder pole roof beam push-type delivery device, easy operation, it is laborsaving to save labour, safe and reliable, economical and reasonable has simplified the aqueduct and has hoisted the process of taking one's place, but wide application in the hoist and mount construction of water conservancy or other engineering aqueducts.
Drawings
FIG. 1 is a schematic diagram of a drop operation process of a lifting aqueduct of the aqueduct erecting machine;
FIG. 2 is a schematic view of a groove lifting machine for lifting a aqueduct for a groove transporting vehicle;
FIG. 3 is a schematic view of the tank car and carrying pole pushing type consignment device;
fig. 4 is a schematic structural view of the carrying pole beam and the carrying pole beam pushing type consignment device;
fig. 5 is a schematic structural view of the carrying pole beam push type consignment device;
in the figure: 1. a to-be-installed aqueduct, 2, a first aqueduct lifting aqueduct carrying pole beam, 3, a first aqueduct carrying car carrying pole beam, 4, a aqueduct carrying car, 5, a traction and pushing lug seat, 6, a carrying pole beam, 7, a wheel box, 8, a aqueduct carrying car track, 9, an erected aqueduct, 10, a hinge pin, 11, a hinge lug plate, 12, a front inclined pull rod, 14, a steel wheel, 15, a aqueduct carrying car carrying pole beam, 16, a aqueduct pier, 17, a aqueduct lifting machine guide beam, 18, an aqueduct pier, 19, an aqueduct pier, 20, a first aqueduct lifting aqueduct, 21, a lifting aqueduct, 22 and a second aqueduct lifting machine; 23. a second trough carrying vehicle carries the shoulder pole beam, 24, a second trough lifting machine hangs the shoulder pole beam of the aqueduct, 25, a first steel suspender, 26, a second steel suspender, 27, a third steel suspender, 28 and a fourth steel suspender; 30. a tank truck wheel box 31 and a balance beam; 32. traction lug plates 33, wheel shafts; 34. the device comprises a baffle 35, a connecting beam 36, a rear inclined pull rod 37, a rear drag link 38 and a front drag link.
Detailed Description
As shown in fig. 1, when a certain aqueduct 1 is loaded on a tanker 4 and a tanker track 8 laid along the top of the erected aqueduct runs from a troughing area to a troughing area, two flat tension beams (a first tanker carrying spreader beam 3 and a second tanker carrying spreader beam 23) press down the tanker carrying spreader 15 on the tanker 4. The front end of the tank car 4 pulls the unloaded consignment device to drive to the tank area.
After the transporting tank wagon 4 is driven into the tank area, the hoisting trolleys on the two tank erecting machines (the first tank erecting machine 20 and the second tank erecting machine 22) respectively hoist the 2 lower end shoulder pole beams (the first tank transporting vehicle carries the shoulder pole beam 3 and the second tank transporting vehicle carries the shoulder pole beam 23) through the steel suspension rods (the second steel suspension rod 26 and the fourth steel suspension rod 28), hoist the tank body to be separated from the transporting tank wagon 4, hoist the two tank erecting machines (the first tank erecting machine 20 and the second tank erecting machine 22) on the lower guide beam through the longitudinal movement and the like of the two tank erecting machines (the first tank erecting machine 20 and the second tank erecting machine 22), hoist each 1200 tons of tank erecting machine on the corresponding position of the tank pier 16 (the tank pier 18 or the tank pier 19) in front of the construction of the erected tank 9, hoist the lifting guide beam 17 after the two tank erecting machines are hoisted in place on the tank pier 16 (the tank pier 18 or the tank pier 19) (after the two tank erecting machines are erected (the tank erecting machines can be subsequently installed after the tank erecting machine is erected), and install the lifting guide beam 17 in the construction state of the tank erecting machines (the construction beam 6) of the tank erecting machines (the tank erecting machine 1) by the tank erecting machines A first tank wagon carrying pole beam 3 and a second tank wagon carrying pole beam 23) which are respectively hung on the carrying pole beam carrying devices, and the tank wagon 4 pushes the carrying pole beam pushing type carrying device to return to a aqueduct loading position along the tank top track 8.
As shown in fig. 2, at the aqueduct loading position, two sets of hoisting mechanisms of the aqueduct lifter hang two round steel booms (comprising a first steel boom 25 and a third steel boom 27) which are connected with aqueduct lifter shoulder pole beams (a first aqueduct lifter shoulder pole beam 2 and a second aqueduct lifter shoulder pole beam 24) of the aqueduct lifter, hoist the aqueduct 1 to be loaded which weighs 1200 tons, and hang the aqueduct 1 to be loaded at the middle position of the aqueduct lifter to wait for loading. After the tank wagon 4 is driven into the loading position, the groove lifting machine lifts the suspended to-be-loaded aqueduct 1 on the tank wagon 4 to be cast, the suspended to-be-loaded aqueduct 1 is cast on the tank wagon 4 to be cast, the tank wagon is cast on the carrying trolley carrying beams 15 on the front and the rear two tank wagons, the connecting bolts between the round steel suspension rods (comprising the first steel suspension rod 25 and the third steel suspension rod 27) and the shoulder beam (the first tank lifting aqueduct carrying beam 2 and the second tank lifting carrying beam 24) are removed, then the electric hoist on the groove lifting machine is used, the steel suspension rods (the second steel suspension rod 26 and the fourth steel suspension rod 28) are used for lifting the two flat pull beams (the first tank wagon carrying shoulder beam 3 and the second tank wagon carrying shoulder beam 23) on the shoulder-push type carrying device, the tank lifting machine completes the aqueduct loading process of the aqueduct 1, and the tank wagon 4 returns to the rack groove area.
At this time, the spreader beams (the first trough carrier carry spreader beam 2 and the second trough carrier carry spreader beam 24) positioned on the trough carrier spreader beam 15 become spreader beams (the first trough carrier carry spreader beam 3 and the second trough carrier carry spreader beam 23) when transported to the trough carrier bay. Two flat draw beams (a first trough vehicle carrying pole beam 3 and a second trough vehicle carrying pole beam 23) on the carrying pole beam carrying device become carrying pole beams (a first trough lifting machine hanging trough carrying pole beam 2 and a second trough lifting machine hanging trough carrying pole beam 24) on the next to-be-loaded aqueduct 1.
Referring to fig. 3, a traction pushing lug seat 5 of a hinged pushing mechanism is arranged at the bottom cross beam of the tank wagon 4, the height of the balance beam 5 of the tank wagon wheel box is the same as that of the carrying pole beam carrying device loaded with the carrying pole beam 6, and the operation is convenient. A plurality of balance beams 31 are arranged below the shoulder pole beam 15 of the tank wagon, a plurality of tank wagon wheel boxes 30 are arranged on the balance beams 31, and wheel shafts are arranged on the tank wagon wheel boxes 30.
As shown in fig. 4, the carrying pole pushing type carrying device comprises a section steel frame, a traction pin shaft 10, a traction lug seat 11, a pull rod 12 and a wheel box 7.
The section steel frame comprises two connecting beams 35, a straight pull rod and a diagonal pull rod 36, wherein the connecting beams 35 are divided into a front connecting beam and a rear connecting beam and are used for fixedly connecting the two wheel boxes 7; the rear end of the drag link is fixedly connected with the rear connecting beam, the front end of the drag link is fixedly connected with the front connecting beam through the drag link 12, the part of the drag link between the front connecting beam and the rear connecting beam is the rear drag link 37, and the part of the front connecting beam is the front drag link 38.
The connecting point of the front drag link 38 and the rear drag link 37 and the connecting point of the rear tie beam and the wheel box 7 are connected with each other through a diagonal draw bar 36 with a reinforcing function.
The front end of the front straight pull rod 38 is provided with a traction lug seat 11. The traction lug seat 11 of the consignment device is connected with the traction pushing lug seat 5 on the bottom cross beam at the front end of the tank wagon 4 through a traction pin shaft 10, the consignment device has low structural gravity center, and the tank wagon 4 is dragged, pushed and walks between a tank erecting area and a tank loading area.
By using the track laid on the top of the aqueduct by the tank wagon 4 and the walking power, the carrying pole beam pushing type carrying device walks back and forth between the tank erecting area and the tank loading area under the traction and pushing of the tank wagon 4.
When in use, the shoulder pole beam pushing type carrying device walks back and forth between the tank erecting area and the tank loading area under the traction and pushing of the tank transporting vehicle 4 by utilizing the tank transporting vehicle track 8 paved on the top of the erected aqueduct 9 by the tank transporting vehicle 4.
The shoulder pole beam carrying device runs on a tank top track paved for a tank car, the structural gravity center of the device is low, and the tank car is used for drawing and pushing power. The carrying pole beam originally transported by the transporting tank car is changed into the carrying pole beam transported by the transporting device. The utility model provides a shoulder pole roof beam push-type delivery device, easy operation, it is laborsaving to save labour, safe and reliable, economical and reasonable has simplified the aqueduct and has hoisted the process of taking one's place, but wide application in the hoist and mount construction of water conservancy or other engineering aqueducts.
Claims (6)
1. A shoulder pole beam push type consignment device is characterized in that: the traction lug seat is connected with the articulated traction pushing lug seat arranged at the bottom cross beam of the tank car through the traction pin shaft.
2. The shoulder pole push type consignment as claimed in claim 1, wherein: the wheel box is a non-driving walking wheel box, and the steel wheels of the wheel box adopt double-wheel-edge steel wheels.
3. The shoulder pole push type consignment as claimed in claim 1, wherein: the section steel frame comprises two connecting beams and a straight pull rod, wherein the two connecting beams are divided into a front connecting beam and a rear connecting beam and are used for fixedly connecting two wheel boxes; the rear end and the back of drag link are connected roof beam fixed connection, and the front end passes through pull rod and preceding connection roof beam fixed connection, and the part that the drag link is located between preceding connection roof beam and the back connection roof beam is back drag link, and the part of the connection roof beam is preceding drag link before.
4. The shoulder pole push type consignment as claimed in claim 3, wherein: the connecting point of the front drag link and the rear drag link, the connecting point of the rear connecting beam and the wheel box and the connecting points of the diagonal draw bars with reinforcing function are connected with two connecting points.
5. The shoulder pole push type consignment as claimed in claim 1, wherein: the track and the track gauge used by the shoulder pole beam pushing type consignment device are the same as those of the tank car.
6. The shoulder pole push type consignment as claimed in claim 5, wherein: the traction pushing walking power of the shoulder pole beam pushing type consignment device is provided by the tank wagon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920877727.6U CN210150603U (en) | 2019-06-12 | 2019-06-12 | Carrying pole beam pushing type consigning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920877727.6U CN210150603U (en) | 2019-06-12 | 2019-06-12 | Carrying pole beam pushing type consigning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210150603U true CN210150603U (en) | 2020-03-17 |
Family
ID=69762580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920877727.6U Expired - Fee Related CN210150603U (en) | 2019-06-12 | 2019-06-12 | Carrying pole beam pushing type consigning device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210150603U (en) |
-
2019
- 2019-06-12 CN CN201920877727.6U patent/CN210150603U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20200317 |