CN103787194B - Automatic barrel grabbing hanger - Google Patents
Automatic barrel grabbing hanger Download PDFInfo
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- CN103787194B CN103787194B CN201410080017.2A CN201410080017A CN103787194B CN 103787194 B CN103787194 B CN 103787194B CN 201410080017 A CN201410080017 A CN 201410080017A CN 103787194 B CN103787194 B CN 103787194B
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- 239000000725 suspension Substances 0.000 claims abstract description 46
- 238000003466 welding Methods 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 8
- 239000000463 material Substances 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 6
- 230000007423 decrease Effects 0.000 description 4
- 230000003068 static effect Effects 0.000 description 2
- 230000003321 amplification Effects 0.000 description 1
- 238000000354 decomposition reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000003199 nucleic acid amplification method Methods 0.000 description 1
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Abstract
The invention discloses an automatic barrel grabbing hanger. The automatic barrel grabbing hanger comprises a lifting unit, a location locking unit, a base supporting unit and a suspension clamping unit. The lifting unit comprises a hanging ring, an outer sleeve and connecting vertical plates, and the hanging ring and the connecting vertical plates are welded to the outer sleeve. The location locking unit comprises an inner sleeve, a positioning rotating shaft, a middle sleeve, a locking opening, a positioning sliding pin, an upper positioner and a lower positioner. The inner sleeve and the outer sleeve are positioned through positioning bolts and are fastened and connected through connecting bolts. The base supporting unit comprises a support cross beam, a bottom disk and two support vertical beams. The two support vertical beams are in welded connection through the support cross beam and then are welded with the bottom disk. A holding clamping unit mainly comprises a rotating shaft pin, a torsional spring locating pin, an upper flat plate, a holding tile, a lower flat plate, a torsional spring, a torsional spring cushion cover, a rotating shaft sleeve and a suspension clamp. By means of the automatic barrel grabbing hanger, grabbing and placing movement of a round barrel can be automatically achieved, operation is convenient, performance is stable, working efficiency is improved, labor intensity is lowered, and a large quantity of production materials and manufacturing expenses are saved.
Description
Technical field
The present invention relates to a kind of carrying appliance of machinery industry, particularly relate to one and automatically grab Pail lifter.
Background technology
Barrel-shaped carrying needs special utensil, and tradition is grabbed Pail lifter and cannot be realized when carrying material automatically grabbing bucket and putting bucket, need by manual operation, and cause labour intensity large, inefficiency, productive costs is high.
Summary of the invention
Object of the present invention: provide one automatically to grab Pail lifter, rely on the hoisting force of self gravitation and outside hanging device can realize suspension clamp automatic open-close and locking position, can automatically to drum realize capturing with put off action automatically grab Pail lifter, there is structure ingenious, easy to operate, the feature of stable performance, and greatly improve work efficiency and saved a large amount of production materials and manufacturing expense.
To achieve these goals, technical scheme of the present invention is:
One grabs Pail lifter automatically, comprises lifting elements, locking position unit, base support unit and suspension clamp unit, described lifting elements comprises suspension ring, outer sleeve and connection board, and described suspension ring and described connection board are welded on described outer sleeve, described locking position unit comprises inner sleeve, positioning rotating shaft, middle sleeve, fore shaft, locating pin, upper steady arm and lower locating device, is located and tie bolt is fastenedly connected between described inner sleeve and described outer sleeve by dowel bolt, described middle sleeve is provided with a knock hole, described fore shaft is provided with a port, described fore shaft is welded in the cavity of middle sleeve, and the long limit of the port of described fore shaft is parallel with the centerline hole of the knock hole of described middle sleeve, one end of described locating pin is embedded in described inner sleeve, the other end of described locating pin is inserted in the knock hole on described middle sleeve, described upper steady arm and lower locating device are welded in the cavity of described inner sleeve, described positioning rotating shaft comprises lock screw, location lateral pin and registration mast, described registration mast is provided with and mutually runs through and the orthogonal tapped bore of centerline hole and pin-and-hole, described location lateral pin is connected through locking with described lock screw after the pin-and-hole on described registration mast, described positioning rotating shaft is unsettled to be placed in described inner sleeve, and make described location lateral pin be placed between described upper steady arm and lower locating device, described base support unit comprises rack beam, bottom disc and two support vertical beams, welds after two described support vertical beams are welded to connect by described rack beam with described bottom disc again, suspension clamp unit mainly comprises roller pin, torsion spring locating dowel pin, upper flat plate, axis tile, lower flat board, torsion spring, torsion spring cushion cover, rotating shaft cover and suspension clamp, described connection board is provided with through hole, one end of described suspension clamp be provided with through hole and and be flexibly connected by hinged carrier bar and hinged short pin between the through hole of described connection board, the front end of described support vertical beam is provided with hinge hole, the middle of described suspension clamp is provided with a hinge hole and is flexibly connected by hinged having strong market potential with between the hinge hole of described support vertical beam front end, the other end of described suspension clamp overlaps with described rotating shaft and welds, described upper flat plate and lower plate welding are at the back side of axis tile, described rotating shaft cover is flexibly connected by described roller pin with between described upper flat plate and lower flat board, described torsion spring is connected by torsion spring locating dowel pin with described upper flat plate and lower flat board, described torsion spring cushion cover is provided with below described torsion spring, described torsion spring two elastic force end respectively with the back side of described axis tile and the contacts side surfaces of suspension clamp, described axis tile rotates around described roller pin, the load center of drum is aimed in juxtaposition.
Above-mentioned grabs Pail lifter automatically, wherein, upper flat plate is provided with upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole, described upper flat plate first through hole and upper flat plate third through-hole are about described upper flat plate second through hole symmetry, described lower flat board is provided with lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole, and described lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole are arranged and one_to_one corresponding with described upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole are concentric; Described roller pin is inserted in upper flat plate second through hole of described upper flat plate and lower dull and stereotyped second through hole of lower flat board, and described torsion spring is inserted in upper flat plate first through hole of described upper flat plate or lower dull and stereotyped first through hole of upper flat plate third through-hole and lower flat board or lower dull and stereotyped third through-hole.
Above-mentioned grabs Pail lifter automatically, and wherein, described inner sleeve is provided with positioning runner, knock hole, oil guide groove and oil guiding hole, and one end of described locating pin is embedded in the positioning runner of described inner sleeve.
Above-mentioned grabs Pail lifter automatically, and wherein, the front end of described support vertical beam is provided with a hinge hole, is also welded with limiting stopper between two described support vertical beams, and described limiting stopper is provided with a bolt hole and a spacing adjusting bolt is housed.
Above-mentioned grabs Pail lifter automatically, wherein, described upper steady arm is provided with four left-hand screw curved surfaces and four location U grooves, and described left-hand screw curved surface is alternately uniform around the line of centers of described upper steady arm with location U groove, and the periphery of described upper steady arm is also provided with a location V groove; Described lower locating device is provided with four right-hand screw curved surfaces and four location U grooves, and described right-hand screw curved surface is alternately uniform around the line of centers of described lower locating device with location U groove, and the periphery of described lower locating device is also provided with a location V groove; Location V groove on described upper steady arm aim at the location V groove on described lower locating device described in the knock hole of inner sleeve, described location lateral pin to move and with described spiral camber or locate U groove and contact along described inner sleeve central axial direction.
Above-mentioned grabs Pail lifter automatically, and wherein, described outer sleeve is welded by outer sleeve upper cover and outer sleeve lower shell; Described inner sleeve is welded by inner sleeve upper cover and inner sleeve lower shell.
The present invention can only rely on the hoisting force of self gravitation and outside hanging device just can realize armful automatic open-close pressed from both sides and a locking position, can automatically realize capturing and putting off action to drum, there is structure ingenious, easy to operate, the feature of stable performance, and greatly improve work efficiency and reduce labour intensity and saved a large amount of production materials and manufacturing expense.
Accompanying drawing explanation
Fig. 1 is the integral shaft side structure schematic diagram that the present invention grabs Pail lifter automatically.
Fig. 2 is the well-bucket mode of operation front view that the present invention grabs Pail lifter automatically.
Fig. 3 is that cutaway view is looked on an A-A left side of Fig. 2.
Fig. 4 is the locking position unit amplification profile schematic diagram of Fig. 3.
Fig. 5 is the suspension clamp unit decomposition schematic diagram that the present invention grabs Pail lifter automatically.
Fig. 6 is the positioning rotating shaft structural representation that the present invention grabs Pail lifter automatically.
Fig. 7 is the locking notch structure schematic diagram that the present invention grabs Pail lifter automatically.
Fig. 8 is the inner sleeve three-view diagram that the present invention grabs Pail lifter automatically.
Fig. 9 is the upper locator structure schematic diagram that the present invention grabs Pail lifter automatically.
Figure 10 is the lower locating device structural representation that the present invention grabs Pail lifter automatically.
Figure 11 is the locking mode of operation birds-eye view that the present invention grabs Pail lifter automatically.
Figure 12 is that cutaway view is looked on a B-B left side of Figure 11.
Detailed description of the invention
Embodiments of the invention are further illustrated below in conjunction with accompanying drawing.
Refer to shown in accompanying drawing 1 to accompanying drawing 12, one grabs Pail lifter automatically, comprises lifting elements, locking position unit, base support unit and suspension clamp unit, described lifting elements comprises suspension ring 1, outer sleeve 2 and connection board 3, and described suspension ring 1 are welded on described outer sleeve 2 with described connection board 3, described locking position unit comprises inner sleeve 15, positioning rotating shaft 16, middle sleeve 17, fore shaft 18, locating pin 19, upper steady arm 20 and lower locating device 21, is located and tie bolt 12 is fastenedly connected between described inner sleeve 15 and described outer sleeve 2 by dowel bolt 13, described middle sleeve 17 is provided with a knock hole 17a, described fore shaft 18 is provided with a port, described fore shaft 18 is welded in the cavity of middle sleeve 17, and the long limit of the port of described fore shaft 18 is parallel with the centerline hole of the knock hole 17a of described middle sleeve 17, one end of described locating pin 19 is embedded in described inner sleeve 15, the other end of described locating pin 19 is inserted in the knock hole 17a on described middle sleeve 17, described upper steady arm 20 and lower locating device 21 are welded in the cavity of described inner sleeve 15, described positioning rotating shaft 16 comprises lock screw 1601, location lateral pin 1602 and registration mast 1603, described registration mast 1603 is provided with and mutually runs through and the orthogonal tapped bore of centerline hole and pin-and-hole, described location lateral pin 1602 is connected through locking with described lock screw 1601 after the pin-and-hole on described registration mast 1603, described positioning rotating shaft 16 is unsettled to be placed in described inner sleeve 15, and make described location lateral pin 1602 be placed between described upper steady arm 20 and lower locating device 21, described base support unit comprises rack beam 8, bottom disc 9 and two support vertical beams 14, and two described support vertical beams 14 are welded with described bottom disc 9 after being welded to connect by described rack beam 8 again, suspension clamp unit mainly comprises roller pin 22, torsion spring locating dowel pin 23, upper flat plate 24, axis tile 25, lower dull and stereotyped 26, torsion spring 27, torsion spring cushion cover 28, rotating shaft cover 29 and suspension clamp 30, described connection board 3 is provided with through hole, one end of described suspension clamp 30 be provided with through hole and and be flexibly connected by hinged carrier bar 4 and hinged short pin 5 between the through hole of described connection board 3, the front end of described support vertical beam 14 is provided with hinge hole, the middle of described suspension clamp 30 be provided with a hinge hole and and 6 to be flexibly connected by hinged having strong market potential between the hinge hole of described support vertical beam 14 front end, the other end and the described rotating shaft of described suspension clamp 30 are overlapped 29 and are welded, described upper flat plate 24 and lower dull and stereotyped 26 is welded on the back side of axis tile 25, described rotating shaft cover 29 is flexibly connected by described roller pin 22 with between described upper flat plate 24 and lower dull and stereotyped 26, described torsion spring 27 is connected by described torsion spring locating dowel pin 23 with described upper flat plate 24 and lower dull and stereotyped 26, described torsion spring cushion cover 28 is provided with below described torsion spring 27, described torsion spring 27 liang of elastic force ends respectively with the back side of described axis tile 25 and the contacts side surfaces of suspension clamp 30, described axis tile 25 rotates within the scope of certain angle around described roller pin 22, and the load center that axis tile 25 aims at drum 7 is convenient in the application force of the torsion spring 27 be symmetrical set is underlying.
Described upper flat plate 24 is provided with upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole, described upper flat plate first through hole and upper flat plate third through-hole are about described upper flat plate second through hole symmetry, described lower dull and stereotyped 26 are provided with lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole, and described lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole are arranged and one_to_one corresponding with described upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole are concentric; Described roller pin 22 be inserted in described upper flat plate 24 upper flat plate second through hole and lower dull and stereotyped 26 lower dull and stereotyped second through hole in, described torsion spring 27 be inserted in upper flat plate first through hole of described upper flat plate 24 or upper flat plate third through-hole and lower dull and stereotyped 26 lower dull and stereotyped first through hole or lower dull and stereotyped third through-hole in.
Described inner sleeve 15 is provided with positioning runner 15a, knock hole 15b, oil guide groove 15c, oil guiding hole 15d and each air extractor vent and auxiliary hole, and one end of described locating pin 19 is embedded in the positioning runner 15a of described inner sleeve 15.
The front end of described support vertical beam 14 is provided with a hinge hole, is also welded with limiting stopper 10 between two described support vertical beams 9, and described limiting stopper 10 is provided with a bolt hole and a spacing adjusting bolt 11 is housed, for regulating suspension clamp unit minimal closure angle.
Described upper steady arm 20 is provided with four left-hand screw curved surfaces and four location U grooves, and described left-hand screw curved surface is alternately uniform around the line of centers of described upper steady arm 20 with location U groove, and the periphery of described upper steady arm 20 is also provided with a location V groove; Described lower locating device 21 is provided with four right-hand screw curved surfaces and four location U grooves, and described right-hand screw curved surface is alternately uniform around the line of centers of described lower locating device 21 with location U groove, and the periphery of described lower locating device 21 is also provided with a location V groove; Location V groove on described upper steady arm 20 aim at the location V groove on described lower locating device 21 described in the knock hole 15b of inner sleeve 15, described location lateral pin 1602 to move and with described spiral camber or locate U groove and contact along described inner sleeve 15 central axial direction.
Described outer sleeve 2 is welded by outer sleeve upper cover 201 and outer sleeve lower shell 202; Described inner sleeve 15 is welded by inner sleeve upper cover 1501 and inner sleeve lower shell 1502.
Be illustrated in figure 2 and automatically grab Pail lifter well-bucket mode of operation front view, now suspension clamp 30 is in closure state, and drum 7 is lifted.Cutaway view is looked on the A-A left side being illustrated in figure 3 Fig. 2, locating lateral pin 1602 in figure is shelved in two location U grooves of lower locating device 21, and the axial line of location lateral pin 1602 is parallel with the port long side direction of fore shaft 18, the column cap of registration mast 1603 can by the port of fore shaft 18, after drum 7 is hung to assigned address, outside hanging device puts down suspender drum 7 is made a decision, then the decline of lifting elements, locking position unit also declines thereupon, suspension clamp unit is around the hinged 6 rotation clickwises of having strong market potential of support vertical beam 14 front end, suspension clamp unit opens gradually, the column cap of registration mast 1603 passes through the port of fore shaft 18 and contacts with the upper surface of bottom disc 9, now positioning rotating shaft 16 transfixion, along with the continuation of lifting elements declines, location lateral pin 1602 start to depart from the location U groove of lower locating device 21 and with the left-hand screw curved face contact of upper steady arm 20, along with the decline of lifting elements, the left-hand screw curved surface of upper steady arm 20 applies a rotational force to location lateral pin 1602, drive location lateral pin 1602 around the line of centers clickwise of inner sleeve 15, i.e. positioning rotating shaft 16 clickwise, after the lower surface of inner sleeve upper cover 1501 contacts with the upper surface of middle sleeve 17, lifting elements makes a decision completely and stops declining, location lateral pin 1602 stops operating, namely positioning rotating shaft 16 stops operating, now suspension clamp unit is in maximum opening angle, when outside hanging device prepares to move on to another target 7, hanging device promotes and automatically grabs Pail lifter, lifting elements rises, suspension clamp unit is around hinged 6 left-hand revolutions of having strong market potential of support vertical beam 14 front end, suspension clamp unit closes gradually, location lateral pin 1602 is separated with the left-hand screw curved surface of upper steady arm 20, now locate lateral pin 1602 transfixion, along with the continuation of lifting elements is risen, location lateral pin 1602 starts the right-hand screw curved face contact with lower locating device 21, and around the central axis clickwise of inner sleeve 15 under the right-hand screw curved surface application force of self gravitation and lower locating device 21, i.e. positioning rotating shaft 16 clickwise, just stop the rotation when locating lateral pin 1602 and forwarding the location U groove of lower locating device 21 to, and rise together along with lifting elements, the axial line of now locating lateral pin 1602 is vertical with the long limit of the port of fore shaft 18, the column cap of registration mast 1603 cannot by the port of fore shaft 18, as shown in Figure 11 and Figure 12, when the column cap upper surface of registration mast 1603 contacts with fore shaft 18 lower surface, lifting elements and whole suspender keep relative static conditions, suspension clamp unit stops the rotation, now axis tile 25 does not contact with drum 7, whole suspender rises together under the effect of outside hanging device hoisting force, and whole suspender is just removed from drum 7, completes the action that bucket is put in self-locking.When above suspender is moved to another target drum 7, put down whole suspender, the base support unit of suspender first makes a decision at drum upper surface, along with the decline of lifting elements, suspension clamp unit starts the hinged clickwise of having strong market potential around support vertical beam 14 front end, suspension clamp unit opens gradually, when the column cap of registration mast 1603 touches the upper surface of bottom disc 9, location lateral pin 1602 starts to locate U groove with two of lower locating device 21 and is separated and keeps static, when lifting elements continues to decline, the left-hand screw curved face contact of location lateral pin 1602 and upper steady arm 20, and around the axial line clickwise of inner sleeve 15 under its application force, when the upper surface of middle sleeve 17 contacts with the lower surface of outer sleeve upper cover 201, lifting elements stops declining, suspension clamp unit stops opening, now whole suspender is in the dress state that makes a decision, when outside hanging device hoisting force makes lifting elements rise again, suspension clamp unit is around the hinged long pin shaft left-hand revolution of support vertical beam 14 front end, suspension clamp unit closes gradually, the right-hand screw curved face contact of location lateral pin 1602 and lower locating device 21, and start around inner sleeve 15 line of centers clickwise under the application force of the right-hand screw curved surface of self gravitation and lower locating device 21, i.e. positioning rotating shaft 16 clickwise, just stop the rotation when locating lateral pin 1602 and rotating to the location U groove of lower locating device 21, now locate the axial line of lateral pin 1602 parallel with the long limit of the port of fore shaft 18, the column cap of registration mast 1603 can by the port of fore shaft 18, suspender completes automatic unlocking, locking position unit rises along with the rising of lifting elements, now base support unit still drops on drum 7 upper surface, suspension clamp unit continues closed, after axis tile 25 contacts drum 7 outer wall completely, suspension clamp unit stops closed, the edge that axis tile 24 catches on drum 7 forces drum 7 to rise together along with suspender, completes and automatically grabs a barrel action.
In sum, the present invention can only rely on the hoisting force of self gravitation and outside hanging device just can realize armful automatic open-close pressed from both sides and a locking position, can automatically realize capturing and putting off action to drum, there is structure ingenious, easy to operate, the feature of stable performance, and greatly improve work efficiency and reduce labour intensity and saved a large amount of production materials and manufacturing expense.
The foregoing is only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure transformation utilizing description of the present invention to do; or directly or indirectly use the technical field being attached to other Related products, be all in like manner included in scope of patent protection of the present invention.
Claims (5)
1. automatically grab a Pail lifter, it is characterized in that: comprise lifting elements, locking position unit, base support unit and suspension clamp unit, described lifting elements comprises suspension ring, outer sleeve and connection board, and described suspension ring and described connection board are welded on described outer sleeve, described locking position unit comprises inner sleeve, positioning rotating shaft, middle sleeve, fore shaft, locating pin, upper steady arm and lower locating device, is located and tie bolt is fastenedly connected between described inner sleeve and described outer sleeve by dowel bolt, described middle sleeve is provided with a knock hole, described fore shaft is provided with a port, described fore shaft is welded in the cavity of middle sleeve, and the long limit of the port of described fore shaft is parallel with the centerline hole of the knock hole of described middle sleeve, one end of described locating pin is embedded in described inner sleeve, the other end of described locating pin is inserted in the knock hole on described middle sleeve, described upper steady arm and lower locating device are welded in the cavity of described inner sleeve, described positioning rotating shaft comprises lock screw, location lateral pin and registration mast, described registration mast is provided with and mutually runs through and the orthogonal tapped bore of centerline hole and pin-and-hole, described location lateral pin is connected through locking with described lock screw after the pin-and-hole on described registration mast, described positioning rotating shaft is unsettled to be placed in described inner sleeve, and make described location lateral pin be placed between described upper steady arm and lower locating device, described base support unit comprises rack beam, bottom disc and two support vertical beams, welds after two described support vertical beams are welded to connect by described rack beam with described bottom disc again, suspension clamp unit mainly comprises roller pin, torsion spring locating dowel pin, upper flat plate, axis tile, lower flat board, torsion spring, torsion spring cushion cover, rotating shaft cover and suspension clamp, described connection board is provided with through hole, one end of described suspension clamp be provided with through hole and and be flexibly connected by hinged carrier bar and hinged short pin between the through hole of described connection board, the front end of described support vertical beam is provided with hinge hole, the middle of described suspension clamp is provided with a hinge hole and is flexibly connected by hinged having strong market potential with between the hinge hole of described support vertical beam front end, the other end of described suspension clamp overlaps with described rotating shaft and welds, described upper flat plate and lower plate welding are at the back side of axis tile, described rotating shaft cover is flexibly connected by described roller pin with between described upper flat plate and lower flat board, described torsion spring is connected by torsion spring locating dowel pin with described upper flat plate and lower flat board, described torsion spring cushion cover is provided with below described torsion spring, described torsion spring two elastic force end respectively with the back side of described axis tile and the contacts side surfaces of suspension clamp, described axis tile rotates around described roller pin, the load center of drum is aimed in juxtaposition.
2. according to claim 1ly automatically grab Pail lifter, it is characterized in that: described upper flat plate is provided with upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole, described upper flat plate first through hole and upper flat plate third through-hole are about described upper flat plate second through hole symmetry, described lower flat board is provided with lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole, described lower dull and stereotyped first through hole, lower dull and stereotyped second through hole and lower dull and stereotyped third through-hole and described upper flat plate first through hole, upper flat plate second through hole and upper flat plate third through-hole are arranged and one_to_one corresponding with one heart, described roller pin is inserted in upper flat plate second through hole of described upper flat plate and lower dull and stereotyped second through hole of lower flat board, and described torsion spring is inserted in upper flat plate first through hole of described upper flat plate or lower dull and stereotyped first through hole of upper flat plate third through-hole and lower flat board or lower dull and stereotyped third through-hole.
3. according to claim 1ly automatically grab Pail lifter, it is characterized in that: described inner sleeve is provided with positioning runner, knock hole, oil guide groove and oil guiding hole, one end of described locating pin is embedded in the positioning runner of described inner sleeve.
4. according to claim 1ly automatically grab Pail lifter, it is characterized in that: the front end of described support vertical beam is provided with a hinge hole, also be welded with limiting stopper between two described support vertical beams, described limiting stopper is provided with a bolt hole and a spacing adjusting bolt is housed.
5. according to claim 1ly automatically grab Pail lifter, it is characterized in that: described outer sleeve is welded by outer sleeve upper cover and outer sleeve lower shell; Described inner sleeve is welded by inner sleeve upper cover and inner sleeve lower shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410080017.2A CN103787194B (en) | 2014-03-06 | 2014-03-06 | Automatic barrel grabbing hanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410080017.2A CN103787194B (en) | 2014-03-06 | 2014-03-06 | Automatic barrel grabbing hanger |
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| Publication Number | Publication Date |
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| CN103787194A CN103787194A (en) | 2014-05-14 |
| CN103787194B true CN103787194B (en) | 2015-07-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410080017.2A Expired - Fee Related CN103787194B (en) | 2014-03-06 | 2014-03-06 | Automatic barrel grabbing hanger |
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| CN2073408U (en) * | 1990-10-22 | 1991-03-20 | 中国人民解放军59997部队 | Lift apparatus with four barrels |
| CN2900450Y (en) * | 2006-03-23 | 2007-05-16 | 贵阳铝镁设计研究院 | Single carbon block clamp with automatic hooking device |
| CN2892792Y (en) * | 2006-03-30 | 2007-04-25 | 将军烟草集团有限公司 | Plastic barrel hanging hook used for tobacco nicotianine |
| CN201224658Y (en) * | 2008-05-14 | 2009-04-22 | 贵阳大新机械加工有限公司 | Complete mechanical type automatic sling |
| CN201587801U (en) * | 2009-12-29 | 2010-09-22 | 贵阳铝镁设计研究院 | Automatic lifting clamp device |
| CN203715076U (en) * | 2014-03-06 | 2014-07-16 | 武汉汉利物料搬运机械有限公司 | Automatic barrel-grabbing lifting sling |
Also Published As
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|---|---|
| CN103787194A (en) | 2014-05-14 |
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