CN204958148U - Automatic hoisting structure shirks - Google Patents
Automatic hoisting structure shirks Download PDFInfo
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- CN204958148U CN204958148U CN201520744650.7U CN201520744650U CN204958148U CN 204958148 U CN204958148 U CN 204958148U CN 201520744650 U CN201520744650 U CN 201520744650U CN 204958148 U CN204958148 U CN 204958148U
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- hanging belt
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Abstract
The utility model provides an automatic hoisting structure shirks belongs to operation transport technologies field. It has solved the problem that current transportation flexible container dismouting is inconvenient, transport the inefficiency. This automatic hoisting structure shirks, include and take one to take the two V type hoist and mount portions no. 1 that constitute and take three to take the four V type hoist and mount portions no. 2 that constitute with hoist and mount by hoist and mount with hoist and mount by hoist and mount, hoist and mount take an one end of being close to V type hoist and mount portion no. 2 to have go -between no. 1, hoist and mount take two one end of being close to V type hoist and mount portion no. 2 to have go -between no. 2, hoist and mount take three one end of being close to V type hoist and mount portion no. 1 to have go -between no. 3, hoist and mount take four one end of being close to V type hoist and mount portion no. 1 to have go -between no. 4, go -between no. 1 is connected with go -between no. 3 through linkage unit no. 1, go -between no. 2 is connected with go -between no. 4 through linkage unit no. 2, V type hoist and mount portion no. 1 and V type hoist and mount portions are equipped with the unit that shirks that makes linkage unit no. 1 and linkage unit no. 2 lose the effect of connection simultaneously between two. The utility model has the advantages of easy dismounting, transport efficient.
Description
Technical field
The utility model belongs to technical field of operating transport, relates to a kind of lifting appliance, particularly a kind of auto-separating hoisting structure.
Background technology
The total flow of pouch-packaged goods accounts for very large ratio in logistics, at cement a large amount of at present, chemical fertilizer, grain, plastic raw materials etc., adopts pouch-packaged to be convention.Although current country organizes office in bulk, carry out the transhipment of bulk goods collection dress, the restriction that the mode of the large packaging of this bulk goods is also subject to all factors can not reach all-round popularization, and therefore, the situation of pouch-packaged also will continue a very long time.The transporting mode of traditional small bag material goods is also very backward, outbound in Material Transportation, transfer and enter in the link of storehouse, substantially all adopt original manpower in units of pouch, coordinate certain machinery to carry by hand, this not only will consume a lot of man power and materials, working strength is high simultaneously, work efficiency is low, also easily causes the breakage of material packing and the loss of goods and materials.Simultaneously, it is work post the most arduous in logistic industry that this large batch of parcel goods is manually carried, especially the handling of shipping of goods, the breakage of packaging is larger, and for those powdered goods, can produce a large amount of airborne dusts in the middle of carrying, not only to environment, also the healthy of workman in serious threat simultaneously.Particularly between the altithermal period, the operating environment very severe of workman, often understand Yin Gaowen and heatstroke phenomenon occurs, severe working environment and the work of overload seriously have impact on the physical and mental health of workman.
Such as, applicant has invented a kind of small bag material transfer Flexible Container [Authorization Notice No. is CN201825380U], to comprise at the bottom of one bag and bag wall composition on dual-side at the bottom of being symmetricly set on bag, bag wall triangularity, its base is fixedly connected with at the bottom of bag, its drift angle is provided with suspension ring and tie string.Which overcome Problems existing in the transhipment of existing pouch-packaged, the small bag material that can realize load quantity concentrates packing, and coordinate the machinery such as dedicated lifting hook and lifting machine to carry out operation, without the need to taking Flexible Container apart in the middle of the links of transport, to the loss of reduction goods and materials, raising goods and materials handling efficiency, alleviate working strength, all there is fairly obvious effect and economic benefit.But after small bag material transports and puts in place by this transhipment Flexible Container, need small bag material transhipment Flexible Container could be taken out after transhipment Flexible Container is moved away, reduce transport efficacy to a certain extent.
Summary of the invention
The purpose of this utility model there are the problems referred to above for existing technology, proposes that a kind of transport efficacy is high, auto-separating hoisting structure easily of unpacking.
The purpose of this utility model realizes by following technical proposal:
This auto-separating hoisting structure, comprise the V-type lifting portion one be made up of hanging belt one and hanging belt two and the V-type lifting portion two be made up of hanging belt three and hanging belt four, the top in described V-type lifting portion one has hoisting ring one, the top in described V-type lifting portion two has hoisting ring two, it is characterized in that, described hanging belt one has coupling link one near the one end in V-type lifting portion two, hanging belt two has coupling link two near the one end in V-type lifting portion two, described hanging belt three has coupling link three near the one end in V-type lifting portion one, hanging belt four has coupling link four near the one end in V-type lifting portion one, described coupling link one is connected with coupling link three by linkage unit one, described coupling link two is connected with coupling link four by linkage unit two, be provided with between described V-type lifting portion one and V-type lifting portion two make linkage unit one and linkage unit two lose connection function simultaneously shirk unit.
In use, V-type is lifted portion one to be oppositely arranged with V-type lifting portion two, coupling link one is connected with coupling link three by linkage unit one, coupling link two is connected with coupling link four by linkage unit two, then by small bag material code to V-type lifting portion one with in V-type lifting portion two, hoisting ring one catches on the corresponding drag hook of hoisting ring two by dedicated lifting hook, with rear hanger pull-up drawing close to centre under the effect of loop wheel machine, V-type lifting portion one and V-type lifting portion two is made tightly to wrap small bag material, to carry out hoisting transportation to it.After transport arrives destination, unit is shirked in operation, make linkage unit one and linkage unit two lose connection function simultaneously, coupling link one and coupling link three disconnect, coupling link two and coupling link four disconnect, V-type lifting portion one and V-type lifting portion two become two sole body, that is V-type can need not be lifted portion one and V-type lifting portion two moves out, so that lifting work next time from V-type lifting portion once unloading with V-type lifting portion two by small bag material.
In above-mentioned auto-separating hoisting structure, described linkage unit one for be fixed on hanging belt one along the axially extended limited post one of hanging belt one, described limited post one across in the side of coupling link one and limited post one and coupling link one recline and arrange, above-mentioned coupling link three penetrates coupling link from the opposite side of coupling link one and is enclosed within the lump limited post one.
In above-mentioned auto-separating hoisting structure, described linkage unit two for be fixed on hanging belt two along the axially extended limited post two of hanging belt two, described limited post two across in the side of coupling link two and limited post two and coupling link two recline and arrange, above-mentioned coupling link four penetrates coupling link two from the opposite side of coupling link two and is enclosed within limited post two.
In above-mentioned auto-separating hoisting structure, the described unit that shirks comprises the guide cylinder one along the axial setting of hanging belt one be fixed on hanging belt one and the guide cylinder two axially arranged along hanging belt two be fixed on hanging belt two, above-mentioned limited post one is located in guide cylinder one and also can moves axially along guide cylinder one, above-mentioned limited post two is located in guide cylinder two and also can moves axially along guide cylinder two, the rear end of described limited post one is provided with and is retracted to hauling rope one in guide cylinder one for drawing limited post one, the rear end of described limited post two is provided with and is retracted to hauling rope two in guide cylinder two for drawing limited post two.
After small bag material transport is arrived destination, pulling traction rope one and hauling rope two simultaneously, a limited post part is made to be retracted in guide cylinder one, limited post two is partially retracted in guide cylinder two, the gap passed for coupling link three is produced between the front end of limited post one and coupling link one, under the effect of pulling force, coupling link three is departed from by gap and coupling link one, the gap passed for coupling link four is produced between the front end of limited post two and coupling link two, under the effect of pulling force, coupling link four is departed from by gap and coupling link two, V-type lifting portion one and V-type lifting portion two become two sole body, both are convenient to be separated.
In above-mentioned auto-separating hoisting structure, the rear end of described guide cylinder one is provided with limited step one, described limited post one is provided with limited step two, there is in described guide cylinder one retracing spring one be sheathed on outside limited post one, one end of this retracing spring one acts on limited step one, and its other end acts on limited step two.
Under the effect of this retracing spring one, make limited post one more stable across the side at coupling link one, when not pulling traction rope one, coupling link three can not come off from coupling link one and limited post one, pulling traction rope for the moment retracing spring one is compressed, if pulling force is less than the elastic force of retracing spring one, then not stretchy limited post one, effectively avoids maloperation.This retracing spring one can also make limited post one reset after pulling limited post one.
In above-mentioned auto-separating hoisting structure, it is first that the rear end of described limited post one has the connection be positioned at outside guide cylinder one, and the first external diameter of described connection is greater than the internal diameter of limited step one.
In above-mentioned auto-separating hoisting structure, the rear end of described guide cylinder two is provided with limited step three, described limited post two is provided with limited step four, there is in described guide cylinder two retracing spring two be sheathed on outside limited post two, one end of this retracing spring two acts on limited step three, and its other end acts on limited step four.
Under the effect of this retracing spring two, make limited post two more stable across the side at coupling link two, when not pulling traction rope two, coupling link four can not come off from coupling link two and limited post two, during pulling traction rope two, retracing spring two is compressed, if pulling force is less than the elastic force of retracing spring two, then not stretchy limited post two, effectively avoids maloperation.This retracing spring two can also make limited post two reset after pulling limited post two.
In above-mentioned auto-separating hoisting structure, the rear end of described limited post two has the connector two be positioned at outside guide cylinder two, and the external diameter of described connector two is greater than the internal diameter of limited step three.
In above-mentioned auto-separating hoisting structure, described hauling rope one is coated in hanging belt one, and described hauling rope two is coated in hanging belt two, described hauling rope one and the roof intersection of hauling rope two in V-type lifting portion one, and is formed with draw ring in intersection.Pull draw ring to make, just can reach the object of pulling traction rope one and hauling rope two simultaneously.
In above-mentioned auto-separating hoisting structure, the top in described V-type lifting portion one is also provided with the annular binding one for bundling, and the top in described V-type lifting portion two is also provided with the annular binding two for bundling.
Compared with prior art, this auto-separating hoisting structure has the following advantages:
Its small bag material that can realize load quantity concentrates packing, and in lifting process, realize locking by annular binding one and annular binding two tie up, the machinery such as Special lifting device assembly and lifting machine is in use coordinated to carry out operation, without the need to taking apart in each transhipment link of transport, after transport puts in place, pull draw ring, make V-type lifting portion one and V-type lifting portion two become two sole body, realize auto-separating, effectively reduce goods and materials consume, improve the handling efficiency of goods and materials, the working strength of workman is low.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of preferred embodiment that the utility model provides.
Fig. 2 is the structural representation of linkage unit one when being in coupled condition.
Fig. 3 is the structural representation of linkage unit two when being in off-state.
Fig. 4 is the cutaway view shirking unit that the utility model provides.
In figure, 11, hanging belt one; 12, hanging belt two; 13, hanging belt three; 14, hanging belt four; 15, hoisting ring one; 16, hoisting ring two; 17, annular binding one; 18, annular binding two; 21, coupling link one; 22, coupling link two; 23, coupling link three; 24, coupling link four; 31, limited post one; 32, limited post two; 33, connect first; 41, guide cylinder one; 42, guide cylinder two; 51, hauling rope one; 52, hauling rope two; 53, draw ring; 61, limited step one; 62, limited step two; 63, retracing spring one.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.
Auto-separating hoisting structure as shown in Figure 1, comprise the V-type lifting portion one be made up of hanging belt 1 and hanging belt 2 12 and the V-type lifting portion two be made up of hanging belt 3 13 and hanging belt 4 14, the top in V-type lifting portion one has hoisting ring 1, and the top in V-type lifting portion two has hoisting ring 2 16.As shown in Figure 1, hanging belt 1 has coupling link 1 near the one end in V-type lifting portion two, hanging belt 2 12 has coupling link 2 22 near the one end in V-type lifting portion two, hanging belt 3 13 has coupling link 3 23 near the one end in V-type lifting portion one, hanging belt 4 14 has coupling link 4 24 near the one end in V-type lifting portion one, coupling link 1 is connected with coupling link 3 23 by linkage unit one, coupling link 2 22 is connected with coupling link 4 24 by linkage unit two, be provided with between V-type lifting portion one and V-type lifting portion two make linkage unit one and linkage unit two lose connection function simultaneously shirk unit.
As shown in Figure 2, linkage unit one for be fixed on hanging belt 1 along the axially extended limited post 1 of hanging belt 1, limited post 1 across in the side of coupling link 1 and limited post 1 and coupling link 1 recline and arrange, coupling link 3 23 penetrates coupling link 1 from the opposite side of coupling link 1 and is enclosed within limited post 1.
As shown in Figure 3, linkage unit two for be fixed on hanging belt 2 12 along the axially extended limited post 2 32 of hanging belt 2 12, limited post 2 32 across in the side of coupling link 2 22 and limited post 2 32 and coupling link 2 22 recline and arrange, coupling link 4 24 penetrates coupling link 2 22 from the opposite side of coupling link 2 22 and is enclosed within limited post 2 32.
As shown in Figures 2 and 3, shirk unit and comprise the guide cylinder 1 along the axial setting of hanging belt 1 be fixed on hanging belt 1 and the guide cylinder 2 42 axially arranged along hanging belt 2 12 be fixed on hanging belt 2 12, limited post 1 is located in guide cylinder 1 and also can moves axially along guide cylinder 1, and limited post 2 32 is located in guide cylinder 2 42 and also can moves axially along guide cylinder 2 42.As shown in Figure 1, the rear end of limited post 1 is provided with and is retracted to hauling rope 1 in guide cylinder 1 for drawing limited post 1, and the rear end of limited post 2 32 is provided with and is retracted to hauling rope 2 52 in guide cylinder 2 42 for drawing limited post 2 32.
As shown in Figure 4, the rear end of guide cylinder 1 is provided with limited step 1, limited post 1 is provided with limited step 2 62, there is in guide cylinder 1 retracing spring 1 be sheathed on outside limited post 1, one end of this retracing spring 1 acts on limited step 1, and its other end acts on limited step 2 62.
Under the effect of this retracing spring 1, make limited post 1 more stable across the side at coupling link 1, when not pulling traction rope 1, coupling link 3 23 can not come off from coupling link 1 and limited post 1, when pulling traction rope 1, retracing spring 1 is compressed, if pulling force is less than the elastic force of retracing spring 1, then not stretchy limited post 1, effectively avoids maloperation.This retracing spring 1 can also make limited post 1 reset after pulling limited post 1.
As shown in Figure 2 and Figure 4, the rear end of limited post 1 has the connection first 33 be positioned at outside guide cylinder 1, and the external diameter connecting first 33 is greater than the internal diameter of limited step 1.
In the present embodiment, the rear end of guide cylinder 2 42 is provided with limited step three, limited post 2 32 is provided with limited step four, there is in guide cylinder 2 42 retracing spring two be sheathed on outside limited post 2 32, one end of this retracing spring two acts on limited step three, and its other end acts on limited step four.
Under the effect of this retracing spring two, make limited post 2 32 more stable across the side at coupling link 2 22, when not pulling traction rope 2 52, coupling link 4 24 can not come off from coupling link 2 22 and limited post 2 32, when pulling traction rope 2 52, retracing spring two is compressed, if pulling force is less than the elastic force of retracing spring two, then not stretchy limited post 2 32, effectively avoids maloperation.This retracing spring two can also make limited post 2 32 reset after pulling limited post 2 32.
As shown in Figure 3, the rear end of limited post 2 32 has the connector two be positioned at outside guide cylinder 2 42, and the external diameter of described connector two is greater than the internal diameter of limited step three.
As shown in Figure 1, hauling rope 1 is coated in hanging belt 1, and hauling rope 2 52 is coated in hanging belt 2 12, hauling rope 1 and the roof intersection of hauling rope 2 52 in V-type lifting portion one, and is formed with draw ring 53 in intersection.Pull draw ring 53 to make, just can reach the object of pulling traction rope 1 and hauling rope 2 52 simultaneously.
As shown in Figure 1, the top in V-type lifting portion one is also provided with the annular binding 1 for bundling, and the top in V-type lifting portion two is also provided with the annular binding 2 18 for bundling.
In use, V-type is lifted portion one to be oppositely arranged with V-type lifting portion two, coupling link 1 is connected with coupling link 3 23 by linkage unit one, coupling link 2 22 is connected with coupling link 4 24 by linkage unit two, then by small bag material code to V-type lifting portion one with in V-type lifting portion two, hoisting ring 1 catches on the corresponding drag hook of hoisting ring 2 16 by dedicated lifting hook, with rear hanger pull-up drawing close to centre under the effect of loop wheel machine, connect annular binding 1 and annular binding 2 18, V-type lifting portion one and V-type lifting portion two is made tightly to wrap small bag material, to carry out hoisting transportation to it.
After small bag material transport is arrived destination, pull draw ring 53, pulling traction rope 1 and hauling rope 2 52 simultaneously, make limited post 1 partially retracted in guide cylinder 1, limited post 2 32 is partially retracted in guide cylinder 2 42, the gap passed for coupling link 3 23 is produced between the front end of limited post 1 and coupling link 1, under the effect of pulling force, coupling link 3 23 is departed from by gap and coupling link 1, the gap passed for coupling link 4 24 is produced between the front end of limited post 2 32 and coupling link 2 22, under the effect of pulling force, coupling link 4 24 is departed from by gap and coupling link 2 22, V-type lifting portion one and V-type lifting portion two become two sole body, both are convenient to be separated.That is V-type can need not be lifted portion one move out, so that lifting work next time with V-type lifting portion two from V-type lifting portion once unloading with V-type lifting portion two by small bag material.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (10)
1. an auto-separating hoisting structure, comprise the V-type lifting portion one be made up of hanging belt one (11) and hanging belt two (12) and the V-type lifting portion two be made up of hanging belt three (13) and hanging belt four (14), the top in described V-type lifting portion one has hoisting ring one (15), the top in described V-type lifting portion two has hoisting ring two (16), it is characterized in that, described hanging belt one (11) has coupling link one (21) near the one end in V-type lifting portion two, hanging belt two (12) has coupling link two (22) near the one end in V-type lifting portion two, described hanging belt three (13) has coupling link three (23) near the one end in V-type lifting portion one, hanging belt four (14) has coupling link four (24) near the one end in V-type lifting portion one, described coupling link one (21) is connected with coupling link three (23) by linkage unit one, described coupling link two (22) is connected with coupling link four (24) by linkage unit two, be provided with between described V-type lifting portion one and V-type lifting portion two make linkage unit one and linkage unit two lose connection function simultaneously shirk unit.
2. auto-separating hoisting structure according to claim 1, it is characterized in that, described linkage unit one for be fixed on hanging belt one (11) along the axially extended limited post one (31) of hanging belt one (11), described limited post one (31) across in the side of coupling link one (21) and limited post one (31) and coupling link one (21) recline and arrange, above-mentioned coupling link three (23) penetrates coupling link one (21) from the opposite side of coupling link one (21) and is enclosed within limited post one (31).
3. auto-separating hoisting structure according to claim 2, it is characterized in that, described linkage unit two for be fixed on hanging belt two (12) along the axially extended limited post two (32) of hanging belt two (12), described limited post two (32) across in the side of coupling link two (22) and limited post two (32) and coupling link two (22) recline and arrange, above-mentioned coupling link four (24) penetrates coupling link two (22) from the opposite side of coupling link two (22) and is enclosed within limited post two (32).
4. auto-separating hoisting structure according to claim 3, it is characterized in that, the described unit that shirks comprises the guide cylinder one (41) along the axial setting of hanging belt one (11) be fixed on hanging belt one (11) and the guide cylinder two (42) axially arranged along hanging belt two (12) be fixed on hanging belt two (12), above-mentioned limited post one (31) is located in guide cylinder one (41) and also can moves axially along guide cylinder one (41), above-mentioned limited post two (32) is located in guide cylinder two (42) and also can moves axially along guide cylinder two (42), the rear end of described limited post one (31) is provided with and is retracted to hauling rope one (51) in guide cylinder one (41) for drawing limited post one (31), the rear end of described limited post two (32) is provided with and is retracted to hauling rope two (52) in guide cylinder two (42) for drawing limited post two (32).
5. auto-separating hoisting structure according to claim 4, it is characterized in that, the rear end of described guide cylinder one (41) is provided with limited step one (61), described limited post one (31) is provided with limited step two (62), there is in described guide cylinder one (41) retracing spring one (63) being sheathed on limited post one (31) outside, one end of this retracing spring one (63) acts on limited step one (61), and its other end acts on limited step two (62).
6. auto-separating hoisting structure according to claim 5, it is characterized in that, the rear end of described limited post one (31) has the connection first (33) being positioned at guide cylinder one (41) outside, and the external diameter of described connection first (33) is greater than the internal diameter of limited step one (61).
7. auto-separating hoisting structure according to claim 4, it is characterized in that, the rear end of described guide cylinder two (42) is provided with limited step three, described limited post two (32) is provided with limited step four, there is in described guide cylinder two (42) retracing spring two being sheathed on limited post two (32) outside, one end of this retracing spring two acts on limited step three, and its other end acts on limited step four.
8. auto-separating hoisting structure according to claim 7, is characterized in that, the rear end of described limited post two (32) has the connector two being positioned at guide cylinder two (42) outside, and the external diameter of described connector two is greater than the internal diameter of limited step three.
9. auto-separating hoisting structure according to claim 4, it is characterized in that, described hauling rope one (51) is coated in hanging belt one (11), described hauling rope two (52) is coated in hanging belt two (12), described hauling rope one (51) and the roof intersection of hauling rope two (52) in V-type lifting portion one, and draw ring (53) is formed in intersection.
10. auto-separating hoisting structure according to claim 1, is characterized in that, the top in described V-type lifting portion one is also provided with the annular binding one (17) for bundling, and the top in described V-type lifting portion two is also provided with the annular binding two (18) for bundling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520744650.7U CN204958148U (en) | 2015-09-24 | 2015-09-24 | Automatic hoisting structure shirks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520744650.7U CN204958148U (en) | 2015-09-24 | 2015-09-24 | Automatic hoisting structure shirks |
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| Publication Number | Publication Date |
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| CN204958148U true CN204958148U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520744650.7U Active CN204958148U (en) | 2015-09-24 | 2015-09-24 | Automatic hoisting structure shirks |
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| CN (1) | CN204958148U (en) |
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2015
- 2015-09-24 CN CN201520744650.7U patent/CN204958148U/en active Active
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