CN203903115U - Multi-purpose gas and plastic mixed packaging device - Google Patents
Multi-purpose gas and plastic mixed packaging device Download PDFInfo
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- CN203903115U CN203903115U CN201420340705.3U CN201420340705U CN203903115U CN 203903115 U CN203903115 U CN 203903115U CN 201420340705 U CN201420340705 U CN 201420340705U CN 203903115 U CN203903115 U CN 203903115U
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Abstract
The utility model relates to a multi-purpose gas and plastic mixed packaging device which is characterized by comprising a top plate, a bottom plate, stand columns, gas plastic gaskets and bundling belts, wherein upper ends and lower ends of a plurality of stand columns are connected with circumferences of the top plate and the bottom plate; the gas plastic gaskets for wrapping packaged materials are arranged on the inner sides of the top plate and the bottom plate; the bundling belts are arranged on outer sides of the gas plastic gaskets, the top plate and the bottom plate and used for tightening the gas plastic gaskets, the top plate and the bottom plate, and two ends of each bundling belt are connected by connectors; and a locking mechanism is mounted between the two stand columns oppositely arranged on two sides of the bottom plate. The multi-purpose gas and plastic mixed packaging device has the advantages as follows: the damage rate of packaged materials is low, the device is easy to manufacture and convenient to assemble and disassemble, and the technology is simple; with the adoption of transparent packaging paper and transparent paperboard observation holes, inspection, tallying, inspection of goods and customs clearance are facilitated, quality and quantity are easy to check, a quantity of specifications of packages can be clear at a glance for customers; the device is environment-friendly, easy to recover and convenient to transport; and density plates are produced by adopting waste plastics, fibers, cotton linen, wire cloth and straws as raw materials, the cost is low, and the packaging cost is reduced.
Description
Technical field
The utility model relates to a kind of multiplex gas and moulds hybrid packed device, for the external packing of extensive stock.
Background technology
The commodity packaging of prior art mainly adopts carton, wooden case or steel framed structure, with foamed plastic or bubble plastic mattress as liner.The shortcoming existing is: complex structure, and material can not be general, can not reuse, and raw MAT'L and cost of manufacture are high, material can not reclaim, not environmental protection, and packaged commodity breakage rate is higher, manufacturing process complexity, assembly and disassembly inconvenience, opaque, can not observe checking and check over goods and examine goods, transport is inconvenient.
Summary of the invention
The utility model object is to provide a kind of multiplex gas and moulds hybrid packed device, the complex structure existing to solve prior art, and material can not be general, can not reuse, raw MAT'L and cost of manufacture are high, and material can not reclaim, not environmental protection, packaged commodity breakage rate is higher, manufacturing process complexity, assembly and disassembly inconvenience is opaque, can not observe checking and check over goods and examine goods, transport inconvenient problem.
The technical solution of the utility model is: a kind of multiplex gas is moulded hybrid packed device, comprise top board, base plate, column, gas mould pad and bundling belt, the two ends up and down of many root posts are connected with top board and base plate periphery respectively; The gas being provided with for wrapping up packing material in the inner side of top board and base plate is moulded pad, and the outside of moulding pad, top board and base plate at this gas adopts respectively bundling belt also with tightening, and the two ends of bundling belt connect with connector; Between two root posts that are oppositely arranged in base plate both sides, catch gear is installed.
Mould in pad and be provided with the air bag that is uniformly distributed arrangement at described gas, each air bag of each row is communicated with by air flue, and each air flue of moulding one end of pad at gas is equipped with interior hexagonal Air filling and discharging valves.
Between each row's adjacent two air bags, check valve is installed, the conducting direction of each check valve is all identical with inflation direction.
Described interior hexagonal Air filling and discharging valves is communicated with each row's elementary air bag by flexible glue plug valve, and final stage air bag is not provided with air extractor duct.
The periphery of described base plate is provided with dovetail furrow, moving being arranged in dovetail furrow of coordinating in bottom of column, its upper end is provided with undergauge projection, this undergauge projection is arranged in the roof hole of top board, on the projection of lock footpath, is provided with central channel, in described central channel, is provided with negative thread, the screw rod of pressing pin is inserted in central channel, and with central channel screw thread fit, the pressing plate of pressing pin is pressed in the top of described top board, on described pressing plate, is provided with connecting bore.
Described interior hexagonal Air filling and discharging valves comprises base, air valve, sleeve nut, base from outer end in be provided with large centre hole, interstitial hole and the little centre hole of three grades of undergauges, two reducing places at centre hole are provided with circular conical surface, outer peripheral face in base outer end is provided with outside thread, is provided with at the inner peripheral surface of the large centre hole of base the several convex clips that are uniformly distributed along the circumference;
Described air valve is provided with large footpath cylinder, central diameter cylinder and path cylinder, and its outer end large footpath cylinder and base outer end are isometrical; The external diameter of central diameter cylinder is slightly less than the large centre hole internal diameter of base, be provided with sealed groove and seal ring at the outer peripheral face of this central diameter cylinder, be provided with screw-shaped corresponding to several convex clips several and base locking burr on the side, inner side of sealing groove, be provided with in the inner of this central diameter cylinder the circular conical surface that the circular conical surface between large centre hole and interstitial hole at base coordinates; The external diameter of path cylinder is slightly less than the internal diameter of the little centre hole of base, is provided with in the inner of path cylinder the circular conical surface that the circular conical surface between interstitial hole and little centre hole at base coordinates; Be provided with the groove of non-equilateral polygon at the center, outer end of this air valve, be provided with air-filled pore in the bottom of this groove, the inner of this air-filled pore communicates with the side, inner side of sealed groove; Outer peripheral face at the large footpath of this air valve cylinder is provided with outside thread;
The top of described sleeve nut is provided with centre hole, is provided with the negative thread coordinating with the outside thread of described base and air valve at the inner peripheral surface of this sleeve nut, and three interconnects by outside thread and negative thread.
Described connector comprises connecting bottom board and taper pin, is provided with the threading ring with elongated orifices at the close two ends place of connecting bottom board, is provided with locking projection more than a row on connecting bottom board one end, and on connecting bottom board, middle part is provided with horizontal burr; Taper pin is made up of the wedge head at two ends and the wedge handle being connected between wedge head, and three is п shape structure, and two wedge heads can insert in described threading ring ordinatedly; The width of described bundling belt matches with the length of the elongated orifices of threading ring, is provided with the shallow slot coordinating with this locking projection in a side of this bundling belt.
Described connector comprises connecting bottom board and taper pin, is provided with the threading ring with elongated orifices in one end of connecting bottom board, is provided with the extension edge with threading ring both sides one on the both sides of connecting bottom board; Be provided with locking projection more than a row at the other end of this connecting bottom board, on connecting bottom board, middle part is provided with horizontal burr; Taper pin is made up of the wedge head at two ends and the wedge handle being connected between wedge head, and three is п shape structure, and two wedge heads can insert below described extension edge ordinatedly; The width of described bundling belt matches with the length of the elongated orifices of threading ring, is provided with the shallow slot coordinating with this locking projection in a side of this bundling belt.
Described catch gear comprises block, stay cord, screw bolt and nut, wherein on a column, be provided with spacing hole, this spacing hole carries out spacing to described block, one end of stay cord is connected on block, the other end is connected with bolt, and the screw rod of described bolt is connected with nut through after the connecting bore of another column.
Described catch gear comprises block, extension spring and annulus, wherein on a column, be provided with spacing hole, this spacing hole carries out spacing to described block, one end of extension spring is connected on block, the other end is connected with annulus, on another column, be provided with two spacing preiections that are oppositely arranged, the limited projection restriction of part of described annulus, another part is reserved in the outside of spacing preiection.
The utility model has the advantages that:
1, breakage rate is low, easy to manufacture, and assembly and disassembly is convenient, and technique is simple, and producer is performance arbitrarily voluntarily as required.
2, use transparent wrapper and cardboard transparent window easily to check, check over goods, examine goods, import and export customs and be open to the custom, quality and quantity, many specification packagings can allow client very clear.
3, environmental protection, easily reclaims convenient transportation.Recycling, reduces cost of manufacture and consumption of raw materials.
4, taking waste or used plastics, fiber, linen-cotton, silk cloth, stalk as raw material production density plate, with low cost, conservation of nature environment is reduced and polluted, will obtain larger benefit.
5, frangible, flexible type, not to be stowed under heavy cargo article being carried out to form fixes.Effectively reduce breakage rate, reduce packing cost.
6, waterproof, protection against the tide, take airtight waterproof, protection against the tide, unloading without pad support as required, simple in structure.
Brief description of the drawings
Fig. 1 is the overall structure schematic diagram of an embodiment of the utility model;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is the planar view that gas of the present utility model is moulded a kind of embodiment of pad;
Fig. 4 is the A-A cutaway view of Fig. 3;
Fig. 5 is the axial cutaway view of the described gas charging connector of moulding pad;
Fig. 6 is the axial cutaway view that described gas is moulded the check valve in pad;
Fig. 7 is the integral structure schematic diagram of the utility model bundling belt and connector thereof;
Fig. 8 is the Facad structure schematic diagram of a kind of connector of the utility model;
Fig. 9 is the right elevation of Fig. 8;
Figure 10 is the upward view of Fig. 8;
Figure 11 is the Facad structure schematic diagram of taper pin of the present utility model;
Figure 12 is the left view of Figure 11;
Figure 13 is the Facad structure schematic diagram of the another kind of connector of the utility model;
Figure 14 be Figure 13 B-B cutaway view;
Figure 15 is the sectional exploded view of the third connector of the utility model;
Figure 16 is the birds-eye view of lower part in Figure 15;
Figure 17 is the right elevation of Figure 16;
Figure 18 is the upward view of the first half in Figure 15;
Figure 19 is the schematic diagram of the utility model the second application;
Figure 20 is the schematic diagram of the third application of the utility model;
Figure 21 is the structural representation of base plate in Fig. 1;
Figure 22 is the planar view that gas of the present utility model is moulded the another kind of embodiment of pad;
Figure 23 is the structural representation of column and top board annexation;
Figure 24 is the structural representation of a kind of embodiment of catch gear in Fig. 1;
Figure 25 is the structural representation of the another kind of embodiment of catch gear in Fig. 1;
Figure 26 is that in Figure 25, the installation of annulus and column is related to schematic diagram.
Detailed description of the invention
Referring to Fig. 1～Figure 20, a kind of multiplex gas of the utility model is moulded hybrid packed device, it is characterized in that, comprises that top board 2, base plate 11, column 1, gas moulds pad 4 and bundling belt 3, and the two ends up and down of many root posts 1 are connected with top board 2 and base plate 11 peripheries respectively; The gas being provided with in the inner side of top board 2 and base plate 11 for wrapping up packing material is moulded pad 4, and the outside of moulding pad 4, top board 2 and base plate 11 at this gas adopts respectively bundling belt 3 also with tightening, and the two ends of bundling belt 3 connect with connector 8.Between two root posts 1 that are oppositely arranged in base plate both sides, catch gear C is installed.
Top board 2, base plate 11 and column 1 adopt density board, veneer sheet, the one of board fiber board or resin board is made, as shown in Figure 3 and Figure 4, for gas is moulded a kind of embodiment of pad, in moulding pad 4, described gas is provided with the air bag 41 that is uniformly distributed arrangement, each air bag 41 of each row is communicated with by air flue 42, each air flue of moulding one end of pad 4 at gas is all equipped with interior hexagonal Air filling and discharging valves 7, between each row's adjacent two air bags, check valve 6 is installed, the conducting direction of each check valve 6 all with inflation direction identical (Fig. 3, in Fig. 4 from left to right), this embodiment be mainly the product (such as motor etc.) heavier for weight and design gas mould pad.
Referring to Figure 22, it is mainly the packaging of carrying out for the lighter product of weight that this gas is moulded pad, and described interior hexagonal Air filling and discharging valves 7 is communicated with each row's elementary air bag 411 by flexible glue plug valve 12, and final stage air bag 412 is not provided with air extractor duct.On flexible glue plug valve, according to the needs of wear pattern, envelope paper (wearing and tearing comparatively hour with) is installed or connects stifled when larger (wear and tear use), wherein flexible glue plug valve can be replaced by valves such as valve inside valve, spring loaded valve, charge valve or check valves; When needs, gas is moulded to pad while exitting, withstand the induction opening of flexible glue plug valve with thimble, can slowly exit, that is to say, gas enters from admission port, also discharges from admission port.
Referring to Figure 21 and Figure 23, the periphery of described base plate 11 is provided with dovetail furrow 111, moving being arranged in dovetail furrow 111 of coordinating in bottom of column 1, its upper end is provided with undergauge projection 26, this undergauge projection 26 is arranged in the roof hole of top board 2, on lock footpath projection 26, be provided with central channel 20, in described central channel 20, be provided with negative thread, the screw rod of pressing pin 19 is inserted in central channel, and with central channel screw thread fit, the pressing plate of pressing pin is pressed in the top of described top board 2, on described pressing plate, be provided with connecting bore, this connecting bore is for being connected with the drill bit of electric drill etc., for pressing pin is arranged in central channel.
Referring to Figure 24 and Figure 25, for two kinds of embodiment of catch gear of the present utility model, as shown in figure 24, described catch gear comprises block 13, stay cord 14, bolt 15 and nut 16, wherein on a column 1, be provided with spacing hole, this spacing hole carries out spacing to described block 13, and one end of stay cord 14 is connected on block 13, the other end is connected with bolt 15, and the screw rod of described bolt 15 is connected with nut 16 through after the connecting bore of another column.
Referring to Figure 25, described catch gear comprises block 13, extension spring 17 and annulus 18, wherein on a column 1, be provided with spacing hole, this spacing hole carries out spacing to described block 13, one end of extension spring 17 is connected on block 13, and the other end is connected with annulus 18, is provided with two spacing preiections that are oppositely arranged (not shown) on another column 1, the limited projection restriction of part of described annulus 18, another part is reserved in the outside of spacing preiection.
Referring to Fig. 5, described interior hexagonal Air filling and discharging valves 7 comprises base 73, air valve 72, sleeve nut 71, large centre hole (being positioned at the left part of base 73), interstitial hole (being positioned at the middle part of base 73) and the little centre hole 78(that base 73 is provided with three grades of undergauges from outer end to interior (Fig. 5 from left to right) is positioned at the right part of base 73), two reducing places at centre hole are provided with circular conical surface (as sealing surface), outer peripheral face in base 73 outer ends is provided with outside thread, is provided with at the inner peripheral surface of the large centre hole of base 73 2-3 the convex clip 731 being uniformly distributed along the circumference.
Described air valve 72 is provided with large footpath cylinder 721(left end), central diameter cylinder (middle part) and path cylinder (right part), the large footpath cylinder 721 of its outer end is isometrical with the outer end of base 73; The external diameter of central diameter cylinder is slightly less than the large centre hole internal diameter of base 73, be provided with sealed groove and seal ring 12 at the outer peripheral face of this central diameter cylinder, be provided with screw-shaped corresponding to several convex clips 731 several and base locking burr 79 on the side, inner side (right side in figure) of sealing groove, be provided with in the inner of this central diameter cylinder the circular conical surface 76 that the circular conical surface between large centre hole and interstitial hole at base 73 coordinates; The external diameter of path cylinder is slightly less than the internal diameter of the little centre hole of base 73, is provided with in the inner of path cylinder the circular conical surface 77 that the circular conical surface between interstitial hole and little centre hole at base 73 coordinates.(as the interior hexagonal) groove 74 that is provided with non-equilateral polygon at center, the outer end of this air valve 72 (left end in figure), is provided with air-filled pore in the bottom of this groove 74, and the inner 75 of this air-filled pore communicates with the right side of sealed groove; Outer peripheral face at the large footpath of this air valve 72 cylinder 721 is provided with outside thread.
The top of described sleeve nut 71 is provided with centre hole 70, is provided with the negative thread coordinating with the outside thread of described base 73 and air valve 72 at the inner peripheral surface of this sleeve nut 71, and three interconnects by outside thread and negative thread.
In the time that the air bag 41 of gas being moulded to pad 4 is inflated, the shape of the charging connector of inflatable appliance coordinates with groove 74, inserts the interior inflation of groove 74, and gas enters in air bag 41 from the gap between air-filled pore, air valve and the base of air valve 72, the little centre hole 78 of base successively.After having inflated, utilize charging connector (as spanner) that air valve 72 is turned an angle, the locking burr 79 of air valve 72 snaps in convex clip 731(with respect to being threaded), two circular conical surfaces 76 and 77 of air valve 72 are adjacent to the circular conical surface of base 73 respectively, and interior hexagonal Air filling and discharging valves 7 is closed.
Described check valve 6 can adopt existing check valve, as shown in Figure 6, be provided with admission port 61 and air extractor duct 65 at the two ends of valve seat, in the cavity at valve seat middle part, valve body (can be ball) 62 and spring 64 be housed from left to right, in figure, valve body 62 is goblet, is provided with air extractor vent 63 on valve body 62.
Two ends referring to Fig. 7 bundling belt 3 of the present utility model connect with connector 8,, one end of bundling belt 3 is first through connector 8, the other end of bundling belt 3 around packed article after one week again through connector 8, tighten and insert bundling belt 3 and connector 8 are locked with taper pin 9 afterwards.
Described connector 8, by three's structure, is respectively described below.
Referring to Fig. 8-Figure 12, the first connector 8 comprises connecting bottom board 81 and taper pin 9, close two ends place at connecting bottom board 81 is provided with the threading ring 83 with elongated orifices, on connecting bottom board 81 one end, be provided with two rows and lock projection 84, on connecting bottom board 81, middle part is provided with horizontal burr 82.Taper pin 9 is made up of the wedge head 91 at two ends and the wedge handle 92 being connected between wedge head, and three is п shape structure, and two wedge heads 91 can insert in described threading ring 83 ordinatedly; The width of described bundling belt 3 matches with the length of the elongated orifices of threading ring 83, is provided with the shallow slot coordinating with this locking projection 84 in a side of this bundling belt 3.When use, two threading rings 83 are passed in one end of bundling belt 3, and make bundling belt 3 groove below and the locking projection 84 above the connecting bottom board 81 one end compression of coincideing, the other end of bundling belt 3 passes two threading rings 83 again after one week around packed article, tighten and insert threading ring 83 with taper pin 9 afterwards, bundling belt 3 is pinned tightly.When dismounting, taper pin 9 is transferred to, extracted the two ends of bundling belt 3, very convenient, can repeated usage.
In addition, described connecting bottom board 81, above with upwards curved the arching upward of part of burr 82, can make to be combined more firmly with connector after bundling belt 3 tensions like this.
Referring to Figure 13 and Figure 14, another kind of connector 8 comprises connecting bottom board 81 and taper pin 9, is provided with the threading ring 83 with elongated orifices in one end of connecting bottom board 81, is provided with the extension edge 85 with threading ring 83 both sides one on the both sides of connecting bottom board 81; Be provided with locking projection 84 more than a row at the other end of this connecting bottom board 81, on connecting bottom board 81, middle part is provided with horizontal burr 82.Taper pin 9 is identical with a upper embodiment, and two wedge heads 91 can insert below described extension edge 85 ordinatedly.
Referring to Figure 15 and Figure 18, the third connector 8 comprises connecting bottom board 81 and grafting top board 87, is provided with the threading ring 83 with elongated orifices at the close two ends place of connecting bottom board 81, and the part between two threading rings 83 of connecting bottom board 81 is provided with multiple through holes 86; Part between two threading rings 83 of the size of this grafting top board 87 and connecting bottom board 81 matches, below this grafting top board 87, be provided with the inserting column 88 coordinating with described through hole 86, be provided with at the two ends of this grafting top board and can be stuck in two wedge shape edges 89 between threading ring.When use, two threading rings 83 are passed in one end of bundling belt 3, and make bundling belt 3 groove below and the locking projection 84 above the connecting bottom board 81 one end compression of coincideing, the other end of bundling belt 3 passes two threading rings 83 again after one week around packed article, after tightening, grafting top board 87 be located between two threading rings 83 and firmly depress, inserting column 88 is inserted in through hole 86, and the wedge shape edge 89 on grafting top board 87 both sides is stuck in the following of two threading rings 83, and bundling belt 3 is pinned tightly.
The utility model in use, can be selected whole packed article 10 to be packaged between a top board 2 and a base plate 11 (as shown in Figure 1) according to the shape of packed article; Also can adopt two the utility model A1 and A2 to wrap in respectively the two ends (as shown in figure 19) of more microscler packed article 10; Or adopt three the utility model A1, A2 and A3 to wrap in respectively two ends and the centre (as shown in figure 20) of longilineal packed article 10.Packaging order is: the lower end that connects column 1 on base plate 11, below base plate 11, set bundling belt 3, the gentle pad 4 of moulding of bundling belt 3 is set on base plate 11, packed article 10 is placed on gas mould pad 4 on, for gas is moulded pad 4 inflations, connect gas and mould the bundling belt 3 in pad 4 outsides, top board 2 is installed, finally connect the bundling belt 3 in top board 2 outsides.
Claims (10)
1. multiplex gas is moulded a hybrid packed device, it is characterized in that, comprise top board, base plate, column, gas mould pad and bundling belt, the two ends up and down of many root posts are connected with top board and base plate periphery respectively; The gas being provided with for wrapping up packing material in the inner side of top board and base plate is moulded pad, and the outside of moulding pad, top board and base plate at this gas adopts respectively bundling belt also with tightening, and the two ends of bundling belt connect with connector; Between two root posts that are oppositely arranged in base plate both sides, catch gear is installed.
2. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, mould in pad and be provided with the air bag that is uniformly distributed arrangement at described gas, each air bag of each row is communicated with by air flue, and each air flue of moulding one end of pad at gas is equipped with interior hexagonal Air filling and discharging valves.
3. multiplex gas according to claim 2 is moulded hybrid packed device, it is characterized in that, between each row's adjacent two air bags, check valve is installed, and the conducting direction of each check valve is all identical with inflation direction.
4. multiplex gas according to claim 2 is moulded hybrid packed device, it is characterized in that, described interior hexagonal Air filling and discharging valves is communicated with each row's elementary air bag by flexible glue plug valve, and final stage air bag is not provided with air extractor duct.
5. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, the periphery of described base plate is provided with dovetail furrow, moving being arranged in dovetail furrow of coordinating in bottom of column, its upper end is provided with undergauge projection, this undergauge projection is arranged in the roof hole of top board, on the projection of lock footpath, be provided with central channel, in described central channel, be provided with negative thread, the screw rod of pressing pin is inserted in central channel, and with central channel screw thread fit, the pressing plate of pressing pin is pressed in the top of described top board, on described pressing plate, is provided with connecting bore.
6. multiplex gas according to claim 2 is moulded hybrid packed device, it is characterized in that, described interior hexagonal Air filling and discharging valves comprises base, air valve, sleeve nut, base from outer end in be provided with large centre hole, interstitial hole and the little centre hole of three grades of undergauges, two reducing places at centre hole are provided with circular conical surface, outer peripheral face in base outer end is provided with outside thread, is provided with at the inner peripheral surface of the large centre hole of base the several convex clips that are uniformly distributed along the circumference;
Described air valve is provided with large footpath cylinder, central diameter cylinder and path cylinder, and its outer end large footpath cylinder and base outer end are isometrical; The external diameter of central diameter cylinder is slightly less than the large centre hole internal diameter of base, be provided with sealed groove and seal ring at the outer peripheral face of this central diameter cylinder, be provided with screw-shaped corresponding to several convex clips several and base locking burr on the side, inner side of sealing groove, be provided with in the inner of this central diameter cylinder the circular conical surface that the circular conical surface between large centre hole and interstitial hole at base coordinates; The external diameter of path cylinder is slightly less than the internal diameter of the little centre hole of base, is provided with in the inner of path cylinder the circular conical surface that the circular conical surface between interstitial hole and little centre hole at base coordinates; Be provided with the groove of non-equilateral polygon at the center, outer end of this air valve, be provided with air-filled pore in the bottom of this groove, the inner of this air-filled pore communicates with the side, inner side of sealed groove; Outer peripheral face at the large footpath of this air valve cylinder is provided with outside thread;
The top of described sleeve nut is provided with centre hole, is provided with the negative thread coordinating with the outside thread of described base and air valve at the inner peripheral surface of this sleeve nut, and three interconnects by outside thread and negative thread.
7. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, described connector comprises connecting bottom board and taper pin, close two ends place at connecting bottom board is provided with the threading ring with elongated orifices, on connecting bottom board one end, be provided with locking projection more than a row, on connecting bottom board, middle part is provided with horizontal burr; Taper pin is made up of the wedge head at two ends and the wedge handle being connected between wedge head, and three is п shape structure, and two wedge heads can insert in described threading ring ordinatedly; The width of described bundling belt matches with the length of the elongated orifices of threading ring, is provided with the shallow slot coordinating with this locking projection in a side of this bundling belt.
8. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, described connector comprises connecting bottom board and taper pin, is provided with the threading ring with elongated orifices in one end of connecting bottom board, is provided with the extension edge with threading ring both sides one on the both sides of connecting bottom board; Be provided with locking projection more than a row at the other end of this connecting bottom board, on connecting bottom board, middle part is provided with horizontal burr; Taper pin is made up of the wedge head at two ends and the wedge handle being connected between wedge head, and three is п shape structure, and two wedge heads can insert below described extension edge ordinatedly; The width of described bundling belt matches with the length of the elongated orifices of threading ring, is provided with the shallow slot coordinating with this locking projection in a side of this bundling belt.
9. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, described catch gear comprises block, stay cord, screw bolt and nut, wherein on a column, be provided with spacing hole, this spacing hole carries out spacing to described block, one end of stay cord is connected on block, and the other end is connected with bolt, and the screw rod of described bolt is connected with nut through after the connecting bore of another column.
10. multiplex gas according to claim 1 is moulded hybrid packed device, it is characterized in that, described catch gear comprises block, extension spring and annulus, wherein on a column, be provided with spacing hole, this spacing hole carries out spacing to described block, and one end of extension spring is connected on block, the other end is connected with annulus, on another column, be provided with two spacing preiections that are oppositely arranged, the limited projection restriction of part of described annulus, another part is reserved in the outside of spacing preiection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420340705.3U CN203903115U (en) | 2014-06-25 | 2014-06-25 | Multi-purpose gas and plastic mixed packaging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420340705.3U CN203903115U (en) | 2014-06-25 | 2014-06-25 | Multi-purpose gas and plastic mixed packaging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203903115U true CN203903115U (en) | 2014-10-29 |
Family
ID=51777402
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420340705.3U Withdrawn - After Issue CN203903115U (en) | 2014-06-25 | 2014-06-25 | Multi-purpose gas and plastic mixed packaging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203903115U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029919A (en) * | 2014-06-25 | 2014-09-10 | 李广华 | Multipurpose air and plastic mixed packaging device |
-
2014
- 2014-06-25 CN CN201420340705.3U patent/CN203903115U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029919A (en) * | 2014-06-25 | 2014-09-10 | 李广华 | Multipurpose air and plastic mixed packaging device |
| CN104029919B (en) * | 2014-06-25 | 2016-03-16 | 李广华 | Multiplex gas moulds hybrid packed device |
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