CN105905339A - Bedding overall pushing type plastic infusion bottle encasing machine - Google Patents
Bedding overall pushing type plastic infusion bottle encasing machine Download PDFInfo
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- CN105905339A CN105905339A CN201610450727.9A CN201610450727A CN105905339A CN 105905339 A CN105905339 A CN 105905339A CN 201610450727 A CN201610450727 A CN 201610450727A CN 105905339 A CN105905339 A CN 105905339A
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- infusion bottle
- piston
- delivery board
- scraping wings
- packing crates
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B21/00—Packaging or unpacking of bottles
- B65B21/02—Packaging or unpacking of bottles in or from preformed containers, e.g. crates
- B65B21/14—Introducing or removing groups of bottles, for filling or emptying containers in one operation
- B65B21/18—Introducing or removing groups of bottles, for filling or emptying containers in one operation using grippers engaging bottles, e.g. bottle necks
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- Mechanical Engineering (AREA)
- Basic Packing Technique (AREA)
Abstract
The invention discloses a bedding overall pushing type plastic infusion bottle encasing machine. The bedding overall pushing type plastic infusion bottle encasing machine comprises an infusion bottle feeding device and an encasing device. The encasing device comprises a discharging and pushing device body and an encasing and pushing device body which are arranged from top to bottom. The infusion bottle feeding device comprises a conveying plate B. The discharging and pushing device body is located at the tail end of the conveying plate B and on one side of the conveying plate B. A limiting blocking groove is formed in an infusion bottle discharging opening of the conveying plate B. A blanking plate is arranged under the limiting blocking groove. An encasing plate is arranged on the side, back to the encasing and pushing device body, of the blanking plate. A packing box is placed on the encasing plate. An opening of the packing box faces the blanking plate. An opening of the limiting blocking groove faces a conveying groove B. A notch is formed in the position, corresponding to the encasing and pushing device body, of the bottom of the limiting blocking groove. The wall of the limiting blocking groove extends downwards to the top surface of the blanking plate. By means of the structure, automatic encasing operation of infusion bottles is achieved, the encasing efficiency of the infusion bottles is improved, and the encasing quality of the infusion bottles is ensured; and the encasing manpower of the infusion bottles is also saved, so that the labor intensity of operators is relieved, and the human cost of enterprises is reduced.
Description
Technical field
The present invention relates to the field of the production of infusion bottle, be specifically related to a kind of layer collection whole pushing-type plastic infusion bottle boxing machine.
Background technology
Vial is infused as first generation infusion products, due to its complex manufacturing, the defects such as existence and stability is poor in addition, be easily generated chips of glass, pollution probability is high for the second time, health is formed potential hidden danger, and glass body is great, cost of transportation is high, collision in transportation easily causes stealthy laceration, cause drug contamination, these defects, limiting it to sell in this area, environmental pollution is relatively greatly and energy-output ratio is the biggest when firing to add vial, and it is the most imperative that new packaging material substitutes vial.
Plastic infusion bottle is the optimal packaging substituting Traditional Packing, and at home and abroad Application comparison is extensive.
Transfusion package the most clinically has glass infusion bottle, plastic infusion bottle.It is big, frangible that the big cost of transportation of glass infusion bottle weight is high, volume occupies greatly space, easily causes brokenly bottle and pollutes, uses inconvenience.
Plastic infusion bottle has many advantages that vial is incomparable: more broken than vial light weight, and toughness, mechanical strength are good, convenient transport and use；Good airproof performance bottleneck uses welding process, does not has the gas leak phenomenon of vial infusion cover mouth plug joint；Stable chemical nature, drug compatibility is good, and particulate matter is infused few 5 times than vial；Using stretch processes better than the plastic bottle transparency that extrusion blow method produces, morphotropism is little；Using and have inner cap, the rubber cushion of isoprene and have the enclosing cover composite cover of pull-tab, it is ensured that its good airproof performance, puncture force is moderate, and the sticking of needle is good, does not fall bits, pull-tab pulling-off force appropriateness during puncture；In the case of promptly using, needing quick infusion, being suitable for doing extruding transfusion, the pressure exceeding normal pressure 0.5Pa can be born in the extrusion mouth position of container；Plastic infusion bottle is self-produced under the clean rank as pharmaceutical production personal can be ensured pollution-free, and production process more conforms to the requirement of GMP.
From the foregoing, it will be observed that the market of plastic infusion bottle will be the hugest.In the production process of infusion bottle, substantially can realize automatic assembly line and produce, thus improve production efficiency, it is ensured that the quality of production.But during the incasement operation of plastic infusion bottle, its vanning speed still cannot improve, and becomes the bottleneck of whole production line speed of production.The vanning of plastic infusion bottle at present typically has two ways, and the first is to use the most manually such that it is able to catch up with the preamble speed of production of plastic infusion bottle reluctantly, but human cost is huge；The second is automatization, but this automatization is all to use to carry out infusion bottle capturing vanning by the way of robot captures, but owing to robot is the operation having a try during capturing, cause robot capture plastic bottle vanning terminate after, return to the process of original position, can only be wasted during this period of time, the boxing efficiency causing robot cannot meet Production requirement, and additionally the equipment cost of robot is the highest.Certain flexibility is actually had again due to the body of plastic infusion bottle, so capturing when, robot can only capture the bottleneck of plastic infusion bottle, owing to the area of bottleneck is less, so the status requirement of the plastic infusion bottle for entering vanning robot position is the highest.
Summary of the invention
It is an object of the invention to: overcome the deficiencies in the prior art, a kind of layer collection whole pushing-type plastic infusion bottle boxing machine is provided, achieve automatization's incasement operation of infusion bottle, not only increase the boxing efficiency of infusion bottle, and ensure that the vanning quality of infusion bottle, also eliminate the vanning manpower of infusion bottle simultaneously, reduce the labor intensity of operative employee, reduce the human cost of enterprise；Vanning scraping wings is made up of the scraping wings unit of multiple stackings, thus during falling along spacing retaining groove, it is to avoid infusion bottle is too high and cause infusion bottle to damage due to drop；By the effect of spacing retaining groove, thus during falling along spacing retaining groove, it is ensured that infusion bottle can the most fitly fall, and lower backwardness is maintained to neatly, it is simple to next step ground incasement operation；Owing to the quantity of scraping wings unit is more, so the quantity of piston C is the most more, fixed with piston C by slide plate so that more firm between piston C, it is ensured that the accuracy of piston C unified operation；Slide plate is slidably connected with horizontal sliding bar, makes the material returned of piston C, vanning scraping wings and infusion bottle and packing crates move convenient；By the feed arrangement of packing crates so that empty packing crates can be continuously delivered to, it is ensured that the seriality of infusion bottle vanning；By going out the effect of charge bank so that fill the packing crates of infusion bottle sliding into reclaiming plate when, turn over compared with the packing crates on box loading plate and turn 90 degrees, make the opening up of packing crates, packing crates is sealed by work convenient to operate, improves production efficiency further, reduces the labor intensity of operative employee；In whole equipment, the cost of each parts is relatively low, reduces the scrap build of the improvement cost of enterprise, beneficially enterprise.
The technical solution used in the present invention is:
nullLayer collects whole pushing-type plastic infusion bottle boxing machine，Including infusion bottle feed arrangement and boxing apparatus，Described boxing apparatus includes pedestal，Blanking material-pulling device and vanning material-pulling device from top to bottom it is provided with on described pedestal，Described infusion bottle feed arrangement includes delivery board B，Infusion bottle lies against on delivery board B，And the body direction of infusion bottle is vertical with delivery board B，Described blanking material-pulling device is positioned at delivery board B end、It is positioned at the side of delivery board B，Described vanning material-pulling device is positioned at the underface of blanking material-pulling device，Described blanking material-pulling device includes blanking scraping wings，Described vanning material-pulling device includes scraping wings of casing，The infusion bottle feed opening of described delivery board B is provided with spacing shelves groove，Described spacing retaining groove be arranged right below feeding plate，Case the dorsad side of material-pulling device of described feeding plate is provided with box loading plate，It is placed with packing crates on described box loading plate，The opening of described packing crates is towards feeding plate，And the sidewall that the hush panel of the opening of packing crates is corresponding with packing crates flushes，The notch of described spacing retaining groove is towards delivery chute B，The groove depth of spacing retaining groove is equal with the body height of infusion bottle，The bottom land of spacing retaining groove is provided with breach corresponding to vanning material-pulling device，The width of described blanking scraping wings、Width between width and the spacing retaining groove both sides cell wall of the vanning scraping wings of vanning material-pulling device is equal，It is equal to the Opening length of packing crates，Cell wall extends downward the end face of feeding plate；The height of described vanning scraping wings is equal with the A/F of packing crates；Described blanking material-pulling device also includes the piston A fixing with pedestal, and the piston rod A of described blanking scraping wings and piston A fixes；Vanning material-pulling device includes the piston set fixing with pedestal, and described vanning scraping wings is flexibly connected with base level by piston set.
The further improvement project of the present invention is, described piston set includes that piston B, described piston B fix with pedestal, and the piston rod B of piston B is connected with vanning scraping wings.
The present invention further improvement project is, described vanning scraping wings is made up of the scraping wings unit of multiple stackings, mutually it is slidably connected between described scraping wings unit, the height of described scraping wings unit and the equal diameters of infusion bottle, the quantity of described scraping wings unit is equal with the line number that can put infusion bottle in packing crates.
The present invention further improvement project is, described piston set also includes that the piston C of connection corresponding with scraping wings unit respectively, the piston rod C of described piston C fix with scraping wings unit respectively, and piston C is all connected with the piston rod B of piston B by connecting plate.
The present invention further improvement project is, at least provided with a piston D between piston rod B and the connecting plate of described piston B；When being provided with multiple piston D when, piston D head and the tail are sequentially connected in series.
The present invention further improvement project is, when piston D only one of which when, the piston rod D end of the end of described piston rod B and piston D is fixed；When piston D has multiple when, the piston rod D end of the end of described piston rod B and the piston D near piston B is fixed.
The present invention further improvement project is, the quantity of described piston D can put the number of plies few 1 of infusion bottle than in packing crates.
The present invention further improvement project is, described piston C is fixed on slide plate, and the horizontal sliding bar slip that described slide plate is set along pedestal, piston D is connected with slide plate slides.
The present invention further improvement project is that described slide plate is slidably connected with horizontal sliding bar by support.
The present invention further improvement project is that described horizontal cross bar is provided with two, and support is across between two horizontal cross bars, and is slidably connected with horizontal cross bar respectively by sleeve pipe.
The present invention further improvement project is that the two ends of described horizontal sliding bar are individually fixed in vertical rod, and described piston A is fixed with vertical rod by connecting rod, and described piston B is fixed in vertical rod.
The present invention further improvement project is, described infusion bottle feed arrangement also includes delivery board A, the end of described delivery board A is connected with the head end of delivery board B, described infusion bottle lies against on delivery board A, the body direction of infusion bottle is identical with the infusion bottle on delivery board B, the width of described delivery board A mates with the body width of infusion bottle, and delivery board A and delivery board B is downward-sloping respectively along the conveying direction of infusion bottle.
The present invention further improvement project is, the angle of inclination more than delivery board B, the angle of inclination of described delivery board A.
The present invention further improvement project is, described delivery board A is vertical with the conveying direction of delivery board B, it is respectively provided on two sides with retaining wall on described delivery board A and delivery board B, the retaining wall of described delivery board B extends to the blanking scraping wings side towards delivery board A, end on described delivery board B is provided with the sidewall laminating of baffle plate A, described baffle plate A and blanking scraping wings delivery board A side dorsad.
The present invention further improvement project is, described delivery board B is positioned at blanking scraping wings and is provided with baffle plate B sum counter away from the side of baffle plate A, and described baffle plate B is flexibly connected with delivery board B.Whenever an infusion bottle just counts once through enumerator, enumerator, when the number that enumerator is counted is equal with the columns that can put infusion bottle in packing crates when, delivery board B is blocked by counter controls baffle plate B, and counter O reset.
The present invention further improvement project is, described box loading plate is provided with out charge bank and reclaiming plate away from the side of spacing retaining groove.
The present invention further improvement project is, described feeding plate and box loading plate are connected by column and pedestal are fixing respectively.
The present invention further improvement project is, the packing crates being positioned on box loading plate, and the side wall inner surfaces place height that it contacts with box loading plate is equal with the apparent height of feeding plate.
The present invention further improvement project is, described box loading plate be arranged over packing crates feed arrangement, described packing crates feed arrangement includes transporter, the opening of the packing crates on described transporter transmits towards bottom land, it is provided with, between end and the bottom land of described transporter, the gap matched with packing crates size, the upper edge of described bottom land, higher than the packing crates on transporter, is fixed with the spacing riser parallel with bottom land immediately below the end of described transporter.
The present invention further improvement project is, described delivery board B is provided with positive stop between the bottom and vanning scraping wings of infusion bottle feed opening position, and described positive stop flushes with the edge at the infusion bottle feed opening of delivery board B.
The present invention further improvement project is, when in piston rod A returns piston A to the when of at range, blanking scraping wings does not contacts with the infusion bottle on delivery board B away from one end of piston A；When piston rod A stretches out piston A to the when of at range, and blanking scraping wings is positioned at infusion bottle feed opening away from one end of piston A.
The present invention further improvement project is, when in piston rod B returns piston B to the when of at range, and piston rod C and piston rod D returns in piston C respectively and in piston D to the when of at range, vanning scraping wings does not contacts with the infusion bottle on feeding plate away from one end of piston B；When piston rod B, piston rod C stretch out piston B and piston C respectively to the when of at range, and the infusion bottle on feeding plate is pushed in packing crates by vanning scraping wings.
The present invention further improvement project is, when in piston rod B returns piston B to the when of at range, and piston rod C and piston rod D returns in piston C respectively and in piston D to the when of at range, vanning scraping wings away from the distance between the infusion bottle on one end of piston B and feeding plate more than or equal to the thickness of the dividing plate in packing crates.
The present invention further improvement project is, when in piston rod B and piston rod D returns piston B and piston D respectively to the when of at range, and piston rod C stretches out piston C to the when of at range, vanning scraping wings away from the horizontal range at one end of piston B and infusion bottle feed opening more than or equal to the distance between at the bottom of the bottle top of infusion bottle and bottle.
The present invention further improvement project is, the stroke of described piston rod C is more than or equal to the distance between at the bottom of the bottle top of infusion bottle and bottle；The stroke of described piston rod D is equal to the distance between at the bottom of the bottle top of infusion bottle and bottle.
The present invention further improvement project is, when piston rod B, piston rod C and piston rod D stretch out piston B, piston C and piston D respectively to the when of at range, infusion bottle is all pushed in packing crates by vanning scraping wings, and packing crates is pushed into box loading plate and the junction going out charge bank, make packing crates be snapped down to reclaiming plate along discharging slope aspect, and make the opening opposite face of packing crates contact with reclaiming plate.
The present invention further improvement project is, described in go out the angle of charge bank and horizontal plane more than or equal to 45 degree.
The beneficial effects of the present invention is:
The first, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, achieve automatization's incasement operation of infusion bottle, not only increase the boxing efficiency of infusion bottle, and ensure that the vanning quality of infusion bottle, also eliminate the vanning manpower of infusion bottle simultaneously, reduce the labor intensity of operative employee, reduce the human cost of enterprise.
The second, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, vanning scraping wings is made up of the scraping wings unit of multiple stackings, thus during falling along spacing retaining groove, it is to avoid infusion bottle is too high and cause infusion bottle to damage due to drop.
3rd, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, by the effect of spacing retaining groove, thus during falling along spacing retaining groove, it is ensured that infusion bottle can the most fitly fall, lower backwardness is maintained to neatly, it is simple to next step ground incasement operation.
4th, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, owing to the quantity of scraping wings unit is more, so the quantity of piston C is the most more, is fixed with piston C by slide plate so that more firm between piston C, it is ensured that the accuracy of piston C unified operation.
5th, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, slide plate is slidably connected with horizontal sliding bar, makes the material returned of piston C, vanning scraping wings and infusion bottle and packing crates move convenient.
6th, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, by the feed arrangement of packing crates so that empty packing crates can be continuously delivered to, it is ensured that the seriality of infusion bottle vanning.
7th, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, by going out the effect of charge bank, make the packing crates filling infusion bottle sliding into reclaiming plate when, turn over compared with the packing crates on box loading plate and turn 90 degrees, make the opening up of packing crates, packing crates is sealed by work convenient to operate, improves production efficiency further, reduces the labor intensity of operative employee.
8th, the layer collection whole pushing-type plastic infusion bottle boxing machine of the present invention, in whole equipment, the cost of each parts is relatively low, reduces the scrap build of the improvement cost of enterprise, beneficially enterprise.
Accompanying drawing explanation
Fig. 1 is the schematic top plan view that the present invention does not comprise packing box transmission device.
Fig. 2 is the present invention schematic diagram by visual angle, discharging opening side.
Fig. 3 is the schematic front view that the present invention does not comprise infusion bottle conveyer device.
Fig. 4 is step 1 schematic front view that the present invention carries out transfusion bottle monolayer case.
Fig. 5 is step 2 schematic front view that the present invention carries out transfusion bottle monolayer case.
Fig. 6 is step 3 schematic front view that the present invention carries out transfusion bottle monolayer case.
Fig. 7 is step 4 schematic front view that the present invention carries out transfusion bottle monolayer case.
Fig. 8 is step 5 schematic front view that the present invention carries out transfusion bottle monolayer case.
Fig. 9 is step 6 schematic front view that the present invention carries out transfusion bottle monolayer case.
Figure 10 is step 1 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 11 is step 2 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 12 is step 3 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 13 is step 4 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 14 is step 5 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 15 is step 6 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 16 is step 7 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 17 is step 8 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 18 is step 9 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 19 is step 10 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Figure 20 is step 11 schematic front view that the present invention carries out transfusion bottle multilamellar case.
Detailed description of the invention
nullIn conjunction with Fig. 1、Fig. 2 and Fig. 3 understands，The present invention includes infusion bottle feed arrangement and boxing apparatus，Described boxing apparatus includes pedestal 17，Blanking material-pulling device and vanning material-pulling device from top to bottom it is provided with on described pedestal 17，Described blanking material-pulling device includes blanking scraping wings 4，Described vanning material-pulling device includes scraping wings 12 of casing，Described infusion bottle feed arrangement includes delivery board B2，Infusion bottle 9 lies against on delivery board B2，And the body direction of infusion bottle 9 is vertical with delivery board B2，Described blanking material-pulling device is positioned at delivery board B2 end、It is positioned at the side of delivery board B2，Described vanning material-pulling device is positioned at the underface of blanking material-pulling device，The infusion bottle feed opening of described delivery board B2 is provided with spacing shelves groove 6，Described spacing retaining groove 6 be arranged right below feeding plate 10，Case the dorsad side of material-pulling device of described feeding plate 10 is provided with box loading plate 24，It is placed with packing crates 7 on described box loading plate 24，The opening of described packing crates 7 is towards feeding plate 10，And the sidewall that the hush panel 71 of the opening of packing crates 7 is corresponding with packing crates 7 flushes，The notch of described spacing retaining groove 6 is towards delivery chute B2，The groove depth of spacing retaining groove 6 is equal with the body height of infusion bottle 9，The bottom land 61 of spacing retaining groove 6 is provided with breach corresponding to vanning material-pulling device，The width of described blanking scraping wings 4、Width between width and the spacing retaining groove 6 both sides cell wall 62 of the vanning scraping wings 12 of vanning material-pulling device is equal，It is equal to the Opening length of packing crates 7，Cell wall 62 extends downward the end face of feeding plate 10；The height of described vanning scraping wings 12 is equal with the A/F of packing crates 7；The piston A5 that described blanking material-pulling device also includes and pedestal 17 is fixing, the piston rod A of described blanking scraping wings 4 and piston A 5 fix；Vanning material-pulling device includes and the fixing piston set of pedestal 17, and described vanning scraping wings 12 is connected with pedestal 17 horizontal anomalous movement by piston set.
Described piston set includes that piston B16, described piston B16 fix with pedestal 17, and the piston rod B of piston B16 is connected with vanning scraping wings 12.
Described vanning scraping wings 12 is made up of the scraping wings unit of multiple stackings, mutually it is slidably connected between described scraping wings unit, the height of described scraping wings unit and the equal diameters of infusion bottle 9, the quantity of described scraping wings unit is equal with the line number that can put infusion bottle 9 in packing crates 7.
Described piston set also includes that the piston C13 of connection corresponding with scraping wings unit respectively, the piston rod C of described piston C13 fix with scraping wings unit respectively, and piston C13 is all connected with the piston rod B of piston B16 by connecting plate 15.
At least provided with a piston D14 between piston rod B and the connecting plate 15 of described piston B16；When being provided with multiple piston D14 when, piston D14 head and the tail are sequentially connected in series.
When piston D14 only one of which when, the piston rod D end of the end of described piston rod B and piston D14 is fixed；When piston D14 has multiple when, the piston rod D end of the end of described piston rod B and the piston D14 near piston B16 is fixed.
The quantity of described piston D14 deducts one equal to the number of plies that can put infusion bottle 9 in packing crates 7.
Described piston C13 is fixed on slide plate 20, and the described slide plate 20 horizontal sliding bar 19 set by along pedestal 17 slides, and piston D14 is slidably connected with slide plate 20.
Described slide plate 20 is slidably connected with horizontal sliding bar 19 by support 22.
Described horizontal cross bar 19 is provided with two, and support 22 is across between two horizontal cross bars 19, and is slidably connected with horizontal cross bar 19 respectively by sleeve pipe 21.
The two ends of described horizontal sliding bar 19 are individually fixed in vertical rod 18, and described piston A5 is fixed with vertical rod 18 by connecting rod 23, and described piston B16 is fixed in vertical rod 18.
Described infusion bottle feed arrangement also includes delivery board A1, the end of described delivery board A1 is connected with the head end of delivery board B2, described infusion bottle 9 lies against on delivery board A1, the body direction of infusion bottle 9 is identical with the infusion bottle 9 on delivery board B2, the width of described delivery board A1 mates with the body width of infusion bottle 9, and delivery board A1 and delivery board B2 is downward-sloping respectively along the conveying direction of infusion bottle 9.
The angle of inclination more than delivery board B2, the angle of inclination of described delivery board A1.
Described delivery board A 1 is vertical with the conveying direction of delivery board B2, it is respectively provided on two sides with retaining wall 8 on described delivery board A1 and delivery board B2, the retaining wall 8 of described delivery board B2 extends to the blanking scraping wings 4 side towards delivery board A1, end on described delivery board B2 is provided with the sidewall laminating of baffle plate A3, described baffle plate A3 and blanking scraping wings 4 delivery board A1 side dorsad.
Being positioned at blanking scraping wings 4 on described delivery board B2 and be provided with baffle plate B31 sum counter 32 away from the side of baffle plate A3, described baffle plate B31 is flexibly connected with delivery board B2.Whenever an infusion bottle 9 just counts once through enumerator 32, enumerator 32, when the number that enumerator 32 is counted is equal with the columns that can put infusion bottle 9 in packing crates 7 when, enumerator 32 controls baffle plate B31 and is blocked by delivery board B2, and enumerator 32 resets.
Described box loading plate 24 is provided with out charge bank 25 and reclaiming plate 26 away from the side of spacing retaining groove 6.
Described feeding plate 10 and box loading plate 24 are connected by column 11 is fixing with pedestal 17 respectively.
The packing crates 7 being positioned on box loading plate 24, it is equal with the apparent height of feeding plate 10 with the side wall inner surfaces place height that box loading plate 24 contacts.
Described box loading plate 24 be arranged over packing crates feed arrangement, described packing crates feed arrangement includes transporter 28, the opening of the packing crates 7 on described transporter 28 transmits towards bottom land 61, it is provided with, between end and the bottom land 61 of described transporter 28, the gap matched with packing crates 7 size, the upper edge of described bottom land 61, higher than the packing crates 7 on transporter 28, is fixed with the spacing riser 29 parallel with bottom land 61 immediately below the end of described transporter 28.
Described delivery board B2 is provided with positive stop 27 between the bottom and vanning scraping wings 12 of infusion bottle feed opening position, and described positive stop 27 flushes with the edge at the infusion bottle feed opening of delivery board B2.
When in piston rod A returns piston A5 to the when of at range, blanking scraping wings 4 does not contacts with the infusion bottle 9 on delivery board B2 away from one end of piston A5；When piston rod A stretches out piston A5 to the when of at range, and blanking scraping wings 4 is positioned at infusion bottle feed opening away from one end of piston A5.
When in piston rod B returns piston B16 to the when of at range, and piston rod C and piston rod D returns in piston C13 respectively and in piston D14 to the when of at range, vanning scraping wings 12 does not contacts with the infusion bottle 9 on feeding plate 10 away from one end of piston B16；When piston rod B, piston rod C stretch out piston B16 and piston C13 respectively to the when of at range, and the infusion bottle 9 on feeding plate 10 is pushed in packing crates 7 by vanning scraping wings 12.
When in piston rod B returns piston B16 to the when of at range, and piston rod C and piston rod D returns in piston C13 respectively and in piston D14 to the when of at range, vanning scraping wings 12 away from the distance between the infusion bottle 9 on one end of piston B16 and feeding plate 10 more than or equal to the thickness of the dividing plate 30 in packing crates 7.
When in piston rod B and piston rod D returns piston B16 and piston D14 respectively to the when of at range, and piston rod C stretches out piston C13 to the when of at range, vanning scraping wings 12 away from the horizontal range at one end of piston B16 and infusion bottle feed opening more than or equal to the distance between at the bottom of the bottle top of infusion bottle 9 and bottle.
The stroke of described piston rod C is more than or equal to the distance between at the bottom of the bottle top of infusion bottle 9 and bottle；The stroke of described piston rod D is equal to the distance between at the bottom of the bottle top of infusion bottle 9 and bottle.
When piston rod B, piston rod C and piston rod D stretch out piston B16, piston C13 and piston D14 respectively to the when of at range, infusion bottle 9 is all pushed in packing crates 7 by vanning scraping wings 12, and packing crates 7 is pushed into box loading plate 24 with go out charge bank 25 junction, make packing crates 7 along going out charge bank 25 to being snapped down to reclaiming plate 26, and make the opening opposite face of packing crates 7 contact with reclaiming plate 26.
Described go out charge bank 25 and horizontal plane angle more than or equal to 45 degree.
Embodiment 1
Understanding in conjunction with Fig. 4 ~ Fig. 9, the packing crates 7 only filling one layer of infusion bottle 9 is cased by the present invention.
First, piston rod C stretches out piston C13, and the lower section in spacing retaining groove 6 is multilamellar scraping wings unit；Empty packing crates 7 is transmitted at infusion bottle feed opening by transporter 28, and falls on box loading plate 24 along bottom land 61 and spacing riser 29, and empty packing crates afterwards falls on packing crates 7 before, and the opening of packing crates 7 is towards scraping wings unit；Additionally infusion bottle 9 is delivered at baffle plate A3 by delivery board A1 and delivery board B2, and blocked by baffle plate A3, infusion bottle 9 quantity of process is counted by enumerator 32, when the counted word of enumerator 32 is equal with the columns that can put infusion bottle 9 in packing crates 7 when, enumerator 32 controls baffle plate B31 and is blocked by delivery board B2, and enumerator 32 resets.Now piston rod A stretches out piston A5 at range, the infusion bottle 9 that delivery board B2 is blocked by baffle plate A3 is pushed to infusion bottle feed opening and carries out blanking, and drop on the scraping wings unit of the superiors along spacing retaining groove 6；After piston rod A returns in piston A5, baffle plate B31 leaves the infusion bottle 9 on delivery board B2, delivery board A1 and delivery board B2 and continues and move to baffle plate A3, repeats above-mentioned action, the infusion bottle 9 that drops of tailing edge limiting block groove 6 drop above infusion bottle 9 before；Until when in infusion bottle feed opening falls to spacing retaining groove 6 infusion bottle 9 of the superiors with on delivery board B2 corresponding to the infusion bottle 9 of blanking scraping wings 4 position the most equal when, the piston rod C being connected with the scraping wings unit of the superiors returns in piston C13 at range, and the infusion bottle 9 in spacing retaining groove 6 falls to downwards the scraping wings unit of next layer from the scraping wings unit of the top；Repeat above-mentioned blanking action, in spacing retaining groove 6 infusion bottle 9 of the superiors with on delivery board B2 corresponding to the infusion bottle 9 of blanking scraping wings 4 position the most equal when, the scraping wings unit contacted with infusion bottle 9 undermost in spacing retaining groove 6 makes scraping wings unit slide at range towards piston C13 side by corresponding piston C13, until all scraping wings unit all slide at range towards piston C13 side, in the most spacing retaining groove 6, undermost infusion bottle 9 contacts with feeding plate 10；Now piston rod B, piston rod C and piston rod D stretch out piston B16, piston C13 and piston D14 at range the most simultaneously, make scraping wings unit all push in packing crates 7 by the infusion bottle 9 corresponding with scraping wings unit simultaneously, and by packing crates 7 together with the infusion bottle 9 in packing crates 7 be pushed into box loading plate 24 with go out charge bank 25 junction, the packing crates 7 filling infusion bottle 9 slides to reclaiming plate 26 along going out charge bank 25, and the opening opposite face of packing crates 7 contacts with reclaiming plate 26, and by hush panel 71, the opening filling the packing crates 7 of infusion bottle 9 is sealed.Repeat the above steps, thus realize the continuous vanning of infusion bottle 9.
Embodiment 2
Understanding in conjunction with Figure 10 ~ Figure 20, the packing crates 7 of the infusion bottle 9 that the present invention is corresponding with scraping wings unit to dress is cased.
First, piston rod C stretches out piston C13, and the lower section in spacing retaining groove 6 is multilamellar scraping wings unit；Empty packing crates 7 is transmitted at infusion bottle feed opening by transporter 28, and falls on box loading plate 24 along bottom land 61 and spacing riser 29, and empty packing crates afterwards falls on packing crates 7 before, and the opening of packing crates 7 is towards scraping wings unit；Additionally infusion bottle 9 is delivered at baffle plate A3 by delivery board A1 and delivery board B2, and blocked by baffle plate A3, infusion bottle 9 quantity of process is counted by enumerator 32, when the counted word of enumerator 32 is equal with the columns that can put infusion bottle 9 in packing crates 7 when, enumerator 32 controls baffle plate B31 and is blocked by delivery board B2, and enumerator 32 resets.Now piston rod A stretches out piston A5 at range, the infusion bottle 9 that delivery board B2 is blocked by baffle plate A3 is pushed to infusion bottle feed opening and carries out blanking, and drop on the scraping wings unit of the superiors along spacing retaining groove 6；After piston rod A returns in piston A5, baffle plate B31 leaves the infusion bottle 9 on delivery board B2, delivery board A1 and delivery board B2 and continues and move to baffle plate A3, repeats above-mentioned action, the infusion bottle 9 that drops of tailing edge limiting block groove 6 drop above infusion bottle 9 before；Until when in infusion bottle feed opening falls to spacing retaining groove 6 infusion bottle 9 of the superiors with on delivery board B2 corresponding to the infusion bottle 9 of blanking scraping wings 4 position the most equal when, the piston rod C being connected with the scraping wings unit of the superiors returns in piston C13 at range, and the infusion bottle 9 in spacing retaining groove 6 falls to downwards the scraping wings unit of next layer from the scraping wings unit of the top；Repeat above-mentioned blanking action, in spacing retaining groove 6 infusion bottle 9 of the superiors with on delivery board B2 corresponding to the infusion bottle 9 of blanking scraping wings 4 position the most equal when, the scraping wings unit contacted with infusion bottle 9 undermost in spacing retaining groove 6 makes scraping wings unit slide at range towards piston C13 side by corresponding piston C13, until all scraping wings unit all slide at range towards piston C13 side, in the most spacing retaining groove 6, undermost infusion bottle 9 contacts with feeding plate 10；Between vanning scraping wings 12 and infusion bottle 9, now insert dividing plate 30, and piston rod B and piston rod C stretches out piston B16 and piston C13 at range, makes scraping wings unit the infusion bottle 9 corresponding with scraping wings unit and dividing plate 30 all be pushed in packing crates 7 the most simultaneously simultaneously；Repeat above-mentioned blanking action, until undermost infusion bottle 9 contacts with feeding plate 10 again in spacing retaining groove 6；Between vanning scraping wings 12 and infusion bottle 9, now insert dividing plate 30, and the piston rod D of piston rod B, piston rod C and one of them piston D14 stretches out piston B16, piston C13 and piston D14 at range, makes scraping wings unit the infusion bottle 9 corresponding with scraping wings unit and dividing plate 30 all be pushed in packing crates 7 the most simultaneously simultaneously；And drive packing crates 7 to move forward a segment distance, the displacement of packing crates 7 stroke equal to piston rod D；Again repeating above-mentioned blanking action, according to putting the number of plies of infusion bottle 9 in packing crates, often push in one layer of infusion bottle 9 in packing crates 7 more, the piston rod D and piston rod B and the piston rod C that are increased by a piston D14 stretch out simultaneously；When also remaining last layer of infusion bottle 9 in packing crates and need to push packing crates 7 when, piston rod B, piston rod C and all of piston rod D stretches out piston B16 the most simultaneously, , piston C13 and all of piston D14 is at range, make scraping wings unit all push in packing crates 7 by the infusion bottle 9 corresponding with scraping wings unit simultaneously, and by packing crates 7 together with the infusion bottle 9 in packing crates 7 be pushed into box loading plate 24 with go out charge bank 25 junction, the packing crates 7 filling infusion bottle 9 slides to reclaiming plate 26 along going out charge bank 25, and the opening opposite face of packing crates 7 contacts with reclaiming plate 26, and by hush panel 71, the opening filling the packing crates 7 of infusion bottle 9 is sealed.Repeat the above steps, thus realize the continuous vanning of infusion bottle 9.
Claims (10)
- null1. layer whole pushing-type plastic infusion bottle boxing machine of collection，It is characterized in that: include infusion bottle feed arrangement and boxing apparatus，Described boxing apparatus includes pedestal (17)，Blanking material-pulling device and vanning material-pulling device from top to bottom it is provided with on described pedestal (17)，Described blanking material-pulling device includes blanking scraping wings (4)，Described vanning material-pulling device includes scraping wings (12) of casing，Described infusion bottle feed arrangement includes delivery board B(2)，Infusion bottle (9) lies against delivery board B(2) on，And the body direction of infusion bottle (9) and delivery board B(2) vertical，Described blanking material-pulling device is positioned at delivery board B(2) end、Be positioned at delivery board B(2) side，Described vanning material-pulling device is positioned at the underface of blanking material-pulling device，Described delivery board B(2) infusion bottle feed opening be provided with spacing shelves groove (6)，Described spacing retaining groove (6) be arranged right below feeding plate (10)，Case the dorsad side of material-pulling device of described feeding plate (10) is provided with box loading plate (24)，Packing crates (7) it is placed with on described box loading plate (24)，The opening of described packing crates (7) is towards feeding plate (10)，And the sidewall that the hush panel (71) of the opening of packing crates (7) is corresponding with packing crates (7) flushes，The notch of described spacing retaining groove (6) is towards delivery chute B(2)，The groove depth of spacing retaining groove (6) is equal with the body height of infusion bottle (9)，The bottom land (61) of spacing retaining groove (6) is provided with breach corresponding to vanning material-pulling device，The width of described blanking scraping wings (4)、Width between width and spacing retaining groove (6) both sides cell wall (62) of the vanning scraping wings (12) of vanning material-pulling device is equal，It is equal to the Opening length of packing crates (7)，Cell wall (62) extends downward the end face of feeding plate (10)；The height of described vanning scraping wings (12) is equal with the A/F of packing crates (7)；Described blanking material-pulling device also includes the piston A(5 fixing with pedestal (17)), the piston rod A of described blanking scraping wings (4) and piston A (5) fixes；Vanning material-pulling device includes the piston set fixing with pedestal (17), and described vanning scraping wings (12) is connected with pedestal (17) horizontal anomalous movement by piston set.
- 2. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 1, it is characterised in that: described piston set includes piston B(16), described piston B(16) fix with pedestal (17), piston B(16) piston rod B be connected with scraping wings (12) of casing.
- 3. the layer collection whole pushing-type plastic infusion bottle boxing machine as described in claim 1 or 2 wherein any one, it is characterized in that: described vanning scraping wings (12) is made up of the scraping wings unit of multiple stackings, mutually it is slidably connected between described scraping wings unit, the height of described scraping wings unit and the equal diameters of infusion bottle (9), the quantity of described scraping wings unit is equal with the line number that can put infusion bottle (9) in packing crates (7).
- 4. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 3, it is characterized in that: described piston set also includes the piston C(13 of connection corresponding with scraping wings unit respectively), described piston C(13) piston rod C fix with scraping wings unit respectively, piston C(13) all by connecting plate (15) and piston B(16) piston rod B be connected.
- 5. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 4, it is characterised in that: at least provided with a piston D(14 between piston rod B and connecting plate (15) described piston B(16))；When being provided with multiple piston D(14) when, piston D(14) it is sequentially connected in series from beginning to end.
- 6. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 4, it is characterized in that: described piston C(13) it is fixed on slide plate (20), described slide plate (20) slides along the upper set horizontal sliding bar (19) of pedestal (17), piston D(14) it is slidably connected with slide plate (20).
- 7. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 1, it is characterized in that: described infusion bottle feed arrangement also includes delivery board A(1), described delivery board A(1) end and delivery board B(2) head end be connected, described infusion bottle (9) lies against delivery board A(1) on, the body direction of infusion bottle (9) and delivery board B(2) on infusion bottle (9) identical, described delivery board A(1) width mate with the body width of infusion bottle (9), delivery board A(1) and delivery board B(2) downward-sloping respectively along the conveying direction of infusion bottle (9).
- 8. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 7, it is characterized in that: described delivery board A (1) and delivery board B(2) conveying direction vertical, described delivery board A(1) and delivery board B(2) on be respectively provided on two sides with retaining wall (8), described delivery board B(2) retaining wall (8) extend to blanking scraping wings (4) towards delivery board A(1) side, described delivery board B(2) on end be provided with baffle plate A(3), described baffle plate A(3) with blanking scraping wings (4) delivery board A(1 dorsad) side sidewall laminating.
- 9. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 1, it is characterised in that: described box loading plate (24) is provided with out charge bank (25) and reclaiming plate (26) away from the side of spacing retaining groove (6).
- 10. layer collection whole pushing-type plastic infusion bottle boxing machine as claimed in claim 1, it is characterized in that: described box loading plate (24) be arranged over packing crates feed arrangement, described packing crates feed arrangement includes transporter (28), the opening of the packing crates (7) on described transporter (28) transmits towards bottom land (61), it is provided with, between end and the bottom land (61) of described transporter (28), the gap matched with packing crates (7) size, the upper edge of described bottom land (61) is higher than the packing crates (7) on transporter (28), the spacing riser (29) parallel with bottom land (61) it is fixed with immediately below the end of described transporter (28).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610450727.9A CN105905339B (en) | 2016-06-22 | 2016-06-22 | Layer collects whole pushing-type plastic infusion bottle boxing machine |
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| CN201610450727.9A CN105905339B (en) | 2016-06-22 | 2016-06-22 | Layer collects whole pushing-type plastic infusion bottle boxing machine |
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| CN105905339B CN105905339B (en) | 2017-12-08 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109625435A (en) * | 2018-12-19 | 2019-04-16 | 东莞天赋传奇自动化科技有限公司 | A kind of inhalator jar recrater |
| CN110723328A (en) * | 2019-10-29 | 2020-01-24 | 重庆市长寿区可又可食品有限公司 | Powder material bagging and containing box |
| CN111977071A (en) * | 2020-07-08 | 2020-11-24 | 江苏大学 | High-speed boxing manipulator system |
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| CN205686660U (en) * | 2016-06-22 | 2016-11-16 | 屈平定 | Layer collects whole pushing-type plastic infusion bottle boxing machine |
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| GB936460A (en) * | 1959-09-07 | 1963-09-11 | Unilever Ltd | Stacking articles |
| JP2000229603A (en) * | 1999-02-09 | 2000-08-22 | Lion Corp | Method and device for boxing standing pouch |
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| CN109625435B (en) * | 2018-12-19 | 2024-01-26 | 东莞天赋传奇自动化科技有限公司 | Aerosol can boxing machine |
| CN110723328A (en) * | 2019-10-29 | 2020-01-24 | 重庆市长寿区可又可食品有限公司 | Powder material bagging and containing box |
| CN111977071A (en) * | 2020-07-08 | 2020-11-24 | 江苏大学 | High-speed boxing manipulator system |
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| Publication number | Publication date |
|---|---|
| CN105905339B (en) | 2017-12-08 |
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