CN216995005U - Multifunctional fresh cut flower bundling and packaging device - Google Patents

Abstract

The utility model discloses a multifunctional bundling and packaging device for fresh cut flowers, which consists of a flowering branch conveying device, a flowering branch picking device, an outer wrapping material taking and placing device, a tool conveying device, a flower wrapping clamp tool, a flowering branch bundling device and a surplus branch shearing and collecting device. Aiming at the current standard packaging requirements of the fresh cut flowers on the market, the utility model adopts an integral layout, coordinated working procedures and a full-flow management mode to realize automatic flowering branch pickup, grouping and arranging, laminated and separated packaging and automatic bundling; cutting the rest branches, and packing and storing; and (4) allowance processing. The integrated control device has the advantages that the design is reasonable, the processes are smooth, the actions of the system components of each process are coordinated, the integrated control device realizes program control on the system components of each process, and the working efficiency of system equipment is improved; the packed fresh-cut bouquet has high consistency and the whole is regular and beautiful; the utility model realizes the mechanized automatic packaging of various fresh cut flowers, greatly saves the packaging cost and efficiency of fresh cut flower bundles, effectively shortens the packaging time and improves the economic benefit.

Description

Multifunctional fresh cut flower bundling and packaging device

Technical Field

The utility model belongs to the technical field of automatic equipment, and particularly relates to a fresh-cut flowering branch multifunctional bundling and packaging device which can effectively reduce manual work and is intervened in a full-flow device.

Background

The fresh flowers occupy important positions in the life of people, so that the life of people is ordered, the life interest of people is adjusted, and the life quality of people is improved. The difference between people's love for flowers and people's living environment promotes the circulation of flowers and the development of flower industry. Yunnan province is pleasant in climate, rich in biological resources, and capable of producing fresh flowers, which are always important production areas and collection and distribution places of fresh flowers. The provincial meeting Kunming city tribute area is the national flower trading center, and the annual trading volume of the fresh cut flowers is increased year by year. Cut flowers have formed a customary way of trading and metering. Bundling the multiple flowers into bundles, and trading according to the bundles. The producer or the seller bundles the flowering branches into bundles according to different quantities of flowering branches according to varieties and transaction habits in advance. The same way is to operate manually, put a certain number of rows on the packing paper, add a layer of baffle plate, and put a layer of flower branch row. Generally, one package is placed with 2 layers, or 12 or 20 branches, etc., and then bundled into bundles, and then a layer of plastic film is sleeved on the bundles. Due to the manual operation, firstly, it is relatively slow and requires a lot of manual work. If the machine equipment can be used for replacing manual operation, the working efficiency is improved, and the problem of difficulty in labor is solved. Is beneficial to promoting the development of the flower industry and has wide application prospect.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a multifunctional fresh-cut flowering branch bundling and packaging device which can effectively reduce manpower and realize full-flow equipment intervention.

The utility model aims to realize the purpose, and the fresh cut flower multifunctional bundling and packaging device consists of a flowering branch conveying device, a flowering branch picking device, an outer wrapping material taking and placing device, a tooling conveying device, a flower wrapping clamp tooling, a flowering branch bundling device and a surplus branch shearing and collecting device; the flowering branch conveying device is arranged in the feeding area, and the rear section of the flowering branch conveying device extends below the flowering branch picking device to form a matching for receiving picking work; the flowering branch picking device is in working connection with the wrapping material taking and placing device, a tool conveying device is arranged below the flowering branch picking device and the wrapping material taking and placing device, and the three devices are configured to form stations 1-3; the 4 th station is close to the 3 rd station and is provided with a flower packing clamp tool and a branch pruning device which is in working connection with the flower packing clamp tool, the tool conveying device is spread below the outer packing material taking and placing device, the branch pruning device and the surplus branch shearing and collecting device, the flower packing clamp tool is arranged on the tool conveying device, and the dynamic displacement type flower packing clamp tool, the outer packing material taking and placing device, the branch pruning device and the surplus branch shearing and collecting device form time sequence working fit; the downstream of the flowering branch bundling device is connected with a residual branch shearing and collecting device at the 5 th station; the outer packing material taking and placing device is dynamically matched with a pattern wrapping clamp tool 5 on the tool conveying device 4 through a working track;

the 1 st station is a tray caching station, the 2 nd station is a flower arranging station, the 3 rd station is a flower packing station, the 4 th station is a bundling station, and the 5 th station is a surplus removing station.

Aiming at the current standard packaging requirements of the fresh cut flowers on the market, the utility model adopts an integral layout, coordinated working procedures and a full-flow management mode to realize automatic flowering branch pickup, grouping and arranging, laminated and separated packaging and automatic bundling; cutting the rest branches, and packing and storing; and (5) margin processing. The integrated control device has the advantages that the design is reasonable, the processes are smooth, the actions of all process system components are coordinated, the integrated control device realizes program control on all process system components, the working efficiency of system equipment is improved, and the technical requirements of personnel are greatly reduced; the packaged fresh cut bouquets have high consistency and are neat and beautiful as a whole; the compatibility of the equipment is high, and the flowering branches can be stacked and packaged by more than 2 layers; the utility model can realize mechanical automatic packaging of various fresh cut flowers, greatly save the cost and efficiency of bouquet packaging, effectively shorten the packaging time and improve the economic benefit.

Drawings

FIG. 1 is a front view of the overall structure of the apparatus of the present invention;

FIG. 2 is a top view of FIG. 1;

FIG. 3 is a perspective view of FIG. 1;

FIG. 4 is a perspective view of the flower branch picking device 2 and the flower branch conveying device 1;

FIG. 5 is an enlarged view of area A of FIG. 4;

FIG. 6 is a left side view of FIG. 4;

FIG. 7 is an enlarged view of area B of FIG. 6;

FIG. 8 is a front view of the overall structure of the outer layer picking and placing device 3 of the present invention;

FIG. 9 is a top (rotated) view of FIG. 8;

FIG. 10 is a front view of the combination of the wrapping material taking and placing device 3, the tool conveying device 4 and the pattern wrapping fixture 5;

FIG. 11 is a perspective view of FIG. 10;

FIG. 12 is a side view of the tooling conveyor 4 and the wrap flower clamp tooling 5 of the present invention in mating relationship;

FIG. 13 is a front view of the overall structure of the knurling clamp tool 5 of the present invention;

FIG. 14 is a schematic view of the working state of the flower wrapping clamp tool 5 for wrapping and clamping fresh cut flower branches;

FIG. 15 is a front view of the whole structure of the flower branch bundling device 6 and the surplus branch cutting and collecting device 7;

FIG. 16 is a perspective view of the bundling assembly 62 of the flowering branch bundling apparatus 6 according to the present invention;

in the figure: 1, a flowering branch conveying device, 11, a conveying chain plate and 111, a flowering branch clamping groove; 2, a flowering branch picking device, 21, a picking and lifting device, 211, a centering device, 212, a lifting plate, 213, a pocket bottom plate and 214, a jacking rod; 22 to a pickup transverse moving rail, 23 to a pickup longitudinal moving device, and 24 to a transverse driving device; 3, an outer package material taking and placing device, 31, an inner partition plate picking device, 32, an outer package material storage device, 33, an inner partition plate storage device, 34, an outer package material picking device, 35, a flower branch transverse moving rail and 36, wherein the outer package material taking and placing device is connected with the outer package material picking device through a pipeline; 4, a tool conveying device, 41-a tool lifting device, 42-a tool returning device and 43-a middle conveying device; 5, a knurling clamp tool, 51, a tool frame, 52, a jacking rod and 53 hinges; 54-pressure rod, 55-buffer device and 56-clamping device; 57-centering device, 58-pressing plate; 6, a flowering branch bundling device, 61, a supporting component, 611, a supporting rod, 612, an upper restraint frame and 613, a lifting device; 62-bundling assembly, 621-bundling transverse moving rail, 622-bundling machine, 623-bundling lifting device, 624-guide rod and 625-driving device; 7, a surplus branch shearing and collecting device, 71, a saw cutting lifting device, 711, a lifting guide rod, 712, a blanking plate, 713, a buffer pressing plate, 714, a saw cutting transverse moving rail and 715, a jacking device; 72 to a sawing device, 721 to a saw blade; 8-flowering branches, 9-packing materials, 91-outer packing materials and 92-inner partition plates; 10 to a collecting tank.

The specific implementation mode is as follows:

the present invention is further described with reference to the accompanying drawings, but the utility model is not limited in any way, and any changes or modifications according to the technical idea of the present invention are within the scope of the present invention.

As shown in fig. 1 to 3, the multifunctional bundling and packaging device for fresh cut flowers comprises a flowering branch conveying device 1, a flowering branch picking device 2, an outer coating taking and placing device 3, a tooling conveying device 4, a flower coating clamp tooling 5, a flowering branch bundling device 6 and a residual branch shearing and collecting device 7; the flowering branch conveying device 1 is arranged in the feeding area, and the rear section of the flowering branch conveying device extends below the flowering branch picking device 2 to form a matching of receiving and picking work; the flowering branch picking device 2 is in working connection with the outer coating material taking and placing device 3, a tool conveying device 4 is arranged below the flowering branch picking device 2 and the outer coating material taking and placing device, and the three devices are configured to form stations 1-3; the 4 th station is close to the 3 rd station and is provided with a pattern wrapping clamp tool 5 and a branch pruning device 6 which is in working connection with the pattern wrapping clamp tool, the tool conveying device 4 is spread below the outer wrapping material taking and placing device 3, the branch bundling device 6 and the branch pruning and collecting device 7, the pattern wrapping clamp tool 5 is arranged on the tool conveying device 4, and the dynamic displacement type pattern wrapping clamp tool is in sequential working fit with the outer wrapping material taking and placing device 3, the branch bundling device 6 and the branch pruning and collecting device 7; the downstream of the flowering branch bundling device 6 is connected with a residual branch shearing and collecting device 7 at the 5 th station; the outer packing material taking and placing device 3 is in dynamic working fit with a pattern wrapping clamp tool 5 on a tool conveying device 4 through a working track;

the 1 st station is a tray caching station, the 2 nd station is a flower arranging station, the 3 rd station is a flower packing station, the 4 th station is a bundling station, and the 5 th station is a surplus removing station.

Fig. 4-6 show the matching and structural relationship of the flowering branch picking device 2 and the flowering branch conveying device 1. The flowering branch conveying device 1 comprises a conveying chain plate 11 and a driving device, wherein limiting bearings 111 are arranged on the conveying chain plate 11 in groups, and the limiting bearings 111 are arranged on the conveying chain plate 11 in groups. The limiting bearing 111 is V-shaped and used for limiting single flowering branches, so that each group of flowering branches can be regulated conveniently, and a subsequent picking device can pick the flowering branches in groups conveniently.

The flowering branch picking device 2 comprises a picking and lifting device 21, a picking transverse moving rail 22, a picking longitudinal moving device 23 and a transverse driving device 24, wherein the lower end of the picking and lifting device 21 is further connected with a clamping device, and the clamping device consists of a centering device 211, a lifting plate 212, a bottom pocket plate 213 and a jacking rod 214.

Fig. 10 to 14 show the matching and structural relationship of the outer coating material taking and placing device 3, the tool conveying device 4 and the wrapping clamp tool 5. The outer packing material taking and placing device 3 comprises an inner partition plate picking device 31, an outer packing material storage device 32, an inner partition plate storage device 33, an outer packing material picking device 34, a flower branch transverse moving track 35 and an outer packing material expansion rod 36, wherein the outer packing material picking device 34 is dynamically matched with the outer packing material storage device 32 arranged below the outer packing material picking device in a working mode; the inner partition plate picking device 31 is in dynamic working fit with a group of inner partition plate storage devices 33 arranged below the inner partition plate picking device; the outer cladding material picking device 34 and the inner partition plate picking device 31 are dynamically matched with the pattern wrapping clamp tooling 5 on the tooling conveying device 4 through working rules.

The outer coating material picking device 34 is a biaxial sponge sucker clamp and is matched with the 2 nd station; the wrapping storage device 32 is a corrugated suction cup clamp; the inner partition plate picking device 31 is a corrugated suction cup clamp and is matched with the 3 rd station.

The outer packing material taking and placing device 3 is further provided with an outer packing material expansion rod 36, the outer packing material expansion rod 36 is a pair of shift levers arranged on the support capable of moving front and back and left and right, the shift levers are matched with the packing clamp tool 5, the shift levers can be folded or unfolded to press the turnover cover plate 58 of the fire releasing packing clamp tool 5, and a series of operation completion operations of placing the partition plates and overlapping the flower group until the turnover edge and the sealing cover of the outer packing material are completed in the matching packing clamp tool 5.

Frock conveyor 4 is bilayer structure from top to bottom, and the on-line transport layer of the loading fixture frock that lives on and the idle anchor clamps frock buffer memory transport layer that sets up under to by the frock of one end lift a device 41, middle conveyor 43 and the frock return means 42 of the other end, frock lift a device 41, the below of frock return means 42 sets up lifting devices, lifts the upper strata or gets back to the lower floor by the upper strata with the anchor clamps frock 5 of spending that set up on it respectively, and constitutes smooth-going work hookup with upper conveyor or lower floor's conveyor respectively.

Wrap colored anchor clamps frock 5 by frock frame 51, jacking rod 52, grip block 53, depression bar 54, buffer 55, latch device 56, centering device 57 with turn over a apron 58 and constitute, frock frame 51 is symmetrical structure, sets up jacking rod 52 on it respectively, sets up grip block 53 through centering device 57, buffer 55 between frock frame 51, grip block 53 upper portion is through hinge setting turn over a apron 58 and depression bar 54, still sets up latch device 56 between frock frame 51 bottom.

Fig. 15 and 16 show the flower branch bundling device 6 and the surplus branch cutting and collecting device 7 in a matching and structural relationship. The flowering branch binding device 6 comprises a supporting assembly 61 and a binding assembly 62, wherein the supporting assembly 61 consists of a supporting rod 611, an upper constraint frame 612 and a lifting device 613; the binding assembly 62 consists of a binding transverse moving rail 621, a binding machine 622, a binding lifting device 623, a guide rod 624 and a driving device 625, and the supporting and paying assembly 61 is arranged through a rail, works in the flowering branch binding device 6 and the surplus branch shearing and collecting device 7, is matched with the flower packing clamp tool 5 on the tool conveying device 4 in a working mode, supports the flowering branch part for clamping the fresh cut flower bunch, and regularly restrains the posture of the flowering branches; the cross-strapping rails 621 of the strapping assembly 62 are arranged on the upper bracket of the flowering branch strapping device 6, a strapping lifting device 623 and a guide rod 624 are arranged, the strapping machine 622 is arranged on the cross-strapping rails 621 and matched with the driving device 625, and the strapping machine 622 and the supporting assembly 61 are matched in work.

The surplus branch cutting and collecting device 7 consists of a cutting clamping device 71 and a cutting device 72, wherein the cutting clamping device 71 consists of a lifting guide rod 711, a blanking plate 712, a clamping pressing plate 713, a cutting transverse moving rail 714 and a jacking device 715; the sawing means 72 comprises a sawing power drive and a saw blade 721; the lifting guide rod 711 and the sawing cross-moving rail 714 of the sawing clamping device 71 are arranged on the upper support of the surplus branch cutting and collecting device 7, and the clamping pressing plate 713 and the jacking device 715 form clamping fit; the sawing clamping device 71 and the sawing device 72 are transversely moved along the sawing transverse moving rail 714 to be matched with the supporting component 61 on the flowering branch bundling device 6 in a working mode; the blanking plate 712 cooperates with the collecting tank 10 disposed therebelow to form a blanking operation.

The multifunctional fresh cut flower bundling and packaging device is characterized in that the flower branch conveying device 1, the flower branch picking device 2, the outer packing material taking and placing device 3, the tooling conveying device 4, the flower packing clamp tooling 5, the flower branch bundling device 6 and the residual branch shearing and collecting device 7 are respectively controlled by the integrated control device and cooperatively operate with each other.

The working principle and the working process of the utility model are as follows:

aiming at the current standard packaging requirements of the fresh cut flowers on the market, the utility model adopts an integral layout, coordinated working procedures and a full-flow management mode to realize automatic flowering branch pickup, grouping and arranging, laminated and separated packaging and automatic bundling; cutting the rest branches, packaging and storing; and (5) margin processing.

The working process of the utility model is as follows: after the device is started, the fresh cut flower branches to be packaged are manually and sequentially placed into a V-shaped groove of a limiting bearing 111 on a conveying chain plate 1 in a flower branch conveying device 1; meanwhile, the picking and lifting device 21 moves to the 1 st station for waiting, when the flower branch group reaches the 1 st station, the middle device 211 of the clamping device at the lower end of the picking and lifting device 21 opens, the flower branch group is picked, the lifting plate 212, the pocket bottom plate 213 and the jacking rod 214 cooperate to "hold up" the group of flower branches, lift the group of flower branches, move the group of flower branches along the picking and traversing rail 22 to the position above the 1 st station line where the tooling lifting device 41 of the tooling conveying device 4 is located, in the corresponding tooling frame 51 on the tooling fixture 5, an outer wrapping material is taken from the outer wrapping material storage device 32 by the outer wrapping material picking device 34 and is already put in, and an inner partition plate is taken from the inner partition plate storage device 33 by the inner partition plate picking device 31 and is put at the bottom of the outer wrapping material (the 1 st inner partition plate) in the tooling frame 51, and the outer wrapping material is pressed and leveled; meanwhile, the outer coating material extension rod 36 extends into the upper inner part of the tooling frame 51 and extends outwards, the outer coating material upper part extends outwards to be respectively pressed on the turnover cover plates 58, and the flower branch group clamped in place by the lifting device 21 is picked up and placed in the tooling frame 51 and on the bottom inner partition plate; the picking and lifting device 21 returns to the upper part of the flowering branch conveying device 1, and the flowering branch group which is already conveyed in place is picked again (the flower coating clamp tool 5 is moved to the station 2); the inner partition plate picking device 31 takes an inner partition plate from the inner partition plate storage device 33, places the inner partition plate on the first layer of flower branch group in the tool frame 51, presses the flower branch group smoothly, places another group of flower branch group on the (2 nd layer) inner partition plate on the picking and lifting device 21, places another layer of (3 rd layer) inner partition plate on the inner partition plate picking device 31, the outer package material extension rod 36 is folded and retracted at the moment, the jacking rod 52, the clamping plate 53, the pressing rod 54 and the turning cover plate 58 of the flower packing clamp tool 5 cooperatively act, the turning cover plate 58 symmetrically turns the upper half part of the outer package material inwards, and the outer package material is turned over on the partition plate on the uppermost layer (3 rd layer) in sequence (meanwhile, the flower packing clamp tool 5 is moved to the 3 rd station), and the package is completed; the flower packing clamp tool 5 is moved to the 4 th station in the flowering branch bundling device 6, the supporting assembly 61, the upper restraining frame 612 and the lifting device 613 of the flowering branch bundling device 6 support and restrain the middle lower section of the flowering branch bundle, the bundling assembly 62 of the flowering branch bundling device 6 moves the bundling machine 622 along the bundling transverse moving rail 621 through the bundling lifting device 623, the guide rod 624 and the driving device 625 and is sleeved outside the flowering branch bundle, and after the whole section of the flowering branch bundle is bundled in a multi-point hoop mode, the bundling machine 622 is retracted to the original position; meanwhile, the pattern wrapping clamp tool 5 is moved to the 5 th station; the sawing clamping device 71 and the sawing device 72 of the corresponding surplus branch cutting and collecting device 7 move transversely along the sawing transverse moving rail 714, the tail section of the flower branch bundle extends into the flower branch cutting position under the clamping pressure plate 713 of the sawing clamping device 71 and the saw blade 721 of the sawing device 72, the lifting guide rod 711, the blanking plate 712, the clamping pressure plate 713 and the jacking device 715 cooperate with each other to restrain and fix the flower branch bundle, meanwhile, the sawing device 72 is started, the saw blade 721 running at a high speed cuts off redundant branches, the cut-off tail branches fall into the collecting tank 10 located below through the blanking plate 712, and the primary packaging process of a bunch of flowering branches is completed (the floral packs in the tool rack 51 of the floral pack clamp tool 5 are taken away, the idle floral pack clamp tool 5 is retracted through the lifting device arranged below the tool returning device 42 and is connected back to the lower layer, and the floral packs are cached and sequentially and reversely conveyed to the station of the tool elevating device 41 to wait for entering the next working cycle). The utility model uses the program of the integrated control device to control the sequential and cooperative actions of all parts, realizes the on-line continuous operation and automatically completes the bundling and packaging of the fresh cut flower bunch.

Claims (10)

1. A multifunctional fresh cut flower bundling and packaging device is characterized by comprising a flowering branch conveying device (1), a flowering branch picking device (2), an outer package picking and placing device (3), a tool conveying device (4), a flower wrapping clamp tool (5), a flowering branch bundling device (6) and a surplus branch shearing and collecting device (7); the flowering branch conveying device (1) is arranged in the feeding area, and the rear section of the flowering branch conveying device extends below the flowering branch picking device (2) to form a matching of receiving and picking work; the flowering branch picking device (2) is in working connection with the outer package material taking and placing device (3), a tool conveying device (4) is arranged below the flowering branch picking device and the outer package material taking and placing device, and the 1 st station to the 3 rd station are formed by the arrangement of the three devices; the 4 th station is close to the 3 rd station and is provided with a flower wrapping clamp tool (5) and a flowering branch bundling device (6) in working connection with the flower wrapping clamp tool, and the tool conveying device (4) is spread below the outer wrapping material taking and placing device (3), the flowering branch bundling device (6) and the surplus branch shear collecting device (7); the flower packing clamp tool (5) is arranged on the tool conveying device (4), and the dynamic displacement type flower packing clamp tool is matched with the outer coating material taking and placing device (3), the flowering branch bundling device (6) and the surplus branch shearing and collecting device (7) in a time sequence working mode; the downstream of the flowering branch bundling device (6) is connected with a residual branch shearing and collecting device (7) at the station (5); the outer packing material taking and placing device (3) is in dynamic working fit with a pattern wrapping clamp tool (5) on the tool conveying device (4) through a working track;

the 1 st station is tray buffer memory station, and the 2 nd station is reason flower station, and the 3 rd station is the package flower station, and the 4 th station is for tying up the station, and the 5 th station is for removing surplus station.

2. The fresh cut flower multifunctional bundling and packaging device according to claim 1, characterized in that the flowering branch conveying device (1) comprises conveying chain plates (11) and a driving device, wherein the conveying chain plates (11) are provided with limiting bearings (111) in groups, and the limiting bearings (111) are provided on the conveying chain plates (11) in groups; the limiting bearing (111) is V-shaped and used for limiting single flowering branches, so that each group of flowering branches can be regulated conveniently, and a subsequent picking device can pick the flowering branches in groups conveniently.

3. The fresh cut flower multifunctional bundling and packaging device according to claim 1, characterized in that the flowering branch picking device (2) comprises a picking and lifting device (21), a picking and transverse moving rail (22), a picking and longitudinal moving device (23) and a transverse driving device (24), the picking and lifting device (21) is further connected with a holding and clamping device at the lower end, and the holding and clamping device is composed of a centering device (211), a lifting plate (212), a bottom pocket plate (213) and a lifting rod (214).

4. The multifunctional fresh cut flower bundling and packaging device according to claim 1, wherein the outer wrapping material taking and placing device (3) comprises an inner partition plate picking device (31), an outer wrapping material storing device (32), an inner partition plate storing device (33), an outer wrapping material picking device (34), a flower branch traversing rail (35) and an outer wrapping material expansion rod (36), wherein the outer wrapping material picking device (34) is dynamically matched with the outer wrapping material storing device (32) arranged below the outer wrapping material picking device; the inner partition plate picking device (31) is in dynamic working fit with a group of inner partition plate storage devices (33) arranged below the inner partition plate picking device; the outer packing material picking device (34) and the inner partition plate picking device (31) are in dynamic working fit with a pattern wrapping clamp tool (5) on the tool conveying device (4) through a working track.

5. The fresh cut flower multifunctional bundling and packaging device as claimed in claim 4, wherein said wrapping material picking device (34) is a biaxial sponge suction cup clamp, matched with the 2 nd station; the outer coating storage device (32) is a corrugated sucker clamp; the inner partition plate picking device (31) is a corrugated sucker clamp and is matched with the 3 rd station.

6. The fresh cut flower multifunctional bundling and packaging device according to claim 1, wherein the tool conveying device (4) is of a double-layer structure, an upper loading fixture tool is of an online conveying layer, a lower idle fixture tool is of a buffer conveying layer, a tool lifting device (41) at one end, a middle conveying device (43) and a tool returning device (42) at the other end are arranged below the tool lifting device (41) and the tool returning device (42), lifting devices are arranged below the tool lifting device (41) and the tool returning device (42), the flower wrapping fixture tool (5) arranged on the tool lifting device is lifted to an upper layer from the lower layer or returns to the lower layer from the upper layer, and the flower wrapping fixture tool and the upper conveying device or the lower conveying device form smooth work connection respectively.

7. The fresh cut flower multifunctional bundling and packaging device according to claim 1, wherein the flower packing clamp tool (5) is composed of a tool frame (51), lifting rods (52), clamping plates (53), pressure rods (54), a buffer device (55), a clamping device (56), a centering device (57) and a turnover cover plate (58), the tool frame (51) is of a symmetrical structure, the lifting rods (52) are respectively arranged on the tool frame (51), the clamping plates (53) are arranged between the tool frame (51) through the centering device (57) and the buffer device (55), the turnover cover plate (58) and the pressure rods (54) are arranged on the upper portion of the clamping plate (53) through hinges, and the clamping device (56) is further arranged between the bottoms of the tool frame (51).

8. The cut flower multifunctional bundling and packaging device according to claim 1, characterized in that the flowering branch bundling device (6) comprises a supporting assembly (61) and a bundling assembly (62), wherein the supporting assembly (61) comprises a supporting rod (611), an upper constraint frame (612) and a lifting device (613); the binding assembly (62) consists of a binding transverse moving rail (621), a binding machine (622), a binding lifting device (623), a guide rod (624) and a driving device (625), and the supporting assembly (61) is arranged through a rail, works in the flowering branch binding device (6) and the surplus branch shearing and collecting device (7), is matched with the flower packing clamp tool (5) on the tool conveying device (4) in a working mode, supports the flowering branch part for clamping the fresh cut flower bunch, and regularly restrains the posture of the flowering branches; the cross tying rail (621) of the tying assembly (62) is arranged on the upper support of the bouquet tying device (6), a tying lifting device (623) and a guide rod (624) are arranged, the tying machine (622) is arranged on the cross tying rail (621) and matched with the driving device (625), and the tying machine (622) and the supporting assembly (61) form working matching.

9. The fresh cut flower multifunctional bundling and packaging device according to claim 1, characterized in that the surplus branch cutting and collecting device (7) is composed of a cutting and clamping device (71) and a cutting and clamping device (72), the cutting and clamping device (71) is composed of a lifting guide rod (711), a blanking plate (712), a clamping and pressing plate (713), a cutting and traversing rail (714) and a jacking device (715); the sawing device (72) comprises a sawing power drive and a saw blade (721); the lifting guide rod (711) and the sawing cross-moving rail (714) of the sawing clamping device (71) are arranged on the upper support of the surplus branch shear collecting device (7), and the clamping pressing plate (713) and the jacking device (715) form clamping fit; the sawing clamping device (71) and the sawing device (72) are transversely moved along the sawing transverse moving rail (714) to form working cooperation with the supporting component (61) on the flowering branch bundling device (6); the blanking plate (712) is matched with a collecting groove (10) arranged below the blanking plate in a blanking operation.

10. The fresh cut flower multifunctional bundling and packaging device according to claim 1, characterized in that the fresh cut flower multifunctional bundling and packaging device is controlled by an integrated control device to realize the cooperative operation of the flowering branch conveying device (1), the flowering branch picking device (2), the outer packing material taking and placing device (3), the tooling conveying device (4), the flower packing clamp tooling (5), the flowering branch bundling device (6) and the surplus branch shearing and collecting device (7) respectively.

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