CN2440006Y - Band feed-withdrawing device for tightly binding of vertical package binder - Google Patents
Band feed-withdrawing device for tightly binding of vertical package binder Download PDFInfo
- Publication number
- CN2440006Y CN2440006Y CN 00243867 CN00243867U CN2440006Y CN 2440006 Y CN2440006 Y CN 2440006Y CN 00243867 CN00243867 CN 00243867 CN 00243867 U CN00243867 U CN 00243867U CN 2440006 Y CN2440006 Y CN 2440006Y
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- CN
- China
- Prior art keywords
- fwd
- slide block
- long guide
- bolt
- frame plate
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model relates to a tight-binding band feeding-withdrawing device for a vertical binding machine. A tight-binding band device of the utility model drives a band-feeding wheel via a motor, and is arranged at the top surface of a machine body to be favorable to automatic band-feeding operation; a band withdrawing device of the utility model uses a a driving member to drive a connecting rod to prompt a first and a second sliders to move to cause a main band-feeding wheel to disengage from an auxiliary band-feeding wheel, and thus a binding band can smoothly disengage from a bound object which is tightly bound. The device has the advantages of convenient operation and use, and the smooth disengagement of the binding band.
Description
The utility model relates to a kind of vertical banding machine and tightens the F﹠R device, refer in particular to a kind of can not interrupted, the automatic forward (FWD) of forward (FWD) and bale packing deviate from vertical smoothly banding machine and tighten the F﹠R device.
The forward (FWD) mouth 2 of existing vertical banding machine 10 (in illustrated in figures 1 and 2) is arranged in the conduction band groove 5 of body 3 front panels 4 central authorities, big and when being placed on the platform 6 when the package volume, package 1 promptly covers forward (FWD) mouth 2 and makes packing tape, penetrate difficulty, add and tighten the forward (FWD) system and adopt and manually to import the mode of packing tape 7 to the forward (FWD) mouth 2, all cause existing vertical banding machine.Manipulate the very shortcoming of inconvenience.
The purpose of this utility model is to provide not interrupted, automatic forward (FWD) of a kind of forward (FWD) and packing tape to deviate from vertical smoothly banding machine and tightens the F﹠R device.
The purpose of this utility model realizes by following technological means: a kind of vertical banding machine is tightened the F﹠R device, it is tightened the forward (FWD) device and is taken turns by main forward (FWD), conduction band frame and secondary forward (FWD) wheel are formed, and it is characterized in that: take turns the frame plate forward position that is erected at a body end face with the main forward (FWD) that a motor is connected on the seat board; An inboard support body, support body and the internal body of connecting in stage casing that is positioned at vertical slotted hole in-to-in conduction band frame of body front panel central authorities is pivoted, and conduction band bridge joint proximal portion has an open-work, and the open-work side is connected with a block; Being hubbed on the open-work of conduction band frame and the wheel face subsides of main forward (FWD) wheel touches.
This cassette unloading device is made up of transmission component, connecting rod, first slide block, second slide block and support body, wherein: be positioned at body in-to-in transmission component and stood and constituted to camshaft by motor, reductor and, there is the cam of a periphery along the side grain that forms a suitable length on the camshaft top; Upright top to the connecting rod that is provided with is jagged, and bottom and internal body appropriate location articulate, and stage casing affixed is pivoted with the lug of a pulley; Lateral direction penetrating has horizontal two slotted holes and a long guide hole on first slide block of horizontally set, long guide hole one end is the small-bore, the other end is a larger aperture, the trailing flank of first slide block central authorities and organize respectively near long guide hole place and to establish a control bolt and a bolt that resets, two slotted holes that two-screw penetrates on the frame plate and first slide block post first slide block below the frame plate of body end face, control position bolt snaps in the breach on side rod top, the dowel bolt that is spirally connected of holding reset bolt and frame plate bottom surface is colluded at the two ends of one spring respectively, with the interior smaller aperture due opposite position of the long guide hole of first slide block the one the second two long guide holes are arranged on the frame plate, one bottom pulley be fitted in the long guide hole of first slide block hole wall lead that a bolt is upward through the first long guide hole of frame plate and main forward (FWD) wheel seat board bottom surface is spirally connected, one bolt also upwards penetrates from the second long guide hole of frame plate bottom surface and is spirally connected with main forward (FWD) wheel base plate bottom surface, one spring, one end colludes to be held this and is spirally connected, the other end is gone into a key for the stage casing tip cutting of the upright support body that articulates to central siphon and with the internal body appropriate location, the slotted hole of the second slide block bottom surface is then inserted on this key top, support body is deposited one upright to the body of rod near conduction band frame place, an end hook joint of a spring then colludes at the other end on this club shaft and is held in the vertical rod that the frame plate bottom surface protruded out.
Advantage of the present utility model in: 1, originally tighten the forward (FWD) device and be arranged on body end face edge,, also be difficult for it is covered, do not influence operation and forward (FWD) automatically even the package volume is bigger; 2, packing tape deviate from smooth and easy, make manipulate more convenient.
Describe structure of the present utility model in detail below in conjunction with accompanying drawing:
Fig. 1 is the schematic perspective view of existing vertical bale packing.
Fig. 2 is the side schematic view of existing vertical bale packing.
Fig. 3 is the stereo appearance figure on the utility model the is implemented in vertical banding machine.
Fig. 4 is the schematic perspective view on the utility model the is implemented in vertical banding machine.
Fig. 5 is the utility model combination schematic perspective view.
Fig. 6 is the utility model exploded perspective view.
Fig. 7 shows the schematic perspective view that the utility model is not covered by package.
Fig. 8 shows that the utility model tightens the schematic perspective view of package.
Fig. 9 shows that the utility model tightens the side schematic view of package.
Figure 10 shows that the utility model cam, pulley and connecting rod are not subjected to the end face scheme drawing of state.
Figure 11 shows that the utility model is not subjected to the end face scheme drawing of state.
Figure 12 shows when the utility model master forward (FWD) wheel is given up the throne operation, the end face continuous action relation scheme drawing of cam, pulley and connecting rod.
Figure 13 shows the end face view that the utility model master forward (FWD) wheel is given up the throne and operated.
Figure 14 shows that cam, pulley were connected the moving scheme drawing that concerns when the utility model conduction band frame lifted operation together with secondary forward (FWD) wheel is outer with the end face of connecting rod.
Figure 15 shows the end face view when the utility model conduction band frame lifts operation together with secondary forward (FWD) wheel is outer.
Among the figure:
1 package, 7 packing tapes, 10 banding machines
11 bodies, 12 frame plates, 13 front panels
14 vertical slotted hole 20 main forward (FWD)s are taken turns 21 motors
22 seat boards 23 are led a bolt 24 bolts
25 springs, 26 screws, 231 pulleys
30 conduction band framves, 32 open-works, 33 blocks
34 shape entrance holes 40 circulate belt wheel 50 transmission components
51 motors, 52 reductors, 53 camshafts
531 cams, 532 side grains, 60 connecting rods
61 breach, 62 lugs, 63 pulleys
70 first slide blocks 71, the 72 bolt 73 long guide holes that reset
74 major axis are to control position, limit 75 bolts 76 bolt that resets
Edge, 77 screw 78 springs, 731 rank
733 big footpaths, 732 small-bores, 734 major axis are to hole wall
80 second slide blocks, 81 slotted holes, 90 support bodys
91 main body central siphons, 92 keys 93 are upright to the body of rod
94 springs, 95 vertical rods, 121 first long guide holes
122 second long guide holes
As Fig. 3, Fig. 4, Fig. 5 and shown in Figure 6, the forward (FWD) device of tightening of the present utility model is made of main forward (FWD) wheel 20, conduction band frame 30, secondary forward (FWD) wheel 40, wherein: main forward (FWD) wheel 20 is fixed on the seat board 22 with driving the motors 21 that main forward (FWD) wheel 20 rotates, and is erected at frame plate 12 forward along the place of body 11 end faces; Conduction band frame 30 is vertically design, the inboard support body 90 that connects in its stage casing, and support body 90 is pivoted in body 11 inner appropriate locations, conduction band frame 30 forms an open-work 32 near the top, and at the affixed block 33 of its side near the top, the section of conduction band frame 30 is rectangle, and conduction band frame 30 is positioned at vertical slotted hole 14 of body 11 front panels 13 central authorities; Be hubbed on block 33 inner faces of conduction band frame 30 to forward (FWD) wheel 40 near the top, so that utilize the open-work 32 of conduction band frame 30 and the wheel face subsides of leading belt wheel 20 to touch to the wheel face of forward (FWD) wheel 40, and then utilize motor 21 to pass on main forward (FWD) to take turns the secondary forward (FWD) wheel 40 of 20 interlocks and rotate, and major and minor forward (FWD) wheel 20 and 40 subsides to touch face relative with the shape entrance hole 34 on conduction band frame 30 tops.
Cassette unloading device of the present utility model is made of transmission component 50, connecting rod 60, first slide block 70, second slide block 80 and support body 90.Wherein: transmission component 50 is arranged on body 11 inside, by motor 51 through reductor 52 drive one be upright to camshaft 53 rotate and constitute, wherein there is a cam 531 on camshaft 53 tops, its periphery is along the side grain 532 that a suitable length is arranged; It is upright to setting that connecting rod 60 is, its top jagged 61 also is positioned at frame plate 12 belows of body 11 end faces, its bottom articulates near transmission component 50 and with body 11 inner appropriate positions, the affixed lug 62 in its stage casing, pulley 63 is pivoted on the lug 62, touch along subsides with the periphery of the cam 531 of transmission component 50 on pulley 63 peripheries edge, can utilize 60 swings of transmission component 50 interlock connecting rods; First slide block 70 is a horizontally set, its top, the bottom surface breakthrough form becomes slotted hole 71 and 72 to reach long long guide hole 73, the major axis of axial and first slide block 70 in each hole is to identical, the wherein long guide hole 73 central single orders that form are along 731, so that long guide hole 73 1 ends form small-bore 732, the other end then forms larger aperture 733, in addition at the major axis of first slide block, 70 rear sides to limit 74 central authorities with near long guide hole 73 places, group is established the control position bolt 75 and the bolt 76 that resets respectively, first slide block 70 posts below the frame plate 12 of body 11 end faces, and utilize two bolts 77 and nut to pass two slotted holes 71 and 72 and frame plate 12 combination, control draws bolt 75 to snap in the cylinder mouth 61 on connecting rod 60 tops, the bolt 76 that resets colludes an end of holding spring 78, the other end of spring 78 colludes on the dowel bolt 79 that is held in frame plate 12 bottom surfaces, on the frame plate 12 with smaller aperture due 732 opposite positions of first slide block, 70 long guide holes 73, the first long guide hole 121 is arranged, there is the second long guide hole 122 in its place ahead, next door, the hole axially and the minor axis of first slide block 70 that the rustle of leaves in the wind is identical, so that the seat board 22 of main forward (FWD) wheel 20 posts at frame plate 12 end faces, and utilize and to lead a bolt 23 and enter in the larger aperture 733 of long guide hole 73 from first slide block, 70 bottom surfaces, and seat board 22 bottom surfaces of the first long guide hole 121 of upwards posting frame plate 12 and main forward (FWD) wheel 20 are spirally connected, lead a bolt 23 bottoms and rank that pulley 231 is fitted in first slide block, 70 long guide holes 73 major axis along 731 is arranged to hole wall 734, other has bolt 24 to collude to close an end of spring 25 and is spirally connected from seat board 22 bottom surfaces that the second long guide hole 122 of frame plate 12 bottom surfaces upwards penetrates with main forward (FWD) wheel 20, the other end hook joint of spring 25 on the screw 26 of frame plate 12 bottom surfaces so that the telescopic shaft of spring 25 to the major axis of the second long guide hole 122 to roughly the same; Second slide block 80 is horizontally set and utilizes screw 801 lockings to be fitted in first slide block, 70 bottom surfaces, and second slide block 80 is near long guide hole 73 places of first slide block 70.Have slotted hole 81 its axially with the major axis of second slide block 80 to identical; One end and conduction band frame 30 stage casings of support body 90 are affixed, the other end has upright to central siphon 91 and body 11 inner appropriate positions pivot joints, key 92 is inserted in upper end, support body 90 middle parts, insert from the slotted hole 81 of second slide block, 80 bottom surfaces key 92 upper ends, support body 90 has upright to the body of rod 93 near conduction band frame 30 places, colluding an end of holding spring 94, the other end of spring 94 then colludes and is held in the vertical rod 95 that frame plate 12 bottom surfaces protrude out so that the telescopic shaft of spring 94 to the major axis of first slide block 70 to almost parallel.
As Fig. 7, Fig. 8 and shown in Figure 9, the utility model is when package 1 is big, also be difficult for covering and tighten the forward (FWD) device, the user only needs the free end of packing tape 7 is pulled between the major and minor forward (FWD) wheel 20 and 40, motor 21 gets final product transmission master forward (FWD) wheel 20 and the secondary forward (FWD) wheel 40 of interlock, automatically packing tape 7 is rolled into the action of tightening package 1 in the conduction band frame 30, reach the function that the not interrupted and automatic conduction band of fastening straps enters.
As Fig. 5, Fig. 6 and Figure 10 are to shown in Figure 15, the utility model is when tightening package 1, transmission component 50 is promptly accepted the automatically controlled motor 51 that makes and is rotated, and interlock camshaft 53 rotates, at this moment cam 531 is in rotation process, when choosing is impelled the pulley 63 elder generations arrival side grain 532 on the connecting rod 60 not hold by side grain 532 displacements of its periphery, pulley 63 is pushed away, and to make connecting rod 60 be that fulcrum is swung (as Figure 12 and shown in Figure 13) a little towards a side with the bottom, and then utilize connecting rod 60 tops to engage the control position bolt 75 of first slide block 70, and make first slide block 70 towards same side slip, a bolt of leading of seat board 22 bottom surfaces of at this moment main forward (FWD) wheel 20 is crossed in the long guide hole 732, seat board 22 is promptly led the displacement of a bolt 23 and is retreated, promptly lead first long guide hole 121 displacements (as shown in Figure 6) of a bolt 23 on frame plate 12, therefore taking turns 20 when main forward (FWD) is subjected to the interlock of seat board 22 and breaks away from secondary forward (FWD) wheel 40, seat board 22 retreats and utilizes bolt 24 extension springs 25 simultaneously, bolt 24 is at second long guide hole 122 intrinsic displacements (as shown in Figure 6), when treating that cam 531 rotation amplitudes are big, pulley 63 is crossed side grain 532 ends and the outer circumference surface of importing cam 531, this moment pulley 63 to be pushed away amplitude bigger, and then impel connecting rod 60 tops to drive the displacement that first slide block 70 is made longer distance, so that slotted hole 81 displacements of second slide block 80 of first slide block, 70 interlock bottom surfaces and abut against key 92 and moved, also driving support body 90 after key 92 is subjected to is that fulcrum is towards same side oscillation to stand to central siphon 91, so support body 90 lifts outside homonymy together with conduction band frame 30 and secondary forward (FWD) wheel 40, can make packing tape 7 disengaging conduction band framves 30 and tighten package 1, at this moment, bolt 76 extension springs 78 that reset of first slide block 70, support body 90 upright to also extension spring 94 of the body of rod 93, treat that cam 531 goes back to side grain 531 central pulleys 63 with connecting rod 60 and pastes after touch, pulley 63 pastes after touch, pulley 63 promptly loses and is subjected to thrust and connecting rod 60 is replied, first slide block 70, seat board 22 and support body 90 promptly are subjected to spring 78,25,94 elasticity recovery and retracting, be normality positioning states (as shown in Figure 10 and Figure 11), like this can be when tightening package 1, it is smooth and easy that packing tape 7 is deviate from, and makes easy for operation.
Claims (2)
1, a kind of vertical banding machine is tightened the F﹠R device, and it is tightened the forward (FWD) device and is taken turns by main forward (FWD), and conduction band frame and secondary forward (FWD) wheel are formed, and it is characterized in that: take turns the frame plate forward position that is erected at a body end face with the main forward (FWD) that a motor is connected on the seat board; An inboard support body, support body and the internal body of connecting in stage casing that is positioned at vertical slotted hole in-to-in conduction band frame of body front panel central authorities is pivoted, and conduction band bridge joint proximal portion has an open-work, and the open-work side is connected with a block; Being hubbed on the open-work of conduction band frame and the wheel face subsides of main forward (FWD) wheel touches.
2, vertical banding machine as claimed in claim 1 is tightened the F﹠R device, it is characterized in that: cassette unloading device is made up of transmission component, connecting rod, first slide block, second slide block and support body, wherein: be positioned at body in-to-in transmission component and stood and constituted to camshaft by motor, reductor and, there is the cam of a periphery along the side grain that forms a suitable length on the camshaft top; Upright top to the connecting rod that is provided with is jagged, and bottom and internal body appropriate location articulate, and stage casing affixed is pivoted with the lug of a pulley; Lateral direction penetrating has horizontal two slotted holes and a long guide hole on first slide block of horizontally set, long guide hole one end is the small-bore, the other end is a larger aperture, the trailing flank of first slide block central authorities and organize respectively near long guide hole place and to establish a control bolt and a bolt that resets, two slotted holes that two-screw penetrates on the frame plate and first slide block post first slide block below the frame plate of body end face, control position bolt snaps in the breach on side rod top, the dowel bolt that is spirally connected of holding reset bolt and frame plate bottom surface is colluded at the two ends of one spring respectively, with the interior smaller aperture due opposite position of the long guide hole of first slide block the one the second two long guide holes are arranged on the frame plate, one bottom pulley be fitted in the long guide hole of first slide block hole wall lead that a bolt is upward through the first long guide hole of frame plate and main forward (FWD) wheel seat board bottom surface is spirally connected, one bolt also upwards penetrates from the second long guide hole of frame plate bottom surface and is spirally connected with main forward (FWD) wheel base plate bottom surface, one spring, one end colludes to be held this and is spirally connected, the other end is gone into a key for the stage casing tip cutting of the upright support body that articulates to central siphon and with the internal body appropriate location, the slotted hole of the second slide block bottom surface is then inserted on this key top, support body has one upright to the body of rod near conduction band frame place, an end hook joint of a spring then colludes at the other end on this club shaft and is held in the vertical rod that the frame plate bottom surface protruded out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00243867 CN2440006Y (en) | 2000-07-26 | 2000-07-26 | Band feed-withdrawing device for tightly binding of vertical package binder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00243867 CN2440006Y (en) | 2000-07-26 | 2000-07-26 | Band feed-withdrawing device for tightly binding of vertical package binder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2440006Y true CN2440006Y (en) | 2001-07-25 |
Family
ID=33603666
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00243867 Expired - Fee Related CN2440006Y (en) | 2000-07-26 | 2000-07-26 | Band feed-withdrawing device for tightly binding of vertical package binder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2440006Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874425A (en) * | 2011-07-13 | 2013-01-16 | 赖建发 | Reverse tension mechanism for a strapping machine |
-
2000
- 2000-07-26 CN CN 00243867 patent/CN2440006Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874425A (en) * | 2011-07-13 | 2013-01-16 | 赖建发 | Reverse tension mechanism for a strapping machine |
| CN102874425B (en) * | 2011-07-13 | 2014-11-05 | 赖建发 | Reverse tension mechanism for a strapping machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |