CN205891982U - Multidirectional linkage frame of conveyor - Google Patents
Multidirectional linkage frame of conveyor Download PDFInfo
- Publication number
- CN205891982U CN205891982U CN201620644655.7U CN201620644655U CN205891982U CN 205891982 U CN205891982 U CN 205891982U CN 201620644655 U CN201620644655 U CN 201620644655U CN 205891982 U CN205891982 U CN 205891982U
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- Prior art keywords
- hinge
- gear
- support
- multidirectional
- conveying machinery
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Abstract
The utility model provides a multidirectional linkage frame of conveyor, belongs to conveying equipment technical field, including the support, the support by left socle, right branch frame link the board on, link the board and positioning troughed plate constitutes down, support middle zone is equipped with multidirectional aggregate unit, multidirectional aggregate unit comprises left hinge, right hinge, left -handed screw connecting rod, dextrorotation threaded connecting rod, reverse -flighted screw, lifting screw, gear control case, technical field 0, technical field 1 and mount, the utility model discloses interchangeability is strong, and the practicality is wide, convenient operation, drops into for a short time, and the multidirectional linkage frame of conveyor that has strong practicality replaces a large amount of manual operation among the production operation process, and the low price is practical high -efficient.
Description
Technical field
This utility model belongs to conveying equipment technical field, is related to a kind of frames of conveying machinery, particularly a kind of
Brush board conveying machinery multidirectional linkage frame.
Background technology
As life articles for daily use, toothbrush kind and species demand improve toothbrush year by year, the therefore production work of toothbrush
Skill also constantly update regenerate, need by brush or brush holder be transported to other machining areas transfer machinery numerous, be such as transported to plant
Hair turntable mechanism region carries out planting hair processing etc., and numerous conveying machineries needs frame, and the length of particularly conveying machinery differs
During cause, the standardization that can adjust is needed to obtain frame, so providing a kind of registration, cheap, practicality and high efficiency basis
Conveying machinery length freely adjusts matching frame.
Utility model content
The deficiency that this utility model exists in use for above-mentioned existing brush board conveying machinery support, proposes a kind of
Conveying machinery multidirectional linkage frame, compact conformation, automatically control, capable of expansion and contraction, can be in an operation place according to different rule
The free adjustment length of conveying machinery of lattice, height, it is also possible to rapidly adjustment length, highly simultaneously, make frame adjustment time contract
Short, conveying machinery operates steadily, and improves existing toothbrush manufacturing technology level.
The technical solution of the utility model: a kind of multidirectional linkage frame of conveying machinery, including support, described support is by left
Frame, right support, upper plate, lower plate and positioning groove plate composition it is characterised in that: described support zone line is provided with multidirectional linkage
Device, described multidirectional linkage by left hinge, right hinge, left hand thread connecting rod, right-handed thread connecting rod, reverse-flighted screw,
Lifting screw, gear control box, control gear, servomotor and fixed mount are constituted；Described left hinge is arranged on described left socle
Interior, described right hinge is arranged in right support, a hinge-unit between described left hinge and right hinge hinged centrally through institute
State the b hinge-unit that left hand thread connecting rod is hinged, between described left hinge and right hinge hinged centrally through described dextrorotation
Whorl brace rod is hinged, and the female thread coupling that described left hand thread connecting rod is provided with by center with right-handed thread connecting rod is connected
Described reverse-flighted screw, described reverse-flighted screw horizontal positioned, the pars intermedia of described reverse-flighted screw is provided with rotate gear, described turning gear
Take turns the control gear matches being connected with gear control box to be connected；
Described gear control box is arranged on described fixed mount, and described control gear moves in the position of upper, middle and lower, institute
The left side stating gear control box connects described control gear, and right side connects described servomotor, and described control gear is watched with described
Take and between motor, be provided with handle；Described lifting screw right angle setting, lower end is rotated in the lifter wheel being connected with described fixed mount
Intracardiac screw thread coupling connects, the articulated linkage between the connection expansion link of upper end.
Described left socle and right support are constituted by two poles, and left socle and right support upper end are equipped with flexible leading
Rail, left socle and right support lower end are equipped with lower telescopic rail, and positioning groove plate is separately fixed at the top of left socle and right support,
The bottom of left socle and right support is equipped with roller, and upper plate and lower plate are all fixedly installed between left socle and right support,
Upper plate is connected with positioning groove plate, and lower plate is connected with roller, and positioning groove plate is provided with elevator, and elevator passes through
Rack pinion connects handwheel.
The cross sectional shape of described pole is " c " font, and section " c " v notch v of two poles is mounted opposite.
Described a hinge-unit intersects assembling by two hinge-rods, and hinge-rod two ends are provided with roller, one end of a hinge-rod
Roller is arranged in telescopic rail, and other end roller is arranged in " c " font groove of pole, one end rolling of another hinge-rod
Wheel is arranged in lower telescopic rail, and other end roller is arranged in " c " font groove of another pole；B hinge-unit and a hinge
The structure of unit is identical with installation site.
Described left hand thread connecting rod center is provided with levogyrate inner thread, the left-handed spiral shell of levogyrate inner thread and reverse-flighted screw
Stricture of vagina coupling connects rotation.
Described right-handed thread connecting rod center is provided with dextrorotation female thread, the dextrorotation spiral shell of dextrorotation female thread and reverse-flighted screw
Stricture of vagina coupling connects rotation.
The described reverse-flighted screw left side is provided with left hand thread, and the right is provided with right-handed thread, and the rotate gear in centre position is circle
Gear with curved teeth, the control gear matches being connected with gear control box.
Described lifter wheel is wildhaber-novikov gear, the control gear matches being connected with gear control box.
Described fixation is erected at the centre position of support, moves with support.
The beneficial effects of the utility model are: the utility model proposes a kind of conveying machinery multidirectional linkage frame, structure
Simply, operation principle is clear, capable of expansion and contraction, can freely adjust length in an operation place according to the conveying machinery of different size
Degree, height, it is also possible to rapidly adjustment length, highly simultaneously, make frame adjustment time shorten, conveying machinery operates steadily, and carries
High existing toothbrush manufacturing technology level.This utility model interchangeability is strong, and practicality is wide, and easy to operate, input is little, has more real
With a kind of conveying machinery multidirectional linkage frame of property, substitute substantial amounts of artificial operation during production operation, cheap practicality
Efficiently.
Brief description
Fig. 1 is this positive structure diagram of this utility model.
Fig. 2 is this utility model right side structural representation.
Fig. 3 is the cross section structure schematic diagram of pole in this utility model.
Fig. 4 is multidirectional linkage positive structure diagram in this utility model.
Fig. 5 is multidirectional linkage right side structural representation in this utility model.
Fig. 6 is gear control box linkage adjustment length height condition structural representation in this utility model.
Fig. 7 is gear control box single action adjustment length status architecture schematic diagram in this utility model.
Fig. 8 is that in this utility model, gear control box single action adjusts height condition structural representation.
In figure: roller 1, pole 2, positioning groove plate 3, brush board conveying machinery 4, support 5, upper telescopic rail 6, articulated linkage 7,
Multidirectional linkage 8, fixed mount 9, lower telescopic rail 10, left socle 11, left hinge 12, handwheel 13, elevator 14, upper plate
15th, right hinge 16, lower plate 17, right support 18, left hand thread connecting rod 19, left hand thread 20, reverse-flighted screw 21, lifting screw
22nd, lifter wheel 23, control gear 24, handle 25, gear control box 26, servomotor 27, right-handed thread 28, right-handed thread
Connecting rod 29, rotate gear 30.
Specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings:
As shown in figures 1-8, the multidirectional linkage frame of a kind of conveying machinery, including support 5, support 5 is by left socle 11, right support
18th, upper plate 15, lower plate 17 and positioning groove plate 3 form, and support 5 zone line is provided with multidirectional linkage 8, multidirectional linkage dress
Put 8 by left hinge 12, right hinge 16, left hand thread connecting rod 19, right-handed thread connecting rod 29, reverse-flighted screw 21, lifting screw
22nd, gear control box 26, control gear 24, servomotor 27 and fixed mount 9 are constituted；Left hinge 12 is arranged in left socle 11,
Right hinge 16 is arranged in right support 18, a hinge-unit between left hinge 12 and right hinge 16 hinged centrally through left-handed
Whorl brace rod 19 is hinged, and the hinged of b hinge-unit between left hinge 12 and right hinge 16 is connected centrally through right-handed thread
Bar 29 is hinged, and the female thread coupling that left hand thread connecting rod 19 is provided with by center with right-handed thread connecting rod 29 is connected two-way spiral shell
Bar 21, reverse-flighted screw 21 horizontal positioned, the pars intermedia of reverse-flighted screw 21 is provided with rotate gear 30, rotate gear 30 and shift control
Control gear 24 coupling that case 26 connects is connected；
As shown in figures 1-8, the multidirectional linkage frame of a kind of conveying machinery, gear control box 26 is arranged on fixed mount 9, controls
Gear 24 moves in the position of upper, middle and lower, and the left side of gear control box 26 connects control gear 24, and right side connects servomotor
27, control and be provided with handle 25 between gear 24 and servomotor 27；Lifting screw 22 right angle setting, lower end is rotated with fixed mount 9
The lifter wheel 23 center female thread coupling connecting connects, the articulated linkage 7 between the connection expansion link of upper end.
Left socle 11 and right support 18 are constituted by two poles 2, and left socle 11 and right support 18 upper end are equipped with and stretch
Contracting guide rail 6, left socle 11 and right support 18 lower end are equipped with lower telescopic rail 10, and positioning groove plate 3 is separately fixed at left socle 11
With the top of right support 18, the bottom of left socle 11 and right support 18 is equipped with roller 1, and upper plate 15 and lower plate 17 are all solid
Surely it is arranged between left socle 11 and right support 18, upper plate 15 is connected with positioning groove plate 3, lower plate 17 is with roller 1 even
Connect fixation, positioning groove plate 3 is provided with elevator 14, elevator 14 connects handwheel 13 by rack pinion.The section of pole 2
It is shaped as " c " font, section " c " v notch v of two poles is mounted opposite.A hinge-unit intersects assembling, hinge by two hinge-rods
Chain bar two ends are provided with roller, and one end roller of a hinge-rod is arranged in telescopic rail, and other end roller is arranged on pole
" c " font groove in, one end roller of another hinge-rod is arranged in lower telescopic rail, and other end roller is arranged on another
In " c " font groove of pole；B hinge-unit is identical with the structure of a hinge-unit and installation site.In left hand thread connecting rod 19
Heart position is provided with levogyrate inner thread, and levogyrate inner thread is connected rotation with left hand thread 20 coupling of reverse-flighted screw.Right-handed thread is even
Extension bar 29 center is provided with dextrorotation female thread, and dextrorotation female thread is connected rotation with right-handed thread 28 coupling of reverse-flighted screw.Double
It is provided with left hand thread 20 to screw rod 21 left side, the right is provided with right-handed thread 28, and the rotate gear 30 in centre position is wildhaber-novikov gear,
The control gear 24 being connected with gear control box is mated.Lifter wheel 23 is wildhaber-novikov gear, the control being connected with gear control box 26
Gear 24 processed mates.Fixed mount 9 is located at the centre position of support 5, moves with support 5.
As shown in figures 1-8, a kind of operation principle of conveying machinery multidirectional linkage frame is as follows: during use, brush board conveyer
Tool 4 is placed on positioning groove plate 3, when brush board conveying machinery 4 changes, that is, needs to adjust frame 5, passes through handle during regulation
The position of control gear 24 upper, middle and lower of 25 mobile gear control boxes 26, realizes quick single action and adjusts height, realize linkage
Adjustment length, highly, realizes quick single action adjustment length, so that frame 5 adjustment time is shortened, conveying machinery 4 operates steadily,
After by handwheel 13, elevator 14 can be finely adjusted, reach to frame 5 fine setting purpose, make conveying machinery 4 surrounding
Highly consistent, concrete operation step is as follows:
(1) as shown in fig. 6, by the control gear 24 of the mobile gear control box 26 of handle 25 so as to superincumbent position,
Now control gear 24 and lifter wheel 23 engaged transmission, Operation switch switches on power, and servomotor 27 rotates, lifter wheel
23 rotations, lifter wheel 23 center female thread drives the lifting screw 22 that coupling connects to rotate, and makes 14 liters of elevator by connecting rod 7
Height, realizes the quick height increasing frame 5；Operation switch makes servomotor 27 invert, and lifter wheel 23 rotates backward, and lifts spiral shell
Bar 22 rotates backward, and realizes the quick height reducing frame 5；Finally by handwheel 13, elevator 14 is finely adjusted, it is right to reach
The purpose of frame 5 fine setting, makes the highly consistent of conveying machinery 4 surrounding, so that conveying machinery 4 is up to the standard state.
(2) as shown in fig. 7, gear 24 controlled so as in middle position by the mobile gear control box 26 of handle 25,
Gear 24 and lifter wheel 23, rotate gear 30 is now controlled to be simultaneously engaged transmission, Operation switch switches on power, servomotor 27
Rotate, lifter wheel 23 rotates, lifter wheel 23 center female thread drives the lifting screw 22 that coupling connects to rotate, by connecting rod
7 make elevator 14 raise, simultaneously drive rotate gear 30 drive reverse-flighted screw 21 rotate, make a hinge-unit, b hinge-unit it
Between distance reduce, the length of support 5 shortens.Realize height increase, the quick adjustment of contraction in length of frame 5, obtain and conveying
The optimum efficiency that machinery 4 coupling uses；Operation switch makes servomotor 27 invert, and controls gear 24 to rotate backward, realizes frame 5
Height reduction, the quick adjustment of length elongation, obtain mating the optimum efficiency using with conveying machinery 4；Finally by handwheel
13 pairs of elevators 14 are finely adjusted, and reach the purpose to frame 5 fine setting, make the highly consistent of conveying machinery 4 surrounding, make conveying
Machinery 4 is up to the standard state.
(3) as shown in figure 8, gear 24 controlled so as in following position by the mobile gear control box 26 of handle 25,
Now control gear 24 and rotate gear 30 engaged transmission, Operation switch switches on power, and servomotor 27 rotates, rotate gear 30
Rotate, drive reverse-flighted screw 21 to rotate, so that distance between a hinge-unit, b hinge-unit is reduced, the length of support 5 shortens.Real
The quick adjustment of existing frame 5 contraction in length, obtains mating the optimum efficiency using with conveying machinery 4.
Claims (9)
1. the multidirectional linkage frame of a kind of conveying machinery, including support (5), described support (5) is by left socle (11), right support
(18), upper plate (15), lower plate (17) and positioning groove plate (3) composition it is characterised in that: described support (5) zone line sets
There is multidirectional linkage (8), described multidirectional linkage (8) is by left hinge (12), right hinge (16), left hand thread connecting rod
(19), right-handed thread connecting rod (29), reverse-flighted screw (21), lifting screw (22), gear control box (26), control gear
(24), servomotor (27) and fixed mount (9) are constituted；Described left hinge (12) is arranged in described left socle (11), the described right side
Hinge (16) is arranged in right support (18), a hinge-unit between described left hinge (12) and right hinge (16) hinged in
The heart is hinged by described left hand thread connecting rod (19), the b hinge-unit between described left hinge (12) and right hinge (16)
Hinged hinged centrally through described right-handed thread connecting rod (29), described left hand thread connecting rod (19) and right-handed thread connecting rod
(29) the female thread coupling being provided with by center connects described reverse-flighted screw (21), described reverse-flighted screw (21) horizontal positioned, institute
The pars intermedia stating reverse-flighted screw (21) is provided with rotate gear (30), and described rotate gear (30) is connected with gear control box (26)
Gear (24) coupling is controlled to be connected；
Described gear control box (26) is arranged on described fixed mount (9), and described control gear (24) is in the position of upper, middle and lower
Mobile, the left side of described gear control box (26) connects described control gear (24), and right side connects described servomotor (27), institute
State and be provided with handle (25) between control gear (24) and described servomotor (27)；Described lifting screw (22) right angle setting, under
End is rotated lifter wheel (23) the center female thread coupling being connected and connects, between the connection expansion link of upper end with described fixed mount (9)
Articulated linkage (7).
2. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described left socle (11) and
Right support (18) is constituted by two poles (2), and left socle (11) and right support (18) upper end are equipped with telescopic rail (6),
Left socle (11) and right support (18) lower end are equipped with lower telescopic rail (10), and positioning groove plate (3) is separately fixed at left socle
(11) and right support (18) top, the bottom of left socle (11) and right support (18) is equipped with roller (1), upper plate (15) and
Lower plate (17) is all fixedly installed between left socle (11) and right support (18), and upper plate (15) is connected with positioning groove plate (3)
Fixing, lower plate (17) is connected with roller (1), and positioning groove plate (3) is provided with elevator (14), and elevator (14) passes through
Rack pinion connects handwheel (13).
3. a kind of conveying machinery according to claim 2 multidirectional linkage frame it is characterised in that: the cutting of described pole (2)
Face is shaped as " c " font, and section " c " v notch v of two poles is mounted opposite.
4. a kind of conveying machinery according to claim 2 multidirectional linkage frame it is characterised in that: described a hinge-unit by
Two hinge-rods intersect assembling, and hinge-rod two ends are provided with roller, and one end roller of a hinge-rod is arranged in telescopic rail,
Other end roller is arranged in " c " font groove of pole, and one end roller of another hinge-rod is arranged in lower telescopic rail, separately
One end roller is arranged in " c " font groove of another pole；The structure of b hinge-unit and a hinge-unit and installation site phase
With.
5. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described left hand thread connects
Bar (19) center is provided with levogyrate inner thread, and levogyrate inner thread is connected rotation with left hand thread (20) coupling of reverse-flighted screw.
6. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described right-handed thread connects
Bar (29) center is provided with dextrorotation female thread, and dextrorotation female thread is connected rotation with right-handed thread (28) coupling of reverse-flighted screw.
7. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described reverse-flighted screw (21)
The left side is provided with left hand thread (20), and the right is provided with right-handed thread (28), and the rotate gear (30) in centre position is wildhaber-novikov gear, with
Control gear (24) coupling that gear control box connects.
8. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described lifter wheel (23)
For wildhaber-novikov gear, control gear (24) coupling being connected with gear control box (26).
9. a kind of conveying machinery according to claim 1 multidirectional linkage frame it is characterised in that: described fixed mount (9) sets
In the centre position of support (5), move with support (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644655.7U CN205891982U (en) | 2016-06-24 | 2016-06-24 | Multidirectional linkage frame of conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644655.7U CN205891982U (en) | 2016-06-24 | 2016-06-24 | Multidirectional linkage frame of conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205891982U true CN205891982U (en) | 2017-01-18 |
Family
ID=57769155
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620644655.7U Expired - Fee Related CN205891982U (en) | 2016-06-24 | 2016-06-24 | Multidirectional linkage frame of conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205891982U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109867106A (en) * | 2017-12-05 | 2019-06-11 | 广东佳隆食品股份有限公司 | A kind of modular belts with automatic recognition system |
-
2016
- 2016-06-24 CN CN201620644655.7U patent/CN205891982U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109867106A (en) * | 2017-12-05 | 2019-06-11 | 广东佳隆食品股份有限公司 | A kind of modular belts with automatic recognition system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 Termination date: 20190624 |