CN207932558U - A kind of transport switching mechanism - Google Patents
A kind of transport switching mechanism Download PDFInfo
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- CN207932558U CN207932558U CN201820315441.4U CN201820315441U CN207932558U CN 207932558 U CN207932558 U CN 207932558U CN 201820315441 U CN201820315441 U CN 201820315441U CN 207932558 U CN207932558 U CN 207932558U
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Abstract
The utility model is related to a kind of switching mechanisms, in particular it is a kind of transport switching mechanism, active transport mechanism, driven transport establishment, switching mechanism and toggle mechanism can be driven to be moved simultaneously by actuating unit, belt wheel, power belt wheel, dynamic conveyer belt roller I, the guarantee active transport mechanism identical with the diameter of driven pulley of active transport belt wheel II, driven transport establishment, the switching mechanism stirred is synchronous with the toggle mechanism period of motion；Active transport mechanism can will be in cargo transport to switching mechanism, switching mechanism drives short connecting rod I, short connecting rod II, long connecting rod I and long connecting rod II to be swung by crank cam, and short connecting rod I and short connecting rod II drive returning face plate I and returning face plate II to overturn cargo；Toggle mechanism toggles it to the cargo that overturning is completed in driven transport establishment.A kind of transport switching mechanism of the utility model, including actuating unit, active transport machine, driven transport establishment, switching mechanism and toggle mechanism.
Description
Technical field
The utility model is related to a kind of switching mechanisms, are in particular a kind of transport switching mechanisms.
Background technology
Such as a kind of switching mechanisms of patent No. CN206871996U, described support column one end are connected on pedestal fixed block,
The fixed plate is fixed on by fixed block on the support column other end, and the cylinder fixed block and the setting of buffer fixed block are solid
On fixed board, the buffer is arranged on buffer fixed block, and the lifting cylinder is arranged in cylinder fixed block, the support
Frame is connected to by sliding block in fixed plate, and the lifting cylinder power rail is connected on supporting rack, the turning and clamping device and
Buffer stopper is arranged on supporting rack, and the buffer stopper is located above buffer, and the clamping device is arranged in turning and clamping device
On；The shortcomings that utility model is cannot to overturn material in transportational process.
Utility model content
The purpose of this utility model is to provide a kind of transport switching mechanism, can turn over material in transportational process
Turn.
The purpose of this utility model is achieved through the following technical solutions：
A kind of transport switching mechanism, including actuating unit, active transport machine, driven transport establishment, switching mechanism and stir
Mechanism, the actuating unit include power motor and power belt wheel, and power belt wheel is fixedly connected on dynamic by connecting key and clamp spring
On the output shaft of force motor；
The active transport machine include active support plate I, active support plate II, active transport axis I, active transport belt wheel I,
Active transport belt wheel II, crank cam and active transport wheel I, crank cam includes crank cam body, short chain connects column and length links
Column, crank cam body are circular slab, and short chain connects column and long link column is respectively welded at the both sides eccentric position of crank cam body；It is bent
Handle cam body is fixedly connected on the right end of active transport axis I by connecting key and clamp spring, and active transport belt wheel II passes through connecting key
The left end of active transport axis I is fixedly connected on clamp spring, active transport wheel I is fixedly connected on by connecting key and clamp spring and is actively transported
The middle-end of defeated axis I, active transport belt wheel I are fixedly connected on by connecting key and clamp spring on active transport axis I, active transport belt wheel
I is arranged between crank cam and active transport belt wheel I, and the both ends of active transport axis I are connected by bearing and clamp spring rotation respectively
It is connected in active support plate I and active support plate II, active support plate II is arranged in active transport belt wheel II and active transport wheel I
Between, active support plate I is arranged between active transport belt wheel I and active transport wheel I；
The driven transport establishment includes driven carriage I, driven carriage II, transport driven shaft I, driven pulley and driven wheel
I, driven pulley is fixedly connected on the left end of transport driven shaft I by connecting key and clamp spring, and driven wheel I passes through connecting key and clamp spring
Be fixedly connected on transport driven shaft I middle-end, transport driven shaft I both ends be rotatably connected on respectively by bearing and clamp spring it is driven
On holder I and driven carriage II；
The switching mechanism includes torsion shaft I, torsion shaft II, short connecting rod I, short connecting rod II, long connecting rod I, long connecting rod II, turns over
The left end of flap I and returning face plate II, returning face plate I is provided with support object slot I, and the right end of returning face plate II is provided with support object slot II, overturning
The right end of plate I is bolted to connection on torsion shaft I, and the left end of returning face plate I is bolted to connection in torsion shaft II
On, the upper end of short connecting rod I is bolted to connection the right end in torsion shaft I, and the upper end of short connecting rod II is fixedly connected on overturning
The right end of axis II, the lower end of short connecting rod I are hinged on one end of long connecting rod I, and the lower end of short connecting rod II is hinged on the one of long connecting rod II
End；
The toggle mechanism includes toggle mechanism holder I, toggle mechanism holder II, gear I, gear II, stirs belt wheel, dials
Moving axis I stirs hand, transport driven shaft II, active transport axis II, active transport wheel II, shifting shaft II and driven wheel II, gear II
The left end of shifting shaft II is fixedly connected on by connecting key and clamp spring, stir belt wheel by connecting key and clamp spring be fixedly connected on dial
The both ends of the right end of moving axis II, shifting shaft II are rotatably connected on toggle mechanism holder I by bearing and clamp spring respectively and stir machine
On structure holder II；Gear I is fixedly connected on the left end of shifting shaft I by connecting key and clamp spring, stirs hand and passes through connecting key and card
Spring is fixedly connected on shifting shaft I, and the both ends of shifting shaft I are rotatably connected on toggle mechanism holder I by bearing and clamp spring respectively
On toggle mechanism holder II；Active transport wheel II is fixedly connected on by connecting key and clamp spring on active transport axis II, actively
The both ends of transport axis II are rotatably connected on by bearing and clamp spring on toggle mechanism holder I and toggle mechanism holder II respectively, main
Dynamic transport axis II is located at the downside of shifting shaft II；Driven wheel II is fixedly connected on transport driven shaft II by connecting key and clamp spring
On, the both ends of transport driven shaft II are rotatably connected on toggle mechanism holder I and toggle mechanism holder by bearing and clamp spring respectively
On II, transport driven shaft II is located at the downside of shifting shaft I, and gear I and gear II engage；
The power motor is bolted to connection in active support plate I, and power belt wheel and active transport belt wheel I are logical
V belt translation connection is crossed, power belt wheel is connected with belt wheel is stirred by V belt translation, and active transport belt wheel II and driven pulley pass through band
It is sequentially connected, active transport wheel I and active transport wheel II are connected by conveyer belt I, and driven wheel I and driven wheel II pass through conveyer belt
The left end of II connection, long connecting rod I is hinged on long link column, and the left end of shifting shaft I is hinged on short chain and connects on column.
As advanced optimizing for the technical program, a kind of transport switching mechanism of the utility model, the long link column
Length is more than the length that short chain connects column.
As advanced optimizing for the technical program, a kind of transport switching mechanism of the utility model, the gear I and gear
II number of teeth is identical.
As advanced optimizing for the technical program, a kind of transport switching mechanism of the utility model is described to stir belt wheel, move
Power belt wheel, dynamic conveyer belt roller I, active transport belt wheel II are identical with the diameter of driven pulley.
A kind of transport switching mechanism of the utility model has the beneficial effect that：
A kind of transport switching mechanism of the utility model can drive active transport mechanism, driven simultaneously by actuating unit
Transport establishment, switching mechanism and toggle mechanism are moved, described to stir belt wheel, power belt wheel, dynamic conveyer belt roller I, actively transport
Feed roller II identical guarantee active transport mechanism, driven transport establishment, switching mechanism and is stirred with the diameter of driven pulley
Mechanism kinematic cycle synchronisation；Active transport mechanism can be by cargo transport to switching mechanism, and switching mechanism passes through crank cam
Short connecting rod I, short connecting rod II, long connecting rod I and long connecting rod II is driven to be swung, short connecting rod I and short connecting rod II drive I He of returning face plate
Returning face plate II overturns cargo；Toggle mechanism toggles it to the cargo that overturning is completed in driven transport establishment.
Description of the drawings
The utility model is described in more detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is the transport switching mechanism overall structure diagram of the utility model；
Fig. 2 is the actuating unit structural schematic diagram of the utility model；
Fig. 3 is the active transport mechanism structure schematic diagram of the utility model；
Fig. 4 is the crank cam structural schematic diagram of the utility model；
Fig. 5 is driven transport establishment's structural schematic diagram of the utility model；
Fig. 6 is the switching mechanism structural schematic diagram of the utility model；
Fig. 7 is I structural schematic diagram of returning face plate of the utility model；
Fig. 8 is II structural schematic diagram of returning face plate of the utility model；
Fig. 9 is the toggle mechanism structural schematic diagram of the utility model；
Figure 10 is that the utility model stirs hand structural schematic diagram.
In figure：Actuating unit 1；Power motor 1-1；Power belt wheel 1-2；Active transport mechanism 2；I 2-1 of active support plate；
II 2-2 of active support plate；I 2-3 of active transport axis；I 2-4 of active transport belt wheel；II 2-5 of active transport belt wheel；Crank cam 2-
6；Crank cam body 2-6-1；Short chain meets column 2-6-2；Long link column 2-6-3；I 2-7 of active transport wheel；Driven transport establishment 3；From
I 3-1 of dynamic holder；II 3-2 of driven carriage；Transport I 3-3 of driven shaft；Driven pulley 3-4；I 3-5 of driven wheel；Switching mechanism 4；Overturning
I 4-1 of axis；II 4-2 of torsion shaft；I 4-3 of short connecting rod；II 4-4 of short connecting rod；I 4-5 of long connecting rod；II 4-6 of long connecting rod；I 4-7 of returning face plate；
Hold in the palm I 4-7-1 of object slot；II 4-8 of returning face plate；Hold in the palm II 4-8-1 of object slot；Toggle mechanism 5；I 5-1 of toggle mechanism holder；Toggle mechanism branch
II 5-2 of frame；I 5-3 of gear；II 5-4 of gear；Stir belt wheel 5-5；I 5-6 of shifting shaft；Stir hand 5-7；Transport II 5-8 of driven shaft；
II 5-9 of active transport axis；II 5-10 of active transport wheel；II 5-11 of shifting shaft；II 5-12 of driven wheel.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
Specific implementation mode one：
Illustrate present embodiment, a kind of transport switching mechanism, including actuating unit 1, active transport with reference to Fig. 1-10
Machine 2, driven transport establishment 3, switching mechanism 4 and toggle mechanism 5, can by actuating unit 1 simultaneously drive active transport machine 2,
Driven transport establishment 3, switching mechanism 4 and toggle mechanism 5 are moved, described to stir belt wheel 5-5, power belt wheel 1-2, dynamic transport
I 2-4 of belt wheel, II 2-5 of active transport belt wheel identical guarantee active transport machine 2, driven transport with the diameter of driven pulley 3-4
Mechanism 3, switching mechanism 4 are synchronous with 5 period of motion of toggle mechanism；Active transport machine 2 can be by cargo transport to switching mechanism 4
Interior, switching mechanism 4 drives I 4-3 of short connecting rod, II 4-6 of II 4-4 of short connecting rod, I 4-5 of long connecting rod and long connecting rod by crank cam 2-6
It is swung, I 4-3 of short connecting rod and II 4-4 of short connecting rod drive I 4-7 of returning face plate and II 4-8 of returning face plate to overturn cargo；It dials
Motivation structure 5 toggles it to the cargo that overturning is completed in driven transport establishment 3；
The actuating unit 1 includes power motor 1-1 and power belt wheel 1-2, and power belt wheel 1-2 passes through connecting key and clamp spring
It is fixedly connected on the output shaft of power motor 1-1；
The active transport machine 2 includes I 2-1 of active support plate, II 2-2 of active support plate, I 2-3 of active transport axis, active
I 2-4 of conveyer belt roller, II 2-5 of active transport belt wheel, crank cam 2-6 and active transport wheel I 2-7, crank cam 2-6 include song
Handle cam body 2-6-1, short chain meet column 2-6-2 and long link column 2-6-3, and crank cam body 2-6-1 is circular slab, and short chain meets column 2-
6-2 and long link column 2-6-3 is respectively welded at the both sides eccentric position of crank cam body 2-6-1；Crank cam body 2-6-1 passes through
Connecting key and clamp spring are fixedly connected on the right end of I 2-3 of active transport axis, and II 2-5 of active transport belt wheel passes through connecting key and clamp spring
It is fixedly connected on the left end of I 2-3 of active transport axis, I 2-7 of active transport wheel is fixedly connected on by connecting key and clamp spring and is actively transported
The middle-end of I 2-3 of defeated axis, I 2-4 of active transport belt wheel are fixedly connected on by connecting key and clamp spring on I 2-3 of active transport axis, main
I 2-4 of dynamic conveyer belt roller is arranged between I 2-4 of crank cam 2-6 and active transport belt wheel, the both ends point of I 2-3 of active transport axis
It is not rotatably connected on II 2-2 of I 2-1 of active support plate and active support plate by bearing and clamp spring, II 2-2 of active support plate is set
It sets between I 2-7 of II 2-5 of active transport belt wheel and active transport wheel, I 2-1 of active support plate is arranged in I 2- of active transport belt wheel
Between 4 and I 2-7 of active transport wheel；
The driven transport establishment 3 includes I 3-1 of driven carriage, II 3-2 of driven carriage, I 3-3 of transport driven shaft, driven belt
Wheel 3-4 and driven wheel I 3-5, driven pulley 3-4 are fixedly connected on the left end of I 3-3 of transport driven shaft by connecting key and clamp spring,
I 3-5 of driven wheel is fixedly connected on the middle-end of I 3-3 of transport driven shaft, the both ends of I 3-3 of transport driven shaft by connecting key and clamp spring
It is rotatably connected on II 3-2 of I 3-1 of driven carriage and driven carriage by bearing and clamp spring respectively；
The switching mechanism 4 includes I 4-1 of torsion shaft, II 4-2 of torsion shaft, I 4-3 of short connecting rod, II 4-4 of short connecting rod, long connecting rod
I 4-5, II 4-6 of long connecting rod, I 4-7 of returning face plate and returning face plate II 4-8, I 4-7 of returning face plate left end be provided with I 4-7-1 of support object slot,
The right end of II 4-8 of returning face plate is provided with II 4-8-1 of support object slot, and the right end of I 4-7 of returning face plate is bolted to connection in torsion shaft
On I 4-1, the left end of I 4-7 of returning face plate is bolted to connection on II 4-2 of torsion shaft, and the upper end of I 4-3 of short connecting rod passes through spiral shell
Bolt is fixedly connected on the right end of I 4-1 of torsion shaft, and the upper end of II 4-4 of short connecting rod is fixedly connected on the right end of II 4-2 of torsion shaft, short
The lower end of I 4-3 of connecting rod is hinged on one end of I 4-5 of long connecting rod, and the lower end of II 4-4 of short connecting rod is hinged on the one of II 4-6 of long connecting rod
End；
The toggle mechanism 5 includes I 5-1 of toggle mechanism holder, II 5-2 of toggle mechanism holder, I 5-3 of gear, II 5- of gear
4, belt wheel 5-5, I 5-6 of shifting shaft are stirred, stirs hand 5-7, II 5-8 of transport driven shaft, II 5-9 of active transport axis, active transport wheel
II 5-10, II 5-11 of shifting shaft and driven wheel II 5-12, II 5-4 of gear are fixedly connected on shifting shaft II by connecting key and clamp spring
The left end of 5-11 stirs the right end that belt wheel 5-5 is fixedly connected on II 5-11 of shifting shaft by connecting key and clamp spring, II 5- of shifting shaft
11 both ends are rotatably connected on by bearing and clamp spring on II 5-2 of I 5-1 of toggle mechanism holder and toggle mechanism holder respectively；Tooth
The left end that I 5-3 is fixedly connected on I 5-6 of shifting shaft by connecting key and clamp spring is taken turns, it is solid by connecting key and clamp spring to stir hand 5-7
Surely it is connected on I 5-6 of shifting shaft, the both ends of I 5-6 of shifting shaft are rotatably connected on toggle mechanism holder by bearing and clamp spring respectively
On II 5-2 of I 5-1 and toggle mechanism holder；II 5-10 of active transport wheel is fixedly connected on active transport by connecting key and clamp spring
On II 5-9 of axis, the both ends of II 5-9 of active transport axis respectively by bearing and clamp spring be rotatably connected on I 5-1 of toggle mechanism holder and
On II 5-2 of toggle mechanism holder, II 5-9 of active transport axis is located at the downside of II 5-11 of shifting shaft；II 5-12 of driven wheel passes through company
It connects key and clamp spring is fixedly connected on II 5-8 of transport driven shaft, the both ends of II 5-8 of transport driven shaft pass through bearing and clamp spring respectively
It is rotatably connected on II 5-2 of I 5-1 of toggle mechanism holder and toggle mechanism holder, transport II 5-8 of driven shaft is located at I 5-6 of shifting shaft
Downside, I 5-3 of gear and gear II 5-4 engagement；
The power motor 1-1 is bolted to connection on I 2-1 of active support plate, power belt wheel 1-2 and actively fortune
I 2-4 of feed roller is connected by V belt translation, and power belt wheel 1-2 is connected with belt wheel 5-5 is stirred by V belt translation, active transport belt wheel
II 2-5 is connected with driven pulley 3-4 by V belt translation, and I 2-7 of active transport wheel and II 5-10 of active transport wheel pass through conveyer belt I
Connection, I 3-5 of driven wheel and II 5-12 of driven wheel are connected by conveyer belt II, and the left end of I 4-5 of long connecting rod is hinged on long link column
On 2-6-3, the left end of I 5-6 of shifting shaft is hinged on short chain and connects on column 2-6-2.
The length of the long link column 2-6-3 is more than the length that short chain meets column 2-6-2；By I 4-5 of long connecting rod and long connecting rod II
The position of 4-6, which is staggered, to be avoided interference with.
I 5-3 of the gear is identical with the number of teeth of II 5-4 of gear；Ensure that toggle mechanism 5 and driven transport establishment 3 move week
Phase synchronizes.
It is described to stir belt wheel 5-5, power belt wheel 1-2, I 2-4 of dynamic conveyer belt roller, II 2-5 of active transport belt wheel and driven belt
The diameter for taking turns 3-4 is identical；Ensure that active transport machine 2, driven transport establishment 3, switching mechanism 4 and toggle mechanism 5 move week
Phase synchronizes.
A kind of transport switching mechanism of the utility model, its working principle is that：
The cargo that will be overturn when use is placed on conveyer belt I, starts power motor 1-1, and power belt wheel 1-2 passes through company
It connects key and clamp spring is fixedly connected on the output shaft of power motor 1-1, motor 1-1 drives the 1-2 rotations of power belt wheel, power belt wheel
1-2 is connected with I 2-4 of active transport belt wheel by V belt translation, and power belt wheel 1-2 is connected with belt wheel 5-5 is stirred by V belt translation, is moved
Power belt wheel 1-2 drives simultaneously stirs belt wheel 5-5 and the I 2-4 rotations of active transport belt wheel, and I 2-4 of active transport belt wheel passes through connecting key
It is fixedly connected on I 2-3 of active transport axis with clamp spring, II 2-5 of active transport belt wheel is fixedly connected on by connecting key and clamp spring
On I 2-3 of active transport axis, I 2-4 of active transport belt wheel drives the II 2-5 rotations of active transport belt wheel, stirs belt wheel 5-5, powered belt
Wheel 1-2, I 2-4 of dynamic conveyer belt roller, active transport belt wheel II 2-5 and driven pulley 3-4 are rotated simultaneously；I 2-4 of active transport belt wheel
I 2-7 of active transport wheel is driven to be rotated, I 2-7 of active transport wheel and II 5-10 of active transport wheel are connected by conveyer belt I, main
I 2-7 of dynamic transport wheel drives II 5-10 of active transport wheel to catch, and cargo moves on conveyer belt I；When cargo transport to returning face plate I
When on 4-7, crank cam 2-6 rotates clockwise the left end clockwise oscillation for driving II 4-6 of long connecting rod, the right side of II 4-6 of long connecting rod
End drives the lower end of II 4-4 of short connecting rod to rotate clockwise, and the upper end of II 4-4 of short connecting rod is fixedly connected on II 4-2 of torsion shaft, short
II 4-4 of connecting rod drives I 4- of returning face plate to rotate clockwise and holds up cargo；Crank cam 2-6, which is rotated clockwise, drives I 4- of long connecting rod
The right end of 5 left end clockwise oscillation, I 4-5 of long connecting rod drives I 4-3 counter-clockwise swings of short connecting rod, I 4-3 of short connecting rod to drive overturning
You rotate hour hands II 4-8 of plate, and commodity card is in support I 4-7-1 of object slot and holds in the palm in the card slot of II 4-8-1 formation of object slot, and cargo is by overturning
I 4-7 of plate is turned on II 4-8 of returning face plate；Belt wheel 5-5 band moving gear II 5-4 rotations are stirred, II 5-4 of gear and I 5-3 of gear are nibbled
It closes, gear II 5-4 band moving gear I 5-3 movements, I 5-3 of gear and II 5-4 of gear steerings are on the contrary, hand 5- is stirred in gear I 5-3 drives
7 toggle it to cargo on conveyer belt II from II 4-8 of returning face plate, and overturning transport is completed.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in the essential scope of the utility model, also belong to
In the scope of protection of the utility model.
Claims (4)
1. a kind of transport switching mechanism, including actuating unit (1), active transport machine (2), driven transport establishment (3), switching mechanism
(4) and toggle mechanism (5), it is characterised in that：The actuating unit (1) includes power motor (1-1) and power belt wheel (1-2),
Power belt wheel (1-2) is fixedly connected on by connecting key and clamp spring on the output shaft of power motor (1-1)；
The active transport machine (2) include active support plate I (2-1), active support plate II (2-2), active transport axis I (2-3),
Active transport belt wheel I (2-4), active transport belt wheel II (2-5), crank cam (2-6) and active transport wheel I (2-7), crank is convex
Wheel (2-6) includes crank cam body (2-6-1), short chain connects column (2-6-2) and length links column (2-6-3), crank cam body (2-6-
1) it is circular slab, short chain connects column (2-6-2) and long link column (2-6-3) bias is welded on crank cam body (2-6-1) respectively
Both sides eccentric position；Crank cam body (2-6-1) is fixedly connected on the right side of active transport axis I (2-3) by connecting key and clamp spring
End, active transport belt wheel II (2-5) are fixedly connected on the left end of active transport axis I (2-3) by connecting key and clamp spring, actively transported
I (2-7) of defeated wheel is fixedly connected on the middle-end of active transport axis I (2-3), active transport belt wheel I (2-4) by connecting key and clamp spring
It is fixedly connected on active transport axis I (2-3) by connecting key and clamp spring, active transport belt wheel I (2-4) is arranged in crank cam
Between (2-6) and active transport belt wheel I (2-4), the both ends of active transport axis I (2-3) are connected by bearing and clamp spring rotation respectively
It is connected in active support plate I (2-1) and active support plate II (2-2), active support plate II (2-2) is arranged in active transport belt wheel
Between II (2-5) and active transport wheel I (2-7), active support plate I (2-1) setting is in active transport belt wheel I (2-4) and actively
Between I (2-7) of transport wheel；
The driven transport establishment (3) include driven carriage I (3-1), driven carriage II (3-2), transport driven shaft I (3-3), from
Movable belt pulley (3-4) and driven wheel I (3-5), driven pulley (3-4) are fixedly connected on transport driven shaft I by connecting key and clamp spring
The left end of (3-3), driven wheel I (3-5) are fixedly connected on the middle-end of transport driven shaft I (3-3), transport by connecting key and clamp spring
The both ends of driven shaft I (3-3) are rotatably connected on driven carriage I (3-1) and driven carriage II (3-2) by bearing and clamp spring respectively
On；
The switching mechanism (4) include torsion shaft I (4-1), torsion shaft II (4-2), short connecting rod I (4-3), short connecting rod II (4-4),
Long connecting rod I (4-5), long connecting rod II (4-6), returning face plate I (4-7) and returning face plate II (4-8), the left end setting of returning face plate I (4-7)
There are support object slot I (4-7-1), the right end of returning face plate II (4-8) to be provided with support object slot II (4-8-1), the right end of returning face plate I (4-7)
It is bolted to connection on torsion shaft I (4-1), the left end of returning face plate I (4-7) is bolted to connection in torsion shaft II
On (4-2), the upper end of short connecting rod I (4-3) is bolted to connection the right end in torsion shaft I (4-1), short connecting rod II (4-4)
Upper end be fixedly connected on the right end of torsion shaft II (4-2), the lower end of short connecting rod I (4-3) is hinged on the one of long connecting rod I (4-5)
End, the lower end of short connecting rod II (4-4) is hinged on one end of long connecting rod II (4-6)；
The toggle mechanism (5) includes toggle mechanism holder I (5-1), toggle mechanism holder II (5-2), gear I (5-3), gear
II (5-4), belt wheel (5-5), shifting shaft I (5-6) are stirred, stirs hand (5-7), transport driven shaft II (5-8), active transport axis II
(5-9), active transport wheel II (5-10), shifting shaft II (5-11) and driven wheel II (5-12), gear II (5-4) pass through connecting key
It is fixedly connected on the left end of shifting shaft II (5-11) with clamp spring, stirs belt wheel (5-5) and is fixedly connected on by connecting key and clamp spring
The both ends of the right end of shifting shaft II (5-11), shifting shaft II (5-11) are rotatably connected on toggle mechanism by bearing and clamp spring respectively
On holder I (5-1) and toggle mechanism holder II (5-2)；Gear I (5-3) is fixedly connected on shifting shaft I by connecting key and clamp spring
The left end of (5-6) is stirred hand (5-7) and is fixedly connected on shifting shaft I (5-6) by connecting key and clamp spring, shifting shaft I (5-6)
Both ends be rotatably connected on toggle mechanism holder I (5-1) and toggle mechanism holder II (5-2) by bearing and clamp spring respectively；
Active transport wheel II (5-10) is fixedly connected on by connecting key and clamp spring on active transport axis II (5-9), active transport axis II
The both ends of (5-9) are rotatably connected on II (5- of toggle mechanism holder I (5-1) and toggle mechanism holder by bearing and clamp spring respectively
2) on, active transport axis II (5-9) is located at the downside of shifting shaft II (5-11)；Driven wheel II (5-12) passes through connecting key and clamp spring
It is fixedly connected on transport driven shaft II (5-8), the both ends of transport driven shaft II (5-8) are connected by bearing and clamp spring rotation respectively
It is connected on toggle mechanism holder I (5-1) and toggle mechanism holder II (5-2), transport driven shaft II (5-8) is located at I (5- of shifting shaft
6) downside, gear I (5-3) and gear II (5-4) engagement；
The power motor (1-1) is bolted to connection in active support plate I (2-1), power belt wheel (1-2) and active
Conveyer belt roller I (2-4) is connected by V belt translation, and power belt wheel (1-2) is connected with belt wheel (5-5) is stirred by V belt translation, actively
Conveyer belt roller II (2-5) is connected with driven pulley (3-4) by V belt translation, active transport wheel I (2-7) and active transport wheel II
(5-10) is connected by conveyer belt I, and driven wheel I (3-5) and driven wheel II (5-12) are connected by conveyer belt II, I (4- of long connecting rod
5) left end is hinged on long link column (2-6-3), and the left end of shifting shaft I (5-6) is hinged on short chain and connects on column (2-6-2).
2. a kind of transport switching mechanism according to claim 1, it is characterised in that：The length of the long link column (2-6-3)
Degree is more than the length that short chain meets column (2-6-2).
3. a kind of transport switching mechanism according to claim 1, it is characterised in that：The gear I (5-3) and gear II
The number of teeth of (5-4) is identical.
4. a kind of transport switching mechanism according to claim 1, it is characterised in that：It is described to stir belt wheel (5-5), powered belt
Wheel (1-2), dynamic conveyer belt roller I (2-4), active transport belt wheel II (2-5) are identical with the diameter of driven pulley (3-4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820315441.4U CN207932558U (en) | 2018-03-08 | 2018-03-08 | A kind of transport switching mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820315441.4U CN207932558U (en) | 2018-03-08 | 2018-03-08 | A kind of transport switching mechanism |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530284A (en) * | 2018-11-16 | 2019-03-29 | 施仙增 | A kind of multi-purpose cleaning implement |
| CN110367172A (en) * | 2019-07-21 | 2019-10-25 | 杭州电子科技大学 | A kind of live fish sorting unit and method for separating |
| CN111099324A (en) * | 2019-12-24 | 2020-05-05 | 浙江科技学院 | Unpowered turnover device capable of being reset actively and turning stably and working method thereof |
-
2018
- 2018-03-08 CN CN201820315441.4U patent/CN207932558U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530284A (en) * | 2018-11-16 | 2019-03-29 | 施仙增 | A kind of multi-purpose cleaning implement |
| CN109530284B (en) * | 2018-11-16 | 2020-05-15 | 施仙增 | Multifunctional cleaning tool |
| CN110367172A (en) * | 2019-07-21 | 2019-10-25 | 杭州电子科技大学 | A kind of live fish sorting unit and method for separating |
| CN111099324A (en) * | 2019-12-24 | 2020-05-05 | 浙江科技学院 | Unpowered turnover device capable of being reset actively and turning stably and working method thereof |
| CN111099324B (en) * | 2019-12-24 | 2021-03-30 | 浙江科技学院 | Unpowered turnover device capable of being reset actively and turning stably and working method thereof |
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| GR01 | Patent grant | ||
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| 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: 20181002 Termination date: 20190308 |