CN208470287U - A kind of bottled water cap drawing machine - Google Patents
A kind of bottled water cap drawing machine Download PDFInfo
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- CN208470287U CN208470287U CN201820740635.9U CN201820740635U CN208470287U CN 208470287 U CN208470287 U CN 208470287U CN 201820740635 U CN201820740635 U CN 201820740635U CN 208470287 U CN208470287 U CN 208470287U
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- clamping device
- bucket
- guide rail
- staving
- staving clamping
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Abstract
The utility model discloses a kind of bottled water cap drawing machines, including the conveyer belt being arranged on the rack, staving clamping device, and corresponding with staving clamping device pull out cap assemblies, it is equally spacedly equipped on a moving belt several for positioning the setting element of bucket, and the linkage element positioned at setting element side, the staving clamping device is movably disposed in rack, the cap assemblies that pull out are connected with corresponding staving clamping device, the staving clamping device has an initial position and a final position, the rack is equipped with the resetting apparatus that staving clamping device can be made to be moved back to initial position by final position, when the bucket on conveyer belt is moved to positioned at the staving clamping device side of initial position, linkage element makes the staving clamping device to link together, cap assemblies and bucket synchronizing moving are pulled out to final position.The utility model reduces the power consumption and abrasion when conveyer belt work in which not only can dramatically, but also improves the efficiency that bung is pulled out with can dramatically.
Description
Technical field
The utility model relates to bottled water production technical fields to be used to pull out more particularly, to a kind of bottled water cap drawing machine
Except the cap on the bucket of bottled water.
Background technique
In bottled water manufacturing process, needs the bucket first used recycling to pull out cap, then disappear to bucket
Poison cleaning, then just can be filling again and be encapsulated with plastic cover.
In order to reduce working strength and improve production efficiency, usual people are by having the lid that pulls out for pulling out lid arrangement to produce
Line pulls out the cap of bucket.Bucket is first placed on the chain-plate type conveyer belt on production line by operator, when bucket quilt
It is moved to when pulling out lid arrangement position, so that bucket is stopped movement with a stop device, then pull out lid arrangement and on the one hand clamp bucket
Ladle body, on the other hand clamp the cap on the bucket neck of bucket and lift upwards, to complete pulling out for cap.It keeps off at this time
Stop device releases the locking to bucket, and the bucket for pulling out cap continues to move forward, and stop device again keeps off subsequent bucket
Stop locking, and repeats to pull out the movement of cap.
Although existing such lid production line that pulls out can realize pulling out automatically for bung, it still has following defect:
Firstly, when stop device make bucket locking on a moving belt when, conveyer belt still maintains operating status, to avoid the frequency of conveyer belt
Numerous starting.In this way, will form a friction between the bucket and conveyer belt of locking.In particular, the bucket on conveyer belt is continuous
It places, therefore, when any one bucket is locked up, subsequent whole bucket all can only be stopped simultaneously on conveyer belt, thus
Great frictional resistance is caused, increases the power consumption and abrasion of pipeline significantly.Secondly as only stopping for bucket and pulling out for bung
Except being carried out separately, that is to say, that the bucket of only front terminates after pulling out bung, and subsequent bucket could move forward simultaneously
Start pulling out for bung, therefore is unfavorable for improving the efficiency that bung is pulled out.
Utility model content
One purpose of the utility model is to solve existing barrelled bucket cover and pull out power consumption present in production line
Big problem, provides a kind of bottled water cap drawing machine with abrasion, reduces power consumption and abrasion when conveyer belt work with can dramatically.
Another purpose of the utility model is to solve existing barrelled bucket cover and pull out present in production line not
The problem of pulling out lid efficiency conducive to raising provides a kind of bottled water cap drawing machine, improves the efficiency that bung is pulled out with can dramatically.
To achieve the goals above, the utility model uses a kind of following technical scheme: bottled water cap drawing machine, including setting
On the rack for convey the conveyer belt of staving, staving clamping device and it is corresponding with staving clamping device pull out cap assemblies,
It is equally spacedly equipped with several setting elements for positioning bucket and the linkage member positioned at setting element side on a moving belt
Part, the staving clamping device are movably disposed in rack, and the cap assemblies that pull out are connected with corresponding staving clamping device
It connects, the staving clamping device has an initial position and a final position, and the rack, which is equipped with, so that staving is pressed from both sides
The resetting apparatus that device is moved back to initial position by final position is held, when the bucket on conveyer belt is moved to the bucket positioned at initial position
When body clamping device side, linkage element makes the staving clamping device to link together, pulls out cap assemblies and bucket synchronizing moving extremely
Final position.
The utility model will pull out cap assemblies and be connected with body clamping device, to make the two can be together along machine frame movement.
When needing to pull out bung, bucket can be first successively placed on conveyer belt by we, and accurately and reliably be positioned by setting element,
Make to keep a fixed spacing between adjacent bucket.When the bucket on conveyer belt is moved to staving clamping device side,
The linkage element for being correspondingly located at setting element side can push staving clamping device to move forward, and then make to link together
Staving clamping device, pull out cap assemblies it is synchronous with bucket move forward.In moving process, staving clamping device can be acted,
Bucket is firmly clamped, and pulls out cap assemblies then concurrently-acting, the bung on bucket is pulled out, to complete pulling out for bung
It removes.That is, conveyer belt remains continuous operation state, and bucket is then transmitting during entirely pulling out bung
The synchronous forward movement state of holding is taken, so as to thoroughly avoid being formed relative friction between bucket and conveyer belt, and resets dress
It sets, staving clamping device can be made to be moved back to initial position and reset together with pulling out cap assemblies, in order to which the bung of subsequent bucket pulls out
It removes.It is understood that we can be set multiple staving clamping devices and pull out cap assemblies accordingly, so as to successively carry out
Lid is pulled out, to improve the efficiency for pulling out lid.
Preferably, the staving clamping device includes the bracket being movably disposed in rack, bracket is laterally arranged
On the U-shaped pressure fork that is driven by the cylinder, when bucket is moved to positioned at the staving clamping device side of initial position, U-shaped pressure fork is horizontal
To stretching, it is located at the bucket neck of bucket in U-shaped pressure fork.
When U-shaped pressure fork, which is driven by the cylinder, to be crossed out, need to pull out the bucket neck of the bucket of bung just by detent in U-shaped
In pressure fork, to form the limit of up and down direction to bucket, avoid when pulling out lid arrangement and pulling out bung upwards ladle body to moving up
It is dynamic.Existing staving clamping device is usually the ladle body for directly clamping lower part, then avoids ladle body by frictional force when clamping
It moves up.It is known that the chucking power to ladle body is bigger than corresponding frictional force, that is to say, that wanted to the chucking power of ladle body
Greater than power required for limit ladle body, and the periphery of ladle body part is that compression strength and rigidity are most weak, therefore, is easily caused
Ladle body is recessed when clamping, on the one hand be easy to cause the damage of bucket, is on the other hand easy to influence reliability when bucket clamping.
The U-shaped pressure fork of the utility model is on the one hand convenient from side holding bucket, and be conducive to avoid and move up and down pulls out cap assemblies shape
At interference, on the other hand, U-shaped pressure fork itself does not form clamping action to bucket, when pulling out cap assemblies and lifting bucket upwards, U-shaped
The junction of the ladle body and bucket neck of pressing the bucket of fork, which is formed, to stop, the limit resistance with pull out cap assemblies and upward mentioned to what bucket generated
Pulling force is essentially equal, to reduce staving clamping device with can dramatically to the pressure on bucket surface, and the ladle body and bucket of bucket
The compression strength and rigidity of the junction of neck are more many by force than the periphery of ladle body, therefore can be effectively prevented from staving clamping device
It is damaged caused by bucket.
Preferably, the resetting apparatus includes the ring-shaped guide rail being horizontally disposed in rack, in the ring-shaped guide rail
Equipped with the synchronization chain being connected with staving clamping device, the ring-shaped guide rail include the semicircular guide rail in two sections of front and back and
It is connected to the guide rail of the two sections of linears in left and right between half circular track, thus make the ring-shaped guide rail in oblong, it is described straight
Linear guide rail is parallel with the moving direction of conveyer belt, and the ring-shaped guide rail is equipped with several staving clamping devices.
Since the guide rail of linear and the moving direction of conveyer belt are parallel, when staving clamping device is in ring-shaped guide rail
In linear guide rail on when moving, staving clamping device and the cap assemblies connected to it that pull out can remain and conveyer belt
On bucket synchronizing moving.When staving clamping device is located at one end of the guide rail of linear, it is in initial position；Work as linkage
When the other end for the guide rail that element pushes staving clamping device to be moved to linear, it is in final position, to complete to one
A bung is pulled out.Synchronization chain can make to be arranged in each staving clamping device on ring-shaped guide rail and keep synchronizing moving.Work as transmission
When taking the latter staving clamping device movement on subsequent linkage element promotion ring-shaped guide rail, the previous bucket positioned at final position
Body clamping device can be redirected into semicircular guide rail, to disengage with corresponding linkage element, until along ring-shaped guide rail
It re-moves to initial position.
Preferably, the quantity of the staving clamping device is 4, the length of semicircular guide rail in the ring-shaped guide rail
With the equal length of the guide rail of linear.
Due to the equal length of the guide rail of the length and linear of guide rail semicircular in ring-shaped guide rail, close to conveyer belt
The guide rail of linear and subsequent semicircular rail attachment point constitute initial position, the guide rail of another linear with below
Semicircular rail attachment point i.e. constitute the first holding fix；Correspondingly, the guide rail close to the linear of conveyer belt and front
Semicircular rail attachment point constitute final position, the guide rail of another linear and the semicircular guide rail of front connect
Place constitutes the second holding fix.That is, when wherein 1 staving clamping device is located at initial position, remaining 3 bucket
Body clamping device is located at final position, the first holding fix and the second holding fix.In this way, when the bucket positioned at initial position
First bucket of body gripping apparatus grips and synchronizing moving complete when pulling out of bung to final position, are located at first and wait position
The staving clamping device set just is moved to initial position, to clamp second bucket, and synchronous forward movement；
At the same time, remaining two staving clamping device then respectively move forward a position.And so on, four staving clamping devices are
Recyclable work to realize that continuous bung is pulled out, and can be effectively prevented between each staving clamping device and form interference.
Preferably, the cap assemblies that pull out include setting crossbeam on the bracket, the crossbeam be equipped with vertically to
Under lifting cylinder, the finger cylinder of bung can be clamped by being equipped in the downward piston rod end of lifting cylinder.
The flexibility that finger cylinder has the finger of similar people the same, it is convenient to clamp bung.When lifting cylinder drives
When finger cylinder rises, bung can be made mutually to separate with bucket neck.Using the power source of cylinder action movement executive component, have fast
Fast, clean advantage.
Therefore, the utility model has the following beneficial effects: reduce the power consumption and mill when conveyer belt work with both can dramatically
Damage, and improve the efficiency that bung is pulled out with can dramatically.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the utility model.
In figure: 1, rack 11, conveyer belt 111, setting element 112, linkage element 2, staving clamping device 21, branch
Frame 22, pulls out cap assemblies 31, crossbeam 32, lifting cylinder 33, finger cylinder 4, ring-shaped guide rail at U-shaped pressure fork 3.
Specific embodiment
The utility model is further described with specific embodiment with reference to the accompanying drawing.
As shown in Figure 1, a kind of bottled water cap drawing machine, including rack 1, it is arranged on the rack conveyer belt for conveying staving
11, the conveyer belt of chain-plate type preferably can be used in conveyer belt, to be conducive to the steady placement and movement of bucket.In addition, we
It needs to be movably disposed the staving clamping device 2 for clamping bucket on the rack, pull out cap assemblies 3 for pull out bung,
And it pulls out cap assemblies to be connected with staving clamping device.In addition, being equally spacedly arranged on a moving belt several for positioning bucket
Setting element 111, and each setting element side be arranged linkage element 112.Staving clamping device has an initial position
An and final position.
When needing to pull out bung, bucket can be first successively placed on conveyer belt by we, and make bucket by setting element
Accurately and reliably positioning makes to keep a fixed spacing between adjacent bucket on a moving belt.Preferably, setting element packet
The locating plate of front, rear, left and right four straight up is included, locating plate is fixed on the carrier bar of conveyer belt, and four locating plates are located at one
On a circle compatible with the bucket bottom diameter of bucket, positioned to be put into bucket can in four locating plates.Certain locating plate
Upper end can be formed slopely guide section outward, in order to being put into for bucket.
When first bucket on conveyer belt is moved to positioned at the staving clamping device side of initial position, it is located at positioning
The linkage element of the setting element side of first bucket can push staving clamping device to move forward, and then make to be connected to one
Rise staving clamping device, pull out cap assemblies it is synchronous with bucket forward movement.In this moving process, staving clamping device, that is, movable
Make, bucket is firmly clamped, and pull out cap assemblies then concurrently-acting, the bung on bucket is pulled out, to complete bung
Automatically it pulls out.That is, conveyer belt remains continuous operation state, and bucket is then during entirely pulling out bung
Synchronous forward movement state is kept, on a moving belt so as to thoroughly avoid forming relative friction between bucket and conveyer belt.It needs
It is noted that linkage element can be convex block, the vertical rod piece etc. of setting on a moving belt, to be convenient to drive bucket
Body clamping device moves forward.In addition, the direction in the present embodiment is to be located at transmission on the basis of the moving direction of conveyer belt
It is front side before direction of belt travel, it is rear side that it is subsequent, which to be located at transmission direction of belt travel, and defines left and right side with this.?
That is the bucket on conveyer belt is that side is moved forward from rear side.
It is understood that we also need to be arranged one to make staving clamping device from final position reset movement to
The resetting apparatus of initial position, when staving clamping device together with pull out cap assemblies move together to final position and complete bung from
Dynamic when pulling out, resetting apparatus makes the staving clamping device have final position to be moved back to initial position, in order to the bung of subsequent bucket
It pulls out.
For the ease of the clamping to bucket, staving clamping device includes the vertical bracket being movably disposed in rack
21, it is laterally positioned in the U-shaped on bracket and being driven by the cylinder and presses fork 22, U-shaped pressure fork is horizontally disposed, and U-shaped presses opening for fork
Mouth width degree should be greater than the bucket neck outer diameter of bucket.When bucket is moved to positioned at the staving clamping device side of initial position, cylinder
Driving U-shaped pressure fork crosses out, and is located at the bucket neck of bucket in the opening of U-shaped pressure fork, so as to effectively limit the upper of bucket
It moves.
The resetting apparatus of the utility model includes the ring-shaped guide rail 4 being horizontally disposed in rack, setting in ring-shaped guide rail
The bracket of synchronization chain, staving clamping device is movably disposed on ring-shaped guide rail, and bracket is connected with synchronization chain.
The left side of conveyer belt is arranged in ring-shaped guide rail, specifically includes the semicircular guide rail in two sections of front and back and is connected to half circular track
Between the two sections of linears in left and right guide rail, to make entire ring-shaped guide rail in oblong, and the guide rail of linear and transmission
The moving direction of band is parallel.Certainly, several staving clamping devices should be equipped on ring-shaped guide rail, each staving clamping device is logical
It crosses synchronization chain and forms synchronizing moving.
When staving clamping device moves on the guide rail of the linear on the right side of conveyer belt in ring-shaped guide rail, staving
Clamping device and the cap assemblies connected to it that pull out can remain and the bucket synchronizing moving on conveyer belt.It is filled when staving clamps
Setting in the guide rail of the linear on right side rear end when, be in initial position；When linkage element push staving clamping device to
Before be moved to linear guide rail front end when, be in final position, thus complete a bung is pulled out.Work as conveyer belt
When upper subsequent linkage element pushes the latter staving clamping device movement on ring-shaped guide rail, the previous staving positioned at final position
Clamping device can be redirected into semicircular guide rail, to disengage with corresponding linkage element, until along ring-shaped guide rail weight
Newly it is moved to initial position.
Further, settable 4 of staving clamping device correspondingly pull out cap assemblies with what staving clamping device was connected
Quantity be 4, each staving clamping device pulls out cap assemblies with one and is connected.In addition, semicircular guide rail in ring-shaped guide rail
Length and linear guide rail equal length.In this way, the guide rail of the linear on right side and subsequent semicircular guide rail connect
It meets place and constitutes initial position, the guide rail of the linear in left side and subsequent semicircular rail attachment point constitute first and wait
Position；Correspondingly, the guide rail of the linear on right side and the semicircular rail attachment point of front constitute final position, left side
The guide rail of linear and the semicircular rail attachment point of front constitute the second holding fix.That is, ought wherein 1 bucket
When body clamping device is located at initial position, remaining 3 staving clamping device be located at final position, the first holding fix and
Second holding fix.In this way, when first bucket of staving gripping apparatus grips positioned at initial position and synchronizing moving extremely termination
Position and complete when pulling out of bung, a staving clamping device positioned at the first holding fix is just moved to initial position,
To clamp second bucket, and synchronous forward movement；At the same time, before remaining two staving clamping device is then distinguished
Move a position.And so on, four staving clamping devices can cycle operation, to realize that continuous bung is pulled out, and
It can be effectively prevented between each staving clamping device and form interference.
It should be noted that we can also make the mobile speed of the synchronization chain in ring-shaped guide rail by corresponding transmission mechanism
It spends and is consistent with the movement speed of conveyer belt.
Preferably, pulling out cap assemblies includes that the crossbeam 31 extended on bracket towards conveyer belt side is arranged in, and is arranged on crossbeam
Lifting cylinder 32 straight down can clamp the finger cylinder 33 of bung in the downward piston rod end setting of lifting cylinder.
Finger cylinder is a kind of existing pneumatic element, the flexibility for having the finger of similar people the same, it is convenient to
Clamp bung.When lifting cylinder drives finger cylinder to rise, bung can be made mutually to separate with bucket neck.It is acted using cylinder action
The power source of executive component has the advantages that quick, clean.
Claims (5)
1. a kind of bottled water cap drawing machine, including be arranged on the rack conveyer belt for conveying staving, staving clamping device and
It is corresponding with staving clamping device to pull out cap assemblies, characterized in that be equally spacedly equipped on a moving belt several for positioning water
The setting element of bucket and linkage element positioned at setting element side, the staving clamping device are movably disposed at machine
On frame, the cap assemblies that pull out are connected with corresponding staving clamping device, and the staving clamping device has an initial position
And a final position, the rack, which is equipped with, can be such that staving clamping device is filled by the reset that final position is moved back to initial position
It sets, when the bucket on conveyer belt is moved to positioned at the staving clamping device side of initial position, linkage element makes to be connected to one
Rise staving clamping device, pull out cap assemblies and bucket synchronizing moving to final position.
2. a kind of bottled water cap drawing machine according to claim 1, characterized in that the staving clamping device includes removable
Ground setting rack on bracket, laterally be arranged bracket on be driven by the cylinder U-shaped pressure fork, when bucket is moved to positioned at initial bit
When the staving clamping device side set, U-shaped pressure fork is crossed out, and is located at the bucket neck of bucket in U-shaped pressure fork.
3. a kind of bottled water cap drawing machine according to claim 1, characterized in that the resetting apparatus includes horizontally being arranged
Ring-shaped guide rail on the rack, the ring-shaped guide rail is interior to be equipped with the synchronization chain being connected with staving clamping device, the annular
Guide rail includes the guide rail of the semicircular guide rail in two sections of front and back and the two sections of linears in left and right being connected between half circular track,
To make the ring-shaped guide rail in oblong, the guide rail of the linear and the moving direction of conveyer belt are parallel, and the annular is led
Rail is equipped with several staving clamping devices.
4. a kind of bottled water cap drawing machine according to claim 3, characterized in that the quantity of the staving clamping device is 4
It is a, the equal length of the guide rail of the length and linear of semicircular guide rail in the ring-shaped guide rail.
5. a kind of bottled water cap drawing machine according to claim 2, characterized in that the cap assemblies that pull out include being arranged described
Crossbeam on bracket, the crossbeam are equipped with lifting cylinder straight down, are equipped in the downward piston rod end of lifting cylinder
The finger cylinder of bung can be clamped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820740635.9U CN208470287U (en) | 2018-05-17 | 2018-05-17 | A kind of bottled water cap drawing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820740635.9U CN208470287U (en) | 2018-05-17 | 2018-05-17 | A kind of bottled water cap drawing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208470287U true CN208470287U (en) | 2019-02-05 |
Family
ID=65217748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820740635.9U Active CN208470287U (en) | 2018-05-17 | 2018-05-17 | A kind of bottled water cap drawing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208470287U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111153368A (en) * | 2020-01-13 | 2020-05-15 | 贵州夜郎谷水业有限公司 | Cover pulling equipment for barreled water |
-
2018
- 2018-05-17 CN CN201820740635.9U patent/CN208470287U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111153368A (en) * | 2020-01-13 | 2020-05-15 | 贵州夜郎谷水业有限公司 | Cover pulling equipment for barreled water |
| CN111153368B (en) * | 2020-01-13 | 2022-07-15 | 贵州夜郎谷水业有限公司 | Cover pulling equipment for barreled water |
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