CN207645456U - One kind wearing core depoling shaft device automatically - Google Patents
One kind wearing core depoling shaft device automatically Download PDFInfo
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- CN207645456U CN207645456U CN201721475091.XU CN201721475091U CN207645456U CN 207645456 U CN207645456 U CN 207645456U CN 201721475091 U CN201721475091 U CN 201721475091U CN 207645456 U CN207645456 U CN 207645456U
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Abstract
The utility model discloses one kind wearing core depoling shaft device automatically, including：Core hopper is fixed in the first rack, and the first discharge port is offered on core hopper；A roll of core material bucket discharging mechanism；A roll of core material disk；Core charging tray border is surrounded on outside core charging tray, and core charging tray offers the second discharge port on border；A roll of core material disk material inspection device；A roll of core material disk discharging mechanism；Core charging tray discharging guiding mechanism is connected with core charging tray discharging mechanism；One second rack and a connecting rod；First core is oriented to storage slot device；One tumble cylinder and one second core are oriented to storage slot device；Core pusher is fixed on the first core and is oriented on storage slot device；One core limiting mechanism in place；A roll of mandrel stocking mechanism；There is a sliding rail in third rack；Core axis pushing meanss；Paper winder；Core axis drawing mechanism includes gripper and driving device.The automatic of the utility model wears that core depoling shaft device realizes the core axis after roll paper and automatically takes out.
Description
Technical field
The utility model is related to the technical fields of roll paper more particularly to one kind wearing core depoling shaft device.
Background technology
In roll paper and printing process, core is set on core axis core, and core is driven by the effect of core axis
Mobile, existing technology needs manual operation to drive the movement of core axis, when core is after roll paper is with printing, manually by core
Axis is extracted from core, not only wastes time but also efficiency is low.
Utility model content
It is led to the problem of for above-mentioned, the purpose of this utility model is to provide one kind wearing core depoling shaft device automatically.
To achieve the goals above, the technical solution that the utility model is taken is：
One kind wearing core depoling shaft device automatically, wherein further includes：One first rack and a roll of core material bucket, the core
Hopper is fixed on the upside of first rack, and the lower end of the core hopper offers the first discharge port；A roll of core material bucket goes out
Expect that mechanism, first discharge outlet are fixed with a roll of core material bucket discharging mechanism, if the core hopper discharging mechanism is used to incite somebody to action
It does the core and transfers out the core hopper；A roll of core material disk, the core charging tray are arranged at the middle part of first rack,
The core charging tray is located at the underface of the new hopper discharging mechanism of the volume；A roll of core material disk border, core charging tray border
For loop configuration, core charging tray border is fixed on the middle part of first rack, and core charging tray border is surrounded on institute
State outside core charging tray, the core charging tray offers the second discharge port on border, by the rotation of the core charging tray generate from
Mental and physical efforts make to fit on the inside of several core and core charging tray border；A roll of core material disk material inspection device, the core
Charging tray material inspection device is arranged on the core hopper discharging mechanism, and the core charging tray material inspection device is for detecting the core
The quantity of the core in charging tray；A roll of core material disk discharging mechanism, second discharge outlet are fixed with a core material
Disk discharging mechanism, several core in the core charging tray are entered from second discharge port under the influence of centrifugal force
In the core charging tray discharging mechanism；A roll of core material disk discharging guiding mechanism, the core charging tray discharging guiding mechanism with it is described
Core charging tray discharging mechanism is connected, and several core are delivered to the core charging tray and gone out by the core charging tray discharging mechanism
Expect guiding mechanism；One second rack and a connecting rod, second rack are located at the side of first rack, the connecting rod
One end be fixedly connected with first rack, the other end of the connecting rod is fixedly connected with second rack；One first
Core is oriented to storage slot device, and first core is oriented to one end of storage slot device and the core charging tray discharging guiding mechanism
It is connected, the other end that first core is oriented to storage slot device is fixed in second rack, and the core charging tray goes out
Several core are delivered to first core and are oriented in storage slot device by material guiding mechanism；One tumble cylinder and one second
Core is oriented to storage slot device, and the cylinder body of the tumble cylinder is fixed in second rack, the shaft of the tumble cylinder
One end that storage slot device is oriented to second core is fixedly connected, and second core is oriented to the other end of storage slot device
The other end that storage slot device is oriented to first core is rotatably connected, and the tumble cylinder is for driving the volume Two
Core is oriented to storage slot device rotation；One core pusher, the core pusher are fixed on first core and are oriented to storage
It deposits on slot device, the core pusher is used to push several core that first core is oriented in storage slot device
It is oriented in storage slot device into second core；One core limiting mechanism in place, the core in place limiting mechanism one
End be fixed in the connecting rod, the core in place limiting mechanism the other end setting first core be oriented to accumulator tank
On device, limiting mechanism controls the core pusher to the core in place；A roll of mandrel stocking mechanism, the core axis storage
It deposits mechanism to be fixed in second rack, core axis stocking mechanism is located at the side of the tumble cylinder, the core
Axis stocking mechanism is used for storage roll mandrel；One third rack, the third rack are located at second rack relative to described
The other side of one rack, a sliding rail is provided in the third rack, and the sliding rail is oriented to accumulator tank dress with second core
It sets perpendicular；A roll of mandrel pushing meanss, the core axis pushing meanss are fixed on second rack and the third rack
Between, if the core axis pushing meanss are used to drive the core axis to be oriented on storage slot device through second core
Do the core；One paper winder, the paper winder are fixed in second rack, and the paper winder is located at described the
Two core are oriented to the side of storage slot device, and the paper winder is used to several core carrying out roll paper；A roll of mandrel is taken out
Go out mechanism, the core axis drawing mechanism is arranged in the third rack, and the core axis drawing mechanism includes a machinery
Pawl and a driving device, the driving device and the sliding rail slidable connection, the driving device are fixed with the gripper
Connection, the core axis drawing mechanism, which is used to take out the core axis from several core, is shipped back the core axis storage
It deposits in mechanism.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein a pressure roller, the pressure are provided on the paper winder
Roller is used to fix several core when the core axis drawing mechanism extracts the core axis.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein a roll of core material stirring is provided in the core hopper
Device, the core material agitating device are used to stir several core in the core hopper.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein is provided with a roll on the lower surface of the core charging tray
Core material spirals rotating motor and a reduction box, and the motor shaft of the core charging tray electric rotating machine is connected with the reduction box, described
Core charging tray electric rotating machine is used to drive the rotation of the core charging tray.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein a tilting slide plate, institute are fixed in second rack
Tilting slide plate is stated to be located between the paper winder and second core guiding storage slot device.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein the tilting slide plate is oriented to close to the second core and stores up
Deposit height of the height of slot device more than it close to the paper winder.
Above-mentioned one kind wearing core depoling shaft device automatically, wherein the first core is oriented to storage slot device and described second
Core is oriented to storage slot device and is connected.
Due to the above-mentioned technology of use, the good effect for being allowed to have compared with prior art is the utility model：
(1) the automatic of the utility model wears that core depoling shaft device realizes the core axis after roll paper and automatically takes out,
Improve production efficiency.
Description of the drawings
Fig. 1 is the automatic vertical view for wearing core depoling shaft device of the utility model.
Fig. 2 is the automatic partial schematic diagram for wearing core depoling shaft device of the utility model.
Fig. 3 is that automatic second core for wearing core depoling shaft device of the utility model is oriented to storage slot device, reel machine
The schematic diagram of structure and tilting slide plate.
In attached drawing：1, the first rack；2, core hopper；211, the first discharge port；3, core hopper discharging mechanism；4, core
Charging tray；5, core charging tray material inspection device；6, core charging tray border；7, core charging tray discharging mechanism；8, core charging tray discharging is oriented to
Mechanism；9, the second rack；10, connecting rod；11, the first core is oriented to storage slot device；12, the second core is oriented to accumulator tank dress
It sets；13, tumble cylinder；14, core limiting mechanism in place；15, paper winder；16, core axis stocking mechanism；17, third rack；
18, core axis pushing meanss；19, core axis drawing mechanism；20, core material agitating device；21, core charging tray electric rotating machine；22、
Reduction box；23, tilting slide plate；24, sliding rail；25, pressure roller.
Specific implementation mode
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, but not as the utility model
It limits.
Fig. 1 is the automatic vertical view for wearing core depoling shaft device of the utility model, and Fig. 2 is that the automatic of the utility model is worn
The partial schematic diagram of core depoling shaft device, Fig. 3 are that automatic second core for wearing core depoling shaft device of the utility model is led
To storage slot device, the schematic diagram of paper winder and tilting slide plate.It refers to shown in Fig. 1, Fig. 2 and Fig. 3, shows a kind of preferable
The automatic of embodiment wears core depoling shaft device, including：One first rack 1 and a roll of core material bucket 2, core hopper 2 are fixed on the
The lower end of the upside of one rack 1, core hopper 2 offers the first discharge port 211, and core hopper 2 is for feeding.
Further, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material bucket discharging
Mechanism 3, a roll of core material bucket discharging mechanism 3 is fixed at the first discharge port 211, and core hopper discharging mechanism 3 is used for several volumes
Core transfers out core hopper 2.
Further, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material disk 4,
Core charging tray 4 is arranged at the middle part of the first rack 1, and core charging tray 4 is located at the underface for rolling up new hopper discharging mechanism 3, core material
Several core are delivered in core charging tray 4 by bucket discharging mechanism 3.
Further, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material disk week
Circle 6, core charging tray border 6 are loop configuration, and core charging tray border 6 is fixed on the middle part of the first rack 1, core charging tray border 6
It is surrounded on outside core charging tray 4, the second discharge port (not shown) is offered on core charging tray border 6, passes through core charging tray 4
Rotation, which generates centrifugal force, makes several core and the inside of core charging tray border 6 fit.
In addition, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material disk inspection material dress
5 are set, core charging tray material inspection device 5 is arranged on core hopper discharging mechanism 3, and core charging tray material inspection device 5 goes out with core hopper
Expect that mechanism 3 signal connection, core charging tray material inspection device 5 are used to detect the quantity of the core in core charging tray 4, when core charging tray is examined
When material device 5 detects that the quantity of the core in core charging tray 4 exceeds preset value, core hopper discharging mechanism 3 stops to core
Charging tray 4 conveys core.
Moreover, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material disk discharging machine
Structure 7, the second discharge outlet are fixed with a roll of core material disk discharging mechanism 7, effect of several core in core charging tray 4 in centrifugal force
Under entered in core charging tray discharging mechanism 7 from the second discharge port.
Furthermore as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：A roll of core material disk discharging is led
To mechanism 8, core charging tray discharging guiding mechanism 8 is connected with core charging tray discharging mechanism 7, if core charging tray discharging mechanism 7 will
Dry core is delivered to core charging tray discharging guiding mechanism 8, and core charging tray discharging guiding mechanism 8 is by several core marshallings.
In addition, as a kind of preferred embodiment, wearing core depoling shaft device automatically further includes：One second rack 9 and one
Connecting rod 10, the second rack 9 are located at the side of the first rack 1, and one end of connecting rod 10 is fixedly connected with the first rack 1, connection
The other end of bar 10 is fixedly connected with the second rack 9.
In addition, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One first core
It is oriented to storage slot device 11, one end that the first core is oriented to storage slot device 11 is connected with core charging tray discharging guiding mechanism 8,
The other end that first core is oriented to storage slot device 11 is fixed in the second rack 9, and core charging tray discharging guiding mechanism 8 is used for will
Several core marshallings are simultaneously delivered in the first core guiding storage slot device 11.
In addition, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One tumble cylinder
13 and one second core be oriented to storage slot device 12, the cylinder body of tumble cylinder 13 is fixed in the second rack 9, tumble cylinder 13
One end that shaft is oriented to storage slot device 12 with the second core is fixedly connected, and the second core is oriented to the other end of storage slot device 12
The other end that storage slot device 11 is oriented to the first core is rotatably connected, and tumble cylinder 13 is for driving the second core to be oriented to storage
Deposit the rotation of slot device 12.
Moreover, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One core pushes
Device (not shown), core pusher are fixed on the first core and are oriented on storage slot device 11, and core pusher is used
Enter in second core guiding storage slot device 12 in pushing several core that the first core is oriented in storage slot device 11.
In addition, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One core is in place
One end of limiting mechanism 14, core limiting mechanism 14 in place is fixed in connecting rod 10, core limiting mechanism 14 in place it is another
End setting is oriented in the first core on storage slot device 11, and several core have been piled with when the second core is oriented on storage slot device 12
When, the core core pusher of the control of limiting mechanism 14 in place is stopped.
Further, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：A roll of mandrel
Stocking mechanism 16, core axis stocking mechanism 16 are fixed in the second rack 9, and core axis stocking mechanism 16 is located at tumble cylinder 13
Side, core axis stocking mechanism 16 are used for storage roll mandrel (not shown).
Further, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One third
Rack 17, third rack 17 are located at the other side of second rack 9 relative to the first rack 1, sliding rail are fixed in third rack 17
24, sliding rail 24 and the second core guiding storage slot device 12 are perpendicular.
In addition, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：A roll of mandrel pushes away
Dynamic device 18, core axis pushing meanss 18 are fixed between the second rack 9 and third rack 17, and core axis pushing meanss 18 are used for
A roll of mandrel is driven to be oriented to several core on storage slot device 12 through the second core.
In addition, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：One paper winder
15, paper winder 15 is fixed in the second rack 9, and paper winder 15 is located at the side that the second core is oriented to storage slot device 12,
The height of paper winder 15 is less than the height that the second core is oriented to storage slot device 12, when core axis pushing meanss 18 drive a roll
For mandrel after several core that the second core is oriented on storage slot device 12, tumble cylinder 13 drives the second core to be oriented to storage
Slot device 12 is overturn, and core axis and several core skid off the second core guiding storage slot device 12 and enter paper winder 15 together,
Several core are carried out roll paper processing by paper winder 15 respectively, and sliding rail 24 is located at paper winder 15 and the second core is oriented to accumulator tank
Between device 12.
Moreover, as a kind of preferred embodiment, wherein wearing core depoling shaft device automatically further includes：A roll of mandrel is taken out
Go out mechanism 19, core axis drawing mechanism 19 is arranged in third rack 17, and core axis drawing mechanism 19 includes a gripper (figure
In be not shown) an and driving device (not shown), driving device and 24 slidable connection of sliding rail, driving device and gripper
It is fixedly connected, when several core are after the completion of 15 inner wrap paper of paper winder, gripper extracts core axis out from several core, drives
Dynamic device driving gripper carries core axis and is slided along sliding rail 24, and gripper carrying core axis is moved to from the side close to 15 to be leaned on
Nearly 16 side, and core axis is placed back in core axis stocking mechanism 16, core axis drawing mechanism 19 is used for core axis
It is shipped back in core axis stocking mechanism 16 from being taken out in several core.
It these are only the utility model preferred embodiment, be not intended to limit the embodiment and protection of the utility model
Range.
The utility model also has on the basis of the above is implemented as follows mode：
In the further embodiment of the utility model, wherein be provided with a pressure roller 25 on paper winder 15, pressure roller 25 passes through
One upper and lower air cylinders (not shown) moves up and down under driving in paper winder 15, when core axis drawing mechanism 19 extracts core
When axis, several core are fixed on paper winder 15 by pressure roller 25, drive core axis to be extracted out from several core convenient for gripper.
In the further embodiment of the utility model, wherein a roll of core material agitating device 20 is provided in core hopper 2,
Core material agitating device 20 is used to stir several core in core hopper 2 so that core can all take off out of core hopper 2
From.
In the further embodiment of the utility model, wherein be provided with a roll of core material on the lower surface of core charging tray and spiral
Rotating motor 21 and a reduction box 22, the motor shaft of core charging tray electric rotating machine 21 are connected with reduction box 22, the rotation of core charging tray
Motor 21 is used to drive the rotation of core charging tray 4.
In the further embodiment of the utility model, wherein be fixed with a tilting slide plate 23 in the second rack 9, tilt and slide
Plate 23 is located at paper winder 15 and the second core is oriented between storage slot device 12, when tumble cylinder 13 drives the second core to be oriented to
It stores slot device 12 to overturn, core axis and several core are skidded off together by sliding into paper winder 15 on tilting slide plate 23.
In the further embodiment of the utility model, wherein tilting slide plate 23 is oriented to accumulator tank dress close to the second core
Set 12 height be more than its close to paper winder 15 height.
In the further embodiment of the utility model, wherein the first core is oriented to storage slot device 11 and the second core is led
It is connected to storage slot device 12, several core are oriented to storage slot device 11 from the first core under the action of pusher and enter
It is oriented in storage slot device 12 to the second core.
It these are only the utility model preferred embodiment, be not intended to limit the embodiment and protection of the utility model
Range should can appreciate that all with the utility model specification and diagramatic content institute to those skilled in the art
The equivalent replacement made and obviously change obtained scheme, the scope of protection of the utility model should all be included in
It is interior.
Claims (7)
1. one kind wearing core depoling shaft device automatically, which is characterized in that including：
One first rack and a roll of core material bucket, the core hopper are fixed on the upside of first rack, the core hopper
Lower end offer the first discharge port；
A roll of core material bucket discharging mechanism, first discharge outlet are fixed with a roll of core material bucket discharging mechanism；
A roll of core material disk, the core charging tray are arranged at the middle part of first rack, and the core charging tray is located at the core
The underface of hopper discharging mechanism；
A roll of core material disk border, core charging tray border are loop configuration, and core charging tray border is fixed on described first
The middle part of rack, core charging tray border are surrounded on outside the core charging tray, and the core charging tray offers second on border
Discharge port；
A roll of core material disk material inspection device, the core charging tray material inspection device are arranged on the core hopper discharging mechanism；
A roll of core material disk discharging mechanism, second discharge outlet are fixed with a core charging tray discharging mechanism；
A roll of core material disk discharging guiding mechanism, the core charging tray discharging guiding mechanism are connected with the core charging tray discharging mechanism
It connects；
One second rack and a connecting rod, second rack are located at the side of first rack, one end of the connecting rod
It is fixedly connected with first rack, the other end of the connecting rod is fixedly connected with second rack；
One first core is oriented to storage slot device, and one end that first core is oriented to storage slot device goes out with the core charging tray
Material guiding mechanism is connected, and the other end that first core is oriented to storage slot device is fixed in second rack；
One tumble cylinder and one second core are oriented to storage slot device, and the cylinder body of the tumble cylinder is fixed on second rack
On, one end that the shaft of the tumble cylinder is oriented to storage slot device with second core is fixedly connected, second core
The other end for being oriented to the other end and first core guiding storage slot device of storage slot device is rotatably connected；
One core pusher, the core pusher are fixed on first core and are oriented on storage slot device；
One end of one core limiting mechanism in place, core limiting mechanism in place is fixed in the connecting rod, the core
The other end setting of limiting mechanism is oriented in first core on storage slot device in place, core limiting mechanism control in place
Make the core pusher；
A roll of mandrel stocking mechanism, the core axis stocking mechanism are fixed in second rack, core axis stocking mechanism position
In the side of the tumble cylinder；
One third rack, the third rack are located at the other side of second rack relative to first rack, and described
A sliding rail is provided in three racks, the sliding rail and second core guiding storage slot device are perpendicular；
A roll of mandrel pushing meanss, the core axis pushing meanss are fixed between second rack and the third rack；
One paper winder, the paper winder are fixed in second rack, and the paper winder is located at second core
It is oriented to the side of storage slot device；
A roll of central spindle abstraction mechanism, the core axis drawing mechanism are arranged in the third rack, the core axis shedder
Structure includes a gripper and a driving device, the driving device and the sliding rail slidable connection, the driving device with
The gripper is fixedly connected.
2. according to claim 1 wear core depoling shaft device automatically, which is characterized in that be provided on the paper winder
One pressure roller.
3. according to claim 1 wear core depoling shaft device automatically, which is characterized in that be provided in the core hopper
A roll of core material agitating device.
4. according to claim 1 wear core depoling shaft device automatically, which is characterized in that the lower surface of the core charging tray
On be provided with a roll of core material and spiral rotating motor and a reduction box, motor shaft and the reduction box of the core charging tray electric rotating machine
It is connected.
5. according to claim 1 wear core depoling shaft device automatically, which is characterized in that be fixed in second rack
One tilting slide plate, the tilting slide plate is located at the paper winder and second core is oriented between storage slot device.
6. according to claim 5 wear core depoling shaft device automatically, which is characterized in that the tilting slide plate is close to
Two core are oriented to height of the height of storage slot device more than it close to the paper winder.
7. according to claim 1 wear core depoling shaft device automatically, which is characterized in that the first core is oriented to accumulator tank dress
It sets and is connected with second core guiding storage slot device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721475091.XU CN207645456U (en) | 2017-11-08 | 2017-11-08 | One kind wearing core depoling shaft device automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721475091.XU CN207645456U (en) | 2017-11-08 | 2017-11-08 | One kind wearing core depoling shaft device automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207645456U true CN207645456U (en) | 2018-07-24 |
Family
ID=62884696
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721475091.XU Active CN207645456U (en) | 2017-11-08 | 2017-11-08 | One kind wearing core depoling shaft device automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207645456U (en) |
-
2017
- 2017-11-08 CN CN201721475091.XU patent/CN207645456U/en active Active
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