CN207606514U - A kind of vertical hydraulic clamp workbench rotated automatically - Google Patents
A kind of vertical hydraulic clamp workbench rotated automatically Download PDFInfo
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- CN207606514U CN207606514U CN201721863516.4U CN201721863516U CN207606514U CN 207606514 U CN207606514 U CN 207606514U CN 201721863516 U CN201721863516 U CN 201721863516U CN 207606514 U CN207606514 U CN 207606514U
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Abstract
A kind of vertical hydraulic clamp workbench rotated automatically, including：Workbench, horizontal drive component, vertical runner assembly, cross slide track component, lathe frame and toolbox；The horizontal drive component includes：Driving wheel, driver and driver cushion cap；The driver drives the driving wheel to rotate in the horizontal direction；The vertical runner assembly includes：Linear bearing is set to the shaft installation through-hole inside the driver cushion cap described in driven wheel, linear bearing, shaft and axis positioning end cap, and the driven wheel passes through shaft installation through-hole；One end of the shaft is provided with the driven wheel, and the other end is equipped with the axis positioning end cap, and the shaft positions end cap by the axis and is mounted in the driver cushion cap, and the driven wheel is equipped with the workbench；It solves the problems, such as there was only workpieces processing in horizontal direction in the prior art, achievees the effect that rotate on vertical direction and to work pieces process.
Description
Technical field
The utility model is related to a kind of stage technology field more particularly to a kind of vertical hydraulic clamp works rotated automatically
Make platform.
Background technology
The development of existing science and technology constantly pushes manufacturing development, more and more enterprises to start to pay attention to automatic
Change production technology, to realize that the technology of automation is just being applied in more and more automatic production lines, the utility model
Research is namely based on the development.Currently, driving the utility model of workbench simple rotation to be designed with driver
Out, there is no setting clamp the mechanism of workpiece but above workbench or clamp system be not using hydraulic drive come
Control.
Utility model content
The purpose of this utility model is that proposing a kind of vertical hydraulic clamp workbench rotated automatically, solves existing skill
There was only the problem of workpieces processing in horizontal direction in art, achievees the effect that rotate on vertical direction and to work pieces process.
For this purpose, the utility model uses following technical scheme：
A kind of vertical hydraulic clamp workbench rotated automatically, including：Workbench, horizontal drive component, vertical rotating group
Part, cross slide track component, lathe frame and toolbox；The workbench is fixed with the vertical runner assembly, described vertical
Runner assembly is set to the horizontal drive component, and the horizontal drive component is set on the cross slide track component, described
Cross slide track component is accessed with the lathe frame screens, and the toolbox is installed on the lathe frame；
The workbench includes：Workbench bottom plate, T-type expansion plate and telescopic hydraulic cylinder；The workbench bottom plate is equipped with button
Protrusion is connect, one end of the telescopic hydraulic cylinder is snapped connection with the snapping protrusion, the short slab of the other end and the T-type expansion plate
Welding；The side of the workbench bottom plate is equipped with fixed notch, and the long slab of the T-type expansion plate is equipped with flexible recess, described solid
Determine recess to contact to form clamping opening with flexible recess, the clamping opening is for clamping workpiece；
The horizontal drive component includes：Driving wheel, turntable bearing, driver and driver cushion cap；The driver
Output shaft is connect by the turntable bearing with the driving wheel；The driver drives the driving wheel to turn in the horizontal direction
It is dynamic；
The vertical runner assembly includes：Driven wheel, linear bearing, shaft and axis position end cap；The driver cushion cap
Equipped with shaft installation through-hole, the linear bearing is set to the shaft installation through-hole inside the driver cushion cap, described
Driven wheel passes through the shaft installation through-hole；One end of the shaft is provided with the driven wheel, and the other end is equipped with the axis
End cap is positioned, and the shaft positions end cap by the axis and is mounted in the driver cushion cap, the driven wheel installation
There is the workbench；
The driven wheel is mutually perpendicular to the driving wheel, and the driving wheel and driven wheel engaged transmission.
Further description, the cross slide track component further include：X-axis slideway, X-axis slideway hydraulic cylinder, Y-axis slideway and
Y-axis slideway hydraulic cylinder；The X-axis slideway, Y-axis slideway overlap and replace in 90 °；The X-axis slideway hydraulic cylinder level, which is fixed, to be connected
The X-axis slideway is connect, the output end of the X-axis slideway hydraulic cylinder is connect with the driver cushion cap；The Y-axis slideway hydraulic cylinder
Level is fixedly connected with the Y-axis slideway, and the output end of the Y-axis slideway connects the X-axis slideway.
Further description, the lathe frame include：L-type curved boom；The L-type curved boom is equipped with bar shaped groove, the Y
The side of axis slideway is equipped with snapping convex, and the Y-axis slideway accesses the bar shaped groove by snapping convex screens.
Further description, the lathe frame further include：Hold up hydraulic cylinder and framework soleplate；The picking-up hydraulic cylinder
It is set to the framework soleplate；The lower section for holding up hydraulic cylinder and being located at the Y-axis slideway, and the picking-up hydraulic cylinder is for lifting
It rises and controls the Y-axis slideway with a distance from the framework soleplate.
Further description, the toolbox include：Cutting tool and cutter motor, the cutter motor drive institute
State cutting tool；The end that bows out of the L-type curved boom is equipped with motor straight slot, and the cutter motor is embedded in the motor straight slot, institute
State the outside that cutting tool protrudes from the L-type curved boom.
Further description, the cutting tool are combined by least 2 metal saws.
Further description, the workbench further include：Desktop；The desktop and workbench bottom plate
Utilize screw connection.
Further description, the workbench further include：T-type expansion plate sliding rail, the T-type expansion plate sliding rail are set to
The left and right sides of the short slab of the T-type expansion plate.
Further description, the side of the workbench bottom plate is at least provided with 2 fixed notchs, corresponding, the T-type
The long slab 1 of expansion plate contacts to form folder at least provided with 2 flexible recesses, the fixed notch with the opposite flexible recess
Mouthful.
Further description, the horizontal drive component further include：Thrust bearing；The thrust bearing, which is installed on, to be turned
Axis, and fixed by axis positioning end cap.
The beneficial effects of the utility model：
1, it solves the problems, such as there was only workpieces processing in horizontal direction in the prior art, reaches on vertical direction rotation and right
The effect of work pieces process.
2, the process of this workbench dexterously avoids the winding influence of oil pipe.
Description of the drawings
Fig. 1 is a kind of stereogram of the vertical hydraulic clamp workbench rotated automatically；
Fig. 2 is the distribution map of workbench bottom plate；
Fig. 3 is the stereogram that a kind of vertical hydraulic clamp workbench rotated automatically removes vertical runner assembly；
Fig. 4 is a kind of side view of the vertical hydraulic clamp workbench rotated automatically；
Fig. 5 is a kind of front view of the vertical hydraulic clamp workbench rotated automatically；
Fig. 6 is desktop；
Fig. 7 is the distribution map of the workbench bottom plate with multiple clamping opening；
Workbench 1, horizontal drive component 2, vertical runner assembly 3, cross slide track component 4, lathe frame 5, toolbox
6；
Workbench bottom plate 11, T-type expansion plate 12, telescopic hydraulic cylinder 13, T-type expansion plate sliding rail 14, clamping opening 15, workbench lid
Plate 16, long slab 121, short slab 122, fixed notch 151, flexible recess 152, snapping protrusion 131；
Driving wheel 21, turntable bearing 22, driver 23, driver cushion cap 24, shaft installation through-hole 241；
Driven wheel 31, linear bearing 32, axis positioning end cap 34, thrust bearing 33, shaft 35；
X-axis slideway 41, X-axis slideway hydraulic cylinder 42, Y-axis slideway 43, Y-axis slideway hydraulic cylinder 44, snapping convex 431；
L-type curved boom 51 holds up hydraulic cylinder 52, framework soleplate 53, motor straight slot 511, bar shaped groove 512, workpiece 8；
Cutting tool 61, cutter motor 62；
Specific implementation mode
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in figs. 1-7, a kind of vertical hydraulic clamp workbench rotated automatically, including：Workbench 1, horizontal drive group
Part 2, vertical runner assembly 3, cross slide track component 4, lathe frame 5 and toolbox 6；The workbench 1 turns vertically with described
Dynamic component 3 is fixed, and the vertical runner assembly 3 is set to the horizontal drive component 2, and the horizontal drive component 2 is set to
On the cross slide track component 4, the cross slide track component 4 is accessed with 5 screens of the lathe frame, and the toolbox 6 is pacified
Loaded on the lathe frame 5；
The workbench 1 includes：Workbench bottom plate 11, T-type expansion plate 12 and telescopic hydraulic cylinder 13；The workbench bottom plate
11 are equipped with snapping protrusion 131, and one end of the telescopic hydraulic cylinder 13 is snapped connection with the snapping protrusion 131, the other end and institute
The short slab 122 for stating T-type expansion plate 12 welds；The side of the workbench bottom plate 11 is equipped with fixed notch 151, and the T-type is flexible
The long slab 121 of plate 12 is equipped with flexible recess 152, and the fixed notch 151 contacts to form clamping opening 15 with flexible recess 152, described
Clamping opening 15 is for clamping workpiece；
The horizontal drive component 2 includes：Driving wheel 21, turntable bearing 22, driver 23 and driver cushion cap 24；It is described
The output shaft of driver 23 is connect by the turntable bearing 22 with the driving wheel 21；The driver 23 drives the active
Wheel 21 rotates in the horizontal direction；
The vertical runner assembly 3 includes：Driven wheel 31, linear bearing 32, shaft 35 and axis position end cap 34；The drive
Dynamic device cushion cap 24 is equipped with shaft installation through-hole 241, and the linear bearing 32 is set to described inside the driver cushion cap 24
Shaft installation through-hole 241, the driven wheel 31 pass through the shaft installation through-hole 241；One end setting of the shaft 35 is
Driven wheel 31 is stated, the other end is equipped with the axis positioning end cap 34, and the shaft 35 positions end cap 34 by the axis and limits
It is installed on the driver cushion cap 24, the driven wheel 31 is equipped with the workbench 1；
The driven wheel 31 is mutually perpendicular to the driving wheel 21, and the driving wheel 21 engages biography with the driven wheel 31
It is dynamic.
When workpiece is sent to the clamping opening 15, the telescopic hydraulic cylinder 13 drives the T-type expansion plate 12 to shrink, the clamping opening
15 clamp workpiece；The driver 23, which starts, drives the driving wheel 21, the driving wheel 21 to be driven the driven wheel 31；This
Transmission process makes to rotate on vertical direction on the workbench 1, reaches the angle on vertical direction；Further, the work
Platform bottom plate 11 and the reduction plate 12 are equipped with the recess 1, pass through T-type expansion plate described in 13 telescopic drive of the telescopic hydraulic cylinder
12 are moved forward and backward；The T-type expansion plate 12 moves backward, i.e., the described T-type expansion plate 12 is towards the workbench bottom plate 11
When mobile, clamping opening 15 slowly compresses, to clamp the operation of workpiece；The T-type expansion plate 12 moves forward, i.e., the described T-type is flexible
When plate 12 is moved backwards to the workbench bottom plate 11, clamping opening 15 is slowly loosened, and to unclamp the operation of workpiece, solves the prior art
In only in horizontal direction the problem of workpieces processing, achieve the effect that on vertical direction rotation and to work pieces process, and this work
The process for making platform dexterously avoids the winding influence of oil pipe.
The driving wheel 21 is straight spur gear；The driver 23 is hydraulic motor；The driven wheel 31 is crown gear
Wheel.
Further description, the cross slide track component 4 further include：X-axis slideway 41, X-axis slideway hydraulic cylinder 42, Y-axis
Slideway 43 and Y-axis slideway hydraulic cylinder 44；The X-axis slideway 41, Y-axis slideway 43 overlap and alternating is in 90 °；The X-axis slideway liquid
42 level of cylinder pressure is fixedly connected with the X-axis slideway 41, output end and the driver cushion cap 24 of the X-axis slideway hydraulic cylinder 42
Connection；44 level of Y-axis slideway hydraulic cylinder is fixedly connected with the Y-axis slideway 43, and the output end of the Y-axis slideway 43 connects institute
State X-axis slideway 41.
When processing, workbench 1 needs to achieve the effect that move horizontally using component, and in the cross slide track component 4
The X-axis slideway 41 and the Y-axis slideway 43 coordinate respective slideway hydraulic cylinder, specifically, X-axis slideway hydraulic cylinder 42 is flexible
And the driver cushion cap 24 is driven, so that the driver cushion cap 24 is moved horizontally on X-axis slideway 41；And Y-axis slideway liquid
Cylinder pressure 43 is flexible and drives the X-axis slideway 41, and the X-axis slideway 41 is made to be moved horizontally on Y-axis slideway 43；Therefore X-axis
Slideway hydraulic cylinder 42 is that the driver cushion cap 24 makees horizontal shifting with 43 mutually matched final exercising result of Y-axis slideway hydraulic cylinder
Dynamic, which directly determines the Working position on workpiece horizontal position；
Further description, the lathe frame 5 include：L-type curved boom 51；The L-type curved boom 51 is equipped with bar shaped groove
512, the side of the Y-axis slideway 43 is equipped with snapping convex 431, and the Y-axis slideway 43 is connect by 431 screens of snapping convex
Enter the bar shaped groove 512.
Using the bar shaped groove 512 on the L-type curved boom 51, will be slided equipped with the Y-axis of the snapping convex 431
Road 43 is fixed on the lathe frame 5, is conducive to that the Y-axis slideway 43 is made directly to be buckled in the lathe frame 5, the Y-axis
Slideway 43 can be moved up and down in the L-type curved boom 51, achieve the effect that the position that the workbench 1 is controlled on vertical direction.
Further description, the lathe frame 5 further include：Hold up hydraulic cylinder 52 and framework soleplate 53；The picking-up
Hydraulic cylinder 52 is set to the framework soleplate 53；The lower section for holding up hydraulic cylinder 52 and being located at the Y-axis slideway 43, and the support
Hydraulic cylinder 52 is played for being lifted and controlling the Y-axis slideway 43 with a distance from the framework soleplate 53.
The Y-axis slideway 43 is located at the top for holding up hydraulic cylinder 52, and the access bar shaped of the Y-axis slideway is logical
Slot 512, in the bar shaped groove 512, the bar shaped groove 512 acts on track, and holds up hydraulic cylinder 52 and be then used as pushing part
Part, with the picking-up or contraction for holding up hydraulic cylinder 52, the workbench 1, the horizontal drive on the Y-axis slideway 43
Component 2 and the vertical runner assembly 3 make the displacement on vertical direction；Under original state in process correct position and
The oscilaltion process of process is all particularly significant.
Further description, the toolbox 6 include：Cutting tool 61 and cutter motor 62, the cutter motor
62 drive the cutting tool 61；The end that bows out of the L-type curved boom 51 is equipped with motor straight slot 511, and the cutter motor 62 is embedded
In the motor straight slot 511, the cutting tool 61 protrudes from the outside of the L-type curved boom 51.
There are water, oxygen, acidic liquids in air, and cutter motor 62 is embedded in the inside of the L-type curved boom 51, can
Protect motor described in cutter from corrosion to a greater degree；Corrosion can cause 62 function of cutter motor to be damaged, and increase repair
Cost；And the cutting tool 61 is outside, so when repair, it is only necessary to unload and maintain cutter；
Further description, the cutting tool 61 are combined by least 2 metal saws.
Further description, the workbench 1 further include：Desktop 16；The desktop 16 and work
Platform bottom plate 11 utilizes screw connection.
The desktop 16, which is added, can reduce moisture content, oxygen or even acidic liquid in air and stretching with metal
Hydraulic cylinder 13 contacts, and corrodes the telescopic hydraulic cylinder 13, the function of the telescopic hydraulic cylinder 13 is caused to be damaged；Meanwhile workbench
Cover board 16 can be closed a part for T-type expansion plate 12；A more step illustrates that desktop 16 is connected and fixed with T-type expansion plate 12
When can form a channel, which makes the telescopic hydraulic cylinder 13 not exert a force to the top of the T-type expansion plate 12, therefore
Reach the stress on fixed 12 vertical direction of T-type expansion plate.
Further description, the workbench 1 further include：T-type expansion plate sliding rail 14, the T-type expansion plate sliding rail 14
It is set to the left and right sides of the short slab 122 of the T-type expansion plate 12.
The T-type expansion plate 12 connected for the telescopic hydraulic cylinder 13 will produce during release or retraction
Rubbed more heat, increases the loss of electric energy, influences the service life of the telescopic hydraulic cylinder 13, be unfavorable for long-term use,
And the T-type expansion plate slideway 14 is added, reduce the telescopic hydraulic cylinder 13 and generates friction during release or retraction
Heat, preferably for the telescopic hydraulic cylinder 13 provide a track come straight line release, meanwhile, reduce unnecessarily heat waste
Consumption.
Further description, the side of the workbench bottom plate 11 is at least provided with 2 fixed notchs 151, corresponding, institute
The long slab 121 of T-type expansion plate 12 is stated at least provided with 2 flexible recesses 152, the fixed notch 151 with it is opposite described flexible
The contact of recess 152 forms clamping opening 15.More clamping opening are provided for workbench, promote working efficiency, is i.e. workbench controls folder simultaneously
Tight multiple workpiece, reduce workpiece and pick and place the time.
Further description, the horizontal drive component 2 further include：Thrust bearing 33；The thrust bearing 33 is installed
It is fixed in shaft 35, and by axis positioning end cap 34.The thrust bearing 33 in the design can undertake radial load, together
When thrust bearing 33 make shaft that can only realize rotation, and control its movement axially and radially.
The technical principle of the utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality
With novel principle, and it cannot be construed to the limitation to scope of protection of the utility model in any way.Based on the explanation herein,
Those skilled in the art would not require any inventive effort the other specific implementation modes that can associate the utility model,
These modes are fallen within the scope of protection of the utility model.
Claims (10)
1. a kind of vertical hydraulic clamp workbench rotated automatically, which is characterized in that including：Workbench, erects horizontal drive component
Straight runner assembly, cross slide track component, lathe frame and toolbox；The workbench is fixed with the vertical runner assembly,
The vertical runner assembly is set to the horizontal drive component, and the horizontal drive component is set to the cross slide track component
On, the cross slide track component is accessed with the lathe frame screens, and the toolbox is installed on the lathe frame；
The workbench includes：Workbench bottom plate, T-type expansion plate and telescopic hydraulic cylinder；It is convex that the workbench bottom plate is equipped with snapping
It rises, one end of the telescopic hydraulic cylinder is snapped connection with the snapping protrusion, and the short slab of the other end and the T-type expansion plate welds
It connects；The side of the workbench bottom plate is equipped with fixed notch, and the long slab of the T-type expansion plate is equipped with flexible recess, the fixation
Recess contacts to form clamping opening with flexible recess, and the clamping opening is for clamping workpiece；
The horizontal drive component includes：Driving wheel, turntable bearing, driver and driver cushion cap；The output of the driver
Axis is connect by the turntable bearing with the driving wheel；The driver drives the driving wheel to rotate in the horizontal direction；
The vertical runner assembly includes：Driven wheel, linear bearing, shaft and axis position end cap；The driver cushion cap is equipped with
Shaft installation through-hole, the linear bearing is set to the shaft installation through-hole inside the driver cushion cap, described driven
Wheel is across the shaft installation through-hole；One end of the shaft is provided with the driven wheel, and the other end is equipped with the axis positioning
End cap, and the shaft positions end cap by the axis and is mounted in the driver cushion cap, the driven wheel installation is
State workbench；
The driven wheel is mutually perpendicular to the driving wheel, and the driving wheel and driven wheel engaged transmission.
2. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 1, which is characterized in that the cross
Slide assemblies further include：X-axis slideway, X-axis slideway hydraulic cylinder, Y-axis slideway and Y-axis slideway hydraulic cylinder；The X-axis slideway, Y-axis are slided
Road overlaps and replaces in 90 °；The X-axis slideway hydraulic cylinder level is fixedly connected with the X-axis slideway, the X-axis slideway hydraulic cylinder
Output end connect with the driver cushion cap；The Y-axis slideway hydraulic cylinder level is fixedly connected with the Y-axis slideway, the Y-axis
The output end of slideway connects the X-axis slideway.
3. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 2, which is characterized in that the lathe
Rack includes：L-type curved boom；The L-type curved boom is equipped with bar shaped groove, and the side of the Y-axis slideway is equipped with snapping convex, the Y
Axis slideway accesses the bar shaped groove by snapping convex screens.
4. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 3, which is characterized in that the lathe
Rack further includes：Hold up hydraulic cylinder and framework soleplate；The picking-up hydraulic cylinder is set to the framework soleplate；The picking-up hydraulic pressure
Cylinder is located at the lower section of the Y-axis slideway, and the picking-up hydraulic cylinder is for being lifted and controlling the Y-axis slideway from the frame ground
The distance of plate.
5. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 3, which is characterized in that the cutter
Component includes：Cutting tool and cutter motor, the cutter motor drive the cutting tool；The L-type curved boom bows out end
Equipped with motor straight slot, the cutter motor is embedded in the motor straight slot, and the cutting tool protrudes from the outer of the L-type curved boom
Portion.
6. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 5, which is characterized in that the cutting
Cutter is combined by least 2 metal saws.
7. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 1, which is characterized in that the work
Platform further includes：Desktop；The desktop utilizes screw connection with workbench bottom plate.
8. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 1, which is characterized in that the work
Platform further includes：T-type expansion plate sliding rail, the T-type expansion plate sliding rail are set to the left and right two of the short slab of the T-type expansion plate
Side.
9. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 1, which is characterized in that the work
The side of platform bottom plate is at least provided with 2 fixed notchs, and corresponding, the long slab 1 of the T-type expansion plate is flexible recessed at least provided with 2
Mouthful, the fixed notch contacts to form clamping opening with the opposite flexible recess.
10. a kind of vertical hydraulic clamp workbench rotated automatically according to claim 1, which is characterized in that the water
Flat drive component further includes：Thrust bearing；The thrust bearing is installed on shaft, and is fixed by axis positioning end cap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721863516.4U CN207606514U (en) | 2017-12-27 | 2017-12-27 | A kind of vertical hydraulic clamp workbench rotated automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721863516.4U CN207606514U (en) | 2017-12-27 | 2017-12-27 | A kind of vertical hydraulic clamp workbench rotated automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207606514U true CN207606514U (en) | 2018-07-13 |
Family
ID=62799587
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721863516.4U Active CN207606514U (en) | 2017-12-27 | 2017-12-27 | A kind of vertical hydraulic clamp workbench rotated automatically |
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| Country | Link |
|---|---|
| CN (1) | CN207606514U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116924055A (en) * | 2023-09-19 | 2023-10-24 | 常州润来科技有限公司 | Conveying equipment for copper products |
-
2017
- 2017-12-27 CN CN201721863516.4U patent/CN207606514U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116924055A (en) * | 2023-09-19 | 2023-10-24 | 常州润来科技有限公司 | Conveying equipment for copper products |
| CN116924055B (en) * | 2023-09-19 | 2023-11-17 | 常州润来科技有限公司 | Conveying equipment for copper products |
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