CN208321723U - A kind of corrugated plating molding starting the arc machine - Google Patents
A kind of corrugated plating molding starting the arc machine Download PDFInfo
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- CN208321723U CN208321723U CN201820852926.7U CN201820852926U CN208321723U CN 208321723 U CN208321723 U CN 208321723U CN 201820852926 U CN201820852926 U CN 201820852926U CN 208321723 U CN208321723 U CN 208321723U
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Abstract
The utility model discloses a kind of corrugated platings to be molded starting the arc machine, including upper die (1) and two lower dies (2).The corrugated plating is molded starting the arc machine using 3 points into arc principle, and structure is simple and clear, step feeding, the zonal cooling starting the arc, and adjustment is convenient reliable, and operation is accurate easily-controllable.The corrugated plating arc of different curvature, and the linking easy to accomplish for bending different curvature arc are bent by adjusting the spacing of lower die and the drafts of upper die.Feeding pushes away a stepping and send corrugated plating to bending station, when bending corrugated plating length half, feeding pushes away seat and promotes corrugated plating, change the half bent since the corrugated plating other end to corrugated plating length, this process backgauge, which pushes away seat, becomes pusher stepping, feeding pushes away seat and backgauge pushes away seat collaboration steadily stepping and positioning, realizes progressive at arc.Linking for different curvature arc, it is contemplated that promote from joining place point to changing and bent since the corrugated plating other end that is, when bending corrugated plating joining place.
Description
Technical field
The utility model relates to metal-working plant fields, and particularly a kind of corrugated plating for milling train is molded the starting the arc
Machine.
Background technique
Corrugated plating (as shown in Figure 7) is mainly used for spelling the steel of the shapes such as round, the dustpan-shaped, shape of a hoof, arch and pyriform
Bellows processed is now widely used for highway, railway, bridge, channel, retaining wall and various mining sites, tunnel retaining wall etc.
Culvert in engineering.The corrugated plating of thickness small for small dimension at present, it is relatively small due to bending power, frequently with four-roller or three rollers
Starting the arc machine carrys out curved arc, is easily skidded when the roll-type corrugated plating starting the arc machine starting the arc between corrugated plating and roll, when the required power of bending reaches one
When determining degree, by increasing the frictional force between roller plate insufficient for the continuous curved arc of corrugated plating traveling, or more than bender intensity
License, and starting the arc machine is worn very big.
Utility model content
In order to solve the problems, such as the thicker corrugated plating of machine-shaping.The utility model provides a kind of corrugated plating molding starting the arc
Machine, the corrugated plating are molded starting the arc machine using 3 points into arc principle, and structure is simple and clear, step feeding, the zonal cooling starting the arc, adjustment
Convenient reliable, operation is accurate easily-controllable.The wave of different curvature is bent by adjusting the spacing of lower die and the drafts of upper die
Card arc, and the linking easy to accomplish for bending different curvature arc.Feeding pushes away a stepping and send corrugated plating to bending station, when bending
When corrugated plating length half, feeding pushes away seat and promotes corrugated plating, change bent since the corrugated plating other end it is long to corrugated plating
The half of degree, this process backgauge, which pushes away seat, becomes pusher stepping, and feeding pushes away seat and backgauge pushes away seat collaboration steadily stepping and positioning, real
It is existing progressive at arc.Linking for different curvature arc, it is contemplated that promote from joining place point to corrugated plating joining place ought be bent
When, change and is bent since the corrugated plating other end.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of corrugated plating is molded starting the arc machine, with
X, Y, Z axis is in the rectangular coordinate system in space of reference axis, and the corrugated plating molding starting the arc machine includes:
Upper die, containing the first work department for pressing flat workpiece, first work department is only located at pressure
The lower part of mould, first work department contain alternately arranged upper mold arc wave crest along the y axis and upper mold arc trough；
Two lower dies, each lower die contain the second work department for pressing flat workpiece, and described second
Work department is only located at the top of lower die, and each second work department contains alternately arranged lower die arc along the y axis
Wave crest and lower die arc trough, along the x axis, upper die are located between two lower dies；When flat workpiece passes through upper pressure
When between mould and two lower dies, flat workpiece can be squeezed by upper die and two lower dies and form the ripple of arc
The workpiece of plate；
Rack is capable of fixing upper die and two lower dies.
The rack contains memorial archway and upper beam, and upper beam is fixed on the top of memorial archway, and upper die passes through connection driving machine
Structure is connect with upper beam, which can drive upper die to move back and forth along Z-direction.
The connection driving mechanism contains along the sequentially connected hydraulic cylinder of Z-direction, skid beam and molding bar, hydraulic cylinder and upper cross
Beam is connected and fixed, and molding bar is connected and fixed with upper die, and skid beam is slidably connected by slide plate and memorial archway.
It is molded the T-shaped structure of section of bar, molding bar contains molding bar and erects section and molding bar crosspiece, and the top of upper die is set
There is grafting groove, the lower end for being molded bar crosspiece and skid beam is connected and fixed, and molding bar erects the upper end of section and molding bar crosspiece is connect admittedly
Fixed, molding bar erects the lower end of section and the grafting groove of upper die is plugged and fixed.
The rack contains memorial archway and lower beam, and lower beam is fixed on the lower part of memorial archway, and two lower dies pass through pedestal
Fixed adjustment mechanisms are fixed on lower beam, and the pedestal fixed adjustment mechanisms can adjust between two lower dies along X-axis side
To distance.
The pedestal fixed adjustment mechanisms contain pedestal, baffle, block and at least one adjustment cushion block, the upper surface of pedestal
Equipped with the upper groove for installing block, adjusting cushion block and lower die, along the x axis, block, adjustment cushion block and lower die are successively
Arrangement, along the y axis, baffle are located at the both ends of pedestal, and baffle can limit lower die, block and adjustment cushion block along the y axis
It is mobile.
Along the y axis, the length of the length of lower die, the length of block and adjustment cushion block is equal between two block baffles
Fixation is bolted in distance, lower die, block and adjustment cushion block, and block is connected and fixed by bolt and pedestal.
Along the y axis, the position of the lower die arc wave crest of two lower dies corresponds, the lower die arc of two lower dies
The position of trough corresponds, and the position of the lower die arc trough of the position and lower die of the upper mold arc wave crest of upper die is one by one
Corresponding, the position of the lower die arc wave crest of the position and lower die of the upper mold arc trough of upper die corresponds.
The corrugated plating molding starting the arc machine further includes that feeding guide and feeding push away seat, and feeding guide is arranged along the x axis, send
Material pushes away seat and is set on feeding guide, and feeding pushes away seat and can slide along feeding guide, and two lower dies are respectively the first lower die
With the second lower die, feeding pushes away seat, the first lower die, upper die and the second lower die and is arranged successively along the x axis, and feeding pushes away seat
Flat workpiece can be pushed to enter between upper die and two lower dies.
The corrugated plating molding starting the arc machine further includes that backgauge guide rail and backgauge push away seat, and backgauge guide rail is arranged along the x axis, gear
Material pushes away seat and is set on backgauge guide rail, and backgauge pushes away seat and can slide along backgauge guide rail, feeding push away seat, the first lower die, upper die,
Second lower die and backgauge push away seat and are arranged successively along the x axis, and backgauge pushes away seat and feeding pushes away seat mirror image each other.
The beneficial effects of the utility model are: corrugated plating molding starting the arc machine can be adapted for fabricating thickness in 2mm
To the corrugated plating of 15mm, which is molded starting the arc machine using 3 points into arc principle, and structure is simple and clear, step feeding, segmentation
The continuous starting the arc, adjustment is convenient reliable, and operation is accurate easily-controllable.It is bent by adjusting the spacing of lower die and the drafts of upper die
The corrugated plating arc of different curvature, and the linking easy to accomplish for bending different curvature arc.Feeding pushes away a stepping and send corrugated plating to bending
Station, when bending corrugated plating length half, feeding pushes away seat and promotes corrugated plating, changes curved since the corrugated plating other end
The half of corrugated plating length is made, this process backgauge, which pushes away seat, becomes pusher stepping, and feeding pushes away seat and backgauge pushes away seat collaboration steadily
Stepping and positioning are realized progressive at arc.Linking for different curvature arc, it is contemplated that promote from joining place point to ought bending
When to corrugated plating joining place, changes and bent since the corrugated plating other end.
Detailed description of the invention
The accompanying drawings constituting a part of this application is used to provide a further understanding of the present invention, this is practical
Novel illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model.
Fig. 1 is the main view of the corrugated plating molding starting the arc machine of the utility model.
Fig. 2 is in Fig. 1 along the cross-sectional view in the direction A-A.
Fig. 3 is the operating position schematic diagram of the upper lower die of the molding starting the arc machine of corrugated plating described in the utility model.
Fig. 4 is the operating position axonometric drawing of the upper lower die of the molding starting the arc machine of corrugated plating described in the utility model.
Fig. 5 is the axonometric drawing of the upper die of the molding starting the arc machine of corrugated plating described in the utility model.
Fig. 6 is the lower die axonometric drawing of the molding starting the arc machine of corrugated plating described in the utility model.
Fig. 7 is the sectional view of existing corrugated plating.
1, upper die；2, lower die；3, it is molded bar；4, memorial archway；5, upper beam；6, skid beam；7, lower beam；8, hydraulic cylinder；
9, slide plate；10, feeding pushes away seat；11, feeding guide；12, backgauge pushes away seat；13, backgauge guide rail；14, stud；15, baffle；16, it adjusts
Whole cushion block；17, block；18, pedestal；
111, upper mold arc wave crest；112, upper mold arc trough；113, grafting groove；
21, lower die arc wave crest；22, lower die arc trough；23, the first lower die；24, the second lower die；
100, workpiece.
Specific embodiment
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
A kind of corrugated plating molding starting the arc machine, in the rectangular coordinate system in space using X, Y, Z axis as reference axis, the corrugated plating
Being molded starting the arc machine includes:
Upper die 1, containing the first work department for pressing flat workpiece 100, first work department is only located at
The lower part of upper die 1, first work department contain alternately arranged upper mold arc wave crest 111 and upper mold arc along the y axis
Trough 112；
Two lower dies 2, each lower die 2 are described containing the second work department for pressing flat workpiece 100
Second work department is only located at the top of lower die 2, and each second work department contains alternately arranged lower die along the y axis
Arc wave crest 21 and lower die arc trough 22, along the x axis, upper die 1 are located between two lower dies 2；When flat work
When part 100 is passed through between upper die 1 and two lower dies 2, upper die 1 can be by pressing down on, and lower die 2 can pass through top
Pressure enables flat workpiece 100 by the workpiece for the corrugated plate shape that upper die 1 and two lower dies 2 squeeze and form arc
100；
Rack is capable of fixing upper die 1 and two lower dies 2, as shown in Figures 1 to 6.
Corrugated plating molding starting the arc machine described in the utility model can be as shown in Figure 1 in the placement state of work.For the ease of
Understand, the part description in the utility model uses absolute positional relation, and noun of locality "upper" therein indicates the upper side of Fig. 1
To, while it is also corresponding with the positive direction of Z axis."lower" indicates the downside direction of Fig. 1, while also corresponding with the negative direction of Z axis.
" left side " indicates the left direction of Fig. 1, while also corresponding with the negative direction of X-axis." right side " indicates the right direction of Fig. 1, while
It is corresponding with the positive direction of X-axis." preceding " direction indicated on the inside of Fig. 1 paper, at the same it is also corresponding with the negative direction of Y-axis." rear "
Indicate the direction on the outside of Fig. 1 paper, while also corresponding with the positive direction of Y-axis.The utility model, which has used, reads this patent
The observation visual angle of reader is described, but the above-mentioned noun of locality cannot understand or be not construed as the limit to scope of protection of the utility model
It is fixed.
In the present embodiment, the rack contains memorial archway 4, upper beam 5 and lower beam 7, and upper beam 5 is fixed on memorial archway 4
Top, lower beam 7 are fixed on the lower part of memorial archway 4, upper beam 5 and lower beam 7 between the upper and lower every setting, as shown in Fig. 2, memorial archway 4, on
Crossbeam 5 and the connection of lower beam 7 form stable frame structure, and upper die 1 is connect by connecting driving mechanism with upper beam 5, should
Connection driving mechanism can drive upper die 1 to move back and forth along Z-direction, i.e., the connection driving mechanism can drive upper die 1
Up and down direction in Fig. 1 moves back and forth.
Second work department of two lower dies 2 can be located at sustained height.In the X-axis direction, the first work of upper die 1
Portion is located between the second work department of two lower dies 2.In the Z-axis direction, the first work department of upper die 1 can be higher than and push
Second work department of mould 2, alternatively, the first work department of upper die 1 can overlap with the second work department of lower die 2,
The specific location relationship of first work department of upper die 1 and the second work department of two lower dies 2, which can according to need, to be set
It is fixed.
Specifically, the connection driving mechanism contains along the sequentially connected hydraulic cylinder 8 of Z-direction, skid beam 6 and molding bar 3, liquid
The both ends of cylinder pressure 8 are connected and fixed with upper beam 5 and skid beam 6 respectively, and molding bar 3 is connected and fixed with upper die 1, and skid beam 6 passes through cunning
Plate 9 is slidably connected with memorial archway 4.When the piston rod of hydraulic cylinder 8 is flexible, hydraulic cylinder 8 can drive skid beam 6, molding bar 3 and upper pressure
Mould 1, which synchronizes, to be moved up and down.
Molding bar 3 is mounted in skid beam 6；The skid beam 6 can be moved up and down vertically by slide plate 9 in two memorial archways 4,
And it is connect by the hydraulic cylinder 8 with upper beam 5；The upper beam 5 is connected on memorial archway 4 by stud 14；Described
Lower die 2 is located on lower beam 7；The lower beam 7 is fixed on the lower part of memorial archway 4, as depicted in figs. 1 and 2.
In the present embodiment, it is molded the T-shaped structure of section of bar 3, molding bar 3 is an integral structure, and molding bar 3 contains mould
Compression bar erects section 31 and molding bar crosspiece 32, and the top of upper die 1 is equipped with grafting groove 113, is molded under bar crosspiece 32 and skid beam 6
End is connected and fixed, and molding bar erects the upper end of section 31 and molding bar crosspiece 32 is connected and fixed, the lower end of the perpendicular section 31 of molding bar and upper pressure
The grafting groove 113 of mould 1 is matched to be plugged and fixed, and as shown in Figure 4 and Figure 5, grafting groove 113 is for the molding bar 3
Be embedded in it is affixed, and be conducive to production centering, stress equalization.
In the present embodiment, two lower dies 2 are fixed on lower beam 7 by pedestal fixed adjustment mechanisms, the bottom
Seat fixed adjustment mechanisms can adjust the position of each lower die 2 in the X-axis direction, thus not only adjustable two lower dies
Distance between 2 along the x axis, can also adjust each lower die 2 and upper die 1 in the X-axis direction at a distance from.
Specifically, the pedestal fixed adjustment mechanisms contain pedestal 18, baffle 15, block 17 and at least one adjustment cushion block
16, the plate-like state structure of pedestal 18, the upper surface of pedestal 18 is equipped with for installing block 17, adjustment cushion block 16 and lower die 2
Upper groove.Along the x axis, block 17, adjustment cushion block 16 and lower die 2 are arranged successively, and along the y axis, baffle 15 is located at pedestal
18 both ends, baffle 15 can limit lower die 2, block 17 and adjustment cushion block 16 and move along the y axis.
Along the y axis, the length of the length of lower die 2, the length of block 17 and adjustment cushion block 16 is equal to two block baffles
The distance between 15, fixation is bolted in lower die 2, block 17 and adjustment cushion block 16, and block 17 passes through bolt and pedestal
18 are connected and fixed, as shown in Figure 3.By increase and decrease adjustment cushion block 16 number adjust the spacing of two lower dies 2, the bottom
Seat 18 is mounted on lower beam 7.Two lower dies 2 are turned on one's side in order to prevent, and parting bead can also be arranged between two lower dies 2, every
The size of item can there are many specifications, according to the parting bead of the different insertion different specification sizes of distance between two lower dies 2.
In the present embodiment, along the y axis, the position of the lower die arc wave crest 21 of two lower dies 2 corresponds, and two
The position of the lower die arc trough 22 of lower die 2 corresponds, the position of the upper mold arc wave crest 111 of upper die 1 and lower die 2
The position of lower die arc trough 22 correspond, the lower die of the position of the upper mold arc trough 112 of upper die 1 and lower die 2
The position of arc wave crest 21 corresponds, as shown in Figure 2 and Figure 4.Upper die 1 and the Wave crest and wave trough of lower die 2 are staggered, thus with
The Waveform Matching of corrugated plating is agreed with.
In the present embodiment, the corrugated plating molding starting the arc machine further includes that feeding guide 11 and feeding push away seat 10, and feeding is led
Rail 11 is arranged along the x axis, and feeding pushes away seat 10 and is set on feeding guide 11, and feeding pushes away seat 10 can be sliding along feeding guide 11
It is dynamic.The corrugated plating molding starting the arc machine further includes that backgauge guide rail 13 and backgauge push away seat 12, and backgauge guide rail 13 is arranged along the x axis,
Backgauge pushes away seat 12 and is set on backgauge guide rail 13, and backgauge pushes away seat 12 and can slide along backgauge guide rail 13.
Feeding guide 11 and feeding push away the left side that seat 10 is set to upper die 1 and two lower dies 2, backgauge guide rail 13 and gear
Material pushes away the right side that seat 12 is set to upper die 1 and two lower dies 2, as shown in Figure 1.Specifically, two lower dies 2 are respectively the
One lower die 23 and the second lower die 24, along the x axis, feeding push away seat 10, the first lower die 23, upper die 1, the second lower die
24 and backgauge push away seat 12 and be arranged successively along the x axis, backgauge pushes away seat 12 and feeding pushes away the mirror image each other of seat 10.Feeding pushes away seat 10 can
Flat workpiece 100 is pushed to enter between upper die 1 and two lower dies 2.
The course of work of corrugated plating molding starting the arc machine is described below.
The corrugated plating curved arc of different-diameter is obtained by adjusting the spacing of two lower dies 2 and the drafts of upper die 1；
The assembly of upper die 1 is fixed on molding bar 3；Feeding pushes away seat 10 and backgauge pushes away seat 12 and can move along the left and right directions in Fig. 1.
Workpiece 100 to be processed pushes away the push of seat 10 by feeding, and the positive direction along X-axis moves, to be pushed into die work position
It sets (i.e. between upper die 1 and two lower dies 2), the backgauge pushes away the end of the workpiece 100 (corrugated plating) after 12 pairs of seat processing
Portion plays backstop benefit and leads, and after workpiece 100 is in place, the upper die 1 is depressed, and lifts the rear feeding and pushes away seat 10 and pushes again
Certain distance, the backgauge pushes away seat 12 and moves adjustment position along the pros of X-axis, to hold up the arc being processed on the right side of upper die 1
Shape corrugated plating.Shown in Fig. 1 in the prior art compared with plate corrugated plating, the corrugated plating described in the utility model for milling train
Be molded starting the arc machining is the corrugated plating of arc, as shown in Figure 3.
In the present invention, corrugated plating is molded starting the arc machine, and upper die pressure, lower die is fixed and spacing is adjustable, is utilized
3 points at arc principle, structure is simple and clear, step feeding, the zonal cooling starting the arc, adjusts convenient reliable, and operation is accurate easily-controllable.It is logical
The drafts of the spacing and upper die of crossing adjustment lower die bends the corrugated plating arc of different curvature, and easy to accomplish bends difference
The linking of curvature arc.Feeding pushes away a stepping and send corrugated plating to bending station, when bending corrugated plating length half, feeding
It pushes away seat to promote corrugated plating, changes the half bent since the corrugated plating other end to corrugated plating length, this process backgauge pushes away seat change
For pusher stepping, feeding pushes away seat and backgauge pushes away seat collaboration steadily stepping and positioning, realizes progressive at arc.For different curvature arc
Linking, it is contemplated that promote from joining place point to changing curved since the corrugated plating other end that is, when bending corrugated plating joining place
System.
The above, only specific embodiment of the utility model cannot limit the range that utility model is implemented, institute with it
With the displacement of its equivalent assemblies, or according to equivalent variations made by the utility model patent protection scope and modification, should all still fall within
The scope that this patent is covered.In addition, between technical characteristic and technical characteristic in the utility model, technical characteristic and technical solution
Between, between technical solution and technical solution use can be freely combined.
Claims (10)
1. a kind of corrugated plating is molded starting the arc machine, which is characterized in that in the rectangular coordinate system in space using X, Y, Z axis as reference axis,
The corrugated plating is molded starting the arc machine
Upper die (1), containing the first work department for pressing flat workpiece (100), first work department is only located at
The lower part of upper die (1), first work department contain alternately arranged upper mold arc wave crest (111) and upper mold along the y axis
Arc trough (112)；
Two lower dies (2), each lower die (2) is containing the second work department for pressing flat workpiece (100), institute
The top that the second work department is only located at lower die (2) is stated, each second work department contains alternately arranged along the y axis
Lower die arc wave crest (21) and lower die arc trough (22), along the x axis, upper die (1) are located between two lower dies (2)；
When flat workpiece (100) pass through between upper die (1) and two lower dies (2), flat workpiece (100) can be by
Upper die (1) and two lower dies (2) squeeze and are formed the workpiece (100) of the corrugated plate shape of arc；
Rack is capable of fixing upper die (1) and two lower dies (2).
2. corrugated plating according to claim 1 is molded starting the arc machine, which is characterized in that the rack contains memorial archway (4) and upper
Crossbeam (5), upper beam (5) are fixed on the top of memorial archway (4), and upper die (1) is connected by connection driving mechanism and upper beam (5)
It connects, which can drive upper die (1) to move back and forth along Z-direction.
3. corrugated plating according to claim 2 is molded starting the arc machine, which is characterized in that the connection driving mechanism contains along Z axis
The sequentially connected hydraulic cylinder in direction (8), skid beam (6) and molding bar (3), hydraulic cylinder (8) are connected and fixed with upper beam (5), are molded
Bar (3) is connected and fixed with upper die (1), and skid beam (6) is slidably connected by slide plate (9) with memorial archway (4).
4. corrugated plating according to claim 3 is molded starting the arc machine, which is characterized in that the T-shaped knot of section of molding bar (3)
Structure, molding bar (3) erect section (31) and molding bar crosspiece (32) containing molding bar, and the top of upper die (1) is equipped with grafting groove
(113), bar crosspiece (32) are molded and the lower end of skid beam (6) is connected and fixed, molding bar erects upper end and the molding bar crosspiece of section (31)
(32) it is connected and fixed, molding bar erects the lower end of section (31) and the grafting groove (113) of upper die (1) is plugged and fixed.
5. corrugated plating according to claim 1 is molded starting the arc machine, which is characterized in that the rack contain memorial archway (4) and under
Crossbeam (7), lower beam (7) are fixed on the lower part of memorial archway (4), and two lower dies (2) are fixed by pedestal fixed adjustment mechanisms
On lower beam (7), the pedestal fixed adjustment mechanisms can adjust the distance between two lower dies (2) along the x axis.
6. corrugated plating according to claim 5 is molded starting the arc machine, which is characterized in that the pedestal fixed adjustment mechanisms contain
Pedestal (18), baffle (15), block (17) and at least one adjustment cushion block (16), the upper surface of pedestal (18) are equipped with for installing
Block (17), adjust cushion block (16) and lower die (2) upper groove, along the x axis, block (17), adjust cushion block (16) and under
Pressing mold (2) is arranged successively, and along the y axis, baffle (15) is located at the both ends of pedestal (18), and baffle (15) can limit lower die
(2), block (17) and adjustment cushion block (16) are moved along the y axis.
7. corrugated plating according to claim 6 is molded starting the arc machine, which is characterized in that along the y axis, the length of lower die (2)
The length of degree, the length of block (17) and adjustment cushion block (16) is equal to the distance between two block baffles (15), lower die (2),
Fixation is bolted in block (17) and adjustment cushion block (16), and block (17) is connected and fixed by bolt with pedestal (18).
8. corrugated plating according to claim 1 is molded starting the arc machine, which is characterized in that along the y axis, two lower dies (2)
The position of lower die arc wave crest (21) correspond, the position of the lower die arc trough (22) of two lower dies (2) one is a pair of
It answers, the position of the lower die arc trough (22) of the position and lower die (2) of the upper mold arc wave crest (111) of upper die (1) is one by one
It is corresponding, the position one of the lower die arc wave crest (21) of the position and lower die (2) of the upper mold arc trough (112) of upper die (1)
One is corresponding.
9. corrugated plating according to claim 1 is molded starting the arc machine, which is characterized in that the corrugated plating molding starting the arc machine also wraps
It includes feeding guide (11) and feeding pushes away seat (10), feeding guide (11) is arranged along the x axis, and feeding pushes away seat (10) and is set to feeding
On guide rail (11), feeding pushes away seat (10) and can slide along feeding guide (11), and two lower dies (2) are respectively the first lower die
(23) and the second lower die (24), feeding push away seat (10), the first lower die (23), upper die (1) and the second lower die (24) along X
Axis direction is arranged successively, and feeding, which pushes away seat (10), can push flat workpiece (100) to enter upper die (1) and two lower dies
(2) between.
10. corrugated plating according to claim 9 is molded starting the arc machine, which is characterized in that the corrugated plating molding starting the arc machine is also
It is pushed away seat (12) including backgauge guide rail (13) and backgauge, backgauge guide rail (13) is arranged along the x axis, and backgauge pushes away seat (12) and is set to gear
Expect guide rail (13) on, backgauge pushes away seat (12) and can slide along backgauge guide rail (13), feeding push away seat (10), the first lower die (23),
Upper die (1), the second lower die (24) and backgauge push away seat (12) and are arranged successively along the x axis, and backgauge pushes away seat (12) and pushes away with feeding
Seat (10) mirror image each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852926.7U CN208321723U (en) | 2018-06-04 | 2018-06-04 | A kind of corrugated plating molding starting the arc machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852926.7U CN208321723U (en) | 2018-06-04 | 2018-06-04 | A kind of corrugated plating molding starting the arc machine |
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| Publication Number | Publication Date |
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| CN208321723U true CN208321723U (en) | 2019-01-04 |
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| CN201820852926.7U Active CN208321723U (en) | 2018-06-04 | 2018-06-04 | A kind of corrugated plating molding starting the arc machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108580621A (en) * | 2018-06-04 | 2018-09-28 | 北京京诚之星科技开发有限公司 | A kind of corrugated plating molding starting the arc machine |
| CN112775629A (en) * | 2020-12-31 | 2021-05-11 | 锋尚绿品零碳物联技术(青岛)有限公司 | Tray processing method |
-
2018
- 2018-06-04 CN CN201820852926.7U patent/CN208321723U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108580621A (en) * | 2018-06-04 | 2018-09-28 | 北京京诚之星科技开发有限公司 | A kind of corrugated plating molding starting the arc machine |
| CN112775629A (en) * | 2020-12-31 | 2021-05-11 | 锋尚绿品零碳物联技术(青岛)有限公司 | Tray processing method |
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