CN208085114U - A kind of portable molding machine of gravity corner-type papery - Google Patents
A kind of portable molding machine of gravity corner-type papery Download PDFInfo
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- CN208085114U CN208085114U CN201820428011.3U CN201820428011U CN208085114U CN 208085114 U CN208085114 U CN 208085114U CN 201820428011 U CN201820428011 U CN 201820428011U CN 208085114 U CN208085114 U CN 208085114U
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- 230000005484 gravity Effects 0.000 title claims abstract description 20
- 238000000465 moulding Methods 0.000 title claims abstract description 18
- 238000005520 cutting process Methods 0.000 claims abstract description 4
- 230000005540 biological transmission Effects 0.000 claims description 19
- 238000000034 method Methods 0.000 abstract description 10
- 238000004519 manufacturing process Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 7
- 238000004026 adhesive bonding Methods 0.000 description 4
- 229920003023 plastic Polymers 0.000 description 4
- 239000004033 plastic Substances 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 238000003825 pressing Methods 0.000 description 2
- BQCADISMDOOEFD-UHFFFAOYSA-N Silver Chemical compound [Ag] BQCADISMDOOEFD-UHFFFAOYSA-N 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000003912 environmental pollution Methods 0.000 description 1
- 239000003292 glue Substances 0.000 description 1
- 229910052709 silver Inorganic materials 0.000 description 1
- 239000004332 silver Substances 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
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Abstract
The utility model is related to the portable processing and manufacturing field of papery, more particularly to a kind of portable molding machine of gravity corner-type papery.A kind of portable molding machine of gravity corner-type papery includes：Side plate, feeding platform cut roller knife, hold-down roll group, sizer, forward folded device, angle groove, reverse folding device.The feeding platform is arranged in the side of side plate；The roller knife of cutting is arranged in the end of feeding platform；The hold-down roll group is arranged in the guide groove of side plate；Roller knife side is being cut in the sizer setting；The forward folded device is arranged in sizer side；The angle groove is inclined at the side of positive twice-folding device, and reverse folding device is arranged in the bottom end side of angle groove.The utility model utilizes angle groove so that paper stock realizes corner by its own gravity, realizes that the linking of entire folding process is orderly, efficiency greatly improves.
Description
Technical field
The utility model is related to the portable processing and manufacturing field of papery, more particularly to a kind of portable molding of gravity corner-type papery
Machine.
Background technology
Portable generally for the carton for holding weight is made of plastics, and plastics are portable to have intensity high, and load-bearing capacity is good
The characteristics of.But the portable process of manufacture of plastics can there are problems that polluting environment, simultaneously as after the portable use of plastics not
Degradable, environmental pollution is serious.
Nowadays advocating uses environmental protection portable, i.e., portable technique is processed into using hard paper slip.Papery it is portable generally by
The hard paper silver lap of volume is repeatedly turned down through cut-out, and gluing, pressing is made.Existing portable making mostly use it is artificial hand-made, at
Type is ineffective, less efficient.
Therefore, how effectively to realize that portable making is our present urgent problems by machine.
Invention content
Therefore, the utility model is exactly made in view of the above problems, and the purpose of this utility model is to provide one kind
The portable molding machine of gravity corner-type papery and portable forming method utilize angle groove so that paper stock is realized by its own gravity
Corner realizes that the linking of entire folding process is orderly, and efficiency greatly improves.The utility model is achieved through the following technical solutions
Above-mentioned purpose:
The utility model provides a kind of portable molding machine of gravity corner-type papery, including：Side plate, feeding platform cut roller knife, folder
Hold roller group, sizer, forward folded device, angle groove, reverse folding device；
The side plate be equipped with feeding platform, cut roller knife, hold-down roll group, sizer, forward folded device, angle groove,
Reverse folding device；
The feeding platform is arranged in the side of side plate；
The roller knife of cutting is arranged in the end of feeding platform；
The hold-down roll group is arranged in the guide groove of side plate, and hold-down roll group is used for the transmission of paper stock；
Roller knife side is being cut in the sizer setting, and is arranged in the top of guide groove；
The forward folded device is arranged in sizer side；
The forward folded device includes：A positive folding device, positive twice-folding device；
A positive folding device includes：Positive supporting block one, positive servo motor one, positive paper fight bar one, positive arc are led
To plate one；
The positive supporting block one is vertically arranged on side plate, and the side level in positive supporting block one is equipped with positive baffle one, just
The bottom end of baffle one is equipped with sensor；
The positive servo motor one is arranged at the back side of side plate；
The positive paper fight bar one is arranged by flap on the axis of positive servo motor one, and positive paper fight bar one passes through opening for side plate
Mouth extends to before side plate；
The positive arc-shaped guide plate one is arranged in the lower section of positive baffle one, and is arranged in guide groove, and paper stock passes through positive arc
Shape guide plate one, when tilting upward to move to sensor on positive baffle one along positive arc-shaped guide plate one, positive servo motor one opens
It is dynamic, it drives positive paper fight bar one to rotate, the inclined surface of paper stock is bent to and is pushed into the lower end of positive supporting block one, paper stock is in hold-down roll
Under the transmission of group, it is delivered to positive twice-folding device；
The forward direction twice-folding device setting is in a positive folding device side；
It is described forward direction twice-folding device include：Positive supporting block two, positive servo motor two, positive paper fight bar two, positive arc are led
To plate two；
The positive supporting block two is vertically arranged on side plate, and the side level in positive supporting block two is equipped with positive baffle two, just
The bottom end of baffle two is equipped with sensor；
The positive servo motor two is arranged at the back side of side plate；
The positive paper fight bar two is arranged by flap on the axis of positive servo motor two, and positive paper fight bar two passes through opening for side plate
Mouth extends to before side plate；
The positive arc-shaped guide plate two is arranged in the lower section of positive baffle two, and is arranged in guide groove, and paper stock passes through positive arc
Shape guide plate two, when tilting upward to move to sensor on positive baffle two along positive arc-shaped guide plate two, positive servo motor two opens
It is dynamic, it drives positive paper fight bar two to rotate, the inclined surface of paper stock is bent to and is pushed into the lower end of positive supporting block two, paper stock is in hold-down roll
Under the transmission of group, it is delivered to angle groove；
The angle groove is inclined at the side of positive twice-folding device, the reverse folding of bottom end side setting of angle groove
Stacking device；
The reverse folding device is arranged in the lower section of forward folded device；
The reverse folding device includes：A reverse folding device, reverse twice-folding device；
A reverse folding device includes：Inverse supporting block one, inverse servo motor one, inverse paper fight bar one, backfire shape are led
To plate one；
The inverse supporting block one is vertically arranged on side plate, and the side level in inverse supporting block one is equipped with inverse baffle one, inverse
The bottom end of baffle one is equipped with sensor；
The inverse servo motor one is arranged at the back side of side plate；
The inverse paper fight bar one is arranged by flap on the axis of inverse servo motor one, and inverse paper fight bar one passes through opening for side plate
Mouth extends to before side plate；
The inverse arc-shaped guide plate one is arranged in the lower section of inverse baffle one, and is arranged in guide groove, and paper stock passes through backfire
Shape guide plate one, when tilting upward to move to sensor on inverse baffle one along inverse arc-shaped guide plate one, inverse servo motor one opens
It is dynamic, it drives inverse paper fight bar one to rotate, the inclined surface of paper stock is bent to and is pushed into the lower end of inverse supporting block one, paper stock is in hold-down roll
Under the transmission of group, it is delivered to reverse twice-folding device；
The reverse twice-folding device is arranged in a reverse folding device side；
The reverse twice-folding device includes：Inverse supporting block two, inverse servo motor two, inverse paper fight bar two, backfire shape are led
To plate two；
The inverse supporting block two is vertically arranged on side plate, and the side level in inverse supporting block two is equipped with inverse baffle two, inverse
The bottom end of baffle two is equipped with sensor；
The inverse servo motor two is arranged at the back side of side plate；
The inverse paper fight bar two is arranged by flap on the axis of inverse servo motor two, and inverse paper fight bar two passes through opening for side plate
Mouth extends to before side plate；
The inverse arc-shaped guide plate two is arranged in the lower section of inverse baffle two, and is arranged in guide groove, and paper stock passes through backfire
Shape guide plate two, when tilting upward to move to sensor on positive baffle two along inverse arc-shaped guide plate two, inverse servo motor two opens
It is dynamic, it drives inverse paper fight bar two to rotate, the inclined surface of paper stock is bent to and is pushed into the lower end of inverse supporting block two, paper stock is in hold-down roll
Under the transmission of group, continue forward.
In one embodiment, the height a of the positive baffle one is more than the height b of positive baffle two.
In one embodiment, the height a of the positive baffle one is equal with the height A of inverse baffle one.
In one embodiment, the height b of the positive baffle two is equal with the height B of inverse baffle two.
In one embodiment, the top of the angle groove is higher than the height of the hold-down roll group at forward folded device
Degree.
In one embodiment, the groove width of the angle groove is slightly larger than the width of paper stock.
In one embodiment, the positive supporting block one, positive supporting block two, the bottom end of the inverse supporting block two of inverse supporting block one
It is cambered surface setting.
The utility model advantageous effect：
1, the utility model utilizes angle groove, paper stock to realize corner by its own gravity so that the rank of entire folding process
It is connected to sequence, efficiency greatly improves.
2, the utility model presses the paper stock folded, makes using hold-down roll group while conveying is clamped
Progress synchronous with pressing must be conveyed, efficiency is further improved.
Description of the drawings
Fig. 1 is the overall structure diagram one of the utility model.
Fig. 2 is the overall structure diagram two of the utility model.
Fig. 3 is the overall structure diagram three of the utility model.
Fig. 4 is the structural schematic diagram of the forward folded device of the utility model.
Fig. 5 is the structural schematic diagram of the paper stock corner of the utility model.
Fig. 6 is the structural schematic diagram of the reverse folding device of the utility model.
Fig. 7 is the height of baffle plate schematic diagram of the folding device of the utility model.
Specific implementation mode
The preferred embodiment of the utility model will be described in detail by reference to attached drawing, in this way for belonging to utility model
These embodiments easy to implement for people with ordinary skill in the existing technical staff in field.However the utility model also may be used
It is realized in the form of a variety of different, therefore the utility model is not limited to embodiments described hereinafter.In addition, in order to more clearly
The utility model is described, will be omitted from attached drawing with the component that the utility model is not connect.
As shown in Figure 1, a kind of portable molding machine of gravity corner-type papery, including：Side plate 1, feeding platform 2 cut roller knife 3, folder
Hold roller group 4, sizer 5, forward folded device 6, angle groove 7, reverse folding device 8；
The side plate 1 is equipped with feeding platform 2, cuts roller knife 3, hold-down roll group 4, sizer 5, forward folded device 6, turns
Chamfered groove 7, reverse folding device 8；
The feeding platform 2 is arranged in the side of side plate 1；
The roller knife 3 of cutting is arranged in the end of feeding platform 2；
The hold-down roll group 4 is arranged in the guide groove 11 of side plate 1, and hold-down roll group 4 is used for the transmission of paper stock 100；
3 side of roller knife is being cut in the setting of the sizer 5, and is arranged in the top of guide groove 11；
The forward folded device 6 is arranged in 5 side of sizer；
As shown in figure 3, the forward folded device 6 includes：A positive folding device 61, positive twice-folding device
62；
As shown in figure 4, a positive folding device 61 includes：Positive supporting block 1, positive servo motor 1,
Positive paper fight bar 1, positive arc-shaped guide plate 1；
The positive supporting block 1 is vertically arranged on side plate 1, and the side level in positive supporting block 1 is equipped with positive gear
The bottom end of plate 1, positive baffle 1 is equipped with sensor；
The positive servo motor 1 is arranged at the back side of side plate 1；
The positive paper fight bar 1 is arranged by flap on the axis of positive servo motor 1, and positive paper fight bar 1 is worn
The opening for crossing side plate 1 extends to 1 front of side plate；
The positive arc-shaped guide plate 1 is arranged in the lower section of positive baffle 1, and is arranged in guide groove 11, paper stock
100 pass through positive arc-shaped guide plate 1, are tilted upward to move to the biography on positive baffle 1 along positive arc-shaped guide plate 1
When sensor, positive servo motor 1 starts, and drives positive paper fight bar 1 to rotate, the inclined surface of paper stock 100 is bent and is pushed into
The lower end of positive supporting block 1, paper stock 100 are delivered to positive twice-folding device 62 under the transmission of hold-down roll group 4；
Forward direction twice-folding device 62 setting is in positive 61 side of folding device；
The forward direction twice-folding device 62 includes：Positive supporting block 2 621, positive servo motor 2 622, positive paper fight bar two
623, positive arc-shaped guide plate 2 624；
The positive supporting block 2 621 is vertically arranged on side plate 1, and the side level in positive supporting block 2 621 is equipped with positive gear
The bottom end of plate 2 625, positive baffle 2 625 is equipped with sensor；
The positive servo motor 2 622 is arranged at the back side of side plate 1；
The positive paper fight bar 2 623 is arranged by flap on the axis of positive servo motor 2 622, and positive paper fight bar 2 623 is worn
The opening for crossing side plate 1 extends to 1 front of side plate；
The positive arc-shaped guide plate 2 624 is arranged in the lower section of positive baffle 2 625, and is arranged in guide groove 11, paper stock
100 pass through positive arc-shaped guide plate 2 624, are tilted upward to move to the biography on positive baffle 2 625 along positive arc-shaped guide plate 2 624
When sensor, positive servo motor 2 622 starts, and drives positive paper fight bar 2 623 to rotate, the inclined surface of paper stock 100 is bent and is pushed into
The lower end of positive supporting block 2 621, paper stock 100 are delivered to angle groove 7 under the transmission of hold-down roll group 4；
The angle groove 7 is inclined at the side of positive twice-folding device 62, and the bottom end side setting of angle groove 7 is inverse
To folding device 8；
The reverse folding device 8 is arranged in the lower section of forward folded device 6；
As shown in figure 5, the reverse folding device 8 includes：A reverse folding device 81, reverse twice-folding device
82；
As shown in fig. 6, a reverse folding device 81 includes：Inverse supporting block 1, inverse servo motor 1,
Inverse paper fight bar 1, inverse arc-shaped guide plate 1；
The inverse supporting block 1 is vertically arranged on side plate 1, and the side level in inverse supporting block 1 is equipped with inverse gear
The bottom end of plate 1, inverse baffle 1 is equipped with sensor；
The inverse servo motor 1 is arranged at the back side of side plate 1；
The inverse paper fight bar 1 is arranged by flap on the axis of inverse servo motor 1, and inverse paper fight bar 1 is worn
The opening for crossing side plate 1 extends to 1 front of side plate；
The inverse arc-shaped guide plate 1 is arranged in the lower section of inverse baffle 1, and is arranged in guide groove 11, paper stock
100 pass through inverse arc-shaped guide plate 1, are tilted upward to move to the biography on inverse baffle 1 along inverse arc-shaped guide plate 1
When sensor, inverse servo motor 1 starts, and drives inverse paper fight bar 1 to rotate, the inclined surface of paper stock 100 is bent and is pushed into
The lower end of inverse supporting block 1, paper stock 100 are delivered to reverse twice-folding device 82 under the transmission of hold-down roll group 4；
The reverse twice-folding device 82 is arranged in 81 side of a reverse folding device；
The reverse twice-folding device 82 includes：Inverse supporting block 2 821, inverse servo motor 2 822, inverse paper fight bar two
823, inverse arc-shaped guide plate 2 824；
The inverse supporting block 2 821 is vertically arranged on side plate 1, and the side level in inverse supporting block 2 821 is equipped with inverse gear
The bottom end of plate 2 825, inverse baffle 2 825 is equipped with sensor；
The inverse servo motor 2 822 is arranged at the back side of side plate 1；
The inverse paper fight bar 2 823 is arranged by flap on the axis of inverse servo motor 2 822, and inverse paper fight bar 2 823 is worn
The opening for crossing side plate 1 extends to 1 front of side plate；
The inverse arc-shaped guide plate 2 824 is arranged in the lower section of inverse baffle 2 825, and is arranged in guide groove 11, paper stock
100 pass through inverse arc-shaped guide plate 2 824, are tilted upward to move to the biography on positive baffle 2 825 along inverse arc-shaped guide plate 2 824
When sensor, inverse servo motor 2 822 starts, and drives inverse paper fight bar 2 823 to rotate, the inclined surface of paper stock 100 is bent and is pushed into
The lower end of inverse supporting block 2 821, paper stock 100 continue forward under the transmission of hold-down roll group 4.
As described in Figure 7, it is preferred that as a kind of embodiment, the height a of the positive baffle 1 is more than positive baffle
2 625 height b, this setting is to meet the size requirements on the required portable each side of molding, to realize the folding of 100 one end of paper stock.
As described in Figure 7, it is preferred that as a kind of embodiment, height a and the inverse baffle one of the positive baffle 1
815 height A is equal, this setting is to meet the portable both ends symmetrical structure requirement of required molding.
As described in Figure 7, it is preferred that as a kind of embodiment, height b and the inverse baffle two of the positive baffle 2 625
825 height B is equal, this setting is to meet the portable both ends symmetrical structure requirement of required molding.
Preferably, as a kind of embodiment, the top of the angle groove 7 is higher than the folder at forward folded device 6
The height of roller group 4 is held, this is arranged so that after the folding of the completion of paper stock 100 one end, and one end of paper stock 100 is tilted along angle groove 7
Paper stock 100 is moved up to completely into angle groove 7, paper stock 100 is under the effect of gravity along 7 inclined sliding of angle groove to lower end.
Preferably, as a kind of embodiment, the groove width of the angle groove 7 is slightly larger than the width of paper stock 100, this setting
It is stable when so that paper stock 100 being moved along angle groove 7, it does not deviate.
Preferably, as a kind of embodiment, the positive supporting block 1, positive supporting block 2 621, inverse supporting block one
The bottom end of 811 inverse supporting block 2 821 is cambered surface setting, this, which is arranged, makes paper stock 100 after paper fight bar is bent, paper stock
100 along supporting block cambered surface slide downward, cambered surface make paper stock move in, be not easy to lose.
Utility model works principle：
Paper stock 100 is delivered to feeding platform 2, is fed forward by feeding platform 2, and the rotation pair of roller knife 3 is cut in 2 end of feeding platform
The paper stock 100 of process is oriented cut-out.Paper stock 100 is delivered to gluing under the transmission of hold-down roll group 4, along guide groove 11
The lower section of device 5, sizer 5 start, and sizer 5 drips glue and carries out fixed length gluing to the paper stock 100 of process.Paper stock 100 is defeated
It send to a positive folding device 61, is tilted upward to move to the sensing on positive baffle 1 along positive arc-shaped guide plate 1
When device, sizer 5 is closed, and completes the gluing of paper stock 100.Meanwhile positive servo motor 1 starts, and drives positive paper fight bar one
613 rotations, the inclined surface of paper stock 100 is bent and is pushed into the lower end of positive supporting block 1.Paper stock 100 is in hold-down roll group 4
It under transmission, is delivered at positive twice-folding device 62, paper stock 100 passes through positive arc-shaped guide plate 2 624, along positive arc-shaped guide plate
2 624 when tilting upward to move to sensor on positive baffle 2 625, and positive servo motor 2 622 starts, and drives positive paper fight bar
The inclined surface of paper stock 100 is bent and is pushed into the lower end of positive supporting block 2 621, that is, completes 100 one end of paper stock by 2 623 rotations
Folding process.Then, paper stock 100 is delivered to angle groove 7 under the transmission of hold-down roll group 4.One end that paper stock 100 folds
Along angle groove 7 tilt upward to move to 100 other end of paper stock also completely into angle groove 7 after, the edge under the effect of gravity of paper stock 100
7 inclined sliding of angle groove completes the steering of paper stock 100 to lower end.Paper stock 100 is sent to reverse primary through hold-down roll group 4
At folding device 81, paper stock 100 passes through inverse arc-shaped guide plate 1, is tilted upward to move to inverse along inverse arc-shaped guide plate 1
When sensor on baffle 1, inverse servo motor 1 starts, and drives inverse paper fight bar 1 to rotate, by inclining for paper stock 100
Inclined-plane bends and is pushed into the lower end of inverse supporting block 1.Finally, paper stock 100 is delivered to inverse under the transmission of hold-down roll group 4
To at twice-folding device 82, paper stock 100 passes through inverse arc-shaped guide plate 2 824, and fortune is tilted upward along inverse arc-shaped guide plate 2 824
When moving to sensor on positive baffle 2 825, inverse servo motor 2 822 starts, and drives inverse paper fight bar 2 823 to rotate, by paper stock
100 inclined surface bends and is pushed into the lower end of inverse supporting block 2 821, that is, completes the folding process of the other end of paper stock 100.Clamping
Paper stock is fed forward by roller group 4, and hold-down roll group 4 plays the work pressed to the paper stock 100 of bending while conveying
With the folding for completing paper stock 100 presses.
Claims (7)
1. a kind of portable molding machine of gravity corner-type papery, including：Side plate (1), cuts roller knife (3), hold-down roll at feeding platform (2)
Group (4), sizer (5), forward folded device (6), angle groove (7), reverse folding device (8)；
It is characterized in that：The side plate (1) is equipped with feeding platform (2), cuts roller knife (3), hold-down roll group (4), sizer
(5), forward folded device (6), angle groove (7), reverse folding device (8)；
Side of feeding platform (2) setting in side plate (1)；
The roller knife (3) of cutting is arranged in the end of feeding platform (2)；
Hold-down roll group (4) setting is in the guide groove (11) of side plate (1), and hold-down roll group (4) is for paper stock (100)
Transmission；
Roller knife (3) side is being cut in sizer (5) setting, and is arranged in the top of guide groove (11)；
The forward folded device (6) is arranged in sizer (5) side；
The forward folded device (6) includes：A positive folding device (61), positive twice-folding device (62)；
A positive folding device (61) includes：Positive supporting block one (611), positive servo motor one (612), positive paper fight bar one
(613), positive arc-shaped guide plate one (614)；
The positive supporting block one (611) is vertically arranged on side plate (1), and the side level in positive supporting block one (611) is equipped with just
The bottom end of baffle one (615), positive baffle one (615) is equipped with sensor；
The back side of positive servo motor one (612) setting in side plate (1)；
The positive paper fight bar one (613) is arranged by flap on the axis of positive servo motor one (612), positive paper fight bar one (613)
It is extended to before side plate (1) across the opening of side plate (1)；
Conformality arc guide plate one (614) setting is arranged in guide groove (11), paper in the lower section of positive baffle one (615)
Expect that (100) pass through positive arc-shaped guide plate one (614), is tilted upward to move to positive baffle one along positive arc-shaped guide plate one (614)
(615) when sensor on, positive servo motor one (612) starts, and drives positive paper fight bar one (613) to rotate, by paper stock (100)
Inclined surface bends and is pushed into the lower end of positive supporting block one (611), and paper stock (100) is delivered under the transmission of hold-down roll group (4)
Positive twice-folding device (62)；
The forward direction twice-folding device (62) is arranged in positive folding device (61) side；
It is described forward direction twice-folding device (62) include：Positive supporting block two (621), positive servo motor two (622), positive paper fight bar two
(623), positive arc-shaped guide plate two (624)；
The positive supporting block two (621) is vertically arranged on side plate (1), and the side level in positive supporting block two (621) is equipped with just
The bottom end of baffle two (625), positive baffle two (625) is equipped with sensor；
The back side of positive servo motor two (622) setting in side plate (1)；
The positive paper fight bar two (623) is arranged by flap on the axis of positive servo motor two (622), positive paper fight bar two (623)
It is extended to before side plate (1) across the opening of side plate (1)；
Positive arc-shaped guide plate two (624) setting is arranged in guide groove (11), paper in the lower section of positive baffle two (625)
Expect that (100) pass through positive arc-shaped guide plate two (624), is tilted upward to move to positive baffle two along positive arc-shaped guide plate two (624)
(625) when sensor on, positive servo motor two (622) starts, and drives positive paper fight bar two (623) to rotate, by paper stock (100)
Inclined surface bends and is pushed into the lower end of positive supporting block two (621), and paper stock (100) is delivered under the transmission of hold-down roll group (4)
Angle groove (7)；
The angle groove (7) is inclined at the side of positive twice-folding device (62), the bottom end side setting of angle groove (7)
Reverse folding device (8)；
Lower section of reverse folding device (8) setting in forward folded device (6)；
The reverse folding device (8) includes：A reverse folding device (81), reverse twice-folding device (82)；
A reverse folding device (81) includes：Inverse supporting block one (811), inverse servo motor one (812), inverse paper fight bar one
(813), inverse arc-shaped guide plate one (814)；
The inverse supporting block one (811) is vertically arranged on side plate (1), and the side level in inverse supporting block one (811) is equipped with inverse
The bottom end of baffle one (815), inverse baffle one (815) is equipped with sensor；
The back side of inverse servo motor one (812) setting in side plate (1)；
The inverse paper fight bar one (813) is arranged by flap on the axis of inverse servo motor one (812), inverse paper fight bar one (813)
It is extended to before side plate (1) across the opening of side plate (1)；
Inverse arc-shaped guide plate one (814) setting is arranged in guide groove (11), paper in the lower section of inverse baffle one (815)
Expect that (100) pass through inverse arc-shaped guide plate one (814), is tilted upward to move to inverse baffle one along inverse arc-shaped guide plate one (814)
(815) when sensor on, inverse servo motor one (812) starts, and drives inverse paper fight bar one (813) to rotate, by paper stock (100)
Inclined surface bends and is pushed into the lower end of inverse supporting block one (811), and paper stock (100) is delivered under the transmission of hold-down roll group (4)
Reverse twice-folding device (82)；
The reverse twice-folding device (82) is arranged in a reverse folding device (81) side；
The reverse twice-folding device (82) includes：Inverse supporting block two (821), inverse servo motor two (822), inverse paper fight bar two
(823), inverse arc-shaped guide plate two (824)；
The inverse supporting block two (821) is vertically arranged on side plate (1), and the side level in inverse supporting block two (821) is equipped with inverse
The bottom end of baffle two (825), inverse baffle two (825) is equipped with sensor；
The back side of inverse servo motor two (822) setting in side plate (1)；
The inverse paper fight bar two (823) is arranged by flap on the axis of inverse servo motor two (822), inverse paper fight bar two (823)
It is extended to before side plate (1) across the opening of side plate (1)；
Inverse arc-shaped guide plate two (824) setting is arranged in guide groove (11), paper in the lower section of inverse baffle two (825)
Expect that (100) pass through inverse arc-shaped guide plate two (824), is tilted upward to move to positive baffle two along inverse arc-shaped guide plate two (824)
(825) when sensor on, inverse servo motor two (822) starts, and drives inverse paper fight bar two (823) to rotate, by paper stock (100)
Inclined surface bends and is pushed into the lower end of inverse supporting block two (821), paper stock (100) under the transmission of hold-down roll group (4), continue to
Before.
2. a kind of portable molding machine of gravity corner-type papery according to claim 1, it is characterised in that：The positive baffle one
(615) height (a) is more than the height (b) of positive baffle two (625).
3. a kind of portable molding machine of gravity corner-type papery according to claim 2, it is characterised in that：The positive baffle one
(615) height (a) is equal with the height (a) of inverse baffle one (815).
4. a kind of portable molding machine of gravity corner-type papery according to claim 3, it is characterised in that：The positive baffle two
(625) height (b) is equal with height (B) of inverse baffle two (825).
5. a kind of portable molding machine of gravity corner-type papery according to claim 4, it is characterised in that：The angle groove
(7) top is higher than the height of the hold-down roll group (4) at forward folded device (6).
6. a kind of portable molding machine of gravity corner-type papery according to claim 5, it is characterised in that：The angle groove
(7) groove width is slightly larger than the width of paper stock (100).
7. a kind of portable molding machine of gravity corner-type papery according to claim 6, it is characterised in that：The positive supporting block
The bottom end of one (611), positive supporting block two (621), the inverse supporting block two (821) of inverse supporting block one (811) is cambered surface setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820428011.3U CN208085114U (en) | 2018-03-28 | 2018-03-28 | A kind of portable molding machine of gravity corner-type papery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820428011.3U CN208085114U (en) | 2018-03-28 | 2018-03-28 | A kind of portable molding machine of gravity corner-type papery |
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| Publication Number | Publication Date |
|---|---|
| CN208085114U true CN208085114U (en) | 2018-11-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820428011.3U Expired - Fee Related CN208085114U (en) | 2018-03-28 | 2018-03-28 | A kind of portable molding machine of gravity corner-type papery |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208085114U (en) |
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2018
- 2018-03-28 CN CN201820428011.3U patent/CN208085114U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181113 |