The content of the invention
The purpose of the present invention is above mentioned problem be present for existing technology, it is proposed that a kind of socks bag with doubled-over configuration
Installation, present invention solves the technical problem that be can be automatically by socks doubling.
The purpose of the present invention can be realized by following technical proposal:
A kind of socks packing machine with doubled-over configuration, socks packing machine include frame and the loading bay being fixed in frame,
Characterized in that, being provided with elongated turnover mouth on the loading bay, loading bay is run through at the both ends of the turnover mouth, described
Doubled-over configuration include the rotating shaft that is rotatably connected in frame and be arranged circumferentially in rotating shaft to pole, the length side of the rotating shaft
To with turnover mouth it is vertical, the rotating shaft be located at loading bay side and positioned at loading bay lower section, it is described to pole in axis of rotation
Can be through the middle part of turnover mouth width, the thickness to pole is the half of turnover mouth width.
Axis of rotation drives to be rotated to pole, can be with the socks on loading bay when being turned to pole at turnover mouth
Middle part against, pole is rotated further, to pole with socks middle part enter turnover mouth, now socks are right along middle part
Folding.
In the above-mentioned socks packing machine with doubled-over configuration, it is described to pole have four, it is adjacent it is described to pole it
Between wait radian set.
In the above-mentioned socks packing machine with doubled-over configuration, it is described to pole close to one end of rotating shaft thickness be more than pair
The thickness of the pole other end.The structure both can guarantee that the intensity of doubling bar so that rear on socks are pressed in can have foot to pole
Enough intensity causes socks doubling through turnover mouth, while also make it that the fold position thickness of socks is smaller, and ensures socks both ends
It can be alignd after doubling.
In the above-mentioned socks packing machine with doubled-over configuration, described upper to pole have in axis of rotation direction side
To folding part, the section to folding part is in isosceles triangle, and the angle of the tip to folding part is 20 °~30 °.Folding part is existed
Can be pressed on when turnover mouth is turned through to pole on socks, the structure folding part can be caused the fold position thickness of socks compared with
It is small, and can be alignd after ensureing socks both ends doubling.
In the above-mentioned socks packing machine with doubled-over configuration, two pieces are also vertically and fixedly provided with the lower face of the loading bay
Limiting plate, forms limit channels between two pieces of limiting plates, and the limit channels are alignd with turnover mouth.The structure causes socks right
Folding will not be sagging through its upper end after turnover mouth, is in vertical shape by limit channels socks.
Compared with prior art, this socks packing machine with doubled-over configuration have can automatically by socks doubling the advantages of.
Brief description of the drawings
Fig. 1 is the structural representation of socks packing machine.
Fig. 2 is the structural representation of feeding structure in socks packing machine.
Fig. 3 is the cross section structure diagram of sliding seat in socks packing machine.
Fig. 4 is the structural representation of strap-on structure in socks packing machine.
Fig. 5 is to the cross section structure diagram of pole in socks packing machine.
In figure, 1, frame;2nd, loading bay;21st, mouth is turned down;22nd, limiting plate;3rd, package post;31st, resigning mouthful;4th, feedboard;
41st, feed zone;42nd, upper timing belt;421st, feeding section;422nd, resigning section;43rd, lower timing belt;44th, pressing plate;441st, locating piece;
442nd, ball;5th, rotating shaft;51st, to pole;511st, to folding part;6th, sliding seat;61st, gag lever post;62nd, coaming plate;621st, blow
Hole;63rd, baffle plate;631st, resigning recess;64th, slide rail;65th, pusher cylinder;7th, moving track;71st, slide;72nd, lifter plate;
721st, lift cylinder;73rd, clamping jaw;74th, elastic threads;75th, push rod;751st, pusher cylinder;76th, motor;761st, screw mandrel;77th, it is anti-skidding
Pad.
Embodiment
It is the specific embodiment of the present invention and with reference to accompanying drawing below, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figures 1 to 5, the socks packing machine with doubled-over configuration includes frame 1 and the loading bay being fixed in frame 1
2, elongated turnover mouth 21 is provided with loading bay 2, loading bay 2 is run through at the both ends of turnover mouth 21.This doubled-over configuration includes
The rotating shaft 5 that is rotatably connected in frame 1 and be arranged circumferentially in rotating shaft 5 to pole 51, length direction and the turnover mouth of rotating shaft 5
21 is vertical, and rotating shaft 5 is located at the side of loading bay 2 and positioned at the lower section of loading bay 2, and turnover can be passed through when rotating shaft 5 rotates to pole 51
The middle part of 21 widths of mouth, the thickness to pole 51 are the half of the turnover width of mouth 21.There are four to pole 51, phase adjacency pair
Radian is waited to set between pole 51.Rotating shaft 5, which rotates, drives doubling bar 51 to rotate, the meeting when being turned to pole 51 at turnover mouth 21
With the middle parts of the socks on loading bay 2 against being rotated further to pole 51, pole 51 is entered with the middle part of socks and turned over
Origuchi 21, now socks are along middle part doubling.
It is more than the thickness to the other end of pole 51 to thickness of the pole 51 close to one end of rotating shaft 5.The structure both can guarantee that
To the intensity of pole 51 so that rear on socks are pressed in can have enough intensity to cause socks doubling through turnover pole 51
Mouth 21, while also make it that the fold position thickness of socks is smaller, and can be alignd after ensureing socks both ends doubling.To being located on pole 51
The rotation direction side of rotating shaft 5 has to folding part 511, and the section to folding part 511 is in isosceles triangle, to the tip of folding part 511
Angle is 20 °~30 °.Folding part 511 can be pressed on socks when turning through turnover mouth 21 to pole 51, pair of the structure
Folding part 511 can make it that the fold position thickness of socks is smaller, and can be alignd after ensureing socks both ends doubling.The lower face of loading bay 2
On be also vertically and fixedly provided with two pieces of limiting plates 22, form limit channels between two pieces of limiting plates 22, limit channels and 21 pairs of mouth of turnover
Together.The structure causes socks will not be sagging through its upper end after turnover mouth 21 in doubling, by limit channels socks in perpendicular
Straight shape.
Frame 1 is provided with feeding structure, and feeding structure is located at the side of loading bay 2 and positioned at one end of turnover mouth 21, enters
Material structure can cause socks stretching, extension to slip into loading bay 2 and turn down the underface that mouth 21 is located at the stage casing of socks, and package post 3 is provided with
Sliding seat 6, for sliding seat 6 positioned at the underface of turnover mouth 21, sliding seat 6 can cause the socks after doubling to depart from doubled-over configuration, bag
The strap-on structure that the socks on sliding seat 6 can be bundled is additionally provided with dress platform 3.Package post 3 is provided with resigning mouthful 31, resigning mouthful
31 is elongated, and resigning mouthful 31 can pass through resigning mouthful 31 positioned at the underface of turnover mouth 21 to pole 51.Resigning mouthful 31 cause pair
Pole 51 can pass freely through package post 3.
Feeding structure includes feedboard 4 and is arranged on the feeding assembly of the both sides of feedboard 4, and feeding assembly includes upper timing belt
42 and lower timing belt 43, upper timing belt 42 and the lower synchronous axial system of timing belt 43, the upper surface of lower timing belt 43 and feedboard 4 it is neat
Flat, upper timing belt 42 is located at the surface of lower timing belt 43, and some pressing plates 44, upper timing belt 42 are interval with upper timing belt 42
On be fixed with locating piece 441, be fixed with elastic component on locating piece 441, pressing plate 44 be fixed on elastic component and with upper timing belt 42
It is parallel, when pressing plate 44 is moved to the position relative with lower timing belt 43 pressing plate 44 can with lower timing belt 43 against and compress
Elastic component.Socks have worker to be put on feedboard 4, are transported to socks from one end of feedboard 4 by the feeding assembly of both sides
Close to one end of loading bay 2, the both ends of socks are pressed on lower timing belt 43 by socks in moving process by pressing plate 44, therefore
Socks remain that stretching, extension slips into loading bay 2, and the length direction of socks is vertical with turnover mouth 21, ensures the suitable of next process
Profit is carried out, and improves packaging efficiency.
Elastic component is flexible ball 442, is provided with positioning hole in ball 442, locating piece 441 is plugged on positioning
Fixed in hole and by glue, pressing plate 44 is fixed in ball 442 by glue.It can be realized by the elasticity of ball 442
Pressing plate 44 is pressed on lower timing belt 43.Elastic component is alternatively cylindrical spring in certain the present embodiment, one end of cylindrical spring with
Locating piece 441 is fixed, and the other end and the pressing plate 44 of cylindrical spring are fixed.It can realize that pressing plate 44 compresses by the elasticity of cylindrical spring
On lower timing belt 43.
Upper timing belt 42 includes the feeding section 421 and resigning section positioned at feeding section 421 both ends parallel with lower timing belt 43
422, resigning section 422 is inclined upwardly with respect to feeding section 421, and the pressing plate 44 in resigning section 422 divides with lower timing belt 43
From.The effect of resigning section 422 away from loading bay 2 is to facilitate socks being put between upper timing belt 42 and lower timing belt 43, is leaned on
The effect of resigning section 422 of nearly loading bay 2 is so that pressing plate 44 separates with lower timing belt 43 so that socks can enter on loading bay 2.
Feedboard 4 has feed zone 41 close to the side of loading bay 2, and feed zone 41 is obliquely installed and feed zone 41 is on turnover mouth 21
It is square, some rollers are connected with feed zone 41, roller is vertical with turnover mouth 21.The structure enables socks to slide on loading bay 2,
Roller avoids socks from being rotated in sliding process, ensures vertical with turnover mouth 21 when socks are slided on loading bay 2.
Slide rail 64 is respectively and fixedly provided with positioned at the both sides of resigning mouthful 31 on package post 3, sliding seat 6 is slidably connected on two one slide rails 64
And positioned at turnover mouth 21 underface, when turning to horizontal level to pole 51 to pole 51 can with sliding seat 6 against, packaging
Platform 3 is provided with pusher cylinder 65, and piston rod and the slide rail 64 of pusher cylinder 65 be arranged in parallel, the piston rod and cunning of pusher cylinder 65
Dynamic seat 6 is fixed and sliding seat 6 can be driven to be slided along slide rail 64.
Sliding seat 6 to pole 51 by socks doubling and during by turning down mouth 21 positioned at the underface of turnover mouth 21, doubling
Bar 51 can turn to sliding seat 6 against position, then by pusher cylinder 65 drive sliding seat 6 to move to away to pole 51
Side, the now meeting of sliding seat 6 are moved with the socks after doubling, and socks can be from the end disengaging to pole 51;The cunning of the structure
The structure of 64 machine sliding seat of rail 6 enables freely to be rotated to pole 51 after sliding seat 6 is removed.
Two spaced gag lever posts 61 are vertically fixed on the upper surface of sliding seat 6, it is described that pole 51 can be caught in
Between two gag lever posts 61.To pole 51 with the socks after doubling and sliding seat 6 against when, two gag lever posts 61 positioned at pair
The both sides of socks after folding, two gag lever posts 61 can cause socks to keep vertical close to fold position.The left and right of the upper surface of sliding seat 6
Both sides are fixed with coaming plate 62, and the upper surface of the sliding seat 6 is fixed with baffle plate 63 away from the one end of pusher cylinder 65, opened on baffle plate 63
There is resigning recess 631, pole 51 can be caught in resigning recess 631, the height of coaming plate 62 is more than the height of baffle plate 63.Baffle plate 63
Can when sliding seat 6 is moved to pusher cylinder 65 with to the socks synchronizing moving on pole 51 and cause socks to pole 51
Upper disengaging.The gas hole 621 of direction is provided with sliding seat 6 on one of coaming plate 62, is provided with the coaming plate 62 of gas hole 621 also
Air valve is fixed with, air valve connects with gas hole 621.It there may be each to one by turning down its both ends of socks after the doubling of mouth 21
The situation of lateral bending, the socks that the gusset plate 62 is bent towards by blowing afloat hole are blown afloat and to another lateral bending so that socks are in volume
It is curved.
Strap-on structure include be fixed on the lower face of loading bay 2 moving track 7, be slidably connected on moving track 7
Slide 71, be connected with slide 71 can oscilaltion lifter plate 72, lifter plate 72 is provided with two clamping jaws 73, two clamping jaws
73 can be relatively close or be relatively distant from, and elastic threads 74 are cased with clamping jaw 73, push rod 75 is additionally provided with lifter plate 72, push rod 75
One end is resisted against in elastic threads 74, and the other end of push rod 75 is connected with the pusher cylinder 751 that one is fixed on lifter plate 72, push rod
75 can release elastic threads 74 from the lower end of two clamping jaws 73.Socks are moved to the position departed to pole 51 on sliding seat 6
Afterwards, now two clamping jaws 73 are located at the surface of sliding seat 6, and lifter plate 72, which declines, causes two clamping jaws 73 to stretch into sliding seat 6,
Latter two right clamping jaw 73 clamps the middle part of socks close to socks, clamping jaw 73 is clamped, and lifter plate 72 rises again, now pusher cylinder
751 promote elastic threads 74 that elastic threads 74 are released from the lower end of two clamping jaws 73, and elastic god can be bundled in the middle part of socks,
Feed opening is moved to two clamping jaws 73 by slide 71, two clamping jaws 73 are remote to be put into feed opening by socks.
Motor 76 is fixed with lifter plate 72, screw mandrel 761, one end and the electricity of screw mandrel 761 are bolted between two clamping jaws 73
The rotary shaft of machine 76 is connected, and chute is provided with lifter plate 72, and the upper end of two clamping jaws 73 is slidably connected in chute.Pass through
Motor 76 drive screw mandrel 761 rotate driving two clamping jaws 73 it is relatively close or remote, clamping jaw 73 close to when can clamp socks, press from both sides
Pawl 73 away from when the socks after being bundled by elastic threads 74 can be put down.Lift cylinder 721 is provided between lifter plate 72 and slide 71.
The oscilaltion of lifter plate 72 is driven by lift cylinder 721, realizes that clamping jaw 73 picks up socks.Thickness of the clamping jaw 73 close to bottom side of the wall
Degree is gradually reduced.The structure can enable elastic threads 74 to be easier to depart from and bind on socks from clamping jaw 73.Clamping jaw 73
Slipmat 77 is fixed with inwall.Slipmat 77 ensures that clamping jaw 73 avoids socks from coming off after socks are clamped, and guarantees socks
Stable picks up.
The socks of tiling are included in loading bay 2 by feeding structure stretching, extension, and the stage casing of socks is alignd to turnover mouth 21, logical
Doubled-over configuration is crossed by socks in stage casing doubling and is entered by turning down mouth 21 on the sliding seat 6 on package post 3, is passing through sliding seat
6 depart from doubled-over configuration and are bundled the socks after doubling by strap-on structure, complete the packaging of socks.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although frame 1 has more been used herein;Loading bay 2;Turn down mouth 21;Limiting plate 22;Package post 3;Resigning mouthful 31;
Feedboard 4;Feed zone 41;Upper timing belt 42;Feeding section 421;Resigning section 422;Lower timing belt 43;Pressing plate 44;Locating piece 441;
Ball 442;Rotating shaft 5;To pole 51;To folding part 511;Sliding seat 6;Gag lever post 61;Coaming plate 62;Gas hole 621;Baffle plate 63;
Resigning recess 631;Slide rail 64;65th, pusher cylinder;Moving track 7;Slide 71;Lifter plate 72;Lift cylinder 721;Clamping jaw 73;
Elastic threads 74;Push rod 75;Pusher cylinder 751;Motor 76;Screw mandrel 761;The grade term of slipmat 77, but be not precluded from using other
The possibility of term.It is used for the purpose of more easily describing and explaining the essence of the present invention using these terms;They are explained
The limitation additional into any one is all disagreed with spirit of the present invention.