Non-woven fabric bag forming machine
Technical field
The present invention relates to a kind of shaping mechanism, be specifically related to a kind of non-woven fabric bag forming machine.
Background technology
Non-woven bag has the feature of environmental protection practicality, is widelyd popularize in recent years and uses, thus has impelled the fast development of non-woven fabric bag full-automatic molding technology.But along with the development of China's non-woven fabrics in recent years, the outlet phenomenon of competition vicious circle of demanding a lower price between domestic industry.Only have and find technology-intensive technique, produce multi items, road that Composite, high-qualityization, product that the added value such as differential is high are only the existence of each enterprise.Therefore the M type stereoscopic bag that third dimension is stronger becomes the main flow of non-woven bag, more operation is relate in making relative to this M of the Non-woven cloth bag of plane type stereoscopic bag, need additionally to carry out boiling hot triangle, impression, heat-sealing handle, existing M type non-woven bag streamline cannot directly manufacture a finished product, the product got off from streamline also needs to additionally go through manual processing, and automatic mechanism degree is low.
Summary of the invention
In order to overcome the deficiency of background technology, the invention provides a kind of non-woven fabric bag forming machine, mainly solve existing M type non-woven bag streamline cannot directly manufacture a finished product, the product got off from streamline also needs to additionally go through manual processing, the problem that automatic mechanism degree is low.
The technical solution adopted in the present invention is: a kind of non-woven fabric bag forming machine, include and scald hot sealing device, described boiling hot hot sealing device is included is scalded heat-sealing support, heat-sealing head, heat-sealing cylinder, heat-sealing seat, the cylinder rod of described heat-sealing cylinder is connected with heat-sealing head, described be boiling hotly provided with material cutting mechanism in heat-sealing support, feed mechanism, folding is mechanism, described folding includes a pair shaped support and a doubling material cylinder mechanism, the cylinder rod of described folding material cylinder is connected with shaped support, described shaped support is provided with electric rotating machine, binder cylinder, the cylinder rod of described binder cylinder is connected with electric rotating machine, the motor shaft of described electric rotating machine is provided with swage set piece, described swage set piece has the primary importance of fitting with heat-sealing seat and the second place be separated with heat-sealing seat, in described primary importance, a pair described shaped support has and moves to heat-sealing head dead ahead and the 3rd position bending strap.
Described shaped support is extended with pressing plate, and described pressing plate is provided with the revolving fragment with swage set piece adaptation.
Described feed mechanism includes slide block, described boiling hot heat-sealing support is provided with slide rail, described slide block coordinates with slide rail slippage, described slide block is hinged with gripper cylinder, briquetting, the cylinder rod of described gripper cylinder is connected with briquetting, described slide block is extended with the pressing plate with briquetting adaptation.
Described briquetting and the contact surface of pressing plate are provided with toothed surface.
Described material cutting mechanism includes cutting cylinder, knife rest, upper cutter, lower cutter, described knife rest is fixed with middle cutting knife, described upper cutter, lower cutter and knife rest are hinged, described upper cutter, lower cutter are connected with roller, the cylinder rod of described cutting cylinder is connected with triangle jacking block, described triangle jacking block side and roller tangent, be provided with extension spring between described upper cutter, lower cutter.
Also include boiling hot triangle device, described boiling hot triangle device comprises boiling hot angle support, described boiling hot angle support is provided with triangle and scalds cutter, ultrasonic wave generation seat, described support both sides, boiling hot angle are respectively equipped with rewinding rubber roll for transporting anti-scald film and blowing rubber roll, described rewinding rubber roll homonymy is provided with the first direction turning piece, described blowing rubber roll homonymy is provided with the second direction turning piece, the first described direction turning piece and the second direction turning piece are in same level, and the first described direction turning piece and the horizontal plane residing for the second direction turning piece scald between cutter and ultrasonic wave generation seat at triangle.
Described boiling hot angle support is provided with material stock reel in rewinding rubber roll side, and described boiling hot angle support is provided with blowing reel in blowing rubber roll side.
Described boiling hot angle support is provided with the first cylinder, the second cylinder, and the first described cylinder drives rewinding rubber roll to rotate by crank, and the second described cylinder drives blowing rubber roll to rotate by crank.Also include impression device, described impression device comprises impression support, described impression support is provided with impression motor, Timing Belt, motor shaft and the Timing Belt of described impression motor are linked, described Timing Belt is fixed with impression part, described impression part includes conduction frame, rotating shaft, and described rotating shaft is provided with two dint wheels, described dint wheel is provided with the locating hole vertical with rotating shaft, is provided with the first set screw in described locating hole.
Described conduction frame is extended with U-shaped plate, chute is provided with in described U-shaped plate, slide block is provided with in described chute, the bearing being connected to rotating shaft two ends is provided with in described slide block, spring is provided with in described slide block, described spring one end with conduction bridge joint touch, the other end and bearing inconsistent, described conduction frame is provided with the second set screw of top pressure spring.
The invention has the beneficial effects as follows: be provided with boiling hot triangle device, impression device, scald hot sealing device, streamline can directly manufacture a finished product, and without the need to reprocessing, automaticity is high, substantially increases production efficiency and the product quality of M type non-woven bag.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 scalds the structural representation in hot sealing device 7 front.
Fig. 3 scalds the structural representation at hot sealing device 7 back side.
Fig. 4 is that folding is the structural representation of mechanism 77.
Fig. 5 is the structural representation of material cutting mechanism 75.
Fig. 6 is the structural representation of feed mechanism 76.
Fig. 7 is the Facad structure schematic diagram of boiling hot triangle device 5.
Fig. 8 is the structure schematic diagram of boiling hot triangle device 5.
Fig. 9 is the structural representation of impression device 6.
Figure 10 is the sectional view of impression part 64.
Figure 11 is the structural representation of impression part 64.
In figure, 5-scalds triangle device, 51-scalds angle support, 52-triangle scalds cutter, 53-ultrasonic wave generation seat, 54-rewinding rubber roll, 55-blowing rubber roll, 56-first direction turning piece, 57-second direction turning piece, 58-material stock reel, 59-blowing reel, 510-first cylinder, 511-second cylinder, 6-impression device, 61-impression support, 62-impression motor, 63-Timing Belt, 64-impression part, 65-conducts frame, 651-U template, 6511-chute, 66-rotating shaft, 67-dint wheel, 68-locating hole, 69-first set screw, 610-slide block, 611-bearing, 612-spring, 613-second set screw, 7-scalds hot sealing device, 71-scalds heat-sealing support, 72-heat-sealing head, 73-seals cylinder, 74-seals seat, 75-material cutting mechanism, 751-cuts cylinder, 752-knife rest, 753-upper cutter, 754-lower cutter, cutting knife in 755-, 756-roller, 757-triangle jacking block, 758-extension spring, 76-feed mechanism, 761-slide block, 762-slide rail, 763-gripper cylinder, 764-briquetting, 765-pressing plate, 766-toothed surface, 77-folding is mechanism, 771-shaped support, 7711-electric rotating machine, 77111-swage set piece, 7712-binder cylinder, 772-folding material cylinder, 773-pressing plate, 7731-revolving fragment.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described:
As shown in Fig. 1 composition graphs 2 to 11, a kind of non-woven fabric bag forming machine, include and scald hot sealing device 7, described boiling hot hot sealing device 7 is included is scalded heat-sealing support 71, heat-sealing head 72, heat-sealing cylinder 73, heat-sealing seat 74, the cylinder rod of described heat-sealing cylinder 73 is connected with heat-sealing head 72, described be boiling hotly provided with material cutting mechanism 75 in heat-sealing support 71, feed mechanism 76, folding is mechanism 77, described folding includes a pair shaped support 771 and a doubling material cylinder 772 mechanism 77, the cylinder rod of described folding material cylinder 772 is connected with shaped support 771, described shaped support 771 is provided with electric rotating machine 7711, binder cylinder 7712, the cylinder rod of described binder cylinder 7712 is connected with electric rotating machine 7711, the motor shaft of described electric rotating machine 7711 is provided with swage set piece 77111, described swage set piece 77111 has the primary importance of fitting with heat-sealing seat 74 and the second place be separated with heat-sealing seat 74, in described primary importance, described a pair shaped support 771 has and moves to heat-sealing head 72 dead ahead and the 3rd position bending strap.During work, the strap one end making handle is bitten by the briquetting 764 on feed mechanism 76 and pressing plate 765, and under the effect of driving mechanism, slide block 761 moves and strap feed mechanism is inner; Electric rotating machine 7711, under the effect of binder cylinder 7712, pushes down strap; Upper cutter 753, lower cutter 754 cut off strap under cutting cylinder 751 acts on; Folding material cylinder 772 relative motion bending strap, the motor shaft 90-degree rotation of electric rotating machine 7711 makes the two ends of strap between heat-sealing head 72 and heat-sealing seat 74 simultaneously, and heat-sealing cylinder 73 promotes heat-sealing head 72 and moves, and is heat sealed on bag by strap.
Described shaped support 771 is extended with pressing plate 773, and described pressing plate 773 is provided with the revolving fragment 7731 with swage set piece 77111 adaptation.Pressing plate 773 compresses strap, makes strap, pressing plate 773 revolving fragment 7731 bends rotation together.
Described feed mechanism 76 includes slide block 761, described boiling hot heat-sealing support 71 is provided with slide rail 762, described slide block 761 coordinates with slide rail 762 slippage, described slide block 761 is hinged with gripper cylinder 763, briquetting 764, the cylinder rod of described gripper cylinder 763 is connected with briquetting 764, described slide block 761 is extended with the pressing plate 765 with briquetting 764 adaptation.Drive gripper cylinder 763, when cylinder rod ejects, briquetting 764 and pressing plate 765 can be made to fit, and when cylinder rod is regained, briquetting 764 is separated with pressing plate 765.
Described briquetting 764 and the contact surface of pressing plate 765 are provided with toothed surface 766.Clamp strap securely, prevent strap from getting loose and drop.
Described material cutting mechanism 75 includes cutting cylinder 751, knife rest 752, upper cutter 753, lower cutter 754, described knife rest 752 is fixed with middle cutting knife 755, described upper cutter 753, lower cutter 754 are hinged with knife rest 752, described upper cutter 753, lower cutter 754 are connected with roller 756, the cylinder rod of described cutting cylinder 751 is connected with triangle jacking block 757, described triangle jacking block 757 side and roller 756 tangent, be provided with extension spring 758 between described upper cutter 753, lower cutter 754.Triangle jacking block 757 ejects under cutting cylinder 751 acts on, and top pressing roller 756, makes the edge of a knife of upper and lower cutting knife and middle cutting knife 755 fit, cutting cloth extension spring 758; When triangle jacking block 757 detaches, upper and lower cutting knife is separated with middle cutting knife 755.
Also include boiling hot triangle device 5, described boiling hot triangle device 5 comprises boiling hot angle support 51, described boiling hot angle support 51 is provided with triangle and scalds cutter 52, ultrasonic wave generation seat 53, described support 51 both sides, boiling hot angle are respectively equipped with rewinding rubber roll 54 for transporting anti-scald film and blowing rubber roll 55, described rewinding rubber roll 54 homonymy is provided with the first direction turning piece 56, described blowing rubber roll 55 homonymy is provided with the second direction turning piece 57, the first described direction turning piece 56 and the second direction turning piece 57 are in same level, the first described direction turning piece 56 and the horizontal plane residing for the second direction turning piece 57 scald between cutter 52 and ultrasonic wave generation seat 53 at triangle.During work, the pinch roller scalded before cam mechanism can again will fold bottom once folding non-woven fabrics, makes to form four layers of non-woven fabrics bottom non-woven fabrics.Anti-scald film in mechanism walks around rewinding rubber roll 54, first direction turning piece 56, second direction turning piece 57, blowing rubber roll 55 successively, between the first direction turning piece 56, second direction turning piece 57, anti-scald film can pass four layers of non-woven fabrics and four layers of non-woven fabrics are divided into two parts, under the effect of heat-sealing cylinder, triangle scalds cutter 52 to be depressed, and is sealed between two by divided four layers of non-woven fabrics.
Described boiling hot angle support 51 is provided with material stock reel 58 in rewinding rubber roll 54 side, and described boiling hot angle support 51 is provided with blowing reel 59 in blowing rubber roll 55 side.Reel is used for storing or the anti-scald film of folding and unfolding.
Described boiling hot angle support 51 is provided with the first cylinder 510, second cylinder 511, and the first described cylinder 510 drives rewinding rubber roll 54 to rotate by crank, and the second described cylinder 511 drives blowing rubber roll 55 to rotate by crank.Rubber roll is driven to rotate by the cylinder rod activity in cylinder.Also include impression device 6, described impression device 6 comprises impression support 61, described impression support 61 is provided with impression motor 62, Timing Belt 63, motor shaft and the Timing Belt 63 of described impression motor 62 are linked, described Timing Belt 63 is fixed with impression part 64, described impression part 64 includes conduction frame 65, rotating shaft 66, described rotating shaft 66 is provided with two dint wheels 67, described dint wheel 67 is provided with the locating hole 68 vertical with rotating shaft 66, is provided with the first set screw 69 in described locating hole 68.Be installed on boiling hot triangle device 5 and scald between hot sealing device 7, impression is carried out to the M type bag processed.During adjustment, screw the first set screw 69 and the second set screw 613 control the spacing of two dint wheels and the pressure to cloth by loosening; During work, impression motor 62 drives Timing Belt 63 to move, and Timing Belt 63 drives impression part 64 to move, and carries out impression to cloth.
Described conduction frame 65 is extended with U-shaped plate 651, chute 6511 is provided with in described U-shaped plate 651, slide block 610 is provided with in described chute 6511, the bearing 611 being connected to rotating shaft 66 two ends is provided with in described slide block 610, spring 612 is provided with in described slide block 610, described spring 612 one end with conduction frame 65 contact, the other end and bearing 611 inconsistent, described conduction frame 65 is provided with the second set screw 613 of top pressure spring 612.During adjustment, screw the first set screw 69 and the second set screw 613 control the spacing of two dint wheels and the pressure to cloth by loosening.
The present invention specifically uses as follows: during work, and nonwoven cloth moves under the effect of conveying running roller.Slide fastener in the heat-sealing of cloth two ends, slide fastener hot sealing device place; Under the effect of crimping unit cloth centrally line to this; Under the effect of folding base roller, present 4 layers of cloth of M type bottom non-woven fabrics, boiling hot triangle device 5 drives triangle to scald cutter 52 and depresses, and because anti-scald film separates from centre by 4 layers of cloth, triangle scalds cutter 52 and sealed between two by 4 layers of cloth; Impression device 6 non-woven fabrics will extrude twice folding line; Scald hot sealing device 7 at the openend of cloth heat-sealing up knob; Through edge hot sealing device and cutter sweep, finished product non-woven fabrics is exported again.
The beneficial effect of the invention is: be provided with boiling hot triangle device, impression device, scald hot sealing device, streamline can directly manufacture a finished product, and without the need to reprocessing, automaticity is high, substantially increases production efficiency and the product quality of M type non-woven bag.