CN201826127U - Pneumatic type automatic belt loop machine - Google Patents
Pneumatic type automatic belt loop machine Download PDFInfo
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- CN201826127U CN201826127U CN2010202810369U CN201020281036U CN201826127U CN 201826127 U CN201826127 U CN 201826127U CN 2010202810369 U CN2010202810369 U CN 2010202810369U CN 201020281036 U CN201020281036 U CN 201020281036U CN 201826127 U CN201826127 U CN 201826127U
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Abstract
The utility model discloses a pneumatic type automatic belt loop machine comprising a machine head of a tacking machine, an adjustable feeding device, a belt clamping and pulling mechanism, a belt cutting mechanism, a linking mechanism, a clamping and rotating mechanism, a belt loosening mechanism, a passing belt detecting and cutting mechanism, a feeding mechanism and a positioning mechanism of a base, wherein the adjustable feeding device is arranged at the lower part of the machine head of the tacking machine, the belt cutting mechanism is abutted against the right side of the belt clamping and pulling mechanism, the linking mechanism is positioned at the lower part of the belt cutting mechanism, the clamping and rotating mechanism is positioned at the upper parts of a material loosening mechanism and the feeding mechanism, the belt loosening mechanism is arranged on a second sliding plate in the feeding mechanism, the passing belt detecting and cutting mechanism is positioned at the back part of a supporting plate of a guide rail in the belt clamping and pulling mechanism, and the positioning mechanism of the base is arranged below the feeding mechanism. In the utility model, the right side of the machine head is not additionally provided with a special pneumatic y-direction feeding and pressing device any longer, thus the manufacturing cost is reduced.
Description
Technical field
The utility model relates to a kind of trousers knot machine, the automatic trousers knot machine of particularly a kind of pneumatic type.
Background technology
In the sewing device technical field, the kind of trousers knot machine is a lot of automatically, and general type majority is to change a social system on bar tacking machine, a cover pneumatic type Y is set on the left of head is made the feeding position replaces original pay-off to feeding pressing device; The trousers loop shaping automatic working system of be provided with on the right side of head that a cover strap pinches, blank, strap bending crimping and conveyer etc. being formed.At present, the sewing device manufacturer of institute that the automatic trousers knot machine that is used for rag trade in this area mostly is advanced country occupies, as sewing device manufacturers such as Italy, Germany, Japan, this class type generally make head left side be provided with specially a cover pneumatic type Y to feeding pressing device to satisfy the needs of making; In the mechanisms such as moulding transmission of head right side trousers loop, 270 expensive ° rotation rotaring cylinders of the many utilizations of trousers loop clamp flanging shaping realize that trousers loop connecting gear employing cylinder is carried secretly to draw to send with stepper motor and rolled two kinds of band transmission.Generally being provided with the waist-belt joint simultaneously in the type detects and automatic excision function, because the manufacturing cost of complete machine is higher, every price is up to more than 120,000 yuans, crosspointer is made the trousers loop especially up to more than 200,000 yuans, make many clothing factories difficulty accept this class trousers knot machine, limited the extensive popularization of this class technology therefrom.
The utility model content
Technical problem to be solved in the utility model provides the automatic trousers knot machine of a kind of pneumatic type, and it is not setting up special pneumatic y to feeding pressing device on the head right side, reduces manufacturing cost.
For solveing the technical problem, the utility model provides a kind of pneumatic type automatic trousers knot machine, it is characterized in that, it comprises the bar tacking machine head, adjustable pay-off, carry drawstring mechanism secretly, the tape-cutting machine structure, interlinked mechanism, the clamp rotating mechanism, pine band mechanism, cross band and detect excision mechanism, feed mechanism, the base detent mechanism, adjustable pay-off is located at the bottom of bar tacking machine head, the tape-cutting machine structure is near the right side of carrying drawstring mechanism secretly, interlinked mechanism is positioned at the bottom of tape-cutting machine structure, the clamp rotating mechanism is positioned at the top of loose metal mechanism and feed mechanism, pine band mechanism is located on one second sliding panel in the feed mechanism, cross band and detect the back that excision mechanism is arranged in a rail support plate of carrying drawstring mechanism secretly, the base detent mechanism is located at the below of feed mechanism.
Preferably, the described drawstring mechanism of carrying secretly comprises the rail support plate of being located at bar tacking machine head right side, two first line slideways are installed in left side at the bar tacking machine head, a side guide plate is installed on the coaster of first line slideway, one second line slideway is vertically installed in the front side of side guide plate, a chuck connecting plate is installed on the lower block of first line slideway, establish a material folding lower cylinder seat on the side guide plate, one second cylinder of the top installation of material folding lower cylinder seat, the piston rod front end of second cylinder is connected with material folding lower cylinder seat, adorn one first base of the carrier head and first clamp above the chuck connecting plate, a material folding cylinder upper junction plate is installed on the upper pulley of second line slideway, a side chuck cylinder block is installed on the side guide plate, adorn one second base of the carrier head and second clamp above the chuck cylinder block of side, be provided with a feeding cylinder at the rear portion of side guide plate, feeding cylinder is fixed by a side cylinders Connection Block and a width of cloth cylinder anchor ear, a feeding cylinder Connection Block is installed at the back side at the side guide plate, the feeding cylinder Connection Block is fixed by two first screws and is connected with the piston rod head of feeding cylinder, and the tail end of feeding cylinder Connection Block 37 is established a dead retaining adjustment screw.
Preferably, described tape-cutting machine structure comprises a telescopic rail upper junction plate, adorn one the first cutting knife holder and the second cutting knife holder above the telescopic rail upper junction plate, a cylinder upper cutter seat is established at the back side of two cutting knife holders, a square cylinder is housed above the cylinder upper cutter seat, a cutting knife slide block fixed head is established in the front of cylinder upper cutter seat, secondary first guide rail is installed in the front of cylinder upper cutter seat, install one upper cutter on the coaster at first guide rail middle part, connect a cylinder joint and one first bearing pin in the hole on upper cutter top, lower front at the telescopic rail upper junction plate is provided with a lower cutter holder, a lower cutter gripper shoe is installed in the front portion of lower cutter holder, the top both sides of lower cutter gripper shoe establish two regulate screws and in establish two adjustment screw, gap between the upper cutter by adjustment screw adjust suitable after, lock with adjustment screw, secondary second guide rail is installed at the middle part of lower cutter gripper shoe, load cutting knife on the coaster of second guide rail, one the 3rd cylinder is established in the bottom of lower cutter gripper shoe, and the 3rd cylinder is connected with a cylinder joint by a cylinder piston rod connector with lower cutter.
Preferably, described interlinked mechanism has a telescopic rail lower connecting plate, be provided with two the 3rd line slideways above the telescopic rail lower connecting plate, four coasters of the 3rd line slideway are connected with telescopic rail upper junction plate in the tape-cutting machine structure, a four-cylinder is established at the rear portion of telescopic rail lower connecting plate, four-cylinder is connected with first nut with a cylinder block on being fixed on lower connecting plate, in the tape-cutting machine structure on the back, rear end of telescopic rail upper junction plate a connecting plate be installed be connected with the head of four-cylinder piston rod.
Preferably, described clamp rotating mechanism comprises a worm screw seat, establish a worm screw in the worm screw seat, the front and back of worm screw are installed in the worm screw seat by two bearings and must not make it by former and later two holding screws has axial motion in the worm screw seat, device is in the inner part installed the bottom, bottom surface and is established an adjusting bolt, the rear portion of worm screw seat is established a material folding cylinder block and is fixed by two second screws, the rear portion is installed one and is beaten the bar cylinder, beat the head of the piston rod of bar cylinder and adorn a top cover, the front portion of top cover is a push rod, push rod passes the endoporus of worm screw and penetrates in the afterbody hole of flanging base of the carrier head, on the front end cylindrical of flanging base of the carrier head casing assembly worm, by two branch head screw lockings, front end at push rod screws in a joint, seal in two symmetrical holes of joint an active pin shaft and with a left connecting rod, a right connecting rod polyphone together, the uropore of left side connecting rod and one first rotating clamp flexibly connects with a rivet pin, the uropore of the right connecting rod and second rotating clamp flexibly connects with another rivet pin, the preceding hole of first rotating clamp and the preceding hole of second rotating clamp seal in the location, preceding hole of flanging base of the carrier head by one the 3rd bearing pin, hanging a spring in the outer end of movable lock pin is connected with the rear screw of flanging base of the carrier head, above the afterbody of worm screw seat, be located at one the 5th cylinder, the 5th cylinder is fastened on the rotary cylinder seat by one second nut, the head of the piston rod of the 5th cylinder is installed a guide runner, also fixes with the piston rod of the 3rd nut and the 5th cylinder in the helicla flute of the head embedding worm screw of guide runner.
Preferably, described pine is with mechanism being descended by two the 4th line slideway place mats, establish a longitudinal sliding motion plate above the 4th line slideway, longitudinal sliding motion plate and cylinder support are fixed, falling to establish one the 6th cylinder above the longitudinal sliding motion plate, left cylinder support, right cylinder support and a bearing pin are connected with the uropore of the 6th cylinder, are provided with one first cylinder support in the outside of second sliding panel and are connected with the piston rod head of the 6th cylinder.
Preferably, the described band of crossing detects the back that excision mechanism is arranged in the rail support plate of carrying drawstring mechanism secretly, cross band detection excision mechanism and be provided with a rolling wheel support, an extension spring, a compressing tablet, two width of cloth rollers, cross the band gripper shoe and first backing plate for one, the microswitch seat of an angle adjustable is established in the outside of the first cutting knife holder in the tape-cutting machine structure, a microswitch is locked on the microswitch seat by the 3rd screw, establish a switch press plate in the lower front on second a cutting knife holder left side, be provided with axis hole in the switch press plate, obviously take back in the position, hole of axis hole, be installed in the lower front of the second cutting knife holder by an axial screw, the left side shortwall of switch press plate is pressed in the head of compressing tablet, the long-armed head of compressing tablet is pressed on the touch panel of microswitch, also is provided with a flap plate at the back side on the first cutting knife holder right side.
Preferably, described feed mechanism is provided with a material loading guide rail plate that laterally keeps flat, be provided with a lateral guide in the material loading guide rail plate to elongated slot, two the 5th line slideways are installed on the material loading guide rail plate, one second sliding panel is installed on four coasters of the 5th line slideway, the 7th cylinder in the right side head upside-down mounting of second sliding panel, the head of the 7th cylinder is established a cylinder connecting plate, one the 8th cylinder is established on the right side of the 7th cylinder, the piston rod of the 8th cylinder and cylinder connecting plate are fixed, the 8th cylinder middle part is established a secondary anchor ear and is fixed, and the afterbody of the 8th cylinder is installed one second cylinder support and by one the 4th nut the 8th cylinder locked.
Preferably, described base detent mechanism comprises a base plate that is fixed on the frame platen, the right side front end of base plate is established a lift cylinder connecting plate, two bar cylinders of the top installation of base plate also are provided with a block buffering rubber blanket, the rear side of base plate is installed the first square steel parallels and the second square steel parallels, the middle part of base plate is provided with two screw rods and second backing plate, establish one group of Xiao Zhou rotation rotary device Xiao Zhou rotation rotary device by support at the rear portion of base plate, an intermediate support, one the 3rd backing plate and one the 4th bearing pin are formed, and support is fixed on the base plate, and intermediate support is connected with the bottom surface of the 3rd backing plate with the material loading guide rail plate of feed mechanism.
Positive progressive effect of the present utility model is: the utility model avoids adopting 270 expensive ° rotation rotaring cylinders at the clamp bending and forming cardia of trousers loop, thereby but the mode that adopts spirally-guided cylinder straight line to promote realizes that 270 ° of rotations of chuck under the prerequisite that does not influence performance, decline to a great extent manufacturing cost; The utility model is rational in infrastructure, and structure is compact, and easy to operate, working stability keeps in repair easy to adjust.
Description of drawings
Fig. 1 is the structural representation of the automatic trousers knot machine of the utility model pneumatic type.
Fig. 2 is the structural representation of adjustable pay-off in the utility model.
Fig. 3 is a structural representation of carrying drawstring mechanism in the utility model secretly.
Fig. 4 is the structural representation of tape-cutting machine structure in the utility model.
Fig. 5 is the structural representation of interlinked mechanism in the utility model.
Fig. 6 is the structural representation of clamp rotating mechanism in the utility model.
Fig. 7 is the structural representation of pine band mechanism in the utility model.
Fig. 8 crosses the structural representation that band detects excision mechanism in the utility model.
Fig. 9 is the structural representation of feed mechanism in the utility model.
Figure 10 is the structural representation of base detent mechanism in the utility model.
The specific embodiment
Lift a preferred embodiment below, and come the clearer the utility model that intactly illustrates in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, the automatic trousers knot machine of the utility model pneumatic type is a kind of composite set with multicomponent structure, the automatic trousers knot machine of pneumatic type comprises bar tacking machine head 1, adjustable pay-off 2, carry drawstring mechanism 3 secretly, tape-cutting machine structure 4, interlinked mechanism 5, clamp rotating mechanism 6, pine band mechanism 7, cross band and detect excision mechanism 8, feed mechanism 9, base detent mechanism 10, electric control operation keyboard 11, adjustable pay-off 2 is located at the bottom of bar tacking machine head 1, tape-cutting machine structure 4 is near the right side of carrying drawstring mechanism 3 secretly, interlinked mechanism 5 is positioned at the bottom of tape-cutting machine structure 4, clamp rotating mechanism 6 is positioned at the top of loose metal mechanism 7 and feed mechanism 9, pine band mechanism 7 is located on second sliding panel 114 in the feed mechanism 9, cross band and detect the back that excision mechanism 8 is arranged in the rail support plate 21 of carrying drawstring mechanism 3 secretly, base detent mechanism 10 is located at the below of feed mechanism 9.The highest rotating speed of making of bar tacking machine head 1 is that per minute 2500 changes, and its internal structure is not repeating with common bar tacking machine unanimity; Adjustable pay-off 2 is by a fixing bottom plate 15, a movable bottom plate 16, a fixing top board 17, a movable top board 18 is formed, fixedly bottom plate 15, movable bottom plate 16, fixedly top board 17, movable top board 18 relative fixed can be carried out the size adjustment between 45 millimeters to 70 millimeters of the spacings, fixedly top board 17 and movable top board 18 are installed in the bottom of first sliding panel 19 of head bottom stock support end face, by being installed in stock support left side, what first cylinder 20 and bar linkage structure were realized fixedly top board 17 and movable top board 18 presses down and lifts action.
As shown in Figure 3, carry drawstring mechanism 3 secretly and comprise a rail support plate 21 of being located at bar tacking machine head 1 right side, two first line slideways 22 are installed in left side at bar tacking machine head 1, a side guide plate 23 is installed on the coaster of first line slideway 22, on the lower block of one second line slideway 24, the first line slideways 22 of the vertical installation in the front side of side guide plate 23 a chuck connecting plate 25 is installed.Establish a material folding lower cylinder seat 26 on the side guide plate 23, one second cylinder 27 of the top installation of material folding lower cylinder seat 26, the piston rod front end of second cylinder 27 is connected with material folding lower cylinder seat 26, adorns one first base of the carrier head 28 and first clamp 29 above the chuck connecting plate 25.A material folding cylinder upper junction plate 30 is installed on the upper pulley of second line slideway 24, a side chuck cylinder block 31 is installed on the side guide plate 23, adorn one second base of the carrier head 32 and second clamp 33 above the side chuck cylinder block 31.Be provided with a feeding cylinder 34 at the rear portion of side guide plate 23, feeding cylinder 34 is fixing by a side cylinders Connection Block 35 and a width of cloth cylinder anchor ear 36.A feeding cylinder Connection Block 37 is installed at the back side at side guide plate 23, and feeding cylinder Connection Block 37 is fixed by two first screws 38 and is connected with the piston rod head of feeding cylinder 34, and the tail end of feeding cylinder Connection Block 37 is established a dead retaining adjustment screw 39.Installation screw in the feeding cylinder Connection Block 37 is a mounting hole, and feeding cylinder Connection Block 37 preceding shipper pole shape sizes are elongated behind the loosening screw, otherwise band shape size shortens; Can also carry out the adjusting of size by dead retaining adjustment screw 39, extremely keep off adjustment screw 39 and head into the shortening of band shape size, on the contrary the elongation of band shape size.
As shown in Figure 4, tape-cutting machine structure 4 comprises a telescopic rail upper junction plate 40, adorn one the first cutting knife holder 41 and the second cutting knife holder 42 above the telescopic rail upper junction plate 40, a cylinder upper cutter seat 43 is established at the back side of two cutting knife holders, a square cylinder 44 is housed above the cylinder upper cutter seat 43, a cutting knife slide block fixed head 45 is established in the front of cylinder upper cutter seat 43, secondary first guide rail 46 is installed in the front of cylinder upper cutter seat 43, install one on the coaster at first guide rail, 46 middle parts upper cutter 47, connect a cylinder joint 48 and one first bearing pin 49 in the hole on upper cutter 47 tops, upper cutter 47 is connected with cylinder piston rod with first bearing pin 49 by cylinder joint 48.Lower front at telescopic rail upper junction plate 40 is provided with a lower cutter holder 50, a lower cutter gripper shoe 51 is installed in the front portion of lower cutter holder 50, the top both sides of lower cutter gripper shoe 51 establish two regulate screws and in establish two adjustment screw 52, gap between the upper cutter 47 by adjustment screw 52 adjust suitable after, with adjustment screw 52 lockings, secondary second guide rail 54 is installed at the middle part of lower cutter gripper shoe 51, load cutting knife 55 on the coaster of second guide rail 54, the bottom of lower cutter gripper shoe 51 is established one the 3rd cylinder, 56, the three cylinders 56 and is connected with a cylinder joint 48 by a cylinder piston rod connector 57 with lower cutter 55.
As shown in Figure 5, interlinked mechanism 5 has a telescopic rail lower connecting plate 59, be provided with two the 3rd line slideways 60 above the telescopic rail lower connecting plate 59, four coasters of the 3rd line slideway 60 are connected with telescopic rail upper junction plate 40 in the tape-cutting machine structure 4, the four-cylinder 61 of 200 millimeters of strokes is established at the rear portion of telescopic rail lower connecting plate 59, four-cylinder 61 is connected with a cylinder block 62 usefulness first nut 63 on being fixed on lower connecting plate 59, the back, rear end of telescopic rail upper junction plate 40 is installed a connecting plate 64 and is connected with the head of four-cylinder 61 piston rods in tape-cutting machine structure 4, can promote whole cutter mechanism 4 when the piston rod of four-cylinder 61 is released forward and carry drawstring mechanism 3 secretly and push ahead.The purpose that interlinked mechanism 5 is set has two: pushing ahead action is in order to guarantee that second clamp 33 in the clamp rotating mechanism keeps minimum distance with upper cutter 47, with the inboard strap head hypotelorism after satisfying clamp and cutting off; Interlinked mechanism 5 work that reverses of drawing back is in order to avoid feed mechanism 9 second feedings and to push ahead and cutter mechanism 4 and carry the collision of drawstring mechanism 3 secretly.
As Fig. 9 as shown in Figure 7, pine band mechanism 7 is located on second sliding panel 114 in the feed mechanism 9, pine band mechanism 7 is being descended by two the 4th line slideway 93 place mats, establish a longitudinal sliding motion plate 94 above the 4th line slideway 93, longitudinal sliding motion plate 94 is fixing with cylinder support 93, falling to establish the 6th cylinder 95 of 40 millimeters of strokes above the longitudinal sliding motion plate 94, a left cylinder support 96, right cylinder support 97 is connected with the uropore of the 6th cylinder 95 with a bearing pin 98, be provided with one first cylinder support 99 is connected with the piston rod head of the 6th cylinder 95 in the outside of second sliding panel 114, drive longitudinal sliding motion plate 94 during 95 actions of the 6th cylinder and move inward, the purpose that pine band mechanism 7 is set is in order to leave sufficient band shape bending surplus for clamp rotating mechanism 6.
As Fig. 3, Fig. 4 and shown in Figure 8, cross band and detect the back that excision mechanism 8 is arranged in the rail support plate 21 of carrying drawstring mechanism 3 secretly, cross band detection excision mechanism 8 and be provided with a rolling wheel support 100, an extension spring 101, a compressing tablet 102, two width of cloth rollers 103, cross the band gripper shoe 104 and first backing plate 105 for one, the microswitch seat 106 of an angle adjustable is established in the outside of the first cutting knife holder 41 in tape-cutting machine structure 4, a microswitch 108 is locked on the microswitch seat 106 by the 3rd screw 107, establish a switch press plate 109 in the lower front on second a cutting knife holder left side 42, be provided with axis hole in the switch press plate 109, obviously take back in the position, hole of axis hole, be installed in the lower front of the second cutting knife holder 42 by an axial screw 110, the left side shortwall of switch press plate 109 is pressed in the head of compressing tablet 102, the long-armed head of compressing tablet 102 is pressed on the touch panel of microswitch 108, when running into to make, strap in the work make switch press plate 109 levers touch the contact of microswitch 108 by compressing tablet 102 at once when joint is high to be put, signal to electric-control system simultaneously and carry out cloth belt lacing excision action, also be provided with a flap plate 111 at the back side on the first cutting knife holder right side 41.
As shown in Figure 9, feed mechanism 9 is provided with a material loading guide rail plate 112 that laterally keeps flat, be provided with a lateral guide in the material loading guide rail plate 112 to elongated slot, two effective travels of installation are 250 millimeters the 5th line slideway 113 on the material loading guide rail plate 112, one second sliding panel 114 is installed on four coasters of the 5th line slideway 113, the 7th cylinder 117 in the right side head upside-down mounting of second sliding panel 114, the head of the 7th cylinder 117 is established a cylinder connecting plate 116, the 8th cylinder 118 of 200 millimeters of strokes is established on the right side of the 7th cylinder 117, the piston rod of the 8th cylinder 118 and cylinder connecting plate 116 are fixing, the 8th cylinder 118 middle parts are established a secondary anchor ear 119 and are fixed, and the afterbody of the 8th cylinder 118 is installed one second cylinder support 120 and by one the 4th nut 121 the 8th cylinder 118 locked.Establish a cushion block in the left rear side of second sliding panel 114, be the installation position of inboard worm screw seat in the clamp rotating mechanism 6.The elemental motion of feed mechanism 9 is that the 7th cylinder 117 drives the 8th cylinders 118 and second sliding panel 114 and travels forward 40 millimeters and make clamp rotating mechanism 6 enter the working region, and the 8th cylinder 118 stretches out the strap that bending is good and delivers to and make the zone.
As Fig. 9 and shown in Figure 10, base detent mechanism 10 comprises a base plate 122 that is fixed on the frame platen, the right side front end of base plate 122 is established a lift cylinder connecting plate 123, two bar cylinders 124 of the top installation of base plate 122 also are provided with a block buffering rubber blanket 125, the rear side of base plate 122 is installed the first square steel parallels 126 and the second square steel parallels 127, the middle part of base plate 122 is provided with two screw rod 129 and second backing plates 130 of regulating height, second backing plate 130 embeds in the elongated slot of feed mechanism 9 simultaneously, control material loading guide rail plate can not swing, establish one group of Xiao Zhou rotation rotary device Xiao Zhou rotation rotary device by support 131 at the rear portion of base plate 122, an intermediate support 132, one the 3rd backing plate 133 and one the 4th composition such as bearing pin 134, support 131 is fixed on the base plate 122, intermediate support 132 is connected with the bottom surface of the 3rd backing plate 133 with the material loading guide rail plate 112 of feed mechanism 9, and two bar cylinders 124 actions by front end can realize the new line action of feed mechanism 9.In addition, also be provided with two first bracing frame 135 and second bracing frames 136 that the coaming plate cases are installed in front and back on the base plate 122.
Referring to Fig. 1, the automatic trousers knot machine of pneumatic type also comprises the electric control operation keyboard 11 of an activity, the right side is provided with a switch 11a below the needle plate of bar tacking machine head 1, below frame platen right side, be provided with electric appliance control box, electromagnetic valve controlling system installing plate 14 is located at frame platen lower rear, trousers loop operating mechanism front lower place is provided with a coaming plate 12, and a protective cover 13 is installed in clamp rotating mechanism 6 tops.
The whole working cycles action of the automatic trousers knot machine of the utility model pneumatic type is such; Two second cylinders 27 of carrying drawstring mechanism 3 secretly move to finish to be carried secretly; The four-cylinder 61 of interlinked mechanism 5 stretches out; Two bar cylinders 124 of base attitude reference device 10 stretch out realization mechanism and lift; The feeding cylinder 34 of carrying drawstring mechanism 3 secretly stretches out to finish to drive and puts in place; The 7th cylinder 117 of feed mechanism 9 is regained and is finished first feeding; The bar cylinder 73 of beating of clamp rotating mechanism 6 stretches out and finishes clamp and carry secretly; The 3rd cylinder 56 of cutter mechanism 4 and square cylinder 44 stretch out to finish cuts band; Carrying 3 two cylinders action of drawstring mechanism secretly realizes carrying secretly and unclamps simultaneously feeding cylinder 34 and do to regain action; The four-cylinder 61 of interlinked mechanism 5 is regained; One the 5th cylinder 88 in the clamp rotating mechanism 6 stretches out, and another the 5th cylinder 88 is regained and realized that first rotating clamp 83 and second rotating clamp, 84 opposite directions rotate 270 ° and finish the strap bending and forming; The right hand is pressed action button; The 8th cylinder 118 in the feed mechanism 9 stretches out finishes feeding to making the zone; First cylinder 20 in the bar tacking machine head 1 stretches out to be finished top board and presses down; The 8th cylinder 118 in the feed mechanism 9 is regained, and the 7th cylinder 117 is regained simultaneously; Above-mentioned operation program is proceeded do action, and the time spent is within 5 seconds; Bar tacking machine head 1 carries out the noose of a station and two stations and makes process; Top board lifts and resets.
Though more than described the specific embodiment of the present utility model, but those skilled in the art is to be understood that, these only illustrate, and under the prerequisite that does not deviate from principle of the present utility model and essence, can make numerous variations or modification to these embodiments.Therefore, protection domain of the present utility model is limited by appended claims.
Claims (9)
1. automatic trousers knot machine of pneumatic type, it is characterized in that, it comprises the bar tacking machine head, adjustable pay-off, carry drawstring mechanism secretly, the tape-cutting machine structure, interlinked mechanism, the clamp rotating mechanism, pine band mechanism, cross band and detect excision mechanism, feed mechanism, the base detent mechanism, adjustable pay-off is located at the bottom of bar tacking machine head, the tape-cutting machine structure is near the right side of carrying drawstring mechanism secretly, interlinked mechanism is positioned at the bottom of tape-cutting machine structure, the clamp rotating mechanism is positioned at the top of loose metal mechanism and feed mechanism, pine band mechanism is located on one second sliding panel in the feed mechanism, cross band and detect the back that excision mechanism is arranged in a rail support plate of carrying drawstring mechanism secretly, the base detent mechanism is located at the below of feed mechanism.
2. the automatic trousers knot machine of pneumatic type as claimed in claim 1, it is characterized in that, the described drawstring mechanism of carrying secretly comprises the rail support plate of being located at bar tacking machine head right side, two first line slideways are installed in left side at the bar tacking machine head, a side guide plate is installed on the coaster of first line slideway, one second line slideway is vertically installed in the front side of side guide plate, a chuck connecting plate is installed on the lower block of first line slideway, establish a material folding lower cylinder seat on the side guide plate, one second cylinder of the top installation of material folding lower cylinder seat, the piston rod front end of second cylinder is connected with material folding lower cylinder seat, adorn one first base of the carrier head and first clamp above the chuck connecting plate, a material folding cylinder upper junction plate is installed on the upper pulley of second line slideway, a side chuck cylinder block is installed on the side guide plate, adorn one second base of the carrier head and second clamp above the chuck cylinder block of side, be provided with a feeding cylinder at the rear portion of side guide plate, feeding cylinder is fixed by a side cylinders Connection Block and a width of cloth cylinder anchor ear, a feeding cylinder Connection Block is installed at the back side at the side guide plate, the feeding cylinder Connection Block is fixed by two first screws and is connected with the piston rod head of feeding cylinder, and the tail end of feeding cylinder Connection Block is established a dead retaining adjustment screw.
3. the automatic trousers knot machine of pneumatic type as claimed in claim 2, it is characterized in that, described tape-cutting machine structure comprises a telescopic rail upper junction plate, adorn one the first cutting knife holder and the second cutting knife holder above the telescopic rail upper junction plate, a cylinder upper cutter seat is established at the back side of two cutting knife holders, a square cylinder is housed above the cylinder upper cutter seat, a cutting knife slide block fixed head is established in the front of cylinder upper cutter seat, secondary first guide rail is installed in the front of cylinder upper cutter seat, install one upper cutter on the coaster at first guide rail middle part, connect a cylinder joint and one first bearing pin in the hole on upper cutter top, lower front at the telescopic rail upper junction plate is provided with a lower cutter holder, a lower cutter gripper shoe is installed in the front portion of lower cutter holder, the top both sides of lower cutter gripper shoe establish two regulate screws and in establish two adjustment screw, gap between the upper cutter by adjustment screw adjust suitable after, lock with adjustment screw, secondary second guide rail is installed at the middle part of lower cutter gripper shoe, load cutting knife on the coaster of second guide rail, one the 3rd cylinder is established in the bottom of lower cutter gripper shoe, and the 3rd cylinder is connected with a cylinder joint by a cylinder piston rod connector with lower cutter.
4. the automatic trousers knot machine of pneumatic type as claimed in claim 3, it is characterized in that, described interlinked mechanism has a telescopic rail lower connecting plate, be provided with two the 3rd line slideways above the telescopic rail lower connecting plate, four coasters of the 3rd line slideway are connected with telescopic rail upper junction plate in the tape-cutting machine structure, a four-cylinder is established at the rear portion of telescopic rail lower connecting plate, four-cylinder is connected with first nut with a cylinder block on being fixed on lower connecting plate, in the tape-cutting machine structure on the back, rear end of telescopic rail upper junction plate a connecting plate be installed be connected with the head of four-cylinder piston rod.
5. the automatic trousers knot machine of pneumatic type as claimed in claim 4, it is characterized in that, described clamp rotating mechanism comprises a worm screw seat, establish a worm screw in the worm screw seat, the front and back of worm screw are installed in the worm screw seat by two bearings and must not make it by former and later two holding screws has axial motion in the worm screw seat, device is in the inner part installed the bottom, bottom surface and is established an adjusting bolt, the rear portion of worm screw seat is established a material folding cylinder block and is fixed by two second screws, the rear portion is installed one and is beaten the bar cylinder, beat the head of the piston rod of bar cylinder and adorn a top cover, the front portion of top cover is a push rod, push rod passes the endoporus of worm screw and penetrates in the afterbody hole of flanging base of the carrier head, on the front end cylindrical of flanging base of the carrier head casing assembly worm, by two branch head screw lockings, front end at push rod screws in a joint, seal in two symmetrical holes of joint an active pin shaft and with a left connecting rod, a right connecting rod polyphone together, the uropore of left side connecting rod and one first rotating clamp flexibly connects with a rivet pin, the uropore of the right connecting rod and second rotating clamp flexibly connects with another rivet pin, the preceding hole of first rotating clamp and the preceding hole of second rotating clamp seal in the location, preceding hole of flanging base of the carrier head by one the 3rd bearing pin, hanging a spring in the outer end of movable lock pin is connected with the rear screw of flanging base of the carrier head, above the afterbody of worm screw seat, be located at one the 5th cylinder, the 5th cylinder is fastened on the rotary cylinder seat by one second nut, the head of the piston rod of the 5th cylinder is installed a guide runner, also fixes with the piston rod of the 3rd nut and the 5th cylinder in the helicla flute of the head embedding worm screw of guide runner.
6. the automatic trousers knot machine of pneumatic type as claimed in claim 5, it is characterized in that, described pine is with mechanism being descended by two the 4th line slideway place mats, establish a longitudinal sliding motion plate above the 4th line slideway, longitudinal sliding motion plate and cylinder support are fixed, falling to establish one the 6th cylinder above the longitudinal sliding motion plate, left cylinder support, right cylinder support and a bearing pin are connected with the uropore of the 6th cylinder, are provided with one first cylinder support in the outside of second sliding panel and are connected with the piston rod head of the 6th cylinder.
7. the automatic trousers knot machine of pneumatic type as claimed in claim 6, it is characterized in that, the described band of crossing detects the back that excision mechanism is arranged in the rail support plate of carrying drawstring mechanism secretly, cross band detection excision mechanism and be provided with a rolling wheel support, an extension spring, a compressing tablet, two width of cloth rollers, cross the band gripper shoe and first backing plate for one, the microswitch seat of an angle adjustable is established in the outside of the first cutting knife holder in the tape-cutting machine structure, a microswitch is locked on the microswitch seat by the 3rd screw, establish a switch press plate in the lower front on second a cutting knife holder left side, be provided with axis hole in the switch press plate, obviously take back in the position, hole of axis hole, be installed in the lower front of the second cutting knife holder by an axial screw, the left side shortwall of switch press plate is pressed in the head of compressing tablet, the long-armed head of compressing tablet is pressed on the touch panel of microswitch, also is provided with a flap plate at the back side on the first cutting knife holder right side.
8. the automatic trousers knot machine of pneumatic type as claimed in claim 7, it is characterized in that, described feed mechanism is provided with a material loading guide rail plate that laterally keeps flat, be provided with a lateral guide in the material loading guide rail plate to elongated slot, two the 5th line slideways are installed on the material loading guide rail plate, one second sliding panel is installed on four coasters of the 5th line slideway, the 7th cylinder in the right side head upside-down mounting of second sliding panel, the head of the 7th cylinder is established a cylinder connecting plate, one the 8th cylinder is established on the right side of the 7th cylinder, the piston rod of the 8th cylinder and cylinder connecting plate are fixed, the 8th cylinder middle part is established a secondary anchor ear and is fixed, and the afterbody of the 8th cylinder is installed one second cylinder support and by one the 4th nut the 8th cylinder locked.
9. the automatic trousers knot machine of pneumatic type as claimed in claim 8, it is characterized in that, described base detent mechanism comprises a base plate that is fixed on the frame platen, the right side front end of base plate is established a lift cylinder connecting plate, two bar cylinders of the top installation of base plate also are provided with a block buffering rubber blanket, the rear side of base plate is installed the first square steel parallels and the second square steel parallels, the middle part of base plate is provided with two screw rods and second backing plate, establish one group of Xiao Zhou rotation rotary device Xiao Zhou rotation rotary device by support at the rear portion of base plate, an intermediate support, one the 3rd backing plate and one the 4th bearing pin are formed, support is fixed on the base plate, and intermediate support is connected with the bottom surface of the 3rd backing plate with the material loading guide rail plate of feed mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202810369U CN201826127U (en) | 2010-08-03 | 2010-08-03 | Pneumatic type automatic belt loop machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202810369U CN201826127U (en) | 2010-08-03 | 2010-08-03 | Pneumatic type automatic belt loop machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201826127U true CN201826127U (en) | 2011-05-11 |
Family
ID=43964676
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202810369U Expired - Lifetime CN201826127U (en) | 2010-08-03 | 2010-08-03 | Pneumatic type automatic belt loop machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201826127U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102345212A (en) * | 2010-08-03 | 2012-02-08 | 上海贵衣缝纫设备有限公司 | Pneumatic type automatic trousers knot machine |
| CN102605561A (en) * | 2012-04-05 | 2012-07-25 | 宁波舒普机电科技有限公司 | Double-needle belt loop sewing machine |
| GB2562263A (en) * | 2017-05-10 | 2018-11-14 | Mosen Ltd | Bellmouth for jetfan |
| US11655712B2 (en) | 2017-05-04 | 2023-05-23 | Mosen Ltd | Optimised tunnel ventilation device |
-
2010
- 2010-08-03 CN CN2010202810369U patent/CN201826127U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102345212A (en) * | 2010-08-03 | 2012-02-08 | 上海贵衣缝纫设备有限公司 | Pneumatic type automatic trousers knot machine |
| CN102345212B (en) * | 2010-08-03 | 2014-07-09 | 上海贵衣缝纫设备有限公司 | Pneumatic type automatic trousers knot machine |
| CN102605561A (en) * | 2012-04-05 | 2012-07-25 | 宁波舒普机电科技有限公司 | Double-needle belt loop sewing machine |
| US11655712B2 (en) | 2017-05-04 | 2023-05-23 | Mosen Ltd | Optimised tunnel ventilation device |
| GB2562263A (en) * | 2017-05-10 | 2018-11-14 | Mosen Ltd | Bellmouth for jetfan |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: HANGZHOU GUIYI AUTOMATION EQUIPMENT CO., LTD. Free format text: FORMER OWNER: SHANGHAI GUIYI SEWING EQUIPMENT CO., LTD. Effective date: 20140401 |
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| C41 | Transfer of patent application or patent right or utility model | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: ADDRESS; FROM: 201501 JINSHAN, SHANGHAI TO: 311100 HANGZHOU, ZHEJIANG PROVINCE |
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| TR01 | Transfer of patent right |
Effective date of registration: 20140401 Address after: 408 room 1, building 503, Xingguo Road, Qianjiang Economic Development Zone, Zhejiang, Hangzhou, 311100 Patentee after: Hangzhou garments automation equipment Co., Ltd. Address before: West Jinshan District Fengjing Industrial Zone, Shanghai City Road 201501 No. 88 Patentee before: Shanghai Guiyi Sewing Equipment Co., Ltd. |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20110511 Effective date of abandoning: 20140709 |
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| RGAV | Abandon patent right to avoid regrant |