CN201634856U

CN201634856U - Pneumatic type full-automatic pocket welting and setting machine

Info

Publication number: CN201634856U
Application number: CN 201020135101
Authority: CN
Inventors: 黄志云
Original assignee: Shanghai Guiyi Sewing Equipment Co Ltd
Current assignee: Shanghai Guiyi Sewing Equipment Co Ltd
Priority date: 2010-03-18
Filing date: 2010-03-18
Publication date: 2010-11-17
Anticipated expiration: 2020-03-18

Abstract

The utility model discloses a pneumatic type full-automatic pocket welting and setting machine, which comprises elements such as a machine frame steel plate, a pneumatic type full-automatic non-ironing folding mechanism, and the like, wherein the pneumatic type full-automatic non-ironing folding mechanism is arranged above and behind the machine frame steel plate, a pneumatic type automatic feed mechanism is transversely arranged at the front part of the pneumatic type full-automatic non-ironing folding mechanism, a coordinate pattern transmission mechanism is arranged on the left side of the pneumatic type full-automatic non-ironing folding mechanism, the sewing machine head of a rotating hook type pattern sewing machine is transversely arranged on the right front of the machine frame steel plate, a pneumatic regulation mounting plate is arranged at the left back end of the machine frame steel plate, a solenoid valve mounting plate is arranged on the right side of the pneumatic regulation mounting plate, a protecting cover is arranged at the rear half part of the entire machine frame steel plate, a stainless steel boarding is arranged below a stainless steel countertop, a first start switch and a second start switch are arranged above the stainless steel countertop, a dust collector is arranged on the left side of a machine frame, and an electrical equipment control box is arranged at the rear part of the machine frame and lower part of the machine frame steel plate. The utility model reduces the manufacturing cost and can achieve automated procedures such as non-ironing and the like.

Description

The full-automatic out pocket machine of pneumatic type

Technical field

The utility model relates to the sewing device technical field, the full-automatic out pocket machine of particularly a kind of pneumatic type.

Background technology

The kind of out pocket machine is a lot, and general out pocket machine automated procedures are very low, majority be form with the pattern stitching machine sewing machine transformation of the way and only can realize the single type out pocket machine made.At present, the semi-automatic out pocket machine that is used for rag trade in this area has occupied certain market, this out pocket machine comprises feeding, makes and auto-programmings such as blanking, and must before making, out pocket be equipped with an electrical heating steam folding brake, to carry out the out pocket operation again after the bag sheet flanging pressing moulding, so be referred to as semi-automatic out pocket machine, abroad as the semi-automatic out pocket machine of German hundred good fortune companies and Xian Standar Industrial Joint-stock Co., Ltd introduce the semi-automatic out pocket facility that Italian technology produces certain representativeness arranged.In addition, more external in recent years advanced sewing device manufacturer such as Japan, states such as Italy develop a kind of automatic out pocket machine with technology of non-ironing flanging, its automaticity is higher, can realize non-ironing, flanging, feeding, make and a series of automated procedures such as blanking, the general high-class load modes that adopt of this class type more, as passing through the electric-motor drive screw mandrel, turbines etc. the roughly the same kind of drive of Digit Control Machine Tool formula machining center lathe improve the transmission precision of each link in the automatic flow, so the manufacturing cost of this full-automatic out pocket machine is significantly risen, every price is up to 30～600,000 RMB, make and most clothing factories this expensive price beyond affordability limited the popularization of this class technology thus.

The utility model content

Technical problem to be solved in the utility model provides the full-automatic out pocket machine of a kind of pneumatic type, and it reduces manufacturing cost, and can realize non-ironing, flanging, feeding, makes and a series of automated procedures such as blanking.

For solveing the technical problem, the utility model provides a kind of pneumatic type full-automatic out pocket machine, it is characterized in that, it comprises the frame steel plate, the automatic non-ironing edge-folding mechanism of pneumatic type, the pneumatic type automatic feed mechanism, coordinate style transmission mechanism, rotating shuttle formula style machine is made head, pneumatic type automatic blanking mechanism, the air pressure adjustment installing plate, the electromagnetic valve installing plate, protective cover, handle display board, the quick-changing mechanism console panel, the stainless steel work top, the stainless steel coaming plate, frame, dust catcher and electric appliance control box, the automatic non-ironing edge-folding mechanism of pneumatic type is located at top, frame steel plate back, the pneumatic type automatic feed mechanism laterally is located at the front portion of the automatic non-ironing edge-folding mechanism of pneumatic type, coordinate style transmission mechanism is located at the left side of the automatic non-ironing edge-folding mechanism of pneumatic type, rotating shuttle formula style machine is made right front and the horizontally set that head is located at the frame steel plate, pneumatic type automatic blanking mechanism is distributed in the forward right side top of frame steel plate respectively, middle part and three places, bottom, the air pressure adjustment installing plate is located at the left back end of frame steel plate, the electromagnetic valve installing plate is located at the right side of air pressure adjustment installing plate, protective cover is located at the later half position at the frame steel plate, handle display board is adsorbed on protective cover by magnetic force positive front, the quick-changing mechanism console panel is located at left front of protective cover, the stainless steel work top is laid on the first half top of frame steel plate, the stainless steel coaming plate is located at the below of stainless steel work top, the top of stainless steel coaming plate is provided with first starting switch and second starting switch, dust catcher is located at the left side of frame, and electric appliance control box is located at the rear portion of frame and the bottom of frame steel plate.

Preferably, the non-ironing edge-folding mechanism of described pneumatic type comprises one group of transmission mechanism and one group of crimping unit, transmission mechanism comprises retainer, first cylinder, first crossbeam, first line slideway, first push rod, intermediate die plate, support, second cylinder, horizontal connecting plate, sliding panel, second line slideway, side plate, header board, the 3rd cylinder, seat board, the 3rd line slideway, first bearing pin, four-cylinder, first anchor ear, the 4th line slideway, the front slide plate, first jiao of aluminium and second jiao of aluminium, first cylinder, second cylinder, the 3rd cylinder and four-cylinder are located at the waist of retainer respectively, the top, rear portion and front portion, first line slideway is located at the below of first crossbeam, first push rod is located at the below of first line slideway, intermediate die plate is located at the front portion of first push rod, first cylinder is connected by support with the piston rod of first push rod, horizontal connecting plate and sliding panel are located at the bottom of second cylinder, second line slideway is at the inboard of sliding panel and be installed in above the side plate, header board is installed in the front end face of sliding panel, the top of the 3rd cylinder connects seat board, the 3rd line slideway is located at the inboard of side plate, first bearing pin connects first crossbeam, four-cylinder is fixed by first anchor ear, the front slide plate slides at the 4th line slideway, the both sides, bottom of front slide plate are connected with the piston rod of four-cylinder by first jiao of aluminium, and the front slide plate connects crimping unit by second jiao of aluminium; Crimping unit comprises the 5th cylinder, square seat board, flanging female seat, guide rail, flanging side plate, flanging header board, first male seat, second bearing pin, aluminium case, infrared ray locator, the 5th cylinder respectively in a triangle and level be installed in the upper center of square seat board, guide rail is below the flanging female seat, flanging side plate and flanging header board are located at below square seat board, second bearing pin is fixed on first male seat, and the infrared ray locator is located at the front end both sides of aluminium case.

Preferably, described pneumatic type feed mechanism comprises the 5th line slideway, the retinue coaster, first promotes cylinder, the coaster installing plate, first angle bar, second promotes cylinder, retinue angle aluminium, conjuncted grillage, second angle bar, cradle, first installing plate, two bar cylinders, the feeding female seat, feeding male seat and feeding transverse slat, first promotes cylinder and second promotes the both sides that cylinder is installed the 5th line slideway respectively, the retinue coaster is located on the 5th line slideway, first promotes the piston rod of cylinder right-hand member head by the coaster installing plate, first angle bar is connected with the retinue coaster, second promotes cylinder fixes with retinue angle aluminium, retinue angle aluminium also is fixed on the conjuncted grillage, and second piston rod that promotes cylinder head is connected with the coaster installing plate by second angle bar; The cradle level is installed on the conjuncted grillage, first installing plate be located at cradle above, two bar cylinders are vertically mounted on a side of first installing plate, the bottom of two bar cylinders connects the feeding female seat, the feeding male seat is connected with feeding female seat level, the feeding transverse slat be located at the feeding male seat below.

Preferably, described pneumatic type automatic blanking mechanism comprises material drag mechanism, pusher, binder and material-receiving device, material drag mechanism comprises lateral cylinder and corollary apparatus thereof, vertical cylinder and corollary apparatus thereof, lateral cylinder and corollary apparatus thereof comprise lateral cylinder, the 3rd crossbeam, the 7th line slideway, second push rod and pressure ring, second cylinder block, link and seat assembly constitute, vertically cylinder and corollary apparatus thereof comprise vertical cylinder, the cylinder joint, connecting plate and stand assembly, connecting plate connects cylinder joint and the 3rd crossbeam, pusher comprises the 7th cylinder, the 3rd cylinder block, the 4th crossbeam, longitudinal rail, the 3rd push rod, hitch and pusher cross bar, hitch is connected the 7th cylinder and the 3rd push rod with the pusher cross bar, pusher is fixed on the platen of frame; Binder and material-receiving device are positioned at corner before the bottom right of frame, binder and material-receiving device binder and material-receiving device comprise bend pipe, the 3rd bearing pin, bearing block, second anchor ear, binder material receiving mechanism cylinder, the 4th bearing pin, the cylinder Connection Block and second installing plate, bend pipe is vertically set up, the 3rd bearing pin and bearing block are located at the root of bend pipe, second anchor ear connects the waist that binder material receiving mechanism cylinder is located at bend pipe, the 4th bearing pin and cylinder Connection Block pass the tail gas hole of binder material receiving mechanism cylinder, Connection Block is fixed on second installing plate, and second installing plate vertically is installed on the longeron of frame.

Positive progressive effect of the present utility model is: the full-automatic out pocket machine of the utility model pneumatic type rational in infrastructure, and handiness transmits the precision height, and sewing performance is good, low cost of manufacture, and can be suitable for multiple out pocket mold rapid-replacement.

Description of drawings

Fig. 1 is the structural representation of the full-automatic out pocket machine of the utility model pneumatic type.

Fig. 2 is a transmission mechanism structural representation in the automatic non-ironing edge-folding mechanism of pneumatic type.

Fig. 3 is the structural representation of crimping unit in the automatic non-ironing edge-folding mechanism of pneumatic type.

Fig. 4 is the structural representation of feed mechanism in the utility model.

Fig. 5 is the structural representation of coordinate style transmission mechanism in the utility model.

Fig. 6 is the structural representation that rotating shuttle formula style machine is made head in the utility model.

Fig. 7 is the structural representation of pneumatic type automatic blanking mechanism in the utility model.

Fig. 8 is the structural representation of template fast unit in the utility model.

Fig. 9 is the structural representation of the utility model mid frame and other corollary apparatus.

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 shown in Figure 1, the full-automatic out pocket machine of the utility model pneumatic type comprises the frame steel plate, the automatic non-ironing edge-folding mechanism 1 of pneumatic type, pneumatic type automatic feed mechanism 2, coordinate style transmission mechanism 3, rotating shuttle formula style machine is made head 4, pneumatic type automatic blanking mechanism 5, air pressure adjustment installing plate 6, electromagnetic valve installing plate 7, protective cover 8, handle display board 9, quick-changing mechanism console panel 10, stainless steel work top 11, stainless steel coaming plate 12, frame 13, dust catcher 14 and electric appliance control box 15, the automatic non-ironing edge-folding mechanism 1 of pneumatic type is located at top, frame steel plate back, pneumatic type automatic feed mechanism 2 laterally is located at the front portion of the automatic non-ironing edge-folding mechanism 1 of pneumatic type, the position that coordinate style transmission mechanism 3 is 400 millimeters in the automatic non-ironing edge-folding mechanism of pneumatic type 1 left side, rotating shuttle formula style machine is made right front and the horizontally set that head 4 is located at the frame steel plate, pneumatic type automatic blanking mechanism 5 is distributed in the forward right side top of frame steel plate respectively, middle part and three places, bottom, air pressure adjustment installing plate 6 is located at the left back end of frame steel plate, electromagnetic valve installing plate 7 is located at the right side of air pressure adjustment installing plate 6, protective cover 8 is located at the later half position at whole frame steel plate, handle display board 9 is adsorbed on protective cover 8 by magnetic force positive front, quick-changing mechanism console panel 10 is located at left front of protective cover 8, stainless steel work top 11 is laid on the first half top of frame steel plate and does not have screw hole, stainless steel coaming plate 12 is located at the below of stainless steel work top 11, the top of stainless steel coaming plate 12 is provided with the first starting switch 12a and the second starting switch 12b, underpart is established a secondary frame 13, dust catcher 14 is located at the left side of frame 13, and electric appliance control box 15 is located at the rear portion of frame 13 and the bottom of frame steel plate.

As shown in Figures 2 and 3, the non-ironing edge-folding mechanism 1 of pneumatic type comprises one group of transmission mechanism and one group of crimping unit, wherein transmission mechanism comprises retainer 16, first cylinder 17, first crossbeam 18, first line slideway 19, first push rod 20, intermediate die plate 21, support 22, second cylinder 23, horizontal connecting plate 24, sliding panel 25, second line slideway 26, side plate 27, header board 28, the 3rd cylinder 29, seat board 30, the 3rd line slideway 31, first bearing pin 32, four-cylinder 33, first anchor ear 34, the 4th line slideway 35, front slide plate 36, first jiao of aluminium 37 and second jiao of aluminium 38, first cylinder 17, second cylinder 23, the 3rd cylinder 29 and four-cylinder 33 are located at the waist of a retainer 16 respectively, the top, rear portion and front portion, it can realize the advance and retreat of transmission mechanism, lifting, eight actions of the advance and retreat of flanging template mechanism and the synchronization lifting of two groups of mechanisms transmission.The stroke of being located at first cylinder 17 in the retainer 16 waist cavitys is 200 millimeters, first cylinder 17 is located on first crossbeam 18, first line slideway 19 is located at the below of first crossbeam 18, first push rod 20 (specifically being horizontal push rod) is located at the below of first line slideway 19, intermediate die plate 21 belongs to the hemming die panel assembly and is located at the front portion of first push rod 20, first cylinder 17 is connected by support 22 with the piston rod of first push rod 20, and advance and retreat are by first line slideway, 19 guiding; Second cylinder 23 is located at the top of retainer 16 and is the working cylinder of transmission mechanism advance and retreat, the stroke of second cylinder 23 also is 200 millimeters, two horizontal connecting plates 24 and two sliding panels 25 (left and right sides) are located at the bottom of second cylinder 23, fourth officer second line slideway 26 is at the inboard of sliding panel 25 and be installed in above the side plate 27, the piston rod of second cylinder 23 connects header board 28, header board 28 is installed in the front end face of two sliding panels 25, seesawing of the non-ironing edge-folding mechanism 1 of pneumatic type promotes by second cylinder 23, and cross-brace is by four second line slideways, 26 guiding; The 3rd cylinder 29 of being located at retainer 16 lower rear is transmission devices of transmission mechanism and template telescoping mechanism synchronization lifting, the 3rd cylinder 29 is that two bar cylinders and its stroke are 40 millimeters, the top of the 3rd cylinder 29 connects seat board 30, the side of seat board 30 is connected with side plate 27, four the 3rd line slideways 31 are located at the inboard and symmetrical both sides that are installed in retainer 16 of side plate 27, before and after the lower, transverse of two blocks of side plates 27, be provided with two cylinder-bore, penetrate by two first bearing pins 32, these two first bearing pins 32 connect first crossbeam 18 simultaneously, by stretching of the 3rd cylinder 29 piston rods, realize the synchronization lifting of transverse slat mechanism and transmission mechanism; Transmission mechanism itself can carry out independent lifting, it is to realize by two four-cylinders 33 of retainer 16 front portions, the stroke of four-cylinder 33 is 100 millimeters, two four-cylinders 33 are installed in the both sides, rear portion of header board 28 and fixing by two first anchor ears 34 respectively, the front portion of header board 28 is provided with two the 4th line slideways of vertically setting up 35, front slide plate 36 slides at the 4th line slideway 35, the both sides, bottom of front slide plate 36 are connected with the piston rod of two four-cylinders 33 at rear portion by two first jiao of aluminium 37, and front slide plate 36 connects crimping unit by anterior two blocks of second jiao of aluminium 38, and two four-cylinders 33 can be realized the independent lifting work of crimping unit.

As shown in Figure 3, crimping unit comprises the 5th cylinder 39, square seat board 40, flanging female seat 41, guide rail 42, flanging side plate 43, flanging header board 43a, first male seat 44, second bearing pin 45, aluminium case 46, infrared ray locator 47, the stroke of the 5th cylinder 39 is ten millimeters transmissions that can realize three actions, three the 5th cylinders 39 respectively in a triangle and level be installed in the upper center of square seat board 40, the front portion of the 5th cylinder 39 piston rods is connected a flanging female seat 41 respectively with the left and right sides, guide rail 42 is below flanging female seat 41 and conduplication side female seat 41 orientations, two width of cloth flanging side plates 43 (left and right sides) and a width of cloth flanging header board 43a are located at below square seat board 40, six second bearing pins 45 are fixed on three first male seats 44 and with the flanging female seat 41 of top to be connected, be provided with 46, two infrared ray locators 47 of aluminium case on the top of entire mechanism and be located at the front end both sides of aluminium case 46 and the positioning action that is used to roll over the bagging sheet.

The structure of pneumatic type feed mechanism 2 as shown in Figure 4, pneumatic type feed mechanism 2 comprises the 5th line slideway 48, retinue coaster 49, first promotes cylinder 50, coaster installing plate 51, first angle bar 52, second promotes cylinder 53, retinue angle aluminium 54, conjuncted grillage 55, second angle bar 56, cradle 57, first installing plate 58, two bar cylinders 59, feeding female seat 60, feeding male seat 61 and feeding transverse slat 62, it is secondary transmission cylinder and the both sides that are installed in one 1.2 meters long the 5th line slideway 48 respectively that the first promotion cylinder 50 and second promotes cylinder 53, three retinue coasters 49 are located on the 5th line slideway 48, first stroke that promotes cylinder 50 is 300 millimeters, and first promotes the piston rod of cylinder 50 right-hand member heads by coaster installing plate 51, first angle bar 52 is connected with retinue coaster 49; Second stroke that promotes cylinder 53 is 400 millimeters, and second promotes cylinder 53 fixes with retinue angle aluminium 54, and retinue angle aluminium 54 also is fixed on the conjuncted grillage 55, and second piston rod that promotes cylinder 53 heads is connected with coaster installing plate 51 by second angle bar 56; Cradle 57 and the 5th line slideway 48 are 90 ° of angles and level is installed on the conjuncted grillage 55, first installing plate 58 be located at cradle 57 above, two two bar cylinders 59 are vertically mounted on a side of first installing plate 58, the stroke of two bar cylinders 59 is 30 millimeters, the bottom of two bar cylinders 59 connects feeding female seat 60, feeding male seat 61 is connected with feeding female seat 60 levels, feeding transverse slat 62 be located at feeding male seat 61 below.The course of action of whole pneumatic type feed mechanism is as follows: first promotes cylinder 50 stretches out, promote conjuncted grillage 55 and cradle 57 and move 300 millimeters forward to folding bag position, the second promotion cylinder 53 is followed and is advanced, two two bar cylinders 59 are done pressing action, make feeding transverse slat 62 fasten the good pocket of flanging, after intermediate die plate 21 in the non-ironing edge-folding mechanism 1 of pneumatic type is done and is regained action, second promotes cylinder 53 actions, promoting feeding transverse slat 62 continues to promote 400 millimeters forward to making the zone, two two bar cylinders 59 are done and are lifted action, and the first promotion cylinder 50 and the second promotion cylinder 53 are done return action simultaneously and resetted.

The structure of coordinate style transmission mechanism 3 as shown in Figure 5, the basic transmission principle of coordinate style transmission mechanism 3 is similar with general style machine coordinate transmission mechanism, difference is that the utility model has overcome transmission rigidity defective on the weak side in the prior art.Coordinate style transmission mechanism 3 comprises push shaft 63, stepper motor 64, be with 66 synchronously, guide holder 67, second crossbeam 68, the 6th line slideway 69, outer press box 70, first pair of bar slide guiding cylinder 71, interior press box 72, second pair of bar slide guiding cylinder 73, pressing plate 74, the 6th cylinder 75 and linkage 76, by two parallel push shafts 63 are set in transmission, be with 66 transmissions synchronously by stepper motor 64 drives, make push shaft 63 obtain balance, adopt the straight line rigidity to be connected in push shaft 63 and guide holder 67 junctions simultaneously, by connecting second crossbeam 68 and its two the 6th line slideways, 69 realization guide functions up and down, make the rigidity of whole transmission be more than doubled, thereby the positioning problem that style is made has obtained overcoming from the machine driving aspect than prior art.The hold down gag of making of this mechanism has adopted inside and outside press box combination and has comprised four cylinders, wherein, outer press box 70 is selected first pair of bar slide guiding cylinder 71 of two symmetries for use, the stroke of first pair of bar slide guiding cylinder 71 is 40 millimeters, the clamping cylinder of interior press box 72 is also selected second pair of bar slide guiding cylinder 73 guiding for use, the stroke of second pair of bar slide guiding cylinder 73 is 30 millimeters, simultaneously interior press box 72 is provided with a cover pressing plate 74 can carry out inside and outside flexible mechanism, can realize the inside and outside flexible of three block pressur plates 74 by the 6th cylinder 75 drivening rod mechanisms 76.

As Fig. 1 and shown in Figure 6, rotating shuttle formula style machine is made the anterior right side that head 4 is positioned at coordinate style machine transmission mechanism 3, the head horizontally set, transmission principle is similar with common high-speed sewing head, its structure and common rotating shuttle formula style machine head are similar substantially, no longer repeat, difference is: present technique is improved the middle presser feet transmission in the existing mechanism and the transmission position of automatic shearing, changes the direct transmission of cylinder without exception into by existing rotary magnet transmission.Rotating shuttle formula style machine is made head 4 and is comprised middle presser feet transmission cylinder 77, trimming cylinder 78, chassis base trimming crank 79, the push rod 80 and first cylinder block 81, middle presser feet transmission cylinder 77 is located at the waist inwall, trimming cylinder 78 then is located at the chassis base inner chamber, take the gas transmission not only to make former drive mechanism obtain simplifying, and significantly improved transmission speed, the hoisting velocity of presser feet during moment accelerated in making, reduced the fault rate at this position, especially at chassis base trimming crank 79 rear portions by push rod 80 directly is set, the fault rate of the pneumatic means that the trimming cylinder 78 and first cylinder block 81 are formed, trimming is speeded up, assurance and assembling adjustment to trimming opportunity bring convenience, and have strengthened the reliability of automatic shearing.

Pneumatic type automatic blanking mechanism 5 is by Fig. 1 and shown in Figure 7, pneumatic type automatic blanking mechanism 5 comprises material drag mechanism, pusher, binder and material-receiving device, pneumatic type automatic blanking mechanism 5 has material drag, binder, the pusher of automatic blanking and the actuation cycle program that connects material, and its installation site is distributed in three places, forward right side upper, middle and lower of whole lathe respectively.Being positioned at rotating shuttle formula style machine makes the material drag mechanism of head 4 front portions and comprises lateral cylinder 82 and corollary apparatus thereof, vertically cylinder 83 and corollary apparatus thereof, lateral cylinder and corollary apparatus thereof comprise that lateral cylinder 82, the 3rd crossbeam 84, the 7th line slideway 85, second push rod 86 and pressure ring 87, second cylinder block 88, link 89 and seat assembly 90 constitute, and the stroke of lateral cylinder 82 is 250 millimeters; Vertically cylinder and corollary apparatus thereof comprise vertical cylinder 83, cylinder joint 91, connecting plate 92 and stand assembly 93, connecting plate 92 connects cylinder joint 91 and the 3rd crossbeam 84, vertically the stroke of cylinder 83 is 10 millimeters, vertical cylinder and corollary apparatus thereof the position, back partially, middle part that is positioned at the 3rd crossbeam, entire mechanism can realize the flexible of push rod and lift and press working cycles to move.Being located at the bottom of making head front portion and stainless steel work top 11 is installation sites of pusher, pusher comprises that a stroke is 250 millimeters the 7th cylinder 94, two the 3rd cylinder blocks 95, the 4th crossbeam 96, longitudinal rail 97, the 3rd push rod 98, hitch 99 and pusher cross bars 100, hitch 99 is connected the 7th cylinder 94 and the 3rd push rod 98 with pusher cross bar 100, pusher is fixed on the platen of frame 13.Binder and material-receiving device are positioned at corner before the bottom right of frame 13, binder and material-receiving device binder and material-receiving device comprise bend pipe 101, the 3rd bearing pin 102, bearing block 103, second anchor ear 104, binder material receiving mechanism cylinder 105, the 4th bearing pin 106, the cylinder Connection Block 107 and second installing plate 108, bend pipe 101 is vertically set up, the 3rd bearing pin 102 and bearing block 103 are located at the root of bend pipe 101, second anchor ear 104 connects the waist that binder material receiving mechanism cylinder 105 is located at bend pipe 101, the stroke of binder material receiving mechanism cylinder 105 is 100 millimeters, the 4th bearing pin 106 and cylinder Connection Block 107 pass the tail gas hole of binder material receiving mechanism cylinder 105, Connection Block 107 is fixed on second installing plate 108, and second installing plate 108 vertically is installed on the longeron of frame 13.

The full-automatic out pocket machine of the utility model pneumatic type also comprises the template fast unit, the template fast unit is located at the non-ironing edge-folding mechanism 1 of pneumatic type, in the template presser device of pneumatic type automatic feed mechanism 2 and coordinate style machine transmission mechanism 3, the template fast unit is by 14 small-sized cylinders of fore-set formula, can realize the quick loading and unloading of seven secondary templates and pressing plate, feed mechanism one place wherein, non-ironing edge-folding mechanism everywhere, coordinate style machine mechanism compress two places, position, the structure of template fast unit such as Fig. 8 and shown in Figure 1, the template fast unit comprises female seat 109, second male seat 110, the 5th bearing pin 111 and capital formula cylinder 112, the 5th bearing pin 111 is fixed on second male seat 110, second male seat 110 is connected with template 113, capital formula cylinder 112 is fixed on the end face or the top of two bearing pin dead eyes of female seat 109, one circle V-notch is arranged on the cylindrical of the 5th bearing pin 111, the fore-set of capital formula cylinder 112 stretches in the 5th bearing pin 111V v notch v, can realize the locking of second male seat 110 and female seat 109, the fore-set withdrawal of capital formula cylinder 112 can separate second male seat 110 and template 113 rapidly with female seat 109, and the manipulation of template fast unit is manually carried out by the quick-changing mechanism console panel 10 that is located at 8 left front of protective covers.

As Fig. 1 and shown in Figure 9, frame and other corollary apparatus comprise frame 13, the top laying frame steel plate 114 of frame 13, the tool box 115 of being located at frame below, four foundation bolts 116 and four universal wheels 117; The latter half of protective cover 8 that is provided with above frame steel plate 114, the first half of protective cover 8 is established two wooden units 118 and four cushion blocks 119, stainless steel work top 11 is laid in the top, whole table top be can't see a screw hole, fixing each angle bar that relies on side, table top below, angle bar is falling a little to be welded under the work top and with cushion block 119 sides and is being screwed; Below at frame steel plate 1/2nd girth places, 114 front portions and stainless steel work top 11 is provided with stainless steel coaming plate 12, right-hand two power switches 120, the first starting switch 12a and the second starting switch 12b of establishing of stainless steel coaming plate 12; The domestic vacuum cleaners 121 of a quiet design are installed below the right side of frame 13 and frame steel plate 114, sweep-up pipe leads to the box of bleeding of stainless steel work top 11 belows, more or less a hundred air draught osculum is offered on work top top, this is the working region of the automatic non-ironing edge-folding mechanism 1 of pneumatic type, and the purpose that dust catcher is set is to hold out pocket machine cloth sheet with fall arrest in order to work; Above the left side of frame steel plate 114, be provided with air pressure adjustment installing plate 6, be provided with four pressure-regulating valves 122 and a pressure security protective valve 123; Back side top at frame steel plate 114 also is provided with two electromagnetic valve installing plates 7, and 26 pneumatic reversing solenoid valves 124 are installed above; Left rear corner at frame steel plate 114 is equipped with an air compression quick change valve 125 and air valve switch 126, and the lower rear of frame steel plate 114 is established electric control box 15.

The course of work of the present utility model is such: meet 5～6kg/cm on air compression quick change valve 125 ²Compressed air piping, open air valve switch 126, folding bag button by lower-pilot display board 9, the appearance amber light is a releasing orientation, flanging side plate 43 and flanging header board 43a are packed in the flanging female seat 41, by the button of lower-pilot display board 9, green light occurring is locking state, make it all to occur green light by other simultaneously till; Open the power switch 120 on stainless steel coaming plate 12 right sides, dust catcher 14 is started working, the cloth sheet is put to folding bag working region, by the first starting switch 12a, make the intermediate die plate 21 in the hemming die panel assembly stretch out 200 millimeters, put sack sample cloth and by two infrared ray locators 47 location; By the second starting switch 12b, full-automatic periodic duty is begun.Below by action successively chronological order: one, the crimping unit in the automatic non-ironing edge-folding mechanism 1 of pneumatic type stretches out 200 millimeters; Two, crimping unit is done to descend 100 millimeters and is developed with intermediate die plate 21, and the cloth sheet is depressed into 90 °; Three, flanging side plate 43 inwardly shrinks, and flanging header board 43a inwardly shrinks thereafter, and bag sheet flanging is shaped; Four, intermediate die plate 21 and crimping unit descend simultaneously 40 millimeters and are close to stainless steel work top 11; Five, flanging side plate 43 and flanging header board 43a do simultaneously and outwards strut action; Six, the crimping unit in the automatic non-ironing edge-folding mechanism 1 of pneumatic type is done vertical motion; Seven, crimping unit is return; Eight, the promotion of first in the pneumatic type automatic feed mechanism 2 cylinder 50 stretches out 300 millimeters to folding bag positions; Nine, two two bar cylinders 59 are done pressing action, make feeding transverse slat 62 fasten the good pocket of flanging; Ten, the intermediate die plate 21 in the automatic non-ironing edge-folding mechanism 1 of pneumatic type is done and is regained action; 11, the automatic non-ironing edge-folding mechanism 1 of pneumatic type rises overally 40 millimeters to the original place; 12, the promotion of second in the pneumatic type automatic feed mechanism 2 cylinder 53 is done and is stretched out action, promotes feeding transverse slat 62 and continues to push ahead 400 millimeters zones of making to coordinate style transmission mechanism 3; 13, the interior press box 72 in the coordinate style transmission mechanism 3 is done and is outwards strutted action; 14, interior press box 72 presses down and the shaping sack is compressed; 15, the two bar cylinders in the pneumatic type automatic feed mechanism 2 are made the button bag that rises and are unclamped action; 16, the promotion cylinder 50 of first in the pneumatic type automatic feed mechanism 2 and the second promotion cylinder 53 are done contractive action simultaneously and are returned the original place; 17, the outer press box 70 in the coordinate style transmission mechanism 3 presses down; 18, rotating shuttle formula style machine is made head 4 and coordinate style transmission mechanism 3 enters the automatic sewing program simultaneously; 19, the style head is done the automatic shearing action of sewing finishing; 20, coordinate style transmission mechanism 3 has returned pin mark; 21, interior press box 72 lifts; 22, the lateral cylinder 82 in the pneumatic type automatic blanking mechanism 5 is done and is stretched out 250 millimeters actions forward; 23, the vertical cylinder 83 in the pneumatic type automatic blanking mechanism 5 is done pressing action, makes pressure ring 87 push down the cloth of making; 24, the outer press box 70 of coordinate style transmission mechanism 3 lifts downwards; 25, lateral cylinder 82 is regained 250 millimeters; 26, the binder material receiving mechanism cylinder 105 in the pneumatic type automatic blanking mechanism 5 is done the retraction action, makes bend pipe 101 reclaim the lower edge that the compress material is close to stainless steel coaming plate 12; 27, the pusher in the pneumatic type automatic blanking mechanism 5 is done by the 7th cylinder 94 and is stretched out action and cloth is pushed away on the cross bar of falling bend pipe 101 by pusher cross bar 100; 28, binder material receiving mechanism cylinder 105 is done and is stretched out tenth skill.

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

1. full-automatic out pocket machine of pneumatic type, it is characterized in that, it comprises the frame steel plate, the automatic non-ironing edge-folding mechanism of pneumatic type, the pneumatic type automatic feed mechanism, coordinate style transmission mechanism, rotating shuttle formula style machine is made head, pneumatic type automatic blanking mechanism, the air pressure adjustment installing plate, the electromagnetic valve installing plate, protective cover, handle display board, the quick-changing mechanism console panel, the stainless steel work top, the stainless steel coaming plate, frame, dust catcher and electric appliance control box, the automatic non-ironing edge-folding mechanism of pneumatic type is located at top, frame steel plate back, the pneumatic type automatic feed mechanism laterally is located at the front portion of the automatic non-ironing edge-folding mechanism of pneumatic type, coordinate style transmission mechanism is located at the left side of the automatic non-ironing edge-folding mechanism of pneumatic type, rotating shuttle formula style machine is made right front and the horizontally set that head is located at the frame steel plate, pneumatic type automatic blanking mechanism is distributed in the forward right side top of frame steel plate respectively, middle part and three places, bottom, the air pressure adjustment installing plate is located at the left back end of frame steel plate, the electromagnetic valve installing plate is located at the right side of air pressure adjustment installing plate, protective cover is located at the later half position at the frame steel plate, handle display board is adsorbed on protective cover by magnetic force positive front, the quick-changing mechanism console panel is located at left front of protective cover, the stainless steel work top is laid on the first half top of frame steel plate, the stainless steel coaming plate is located at the below of stainless steel work top, the top of stainless steel coaming plate is provided with first starting switch and second starting switch, dust catcher is located at the left side of frame, and electric appliance control box is located at the rear portion of frame and the bottom of frame steel plate.

2. the full-automatic out pocket machine of pneumatic type as claimed in claim 1, it is characterized in that, the non-ironing edge-folding mechanism of described pneumatic type comprises one group of transmission mechanism and one group of crimping unit, transmission mechanism comprises retainer, first cylinder, first crossbeam, first line slideway, first push rod, intermediate die plate, support, second cylinder, horizontal connecting plate, sliding panel, second line slideway, side plate, header board, the 3rd cylinder, seat board, the 3rd line slideway, first bearing pin, four-cylinder, first anchor ear, the 4th line slideway, the front slide plate, first jiao of aluminium and second jiao of aluminium, first cylinder, second cylinder, the 3rd cylinder and four-cylinder are located at the waist of retainer respectively, the top, rear portion and front portion, first line slideway is located at the below of first crossbeam, first push rod is located at the below of first line slideway, intermediate die plate is located at the front portion of first push rod, first cylinder is connected by support with the piston rod of first push rod, horizontal connecting plate and sliding panel are located at the bottom of second cylinder, second line slideway is at the inboard of sliding panel and be installed in above the side plate, header board is installed in the front end face of sliding panel, the top of the 3rd cylinder connects seat board, the 3rd line slideway is located at the inboard of side plate, first bearing pin connects first crossbeam, four-cylinder is fixed by first anchor ear, the front slide plate slides at the 4th line slideway, the both sides, bottom of front slide plate are connected with the piston rod of four-cylinder by first jiao of aluminium, and the front slide plate connects crimping unit by second jiao of aluminium; Crimping unit comprises the 5th cylinder, square seat board, flanging female seat, guide rail, flanging side plate, flanging header board, first male seat, second bearing pin, aluminium case, infrared ray locator, the 5th cylinder respectively in a triangle and level be installed in the upper center of square seat board, guide rail is below the flanging female seat, flanging side plate and flanging header board are located at below square seat board, second bearing pin is fixed on first male seat, and the infrared ray locator is located at the front end both sides of aluminium case.

3. the full-automatic out pocket machine of pneumatic type as claimed in claim 1, it is characterized in that, described pneumatic type feed mechanism comprises the 5th line slideway, the retinue coaster, first promotes cylinder, the coaster installing plate, first angle bar, second promotes cylinder, retinue angle aluminium, conjuncted grillage, second angle bar, cradle, first installing plate, two bar cylinders, the feeding female seat, feeding male seat and feeding transverse slat, first promotes cylinder and second promotes the both sides that cylinder is installed the 5th line slideway respectively, the retinue coaster is located on the 5th line slideway, first promotes the piston rod of cylinder right-hand member head by the coaster installing plate, first angle bar is connected with the retinue coaster, second promotes cylinder fixes with retinue angle aluminium, retinue angle aluminium also is fixed on the conjuncted grillage, and second piston rod that promotes cylinder head is connected with the coaster installing plate by second angle bar; The cradle level is installed on the conjuncted grillage, first installing plate be located at cradle above, two bar cylinders are vertically mounted on a side of first installing plate, the bottom of two bar cylinders connects the feeding female seat, the feeding male seat is connected with feeding female seat level, the feeding transverse slat be located at the feeding male seat below.

4. the full-automatic out pocket machine of pneumatic type as claimed in claim 1, it is characterized in that, described pneumatic type automatic blanking mechanism comprises material drag mechanism, pusher, binder and material-receiving device, material drag mechanism comprises lateral cylinder and corollary apparatus thereof, vertical cylinder and corollary apparatus thereof, lateral cylinder and corollary apparatus thereof comprise lateral cylinder, the 3rd crossbeam, the 7th line slideway, second push rod and pressure ring, second cylinder block, link and seat assembly constitute, vertically cylinder and corollary apparatus thereof comprise vertical cylinder, the cylinder joint, connecting plate and stand assembly, connecting plate connects cylinder joint and the 3rd crossbeam, pusher comprises the 7th cylinder, the 3rd cylinder block, the 4th crossbeam, longitudinal rail, the 3rd push rod, hitch and pusher cross bar, hitch is connected the 7th cylinder and the 3rd push rod with the pusher cross bar, pusher is fixed on the platen of frame; Binder and material-receiving device are positioned at corner before the bottom right of frame, binder and material-receiving device binder and material-receiving device comprise bend pipe, the 3rd bearing pin, bearing block, second anchor ear, binder material receiving mechanism cylinder, the 4th bearing pin, the cylinder Connection Block and second installing plate, bend pipe is vertically set up, the 3rd bearing pin and bearing block are located at the root of bend pipe, second anchor ear connects the waist that binder material receiving mechanism cylinder is located at bend pipe, the 4th bearing pin and cylinder Connection Block pass the tail gas hole of binder material receiving mechanism cylinder, Connection Block is fixed on second installing plate, and second installing plate vertically is installed on the longeron of frame.