CN2179821Y

CN2179821Y - Printing machine for fabric and clothes

Info

Publication number: CN2179821Y
Application number: CN 93224620
Authority: CN
Inventors: 李华
Original assignee: Individual
Current assignee: Individual
Priority date: 1993-09-16
Filing date: 1993-09-16
Publication date: 1994-10-19
Anticipated expiration: 2003-09-16

Abstract

The utility model relates to a printing machine for fabric, particularly a clothes printing machine, which comprises a main frame (13), a main axle (11), a wheel disk (4) and a circular disk (7) rotating along the main axle (11) and a vertical aligning and horizontal fine adjusting device (2). The utility model is characterized in that the lower portion of each axle support bracket (9) of a silk screen rack is fixedly provided with a convex male tenon and the upper portion of each printing plate rack (6) is fixedly provided with a female slot (15) inward concaved. The male tenon (14) and the female slot (15) are matched and engaged. The horizontal fine adjusting device comprises a locking knob assembly of fine adjustment and a knob assembly of forward and backward translational motion and right and left angle adjustment arranged on the two sides of each axle support bracket (9) of the silk screen rack, an adjustment knob assembly of right and left translational motion arranged on the upper portion of each axle support bracket of the silk screen rack and a joint bearing assembly (27) sheathed on the two ends of a rotation axle (29). The utility model can obviously improve the quantity and the quality of printing products and the patterns are vivid and brilliant. The utility model solves the problems of high labor intensity, large occupied area, poor printing quality and other problems of the prior clothes printing.

Description

Printing machine for fabric and clothes

The utility model is a kind of screen printing equipment, particularly about a kind of manually continuous printing machine.

Existing screen printing such as underwear, T-shirt and various textile printing are all adopted the screen printing method, its equipment leans on the hand-held monochromatic silk screen frame of printer people simply, fully, on fixing dress material, print off the color that needs in turn, need operation element many, and labour intensity is big, quality is low, when needing continuous stamp, takies more work top.When its maximum defective also was the chromatography seal, simple location-plate or hole can't accurately be located, and the manually-operated error is bigger, and underproof pattern is very easily printed off in dislocation easily, makes the stamp product become substandard products.GK86103720 introduces a kind of rotary-printing on tubular fabric function and improves stamp output and quality.But restricted application can't be to knitted underwear, the fritter fabric, and silk fabrics realizes continuous stamp operation.

The purpose of this utility model is a kind of half clothes printing machine from change of design, and is a kind of to fritter fabric or the continuous machine of implementing continuous topping printing operation automatically and accurately of clothes energy.

The utility model is realized above-mentioned purpose with following technical scheme.

The fabric clothes printing machine, it comprises body frame, be in the main shaft at body frame center, with the main shaft is the wheel disc and the disk at center, the screen frame shaft tray that is provided with on the wheel disc camber line, the stamp grillage that is provided with on the disk camber line, the silk screen frame is rotated and accurate perpendicular alignmnet and the WidFin engagement positions that drops on the printing plate of pressing of energy quilt along main shaft, it is characterized in that: the perpendicular alignmnet device, be provided with the positive tenon of protrusion below each screen frame shaft tray, each is installed with the cloudy groove of indent above the stamp grillage, described positive tenon and cloudy groove match interlock mutually; The WidFin engagement positions comprises fine setting locking turn-knob assembly, front and back translation and the left and right sides angular adjustment turn-knob assembly of being located at screen frame shaft tray both sides, be located at the left and right sides translational adjustment turn-knob assembly above the screen frame shaft tray, and the oscillating bearing assembly that is connected to the turning cylinder two ends; The silk screen width adjusting apparatus is made up of the width adjusting turn-knob of being located at screen frame axle two ends and wire frame chuck.

The rotary semi-automatic printing machine that is assembled into by above-mentioned design, after above-mentioned aligning adjustment of process and WidFin are whole, the silk screen frame that evenly is provided with on the wheel disc along main shaft clockwise or rotate counterclockwise, the outer printing plate that evenly is provided with of disk also can be along main shaft clockwise or rotate counterclockwise, above the silk screen frame goes to printing plate, also aim at and press when dropping down onto on the printing plate, silk screen plane and printing plate plane be overlaid accurately, the indeformable good reproducibility that keeps the shape of the design pattern that prints off, thereby can realize the fritter fabric, underwear, the topping printing of clothes, pattern according to design prints off steady quality, stamp product bright in luster, that pattern is true to nature.Overcome the existing existing labour intensity height of clothes stamp, occupied ground is big, and the variety of problems of printing quality difference.

Below accompanying drawing is briefly explained.

Fig. 1 overlooks half of cutaway view for printing machine.

Fig. 2 is the A-A profile of Fig. 1.

Fig. 3 is the printing machine vertical view.

Fig. 4 is the A-A profile of Fig. 3.

Fig. 5 is the printing machine basic block diagram.

Fig. 6 is perpendicular alignmnet device part-structure figure.

Fig. 7 is wire frame and hanger spring structure chart.

Fig. 8 is the WidFin structural representation.

Fig. 9 is Fig. 8 right view.

Figure 10 is the A-A cutaway view of Fig. 8.

Figure 11 is the B-B cutaway view of Fig. 8.

Figure 12 is the C-C cutaway view of Fig. 8.

Among the above-mentioned figure, 1 is the silk screen frame, and 2 is micro-adjusting device, 3 is the screen frame axle, and 4 is wheel disc, and 5 is printing plate, 6 is the stamp grillage, and 7 is disk, and 8 is support disk, 9 is the screen frame shaft tray, and 10 is spring(-supported) mount, and 11 is main shaft, 12 is the support disk pulley, and 13 is body frame, and 14 is positive tenon, 15 is cloudy groove, and 16 is spring, and 17 is spring catch, 18 is plane bearing, 19 is the plane bearing disk, and 20 is bracing frame, and 21 are stamp grillage lock, 22 is collar bush, 23 is disk bearing, and 24 is the wheel disc bearing, and 25 is mainshaft cap, 26 is that cloudy groove is adjusted screw, 27 is oscillating bearing, and 28 is joint bearing block, and 29 is turning cylinder, 30 are spring adjusting shuttle link, 31 are that spring regulates shuttle, and 32 is wire frame, and 33 are the fixing turn-knob of silk screen frame, 34 is silk screen width adjusting turn-knob, 35 is the screen frame axle bed, and 36 is the silk screen stand, and 37 is the fine adjustment screw cover, 38 is the oscillating bearing nut, 39 are the locking turn-knob, and 40 is the oscillating bearing screw, and 41 are the fine setting lock tube, 42 is pad, 43 is front and back translation and angular adjustment turn-knob, and 44 is left and right sides translational adjustment turn-knob, and 45 collude for carriage.

This printing machine is supported whole equipment by body frame (13), and body frame can be the stand of 4 pin as shown in Figure 2, also can be the band base plate support as shown in Figure 4.Body frame (13) central point is fixed a upright main shaft (11), and upright main shaft (11) is gone up by wheel disc bearing (24) loose joint wheel disc (4), by disk bearing (23) loose joint disk (7).Wheel disc (4) is gone up the some screen frame shaft trays of even loose joint (9), evenly set firmly some (minimum is 1) stamp grillage (6) on the disk (7), screen frame axle (3) is affixed with silk screen frame (1), and disk (7) is affixed by stamp grillage (6) and printing plate (5).Disk (7) and stamp grillage (6) are supported by support disk (8), and stamp grillage (6) has 1 support disk pulley (12), and when rotating stamp grillage (6), support disk pulley (12) is made up time or the inverse time moves in turn along support disk (8).Support mode that disk (8) rotates to make up and finish that bracing frame (20) is fixed in outside body frame (13) platform, as shown in Figure 5 by the plane bearing (18) disk (7) under and plane bearing disk (19) and bracing frame (20).

Silk screen frame (1) is connected with screen frame axle (3) by wire frame (32), wire frame (32) one ends are regulated turn-knob (34) by the silk screen width of frame and are screwed, the suitable width of regulating wire frame (32) is to adapt to the correct position of PRINTED FABRIC, only needing to regulate width turn-knob (34) can realize, the silk screen frame fixedly turn-knob (33) in order to anchoring filament screen frame (1), shown in Fig. 7,8.

The perpendicular alignmnet device is made up of the cloudy groove of indent (15) that is installed in the following protrusion sun tenon (14) of each screen frame shaft tray (9) and be installed on each stamp grillage (6), when along main shaft (11) clockwise or when rotating counterclockwise silk screen frame (1), make positive tenon (14) to Zhunyin groove (15), promptly realize the pairing interlock of positive tenon (14) and cloudy groove (15), silk screen frame (1) is accurately aimed at printing plate (5), realize accurate stamp position, make it error free.

Can successfully arrive when making by drops needs the position and tightens up (referring to Fig. 6), and what positive tenon (14) was made the thick bottom thin in top splits the shape structure.Cloudy groove (15) the indent funnel opening that is square, its both sides, bottom pass to be regulated the close mutually cloudy groove in both sides and adjusts screw (26).

WidFin device (2) (referring to Fig. 9～12) comprises fine setting locking turn-knob assembly, front and back translation and the left and right sides angular adjustment turn-knob assembly of being located at screen frame shaft tray (9) both sides, is located at left and right sides translational adjustment assembly and oscillating bearing (27) assembly that is connected to turning cylinder (29) both sides above the screen frame shaft tray (9).Silk screen stand (36) is parallel affixed with screen frame shaft tray (9), and to be used to control silk screen frame subtended angle be about 30 ° for positive tenon (14) lower end has a carriage to collude (45) for carriage (9) upper end.

The front and back translation comprises that with left and right sides angular adjustment turn-knob assembly (referring to Fig. 8, Figure 10) turn-knob (43) is regulated in front and back, oscillating bearing nut (38) is meshing with each other with oscillating bearing screw (40) and is connected, and the logical fine-tuning nut cover (37) of oscillating bearing nut (38) is affixed with silk screen mounting (36).When regulating the front and back translation, at first unscrew the locking turn-knob (39) on screen frame shaft tray (9) both sides, revolve again and regulate turn-knob (43) before and after the both sides, screen frame shaft tray (9) translation forward when left-handed, screen frame shaft tray (9) translation backward when regulating turn-knobs (43) toward dextrorotation before and after the both sides.As when adjusting level angle, only need monolateral adjustment turn-knob (43), and transfer the right turn-knob (43) to adjust negative angle, transfer left side turn-knob (43) to adjust positive angle.Adjust to behind the correct position about lock turn-knob (39) and screw and get final product.

Left and right sides translational adjustment assembly (referring to Fig. 8, Figure 11) comprises left and right sides translational adjustment turn-knob (44), the oscillating bearing screw (40) affixed with silk screen stand (36), the oscillating bearing nut (38) affixed with screen frame shaft tray (9) meshes by screw and nut.During adjustment, unscrew left and right adjusting turn-knob (39), inhour is rotated left and right sides translational adjustment turn-knob (44) toward right translation, clockwise rotate left and right sides translational adjustment turn-knob (44) toward left, transfer to correct position locking turn-knob (39) locking, fine setting locking turn-knob (39) is affixed with screen frame axle bed (35) and screen frame shaft tray (9) by fine setting lock tube (41), pad (42).

Adjust accurately for above-mentioned horizontal level fine setting is reached, form oscillating bearing assembly (referring to Fig. 7) by oscillating bearing (27) that is socketed on turning cylinder (29) both sides and joint bearing block (28).It is passively to follow above-mentioned turn-knob (43,44) to rotate and move.

For making screen frame axle (3) the fixing angle of when having printed a time, upspringing automatically, even subtended angle is 30 degree (referring to Fig. 4 and Fig. 7) between silk screen frame (1) and the printing plate (5), establish spring and hang assembly between screen frame shaft tray (9) and wheel disc (4), it is connected spring that the other end is connected with screen frame shaft tray (9) by spring(-supported) mount (10), spring (16) and an end and regulates shuttle (31) and formed with spring (16).Regulate the interior adjusting nut of shuttle (31) by turn, adjust Zhang Du about 30 degree.Shown in Figure 9, there is a carriage to collude (45) at screen frame shaft tray (9) end and also plays position-limiting action, make its subtended angle keep 30 degree, the smooth operation of rising and falling.

In-local personnel do not limit, and can 1 people operate, and can many people operate yet, considering the performance optimum efficiency, generally is that a printing plate (5) is provided with 1 operating post, and this machine printing plate can be provided with 1,3,4,6,8, and the silk screen frame establishes 4,6,8 kinds of chromatic series kinds, printing plate and silk screen frame are combined into 4/1,4/3,4/4,6/4,6/6,8/6,8/8 or the like, and printing off pattern as 3 printing plates of 4/3 expression by 3 people's operations has 4 kinds of colors, and all the other by that analogy.

Claims

1, fabric clothes printing machine, it comprises body frame (13), be in the main shaft (11) at body frame (13) center, with main shaft (11) is the wheel disc (4) and the disk (7) at center, the screen frame shaft tray (9) that is provided with on wheel disc (4) camber line, the stamp grillage (6) that is provided with on disk (7) camber line can make silk screen frame (1) rotate and can accurately be pressed perpendicular alignmnet and the WidFin engagement positions of falling on the printing plate (5) along main shaft (11), it is characterized in that:

A. be installed with the positive tenon (14) of protrusion below the perpendicular alignmnet device, each screen frame shaft tray (9), each is installed with the cloudy groove (15) of indent above the stamp grillage (6), and positive tenon (14) and cloudy groove (15) match interlock mutually;

B. WidFin device (2), be located at fine setting locking turn-knob (39) assembly, front and back translation and left and right sides angular adjustment turn-knob (43) assembly on screen frame shaft tray (9) both sides, be located at above the screen frame shaft tray (9) left and right sides translational adjustment and execute and turn round (44) assembly, and oscillating bearing (27) assembly that is connected to turning cylinder (29) two ends is formed;

C. the silk screen width adjusting apparatus is made up of the width adjusting turn-knob (33) of being located at screen frame axle (3) two ends and wire frame (31) chuck.

What 2, fabric clothes printing machine according to claim 1, the positive tenon (14) that it is characterized in that the perpendicular alignmnet device were made the thick bottom thin in top splits the shape structure.

3, fabric clothes printing machine according to claim 1, the cloudy groove indent that it is characterized in that the perpendicular alignmnet device choana that is square, both sides, described indent bottom are passed and are regulated both sides close cloudy tenon set screw (26) mutually.

4, fabric clothes printing machine according to claim 1, translation and left and right sides angular adjustment turn-knob assembly comprise that turn-knob (43), oscillating bearing nut (38) are meshing with each other with oscillating bearing screw (40) and are connected before and after it is characterized in that, oscillating bearing nut (38) is affixed by fine-tuning nut cover (37) and silk screen stand (36).

5, fabric clothes printing machine according to claim 1, it is characterized in that left and right sides translational adjustment turn-knob assembly comprise left and right sides translational adjustment turn-knob (44), with the affixed oscillating bearing screw (40) of silk screen stand (36), the oscillating bearing nut (38) affixed with screen frame shaft tray (9) meshes by screw and nut.

6, fabric clothes printing machine according to claim 1 is characterized in that fine setting locking turn-knob (39) is affixed with screen frame axle bed (35) and screen frame shaft tray (9) by fine setting lock tube (41) pad (42).

7, fabric clothes printing machine according to claim 1 is characterized in that oscillating bearing (27) assembly is made up of oscillating bearing (27) that is socketed on turning cylinder (29) both sides and joint axle bed (28).

8, fabric clothes printing machine according to claim 1 is characterized in that subtended angle between wire frame (1) and the stamp grillage (5) is connected spring that the other end is connected with screen frame shaft tray (9) by 30 ° Control Component by spring(-supported) mount (a 10) spring (16) and an end and regulates shuttle (31) and formed with spring (16).