CN201155033Y

CN201155033Y - Multi-head embroidering machine

Info

Publication number: CN201155033Y
Application number: CNU200820082531XU
Authority: CN
Inventors: 宋在晟
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-01-25
Filing date: 2008-01-25
Publication date: 2008-11-26
Anticipated expiration: 2018-01-25

Abstract

The utility model discloses a multi-head embroidery machine which belongs to the technological field of textile machinery and comprises a frame, a cloth winding frame and a driving device thereof that are arranged on the frame, noses and a rotary shuttle box; the cloth winding frame is vertically arranged on the frame; the driving device consists of an X directional driving mechanism and a Y directional driving mechanism; the cloth winding frame is connected with the frame in a sliding way; the cloth winding frame is rotatablely connected with the X directional driving mechanism and the Y directional driving mechanism respectively, and moves horizontally or vertically on the frame under the function of the X directional driving mechanism and the Y directional driving mechanism; a plurality of noses and the rotary shuttle box are installed on the frame in horizontal arrangement; the noses and the rotary shuttle box are arranged at two sides of the cloth winding frame and are matched with the cloth winding frame to complete the embroidery work; by changing the vertical arrangement of noses of the existing multi-head embroidery machine to the horizontal arrangement and changing the horizontal arrangement of the cloth frame to the vertical arrangement, the multi-head embroidery machine improves the embroidery precision and production efficiency; the whole machine adopts the modularization design, and is simple in structure and convenient in installation.

Description

Multiheaded embroidery machine

Technical field

The utility model relates to a kind of multiheaded embroidery machine, especially relates to a kind of multiheaded embroidery machine that head is horizontally disposed, the cloth frame is vertically arranged that adopts.

Background technology

Computer embroidering machine is the high-intelligentization embroidery equipment that development in recent years is got up, its appearance has changed shortcomings such as hand embroidering inefficiency in the past, cost height, make the pattern of embroidery perfect more generous and third dimension is strong, and existing computer embroidering machine also still exists some shortcoming and defect: 1, existing multi-head embroidery machine head all is vertical placement, cloth frame horizontal positioned.Such layout has two defectives, the one, change the bottom line inconvenience, because head is vertically placed, rotating shuttle device must be installed in below the workbench of machine, this just makes when changing bottom line staff's health of squatting down of having to, and carry out the workbench bottom that head is placed on machine, therefore very inconvenient, increase the shuttle changing time, reduced operating efficiency; The 2nd, the base cloth that is used for embroidery pattern fixedly is tightened in the mode defectiveness on the cloth frame, because the cloth frame lies in a horizontal plane on the workbench, the staff is at the base cloth that will be used for embroidery pattern fixedly the time, adopt clamp that base cloth is fixing bit by bit from the beginning to the end, limit fixed edge tension, it is chronic that the mode of fixed strain is not only changed embroidery cloth like this, efficient is very low, and be easy to cause the tightening force of base cloth inhomogeneous, thereby flower shape is lost shape when causing embroidery, not only influence attractive in appearancely, and can cause the increase of percent defective, influence economic benefit of enterprises; 2, existing embroidery machine all is to adopt unit frame, and machine all must install before dispatching from the factory like this, and whole Transporting is to the client workshop, and can not carry out the change of height or shortening after the use of such machine.Such structural design also has two defectives, and one is transportation inconvenience, because frame is all-in-one-piece, it is bigger to take up room, and complete machine all installed, and wants SC in transportation, avoid colliding with, so conevying efficiency is low; Another is that frame is all-in-one-piece, wants to increase head quantity in client's use afterwards, improves production capacity, just must buy new engine in addition, so not only cost increases, and the order cycle time also can extend, influence client's production efficiency and economic benefit.

The utility model content

At the problems referred to above that prior art exists, the purpose of this utility model be to solve existing multiheaded embroidery machine exists to embroidery base cloth width requirement is arranged, change the embroidery base cloth and bottom line time-consuming longer, the production efficiency that causes is hanged down inferior technical problem.

The technical scheme that the utility model adopts for achieving the above object is as follows, a kind of multiheaded embroidery machine, comprise frame, and rack-mounted batching frame and drive unit thereof, head and rotating shuttle case, it is characterized in that: the batching frame vertically is installed on the frame, drive unit by X to driving mechanism, Y forms to driving mechanism, the batching frame respectively with X to driving mechanism, Y is connected to driving mechanism, and at X to driving mechanism, Y does laterally on frame under the effect of driving mechanism or moves longitudinally, a plurality of heads and rotating shuttle case are and horizontally are installed on the frame, head and rotating shuttle case are installed on the both sides of batching frame and match with the batching frame, finish embroidery work.

Described drive unit is made up of to driving mechanism to driving mechanism, Y X, wherein:

X is installed in four jiaos of batching frames to driving mechanism and is on the supporting seat of corresponding setting, be connected by pole between the left and right two groups supporting seat, on two supporting seats polished rod and guide rail are installed up and down on the right side, on the supporting seat in left side, servomotor is installed, the left end of the batching frame of being made up of cloth beam, pole and fixed block is connected with ball screw by the nut on the fixed block, the left end of ball screw is provided with same belt wheel, and is connected by synchronous band and servomotor; Batching frame right-hand member is slidingly connected by slide block and the polished rod that is installed on the fixed block, thereby realizes the slip of batching frame at guide rail, guide rail.During work, servomotor can be according to clockwise or rotate counterclockwise under the control of computer, thereby driving ball screw rotates, ball screw rotates and causes the nut move left and right that is installed on the fixed block of batching frame left side, thereby drive batching frame move left and right on guide rail, realize the purpose that the batching frame moves along X-axis.

Y comprises to driving mechanism and is installed in polished rod set up and down, polished rod, servomotor, ball screw on the frame that one group of supporting seat of batching frame top is slidingly connected by slide block and polished rod; One group of supporting seat of batching frame below pass through slide block and polished rod is slidingly connected, ball screw is connected by shaft coupling and servomotor, the nut that matches with ball screw is installed on supporting seat, during work, servomotor can be according to clockwise or rotate counterclockwise under the control of computer, drive ball screw according to clockwise or rotate counterclockwise by shaft coupling, the supporting seat that ball screw drives batching frame and four jiaos slides up and down, and realizes that the batching frame is along the moving purpose of y-axis shift.

The batching frame comprises cloth beam and pole, cloth beam and pole connect to form rectangular batching frame by fixed block, for flexibly connecting, the batching frame moves along X-axis, y-axis shift under the driving of driving mechanism to driving mechanism, Y in real time at X between cloth beam and the pole, thereby reaches embroidery location purpose.

The utility model changes into horizontally disposed by head and the rotating shuttle case with existing bull embroidery machine by the vertical direction layout, the cloth frame arranges that by horizontal direction changing vertical direction into arranges, like this, cloth is placed on two cloth beams up and down of batching frame, can continuously finish embroidery work, selecting no longer to be confined to specific width aspect the embroidery cloth, that is to say and to do the enterprising assassination of the cloth of any width embroidery art that this has significantly reduced the number of times that changes embroidery cloth; Simultaneously, change also more convenient and quicker of bottom line, improved production efficiency and output.

Frame of the present utility model can adopt the unit frame structure, on the other hand, and for the frame that further solves existing multiheaded embroidery machine existence can not extend to increase head quantity, to using the defectives such as variation bad adaptability in place; And the monolithic construction frame of existing multiheaded embroidery machine existence, transportation is inconvenient, freight high-technology problem, the utility model also provides a kind of frame of detachable installation, comprise support, and before and after being two groups of rack-mount crossbeams are set, support is arranged according to two groups of crossbeams front and back two and is put, and every row carries out the fixing of left and right directions with pull bar, and support is installed on the base, pull bar and base the stability that has increased frame is set, be connected by bolt between every group of crossbeam, can split between crossbeam and the crossbeam, after the fractionation, can connect crossbeam more therebetween, increase the purpose of head to reach the lengthening machine; Like this, owing to adopt modularized design, machine length can extend or shorten easily, carries out the installation of length according to user's field of employment, easy transportation and installation can be taken transportation apart, on-the-spot assembly and adjustment, shortened the set-up time, it is also more convenient that machine moves the position, minimizes transport costs; And structure is more compact, and running is stable, and noise is low.

Further purpose of the present utility model is to solve because the embroidery base cloth is tightened the inhomogeneous serious technical problem of institute's clock distortion that causes of power, for the base cloth that will wait for embroidery is tightened, the good cloth of will embroidering after embroidery is finished is reeled and is discharged base cloth to be embroidered, ratchet and pawl arrangement is installed on cloth beam, ratchet and pawl arrangement comprises the turning cylinder that is installed on cloth beam left side, batching frame upper end, ratchet and pawl, and the turning cylinder that is installed on cloth beam left side, batching frame lower end, ratchet and pawl, like this, when embroidering work, embroidery cloth to tighten power even, it is very convenient and accurate when the indirect in operation is spent, better embroidery accurately can be produced in pin position during embroidery, the distortion rate of finished product and detail of design is very little, has improved the embroidery precision, and the finished product pattern is more attractive in appearance.

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.

Description of drawings

Fig. 1 is an overall structure schematic diagram of the present utility model;

Fig. 2 is the structural representation of the utility model frame;

Fig. 3 is the structural representation of the utility model batching frame and moving structure thereof;

Fig. 4 is the rearview of Fig. 3;

Fig. 5 is the E portion enlarged drawing of Fig. 3;

Fig. 6 is the F portion enlarged drawing of Fig. 3.

The specific embodiment

As shown in Figure 1, the comprising frame A and vertically be installed in batching frame E and drive unit B thereof on the frame A of multiheaded embroidery machine described in the utility model, act on batching frame E head F and rotating shuttle case C flatly is installed on the frame A, switch board D is arranged at the side of frame A, batching frame E can do laterally on frame A under the effect of drive unit B or move longitudinally, cooperate a plurality of head F and the rotating shuttle case C action that are installed on the frame A, finish embroidery work, below each several part mechanism is elaborated.

With reference to frame A structure shown in Figure 2, frame A comprises support 7, and the crossbeam 1 be installed on the support 7 is set before and after being, crossbeam 2 and crossbeam 3, crossbeam 4, crossbeam 1, crossbeam 2, crossbeam 3, crossbeam 4 is arranged for front and back, support 7 is according to crossbeam 1, crossbeam 2 and crossbeam 3, arrange and put in crossbeam 4 front and back two, every row carries out the fixing of left and right directions with pull bar 8, support 7 is installed on the base 9, pull bar 8 and base 9 the stability that has increased frame A is set, for conveniently using and installing, present embodiment frame A adopts detachable installation, that is: be connected by bolt between crossbeam 1 and the crossbeam 2, crossbeam 1 and crossbeam 2 can split, after crossbeam 1 and crossbeam 2 split, can connect crossbeam more therebetween, increase the purpose of head F to reach the lengthening machine, similarly, be connected by bolt between crossbeam 3 and the crossbeam 4, crossbeam 3 and crossbeam 4 also can split, and can connect crossbeam again after the fractionation; Supporting leg 6 all is installed on the fore-and-aft direction of pull bar 8, plank 10 is installed on supporting leg 6, and plank 10 is mainly trampled usefulness for the staff, to make things convenient for machine operation, support 5 is installed on crossbeam 1, the crossbeam 2, and batching frame E and moving structure B thereof are installed in mainly acting as of support 5.

Please in conjunction with Fig. 3 and shown in Figure 4, batching frame E vertically is installed on the support 5, batching frame E comprises cloth beam 12 and pole 17, and cloth beam 12 and pole 17 connect to form rectangular batching frame E by fixed block 20, and drive unit B is made up of to driving mechanism to driving mechanism, Y X.

As shown in Figure 3, X is installed in the supporting seat 18 that is corresponding setting with four jiaos of batching frame E to driving mechanism, be connected by pole 16 between the left and right two groups supporting seat 18, polished rod 15 and guide rail 28, guide rail 29 are installed on two supporting seats 18 up and down on right side, on the supporting seat 18 in left side, servomotor 33 is installed, the left end of the batching frame E that is made up of cloth beam 12, pole 17 and fixed block 20 is connected with ball screw 14 by the nut on the fixed block 20, the left end of ball screw 14 is provided with same belt wheel, and by being with 11 to be connected with servomotor 33 synchronously; Batching frame E right-hand member is slidingly connected by slide block and the polished rod 15 that is installed on the fixed block 20, thereby realizes the slip of batching frame E at guide rail 28, guide rail 29.During work, servomotor 33 can be according to clockwise or rotate counterclockwise under the control of computer, thereby driving ball screw 14 rotates, ball screw 14 rotates and causes the nut move left and right that is installed on the fixed block 20 of batching frame E left side, thereby drive batching frame E move left and right on guide rail 28, guide rail 29, realize the purpose that batching frame E moves along X-axis.

As shown in Figure 4, Y to driving mechanism comprise be installed in be on the support 5 about two groups of polished rods 21 being provided with of opposition, and be installed in polished rod 22 on support 5 and the support 7, polished rod 21 is fixed on the support 5 by supporting seat 24 and supporting seat 23, polished rod 22 is fixed on support 5 and the support 7 by supporting seat 26 and supporting seat 27, and one group of supporting seat 18 above batching frame E is slidingly connected by slide block 30 and polished rod 21; One group of supporting seat 18 of batching frame E below pass through slide block and polished rod 22 is slidingly connected, like this, batching frame E and the supporting seat 18 that is installed in four jiaos of batching frame E are by slide block 30, slide block 32 is formed do slip up and down on the guide rail at polished rod 21 and polished rod 22, servomotor 19 and shaft coupling 25 are installed in the upper end of supporting seat 24, ball screw 13 is installed between supporting seat 24 and the supporting seat 27, ball screw 13 is connected by shaft coupling 25 and servomotor 19, the nut 31 that matches with ball screw 13 is installed on supporting seat 18, during work, servomotor 19 can be according to clockwise or rotate counterclockwise under the control of computer, drive ball screws 13 according to clockwise or rotate counterclockwise by shaft coupling 25, nut 31 on the supporting seat 18 that ball screw 13 drive batching frame E four jiaos moves up and down, slide up and down thereby drive supporting seat 18 linkage batching frame E, realize that batching frame E is along the moving purpose of y-axis shift.

Batching frame E X to driving mechanism, Y under the driving of driving mechanism in real time along X, y-axis shift is moving, thereby reaches embroidery location purpose.

As Fig. 5, shown in Figure 6, for the base cloth that will wait for embroidery is tightened, the good cloth of will embroidering after embroidery is finished is reeled and is discharged base cloth to be embroidered, the left end of cloth beam 12 is equipped with ratchet and pawl arrangement, the left side that comprises the cloth beam 12 that is positioned at batching frame E upper end is equipped with turning cylinder 34, ratchet 35 and ratchet 36, direction from left to right sees that ratchet 35 and ratchet 36 can prevent its revolution after turning cylinder 34 rotates in the counterclockwise direction, and turning cylinder 34 can adopt manually or motor-driven; The left side that is positioned at the cloth beam 12 of batching frame E lower end is equipped with turning cylinder 37, ratchet 38 and ratchet 39, and direction from left to right sees that ratchet 38 and ratchet 39 can prevent its revolution after turning cylinder 37 is rotated in a clockwise direction.By rotation turning cylinder 34 and turning cylinder 37, and by ratchet 35, ratchet 36 and ratchet 38, ratchet 39 just can be tightened the embroidery cloth that is wound on the cloth beam 12 equably, and by rotating turning cylinder 34 and turning cylinder 37 according to different directions, and by adjusting ratchet 35, ratchet 36 and ratchet 38, ratchet 39, just can reach the purpose of the embroidery base cloth above the mobile cloth frame, therefore can be after having embroidered one whole colored shape, can be wound on the cloth beam 12 embroidering good figured cloth easily, thereby discharge the base cloth of not embroidered on another cloth beam 12, and it is adjusted at position to be embroidered, carry out next step embroidery work, convenient and swift, raise the efficiency.

With reference to shown in Figure 2, head F, rotating shuttle case C horizontally relatively is installed in the crossbeam 1 of frame A respectively, crossbeam 2 and crossbeam 3, on the crossbeam 4, head F, rotating shuttle case C vertically is installed in the both sides, front and back of batching frame E to match with batching frame E, this is provided with the workbench bottom that rotating shuttle case C is installed in embroidery machine and changes over and be horizontally disposed with, be very easy to the replacing of bottom line, improved efficient, electric cabinet D is installed in the side of frame A, is provided with frequency converter in it, driver, servomotor controller, the control computer, circuit board, the electronic units such as display screen of band touch-input function.

Claims

1, a kind of multiheaded embroidery machine, comprise frame (A), and be installed in batching frame (E) and drive unit (B) thereof on the frame (A), head (F) and rotating shuttle case (C), it is characterized in that: batching frame (E) vertically is installed on the frame (A), drive unit (B) by X to driving mechanism, Y forms to driving mechanism, batching frame (E) respectively with X to driving mechanism, Y is connected to driving mechanism, and at X to driving mechanism, Y goes up work in frame (A) and laterally or longitudinally moves under the effect of driving mechanism, a plurality of heads (F) and rotating shuttle case (C) are and horizontally are installed on the frame (A), head (F) and rotating shuttle case (C) are positioned at the both sides of batching frame (E) and match with batching frame (E), finish embroidery work.

2, a kind of multiheaded embroidery machine according to claim 1, it is characterized in that: described frame (A) comprises support (7), and crossbeam (1), crossbeam (2) and crossbeam (3), the crossbeam (4) be installed on the support (7) be set before and after being, crossbeam (1), crossbeam (2), crossbeam (3), crossbeam (4) are arranged for front and back, support (7) is arranged and is put according to crossbeam (1), crossbeam (2) and crossbeam (3), crossbeam (4) front and back two, and every row carries out the fixing of left and right directions with pull bar (8).

3, a kind of multiheaded embroidery machine according to claim 2, it is characterized in that: described frame (A) preferably adopts detachable installation, be connected by bolt between crossbeam (1) and the crossbeam (2), crossbeam (1) and crossbeam (2) can split, and crossbeam (1) and crossbeam (2) can connect crossbeam after splitting therebetween again, to increase head (F), be connected by bolt between crossbeam (3) and the crossbeam (4), crossbeam (3) and crossbeam (4) also can split, and can connect crossbeam again after the fractionation.

4, according to claim 2 or 3 described a kind of multiheaded embroidery machines, it is characterized in that: supporting leg (6) all is installed on the fore-and-aft direction of pull bar (8), plank (10) is installed on supporting leg (6).

5, a kind of multiheaded embroidery machine according to claim 1, it is characterized in that: described batching frame (E) comprises cloth beam (12) and pole (17), cloth beam (12) and pole (17) connect to form rectangular batching frame (E) by fixed block (20), are flexible connection between cloth beam (12) and the pole (17).

6, a kind of multiheaded embroidery machine according to claim 1, it is characterized in that: described drive unit (B) is made up of to driving mechanism to driving mechanism, Y X, X is installed in to driving mechanism and goes up with the supporting seat (18) that four jiaos of batching frames (E) are corresponding setting and batching frame (E) is connected, Y installs the two ends up and down of frame (A) to driving mechanism, and X is connected to driving mechanism with Y by supporting seat (18) to driving mechanism and batching frame (E).

7, according to claim 1 or 6 described a kind of multiheaded embroidery machines, it is characterized in that: X comprises the polished rod (15) that is installed on batching frame (E) the right side supporting seat (18) and guide rail (28), guide rail (29) to driving mechanism, and the servomotor (33), the ball screw (14) that are installed in supporting seat (18) on the left of batching frame (E), batching frame (E) is connected with ball screw (14) by fixed block (20), and ball screw (14) is by band (11) and servomotor (33) are connected synchronously; Batching frame (E) right-hand member is slidingly connected by fixed block (20) and polished rod (15), thereby batching frame E is horizontally slipped on (29) at guide rail (28), guide rail.

8, according to claim 1 or 6 described a kind of multiheaded embroidery machines, it is characterized in that: Y comprises that to driving mechanism being installed in frame (A) goes up polished rod set up and down (21), polished rod (22), servomotor (19), ball screw (13), and one group of supporting seat (18) of batching frame (E) top is slidingly connected by slide block (30) and polished rod (21); The slide block (32) that passes through of one group of supporting seat (18) of batching frame (E) below is slidingly connected with polished rod (22), and ball screw (13) is connected with servomotor (19), and the nut (31) that matches with ball screw (13) is installed on supporting seat (18).

9, a kind of according to claim 1 or 5 multiheaded embroidery machine, it is characterized in that: on cloth beam (12), ratchet and pawl arrangement is installed, ratchet and pawl arrangement comprises turning cylinder (34), ratchet (35) and the ratchet (36) that is installed on batching frame (E) upper end cloth beam (12) left side, and the turning cylinder (37), ratchet (38) and the ratchet (39) that are installed on batching frame (E) lower end cloth beam (12) left side.