阅读说明：本技术 一种料絮清理的缝纫机 (Sewing machine for cleaning wadding ) 是由 李秀铅 于 2020-12-09 设计创作，主要内容包括：本发明公开了一种料絮清理的缝纫机,其结构包括机头、机座,机头安装在机座上,机头包括机头本体、压脚、转阀,压脚安装在机头本体,机头本体装设有转阀,机座由机座本体、装嵌板、机侧盖、摆梭结构组成,机座本体与机侧盖拼装连接,装嵌板与机座本体配合,摆梭结构安装在机座本体上并且位于压脚下方,摆梭结构包括清扫结构、板压器、摆梭,清扫结构安装在装嵌板底部,板压器与摆梭安装连接,装嵌板包括板口,本发明板压器活动同时气送装置上送气体避免料絮从板压器与装嵌板的缝隙进入,清扫结构通过喷气器、抽气器将摆梭处的料絮及时清理,保证各个部件保持灵活度不会被料絮堆积堵塞。(The invention discloses a sewing machine for cleaning wadding, which structurally comprises a machine head and a machine base, wherein the machine head is arranged on the machine base and comprises a machine head body, a presser foot and a rotary valve, the presser foot is arranged on the machine head body, the machine head body is provided with the rotary valve, the machine base comprises a machine base body and an embedded plate, the machine side cover and the swing shuttle structure are formed, the machine base body is connected with the machine side cover in an assembling mode, the embedding plate is matched with the machine base body, the swing shuttle structure is installed on the machine base body and located below the press feet, the swing shuttle structure comprises a cleaning structure, a plate pressing device and a swing shuttle, the cleaning structure is installed at the bottom of the embedding plate, the plate pressing device is installed and connected with the swing shuttle, and the embedding plate comprises a plate opening.)

1. The utility model provides a sewing machine of wadding clearance, its structure includes aircraft nose (1), frame (2), install on frame (2) aircraft nose (1), aircraft nose (1) includes aircraft nose body (10), presser foot (11), changes valve (12), install at aircraft nose body (10) presser foot (11), change valve (12), its characterized in that have been installed to aircraft nose body (10):

the machine base (2) is composed of a machine base body (20), an embedding plate (21), a machine side cover (22) and a shuttle swinging structure (23), the machine base body (20) is connected with the machine side cover (22) in an assembling mode, the embedding plate (21) is matched with the machine base body (20), and the shuttle swinging structure (23) is installed on the machine base body (20) and located below the presser foot (11).

2. The quilting machine of claim 1, wherein: the shuttle swinging structure (23) comprises a cleaning structure (230), a plate pressing device (231) and a shuttle swinging device (232), the cleaning structure (230) is installed at the bottom of the panel (21), and the plate pressing device (231) is installed and connected with the shuttle swinging device (232).

3. The quilting machine of claim 1, wherein: the panel (21) comprises a panel opening (210), an air supply device (211) and a cleaning control button (212), wherein the panel opening (210) is provided with a panel pressing device (231), the air supply device (211) is installed at a notch of the panel (21), the cleaning control button (212) is arranged on the side surface of the panel opening (210), and the cleaning control button (212) is installed at the panel opening (210) and is electrically connected with a cleaning structure (230).

4. The quilting machine of claim 3, wherein: the pneumatic conveying device (211) comprises a pneumatic conveying frame (2110), a pneumatic conveying end (2111) and a pushing sliding structure (2112), wherein the pneumatic conveying frame (2110) is connected with the pneumatic conveying end (2111) in an assembling mode, the pneumatic conveying frame (2110), the pneumatic conveying end (2111) and the pushing sliding structure (2112) are connected in an installing mode, and the pushing sliding structure (2112) is provided with a telescopic spring (40) and a sliding rail (41).

5. The quilting machine of claim 4, wherein: the air sending end (2111) comprises a dust attaching structure (50), an air pushing structure (51) and an end frame (52), wherein the dust attaching structure (50) and the air pushing structure (51) are arranged on the end frame (52).

6. The quilting machine of claim 5, wherein: attach dirt structure (50) and be equipped with gas outlet (500), dust collecting plate (501), store up dirt frame (502), gas outlet (500) and dust collecting plate (501) laminating, the gas pocket is established to dust collecting plate (501), store up dirt frame (502), dust collecting plate (501) and store up dirt frame (502) dismouting and be connected.

7. The quilting machine of claim 5, wherein: push away gas structure (51) including the rerailing piece (510), flexible sealed pad (511), expansion bend (512), rerailing piece (510), expansion bend (512) are glued with flexible sealed pad (511) and are connected, end frame (52) are including end rail (520), main frame body (521), ramp (522), solid frame (523), end rail (520) with gu frame (523) erection joint, ramp (522) are installed on main frame body (521), solid frame (523).

8. The quilting machine of claim 2, wherein: the sweeping structure (230) comprises a double-rail (2300), an air sprayer (2301) and an air ejector (2302), wherein the double-rail (2300) is connected with the air sprayer (2301) and the air ejector (2302) in a rail mode.

Technical Field

The invention relates to the field of textile equipment, in particular to a sewing machine for cleaning wadding.

Background

The sewing machine is a machine which uses one or more sewing threads to form one or more stitches on a sewing material so as to interweave or sew one or more layers of the sewing material; the sewing material is placed between the die and the presser foot, and the mop wheel drives the sewing material to move.

The threading die and the presser foot form pressure, the movable sewing material can generate friction, the material wadding can be scraped under the action of friction, can enter from the gap spliced by the thread cover and the threading die and fall to the shuttle swinging position, the material wadding is attached to each transmission part of the shuttle swinging along with the continuous transmission of the shuttle swinging, the flexibility between the transmissions is reduced, and the material wadding can be accumulated to cause blockage to cause transmission blockage if the material wadding is not cleared in time.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a sewing machine for cleaning wadding, which aims to solve the problems that pressure is formed between a threading die and a presser foot, the moving sewing material generates friction, the wadding can be scraped off under the action of the friction, can enter from a gap formed by splicing a thread cover and the threading die and fall to a shuttle swing, the wadding is attached to each transmission component of the shuttle swing along with the continuous transmission of the shuttle swing, the flexibility between the transmissions is reduced, and the jamming can be caused due to the accumulation of the wadding if the cleaning is not in time.

The invention is realized by adopting the following technical scheme: the utility model provides a sewing machine of wadding clearance, its structure includes aircraft nose, frame, the aircraft nose bottom is installed on the frame, the aircraft nose includes aircraft nose body, presser foot, commentaries on classics valve, install at the aircraft nose body on the presser foot, the commentaries on classics valve has been installed to aircraft nose body right-hand member, the frame comprises frame body, dress panel, machine side cap, pendulum shuttle structure, the connection is assembled with machine side cap left end to the aircraft nose body, dress panel and frame body cooperation and the two are in same the horizontal plane, pendulum shuttle structrual installation is inside and be located the presser foot below the frame body.

Further preferably, the shuttle hook structure comprises a cleaning structure, a depressor and a shuttle hook, the cleaning structure is installed at the bottom of the panel, and the bottom of the depressor is connected with the shuttle hook.

Further preferably, the panel comprises a panel opening, an air supply device and a cleaning control button, the panel opening is provided with a panel pressure device, the air supply device is installed on the side face of the notch of the panel, the cleaning control button is arranged on the left side and the right side of the panel opening, and the cleaning control button is installed on the panel opening and is electrically connected with the cleaning structure.

Further preferably, the pneumatic conveying device comprises a pneumatic conveying frame, a pneumatic conveying end and a sliding pushing structure, the left end of the pneumatic conveying frame is connected with the pneumatic conveying end in an assembling mode, the pneumatic conveying frame and the pneumatic conveying end are connected with the side face of the sliding pushing structure in an installing mode, and the sliding pushing structure is provided with a telescopic spring and a sliding rail.

Further preferably, the air sending end comprises a dust attaching structure, an air pushing structure and an end frame, and the dust attaching structure and the air pushing structure are arranged at the left upper end of the end frame.

Preferably, the dust attaching structure is provided with an air outlet, a dust collecting plate and a dust storage frame, the bottom of the air outlet is attached to the dust collecting plate, the dust collecting plate and the dust storage frame are provided with air holes, the bottom of the dust collecting plate is detachably connected with the dust storage frame,

further preferably, the gas pushing structure comprises a rail embedding block, a telescopic sealing gasket and a telescopic device, the rail embedding block and the telescopic device are connected with the telescopic sealing gasket in a gluing mode, the telescopic sealing gasket is located at the left end and the right end of the rail embedding block, the end frame comprises an end rail, a main frame body, an inclined rail and a fixing frame, the left end and the right end of the end rail are connected with the fixing frame in an installing mode, and the rear end of the inclined rail is installed on the main frame body and the fixing frame.

Further preferably, the sweeping structure comprises a double-rail, an air ejector and an air ejector, and the double-rail is connected with the air ejector and the air ejector in a rail way.

Advantageous effects

The sewing material of the invention is placed between a machine head and a machine base and is positioned at the bottom of a presser foot, the cloth moves through a cloth dragging wheel, a plate press performs slight lifting action to assist the movement of the cloth, the plate press touches a cleaning control button to start an air supply device and a cleaning structure when lifting, the air supply device is pressed when lifting, a dust attaching structure is pressed by the pressure to move right along a sliding track under the elastic action of a pushing and sliding structure, the flexible lifting of the plate press is realized while the plate press is kept attached to the air supply device, the blocking effect is realized to reduce the amount of wadding entering a swing shuttle, the left end and the right end of the plate press perform lifting action simultaneously swing, namely, the air supply device is touched to realize the operation of the air supply device and the cleaning structure, the air supply device blows air upwards to further reduce the entering of the wadding, the cleaning structure cleans and collects dust on the swing, the left end of the air supply device is of an arc-shaped structure, the plate press is convenient to, flexible sealed pad follows when the cogged rail piece removes, flexible sealed pad also can remove along the end rail, for guaranteeing to remove the flexibility, the leakproofness, flexible action is made when flexible sealed pad removes, the expansion bend is the active structure, it is flexible to drive through the expansion bend is supplementary when flexible sealed pad is flexible, transmission flexibility and stability are improved, then realize doing through reciprocating of pushing away the gas structure and push away the gas action and send out gas from attaching dirt structure, gas is through the dust collecting plate, the dust storage frame is seen off from the gas outlet, the dust collecting plate, the dust storage frame has the effect of attaching dirt and collection dirt, effectively avoid material wadding to get into the end frame, jet-propelled when cleaning the structure operation jet-propelled, fly upward the rethread aspirator with the material wadding and collect, realize that the material wadding in time clears up the collection when a small amount, the later stage is handled the unified material wadding with.

Compared with the prior art, the invention has the beneficial effects that: the plate presser moves and the air supply body on the air supply device avoids the material wadding from entering from the gap between the plate presser and the embedded plate, the cleaning structure cleans the material wadding at the shuttle through the air ejector and the air ejector in time, and the parts are guaranteed to keep flexibility and cannot be blocked by the material wadding.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic view of a quilting machine according to the present invention.

Fig. 2 shows a schematic view of the structure of the sewing machine of the present invention.

FIG. 3 is a schematic view of a front view of a partial structure of the sewing machine of the present invention, which is also a schematic view of a panel and shuttle structure.

Fig. 4 shows a schematic structural diagram of a of fig. 3 according to the present invention.

Figure 5 shows a schematic diagram of the structure of the pneumatic conveying device of the invention.

Fig. 6 shows a schematic structural diagram of B of fig. 5 according to the present invention.

Fig. 7 is a schematic view showing a top view of a part of the sewing machine of the present invention.

Fig. 8 shows a schematic diagram of the structure C of fig. 7 of the present invention.

In the figure: the machine head comprises a machine head 1, a machine base 2, a machine head body 10, a pressure foot 11, a rotary valve 12, a machine base body 20, an embedding plate 21, a machine side cover 22, a shuttle swinging structure 23, a cleaning structure 230, a plate pressing device 231, a shuttle swinging 232, a plate opening 210, an air supply device 211, a cleaning control button 212, an air supply frame 2110, an air supply end 2111, a pushing and sliding structure 2112, a telescopic spring 40, a sliding rail 41, a dust attaching structure 50, an air pushing structure 51, an end frame 52, an end rail 520, a main frame 521, an inclined rail 522, a fixed frame 523, an air outlet 500, a dust collecting plate 501, a dust storage frame 502, a track embedding block 510, a telescopic sealing gasket 511, a telescopic device 512, a double rail 2300, an air injector 2301 and an air extractor 2302.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Embodiment 1 referring to fig. 1 to 6, the present invention provides a technical solution of a sewing machine for cleaning batting: the structure of the cloth feeding machine comprises a machine head 1 and a machine base 2, wherein the machine head 1 is arranged on the machine base 2, the machine head 1 comprises a machine head body 10, a presser foot 11 and a rotary valve 12, the presser foot 11 is arranged on the machine head body 10, the rotary valve 12 is arranged on the machine head body 10, the machine base 2 comprises a machine base body 20, a mounting plate 21, a machine side cover 22 and a shuttle swinging structure 23, the machine base body 20 is connected with the machine side cover 22 in an assembling mode, the mounting plate 21 is matched with the machine base body 20, the shuttle swinging structure 23 is arranged on the machine base body 20 and is positioned below the presser foot 11, the shuttle swinging structure 23 comprises a cleaning structure 230, a plate presser 231 and a shuttle swinging structure 232, the plate presser 231 performs slight lifting action to assist the movement of cloth, the cleaning structure 230 is arranged at the bottom of the mounting plate 21, the plate presser 231 is connected with the shuttle swinging structure 232, the mounting plate, The cleaning control button 212, the left end of the pneumatic conveying device 211 is an arc-shaped structure, which is convenient for the flexible lifting of the board presser 231 and avoids the blockage during the lifting, the board opening 210 is provided with the board presser 231, the pneumatic conveying device 211 is installed at the notch of the panel 21, the cleaning control button 212 is installed at the side surface of the board opening 210, the cleaning control button 212 is installed at the board opening 210 and electrically connected with the cleaning structure 230, the pneumatic conveying device 211 comprises a pneumatic conveying frame 2110, a pneumatic conveying end 2111 and a sliding structure 2112, the pneumatic conveying frame 2110 is assembled and connected with the pneumatic conveying end 2111, the pneumatic conveying frame 2110 and the pneumatic conveying end 2111 are installed and connected with the sliding structure 2112, the sliding structure 2112 is provided with a telescopic spring 40 and a sliding rail 41, the pneumatic conveying end 2111 comprises an attached dust structure 50, a pneumatic pushing structure 51 and an end frame 52, the attached dust structure 50 moves to the right along the sliding rail 41 under the elastic force of the sliding structure 2112 under the pressure, so that the flexible lifting of the board presser 231 is realized while keeping the attachment with the pneumatic conveying device 211, play and separate the material wadding volume that the material wadding reduces to get into shuttle 232 department, attach dirt structure 50, push away gas structure 51 and install on end frame 52, it is equipped with gas outlet 500, dust collecting plate 501, dust storage frame 502 to attach dirt structure 50, dust collecting plate 501, dust storage frame 502 have the effect of attaching dirt and collection dirt, effectively reduce the material wadding and get into end frame 5, gas outlet 500 and the laminating of dust collecting plate 501, dust storage frame 502 establish the gas pocket, dust collecting plate 501 and dust storage frame 502 dismouting are connected, it includes that the rail piece 510 that inlays, flexible sealed pad 511, expansion bend 512, it is glued with flexible sealed pad 511 to inlay rail piece 510, expansion bend 512, end frame 52 includes end rail 520, main frame 521, ramp 522, solid frame 523, end rail 520 and solid frame 523 erection joint, ramp 522 installs on main frame 521, solid frame 523.

The sewing material is placed between the machine head 1 and the machine base 2 and is positioned at the bottom of the presser foot 11, the cloth moves through the cloth dragging wheel, the plate presser 231 slightly lifts to assist the movement of the cloth, the cleaning control button 212 is touched and pressed when the plate presser 231 lifts to start the air feeding device 211 and the cleaning structure 230, the air feeding device 211 is pressed when the plate presser 231 lifts, the dust attaching structure 50 moves to the right along the sliding track 41 under the action of the pressure of the pushing and sliding structure 2112, the flexible lifting of the plate presser 231 is realized while keeping fit with the air feeding device 211, the separating effect is realized to reduce the amount of the cotton wool entering the shuttle 232, the left end and the right end of the plate presser 231 can swing when the plate presser 231 lifts, namely the cleaning control button 212 is touched and pressed to realize the operation of the air feeding device 211 and the cleaning structure 230, the air feeding device 211 blows upwards to further reduce the entering of the cotton wool, the cleaning structure 230 cleans and collects the dust to the shuttle 232, the left end of the air feeding device 211 is of an, be convenient for board depressor 231 is nimble to go up and down, the embedded rail piece 510 removes along ramp 522, the sealed pad 511 of flexible sealing follows the removal when embedded rail piece 510 removes, the sealed pad 511 of flexible sealing also can remove along end rail 520, for guaranteeing to remove the flexibility, the leakproofness, flexible action is done when the sealed pad 511 of flexible sealing removes, expansion bend 512 is the active structure, flexible through expansion bend 512 auxiliary drive when the sealed pad 511 of flexible sealing stretches out and draws back, improve transmission flexibility and stability, then realize doing the action of pushing away gas through reciprocating of pushing away gas structure 51 and see gas off from attaching dirt structure 50, gaseous process dust collection board 501, dust storage frame 502 sees off from gas outlet 500, dust collection board 501, dust storage frame 502 has the effect of attaching dirt and collecting dirt, effectively reduce the material wadding and get into end frame 52.

Embodiment 2 referring to fig. 7 and 8, the present invention provides a technical solution of a sewing machine for cleaning batting: the sweeping structure 230 comprises a double rail 2300, an air injector 2301 and an air ejector 2302, wherein the double rail 2300 is connected with the air injector 2301 and the air ejector 2302 in a rail way.

Clean structure 230 operation air jet 2301 and jet-blast, fly upward the material wadding rethread air ejector 2302 and collect, realize the material wadding in time clear up when a small amount and collect, the later stage is handled the material wadding with the unified dismouting of part by the staff.

Compared with the prior art, the invention has the technical progress that: the board depressor 231 moves and the air feeding device 211 feeds air to prevent the wadding from entering the gap between the board depressor 231 and the panel 21, and the cleaning structure 230 cleans the wadding at the shuttle swing in time through the air ejector 2301 and the air ejector 2302 to ensure that all parts keep flexibility and cannot be blocked by the accumulated wadding.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.