CN111850865A - Remove cloth clamp drive arrangement and embroidery machine - Google Patents
Remove cloth clamp drive arrangement and embroidery machine Download PDFInfo
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- CN111850865A CN111850865A CN202010677979.1A CN202010677979A CN111850865A CN 111850865 A CN111850865 A CN 111850865A CN 202010677979 A CN202010677979 A CN 202010677979A CN 111850865 A CN111850865 A CN 111850865A
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C9/00—Appliances for holding or feeding the base fabric in embroidering machines
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Abstract
The invention discloses a movable cloth clamp driving device and an embroidery machine, which structurally comprises: the invention realizes the matching of the binding needle cloth clamping cylinder and the lining plate, the lining plate is pressed and coated with cloth, and then the propping tripod forms the perpendicularity of a propping machine frame with a guide shoe sliding, so that a limiting triangular supporting effect is formed, then the aligning and deviation rectifying operation of a central pinhole is formed through the inner turning plate top seat and the wheel sleeve connecting rod frame, the large batch deviation of the shuttle striker embroidery is avoided, the accurate positioning effect is improved, a winding piezoelectric magnetic field is formed between the double-wheel magnetic block seat and the wheel guide, the penetrating power of a punching needle is improved, the needle threading operation cannot be interfered under the condition of excessively high material thickness, the integral sensitivity of an embroidery machine and the moving accuracy of the cloth clamping driving block are improved, and the cloth loss preventing effect is protected.
Description
Technical Field
The invention discloses a movable cloth clamp driving device and an embroidery machine, and belongs to the field of machinery.
Background
The embroidery machine is to carry out the operation of weaving the decorative pattern repeatedly of the needle and line to silk screen cloth surface, also is to the equipment that reduces the labour to the labour people of weaving technology, and the pattern of predesigned is guided into the adaptation signal of telecommunication and is carried out the shuttle needle point and colludes the line and insert and form interactive three-dimensional coordinate work effect on the cloth holder drive plate on electronic screen, promotes cloth embroidery's mechanical precision, and the public shortcoming of treating the optimization of prior art has:
Remove cloth clamp driven guide shoe is the spacing frame of laminating slotted hole that the embroidery machine firing pin alternates, this clamp dress that makes the cloth and to adjusting the phenomenon that the needlework alternates and has caused the stack impact to the needlework, it is easy because lateral sliding and the fine motion needle head that bends off with the fingers and thumb to make the threading alternate from top to bottom, and when the slider adaptation to the cloth face is not enough, drive the direct slip of needlework face silk of needle point easily, disturb the product quality of embroidery, and can cause the condition of stumbling that the secondary takes off the line at later stage, cause the wire winding regularity of embroidery machine to reduce, and the cloth clamp driven displacement volume often produces deviation volume and disturbs the process.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a movable cloth clamp driving device and an embroidery machine, and aims to solve the problems that a guide shoe driven by a movable cloth clamp is a laminating slotted hole limiting frame in which a striker of the embroidery machine is inserted, so that the phenomenon of overlapping impact is caused by clamping and inserting of cloth and inserting of a right needle thread, the needle is easy to slightly bend a needle head due to transverse sliding when the needle is inserted up and down, and when the slider on the cloth surface is not sufficiently adapted, the needle point is easy to be driven to directly slide cloth cover silk, so that the quality of an embroidery product is interfered, and the dragging and tripping condition of secondary thread falling is caused in the later period, so that the winding regularity of the embroidery machine is reduced, and the displacement amount driven by the cloth clamp often generates deviation to interfere with the processing process.
In order to achieve the purpose, the invention is realized by the following technical scheme: a moving cloth clamp driving device and an embroidery machine structurally comprise: the binding needle cloth clamping cylinder is provided with a needle through hole groove, a jacking tripod, an inner turning plate top seat, a wheel sleeve connecting rod frame, a claw pressing and pulling block and a square column cylinder groove, the needle through hole groove is arranged in the square column cylinder groove and is positioned on the same vertical surface, the wheel sleeve connecting rod frame and the claw pressing and pulling block are nested into a whole, the needle threading through hole groove and the jacking tripod are in interference fit, the inner turning plate footstock and the wheel sleeve connecting rod frame are buckled together and are positioned on the same vertical surface, the wheel sleeve connecting rod frame is installed on the front side of the jacking tripod, the wheel sleeve connecting rod frame and the jacking tripod are both installed inside a square column barrel groove, and the square column barrel groove is mechanically connected with the shifting plate.
In order to optimize the technical scheme, the method further comprises the following steps:
as a further improvement of the invention, the jacking tripod consists of a double-wheel magnetic block seat, a diagonal draw bar and a ball cover lining seat, wherein the double-wheel magnetic block seat and the diagonal draw bar are movably connected and are positioned on the same vertical surface, and the diagonal draw bar and the ball cover lining seat are nested into a whole.
As a further improvement of the invention, the double-wheel magnet block seat consists of a folding and supporting reinforcing rib, an arc backing strip wheel ring, a double-jaw slot seat and a magnet block, wherein the folding and supporting reinforcing rib is inserted and embedded in the double-jaw slot seat and is positioned on the same horizontal plane, the magnet block is installed in the double-jaw slot seat, and the arc backing strip wheel ring and the magnet block are in clearance fit.
As a further improvement of the invention, the inner turning plate top seat consists of a shifting plate, a thin support rod and a spring tail groove block, wherein the shifting plate is mechanically connected with the thin support rod, and the thin support rod is inserted and embedded in the spring tail groove block and is positioned on the same vertical surface.
As a further improvement of the invention, the plectrum plate consists of a gradient tripod, a cylindrical barrel block, a plectrum torsion spring frame and a cross bar plate, wherein the gradient tripod is inserted and embedded in the cylindrical barrel block, the cylindrical barrel block is embedded and embedded at the left side of the plectrum torsion spring frame, and the plectrum torsion spring frame is inserted and embedded in the cross bar plate and is positioned on the same vertical surface.
As a further improvement of the invention, the wheel sleeve connecting rod frame consists of a ball end rod, a sleeve frame wheel ring and a support rod, wherein the ball end rod is mechanically connected with the sleeve frame wheel ring, and the sleeve frame wheel ring and the support rod are buckled together and are positioned on the same vertical plane.
As a further improvement of the invention, the wheel ring of the sleeve frame consists of a three-fork gasket, a trapezoidal brush block, a thick sleeve ring and a supporting and pressing spring channel, wherein the trapezoidal brush block and the thick sleeve ring are in interference fit, and the trapezoidal brush block and the supporting and pressing spring channel are welded into a whole through the three-fork gasket.
As a further improvement of the invention, the claw pressing cloth block consists of a claw pressing wing plate block, a lock pin column and a buckle cap, the claw pressing wing plate block is nested below the bottom of the lock pin column and is positioned on the same vertical surface, and the lock pin column and the buckle cap are buckled together.
As a further improvement of the invention, the claw pressing wing plate block comprises a trapezoidal wing plate, a three-claw pad bracket, a lining pressing groove and a counterweight bracket, wherein the trapezoidal wing plate is inserted and embedded on the right side of the lining pressing groove and is positioned on the same vertical surface, the counterweight bracket is inserted and embedded on the left side of the lining pressing groove, and the three-claw pad bracket is matched with the lining pressing groove.
As a further improvement of the invention, the arc filler strip wheel ring is of a wheel ring structure with an arc filler strip convex grain block at the bottom, so that the double-wheel top-supporting bracket is convenient to form the limiting and fixing rack effect of the integral tripod protective clamping cloth.
As a further improvement of the invention, the shifting piece torsion spring frame is of a spring plate frame structure with a left side provided with a torsion spring pipe and a right side inserted with a long and short composite plate, so that a side swinging plate block can conveniently form an axis covering surface for preventing cloth clamping from skidding, and the embroidery threading accuracy is improved.
As a further improvement of the invention, the supporting and pressing spring channel is of a spring channel structure with a long track rod on the right side and a short support rod on the left side and winding and pressing a bottom pad torsion spring wire, so that the channel insertion rod piece is convenient to drag to form a wrapping, pressing and bundling effect with an included angle of one hundred and twenty degrees.
As a further improvement of the invention, the three-jaw pad support is of a jaw support structure with a sucker in the center of a three-support plate and a gel pad ball at the rod end, so that a multi-node lining effect is conveniently formed on the frame side, the surface smoothness of silk cloth is guaranteed, the friction force is increased by the suction of a rubber surface, and the coordinate precision and the inserting sensitivity of moving embroidery are guaranteed.
Advantageous effects
The invention relates to a moving cloth clamp driving device and an embroidery machine, wherein a worker can make a binding needle cloth clamp cylinder rotate at the front sides of a lining plate and a potential driving plate by pushing and pressing a shifting plate, then engage with a base of the embroidery machine by a lock pin rod and a support shaft seat, make a marking ruler plate press cloth to bend and droop, simultaneously mark and draw a base point to facilitate the later-stage cloth moving and sewing needle effect, and then plug in and connect with a square column barrel groove into a whole by a needle through hole groove to make a double-wheel magnetic block seat of a jacking tripod to jack a diagonal rod sliding and pushing ball cover lining to form a triangular support effect, then make a shifting plate of an inner turning plate jacking seat to beat a spring tail groove block jacking around a thin supporting rod by a double-jaw groove seat locking magnetic block at the bottom of a folding and supporting reinforcing rib plugging arc backing strip wheel ring to facilitate needle settlement to form a double-stand inner core frame protecting effect, and then cover the cloth surface by a gradient triangle frame at a column barrel block jacking spring frame and a shifting plate, the hanging needle protection operation of the slip rotary embroidery interpenetration is formed, the improvement of the embroidery suitability and the flexibility ratio is guaranteed, then the ball end rod of the wheel sleeve connecting rod frame is used for jacking the wheel ring of the sleeve frame to lift the support rod lock catch for hoisting, the three-fork gasket is used for driving the supporting spring channel inside the thick sleeve ring to form the effects of rod frame bonding swing turning contraction and extending covering cloth pressing under the jacking rotary sliding brush of the trapezoidal brush block, the claw pressing cloth block is matched with four nodes to form the wrinkle resisting stretching effect of the edge end, the effect of multi-section periphery of the movable cloth clamp driving towards the inner core frame is improved, and the needle threading and lead wire knot pulling operation of the embroidery machine is facilitated.
The invention has the following advantages after operation:
the application bundle needle cloth presss from both sides a card section of thick bamboo and the welt and cooperatees, through covering the cloth with the welt pressure, rethread shore tripod forms and leads the gliding spreader frame of boots perpendicular, form a spacing triangle support effect, turn over the operation of rectifying well through the alignment of board footstock and the wheel cover connecting rod frame formation center pinhole in succession, the big batch skew of shuttle firing pin embroidery of avoiding, promote accurate location effect, and form around piezoelectric field between double round magnetic block seat and the wheel guide, promote the penetrating power of punching needle, can not disturb the operation of threading needle lead wire under the too high condition of guarantee material thickness, improve holistic embroidery machine sensitivity and the removal accuracy of cloth clamp drive block, protect cloth loss-proof effect additional.
Drawings
Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:
fig. 1 is a schematic structural view of a moving cloth clamp driving device and an embroidery machine according to the present invention.
FIG. 2 is a detailed cross-sectional structure diagram of the binding needle cloth clamping cylinder, the top support tripod, the inner turning plate footstock, the wheel sleeve connecting rod frame and the claw pressing cloth pulling block of the invention.
FIG. 3 is an enlarged cross-sectional view of the dual-wheel magnetic block holder according to the present invention.
FIG. 4 is an enlarged cross-sectional view of the pick plate according to the present invention.
Fig. 5 is a schematic cross-sectional internal view structure diagram of the working state of the wheel ring of the present invention.
Fig. 6 is a cross-sectional internal view structural diagram of the claw wing plate block in the working state of the invention.
Description of reference numerals: shifting plate-1, binding needle cloth clamping cylinder-2, lining plate-3, potential drive plate-4, lock pin rod-5, support shaft seat-6, marking ruler plate-7, needle through hole groove-2A, top support tripod-2B, inner turning plate top seat-2C, wheel sleeve connecting rod frame-2D, claw pressure cloth-2E, square column cylinder groove-2F, double wheel magnetic block seat-2B 1, diagonal draw bar-2B 2, ball cover lining seat-2B 3, folding support reinforcing rib-2B 11, arc backing strip wheel ring-2B 12, double jaw groove seat-2B 13, magnetic block-2B 14, shifting plate-2C 1, fine support rod-2C 2, spring tail groove block-2C 3, gradient tripod-2C 11, column cylinder block-2C 12, shifting piece torsion spring frame-2C 13, The device comprises a cross bar plate-2C 14, a ball end rod-2D 1, a set of wheel rings-2D 2, a support rod-2D 3, a three-fork washer-2D 21, a trapezoidal brush block-2D 22, a thick lantern ring-2D 23, a supporting spring channel-2D 24, a claw pressing wing plate block-2E 1, a locking pin column-2E 2, a buckle cap-2E 3, a trapezoidal wing plate-2E 11, a three-claw pad support-2E 12, a lining groove-2E 13 and a counterweight support-2E 14.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
The first embodiment is as follows:
referring to fig. 1 to 6, the present invention provides a moving cloth clip driving device and an embroidery machine, which includes: the binding needle cloth clamping device comprises a shifting plate 1, a binding needle cloth clamping cylinder 2, a lining plate 3, a potential driving plate 4, a lock pin rod 5, a support shaft seat 6 and a marking ruler plate 7, wherein the binding needle cloth clamping cylinder 2 is mechanically connected with the shifting plate 1, the binding needle cloth clamping cylinder 2 is inserted and embedded in the front side of the lining plate 3 and is perpendicular to each other, the lining plate 3 is tightly attached to the front side of the potential driving plate 4 and is positioned on the same vertical surface, the lock pin rod 5 is inserted and embedded in the rear side of the potential driving plate 4 and is perpendicular to each other, the potential driving plate 4 is embedded and embedded in the left side of the support shaft seat 6, the support shaft seat 6 is mechanically connected with the marking ruler plate 7 through a rolling shaft and is positioned on the same vertical surface, the binding needle cloth clamping cylinder 2 is provided with a needle through hole groove 2A, a jacking tripod 2B, an inward turning plate top seat 2C, a wheel sleeve connecting rod frame 2D, a claw pressing cloth pulling block 2E and a square column cylinder groove 2F, the needle through hole groove 2A is arranged in the interior of the, the wheel sleeve connecting rod frame 2D and the claw pressing cloth pulling block 2E are nested into a whole, the needle threading through hole groove 2A and the jacking triangular frame 2B are in interference fit, the inner turning plate footstock 2C and the wheel sleeve connecting rod frame 2D are buckled together and are positioned on the same vertical surface, the wheel sleeve connecting rod frame 2D is installed on the front side of the jacking triangular frame 2B, the wheel sleeve connecting rod frame 2D and the jacking triangular frame 2B are both installed inside a square column barrel groove 2F, and the square column barrel groove 2F is mechanically connected with the shifting plate 1.
Referring to fig. 2, the top support tripod 2B is composed of a dual-wheel magnetic block seat 2B1, a diagonal draw bar 2B2 and a ball cover lining seat 2B3, the dual-wheel magnetic block seat 2B1 is movably connected with the diagonal draw bar 2B2 and is located on the same vertical plane, the diagonal draw bar 2B2 is nested with the ball cover lining seat 2B3 into a whole, the inner flip top seat 2C is composed of a plectrum plate 2C1, a fine support bar 2C2 and a spring tail groove block 2C3, the plectrum plate 2C1 is mechanically connected with the fine support bar 2C2, the fine support bar 2C2 is inserted and embedded inside the spring tail groove block 2C3 and is located on the same vertical plane, the wheel housing frame 2D is composed of a ball end bar 2D1, a housing wheel ring 2D2 and a ball end bar 2D3, the ball end bar 1 is connected with the housing wheel housing ring 2, the mechanical coupling ring is located on the same radial direction of the inner pressure ring 2D 4624 and is located on the same vertical plane of the inner pressure ring 599 and is located on the same radial direction of the radial spring ring 592B 2C 639, the integral base position stabilizing effect of alignment accuracy is formed.
Referring to fig. 3, the dual-wheel magnet block seat 2B1 is composed of a folding support reinforcing rib 2B11, an arc backing strip wheel ring 2B12, a dual-jaw slot seat 2B13, and a magnet block 2B14, the folding support reinforcing rib 2B11 is inserted into the dual-jaw slot seat 2B13 and is located on the same horizontal plane, the magnet block 2B14 is installed inside the dual-jaw slot seat 2B13, the arc backing strip wheel ring 2B12 and the magnet block 2B14 are in clearance fit, the arc backing strip wheel ring 2B12 is a wheel ring structure with an arc backing strip protruding particle block at the bottom, so that the dual-wheel tripod support frame forms a limiting and fixing frame effect of the integral protective cloth, the magnet block 2B14 is pulled by the dual-jaw slot seat 2B13 to form a four-sided magnetic winding effect of the frame, and the electromagnetic lane of the needle line is protected against shifting.
Referring to fig. 4, the pick plate 2C1 is composed of a gradient tripod 2C11, a cylindrical barrel block 2C12, a pick torsion spring frame 2C13 and a horizontal bar plate 2C14, the gradient tripod 2C11 is inserted into the cylindrical barrel block 2C12, the cylindrical barrel block 2C12 is inserted into the left side of the pick torsion spring frame 2C13, the pick torsion spring frame 2C13 is inserted into the horizontal bar plate 2C14 and is located on the same vertical plane, the pick torsion spring frame 2C13 is a left spring plate frame structure with a torsion spring tube and a right insertion long and short composite plate, so that the side swing plate block forms a cloth clamping anti-slip axis covering surface, the embroidery needle-threading accuracy is improved, a sinking and beating covering area effect is formed by rotating the pick torsion spring frame 2C13 with the gradient tripod 2C11, and the sliding needle-threading efficiency of the cloth material is improved.
Referring to fig. 5, the frame wheel ring 2D2 is composed of a three-fork washer 2D21, a trapezoidal brush block 2D22, a thick collar 2D23, and a supporting and pressing spring channel 2D24, the trapezoidal brush block 2D22 and the thick collar 2D23 are in interference fit, the trapezoidal brush block 2D22 is welded with the supporting and pressing spring channel 2D24 into a whole through the three-fork washer 2D21, the supporting and pressing spring channel 2D24 is a spring channel structure with a short supporting rod and a torsion spring wire wound and pressed on the bottom pad on the left side of a long rail rod on the right side, so that the channel insertion rod pieces form a package pressing and bundling effect with an included angle of one hundred twenty degrees, the supporting and pressing spring channel 2D24 is inserted and pressed through the three-fork washer 2D21 to make the overall three-way tensioning and bundling rod pieces support efficiently, thereby ensuring the flexible needle holder driving performance of the low-displacement dynamic cloth clamp, and the anti-firing pin effect is formed on the.
The working process is as follows: the staff makes the binding needle cloth clamp tube 2 revolve in the front of the lining board 3 and the potential drive board 4 by pushing the shifting board 1, and then the base of the embroidery machine is occluded with the support shaft seat 6 by the lock pin rod 5, so that the marking ruler board 7 presses the cloth to be bent and drooped, the base point can be marked by the coordinate, the later-stage cloth moving sewing needle effect is facilitated, and then the base point is spliced with the square column tube groove 2F into a whole by the needle-passing through-hole groove 2A, so that the double-wheel magnet seat 2B1 of the jacking tripod 2B pushes up the inclined pull rod 2B2 sliding ball cover lining seat 2B3 to form a triangular support effect, the double-jaw groove seat 2B13 of the bottom of the arc pad strip wheel ring 2B12 is spliced by the folding support reinforcing rib 2B11 to enable the double-jaw groove seat 2B14 to lock the inclined pull rod 2B14 to electromagnetically slide, so that the shifting board 2C1 of the inner turning plate jacking seat 2C beats the spring tail groove block 2C3 jacking around the fine support to form a settling support, and the inner needle is conveniently to form a double-needle pushing up the double-core spring protecting frame 539 2C and covering the double-core bolt 2 The needle protection operation of the slip rotary embroidery insertion is formed, the improvement of the embroidery suitability and the flexibility are guaranteed, then the ball end rod 2D1 of the wheel sleeve connecting rod frame 2D is used for jacking the wheel sleeve frame wheel ring 2D2 to lift the support rod 2D3 lock catch for lifting movement, the three-fork gasket 2D21 drives the supporting spring channel 2D24 inside the thick sleeve ring 2D23 to form the rod frame bonding swinging, winding and extending covering cloth pressing effects under the jacking sliding brush of the trapezoid brush block 2D22, the claw pressing cloth block 2E is matched with four nodes to form the wrinkle resisting stretching effect of the edge end, the effect of the multiple-section periphery driven by the movable cloth clamp to the inner core frame is improved, and the needle threading and lead tying operation of the embroidery machine is facilitated.
Example two:
referring to fig. 1 to 6, the present invention provides a moving cloth clip driving device and an embroidery machine, which are otherwise the same as embodiment 1 except that:
referring to fig. 2, the tab pressing cloth block 2E is composed of a tab pressing plate block 2E1, a locking pin column 2E2, and a snap cap 2E3, the tab pressing plate block 2E1 is nested under the bottom of the locking pin column 2E2 and is located on the same vertical plane, the locking pin column 2E2 and the snap cap 2E3 are buckled together, and the locking pin column 2E2 is inserted through the tab pressing plate block 2E1 to form a top supporting and supporting operation with a four-position base point.
Referring to fig. 6, the claw press vane block 2E1 is composed of a trapezoidal vane 2E11, a three-claw pad bracket 2E12, a lining groove 2E13, and a weight bracket 2E14, the trapezoidal vane 2E11 is inserted into the right side of the lining groove 2E13 and is located on the same vertical plane, the weight bracket 2E14 is inserted into the left side of the lining groove 2E13, the three-claw pad bracket 2E12 is matched with the lining groove 2E13, the three-claw pad bracket 2E12 is a claw frame structure with a suction cup at the center of the three bracket plates and a gel pad ball at the end, so that a multi-node lining effect is formed at the frame side, the surface smoothness of the silk cloth is guaranteed, the friction force is increased by the glue surface suction, the coordinate precision of embroidery movement and the penetration sensitivity are guaranteed, the silk suction effect of the center position of a seat block is formed at the upper and lower sides of the right side of the weight bracket 2E14 by the three-claw pad bracket 2E12, the silk cloth is prevented from being pulled, the silk cloth, the elastic head and the, the cloth embroidery uniformity is guaranteed.
Through the centre press from both sides the needle interlude with press from both sides cloth slip gyration kink and wear the needle and weave the flower, form the outside ring of center end and slide and press the effect of covering the motion, ensure that the embroidery machine is under cloth clamp driven aversion, form the processing effect of nimble adaptation, rethread peripheral quadbit node presses pterygoid lamina piece 2E1 grafting latch post 2E2 through the claw of claw pressure tractive cloth piece 2E and presses the buckle cap 2E3 and form the locking and press and cover, make trapezoidal pterygoid lamina 2E11 and counter weight support 2E14 form the counter-pull effect in lining indent 2E13 both sides, let three claw pad support 2E12 form the pressure of inhaling of pressing from both sides the claw face and press close to increase coefficient of friction, ensure the cloth anticreep, and the anti fold distortion operation of cloth extension.
The invention achieves the aim of applying the binding needle cloth clamp clamping cylinder 2 to be matched with the lining plate 3 by mutually combining the components, covers cloth on the lining plate 3 by pressing, forms a supporting machine frame with a guide shoe sliding vertically by a supporting tripod 2B to form a limiting triangular supporting effect, forms the alignment and deviation rectifying operation of a central pinhole by an inner turning plate top seat 2C and a wheel sleeve connecting rod frame 2D to avoid the large batch deviation of the embroidery of a shuttle striker, improves the accurate positioning effect, forms a winding piezoelectric magnetic field between a double-wheel magnetic block seat 2B1 and a wheel guide, improves the penetrating power of the striker, ensures that the operation of the striker lead wire is not interfered under the condition of overhigh material thickness, improves the integral embroidery machine sensitivity and the moving accuracy of a cloth clamp driving block, and protects the cloth material from loss so as to solve the problem that the guide shoe driven by the moving cloth clamp is a laminating slotted hole limiting frame penetrated by the striker of the embroidery machine, this clamp that makes the cloth adorns and has led to the fact the phenomenon of stack impact to adjusting the needle and thread interlude, makes the needle draw interlude from top to bottom easily because lateral sliding and the fine motion breaks the bent syringe needle off with the fingers and thumb, and when the slider adaptation to the cloth face is not enough, drives the needle point directly and draws the cloth cover silk, disturbs the product quality of embroidery, and can cause the secondary condition of stumbling that takes off the line in later stage, causes the regular degree of winding of embroidery machine to reduce, and the displacement volume of cloth clamp drive often produces the problem that the deviation volume disturbs the course of working.
The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.
Claims (9)
1. A moving cloth clamp driving device and an embroidery machine structurally comprise: dial board (1), restraint needle cloth clamp card section of thick bamboo (2), welt (3), electric potential drive board (4), lockpin pole (5), support axle bed (6), scale board (7), its characterized in that:
the binding needle cloth clamping cylinder (2) is mechanically connected with the shifting plate (1), the binding needle cloth clamping cylinder (2) is inserted and embedded in the front side of the lining plate (3), the lining plate (3) is tightly attached to the front side of the potential driving plate (4), the lock pin rod (5) is inserted and embedded in the rear side of the potential driving plate (4), the potential driving plate (4) is embedded in the left side of the support shaft seat (6), and the support shaft seat (6) is mechanically connected with the scale ruler plate (7) through a rolling shaft;
the binding needle cloth clamping cylinder (2) is provided with a needle through hole groove (2A), a top support tripod (2B), an inner turning plate top seat (2C), a wheel sleeve connecting rod frame (2D), a claw pressing and pulling cloth block (2E) and a square column cylinder groove (2F);
The needle threading through hole groove (2A) is installed inside a square column barrel groove (2F), the wheel sleeve connecting rod frame (2D) and the claw pressing and pulling block (2E) are nested into a whole, the needle threading through hole groove (2A) is matched with the jacking tripod (2B), the inner turning plate footstock (2C) is buckled with the wheel sleeve connecting rod frame (2D), the wheel sleeve connecting rod frame (2D) is installed on the front side of the jacking tripod (2B), the wheel sleeve connecting rod frame (2D) and the jacking tripod (2B) are both installed inside the square column barrel groove (2F), and the square column barrel groove (2F) is mechanically connected with the shifting plate (1).
2. The moving cloth clamp driving device and the embroidery machine according to claim 1, wherein: the top support tripod (2B) comprises a double-wheel magnet block seat (2B 1), a diagonal draw bar (2B 2) and a ball cover lining seat (2B 3), the double-wheel magnet block seat (2B 1) is movably connected with the diagonal draw bar (2B 2), and the diagonal draw bar (2B 2) and the ball cover lining seat (2B 3) are nested into a whole.
3. The moving cloth clamp driving device and the embroidery machine according to claim 2, wherein: double round magnetic block seat (2B 1) props strengthening rib (2B 11), arc filler strip wheel ring (2B 12), two keep silent groove seat (2B 13), magnet piece (2B 14) by the book and constitutes, it inserts the inside of inlaying at two groove seat (2B 13) to prop strengthening rib (2B 11) to roll over, magnet piece (2B 14) are installed in the inside of two groove seat (2B 13) of keeping silent, arc filler strip wheel ring (2B 12) and magnet piece (2B 14) cooperate.
4. The moving cloth clamp driving device and the embroidery machine according to claim 1, wherein: interior board footstock (2C) turned over comprises plectrum board (2C 1), thin vaulting pole (2C 2), spring tail groove block (2C 3), plectrum board (2C 1) and thin vaulting pole (2C 2) mechanical connection, thin vaulting pole (2C 2) are inserted and are inlayed in the inside of spring tail groove block (2C 3).
5. The moving cloth clamp driving device and the embroidery machine according to claim 4, wherein: the plectrum board (2C 1) comprises gradient tripod (2C 11), post barrel piece (2C 12), plectrum torsional spring frame (2C 13), horizontal slat (2C 14), the inside of inlaying at post barrel piece (2C 12) is inserted in gradient tripod (2C 11), the left side of plectrum torsional spring frame (2C 13) is nested in post barrel piece (2C 12), the inside of inlaying at horizontal slat (2C 14) is inserted in plectrum torsional spring frame (2C 13).
6. The moving cloth clamp driving device and the embroidery machine according to claim 1, wherein: wheel cover connecting rod frame (2D) comprises ball end pole (2D 1), set frame wheel ring (2D 2), cradling piece (2D 3), ball end pole (2D 1) and set frame wheel ring (2D 2) mechanical connection, set frame wheel ring (2D 2) and cradling piece (2D 3) lock are in the same place.
7. The moving cloth clamp driving device and the embroidery machine according to claim 6, wherein: set frame wheel ring (2D 2) comprises trident gasket (2D 21), trapezoidal brush piece (2D 22), thick lantern ring (2D 23), support pressure spring way (2D 24), trapezoidal brush piece (2D 22) cooperatees with thick lantern ring (2D 23), trapezoidal brush piece (2D 22) is through trident gasket (2D 21) with support pressure spring way (2D 24) welding an organic whole.
8. The moving cloth clamp driving device and the embroidery machine according to claim 1, wherein: the claw pressing cloth block (2E) is composed of a claw pressing wing plate block (2E 1), a lock pin column (2E 2) and a buckle cap (2E 3), the claw pressing wing plate block (2E 1) is nested below the bottom of the lock pin column (2E 2), and the lock pin column (2E 2) and the buckle cap (2E 3) are buckled together.
9. The moving cloth clamp driving device and the embroidery machine according to claim 8, wherein: claw pressure wing plate piece (2E 1) comprises trapezoidal pterygoid lamina (2E 11), three claw pad support (2E 12), lining pressure groove (2E 13), counter weight support (2E 14), trapezoidal pterygoid lamina (2E 11) are inserted and are inlayed in the right side of lining pressure groove (2E 13), counter weight support (2E 14) are inserted and are inlayed in the left side of lining pressure groove (2E 13), three claw pad support (2E 12) and lining pressure groove (2E 13) cooperate.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010677979.1A CN111850865A (en) | 2020-07-15 | 2020-07-15 | Remove cloth clamp drive arrangement and embroidery machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010677979.1A CN111850865A (en) | 2020-07-15 | 2020-07-15 | Remove cloth clamp drive arrangement and embroidery machine |
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| CN111850865A true CN111850865A (en) | 2020-10-30 |
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| CN202010677979.1A Pending CN111850865A (en) | 2020-07-15 | 2020-07-15 | Remove cloth clamp drive arrangement and embroidery machine |
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Cited By (1)
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| CN112359508A (en) * | 2020-11-05 | 2021-02-12 | 浙江农林大学暨阳学院 | Hall type thread breakage detection equipment for embroidery machine |
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Application publication date: 20201030 |