CN110481081B

CN110481081B - Automatic discharging type cloth packing machine for cotton bale pressing of knitted flannel corner sliding pin

Info

Publication number: CN110481081B
Application number: CN201910598736.6A
Authority: CN
Inventors: 谢龙魁
Original assignee: Quanzhou Taishang Investment Zone Shengda New Material Co ltd
Current assignee: Quanzhou Taishang Investment Zone Shengda New Material Co.,Ltd.
Priority date: 2019-07-04
Filing date: 2019-07-04
Publication date: 2021-11-02
Anticipated expiration: 2039-07-04
Also published as: CN110481081A

Abstract

The invention discloses an automatic discharging type cloth packer for pressing knitted velvet corner sliding pin cotton bags, which structurally comprises: the invention realizes that the pressing die rectangular plate is matched with the sliding pin packing square groove, ensures that the loose cotton threads of knitted velvet can be pressed against the corrugated arc groove cotton covered edge and put down, ensures the anti-cotton thread hinging and wall sticking conditions by the aid of the sliding rail rod which is padded out in the sliding process and matched with the ball sliding block to move down to form the effect of shaving and brushing the fine and soft miscellaneous threads by the suction cavity brush seat pressed in the push line, improves the compactness of the four square edges of the cloth after packing, reduces the outsupporting and exposing probability of the cotton threads, improves the blocking flatness, ensures that the lifting hydraulic pressure of the hydraulic cylinder is uniform and not interfered, ensures that the pressing square plate is attached to the bottom groove and has the protective effect of a wall-sticking sliding spacer, avoids corner collision, ensures the tight precision of lifting and embedding, and improves the packing speed and quality of automatic discharging of waste cloth.

Description

Automatic discharging type cloth packing machine for cotton bale pressing of knitted flannel corner sliding pin

Technical Field

The invention relates to an automatic discharging type cloth packing machine for corner sliding pin cotton bale pressing of knitted flannelette, and belongs to the field of spinning.

Background

The cloth baling press is the convenient categorised equipment of packing of abandonment cloth, and the cloth that bulldozes the square groove from top to bottom forms the cloth piece output of compression, reaches to provide burning raw materials or high-quality cloth for the electric heat field and recycles again, avoids wasting of resources, reaches resources are saved's packing classification treatment effect, and the public shortcoming of treating the optimization of prior art has:

the fine and soft and easy static that produces of knitting fine hair silk thread of fine and soft knitting fine hair adheres to the foreign object, lead to the tractive interior knitting wool and continue to expand outward, loose knitting fine hair cloth, cause the thread that takes off and catches on the recess four sides contained angle of baling press, lead to the knitting wool to glue the residual line sediment phenomenon of wall embedding line seam crossing, when pushing down the compression plate to the hydraulic stem, can cause four corners of plate compression after lifting the knitting wool, twine top frame, cause frame card shell tractive knitting wool, lead to needing to consume the fine and soft knitting wool of manual work clearance board, the difficult silver silk thread that discovers of messenger's naked eye hinges into hydraulic stem and blocks up the hydraulic stem, cause the jam condition of activity clearance filler, make board packing hydraulic pressure not enough influence cloth compression quality.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an automatic discharging type cloth packing machine for sliding pin cotton bale pressing of knitted pile corners, and aims to solve the problems that fine and soft pile threads of knitted pile are easy to generate static electricity to attach to an external object, so that the inner pile threads are pulled to continuously expand outwards, the knitted pile cloth is loosened, the included angle of four edges of a groove of the packing machine is hooked by a thread-off line, the phenomenon of residual thread slag that the pile thread is stuck in the slot is caused, when a compression plate is pushed down by a hydraulic rod, the four corners of a plate block are compressed, then the pile threads are lifted upwards, a top rack is wound, a rack clamping shell pulls the pile threads, the fine and soft pile threads of the machine need to be manually cleaned, the silver threads which are difficult to find by naked eyes are hinged into a hydraulic column to block the hydraulic rod, the blockage situation of a movable gap filler is caused, and the packing hydraulic pressure of the machine table is insufficient to influence the cloth compression quality.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an automatic discharge type cloth baling press that smooth round pin cotton bale of knitted fine hair corner pressed, its structure includes: the device comprises a hydraulic column tube, a shear plate, a distribution cable, a pressing die rectangular plate, a lining plate frame, an electric cabinet and a sliding pin pack square pressing groove, wherein the sliding pin pack square pressing groove is in interference fit with the pressing die rectangular plate, the sliding pin pack square pressing groove is arranged inside the lining plate frame, the electric cabinet is tightly attached to the right side of the lining plate frame, the electric cabinet is electrically connected with the hydraulic column tube through the distribution cable, the hydraulic column tube is mechanically connected with the shear plate, the hydraulic column tube is provided with two sliding pin pack square pressing grooves which are inserted and embedded on the top surface of the pressing die rectangular plate, the sliding pin pack square pressing groove is provided with a cotton core sliding pin brush, a square groove shell, a sliding rail rod, a support cushion plate, an X-shaped support seat, a compression inner chamber and a parting sealing frame, the sliding rail rod is provided with four sliding rod which are respectively inserted and embedded on four bottom corners of the square groove shell, the support cushion plate is tightly attached to the top surface of the X-shaped support seat, and the square groove shell is movably connected with the X-shaped support seat, the compression inner chamber and the square groove shell are of an integrated structure, the parting sealing frame is horizontally welded to the top of the square groove shell, the cotton core sliding pin brush is mechanically connected with the sliding rail rod, the square groove shell is installed inside the liner plate frame shell frame, and the cotton core sliding pin brush is in interference fit with the pressing die rectangular plate.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the cotton core sliding pin brush consists of a three-claw column block pad, corrugated arc groove cotton, a ball sliding block and a suction cavity brush seat, wherein the three-claw column block pad and the suction cavity brush seat are respectively tightly attached to the upper side and the lower side of the corrugated arc groove cotton, the ball sliding block is nested on the left side of the corrugated arc groove cotton, and the axes of the corrugated arc groove cotton and the suction cavity brush seat are collinear.

As a further improvement of the invention, the three-claw column block pad consists of a rough-surface corrugated plate, short column blocks and rubber spring cylinders, wherein the rough-surface corrugated plate is tightly attached to the short column blocks, and the four rubber spring cylinders are respectively inserted and embedded in the short column blocks and are positioned on the same horizontal plane.

As a further improvement of the invention, the corrugated arc groove cotton comprises arc edge grooves, corner-abutting folded gasket strips, a cotton block and air holes, wherein the arc edge grooves and the cotton block are of an integral structure, the air holes are more than two and are embedded in the cotton block, and the arc edge grooves and the corner-abutting folded gasket strips are tightly attached together and are positioned on the same vertical curved surface.

As a further improvement of the invention, the ball sliding block consists of a roller ball, a small steel ball and an ear plate column groove, the roller ball is movably connected with the small steel ball, the small steel ball is in clearance fit with the ear plate column groove, and the roller ball is mechanically connected with the ear plate column groove.

As a further improvement of the invention, the cavity suction brush base comprises a channel cavity suction pipe, a buckling brush hood and a fan disc brush block, the buckling brush hood is nested on the top of the fan disc brush block, the channel cavity suction pipe vertically penetrates through the buckling brush hood and the inside of the fan disc brush block, and the axis of the channel cavity suction pipe is collinear.

As a further improvement of the invention, the X-shaped support seat consists of a sliding and pushing alignment block, a spring diagonal draw bar and a hemispherical cap seat, wherein the sliding and pushing alignment block and the hemispherical cap seat are respectively arranged at the upper end and the lower end of the spring diagonal draw bar, the bottom end of the spring diagonal draw bar is buckled with the hemispherical cap seat, and the sliding and pushing alignment block and the spring diagonal draw bar are welded into a whole.

As a further improvement of the invention, the three-jaw column pad is of a three-jaw column pad structure with three short columns which are mutually crossed and vertical, so that the left side and the right side of the three-jaw column pad can be directly and temporarily abutted against the bottom corner of the pressing plate conveniently, and then the vertical short columns are rubbed and pressed to be abutted against the edge on the wrapped bottom corner, so that the collision prevention slow friction pressing effect is formed.

As a further improvement of the invention, the angle-resisting folding cushion strip is of a folding cushion strip structure in which prismatic sheet plates are welded with each other, so that the cotton wool yarns on the side bases of the knitted wool press the prismatic sheet plates to lubricate up and down, and the cotton wool yarns are pressed inwards and pressed in the middle, thereby achieving the effect of compression of gaps between the wool yarns by side corrugations to mold and pack the cloth.

As a further improvement of the invention, the fan disc brush block is a fan-shaped brush body which is narrow at the upper part and the lower part and wide at the middle part, and the slipping and brushing of the left lower corner and the right lower corner of the side edge are formed by the brush block which is wide and thick at the middle part, so that the hair yarns wound by the knitted flannelette can be conveniently combed to the bottom.

As a further improvement of the invention, the spring diagonal draw bar is of a hollow thick-wall long pipe bar structure with a spring wire wound, and dynamic elasticity, left and right slippage and lifting are stably supported through left and right nodes which are intersected at a left and right oblique fourteen-five-degree angle, so that the device is convenient and efficient.

Advantageous effects

The invention relates to an automatic unloading type cloth packing machine for sliding pin bale press of knitted flannel corners, which is characterized in that a worker puts waste knitted flannel cloth into a square groove shell of a sliding pin bale press square groove and a compression inner chamber in a lining plate frame shell frame, then pulls an electric brake to be communicated with an electric cabinet to distribute power to a distribution cable, folds and presses a hydraulic cylinder through a shear plate to enable a pressing die rectangular plate to be put into a parting sealing frame, a rough surface corrugated plate and a short column block of a three-jaw column block pad are formed to wrap three edges of a plate corner through pressing a cotton core sliding pin brush on a sliding rail rod, two edges at the bottom side form boosting force under elastic deformation to a rubber spring cylinder through pressing, the boosting force is applied to a cotton block of corrugated arc groove cotton through pressing, the cotton block is compressed up and down, deformed and expanded to abut against the arc groove and the waste cloth corners around corner folding pad strips to form the folding effect of random knitted flannel side paths, and then an ear plate column groove clamping sliding rail rod of a ball slide block is rolled and rubbed with small steel balls to be put down through rolling friction, the effect of the central material of the pressure-maintaining knitted velvet is concentrated by buffering and unloading force under the condition of being matched with bearing, then scattered fluff and cotton threads are combed by the corridor suction cavity pipe of the suction cavity brush seat and the fan disc brush block which is pushed down along the trend of the buckling brush hood to form the effect of pressing and pushing the scattered fluff and cotton threads to be combed, the downward displacement distance of the sliding pin brush of the four corner opposite locking cotton cores on the left and right sides of the sliding and pushing alignment block of the X-shaped support seat is pressed on the support base plate after the knitted velvet is flattened, the diagonal tension spring diagonal tension rods are crossed to form the supporting effect of triangle stability, after the cloth is pressed and packed, the material can be pulled out by the side door-opening plate, the compaction precision of the knitted velvet is guaranteed, and the effect of combing, repairing and packing are formed for the residual corner material.

The invention has the following advantages after operation:

the pressing die rectangular plate is matched with the sliding pin wrapping square groove, four corners of the square groove shell are pressed downwards through the pressing die rectangular plate to abut against a cotton core sliding pin brush, a downward sliding effect of wrapping corners of the pressing plate and fully compressing the space is formed, it is guaranteed that cotton threads with loose knitting wool can be pressed against corrugated arc groove cotton wrapping edges and placed downwards, in the sliding process, a sliding rail rod is arranged out, a ball sliding block is matched and moves downwards to form a cavity sucking brush seat for scraping and brushing fine and soft threads in a pushing line, the cotton thread hinging and wall sticking resistant condition is guaranteed, the compactness of the four sides of cloth after packaging is improved, the outsupporting exposure probability of the cotton threads is reduced, the blocking flatness is improved, the hydraulic pressure of a hydraulic cylinder is enabled to be uniform and not to be interfered, the pressing die plate is enabled to abut against a bottom groove and has a wall-sticking sliding spacer protection effect, corner collision is avoided, the tight precision of embedding lifting is guaranteed, and the speed and the quality of automatic discharging and packaging of waste cloth are improved.

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 an automatic discharging type cloth wrapping machine for corner sliding pin cotton wrapping of knitted pile according to the present invention.

FIG. 2 is a schematic cross-sectional view of the sliding pin packing square groove of the present invention.

FIG. 3 is a schematic cross-sectional view of the cotton core sliding pin brush and the X-shaped bracket base in a working state.

Fig. 4 is a schematic perspective structural view of the three-jaw column block pad in a working state.

FIG. 5 is a schematic perspective view of the corrugated arc-grooved cotton according to the present invention in a working state.

FIG. 6 is a schematic view of the ball slider in an overhead state.

FIG. 7 is a schematic perspective view of the brush base with suction chamber in the working state.

Description of reference numerals: hydraulic column casing-1, shear plate-2, distribution cable-3, compression-die rectangular plate-4, lining plate frame-5, electric cabinet-6, sliding pin package square groove-7, cotton core sliding pin brush-7A, square groove shell-7B, sliding rail rod-7C, support pad plate-7D, X type support base-7E, compression inner chamber-7F, parting sealing frame-7G, three-jaw column block pad-7A 1, corrugated arc groove cotton-7A 2, ball slide block-7A 3, suction cavity brush base-7A 4, rough surface corrugated plate-7A 11, short column block-7A 12, rubber spring cylinder-7A 13, arc edge groove-7A 21, angle-resisting folded pad strip-7A 22, cotton block-7A 23, ventilation hole-7A 24, ball-7A 31, small steel ball-7A 32, Ear plate column groove-7A 33, channel suction tube-7A 41, buckle brush hood-7A 42, fan disc brush block-7A 43, slide push alignment block-7E 1, spring diagonal draw bar-7E 2 and hemisphere cap seat-7E 3.

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.

Referring to fig. 1 to 7, the present invention provides an automatic discharging type cloth wrapping machine for wrapping knitted pile corners with sliding pins, which comprises: the hydraulic column casing comprises a hydraulic column casing 1, a shear plate 2, a distribution cable 3, a pressing die rectangular plate 4, a lining plate frame shell frame 5, an electric cabinet 6 and a sliding pin pack square pressing groove 7, wherein the sliding pin pack square pressing groove 7 is in interference fit with the pressing die rectangular plate 4, the sliding pin pack square pressing groove 7 is installed inside the lining plate frame 5, the electric cabinet 6 is tightly attached to the right side of the lining plate frame 5, the electric cabinet 6 is electrically connected with the hydraulic column casing 1 through the distribution cable 3, the hydraulic column casing 1 is mechanically connected with the shear plate 2, the hydraulic column casing 1 is provided with two sliding pin brushes 7A, a square groove shell 7B, a sliding rail 7C, a support pad 7D, X type support seat 7E, a compression inner cavity 7F and a parting seal frame 7G, the sliding rail 7C is provided with four sliding pin brushes 7A and is respectively inserted into four bottom corners of the pressing die rectangular groove shell 7B, the supporting base plate 7D is tightly attached to the top surface of the X-shaped support base 7E, the X-shaped support base 7E is movably connected with the square groove shell 7B, the compression inner chamber 7F and the square groove shell 7B are of an integrated structure, the parting sealing frame 7G is horizontally welded to the top of the square groove shell 7B, the cotton core sliding pin brush 7A is mechanically connected with the sliding rail rod 7C, the square groove shell 7B is installed inside the lining plate frame shell frame 5, and the cotton core sliding pin brush 7A and the pressing die rectangular plate 4 are in interference fit.

Referring to fig. 3, the cotton core sliding pin brush 7A is composed of a three-claw column pad 7A1, a corrugated arc groove cotton 7A2, a ball slider 7A3 and a suction cavity brush holder 7A4, the three-claw column pad 7A1 and the suction cavity brush holder 7A4 are respectively tightly attached to the upper and lower sides of the corrugated arc groove cotton 7A2, the ball slider 7A3 is nested on the left side of the corrugated arc groove cotton 7A2, the corrugated arc groove cotton 7A2 and the suction cavity brush holder 7A4 are collinear in axis, the X-shaped support holder 7E is composed of a sliding push alignment block 7E1, a spring inclined pull rod 7E2 and a hemispherical cap holder 7E3, the sliding push alignment block 7E1 and the hemispherical cap holder 7E3 are respectively mounted at the upper and lower ends of the spring inclined pull rod 7E2, the bottom end of the spring inclined pull rod 7E2 is fastened with the hemispherical cap holder 3, the sliding push alignment block 7E 5 and the hemispherical cap holder 7E 587E 7E 587 are integrally welded with a thick-wall spring inclined pull rod, a wire is a long tube E24, node steadily supports about the dynamic elasticity and slips the lift about through controlling oblique fourteen-five degree angle alternately, convenient high efficiency, through the smooth round pin brush 7A corner slipping of cotton core to the slip push counterpoint piece 7E1 support the interlocking after, the elevating platform of horizontal plane obtains descending subsides to the bottom surface distance and stops, then whole cloth is compressed respectively and is packed into the output of cubic plate high efficiency, reaches the spacing locking effect of opposite vertex angle.

Referring to fig. 4, the three-jaw column pad 7a1 is composed of a rough-surface corrugated plate 7a11, a short column block 7a12 and a rubber spring cylinder 7a13, the rough-surface corrugated plate 7a11 and the short column block 7a12 are tightly attached together, four rubber spring cylinders 7a13 are arranged and are respectively inserted and embedded in the short column block 7a12 and are located on the same horizontal plane, the three-jaw column pad 7a1 is a three-jaw column pad structure with three short columns which are mutually crossed and vertical, the left side and the right side of the three-jaw column pad are directly and short to abut against the bottom corner of the pressing plate, then the vertical short columns rub and press the edge on the bottom corner to form a collision-proof slow friction pressing effect, the rubber spring cylinder 7a13 is buffered, the pressure-boosting effect of sectional node is achieved by the corner pressure-relieving force of the rough-surface corrugated plate 7a11 to the rubber spring cylinder 7a13, and the tight density after cloth packing is ensured.

Referring to fig. 5, the corrugated arc groove cotton 7a2 is composed of an arc edge groove 7a21, a corner-abutting folded gasket strip 7a22, a cotton block 7a23, and an air vent 7a24, the arc edge groove 7a21 and the cotton block 7a23 are integrated, the air vent 7a24 is provided with more than two air vents which are all nested inside the cotton block 7a23, the arc edge groove 7a21 and the corner-abutting folded gasket strip 7a22 are tightly attached together and located on the same vertical curved surface, the corner-abutting folded gasket strip 7a22 is a folded gasket strip structure in which prismatic sheets are welded with each other, so that the lint cotton threads on the side of the knitted lint are pressed on the prismatic sheets to lubricate the upper and lower sides and press the middle inner side to achieve the effect of molding a packaging cloth by the gaps of the side corrugated compressed lint, and the effect of folding and compressing the lint lines to form a flat compressed compact corner line by the arc edge groove 7a21 cooperating with the corner-abutting folded gasket strip 7a 22.

Referring to fig. 6, the ball slider 7A3 is composed of a roller ball 7a31, a small steel ball 7a32, and an ear plate column groove 7a33, the roller ball 7a31 is movably connected with the small steel ball 7a32, the small steel ball 7a32 is in clearance fit with the ear plate column groove 7a33, the roller ball 7a31 is mechanically connected with the ear plate column groove 7a33, the small steel ball 7a32 at the front end of the rolling friction of the rear counterweight through the roller ball 7a31 slides and rolls down, and a lowering pressure inertial fit compression knitted flannelette packing effect of lifting and sliding is formed.

Referring to fig. 7, the suction cavity brush holder 7a4 is composed of a duct suction cavity tube 7a41, a buckle brush cap 7a42 and a fan disc brush block 7a43, the buckle brush cap 7a42 is nested on the top of the fan disc brush block 7a43, the duct suction cavity tube 7a41 vertically penetrates through the buckle brush cap 7a42 and the fan disc brush block 7a43, the axes of the fan disc brush block and the fan disc brush block are collinear, the fan disc brush block 7a43 is a fan-shaped brush body with a narrow upper part and a wide middle part, the middle wide brush block forms slipping brushing on the left and right lower corners of the side edge, thereby facilitating combing the woolen yarns wound by knitting wool cloth to the bottom, the lower fan disc brush block 7a43 is used as a lower short brush to intensively push cotton yarns, and the upper fan disc brush is used for combing and combing the wool yarns in the duct suction cavity tube 7a41 to gather the woolen yarns stacked down, so as to achieve the effect of pushing corners.

The working process is as follows: the working personnel put the knitting wool waste cloth into the square groove shell 7B and the compression inner chamber 7F of the sliding pin wrapping square groove 7 in the liner plate frame shell 5, then the electric brake is pulled to be communicated with the electric cabinet 6 for power distribution and power distribution cables 3, the hydraulic cylinder 1 is folded and pushed through the shear plate 2 to enable the pressing die long square plate 4 to be put down into the parting sealing frame 7G, through the cotton core sliding pin brush 7A on the jacking sliding rail rod 7C, the rough surface corrugated plate 7A11 and the short cylinder 7A12 of the three-jaw cylinder pad 7A1 are formed to wrap three edges of the plate corner, the two edges at the bottom side are used for pressurizing the rubber spring cylinder 7A13 to form boosting force under elastic deformation to pass through the cotton block 7A23 of the corrugated arc groove cotton 7A2, the cotton block 7A23 is compressed up and down, left and right deformation expansion is used for propping against the waste cloth corner around the corrugated arc groove 7A21 and the propping corner folding pad strip 7A22 through the cotton core sliding pin brush 7A23, the cotton block 7A 635 of the rolling plate 7A31, the random knitting wool folding groove 7A 7B, then the ball rolling rod of the rolling block 7A 367A 31 is formed by pressurizing force, the random folding rail side knitting wool folding groove 7A 7B 7A 636, and the ball rolling rod 7A 7C rolling bar Rolling friction is dropped downwards in a sliding mode, the effect of buffering and unloading force under load is matched to concentrate pressure maintaining of materials in the center of the knitted velvet, then scattered fluff and cotton threads are combed through a channel suction cavity tube 7A41 of a suction cavity brush seat 7A4 and a buckling brush hood 7A42 pushing down a fan disc brush block 7A43 in a following mode, the effect of pressing and pushing the scattered fluff and the cotton threads to conduct bundle barrel combing is formed, the effect of pressing and pushing the scattered fluff to conduct bundle barrel combing is guaranteed, the fact that the knitted velvet is pressed to a sliding and pushing aligning block 7E1 of an X-shaped support seat 7E after being flattened is guaranteed, the fact that the distance between the left corner side and the right corner side of a sliding and locking cotton core sliding pin brush 7A is displaced downwards is guaranteed, a supporting effect of triangular stability is formed by diagonal tension spring diagonal tension bars 7E2, after pressing down and packing materials are completed, materials can be pulled out by a door opening plate with precision, tightening of the knitted velvet is guaranteed, and the effect of combing, repairing and packing is also formed by the incomplete side corner materials.

The invention achieves the aim of applying the pressing die rectangular plate 4 to be matched with the sliding pin wrapping square groove 7, pressing four corners of the square groove shell 7B to abut against the cotton core sliding pin brush 7A through the pressing die rectangular plate 4 to form the gliding effect of fully compressing the space while wrapping the corners of the pressing plate, ensuring that the cotton threads with loose knitting wool can be laid down along the corrugated arc groove cotton 7A2, in the sliding process, the sliding rail rod 7C is padded out to cooperate with the ball sliding block 7A3 to move down to form the suction cavity brush seat 7A4 for pushing the internal pressure of the threads to shave the effect of fine soft miscellaneous threads, ensuring the situation of preventing the cotton threads from being hinged and adhered to the wall, improving the compactness of the four sides of the packed cloth, reducing the probability of external bracing and exposure of the wool, improving the block flatness, ensuring that the lifting hydraulic pressure of the hydraulic cylinder 1 is uniformly not interfered, ensuring that the pressing square plate abuts against the bottom groove to have the sliding spacer protection effect, avoiding the corner collision and ensuring the tight embedding lifting precision, the speed and the quality of automatic discharging and packaging of waste cloth are improved, the problems that fluff silk threads of knitted velvet are soft and easy to generate static electricity to attach to foreign objects, drawing inner fluff is continuously expanded, the knitted velvet cloth is loosened, included angles of four sides of a groove of a packaging machine are hooked by the broken threads, the fluff sticking wall is embedded into a slot joint, the residual thread residue phenomenon is caused, when a compression plate is pushed down by a hydraulic rod, the four corners of the plate are compressed, the fluff is lifted up, a top rack is wound, the frame clamping shell draws the fluff, manual cleaning of the fine and soft fluff of a machine table is consumed, silver silk threads which are difficult to find by naked eyes are hinged into a hydraulic column to block the hydraulic rod, the blockage situation of movable gap fillers is caused, and the pressure of the packaging machine table is insufficient to influence the compression quality of the cloth are solved.

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

1. The utility model provides an automatic discharge type cloth baling press that smooth round pin cotton bale of knitted fine hair corner pressed, its structure includes: hydraulic column section of thick bamboo (1), shear plate (2), distribution cable (3), moulding-die rectangular board (4), welt frame shell frame (5), electric cabinet (6), sliding pin package pressure square groove (7), its characterized in that:

the sliding pin package square pressing groove (7) is matched with the pressing die rectangular plate (4), the sliding pin package square pressing groove (7) is installed inside the liner frame shell frame (5), the electric control box (6) is tightly attached to the right side of the liner frame shell frame (5), the electric control box (6) is electrically connected with the hydraulic column tube (1) through a distribution cable (3), the hydraulic column tube (1) is mechanically connected with the shear plate (2), and two hydraulic column tubes (1) are arranged and are inserted and embedded on the top surface of the pressing die rectangular plate (4);

the sliding pin wrapping and pressing square groove (7) is provided with a cotton core sliding pin brush (7A), a square groove shell (7B), a sliding rail rod (7C), a support base plate (7D), an X-shaped bracket base (7E), a compression inner chamber (7F) and a parting sealing frame (7G);

the cotton core slide pin brush is characterized in that the four slide rail rods (7C) are arranged and are respectively inserted and embedded on four bottom corners of the square groove shell (7B), the support base plate (7D) is tightly attached to the top surface of the X-shaped support base (7E), the X-shaped support base (7E) is movably connected with the square groove shell (7B), the compression inner chamber (7F) and the square groove shell (7B) are of an integral structure, the parting sealing frame (7G) is horizontally welded on the top of the square groove shell (7B), the cotton core slide pin brush (7A) is mechanically connected with the slide rail rods (7C), the square groove shell (7B) is installed inside the lining plate frame shell (5), and the cotton core slide pin brush (7A) is matched with the pressing die long square plate (4);

cotton core sliding pin brush (7A) comprises three-jaw column piece pad (7A 1), ripple arc groove cotton (7A 2), ball slider (7A 3), inhale chamber brush holder (7A 4), three-jaw column piece pad (7A 1) and inhale chamber brush holder (7A 4) and hug closely respectively in the upper and lower both sides of ripple arc groove cotton (7A 2), ball slider (7A 3) nests in the left side of ripple arc groove cotton (7A 2).

2. The automatic discharge type cloth wrapping machine of knitted pile corner sliding pin cotton bale press according to claim 1, characterized in that: the three-jaw column block pad (7A 1) comprises rough surface corrugated plates (7A 11), short column blocks (7A 12) and rubber spring cylinders (7A 13), wherein the rough surface corrugated plates (7A 11) are tightly attached to the short column blocks (7A 12), and the rubber spring cylinders (7A 13) are four and are respectively inserted into the short column blocks (7A 12).

3. The automatic discharge type cloth wrapping machine of knitted pile corner sliding pin cotton bale press according to claim 1, characterized in that: ripple arc groove cotton (7A 2) comprises arc edge groove (7A 21), support angle book filler strip (7A 22), cotton piece (7A 23), bleeder vent (7A 24), arc edge groove (7A 21) and cotton piece (7A 23) structure as an organic whole, bleeder vent (7A 24) are equipped with more than two and all nest in the inside of cotton piece (7A 23), arc edge groove (7A 21) hug closely together with support angle book filler strip (7A 22).

4. The automatic discharge type cloth wrapping machine of knitted pile corner sliding pin cotton bale press according to claim 1, characterized in that: ball slider (7A 3) comprises roller pearl (7A 31), small steel ball (7A 32), otic placode cylindricality groove (7A 33), roller pearl (7A 31) and small steel ball (7A 32) swing joint, small steel ball (7A 32) cooperatees with otic placode cylindricality groove (7A 33), roller pearl (7A 31) and otic placode cylindricality groove (7A 33) mechanical connection.

5. The automatic discharge type cloth wrapping machine of knitted pile corner sliding pin cotton bale press according to claim 1, characterized in that: the suction cavity brush seat (7A 4) consists of a channel suction cavity tube (7A 41), a buckling brush hood (7A 42) and a fan disc brush block (7A 43), the buckling brush hood (7A 42) is nested on the top of the fan disc brush block (7A 43), and the channel suction cavity tube (7A 41) vertically penetrates through the buckling brush hood (7A 42) and the fan disc brush block (7A 43).

6. The automatic discharge type cloth wrapping machine of knitted pile corner sliding pin cotton bale press according to claim 3, characterized in that: x type support frame seat (7E) is by sliding to push off counterpoint piece (7E 1), spring to one side draw bar (7E 2), hemisphere cap holder (7E 3) and constitute, slide to push off counterpoint piece (7E 1) and hemisphere cap holder (7E 3) and install respectively in the upper and lower both ends of spring to one side draw bar (7E 2), the bottom and hemisphere cap holder (7E 3) the lock of spring to one side draw bar (7E 2) are in the same place, slide to push off counterpoint piece (7E 1) and spring to one side draw bar (7E 2) weld an organic whole, three claw column piece pad (7A 1) are three short column intercrossing vertically three claw column pad structures, it rolls over the broken gasket strip structure that angle strip (7A 22) are prismatic sheet mutual welded to lean on.