CN109082766A - A kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position - Google Patents
A kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position Download PDFInfo
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- CN109082766A CN109082766A CN201811268503.1A CN201811268503A CN109082766A CN 109082766 A CN109082766 A CN 109082766A CN 201811268503 A CN201811268503 A CN 201811268503A CN 109082766 A CN109082766 A CN 109082766A
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- Prior art keywords
- shaft
- wall
- controllable
- platform
- self
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Classifications
-
- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B15/00—Details of, or auxiliary devices incorporated in, weft knitting machines, restricted to machines of this kind
- D04B15/94—Driving-gear not otherwise provided for
-
- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B27/00—Details of, or auxiliary devices incorporated in, warp knitting machines, restricted to machines of this kind
- D04B27/34—Take-up or draw-off devices for knitted products
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C15/00—Calendering, pressing, ironing, glossing or glazing textile fabrics
Abstract
The present invention relates to a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position, including pedestal, strut and the second shaft, platform is distributed in the outside both ends of the pedestal, and organism is installed at the top of platform, it and is welding between platform and body, the lower end inner wall of the body is equipped with fixed column, the strut is set to the upper end two sides of body, it and is welding between strut and body, second shaft and is connected with screw rod on the inside of the second shaft through the middle inside of strut.The present invention passes through the setting of pedestal, platform and body, it is weldedization structure between pedestal, platform and body three, and horizontal placement between pedestal and platform, pedestal, platform and body three are all made of stainless steel material and are made, with good rigidity, it is less likely to occur the case where fracture is collapsed, while whole device horizontal placement in use in use, guarantees that whole device is in run under normal condition at work.
Description
Technical field
The present invention relates to high-speed numeric control Knitting Machinery equipment technology fields, specially a kind of to have self-lubricating structure blanking position
Set controllable high-speed numeric control Knitting Machinery.
Background technique
Loom is that various raw materials and the yarn of kind are constituted coil using knitting needle, is connecting into knitted fabric by string set
Technical process, knitted fabric quality is soft, there is good wrinkle resistance and gas permeability, and has biggish extensibility and elasticity, and dress is relaxed
Suitable, knitting product is in addition to for clothes and decoration, it may also be used for agricultural and the fields such as health care and national defence had been knitted
It needs doffer to guide the material after knitting in journey, smooths, subsequent user is facilitated to carry out knitted articles
It collects.
Existing high-speed numeric control Knitting Machinery blanking device multi-pass in use is crossed air hose and is collected to physics, is collecting
Middle knitting material needs subsequent user to smooth knitting material, makes troubles to user, while it can also happen that object
Material stops air hose, resistance material situation occurs, and can only convey in use to same type knitted articles, brings to user
Trouble.
Summary of the invention
The purpose of the present invention is to provide a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position,
Air hose pair is crossed to solve existing high-speed numeric control Knitting Machinery blanking device multi-pass in use mentioned above in the background art
Physics is collected, and material is knitted in collection, subsequent user is needed to smooth knitting material, bring fiber crops to user
It is tired, while it can also happen that material stops air hose, there is resistance material situation, and in use can only to same type knitted articles into
Row conveying, the problem of making troubles to user.
To achieve the above object, the invention provides the following technical scheme: a kind of have self-lubricating structure blanking position controllable
High-speed numeric control Knitting Machinery, including pedestal, strut and the second shaft, platform is distributed in the outside both ends of the pedestal, and props up
Organism is installed at the top of platform, and is welding between platform and body, and the lower end inner wall of the body is equipped with fixed column, institute
The upper end two sides that strut is set to body are stated, and are welding between strut and body, second shaft is through in strut
Middle side part, and screw rod is connected on the inside of the second shaft, is equipped with nut on the right side of the outer wall of the screw rod, and nut and screw rod it
Between be inlaid with to be threadedly coupled, on the right side of the nut and draw material baffle.
Preferably, be weldedization structure between the pedestal, platform and body three, and pedestal and platform it
Between horizontal placement.
Preferably, the inside both ends of the body, which are run through, first rotating shaft, and the innermost insert of first rotating shaft has ring flange,
Material transfer table top is connected on the inside of the ring flange, the material transfer table top is obliquely distributed in the interior of body by first rotating shaft
Side, and the equidistant both ends for being evenly distributed on material transfer table top of first rotating shaft.
Preferably, it is fixed with mounting plate in the middle part of the inner wall of the body, and is provided with hydraulic stem at the top of mounting plate, it is described
It is connected with hydraulic oil connecting pipe in the middle part of the lower end of hydraulic stem, the outside right end of the hydraulic stem is equipped with connecting rod, and connecting rod
Lower end is inlaid with sliding block, and is welding between sliding block and connecting rod, and the inner wall two sides of the sliding block are fixed with sliding rail, the connecting rod
It is slided up and down by hydraulic stem along the outer wall two sides of sliding rail, and connecting rod is provided with 4.
Preferably, the material baffle that draws is fastenedly connected by nut and the second shaft composition, and draws material baffle along second turn
The central axes of axis are symmetrical.
Preferably, pivoted arm is connected at the top of the connecting rod, the top of the pivoted arm is fixed with top cover, and the top cover passes through
Pivoted arm and connecting rod and hydraulic stem constitute rotational structure, and the rotating range of top cover matches with the tilt angle of material transfer table top.
Preferably, it is provided with servo motor at the top of the top cover, and is welding between servo motor and top cover, it is described to watch
The middle part front end for taking motor is connected with belt pulley, and is equipped with belt, the left side outer wall of the belt on the left of the outer wall of belt pulley
Flywheel is distributed with, and the middle inside of flywheel is inlaid with transmission shaft, the outside surrounding of the flywheel is fixed with protecting cover, the protecting cover
Surrounding along flywheel and servo motor is uniformly distributed, and servo motor constitutes drive mechanism by belt and flywheel.
Preferably, the rear end outer wall surrounding of the transmission shaft has transmission gear, and the two sides of transmission gear are provided with connection
Gear, the third shaft constitute drive mechanism, and connection gear and transmission by connection gear and transmission gear and transmission shaft
The equidistant inner wall for being evenly distributed on top cover of gear.
Preferably, the middle inside of the connection gear, which runs through, third shaft, and connection in the middle part of the outer wall of third shaft
There is pressing roller, baffle is distributed in the outside both ends of the pressing roller, and the pressing roller is provided with 7, and 3, the left side of pressing roller
The inclined convex distribution of outer wall, and 4, the right side of pressing roller is distributed in lateral projection shape.
Compared with prior art, beneficial effects of the present invention are as follows:
1, the present invention passes through the setting of pedestal, platform and body, is weldedization between pedestal, platform and body three
Structure, and horizontal placement between pedestal and platform, pedestal, platform and body three are all made of stainless steel material and are made, tool
There is good rigidity, be less likely to occur in use fracture the case where collapsing, while whole device is horizontal in use puts
It sets, guarantees that whole device is in run under normal condition at work.
2, the setting that the present invention passes through the second shaft, draws material baffle and nut draws material baffle and passes through nut and the second shaft
Composition is fastenedly connected, and is drawn and expected that baffle is symmetrical along the central axes of the second shaft, when user's needs are carried out to material baffle is drawn
When adjustment, user can by rotary nut outward, adjust pine draw material baffle both ends clamping dynamics, while user according to
The use demand of oneself rotates the material baffle that draws at both ends to two sides, and after adjustment is suitable, user rotates inward nut, nut
Clamping is fixed to material baffle is drawn.
3, the present invention passes through the setting of body, first rotating shaft, material transfer table top and ring flange, and the inside both ends of body, which are run through, to be had
First rotating shaft, and the innermost insert of first rotating shaft has ring flange, and material transfer table top, the material transfer are connected on the inside of the ring flange
Table top passes through the inside that is obliquely distributed in of first rotating shaft, and first rotating shaft is equidistant is evenly distributed on the two of material transfer table top
End, when be knitted material from draw material baffle under fall into material transfer table top when, material transfer table top is oblique, can guarantee material smoothly from
Upper end slides to lower end, convenient for users to being collapsed to knitting material, while support knot of the first rotating shaft as material transfer table top
Structure can effectively ensure that entire material transfer table top integrally-built stability in use, reduces and occurs damage of collapsing in use
The case where.
4, the present invention passes through the setting of hydraulic stem, connecting rod, pivoted arm, top cover and material transfer table top, is connected with and turns at the top of connecting rod
Arm, the top of the pivoted arm are fixed with top cover, and the top cover constitutes rotational structure, and top cover by pivoted arm and connecting rod and hydraulic stem
Rotating range match with the tilt angle of material transfer table top, when user needs top cover to move down, user controls left
Side hydraulic stem moves down, and when left side, hydraulic stem is moved to suitable position, and the pressing roller on the left of top cover is mutual with material transfer table top fastly
When fitting, the hydraulic stem that user controls right side is moved down, and sliding block is moved down along the outer wall of sliding rail, connecting rod and hydraulic stem with
Pivoted arm rotates to the right, and facilitates and subsequent transmits to knitted article.
5, the present invention passes through the setting of third shaft, pressing roller, connection gear and baffle, and the middle inside of connection gear is passed through
It is installed with third shaft, and is connected with pressing roller in the middle part of the outer wall of third shaft, baffle is distributed in the outside both ends of the pressing roller,
The pressing roller is provided with 7, and the inclined convex distribution of 3, the left side of pressing roller outer wall, and 4, the right side of pressing roller
It is distributed in lateral projection shape, when knitted fabric is flowed into from lower end on the left of pressing roller, knitted fabric flows into the pressing roller pair of angled protrusions shape
Knitted fabric pull to two sides (since knitted fabric is just made, while some knitting harness have certain elasticity, knitted fabric be in
Inside close up shape distribution), knitted fabric flows on the right side of pressing roller, and the pressing roller of lateral projection shape smooths knitted fabric, guarantees knitted fabric
In placing under a normal condition, convenient for users to being collected to knitted fabric, reduce what subsequent user pullled knitted fabric
Process.
Detailed description of the invention
Fig. 1 is a kind of side structure of the high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position of the present invention
Schematic diagram；
Fig. 2 is that a kind of top cover of the high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position of the present invention is looked up
Structural schematic diagram；
Fig. 3 is that a kind of body of the high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position of the present invention is faced
Structural schematic diagram；
Fig. 4 is a kind of body side of the high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position of the present invention
Schematic diagram of internal structure；
Fig. 5 is a kind of top cover inclination of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position of the present invention
With material transfer table top bonding structure schematic diagram.
In figure: 1, pedestal；2, platform；3, body；4, first rotating shaft；5, sliding rail；6, sliding block；7, strut；8, the second shaft；
9, draw material baffle；10, mounting plate；11, hydraulic stem；12, connecting rod；13, pivoted arm；14, top cover；15, third shaft；16, pressing roller；
17, servo motor；18, belt pulley；19, belt；20, flywheel；21, protecting cover；22, hydraulic oil connecting pipe；23, transmission shaft；24,
Transmission gear；25, connection gear；26, baffle；27, fixed column；28, material transfer table top；29, ring flange；30, screw rod；31, nut.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-5 is please referred to, the present invention provides a kind of technical solution: a kind of height controllable with self-lubricating structure blanking position
Fast numerical control Knitting Machinery, including pedestal 1, platform 2, body 3, first rotating shaft 4, sliding rail 5, sliding block 6, strut 7, the second shaft 8, draw
Expect baffle 9, mounting plate 10, hydraulic stem 11, connecting rod 12, pivoted arm 13, top cover 14, third shaft 15, pressing roller 16, servo motor
17, belt pulley 18, belt 19, flywheel 20, protecting cover 21, hydraulic oil connecting pipe 22, transmission shaft 23, transmission gear 24, tooth connection
Wheel 25, baffle 26, fixed column 27, material transfer table top 28, ring flange 29, screw rod 30 and nut 31, the outside both ends of pedestal 1 are distributed with
Platform 2, and organism 3 is installed at the top of platform 2, and is welding, pedestal 1, platform 2 and body 3 between platform 2 and body 3
It is weldedization structure between three, and horizontal placement between pedestal 1 and platform 2, pedestal 1, platform 2 and body 3 three
Person is all made of stainless steel material and is made, and has good rigidity, is less likely to occur the case where fracture is collapsed in use, while whole
The horizontal placement in use of a device guarantees that whole device is in run under normal condition at work, in the lower end of body 3
Wall is equipped with fixed column 27, and strut 7 is set to the upper end two sides of body 3, and is welding, the second shaft between strut 7 and body 3
8 through strut 7 middle inside, and the inside of the second shaft 8 is connected with screw rod 30, is equipped with spiral shell on the right side of the outer wall of screw rod 30
Cap 31, and to be threadedly coupled between nut 31 and screw rod 30, the right side of nut 31, which is inlaid with, draws material baffle 9, draws material baffle 9 and passes through
Nut 31 is fastenedly connected with the second shaft 8 composition, and is drawn and expected that baffle 9 is symmetrical along the central axes of the second shaft 8, and user is worked as
It needs to when drawing material baffle 9 and being adjusted, user can adjust pine to draw material baffle 9 both ends by rotary nut 31 outward
Clamping dynamics, while user rotates the material baffle 9 that draws at both ends to two sides according to the use demand of oneself, when adjustment is suitable
Afterwards, user rotates inward nut 31, and clamping is fixed to material baffle 9 is drawn in nut 31；
The inside both ends of body 3, which are run through, first rotating shaft 4, and the innermost insert of first rotating shaft 4 has ring flange 29, ring flange
29 inside is connected with material transfer table top 28, and material transfer table top 28 is obliquely distributed in the inside of body 3 by first rotating shaft 4, and
The equidistant both ends for being evenly distributed on material transfer table top 28 of first rotating shaft 4, when knitting material from draw material baffle 9 under fall into material transfer table top
When in 28, material transfer table top 28 is oblique, can guarantee that material smoothly slides from upper end to lower end, convenient for users to knitted fabric
Material is collapsed, while support construction of the first rotating shaft 4 as material transfer table top 28, can effectively ensure that entire material transfer table top 28 exists
Integrally-built stability in use reduces in use the case where occurring collapsing damage, is fixed with peace in the middle part of the inner wall of body 3
Loading board 10, and the top of mounting plate 10 is provided with hydraulic stem 11, is connected with hydraulic oil connecting pipe in the middle part of the lower end of hydraulic stem 11
22, the outside right end of hydraulic stem 11 is equipped with connecting rod 12, and the lower end of connecting rod 12 is inlaid with sliding block 6, and sliding block 6 and connecting rod 12
Between for welding, the inner wall two sides of sliding block 6 are fixed with sliding rail 5, and connecting rod 12 is by hydraulic stem 11 above and below the outer wall two sides of sliding rail 5
Sliding, and connecting rod 12 is provided with 4, when user needs connecting rod 12 to move down, user can pass through 12 two sides of connecting rod
Hydraulic stem 11 lifting drive connecting rod 12 move down, when user open hydraulic cylinder when, will be hydraulic by air compressor
Oil flows into hydraulic stem 11 from hydraulic oil connecting pipe 22, and hydraulic stem 11 moves up, and hydraulic stem 11 drives top cover 14 to moving up
Dynamic, top cover 14 drives the sliding block 6 of 12 lower end of connecting rod laterally moved along 5 outer wall two of sliding rail, which is the prior art, therefore
It is not described in detail, when sliding block 6 is moved to suitable position, user can be by tightening the screws of 6 two sides of sliding block, to sliding block 6
It is fixed between sliding rail 5, guarantees that connecting rod 12 plays good supporting role；
The top of connecting rod 12 is connected with pivoted arm 13, and the top of pivoted arm 13 is fixed with top cover 14, top cover 14 by pivoted arm 13 with
Connecting rod 12 and hydraulic stem 11 constitute rotational structure, and the rotating range of top cover 14 matches with the tilt angle of material transfer table top 28,
When user needs top cover 14 to move down, user controls left side hydraulic stem 11 and moves down, when left side hydraulic stem 11 moves
It moves to suitable position, when the pressing roller 16 in 14 left side of top cover is bonded to each other with material transfer table top 28 fastly, user controls the liquid on right side
Compression bar 11 moves down, and sliding block 6 is moved down along the outer wall of sliding rail 5, and connecting rod 12 and hydraulic stem 11 are rotated to the right with pivoted arm 13, side
Continue after an action of the bowels and knitted article is transmitted；
The top of top cover 14 is provided with servo motor 17, and is welding, servo motor between servo motor 17 and top cover 14
17 middle part front end is connected with belt pulley 18, and is equipped with belt 19, the left side outer wall of belt 19 on the left of the outer wall of belt pulley 18
Flywheel 20 is distributed with, and the middle inside of flywheel 20 is inlaid with transmission shaft 23, the outside surrounding of flywheel 20 is fixed with protecting cover 21, shield
Lid 21 is uniformly distributed along flywheel 20 and the surrounding of servo motor 17, and servo motor 17 is made up of belt 19 and flywheel 20 and is driven
Structure, user open servo motor 17, and servo motor 17 drives belt pulley 18 to rotate, and belt pulley 18 drives belt 19 to rotate,
Belt 19 drives flywheel 20 to rotate, and flywheel 20 drives transmission shaft 23 to rotate, power of the servo motor 17 as entire conveying structure
Source does not need user's hand feeding, user-friendly, while protecting cover 21 plays good protective action, effectively anti-
Only occur worker's hand in use to be put into transmission mechanism, and be also prevented from some sundries in workshop and flow into transmission mechanism,
Biggish security risk is caused, the rear end outer wall surrounding of transmission shaft 23 has transmission gear 24, and the two sides setting of transmission gear 24
There is connection gear 25, third shaft 15 constitutes drive mechanism by connection gear 25 and transmission gear 24 and transmission shaft 23, and even
Gear 25 and the equidistant inner wall for being evenly distributed on top cover 14 of transmission gear 24 are connect, connection gear 25 plays good with transmission gear 24
Good transmission effect, when more third shafts 15 rotate, entire third shaft 15 is in equidirectional rotation, and revolving speed is identical,
Guarantee that the knitted fabric flowed into pressing roller 16 in gentle shape flowing is run, prevents in use due to revolving speed difference, to knitted fabric
It carries out；It pulls, knitted fabric is caused to damage；
The middle inside of connection gear 25, which runs through, third shaft 15, and is connected with compression in the middle part of the outer wall of third shaft 15
Baffle 26 is distributed in roller 16, the outside both ends of pressing roller 16, and pressing roller 16 is provided with 7, and 3, the left side of pressing roller 16 outer wall
Inclined convex distribution, and 4, the right side of pressing roller 16 is distributed in lateral projection shape, when knitted fabric is on the left of pressing roller 16
Lower end flows into, and the pressing roller 16 that knitted fabric flows into angled protrusions shape pulls since knitted fabric has just been made knitted fabric to two sides,
Some knitting harness have certain elasticity simultaneously, and knitted fabric flows into 16 right side of pressing roller in shape distribution, knitted fabric is inwardly closed up,
The pressing roller 16 of lateral projection shape smooths knitted fabric, guarantees knitted fabric in placing under a normal condition, convenient for users to right
Knitted fabric is collected, and reduces the process that subsequent user pulls knitted fabric.
The working principle of the present embodiment: the high-speed numeric control Knitting Machinery for having self-lubricating structure blanking position controllable,
First pass through rotary nut 31 outward when use, pine adjusted to draw the clamping dynamics at material 9 both ends of baffle, at the same user according to oneself
Use demand rotates the material baffle 9 that draws at both ends to two sides, and after adjustment is suitable, user rotates inward nut 31, nut 31
Clamping is fixed to material baffle 9 is drawn, user controls left side hydraulic stem 11 and moves down at this time, when user opens hydraulic cylinder
When, hydraulic oil is back in hydraulic oil connecting pipe 22 from hydraulic stem 11 by air compressor, hydraulic stem 11 moves down,
Hydraulic stem 11 drives top cover 14 to move down, and top cover 14 drives the sliding block 6 of 12 lower end of connecting rod along 5 outer wall two sides of sliding rail to moving down
Dynamic, which is the prior art, therefore is not described in detail, and when sliding block 6 is moved to suitable position, user can be by twisting
The screw of tight 6 two sides of sliding block, is fixed between sliding block 6 and sliding rail 5, guarantees that connecting rod 12 plays good supporting role, when
Left side hydraulic stem 11 is moved to suitable position and uses when the pressing roller 16 in 14 left side of top cover is bonded to each other with material transfer table top 28 fastly
The hydraulic stem 11 that person controls right side moves down, and sliding block 6 is moved down along the outer wall of sliding rail 5, connecting rod 12 and hydraulic stem 11 with turn
Arm 13 rotates to the right, so that material transfer table top 28 and top cover 14 are distributed in parallel shape, when knitted fabric flows into material transfer platform from material baffle 9 is drawn
In face 28, user opens servo motor 17, and servo motor 17 drives belt pulley 18 to rotate, and belt pulley 18 drives 19 turns of belt
Dynamic, belt 19 drives flywheel 20 to rotate, and flywheel 20 drives transmission shaft 23 to rotate, and connection gear 25 and transmission gear 24 play well
Transmission effect, when more third shafts 15 rotate, entire third shaft 15 is in equidirectional rotation, and revolving speed is identical, is protected
The knitted fabric that card flows into pressing roller 16 flows into 16 pairs of pressing roller knittings of angled protrusions shape in gentle shape flowing, knitted fabric is run
Object is pullled to two sides, and knitted fabric flows into 16 right side of pressing roller, and the pressing roller 16 of lateral projection shape smooths knitted fabric, guarantees knitting
Object is in place under a normal condition, convenient for users to being collected to knitted fabric, reduces subsequent user and pulls knitted fabric
Process, finally after conveying, by hydraulic stem 11, hydraulic stem 11 moves up user, and hydraulic stem 11 drives top cover
14 move up, and top cover 14 drives the sliding block 6 of 12 lower end of connecting rod laterally moved along 5 outer wall two of sliding rail, when sliding block 6 is moved to conjunction
When right position is set, top cover 14 and body 3 are distributed in parallel shape.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.
Claims (9)
1. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position, including pedestal (1), strut (7) and
Second shaft (8), it is characterised in that: the outside both ends of the pedestal (1) are distributed with platform (2), and the top installation of platform (2)
Organism (3), and be welding between platform (2) and body (3), the lower end inner wall of the body (3) is equipped with fixed column
(27), the strut (7) is set to the upper end two sides of body (3), and is welding between strut (7) and body (3), and described second
Shaft (8) and is connected with screw rod (30) through the middle inside of strut (7) on the inside of the second shaft (8), the screw rod (30)
Outer wall on the right side of be equipped with nut (31), and between nut (31) and screw rod (30) be threadedly coupled, the right side of the nut (31)
Side, which is inlaid with, draws material baffle (9).
2. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 1,
It is characterized in that: being weldedization structure between the pedestal (1), platform (2) and body (3) three, and pedestal (1) and platform
(2) horizontal placement between.
3. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 1,
Be characterized in that: the inside both ends of the body (3), which are run through, to be had first rotating shaft (4), and the innermost insert of first rotating shaft (4) has flange
Disk (29) is connected with material transfer table top (28) on the inside of the ring flange (29), and the material transfer table top (28) passes through first rotating shaft (4)
Obliquely it is distributed in the inside of body (3), and the equidistant both ends for being evenly distributed on material transfer table top (28) of first rotating shaft (4).
4. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 1,
It is characterized in that: being fixed with mounting plate (10) in the middle part of the inner wall of the body (3), and be provided with hydraulic stem at the top of mounting plate (10)
(11), it is connected with hydraulic oil connecting pipe (22) in the middle part of the lower end of the hydraulic stem (11), the outside of the hydraulic stem (11) is right
End is equipped with connecting rod (12), and the lower end of connecting rod (12) is inlaid with sliding block (6), and is weldering between sliding block (6) and connecting rod (12)
It connects, the inner wall two sides of the sliding block (6) are fixed with sliding rail (5), and the connecting rod (12) is by hydraulic stem (11) along the outer of sliding rail (5)
Wall two sides slide up and down, and connecting rod (12) is provided with 4.
5. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 1,
Be characterized in that: material baffle (9) that draws is fastenedly connected by nut (31) and the second shaft (8) composition, and draws material baffle (9) edge
The central axes of second shaft (8) are symmetrical.
6. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 4,
It is characterized in that: being connected with pivoted arm (13) at the top of the connecting rod (12), the top of the pivoted arm (13) is fixed with top cover (14), institute
It states top cover (14) and rotational structure, and the rotating range of top cover (14) is constituted by pivoted arm (13) and connecting rod (12) and hydraulic stem (11)
It matches with the tilt angle of material transfer table top (28).
7. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 6,
It is characterized in that: being provided with servo motor (17) at the top of the top cover (14), and be between servo motor (17) and top cover (14)
Welding, the middle part front end of the servo motor (17) are connected with belt pulley (18), and are equipped on the left of the outer wall of belt pulley (18)
The left side outer wall of belt (19), the belt (19) is distributed with flywheel (20), and the middle inside of flywheel (20) is inlaid with transmission
The outside surrounding of axis (23), the flywheel (20) is fixed with protecting cover (21), and the protecting cover (21) is along flywheel (20) and servo motor
(17) surrounding is uniformly distributed, and servo motor (17) constitutes drive mechanism by belt (19) and flywheel (20).
8. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 7,
Be characterized in that: the rear end outer wall surrounding of the transmission shaft (23) has transmission gear (24), and the two sides setting of transmission gear (24)
Have connection gear (25), the third shaft (15) is made up of connection gear (25) and transmission gear (24) and transmission shaft (23)
Drive mechanism, and connection gear (25) and transmission gear (24) equidistant inner wall for being evenly distributed on top cover (14).
9. a kind of high-speed numeric control Knitting Machinery controllable with self-lubricating structure blanking position according to claim 8,
Be characterized in that: the middle inside of the connection gear (25), which runs through, to be had third shaft (15), and in the outer wall of third shaft (15)
Portion is connected with pressing roller (16), and the outside both ends of the pressing roller (16) are distributed with baffle (26), pressing roller (16) setting
There are 7, and the inclined convex distribution of 3, the left side of pressing roller (16) outer wall, and 4, the right side of pressing roller (16) is in laterally
Convex distribution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811268503.1A CN109082766B (en) | 2018-10-29 | 2018-10-29 | High-speed numerical control knitting machine with self-lubricating structure and controllable blanking position |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111394873A (en) * | 2020-03-18 | 2020-07-10 | 桐乡市衣涟皮草有限公司 | Intelligent numerical control knitting machine with self-lubricating structure function |
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| JPH0827651A (en) * | 1994-07-12 | 1996-01-30 | Yoshitaka Kitagawa | Inspection device for product from industrial knitting machine and collection of the product using the device |
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| CN111394873A (en) * | 2020-03-18 | 2020-07-10 | 桐乡市衣涟皮草有限公司 | Intelligent numerical control knitting machine with self-lubricating structure function |
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| CN109082766B (en) | 2020-04-07 |
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