CN104250868B - A kind of silk covering machine - Google Patents
A kind of silk covering machine Download PDFInfo
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- CN104250868B CN104250868B CN201410445240.2A CN201410445240A CN104250868B CN 104250868 B CN104250868 B CN 104250868B CN 201410445240 A CN201410445240 A CN 201410445240A CN 104250868 B CN104250868 B CN 104250868B
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Abstract
The invention provides a kind of silk covering machine, belong to mechanical equipment technical field. it solve existing waste silk and need to carry out manually clearing and retrieving, inefficient problem. this silk covering machine, including frame, frame is fixedly connected below waste silk dish, frame is connected to Mobile base, Mobile base is rotatably connected to recovery tube, recovery tube lateral wall offers some suction holes, and this recovery tube is connected with air pump, frame is provided with driving mechanism, frame is additionally provided with material removing mechanism, frame one end end face oil storage tank and oil-recovery tank have also been respectively fixedly connected with, oil storage tank bottom surface offers some oil dripping holes, capping plate is vertically slidably connected in oil storage tank, it is provided with tensioner between capping plate and oil storage tank, frame is provided with actuating unit, oil-recovery tank is connected with oil storage tank, oil return pipe is provided with booster pump. waste silk can be carried out centralized recovery by this silk covering machine automatically, and automaticity is high.
Description
Technical field
The invention belongs to mechanical equipment technical field, relate to a kind of silk covering machine.
Background technology
Cladding wire is also known as fasciated yarn, it it is the yarn of a kind of new structure, it is with long filament or chopped fiber for yarn core, outsourcing another kind long filament or chopped fiber sliver, heart yarn is coated with by outsourcing yarn in a screw fashion, there is bar dry uniformly, bulk plentiful, yarn is smooth and filoplume is few, powerful high, the advantage of little breakage, cladding wire is used for the knitted fabric that requirement is high-elastic, part is for woven fabric, it it is high-grade carefully thin hair, linen, the ideal yarn of jacquard weave bilayer weft-knitted fabric and WARP-KNITTING etc., wrap yarn all can spin for thick Fine count Yarn, wherein in the majority with stretch yarn, it is applicable to weaving motion tights, such as swimsuit, anorak, lingerie etc., cladding wire is according to purposes, select suitable heart yarn and outsourcing yarn, its brute force is all higher than any single thread. cladding wire needs substantial amounts of winch spool to be wound in cladding winding process.
As Chinese invention patent application (application number: 201310242807.1) discloses a kind of silk covering machine, including frame, it is characterized in that, described frame is provided with a winding displacement plate, several one-levels cladding cylinder and several secondary packet being arranged on above described one-level cladding cylinder cover cylinder, described winding displacement plate is equipped with some yarn cores, described support is additionally provided with some one-level cladding rotating shafts and secondary packet covers rotating shaft, described one-level cladding rotating shaft and secondary packet are covered and are offered through hole one and through hole two in rotating shaft respectively, described yarn core sequentially passes through described through hole one and through hole two, described secondary packet covers cylinder and a drive motor one is connected, described drive motor one and described secondary packet are covered and are provided with a drive mechanism can being transferred to by the power of drive motor one on described one-level cladding cylinder between cylinder, on described one-level cladding cylinder, retracting has one-level wrap yarn, described secondary packet to cover retracting on cylinder has secondary packet to cover yarn, and described one-level wrap yarn covers yarn and is all connected with described yarn core with secondary packet, this silk covering machine also includes a furling tube, and described support is additionally provided with a furling mechanism that described furling tube can be driven to circumferentially rotate, and described yarn core is connected with described furling tube. this silk covering machine is coated with by furling tube, therefore there is a gear train comprising multiple driving gears on the side side plate of frame, work process process need the manual of timing drive gear set is lubricated, comparatively bother, substantial amounts of waste silk can be produced in cladding process simultaneously, these waste silks can fall to bottom frame, it is necessary to carries out clearing and retrieving manually, inefficient.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology, it is proposed that a kind of silk covering machine, waste silk can be carried out centralized recovery by this silk covering machine automatically, and automaticity is high.
The purpose of the present invention can be realized by following technical proposal: a kind of silk covering machine, including frame, it is characterized in that, described frame lower horizontal is fixed with the waste silk dish of a rectangle, frame slidably connects a Mobile base along waste silk dish length direction, described Mobile base is rotatably connected to a recovery tube, this recovery tube is positioned at the top of waste silk dish, and arrange along waste silk dish width, described recovery tube lateral wall offers some suction holes, and this recovery tube and an air pump that can recovery tube inner chamber be bled are connected, described frame is provided with simultaneously drive Mobile base and moves the driving mechanism rotated with recovery tube, described frame is additionally provided with the waste silk that can make to be wound on recovery tube periphery wall and departs from the material removing mechanism of recovery tube, described frame one end end face oil storage tank and oil-recovery tank have also been respectively fixedly connected with, described oil storage tank is positioned at the top of the drive gear set of silk covering machine, oil-recovery tank is positioned at the lower section of the drive gear set of silk covering machine, described oil storage tank bottom surface offers some oil dripping holes along its length, capping plate is vertically slidably connected in oil storage tank, it is provided with between described capping plate and oil storage tank being pressed on oil storage tank bottom land and covering the tensioner of oil dripping hole by capping plate, described frame is provided with the actuating unit that capping plate is lifted up by timing, described oil-recovery tank is connected with oil storage tank by oil return pipe, described oil return pipe is provided with the lubricating oil in oil-recovery tank is sent into the booster pump in oil storage tank.
Several winding mechanisms that cladding wire is wound it are provided with in frame, and on the end face of frame, it is provided with gear train, winding mechanism can be carried out power transmission by this gear train, in winding process, waste silk can drop on waste silk dish automatically, driving mechanism drives Mobile base to move, meanwhile driving mechanism is also driven back to closed tube rotation, recovery tube moves at waste silk dish, and recovery tube inner chamber can be bled by air pump, namely the waste silk on waste silk dish can be held by the suction hole on recovery tube, waste silk is wound on recovery tube by the rotation coordinating recovery tube, after winding, the waste silk on recovery tube can be pushed by material removing mechanism, waste silk is departed from after recovery tube by centralized recovery, automaticity is high, oil storage tank is positioned at the top of gear train, there is in oil storage tank lubricating oil, under the effect of tensioner, capping plate covers oil dripping hole, lubricating oil will not drip, and capping plate can be lifted in setting time internally-powered mechanism, namely lubricating oil can drip from oil dripping hole and gear train is lubricated, such interval carries out, and the lubricating oil dripped drops in oil-recovery tank after gear train flows down, lubricating oil in oil-recovery tank then returns to oil storage tank by booster pump, it is achieved the circulation to the lubrication of gear train and lubricating oil.
In above-mentioned silk covering machine, described frame is fixed with a guide rail along waste silk dish length direction, the downside of described Mobile base offers chute, and it is connected on guide rail by this slide, described Mobile base upper side is fixed with a bracer, described bracer is fixed with stable set on the side of waste silk dish, and above-mentioned recovery tube is rotatably connected on a bracer through stablizing set. Chute is dovetail groove, and after guide rail coordinates with chute, Mobile base is merely able to mobile, it is impossible to enough disengagings.
In above-mentioned silk covering machine, described air pump is connected on Mobile base, described bracer offers connecting hole along waste silk dish width, above-mentioned recovery tube rotates and is plugged in connecting hole, on described connecting hole internal perisporium, circumference offers cannelure, described recovery tube lateral wall and cannelure relative position circumference offer some air passing holes, described recovery tube inner chamber is connected with cannelure by air passing hole, described bracer offers gas port, this gas port one end is connected with cannelure, and the other end is connected with air pump by connecting tube. Air pump is connected with recovery tube by connecting tube, cannelure and air passing hole, and air pump will not be bled and be produced to interfere by the rotation of recovery tube simultaneously.
In above-mentioned silk covering machine, described driving mechanism includes drive motor, described frame is fixed with tooth bar along waste silk dish length direction, the output shaft of described drive motor is fixed with driving gear, described driving wheel and rack is meshed, the link of described recovery tube is axially fixed with connection axle, and the free end of described connection axle is fixed with travelling gear, and described travelling gear is meshed with driving gear.Drive motor realizes the movement of Mobile base by driving wheel and rack engagement, and by driving gear to engage the rotation realizing recovery tube with travelling gear, realize mobile by a power source and rotate, make structure compacter, save production cost, and the rotation of recovery tube is capable of Tong Bu with movement.
In above-mentioned silk covering machine, described material removing mechanism includes frame and slidably connects a slide block in one end of waste silk dish, the length direction of the glide direction recovery tube of this slide block is consistent, described slide block is fixed with two elastic metallic bars along waste silk dish length direction, this two metallic rod is parallel, and the distance that two between metallic rod is less than the external diameter of recovery tube, described two metallic rod are respectively provided with arc-shaped depression portion, the free end of two metallic rod is bent to form enlarging to both sides respectively, described metallic rod is all hinged with push rod in recess location, metallic rod is also arranged with de-material torsion spring, one end of de-material torsion spring is connected in metallic rod, the other end is pressed on push rod, on described recovery tube lateral wall, circumference offers some bar shaped escape groove, the length direction of described escape groove is consistent with recovery tube length direction, under the effect of de-material torsion spring, when recovery tube embeds the recess of two metallic rod, the free end of push rod is pressed in escape groove, described frame is fixed with cylinder, the piston rod of described cylinder and slide block are fixedly connected with. namely after recovery tube is wound with waste silk, Mobile base moves so that recovery tube embeds the recess of two metallic rod, namely it is clipped in recovery tube between two metallic rod, the free end of push rod is then pressed in escape groove, cylinder action makes slide block move, waste silk can be pushed by push rod from recovery tube, and escape groove can make the free end of push rod embed between waste silk and recovery tube, it is possible to effective by waste silk promotion.
In above-mentioned silk covering machine, described tensioner includes two tensioning springs, the two ends of described oil storage tank inner bottom surface are vertically fixed with guide plate, the opposite flank of this two guide plate all vertically offers gathering sill, the two ends of described capping plate are respectively provided with guide pad, and described guide pad is slidably connected in gathering sill, and described tensioning spring is arranged in gathering sill, and the upper end of tensioning spring is pressed on gathering sill upper surface, lower end is pressed on guide pad upper side. Gathering sill moves offer guiding for guide pad, and under the effect of tensioning spring, oil dripping hole can be covered by capping plate.
In above-mentioned silk covering machine, described actuating unit includes power motor and cam, a guide plate vertically offers and runs through groove wherein, this runs through groove and connects with gathering sill, described guide pad is fixed with connecting rod along capping plate length direction, the free end of this connecting rod projects through groove, and it is fixed with push pedal in external part end, described cam is connected on oil storage tank end face by axis of rotation, and the wheel face of cam is resisted against on push pedal downside, described power motor is connected in frame, and on the output shaft of power motor, it is fixed with driving pulley one, described rotating shaft is fixed with driven pulley one, described driving pulley one is connected by belt with driven pulley one. power motor driving cam rotates, and cam rotation is capable of the batch (-type) lifting of push pedal, and namely capping plate is by batch (-type) lifting.
In above-mentioned silk covering machine, vertically being fixed with some flowlines on the downside of described oil storage tank, described flowline is connected with oil dripping hole, and described capping plate downside is vertically fixed with some inserting columns, under the effect of tensioning spring, inserting column is plugged in flowline through oil dripping hole.Inserting column has good sealing with coordinating of flowline.
In above-mentioned silk covering machine, on described oil-recovery tank, level is fixed with a top cap web plate, described frame slidably connects a contiguous block along screen pack length direction, described contiguous block upper side is vertically fixed with a pole, described pole there is a bar shaped wiping board by hinge, the length direction of this wiping board is consistent with the width of screen pack, described wiping board downside is fixed with felt, described bearing pin is arranged with a compression torsion spring, one end of this compression torsion spring is connected on pole, the other end is pressed on wiping board, under the effect compressing torsion spring, felt is pressed on the upper side of screen pack, one end of described oil storage tank is also fixed with waste residue groove, described frame is rotatably connected to screw rod along screen pack length direction, described contiguous block offers screw, described screw rod is screwed onto in screw, one end of described screw rod is fixed with driven pulley two, the output shaft of described power motor is fixed with driving pulley two, described driving pulley two is connected by belt with driven pulley two. lubricating oil after lubrication can be filtered by screen pack, lubricating oil after filtration enters in oil-recovery tank, waste residue is then blocked on screen pack, power motor drive screw turns, namely wiping board is driven to move along screen pack length direction, under the effect compressing torsion spring, felt is pressed on screen pack upper side, and waste residue pushes waste residue groove.
In above-mentioned silk covering machine, described frame end face being hinged with cover cap, above-mentioned oil-recovery tank and oil storage tank are arranged in cover cap. Cover cap can cover oil-recovery tank, oil storage tank and whole drive gear set, it is to avoid owing to lubricating oil splash occurs in pinion rotation in greasing.
Compared with prior art, this silk covering machine has the advantage that
1, owing to recovery tube can move along waste silk dish length direction, meanwhile, recovery tube can pass through suction hole air-breathing and rotate, and the waste silk on waste silk dish can be recovered pipe and hold and wind, and namely realizes the automatic recovery to waste silk, and automatization's length is high.
2, owing to, under the effect of cylinder, the waste silk on recovery tube can be concentrated and push away by push rod, it is not necessary to manual operation.
3, owing to the oil dripping hole of oil storage tank can be carried out batch (-type) capping by capping plate, the lubrication namely drive gear set being timed, namely save lubricating oil, drive gear set can be made again to obtain enough lubrications.
4, owing to the lubricating oil after lubrication can be cleaned by screen pack and wiping board, it is ensured that the cleannes of lubricating oil, and the lubricating oil after cleaning can return to oil storage tank, it is achieved lubrication oil circulation, namely saves lubricating oil, ensure that again lubricating quality.
Accompanying drawing explanation
Fig. 1 is the sectional perspective structural representation of this silk covering machine.
Fig. 2 is the schematic enlarged-scale view at A place in Fig. 1.
Fig. 3 is the structure sectional view of a bracer.
Fig. 4 is the schematic enlarged-scale view at B place in Fig. 1.
Fig. 5 is the schematic enlarged-scale view at C place in Fig. 1.
Fig. 6 is the structure sectional view of oil storage tank.
Fig. 7 is the schematic enlarged-scale view at D place in Fig. 1.
Fig. 8 is the schematic enlarged-scale view at E place in Fig. 1.
Fig. 9 is the schematic enlarged-scale view at F place in Fig. 1.
In figure, 1, frame; 11, waste silk dish; 12, guide rail; 2, Mobile base; 21, chute; 22, bracer is propped up; 221, stable set; 222, cannelure; 223, gas port; 3, recovery tube; 31, suction hole; 32, escape groove; 33, air passing hole;4, air pump; 41, connecting tube; 5, driving mechanism; 51, drive motor; 52, gear is driven; 53, tooth bar; 54, axle is connected; 55, travelling gear; 6, material removing mechanism; 61, slide block; 62, metallic rod; 621, recess; 63, push rod; 64, de-material torsion spring; 65, cylinder; 7, oil storage tank; 71, oil dripping hole; 72, capping plate; 721, guide pad; 722, connecting rod; 723, push pedal; 724, inserting column; 73, guide plate; 731, gathering sill; 732, groove is run through; 74, tensioning spring; 75, flowline; 8, oil-recovery tank; 81, booster pump; 811, oil return pipe; 82, screen pack; 83, contiguous block; 831, pole; 84, wiping board; 841, felt; 85, torsion spring is compressed; 86, waste residue groove; 87, screw rod; 88, driving pulley two; 89, driven pulley two; 9, actuating unit; 91, power motor; 92, cam; 93, driving pulley one; 94, driven pulley one; 100, cover cap.
Detailed description of the invention
The following is specific embodiments of the invention and in conjunction with accompanying drawing, technical scheme is further described, but the present invention is not limited to these embodiments.
Such as Fig. 1, Fig. 2, shown in Fig. 3, a kind of silk covering machine, including frame 1, frame 1 lower horizontal is fixed with the waste silk dish 11 of a rectangle, frame 1 slidably connects a Mobile base 2 along waste silk dish 11 length direction, Mobile base 2 is rotatably connected to a recovery tube 3, this recovery tube 3 is positioned at the top of waste silk dish 11, and arrange along waste silk dish 11 width, recovery tube 3 lateral wall offers some suction holes 31, and this recovery tube 3 is connected with an air pump 4 that can recovery tube 3 inner chamber be bled, frame 1 is provided with simultaneously drive Mobile base 2 and moves the driving mechanism 5 rotated with recovery tube 3, frame 1 is additionally provided with the waste silk that can make to be wound on recovery tube 3 periphery wall and departs from the material removing mechanism 6 of recovery tube 3, frame 1 one end end face oil storage tank 7 and oil-recovery tank 8 have also been respectively fixedly connected with, oil storage tank 7 is positioned at the top of the drive gear set of silk covering machine, oil-recovery tank 8 is positioned at the lower section of the drive gear set of silk covering machine, oil storage tank 7 bottom surface offers some oil dripping holes 71 along its length, capping plate 72 is vertically slidably connected in oil storage tank 7, it is provided with between capping plate 72 and oil storage tank 7 being pressed on oil storage tank 7 bottom land and covering the tensioner of oil dripping hole 71 by capping plate 72, frame 1 is provided with the actuating unit 9 that capping plate 72 is lifted up by timing, oil-recovery tank 8 is connected with oil storage tank 7 by oil return pipe 811, oil return pipe 811 is provided with the lubricating oil in oil-recovery tank 8 is sent into the booster pump 81 in oil storage tank 7. several winding mechanisms that cladding wire is wound it are provided with in frame 1, and on the end face of frame 1, it is provided with gear train, winding mechanism can be carried out power transmission by this gear train, in winding process, waste silk can drop on waste silk dish 11 automatically, driving mechanism 5 drives Mobile base 2 to move, meanwhile driving mechanism 5 is also driven back to closed tube 3 and rotates, recovery tube 3 moves at waste silk dish 11, and recovery tube 3 inner chamber can be bled by air pump 4, namely the waste silk on waste silk dish 11 can be held by the suction hole 31 on recovery tube 3, waste silk is wound on recovery tube 3 by the rotation coordinating recovery tube 3, after winding, the waste silk on recovery tube 3 can be pushed by material removing mechanism 6, waste silk is departed from after recovery tube 3 by centralized recovery, automaticity is high,Oil storage tank 7 is positioned at the top of gear train, in oil storage tank 7, there is lubricating oil, under the effect of tensioner, capping plate 72 covers oil dripping hole 71, lubricating oil will not drip, and capping plate 72 can be lifted in setting time internally-powered mechanism 9, namely lubricating oil can drip from oil dripping hole 71 and gear train is lubricated, such interval carries out, and the lubricating oil dripped drops in oil-recovery tank 8 after gear train flows down, lubricating oil in oil-recovery tank 8 then returns to oil storage tank 7 by booster pump 81, it is achieved the circulation to the lubrication of gear train and lubricating oil.
Specifically, shown in Fig. 2, Fig. 3, frame 1 is fixed with a guide rail 12 along waste silk dish 11 length direction, the downside of Mobile base 2 offers chute 21, and it is slidably connected on guide rail 12 by this chute 21, Mobile base 2 upper side is fixed with a bracer 22, prop up bracer 22 on the side of waste silk dish 11, be fixed with stable set 221, recovery tube 3 is rotatably connected on a bracer 22 through stably set 221, chute 21 is dovetail groove, after guide rail 12 coordinates with chute 21, Mobile base 2 is merely able to mobile, it is impossible to enough disengagings. air pump 4 is connected on Mobile base 2, prop up and bracer 22 offers connecting hole along waste silk dish 11 width, recovery tube 3 rotates and is plugged in connecting hole, on connecting hole internal perisporium, circumference offers cannelure 222, recovery tube 3 lateral wall and cannelure 222 relative position circumference offer some air passing holes 33, recovery tube 3 inner chamber is connected with cannelure 222 by air passing hole 33, prop up and bracer 22 offers gas port 223, this gas port 223 one end is connected with cannelure 222, the other end is connected with air pump 4 by connecting tube 41, air pump 4 is by connecting tube 41, cannelure 222 and air passing hole 33 are connected with recovery tube 3, air pump 4 will not be bled and be produced to interfere by the rotation of recovery tube 3 simultaneously.
Driving mechanism 5 includes drive motor 51, frame 1 is fixed with tooth bar 53 along waste silk dish 11 length direction, the output shaft of drive motor 51 is fixed with driving gear 52, gear 52 is driven to be meshed with tooth bar 53, the link of recovery tube 3 is axially fixed with connection axle 54, the free end connecting axle 54 is fixed with travelling gear 55, travelling gear 55 is meshed with driving gear 52, drive motor 51 engages, with tooth bar 53, the movement realizing Mobile base 2 by driving gear 52, and by driving gear 52 to engage the rotation realizing recovery tube 3 with travelling gear 55, realize mobile by a power source and rotate, make structure compacter, save production cost, and the rotation of recovery tube 3 is capable of Tong Bu with movement.
Shown in Fig. 4, material removing mechanism 6 includes frame 1 and slidably connects a slide block 61 in one end of waste silk dish 11, the length direction of the glide direction recovery tube 3 of this slide block 61 is consistent, slide block 61 is fixed with two elastic metallic bars 62 along waste silk dish 11 length direction, this two metallic rod 62 is parallel, and the distance that two between metallic rod 62 is less than the external diameter of recovery tube 3, two metallic rod 62 are respectively provided with arc-shaped depression portion 621, the free end of two metallic rod 62 is bent to form enlarging to both sides respectively, metallic rod 62 is all hinged with push rod 63 in recess 621 position, metallic rod 62 is also arranged with de-material torsion spring 64, one end of de-material torsion spring 64 is connected in metallic rod 62, the other end is pressed on push rod 63, on recovery tube 3 lateral wall, circumference offers some bar shaped escape groove 32, the length direction of escape groove 32 is consistent with recovery tube 3 length direction, under the effect of de-material torsion spring 64, when recovery tube 3 embeds the recess 621 of two metallic rod 62, the free end of push rod 63 is pressed in escape groove 32, frame 1 is fixed with cylinder 65, the piston rod of cylinder 65 and slide block 61 are fixedly connected with.Namely after recovery tube 3 is wound with waste silk, Mobile base 2 moves so that recovery tube 3 embeds the recess 621 of two metallic rod 62, namely it is clipped in recovery tube 3 between two metallic rod 62, the free end of push rod 63 is then pressed in escape groove 32, cylinder 65 effect makes slide block 61 move, waste silk can be pushed by push rod 63 from recovery tube 3, and escape groove 32 can make the free end of push rod 63 embed between waste silk and recovery tube 3, it is possible to effective by waste silk promotion.
In conjunction with Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8, actuating unit 9 includes power motor 91 and cam 92, tensioner includes two tensioning springs 74, the two ends of oil storage tank 7 inner bottom surface are vertically fixed with guide plate 73, the opposite flank of this two guide plate 73 all vertically offers gathering sill 731, the two ends of capping plate 72 are respectively provided with guide pad 721, guide pad 721 is slidably connected in gathering sill 731, tensioning spring 74 is arranged in gathering sill 731, and the upper end of tensioning spring 74 is pressed on gathering sill 731 upper surface, lower end is pressed on guide pad 721 upper side, gathering sill 731 moves offer guiding for guide pad 721, and under the effect of tensioning spring 74, oil dripping hole 71 can be covered by capping plate 72. a guide plate 73 vertically offers and runs through groove 732 wherein, this runs through groove 732 and connects with gathering sill 731, guide pad 721 is fixed with connecting rod 722 along capping plate 72 length direction, the free end of this connecting rod 722 projects through groove 732, and it is fixed with push pedal 723 in external part end, described cam 92 is connected on oil storage tank 7 end face by axis of rotation, and the wheel face of cam 92 is resisted against on push pedal 723 downside, power motor 91 is connected in frame 1, and on the output shaft of power motor 91, it is fixed with driving pulley 1, rotating shaft is fixed with driven pulley 1, driving pulley 1 is connected by belt with driven pulley 1, power motor 91 driving cam 92 rotates, cam 92 rotates the batch (-type) lifting being capable of push pedal 723, namely capping plate 72 is by batch (-type) lifting. the downside of oil storage tank 7 is vertically fixed with some flowlines 75, flowline 75 is connected with oil dripping hole 71, capping is vertically fixed with some inserting columns 724 on plate 72 downside, under the effect of tensioning spring 74, inserting column 724 is plugged in flowline 75 through oil dripping hole 71, and inserting column 724 has good sealing with coordinating of flowline 75.
Shown in Fig. 9, on oil-recovery tank 8, level is fixed with a top cap web plate 82, frame 1 slidably connects a contiguous block 83 along screen pack 82 length direction, contiguous block 83 upper side is vertically fixed with a pole 831, pole 831 there is a bar shaped wiping board 84 by hinge, the length direction of this wiping board 84 is consistent with the width of screen pack 82, wiping board 84 is fixed with felt 841 on downside, bearing pin is arranged with a compression torsion spring 85, one end of this compression torsion spring 85 is connected on pole 831, the other end is pressed on wiping board 84, under the effect compressing torsion spring 85, felt 841 is pressed on the upper side of screen pack 82, one end of oil storage tank 7 is also fixed with waste residue groove 86, frame 1 is rotatably connected to screw rod 87 along screen pack 82 length direction, contiguous block 83 offers screw, screw rod 87 is screwed onto in screw, one end of screw rod 87 is fixed with driven pulley 2 89, the output shaft of power motor 91 is fixed with driving pulley 2 88, driving pulley 2 88 is connected by belt with driven pulley 2 89, lubricating oil after lubrication can be filtered by screen pack 82, lubricating oil after filtration enters in oil-recovery tank 8, waste residue is then blocked on screen pack 82, power motor 91 drives screw rod 87 to rotate, namely wiping board 84 is driven to move along screen pack 82 length direction, under the effect compressing torsion spring 85, felt 841 is pressed on screen pack 82 upper side, waste residue is pushed waste residue groove 86.Being hinged with cover cap 100, oil-recovery tank 8 and oil storage tank 7 on frame 1 end face and be arranged in cover cap 100, cover cap 100 can cover oil-recovery tank 8, oil storage tank 7 and whole drive gear set, it is to avoid owing to lubricating oil splash occurs in pinion rotation in greasing.
Specific embodiment described herein is only to present invention spirit explanation for example. Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art, but without departing from the spirit of the present invention or surmount the scope that appended claims is defined.
Although more employing the terms such as frame 1, waste silk dish 11, guide rail 12, Mobile base 2 herein, but it is not precluded from using the probability of other term. These terms are used to be only used to describe and explain more easily the essence of the present invention; It is all contrary with spirit of the present invention for being construed as any additional restriction.
Claims (10)
1. a silk covering machine, including frame (1), it is characterized in that, described frame (1) lower horizontal is fixed with the waste silk dish (11) of a rectangle, frame (1) slidably connects a Mobile base (2) along waste silk dish (11) length direction, described Mobile base (2) is rotatably connected to a recovery tube (3), this recovery tube (3) is positioned at the top of waste silk dish (11), and arrange along waste silk dish (11) width, described recovery tube (3) lateral wall offers some suction holes (31), and the air pump (4) that recovery tube (3) inner chamber is bled can be connected by this recovery tube (3) with one, described frame (1) is provided with simultaneously drive the mobile driving mechanism (5) rotated with recovery tube (3) of Mobile base (2), described frame (1) is additionally provided with the waste silk that can make to be wound on recovery tube (3) periphery wall and departs from the material removing mechanism (6) of recovery tube (3), described frame (1) one end end face has also been respectively fixedly connected with oil storage tank (7) and oil-recovery tank (8), described oil storage tank (7) is positioned at the top of the drive gear set of silk covering machine, oil-recovery tank (8) is positioned at the lower section of the drive gear set of silk covering machine, described oil storage tank (7) bottom surface offers some oil dripping holes (71) along its length, capping plate (72) is vertically slidably connected in oil storage tank (7), it is provided with between described capping plate (72) and oil storage tank (7) capping plate (72) being pressed on oil storage tank (7) bottom land and covering the tensioner of oil dripping hole (71), described frame (1) is provided with timing and will cover the actuating unit (9) that plate (72) is lifted up, described oil-recovery tank (8) is connected with oil storage tank (7) by oil return pipe (811), described oil return pipe (811) is provided with the lubricating oil in oil-recovery tank (8) is sent into the booster pump (81) in oil storage tank (7).
2. silk covering machine according to claim 1, it is characterized in that, described frame (1) is fixed with a guide rail (12) along waste silk dish (11) length direction, the downside of described Mobile base (2) offers chute (21), and it is slidably connected on guide rail (12) by this chute (21), described Mobile base (2) upper side is fixed with a bracer (22), described bracer (22) is fixed with stable set (221) on the side of waste silk dish (11), above-mentioned recovery tube (3) is rotatably connected on a bracer (22) through stable set (221).
3. silk covering machine according to claim 2, it is characterized in that, described air pump (4) is connected on Mobile base (2), described bracer (22) offers connecting hole along waste silk dish (11) width, above-mentioned recovery tube (3) rotates and is plugged in connecting hole, on described connecting hole internal perisporium, circumference offers cannelure (222), described recovery tube (3) lateral wall and cannelure (222) relative position circumference offer some air passing holes (33), described recovery tube (3) inner chamber is connected with cannelure (222) by air passing hole (33), described bracer (22) offers gas port (223), this gas port (223) one end is connected with cannelure (222), the other end is connected with air pump (4) by connecting tube (41).
4. silk covering machine according to claim 3, it is characterized in that, described driving mechanism (5) includes drive motor (51), described frame (1) is fixed with tooth bar (53) along waste silk dish (11) length direction, the output shaft of described drive motor (51) is fixed with driving gear (52), described driving gear (52) is meshed with tooth bar (53), the link of described recovery tube (3) is axially fixed with connection axle (54), the free end of described connection axle (54) is fixed with travelling gear (55), described travelling gear (55) is meshed with driving gear (52).
5. the silk covering machine according to claim 3 or 4, it is characterized in that, described material removing mechanism (6) includes frame (1) and slidably connects a slide block (61) in one end of waste silk dish (11), the length direction of the glide direction recovery tube (3) of this slide block (61) is consistent, described slide block (61) is fixed with two elastic metallic bars (62) along waste silk dish (11) length direction, this two metallic rod (62) is parallel, and the distance that two between metallic rod (62) is less than the external diameter of recovery tube (3), described two metallic rod (62) are respectively provided with arc-shaped depression portion (621), the free end of two metallic rod (62) is bent to form enlarging to both sides respectively, described metallic rod (62) is all hinged with push rod (63) in recess (621) position, metallic rod (62) is also arranged with de-material torsion spring (64), one end of de-material torsion spring (64) is connected in metallic rod (62), the other end is pressed on push rod (63), on described recovery tube (3) lateral wall, circumference offers some bar shaped escape groove (32), the length direction of described escape groove (32) is consistent with recovery tube (3) length direction, under the effect of de-material torsion spring (64), when recovery tube (3) embeds recess (621) of two metallic rod (62), the free end of push rod (63) is pressed in escape groove (32), described frame (1) is fixed with cylinder (65), the piston rod of described cylinder (65) and slide block (61) are fixedly connected with.
6. silk covering machine according to claim 5, it is characterized in that, described tensioner includes two tensioning springs (74), the two ends of described oil storage tank (7) inner bottom surface are vertically fixed with guide plate (73), the opposite flank of this two guide plate (73) all vertically offers gathering sill (731), the two ends of described capping plate (72) are respectively provided with guide pad (721), described guide pad (721) is slidably connected in gathering sill (731), described tensioning spring (74) is arranged in gathering sill (731), and the upper end of tensioning spring (74) is pressed on gathering sill (731) upper surface, lower end is pressed on guide pad (721) upper side.
7. silk covering machine according to claim 6, it is characterized in that, described actuating unit (9) includes power motor (91) and cam (92), a guide plate (73) vertically offers and runs through groove (732) wherein, this runs through groove (732) and connects with gathering sill (731), described guide pad (721) is upper is fixed with connecting rod (722) along capping plate (72) length direction, the free end of this connecting rod (722) projects through groove (732), and push pedal (723) it is fixed with in external part end, described cam (92) is connected on oil storage tank (7) end face by axis of rotation, and the wheel face of cam (92) is resisted against on push pedal (723) downside, described power motor (91) is connected in frame (1), and on the output shaft of power motor (91), it is fixed with driving pulley one (93), described rotating shaft is fixed with driven pulley one (94), described driving pulley one (93) is connected by belt with driven pulley one (94).
8. silk covering machine according to claim 7, it is characterized in that, the downside of described oil storage tank (7) is vertically fixed with some flowlines (75), described flowline (75) is connected with oil dripping hole (71), described capping plate (72) downside is vertically fixed with some inserting columns (724), under the effect of tensioning spring (74), inserting column (724) is plugged in flowline (75) through oil dripping hole (71).
9. silk covering machine according to claim 8, it is characterized in that, the upper level of described oil-recovery tank (8) is fixed with a top cap web plate (82), described frame (1) slidably connects a contiguous block (83) along screen pack (82) length direction, described contiguous block (83) upper side is vertically fixed with a pole (831), described pole (831) there is a bar shaped wiping board (84) by hinge, the length direction of this wiping board (84) is consistent with the width of screen pack (82), described wiping board (84) downside is fixed with felt (841), described bearing pin is arranged with a compression torsion spring (85), one end of this compression torsion spring (85) is connected on pole (831), the other end is pressed on wiping board (84), under the effect compressing torsion spring (85), felt (841) is pressed on the upper side of screen pack (82), one end of described oil storage tank (7) is also fixed with waste residue groove (86), described frame (1) is rotatably connected to screw rod (87) along screen pack (82) length direction, described contiguous block offers screw on (83), described screw rod (87) is screwed onto in screw, one end of described screw rod (87) is fixed with driven pulley two (89), the output shaft of described power motor (91) is fixed with driving pulley two (88), described driving pulley two (88) is connected by belt with driven pulley two (89).
10. silk covering machine according to claim 9, it is characterized in that, described frame (1) end face is hinged with cover cap (100), above-mentioned oil-recovery tank (8) and oil storage tank (7) be arranged in cover cap (100).
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| CN201410445240.2A CN104250868B (en) | 2014-08-22 | 2014-09-03 | A kind of silk covering machine |
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| CN2014204794212 | 2014-08-22 | ||
| CN201420479421.2 | 2014-08-22 | ||
| CN201420479421 | 2014-08-22 | ||
| CN201410445240.2A CN104250868B (en) | 2014-08-22 | 2014-09-03 | A kind of silk covering machine |
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| CN104250868A CN104250868A (en) | 2014-12-31 |
| CN104250868B true CN104250868B (en) | 2016-06-15 |
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| CN105115542A (en) * | 2015-07-21 | 2015-12-02 | 合肥吉源电子有限公司 | Power electronic test system equipment |
| CN105697879A (en) * | 2016-03-21 | 2016-06-22 | 成都高峰石油机械有限公司 | Pipeline fixing mechanism with gear ring structure |
| CN105605322A (en) * | 2016-03-21 | 2016-05-25 | 成都高峰石油机械有限公司 | Pipeline adjustment device simple in structure |
| CN105605323A (en) * | 2016-03-21 | 2016-05-25 | 成都高峰石油机械有限公司 | Pipe fastening mechanism with two-ring structure |
| CN106594217B (en) * | 2016-12-07 | 2019-11-15 | 龙南骏亚精密电路有限公司 | A kind of robot uses driving device back and forth |
| CN108588940A (en) * | 2018-06-27 | 2018-09-28 | 浙江宇昌纺织科技有限公司 | A kind of improved wrap yarn machine |
| WO2021087943A1 (en) * | 2019-11-08 | 2021-05-14 | 苏州舍勒智能科技有限公司 | Synchronous belt reverse installation and application caterpillar driver |
| CN111674589B (en) * | 2020-05-12 | 2021-10-15 | 江南大学附属医院 | Medical sterilizing liquid barrel capping equipment |
| CN117208475B (en) * | 2023-11-09 | 2024-02-09 | 四川禾牧机械制造有限公司 | Monocrystalline silicon automatic conveying and feeding equipment and method |
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Address after: 314413, No. 12, Yongsheng Road, Qianjiang Industrial Zone, Ding Qiao Town, Jiaxing City, Zhejiang, Haining Applicant after: ZHEJIANG LONGSHIDA TEXTILE TECHNOLOGY CO., LTD. Address before: 314413, No. 12, Yongsheng Road, Qianjiang Industrial Zone, Ding Qiao Town, Jiaxing City, Zhejiang, Haining Applicant before: HAINING LONGSHIDA TEXTILE CO., LTD. |
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Address after: 314413, No. 12, Yongsheng Road, Qianjiang Industrial Zone, Ding Qiao Town, Jiaxing City, Zhejiang, Haining Patentee after: Zhejiang Longshida Technology Co., Ltd Address before: 314413, No. 12, Yongsheng Road, Qianjiang Industrial Zone, Ding Qiao Town, Jiaxing City, Zhejiang, Haining Patentee before: ZHEJIANG LONGSHIDA TEXTILE TECHNOLOGY CO., LTD. |