CN203229736U - High-pressure rubber pipe weaving machine - Google Patents
High-pressure rubber pipe weaving machine Download PDFInfo
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- CN203229736U CN203229736U CN 201320197376 CN201320197376U CN203229736U CN 203229736 U CN203229736 U CN 203229736U CN 201320197376 CN201320197376 CN 201320197376 CN 201320197376 U CN201320197376 U CN 201320197376U CN 203229736 U CN203229736 U CN 203229736U
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Abstract
The utility model discloses a high-pressure rubber pipe weaving machine which comprises a center sun wheel, a rotary disc, a guide track bracket, an outer spindle bracket assembly, an inner spindle bracket assembly, a falciform lifter and a prime motor, wherein the center sun wheel, a fixed disc and a rack are respectively fixed on a center shaft; a conducting wire pipe of a high-pressure rubber pipe is fixed in a hollow space of the center shaft; a high-pressure rubber pipe fixing head is fixed at the front end of the conducting wire pipe; the prime motor is used for driving a center chain wheel to rotate around the center shaft; the center chain wheel is used for driving the rotary disc to rotate; the rotary disc is used for driving the guide track bracket to rotate; the outer spindle bracket assembly is fixed on branched guide track brackets; the inner spindle bracket assembly is mounted in a mounting guide track and a positioning groove which are formed in the inner end of the branched guide track bracket; the branched guide track brackets enable the inner spindle bracket assembly and the outer spindle bracket assembly to rotate in the opposite direction; the falciform lifter fixed on the outer edge of the fixing disc enables yarns on an outer spindle to jump up and down, and a weaving sleeve on an oil pipe is formed by the yarns on the outer spindle and yarns on an inner spindle together. The high-pressure rubber pipe weaving machine is low in cost, high in weaving speed, high in efficiency, large in weaving pressure adjusting range, adjustable in weaving angle and wide in application range, and has the effects of energy conservation and environment protection.
Description
Technical field
The utility model relates to a kind of high-pressure rubber pipe braiding machine.
Background technology
The front end that is fixed on center sun gear 8 is used for the high-speed knitter of braided wires stratum reticulare on cable, its primary structure is made up of interior ingot driving-disc, outer ingot driving-disc, a plurality of Inner ingot support and outer ingot support by interior ingot driving-disc and outer ingot driving-disc driving reverse rotation, because the mounting structure of its each parts, type of drive by ingot driving-disc in the same main shaft drives and the rotation of outer ingot driving-disc, cause it can only weave the silk screen layer that does not have pressure or low-voltage tube, then can not weave for the high pressure stratum reticulare of high-pressure rubber pipe.
The high-speed knitter primary structure that is used for cable braided wires stratum reticulares such as concentric cable, pressure trunnion comprises the fixed disk fixing with frame, has driving mechanism to drive inner rotary table and the outer rotary table of rotation, the outer rotary table upper edge circumferencial direction be evenly distributed with a plurality of outside ingot bracket assembly and Inner ingot bracket assembly, outer ingot bracket assembly and outer rotary table are fixed, Inner ingot bracket assembly and outer rotary table are slidingly connected, between Inner ingot bracket assembly and inner rotary table, link gear is set, makes inner rotary table can drive Inner ingot bracket assembly and rotate synchronously.In order to realize the effect of yarn weaving, this high-speed knitter also was provided with line mechanism.But because its structure, it also can only weave the silk screen layer that does not have pressure or low-voltage tube, then can not weave for the high pressure stratum reticulare of high-pressure rubber pipe.
Its structure of braiding machine that the braiding of the high pressure stratum reticulare of China and external high-pressure rubber pipe is used mainly comprises: positioning disk, slide block type spindle, dial and the transmission mechanism etc. of the groove track that is " ∞ " shape that is formed by two serpentine groove track.Two groups of slide block type spindles intersect sliding and running in the other direction in the groove track of the guiding lower edge of dial positioning disk, insert in spool on the spindle and drive rope strand and intersect, walk, rotate and finish authorized strength work.The slide block type spindle of this kind braiding machine will be embedded in orbiting in the groove track, inevitably can produce stronger impulsive force and bigger sliding friction with the groove track wall of positioning disk, infall at two tracks is especially obvious, the frictional force of Xing Chenging and noise have greatly limited the movement velocity of spindle thus, have reduced production efficiency.In addition, for the installation accuracy of the positioning disk that guarantees groove track, in order to form the groove track of stable " ∞ " shape, need utilize the rail dish of an approximate peach shape to position adjusting; When machine run after a period of time, because the continuous impact of spindle, peach shape rail dish can produce displacement, not only has influence on accuracy and the stability of track, and can aggravate to impact and friction, produces bigger noise.Could guarantee that spindle moves according to designing requirement so must constantly check, adjust peach shape rail dish in groove track, so this kind braiding machine also has higher requirement to the I﹠ M technology.This kind braiding machine is because the track of spindle operation is long, so, its energy consumption height, not energy-conserving and environment-protective; The pressure adjustable range of its spindle is little, the pressure limit of the oil pipe high pressure stratum reticulare that loom is worked out out is little, its establishment angle is non-adjustable, in case determine and to change, a loom can not both weave the high pressure stratum reticulare of the oil pipe that uses on the motorcycle, weave automobile or other device again and go up the high pressure stratum reticulare of the oil pipe that uses, narrow application range more can not weave engineering with the steel wire high pressure stratum reticulare on the oil pipe.
The utility model content
The purpose of this utility model solves the above-mentioned problems in the prior art exactly, and a kind of high-pressure rubber pipe braiding machine is provided, and its braiding speed is fast, the efficient height, and energy-conserving and environment-protective, braiding pressure adjustable range is big, and angle of weave is adjustable, and the scope of application is wide.
For achieving the above object, technical solution of the present utility model is: a kind of high-pressure rubber pipe braiding machine, and it comprises center sun gear, rotating disk, rail brackets, outer ingot bracket assembly, Inner ingot bracket assembly, sickleshaped lifter and prime mover;
Prime mover driven center sprocket rotation, center sprocket wheel are rotatably installed on the hollow center axle; Center sun gear, fixed disk and frame are separately fixed on the central shaft; The cylindrical of center sun gear is gear, and an end has oil guiding hole, and oil guiding hole is connected with oil feeding reservoirs by oil filling pipe; The conduit of high-pressure rubber pipe is through in central shaft hollow, and its front end fixedly has fixedly head of high-pressure rubber pipe, and leading section is fixed on the front end center of center sun gear;
Rail brackets is made up of rotating disk, branch rail brackets and the cover plate identical with inside and outside spindle number, each minute rail brackets and cover plate removably be fixedly mounted on the rotating disk, rotating disk and the center sprocket wheel structure that is fixed as one, each minute the rail brackets inner end two mounting guide rail and locating slots that are positioned at the Inner ingot bracket assembly on the same cambered surface are arranged; The position of rotating disk between each minute rail brackets is provided with yarn guide channel, between each cover plate, between each minute rail brackets with in the corresponding yarn guide channel wire guide plate arranged fixedly; The wire guide plate upper end is the limiting plate of reaching the standard grade of outer ingot yarn, and the bottom is the limiting plate that rolls off the production line of outer ingot yarn, and the limiting plate that rolls off the production line is the arc that turns up; Outer ingot bracket assembly is fixed on the same end that each divides rail brackets by its bearing; The sickleshaped lifter is fixedly arranged on the outer rim of fixed disk; The guide rail plate of the outer ingot yarn on sickleshaped lifter and the Inner ingot bracket assembly is used, the turning point A point of sickleshaped lifter is to make outer ingot yarn by the low point that uprises, the A point is higher than the some A ' of the guide rail plate opposite position on the corresponding Inner ingot bracket assembly, the summit B of sickleshaped lifter reaping hook end makes outer ingot yarn by the point of high step-down, and it is lower than the some B ' of the guide rail plate opposite position on the corresponding Inner ingot bracket assembly;
Inner ingot bracket assembly comprises the stretcher of guide rail plate, clutch and the band clutch controller of base, bobbin post, two U-shaped supports, outer ingot yarn; The bobbin post is fixedly mounted on the base by clutch is rotatable, and anti-bobbin counter-rotating spring leaf is installed on it, and the guide rail plate is through the bobbin column bottom, and crimping is fixed on the base; The U-shaped support is installed on the guide rail plate, and guide rail plate one side also is equipped with stretcher; Base end is installed with location tooth bar, two groups of scroll wheels and locating wheel, and every group of scroll wheel includes a plurality of rollers; The location tooth bar is meshed with the gear wheel of duplicate gear, the pinion of duplicate gear is meshed with another pinion A, pinion A is meshed with the gear of center sun gear, two groups of scroll wheels and locating wheel respectively with each minute the rail brackets inner end mounting guide rail and the locating slot of Inner ingot bracket assembly be complementary, and in mounting guide rail and locating slot, move;
Outer ingot bracket assembly comprises bearing, be fixed on base A on the bearing, the stretcher A of bobbin post A, two U-shaped support As, pressing plate, clutch and the band clutch controller identical with the bobbin rod structure of Inner ingot bracket assembly; Bobbin post A is fixedly mounted on the base A by clutch is rotatable, and anti-bobbin counter-rotating spring leaf is installed on it, and pressing plate is through bobbin post A bottom, and crimping is fixed on the base A; U-shaped support A is installed on the pressing plate, and pressing plate one side also is equipped with stretcher A; One of them U-shaped support A goes up fixedly the yarn guide bar, and the yarn shift rod is installed on the bearing.
Described prime mover can be motor, diesel engine, gasoline engine; The synchronizing wheel of prime mover drives big synchronizing wheel by synchronous band, and the other end of the axle of big synchronizing wheel fixedly has minor sprocket, and minor sprocket drives the center sprocket rotation.
The wire guide plate locating slot is arranged at the yarn guide channel bottom of described rotating disk, and there is the positioning convex that is complementary with the wire guide plate locating slot wire guide plate lower end, and the wire guide plate lower end withstands in this locating slot, and the fixed block of wire guide plate upper end is fixed on the front end face outer rim of cover plate; There is the guide-track groove that is complementary with guide rail the wire guide plate bottom, and guide-track groove makes things convenient for the gear rotation.
The clutch of described Inner ingot bracket assembly comprises roller dish, roller dial and roller.Stretcher comprises guide rod, slide bar, slide block, slide, stage clip and two pulleys; Bobbin post one end is inserted in the bearing of installing in the interior bobbin post hole of base; Roller dish and roller dial are enclosed within outside the bobbin post, and place successively in the bottom tub with pressure connecting disk that the bobbin post is fixed together, are fixed on the base by the crimping of guide rail plate; One side of roller dial has a projection, and this projection end has the slide bar inserting groove of inclination, and this projection places in the bottom tub, between roller dial and the bobbin post thrust bearing is installed; Roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B; The slide bar bottom is through on guide rail plate and the base, there is a downward tipper to the circumference outer incline this end, this tipper is plugged in the slide bar inserting groove of roller dial, when slide bar is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, the roller dish, the roller dial is connected and fixed by roller with pressure connecting disk is in the same place, when slide bar rises, the rotation under the tipper of slide bar drives of roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and roller dish and the disengaging of roller dial; The axle card is fixedly arranged on the slide bar; Guide rod and slide bar bottom are through in the slide block respectively; Lower end of the guide rod is fixed in the base, and socket is arranged the other end and by bearing pin and the fixing slide of stage clip, the slide bar upper end is enclosed within slide Inner, and the guide rod between slide and the slide block is crimped with stage clip, is crimped with stage clip on the slide bar between slide and the axle card; Under the normal condition, stage clip is in impaction state; The end that the slide upper end is positioned at the bobbin post fixedly has the pulley spindle I, is hinged with the pulley I on the pulley spindle I; Fixedly there is the pulley spindle II slide block lower end, and the pulley spindle II is hinged with the pulley II.
The clutch of described outer ingot bracket assembly comprises another roller dish, another roller dial and the roller identical with the roller dish structure of the clutch of Inner ingot bracket assembly; Stretcher comprises puller system, slide bar A, compression spring A.Bobbin post A one end is inserted in the bearing of installing in the interior bobbin post hole of base A; Another roller dish and another roller dial are enclosed within outside the bobbin post A, and place successively in the bottom tub with pressure connecting disk that bobbin post A is fixed together, are fixed on the base A by the pressing plate crimping; One side of another roller dial has a protruding A, and this projection A end has straight slide bar inserting groove A, and this projection A places in the bottom tub, between another roller dial and the bobbin post A thrust bearing is installed; Another roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, another roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B.Slide bar A is through in the slide bar guide groove of base A, is crimped with compression spring A between the slide bar groove that has on an end and the base A, the clamping position roof pressure on the other end and the shift fork together, middle raised points is socketed in the slide bar inserting groove A of roller dial; When slide bar A is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, another roller dish, another roller dial are connected and fixed by roller with pressure connecting disk is in the same place, during the shift fork rotation, shift fork drives slide bar A and moves, the rotation under the raised points of slide bar A drives of another roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and another roller dish and the disengaging of another roller dial; Puller system comprises that pressure cap, torsion axis, torsion spring, shift fork, torsion spring seat, an end have gland and the pulley III of ratchet; The gland of torsion spring set on being enclosed within torsion axis and being fixed on outside the torsion spring seat outside the torsion axis, the one end is fixed on torsion spring seat end, and the other end is fixed on the gland; The plane ratchet intermeshes on ratchet on the pressure cap and the gland; Pressure cap is enclosed within outside the torsion axis, is fixed on the torsion axis by pivot pin and spring crimping, and spacer pin is arranged on it, and stopper slot is arranged on the torsion axis, and spacer pin is positioned at stopper slot; Shift fork one end fixedly has the pulley spindle III, and the pulley III is hinged on the pulley spindle A.
The utility model adopts rotating disk and motionless center sun gear to drive Inner ingot bracket assembly and outer ingot bracket assembly is done high speed circular motion in the other direction at circumference separately, do not cross one another, the interlacing motion of yarn mainly realizes by lifter, the resistance of motion reduces, do not influence running speed separately, and the movement locus of Inner ingot bracket assembly and outer ingot bracket assembly is short, the clutch of spindle, braking, be tensioned to one, the resistance of motion further reduces, break the bottleneck of rotating speed, thereby significantly improve braiding speed, unit establishment speed is 4 times of existing braiding machine, and the tinuous production establishment speed of two-shipper or multimachine series connection is existing more than 10 times of braiding machine.The utility model is energy-conservation, per hour can save one times of energy consumption than existing equipment.The production efficiency height under the normal condition, improves more than 4 times than existing equipment productivity ratio, if form the production scale more than 2, comparable existing equipment is boosted productivity more than 6 times.Cost is low, and manufacturing cost and human cost all reduce significantly, and the expectation manufacturing cost can save 60%, and human cost saves 80%.Applied range, the utility model have overcome existing equipment and have produced single shortcoming, can only adopt a kind of yarn of material to weave as an existing equipment, and the utility model can adopt cotton thread, the impregnation line, and the yarn of the material that steel wire etc. are different weaves.The utility model establishment angle and establishment adjustable in pressure, the thickness scope of braided construction hose is more extensive than existing equipment, can reach 3MM-30mm; Can realize the electrodeless adjusting of tensioning 1.5--7 kilogram pulling force.Its automaticity height, easy and simple to handle, safety; Establishment stability is high, and the raw material capacity increases, and it is reduced change number of times.
In a word, the utility model cost is low, and braiding speed is fast, the efficient height, and energy-conserving and environment-protective, braiding pressure adjustable range is big, and angle of weave is adjustable, and the scope of application is wide.
Description of drawings
Fig. 1 is front view of the present utility model;
Fig. 2 is left view of the present utility model;
Fig. 3 is the front view of Inner ingot bracket assembly in the utility model;
Fig. 4 is the right view of Inner ingot bracket assembly in the utility model;
Fig. 5 is the front view of the utility model China and foreign countries ingot bracket assembly;
Fig. 6 is the right view of the utility model China and foreign countries ingot bracket assembly;
Fig. 7 is the front view of the roller dish of Inner ingot bracket assembly or outer ingot bracket assembly in the utility model;
Fig. 8 is the vertical view of the roller dial of Inner ingot bracket assembly in the utility model;
Fig. 9 is that the A of Fig. 8 is to schematic diagram;
Figure 10 is the front view of the slide bar of Inner ingot bracket assembly in the utility model;
Figure 11 is the vertical view of the roller dial of the utility model China and foreign countries ingot bracket assembly;
Figure 12 is that the B of Figure 11 is to schematic diagram;
Figure 13 is the structural representation of wire guide plate in the utility model.
The specific embodiment
Below in conjunction with the drawings and specific embodiments the utility model is further described.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12 and shown in Figure 13, present embodiment comprises center sun gear 8, rotating disk 6, rail brackets, outer ingot bracket assembly 10, Inner ingot bracket assembly 9, sickleshaped lifter 12 and prime mover.
Described prime mover can be motor, diesel engine and gasoline engine.The synchronizing wheel 1 of prime mover and big synchronizing wheel 2 be by being with 14 to be connected synchronously, and spools 3 the other end of big synchronizing wheel 2 fixedly has minor sprocket 4, and minor sprocket 4 and big center sprocket wheel 5 are connected by chain.Center sprocket wheel 5 is installed on the hollow center axle 16 by plural bearing 15.Center sun gear 8, fixed disk 11 and frame 17 are separately fixed on the central shaft 16.The cylindrical of center sun gear 8 is that gear 18, one ends have oil guiding hole 19, and oil guiding hole 19 is connected with oil feeding reservoirs by oil filling pipe.The conduit 20 of high-pressure rubber pipe is through in central shaft 16 hollow, and its front end fixedly has fixing 13 of high-pressure rubber pipe, and conduit 20 leading sections are by the circular slab center that is fixed as one with conduit.
Rail brackets is made up of rotating disk 6, branch rail brackets 22 and the cover plate 21 identical with inside and outside spindle number.Each minute rail brackets 22 and cover plate 21 be fixedly mounted on the rotating disk 6 by screw and alignment pin, rotating disk 6 and center sprocket wheel 5 are by the screw structure that is fixed as one.Each minute, there were two mounting guide rails 23 that are positioned at the Inner ingot bracket assembly on the same cambered surface, 24 and locating slot 91 rail brackets 22 inner ends.The position of rotating disk 6 between each minute rail brackets 22 is provided with yarn guide channel, between each cover plate 21, between each minute rail brackets 22 with in the corresponding yarn guide channel wire guide plate 25 arranged fixedly.Wire guide plate 25 upper ends are the limiting plate 26 of reaching the standard grade of outer ingot yarn, and the bottom is the limiting plate 27 that rolls off the production line of outer ingot yarn, and the limiting plate 27 that rolls off the production line is the arc that turns up, and groove to prevent outer ingot yarn when rolling off the production line reaching the standard grade to jump.The wire guide plate locating slot is arranged at the yarn guide channel bottom, and there is the positioning convex 99 that is complementary with the wire guide plate locating slot wire guide plate 25 lower ends, and wire guide plate 25 lower ends withstand in this locating slot, and the fixed block 101 of wire guide plate 25 upper ends is fixed on the front end face outer rim of cover plate 21.There is the guide-track groove 100 that is complementary with guide rail 23 and 24 wire guide plate 25 bottoms.Outer ingot bracket assembly 10 is fixed on the rear end that each divides rail brackets 22 by its bearing 28.Sickleshaped lifter 12 is fixedly arranged on the outer rim of fixed disk 11.The guide rail plate 34 of the outer ingot yarn on sickleshaped lifter 12 and the Inner ingot bracket assembly 9 is used, the turning point A point 97 of sickleshaped lifter 12 is to make outer ingot yarn by the low point that uprises, A point 97 is higher than the A ' point of the guide rail plate opposite position on the corresponding Inner ingot bracket assembly 9, the summit B point 102 of sickleshaped lifter 12 reaping hook ends is to make outer ingot yarn by the point of high step-down, and it is lower than the B ' point of guide rail plate 34 opposite positions on the corresponding Inner ingot bracket assembly 9.
Inner ingot bracket assembly 9 comprises the stretcher of guide rail plate 34, clutch and the band clutch controller of base 31, bobbin post 35, two U-shaped supports 37, outer ingot yarn.Anti-bobbin counter-rotating spring leaf 92 is installed on the bobbin post 35, in case the counter-rotating of principal vertical line axle, the outer end is equipped with bobbin baffle plate 36, and the inner end is equipped with bobbin Internal baffle 48.U-shaped support 37 is installed on the guide rail plate 34, and guide rail plate 34 1 sides also are equipped with stretcher.Base 31 ends are installed with location tooth bar 41, two groups of scroll wheels 43,47 and locating wheel 44, and every group of scroll wheel 43 or 47 includes a plurality of rollers: bearing.42 is axle A, and 45 is axle B, and 46 is check ring.Location tooth bar 41 is meshed with the gear wheel 30 of duplicate gear, the pinion 29 of duplicate gear is meshed with another pinion A 7, pinion A 7 is meshed with the gear 18 of center sun gear 8, two groups of scroll wheels 43 and 47 and locating wheel 44 respectively with each minute the rail brackets inner end Inner ingot bracket assembly mounting guide rail 23,24 and locating slot 91 be complementary, and mounting guide rail 23 and 24 and locating slot 91 in operation.The clutch of Inner ingot bracket assembly 9 comprises roller dish 32, roller dial 33 and roller 39.Stretcher comprises guide rod 50, slide bar 62, slide block 52, slide 56, stage clip 54,55 and two pulleys 53,59.Bobbin post 35 1 ends are inserted in the bearing 93 and 94 of installation in the bobbin post hole in the base 31.Roller dish 32 and roller dial 33 are enclosed within outside the bobbin post 35, and place successively in the bottom tub with pressure connecting disk 38 that bobbin post 35 is fixed together, are fixed on the base 31 by 34 crimping of guide rail plate.One side of roller dial 33 has a projection 51, and these projection 51 ends have the slide bar inserting groove 66 of inclination, and this projection 51 places in the bottom tub.Between roller dial 33 and the bobbin post 35 thrust bearing 40 is installed.Roller dish 32 upper ends have a plurality of along the downward-sloping roller slot A 65 of same direction of rotation along circumference, roller dial 33 outer rims have roller slot B 67 on the corresponding position, and roller 39 is connected in roller slot A 65 and the roller slot B 67.Slide bar 62 bottoms are through on guide rail plate 34 and the base 31, there is a downward tipper 64 to the circumference outer incline this end, this tipper 64 is plugged in the slide bar inserting groove 66 of roller dial, when slide bar 62 is in normal condition, roller 39 is connected to the shallow slot place, upper end of roller slot B 67 and roller slot A 65, roller 39 upper ends withstand on the pressure connecting disk 38, roller dish 32, roller dial 33 is connected and fixed by roller 39 with pressure connecting disk 38 is in the same place, when slide bar 62 rises, roller dial 33 rotation under the tipper of slide bar drives, under the effect of roller slot B 67, roller 39 rolls in roller slot A 65, when roller 39 is connected to the deep trouth place, lower end of roller slot B 67 and roller slot A 65, roller 39 upper ends break away from pressure connecting disk 38, and pressure connecting disk 38 breaks away from roller dish 32 and roller dial 33.Axle card 63 is fixedly arranged on the slide bar 62.Guide rod 50 and slide bar 62 bottoms are through respectively in the slide block 52.Guide rod 50 lower ends are fixed in the base 31, the slide 56 that the other end has socket and fixed by bearing pin 57, stage clip 60 and stage clip back-up ring 61, slide bar 62 upper ends are enclosed within slide 56 Inner, be crimped with stage clip 55 on the guide rod 50 between slide 56 and the slide block 52, be crimped with stage clip 54 on the slide bar 62 between slide 56 and the axle card 63.Under the normal condition, stage clip 54 is in impaction state.The end that slide 56 upper ends are positioned at bobbin post 35 fixedly has pulley spindle I 58, is hinged with pulley I 59 on the pulley spindle I 58; Fixedly there is the pulley spindle II slide block 52 lower ends, and the pulley spindle II is hinged with pulley II 53.49 is spring catch.
Outer ingot bracket assembly 10 comprises bearing 28, be fixed on base A 75 on the bearing 28, the stretcher A of bobbin post A 69, two U-shaped support As 68, pressing plate 70, clutch and the band clutch controller identical with bobbin post 35 structures of Inner ingot bracket assembly 9.Anti-bobbin counter-rotating spring leaf 92 is installed on the bobbin post A 69, and the outer end is equipped with bobbin baffle plate 36, and the inner end is equipped with bobbin Internal baffle 48.U-shaped support A 68 is installed on the pressing plate 70, and pressing plate 70 1 sides also are equipped with stretcher A.Near on the U-shaped support A 68 of stretcher A one end yarn guide bar 72 is arranged fixedly, yarn shift rod 71 is installed on the bearing 28.The clutch of outer ingot bracket assembly 10 comprises another roller dish 95, another roller dial 96 and the roller 39 identical with roller dish 32 structures of the clutch of Inner ingot bracket assembly 9.Stretcher A comprises puller system, slide bar A 74, compression spring A 76.Bobbin post A 69 1 ends are inserted in the bearing 78 and 79 of installation in the bobbin post hole in the base A 75.Another roller dish 95 and another roller dial 96 are enclosed within outside the bobbin post A 69, and place successively in the bottom tub with pressure connecting disk 73 that bobbin post A 69 is fixed together, are fixed on the base A 75 by pressing plate 70 crimping.One side of another roller dial 96 has a protruding A 98, and this projection A 98 ends have straight slide bar inserting groove A 95, and this projection A 98 places in the bottom tub.Between another roller dial 96 and the bobbin post A 69 thrust bearing 40 is installed.Another roller dish 95 upper ends have a plurality of along the downward-sloping roller slot A 65 of same direction of rotation along circumference, another roller dial 96 outer rims have roller slot B 67 on the corresponding position, and roller 39 is connected in roller slot A 65 and the roller slot B 67.Slide bar A 74 is through in the slide bar guide groove of base A 75, be crimped with compression spring A 76 between the slide bar groove that has on one end and the base A 75, clamping position roof pressure on the other end and the shift fork 87 together, middle raised points 77 is socketed in the slide bar inserting groove A 95 of roller dial.When slide bar A 74 was in normal condition, roller 39 was connected to the shallow slot place, upper end of roller slot B 67 and roller slot A 65, and roller 39 upper ends withstand on the pressure connecting disk 73, and another roller dish 95, another roller dial 96 and pressure connecting disk 73 are connected and fixed by roller 39 is in the same place.During shift fork 87 rotations, shift fork 87 drives slide bar A 74 and moves, the rotation under the raised points 77 of slide bar drives of another roller dial 96, under the effect of roller slot B 67, roller 39 rolls in roller slot A 65, when roller 39 is connected to the deep trouth place, lower end of roller slot B 67 and roller slot A 65, roller 39 upper ends break away from pressure connecting disk 73, and pressure connecting disk 73 breaks away from another roller dish 32 and another roller dial 33.Puller system comprises that pressure cap 85, torsion axis 80, torsion spring 82, shift fork 87, torsion spring seat 83, an end have gland 81 and the pulley III 86 of plane ratchet 84.Torsion spring 82 is enclosed within the gland 81 on the torsion axis 80 and is fixed on outside the torsion axis 80 torsion spring seat 83 outward, and the one end is fixed on torsion spring seat 83 ends, and the other end is fixed on the gland 81.Plane ratchet 84 intermeshes on ratchet on the pressure cap 85 and the gland.Pressure cap 85 is enclosed within outside the torsion axis 80, is fixed on the torsion axis 80 by pivot pin and spring crimping, and spacer pin 88 is arranged on it, and stopper slot 89 is arranged on the torsion axis, and spacer pin 88 is positioned at stopper slot 89.Shift fork 87 1 ends fixedly have the pulley spindle III, and pulley III 86 is hinged on the pulley spindle III.90 is the torsion spring postive stop baffle.
Above-described embodiment only is preferred and exemplary, and those skilled in the art can carry out equivalent technologies according to the description of this patent and improve, and it is all covered by the protection domain of this patent.
Claims (7)
1. high-pressure rubber pipe braiding machine, it is characterized in that: it comprises center sun gear, rotating disk, rail brackets, outer ingot bracket assembly, Inner ingot bracket assembly, sickleshaped lifter and prime mover;
Prime mover driven center sprocket rotation, center sprocket wheel are rotatably installed on the hollow center axle; Center sun gear, fixed disk and frame are separately fixed on the central shaft; The cylindrical of center sun gear is gear, and an end has oil guiding hole, and oil guiding hole is connected with oil feeding reservoirs by oil filling pipe; The conduit of high-pressure rubber pipe is through in central shaft hollow, and its front end fixedly has fixedly head of high-pressure rubber pipe, and leading section is fixed on the front end center of center sun gear;
Rail brackets is made up of rotating disk, branch rail brackets and the cover plate identical with inside and outside spindle number, each minute rail brackets and cover plate removably be fixedly mounted on the rotating disk, rotating disk and the center sprocket wheel structure that is fixed as one, each minute the rail brackets inner end two mounting guide rail and locating slots that are positioned at the Inner ingot bracket assembly on the same cambered surface are arranged; The position of rotating disk between each minute rail brackets is provided with yarn guide channel, between each cover plate, between each minute rail brackets with in the corresponding yarn guide channel wire guide plate arranged fixedly; The wire guide plate upper end is the limiting plate of reaching the standard grade of outer ingot yarn, and the bottom is the limiting plate that rolls off the production line of outer ingot yarn, and the limiting plate that rolls off the production line is the arc that turns up; Outer ingot bracket assembly is fixed on the same end that each divides rail brackets by its bearing; The sickleshaped lifter is fixedly arranged on the outer rim of fixed disk; The guide rail plate of the outer ingot yarn on sickleshaped lifter and the Inner ingot bracket assembly is used, the turning point A point of sickleshaped lifter is to make outer ingot yarn by the low point that uprises, the A point is higher than the some A ' of the guide rail plate opposite position on the corresponding Inner ingot bracket assembly, the summit B of sickleshaped lifter reaping hook end makes outer ingot yarn by the point of high step-down, and it is lower than the some B ' of the guide rail plate opposite position on the corresponding Inner ingot bracket assembly;
Inner ingot bracket assembly comprises the stretcher of guide rail plate, clutch and the band clutch controller of base, bobbin post, two U-shaped supports, outer ingot yarn; The bobbin post is fixedly mounted on the base by clutch is rotatable, and anti-bobbin counter-rotating spring leaf is installed on it, and the guide rail plate is through the bobbin column bottom, and crimping is fixed on the base; The U-shaped support is installed on the guide rail plate, and guide rail plate one side also is equipped with stretcher; Base end is installed with location tooth bar, two groups of scroll wheels and locating wheel, and every group of scroll wheel includes a plurality of rollers; The location tooth bar is meshed with the gear wheel of duplicate gear, the pinion of duplicate gear is meshed with another pinion A, pinion A is meshed with the gear of center sun gear, two groups of scroll wheels and locating wheel respectively with each minute the rail brackets inner end mounting guide rail and the locating slot of Inner ingot bracket assembly be complementary, and in mounting guide rail and locating slot, move;
Outer ingot bracket assembly comprises bearing, be fixed on base A on the bearing, the stretcher A of bobbin post A, two U-shaped support As, pressing plate, clutch and the band clutch controller identical with the bobbin rod structure of Inner ingot bracket assembly; Bobbin post A is fixedly mounted on the base A by clutch is rotatable, and anti-bobbin counter-rotating spring leaf is installed on it, and pressing plate is through bobbin post A bottom, and crimping is fixed on the base A; U-shaped support A is installed on the pressing plate, and pressing plate one side also is equipped with stretcher A; One of them U-shaped support A goes up fixedly the yarn guide bar, and the yarn shift rod is installed on the bearing.
2. high-pressure rubber pipe braiding machine according to claim 1, it is characterized in that: described prime mover is motor or diesel engine or gasoline engine; The synchronizing wheel of prime mover drives big synchronizing wheel by synchronous band, and the other end of the axle of big synchronizing wheel fixedly has minor sprocket, and minor sprocket drives the center sprocket rotation.
3. high-pressure rubber pipe braiding machine according to claim 1 and 2, it is characterized in that: the wire guide plate locating slot is arranged at the yarn guide channel bottom of described rotating disk, there is the positioning convex that is complementary with the wire guide plate locating slot wire guide plate lower end, the wire guide plate lower end withstands in this locating slot, and the fixed block of wire guide plate upper end is fixed on the front end face outer rim of cover plate; There is the guide-track groove that is complementary with guide rail the wire guide plate bottom, and guide-track groove makes things convenient for the gear rotation.
4. high-pressure rubber pipe braiding machine according to claim 3, it is characterized in that: the clutch of described Inner ingot bracket assembly comprises roller dish, roller dial and roller; Stretcher comprises guide rod, slide bar, slide block, slide, stage clip and two pulleys; Bobbin post one end is inserted in the bearing of installing in the interior bobbin post hole of base; Roller dish and roller dial are enclosed within outside the bobbin post, and place successively in the bottom tub with pressure connecting disk that the bobbin post is fixed together, are fixed on the base by the crimping of guide rail plate; One side of roller dial has a projection, and this projection end has the slide bar inserting groove of inclination, and this projection places in the bottom tub, between roller dial and the bobbin post thrust bearing is installed; Roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B; The slide bar bottom is through on guide rail plate and the base, there is a downward tipper to the circumference outer incline this end, this tipper is plugged in the slide bar inserting groove of roller dial, when slide bar is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, the roller dish, the roller dial is connected and fixed by roller with pressure connecting disk is in the same place, when slide bar rises, the rotation under the tipper of slide bar drives of roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and roller dish and the disengaging of roller dial; The axle card is fixedly arranged on the slide bar; Guide rod and slide bar bottom are through in the slide block respectively; Lower end of the guide rod is fixed in the base, and socket is arranged the other end and by bearing pin and the fixing slide of stage clip, the slide bar upper end is enclosed within slide Inner, and the guide rod between slide and the slide block is crimped with stage clip, is crimped with stage clip on the slide bar between slide and the axle card; Under the normal condition, stage clip is in impaction state; The end that the slide upper end is positioned at the bobbin post fixedly has the pulley spindle I, is hinged with the pulley I on the pulley spindle I; Fixedly there is the pulley spindle II slide block lower end, and the pulley spindle II is hinged with the pulley II.
5. high-pressure rubber pipe braiding machine according to claim 4 is characterized in that: the clutch of described outer ingot bracket assembly comprises another roller dish, another roller dial and the roller identical with the roller dish structure of the clutch of Inner ingot bracket assembly; Stretcher comprises puller system, slide bar A, compression spring A; Bobbin post A one end is inserted in the bearing of installing in the interior bobbin post hole of base A; Another roller dish and another roller dial are enclosed within outside the bobbin post A, and place successively in the bottom tub with pressure connecting disk that bobbin post A is fixed together, are fixed on the base A by the pressing plate crimping; One side of another roller dial has a protruding A, and this projection A end has straight slide bar inserting groove A, and this projection A places in the bottom tub, between another roller dial and the bobbin post A thrust bearing is installed; Another roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, another roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B; Slide bar A is through in the slide bar guide groove of base A, is crimped with compression spring A between the slide bar groove that has on an end and the base A, the clamping position roof pressure on the other end and the shift fork together, middle raised points is socketed in the slide bar inserting groove A of roller dial; When slide bar A is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, another roller dish, another roller dial are connected and fixed by roller with pressure connecting disk is in the same place, during the shift fork rotation, shift fork drives slide bar A and moves, the rotation under the raised points of slide bar A drives of another roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and another roller dish and the disengaging of another roller dial; Puller system comprises that pressure cap, torsion axis, torsion spring, shift fork, torsion spring seat, an end have gland and the pulley III of ratchet; The gland of torsion spring set on being enclosed within torsion axis and being fixed on outside the torsion spring seat outside the torsion axis, the one end is fixed on torsion spring seat end, and the other end is fixed on the gland; The plane ratchet intermeshes on ratchet on the pressure cap and the gland; Pressure cap is enclosed within outside the torsion axis, is fixed on the torsion axis by pivot pin and spring crimping, and spacer pin is arranged on it, and stopper slot is arranged on the torsion axis, and spacer pin is positioned at stopper slot; Shift fork one end fixedly has the pulley spindle III, and the pulley III is hinged on the pulley spindle A.
6. high-pressure rubber pipe braiding machine according to claim 3 is characterized in that: the clutch of described outer ingot bracket assembly comprises another roller dish, another roller dial and the roller identical with the roller dish structure of the clutch of Inner ingot bracket assembly; Stretcher comprises puller system, slide bar A, compression spring A; Bobbin post A one end is inserted in the bearing of installing in the interior bobbin post hole of base A; Another roller dish and another roller dial are enclosed within outside the bobbin post A, and place successively in the bottom tub with pressure connecting disk that bobbin post A is fixed together, are fixed on the base A by the pressing plate crimping; One side of another roller dial has a protruding A, and this projection A end has straight slide bar inserting groove A, and this projection A places in the bottom tub, between another roller dial and the bobbin post A thrust bearing is installed; Another roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, another roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B; Slide bar A is through in the slide bar guide groove of base A, is crimped with compression spring A between the slide bar groove that has on an end and the base A, the clamping position roof pressure on the other end and the shift fork together, middle raised points is socketed in the slide bar inserting groove A of roller dial; When slide bar A is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, another roller dish, another roller dial are connected and fixed by roller with pressure connecting disk is in the same place, during the shift fork rotation, shift fork drives slide bar A and moves, the rotation under the raised points of slide bar A drives of another roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and another roller dish and the disengaging of another roller dial; Puller system comprises that pressure cap, torsion axis, torsion spring, shift fork, torsion spring seat, an end have gland and the pulley III of ratchet; The gland of torsion spring set on being enclosed within torsion axis and being fixed on outside the torsion spring seat outside the torsion axis, the one end is fixed on torsion spring seat end, and the other end is fixed on the gland; The plane ratchet intermeshes on ratchet on the pressure cap and the gland; Pressure cap is enclosed within outside the torsion axis, is fixed on the torsion axis by pivot pin and spring crimping, and spacer pin is arranged on it, and stopper slot is arranged on the torsion axis, and spacer pin is positioned at stopper slot; Shift fork one end fixedly has the pulley spindle III, and the pulley III is hinged on the pulley spindle A.
7. high-pressure rubber pipe braiding machine according to claim 1 and 2 is characterized in that: the clutch of described outer ingot bracket assembly comprises another roller dish, another roller dial and the roller identical with the roller dish structure of the clutch of Inner ingot bracket assembly; Stretcher comprises puller system, slide bar A, compression spring A; Bobbin post A one end is inserted in the bearing of installing in the interior bobbin post hole of base A; Another roller dish and another roller dial are enclosed within outside the bobbin post A, and place successively in the bottom tub with pressure connecting disk that bobbin post A is fixed together, are fixed on the base A by the pressing plate crimping; One side of another roller dial has a protruding A, and this projection A end has straight slide bar inserting groove A, and this projection A places in the bottom tub, between another roller dial and the bobbin post A thrust bearing is installed; Another roller dish upper end has a plurality of along the downward-sloping roller slot A of same direction of rotation along circumference, another roller dial outer rim has roller slot B on the corresponding position, and roller is connected in roller slot A and the roller slot B; Slide bar A is through in the slide bar guide groove of base A, is crimped with compression spring A between the slide bar groove that has on an end and the base A, the clamping position roof pressure on the other end and the shift fork together, middle raised points is socketed in the slide bar inserting groove A of roller dial; When slide bar A is in normal condition, roller is connected to the shallow slot place, upper end of roller slot B and roller slot A, the roller upper end withstands on the pressure connecting disk, another roller dish, another roller dial are connected and fixed by roller with pressure connecting disk is in the same place, during the shift fork rotation, shift fork drives slide bar A and moves, the rotation under the raised points of slide bar A drives of another roller dial, under the effect of roller slot B, roller rolls in roller slot A, when roller is connected to the deep trouth place, lower end of roller slot B and roller slot A, the roller upper end breaks away from pressure connecting disk, pressure connecting disk and another roller dish and the disengaging of another roller dial; Puller system comprises that pressure cap, torsion axis, torsion spring, shift fork, torsion spring seat, an end have gland and the pulley III of ratchet; The gland of torsion spring set on being enclosed within torsion axis and being fixed on outside the torsion spring seat outside the torsion axis, the one end is fixed on torsion spring seat end, and the other end is fixed on the gland; The plane ratchet intermeshes on ratchet on the pressure cap and the gland; Pressure cap is enclosed within outside the torsion axis, is fixed on the torsion axis by pivot pin and spring crimping, and spacer pin is arranged on it, and stopper slot is arranged on the torsion axis, and spacer pin is positioned at stopper slot; Shift fork one end fixedly has the pulley spindle III, and the pulley III is hinged on the pulley spindle A.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320197376 CN203229736U (en) | 2013-04-18 | 2013-04-18 | High-pressure rubber pipe weaving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320197376 CN203229736U (en) | 2013-04-18 | 2013-04-18 | High-pressure rubber pipe weaving machine |
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| CN203229736U true CN203229736U (en) | 2013-10-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320197376 Expired - Fee Related CN203229736U (en) | 2013-04-18 | 2013-04-18 | High-pressure rubber pipe weaving machine |
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| CN (1) | CN203229736U (en) |
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105019135A (en) * | 2015-05-08 | 2015-11-04 | 李江涛 | High-precision spindle of braiding machine |
| CN105040266A (en) * | 2015-04-23 | 2015-11-11 | 李江涛 | Guide-rail-type constant-distance thread-releasing knitting machine |
| CN106592096A (en) * | 2017-01-24 | 2017-04-26 | 青岛中亿伟业机械制造有限公司 | Rotary oft pipe knitting machine |
| CN106702591A (en) * | 2017-03-01 | 2017-05-24 | 青岛事旺达动力装备有限公司 | Novel knitting machine |
| CN106917185A (en) * | 2017-04-11 | 2017-07-04 | 南京利德东方橡塑科技有限公司 | A kind of braider weaving point temperature control equipment and control method |
| CN107675352A (en) * | 2017-09-29 | 2018-02-09 | 青岛中亿伟业机械制造有限公司 | A kind of braider |
| CN107700069A (en) * | 2017-09-29 | 2018-02-16 | 青岛中亿伟业机械制造有限公司 | A kind of braider with draw-gear |
| CN107805883A (en) * | 2017-09-29 | 2018-03-16 | 青岛中亿伟业机械制造有限公司 | A kind of braider of band closing door body |
| CN108642704A (en) * | 2018-07-21 | 2018-10-12 | 徐州恒辉编织机械有限公司 | A kind of compound pipeline complex pipeline winding braiding all-in-one machine drive mechanism |
| CN110004587A (en) * | 2019-05-18 | 2019-07-12 | 徐州恒辉编织机械有限公司 | A kind of dedicated braider of sewage treatment carbon fiber ecology water plant |
| CN113601166A (en) * | 2021-08-09 | 2021-11-05 | 湖北唯思凌科装备制造有限公司 | Spinning frame cradle subassembly assembly quality |
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2013
- 2013-04-18 CN CN 201320197376 patent/CN203229736U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040266A (en) * | 2015-04-23 | 2015-11-11 | 李江涛 | Guide-rail-type constant-distance thread-releasing knitting machine |
| CN105019135A (en) * | 2015-05-08 | 2015-11-04 | 李江涛 | High-precision spindle of braiding machine |
| CN106592096A (en) * | 2017-01-24 | 2017-04-26 | 青岛中亿伟业机械制造有限公司 | Rotary oft pipe knitting machine |
| CN106702591B (en) * | 2017-03-01 | 2018-07-24 | 青岛事旺达动力装备有限公司 | A kind of braider |
| CN106702591A (en) * | 2017-03-01 | 2017-05-24 | 青岛事旺达动力装备有限公司 | Novel knitting machine |
| CN106917185A (en) * | 2017-04-11 | 2017-07-04 | 南京利德东方橡塑科技有限公司 | A kind of braider weaving point temperature control equipment and control method |
| CN106917185B (en) * | 2017-04-11 | 2019-03-29 | 南京利德东方橡塑科技有限公司 | A kind of braider weaving point temperature control equipment and control method |
| CN107700069A (en) * | 2017-09-29 | 2018-02-16 | 青岛中亿伟业机械制造有限公司 | A kind of braider with draw-gear |
| CN107805883A (en) * | 2017-09-29 | 2018-03-16 | 青岛中亿伟业机械制造有限公司 | A kind of braider of band closing door body |
| CN107675352A (en) * | 2017-09-29 | 2018-02-09 | 青岛中亿伟业机械制造有限公司 | A kind of braider |
| CN108642704A (en) * | 2018-07-21 | 2018-10-12 | 徐州恒辉编织机械有限公司 | A kind of compound pipeline complex pipeline winding braiding all-in-one machine drive mechanism |
| CN108642704B (en) * | 2018-07-21 | 2023-10-03 | 徐州恒辉编织机械有限公司 | Transmission structure of composite pipeline winding and braiding integrated machine |
| CN110004587A (en) * | 2019-05-18 | 2019-07-12 | 徐州恒辉编织机械有限公司 | A kind of dedicated braider of sewage treatment carbon fiber ecology water plant |
| CN110004587B (en) * | 2019-05-18 | 2023-12-15 | 徐州恒辉编织机械有限公司 | Special braider of ecological pasture and water of sewage treatment carbon fiber |
| CN113601166A (en) * | 2021-08-09 | 2021-11-05 | 湖北唯思凌科装备制造有限公司 | Spinning frame cradle subassembly assembly quality |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131009 Termination date: 20190418 |
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| CF01 | Termination of patent right due to non-payment of annual fee |