CN202321481U

CN202321481U - Bucket conveyer

Info

Publication number: CN202321481U
Application number: CN2011204800510U
Authority: CN
Inventors: 潘熠; 潘慧; 潘沁
Original assignee: CHANGSHU LONGLUE ELECTROMECHANICAL Co Ltd
Current assignee: CHANGSHU LONGLUE ELECTROMECHANICAL Co Ltd
Priority date: 2011-11-28
Filing date: 2011-11-28
Publication date: 2012-07-11
Anticipated expiration: 2021-11-28

Abstract

The utility model discloses a bucket conveyer, and belongs to the technical field of fabric conveying machinery. The bucket conveyer comprises a stander, a feeding bucket driving mechanism arranged on the stander, a group of feeding buckets which are connected with the feeding bucket driving mechanism at intervals and matched with the first annular guide rails and the second annular guide rails and a feeding bucket opening mechanism which is arranged on the stander and matched with the feeding buckets, wherein a first annular guide rail and a second annular guide rail are fixed on each of two sides of the stander; the tops of the first annular guide rails and the second annular guide rails are exposed from the top of the stander, and the bottoms of the first annular guide rails and the second annular guide rails are exposed from the bottom of the stander; gaps are reserved between the first annular guide rails and the second annular guide rails; the second annular guide rails are encircled by the first annular guide rails; and under the driving of the feeding bucket driving mechanism, the feeding buckets repeatedly move along the first annular guide rails and the second annular guide rails. The bucket conveyer has the advantages of overcoming the shortcomings of low efficiency and high labor intensity of workers, which are caused by manual moving, and improving the conveying efficiency along with simple structure and convenience for mounting, use and maintenance.

Description

Bucket carrier

Technical field

The utility model belongs to the fabric technical field of conveying machinery, is specifically related to a kind of bucket carrier, and the fabric that supplies textile printing and dyeing manufacturer will be in a certain floor is transferred to another floor

Background technology

are at textile printing and dyeing enterprises; Be usually directed to textile is transferred to from a certain floor the textile transshipment problem of another floor; The finishing process that grey cloth after for example will being finished by the upper floor braiding is transferred to the bottom floor carries out the back arrangement, and vice versa.In the prior art; The textile that forms cloth shape, drum or other analogous shape roughly there are following several kinds of forms from the branch mode that upper floor is transferred to the bottom floor or floor is transferred to upper floor from the bottom: the one, take on by manpower; Undoubtedly, manpower transhipment textile exists inefficiency and the big drawback of labor strength; The 2nd, the form of employing tilting slide plate; For example offer cooresponding aperture, position until the terrace of a floor of topmost at top ceiling from bottom; The place is provided with the bevelled service creeper in the aperture, and by means of service creeper the textile of upper floor being lain drops down onto the floor of bottom, and this mode not only can't make the textile of bottom floor carry to top tower layer; And can undermine textile, for example make the textile of drum produce gyro trend (deviating from), loose and roll up and even damage from core; Three are to use dumb waiter to pass on, because dumb waiter cost height, installation, use and troublesome maintenance and most enterprise often receives objective or subjective factor restricts and can't install or incompetence is installed.

are though be seen in the textile feedway in disclosed Chinese patent document; But can not satisfy textile is transported requirement from top to bottom or from bottom to top by people's intention, " open width fabric relax formula synchronization conveying device " that " being used to carry the equipment and the method for fabric " that " the fabric turnover feedway " that CN201296857Y provides and CN101802287A introduce and CN2635630Y recommend or the like is illustration.

In view of above-mentioned prior art, be necessary to innovate, the applicant has done to explore and design for this reason, and the technical scheme that will introduce below produces under this background

Summary of the invention

The task of the utility model is to provide a kind of and helps to alleviate labor strength, help improving to textile pass on efficient, be of value to and satisfy from top to bottom or two-way from bottom to top transport requirement, have and be convenient to embody simple in structure and working service convenient and practice thrift the bucket carrier of investment.

The task of the utility model is accomplished like this; A kind of bucket carrier; Comprise a frame, respectively be fixed with one first ring-shaped guide rail and one second ring-shaped guide rail in the both sides of this frame and in the position that faces each other, the top of first, second ring-shaped guide rail all leans out the top of frame; And the bottom of first, second ring-shaped guide rail all leans out the bottom of frame; And maintain spacing between first, second ring-shaped guide rail, wherein, second ring-shaped guide rail is surrounded by first ring-shaped guide rail; One conveyer bucket drives fortune mechanism, and this conveyer bucket drives fortune mechanism and is arranged on the described frame; One group of conveyer bucket; This group conveyer bucket drives fortune mechanism with interval state and said conveyer bucket and is connected; And match with described first ring-shaped guide rail and second ring-shaped guide rail simultaneously; Drive at conveyer bucket under the driving of fortune mechanism, this group conveyer bucket moves along first ring-shaped guide rail and second ring-shaped guide rail again and again; One is used for conveyer bucket opener that said conveyer bucket is opened at required floor position, and this conveyer bucket opener is arranged on the described frame equally, and matches with conveyer bucket.

in one of the utility model concrete embodiment, the equal ovalize ring-shaped guide rail of the shape of described first ring-shaped guide rail and described second ring-shaped guide rail.

are in another concrete embodiment of the utility model; Described conveyer bucket drives fortune mechanism and comprises first motor, first, second power wheel, first driving band, first drop-gear box, first rotating shaft and second rotating shaft; First motor and first drop-gear box jointly are fixed on the bottom of the same side of said frame; First power wheel is fixed on the motor shaft of first motor, and second power wheel is fixed on the first drop-gear box power input shaft of first drop-gear box, and an end of first driving band is nested with on first power wheel; And the other end is nested with on second power wheel; First rotating shaft is bearing on the frame rotationally, and corresponding to the top between described a pair of second ring-shaped guide rail, second rotating shaft is bearing on the frame rotationally; And corresponding to the bottom between described a pair of second ring-shaped guide rail; First, second rotating shaft keeps up and down corresponding relation each other, and the first drop-gear box power take-off shaft of second rotating shaft and first drop-gear box is in transmission connection, wherein: respectively be fixed with one the 3rd power wheel at the two ends of first rotating shaft; And respectively be fixed with one the 4th power wheel at the two ends of second rotating shaft and in position corresponding to the 3rd power wheel; Between a pair of the 3rd power wheel and a pair of the 4th power wheel, respectively be arranged with one second driving band, the two ends of described one group of conveyer bucket are connected between a pair of second driving band with the interval state, and described conveyer bucket opener is corresponding between second ring-shaped guide rail.

in another concrete embodiment of the utility model, when described first, second power wheel was belt pulley, described first driving band was a drive belt; And when described first, second power wheel was sprocket wheel, described first driving band was a driving chain, and described the 3rd power wheel and described the 4th power wheel are sprocket wheel, and described second driving band is the driving chain of no end points.

are in another concrete embodiment of the utility model; Described conveyer bucket comprises hopper base plate, hopper door, first, second hopper door flip-arm, first, second turning rod, first spring and second spring; Hopper base plate two ends respectively are fixed with a floor board framing; Pivot is provided with roller outside an internal trolley and in the bottom of each floor board framing, and internal trolley matches with described second ring-shaped guide rail, and outer roller matches with described first ring-shaped guide rail; And on the outer wall of an end of said frame, respectively be fixed with chain shaft at a pair of floor board framing; Chain shaft is connected with described second driving band, and hopper door is corresponding back to the top of a side of the length direction of frame with the hopper base plate, and an end of the first hopper door flip-arm and an end of hopper door are fixed; And the other end of the first hopper door flip-arm is arranged on one of them floor board framing in the described a pair of floor board framing rotationally; One end of the second hopper door flip-arm and the other end of hopper door are fixed, and the other end of the second hopper door flip-arm is arranged on another floor board framing in a pair of floor board framing equally rotationally, and an end of first turning rod matches with the first hopper door flip-arm; The other end is connected on one of them floor board framing in a pair of floor board framing rotationally; And corresponding with described conveyer bucket opener, an end of second turning rod matches with the second hopper door flip-arm, and the other end is connected equally rotationally on another floor board framing in a pair of floor board framing and is corresponding with described conveyer bucket opener; One end of first spring is fixed on first turning rod; The other end is fixed on one of them floor board framing in a pair of floor board framing, and an end of second spring is fixed on second turning rod, and the other end is fixed on another floor board framing in a pair of floor board framing.

also have among the concrete embodiment the utility model; Described conveyer bucket opener comprises second motor, second drop-gear box, the 3rd, the 4th rotating shaft and turning rod actuator shaft; Second motor cooperates with the second drop-gear box transmission; And be fixed on a side of said frame together with second motor by second drop-gear box; The 3rd rotating shaft is bearing on the frame rotationally, and corresponding to the top between described a pair of second ring-shaped guide rail, and the 4th rotating shaft is bearing on the frame and corresponding to the bottom between a pair of second ring-shaped guide rail equally rotationally; Three, the 4th rotating shaft keeps corresponding relation up and down each other; And the second braking maneuver power output shaft of the 4th rotating shaft and second reductor is in transmission connection, wherein: respectively be fixed with one the 5th power wheel at the two ends of the 3rd rotating shaft, and respectively be fixed with one the 6th power wheel at the two ends of the 4th rotating shaft and in the position corresponding to the 5th power wheel; Between a pair of the 5th power wheel and a pair of the 6th power wheel, respectively be arranged with one the 3rd driving band; The end, two ends of turning rod actuator shaft respectively is fixed with a slider guide, and each slider guide is connected with the 3rd driving band, on the turning rod actuator shaft and in the position that corresponds respectively to said first, second turning rod, is provided with a pair of block plate cover.

the utility model more and among concrete embodiment, described the 5th power wheel and described the 6th power wheel are sprocket wheel, described the 3rd driving band is a chain.

the utility model so that concrete embodiment in; Respectively be fixed with a slide block guide rail, described slider guide and slide block guide rail bearing fit in described frame both sides and in middle position corresponding to the Width of described a pair of second ring-shaped guide rail.

the utility model again more and among concrete embodiment, the two ends of described second ring-shaped guide rail are monolateral guide rail, and the middle part is bilateral guide rail.

are at again and then among concrete embodiment of the utility model; Respectively be provided with a tensioner regulating mechanism in the corresponding both sides at the top of said frame and corresponding to the position at the two ends of described first rotating shaft, first rotating shaft is bearing on the tensioner regulating mechanism rotationally.

It is that path of motion moves again and again with first, second ring-shaped guide rail simultaneously that the technical scheme that the utility model provides can make conveyer bucket drive driving under the fortune of fortune mechanism at conveyer bucket; Thereby both can the textile of bottom floor be transferred to upper floor; Again can be with the textile of upper floor to bottom floor movement; Not only help avoid the shortcoming that the efficient that causes because of the manpower transport is low, labor strength is big, and help improving transport efficiency; Integral structure is simple, installs and uses with easy to maintenance.

Description of drawings

Fig. 1 is the example structure figure of the utility model.

Fig. 2 drives the scheme drawing that cooperates of second driving band 28 of transporting mechanism for conveyer bucket shown in Figure 1 and conveyer bucket opener and with conveyer bucket.

Fig. 3 is the application examples scheme drawing of the utility model.

The specific embodiment

can be expressly understood the technical spirit and the beneficial effect of the utility model more for the inspector that the makes Patent Office especially public; The applicant general elaborates with the mode of embodiment below; But the description to embodiment all is not the restriction to the utility model scheme, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be regarded as the technical scheme category of the utility model.

please provide frame 1 frame-type and that be preferably Openworks shape referring to Fig. 1, and this frame 1 constitutes the structure of cuboid in the present embodiment.With present location status shown in Figure 1 is example (as follows); Respectively be fixed with each other equal one first a consistent ring-shaped guide rail 11 of shape and size in the both sides of frame 1 (left and right side) and in the position that faces each other; Should be bilateral guide rail to first ring-shaped guide rail 11; So-called bilateral guide rail is meant that first ring-shaped guide rail, 11 shape of cross sections take the shape of the letter U, and U-shaped has an opposite side.Equally; Respectively be fixed with each other shape one second ring-shaped guide rail 12 all identical with size in the both sides of frame 1 (left and right side) and in the position that faces each other; Should be bilateral guide rail to the middle part of second ring-shaped guide rail 12; The notion of bilateral guide rail is with the description to first ring-shaped guide rail 11, and the two ends of second ring-shaped guide rail 12 respectively constitute monolateral guide rail.Inside and outside roller 3111,3112 on the hopper base plate 31 of the conveyer bucket 3 that also will describe in detail below so structure can satisfy turns round smoothly, because the shape of the global shape ovalize of first, second ring-shaped guide rail 11,12.Wherein, Second ring-shaped guide rail 12 is positioned at first ring-shaped guide rail 11; That is to say that second ring-shaped guide rail 12 is by 11 encirclements of first ring-shaped guide rail, first, second ring-shaped guide rail 11, the distance between 12 and aforesaid inside and outside roller 3111, the distance between 3112 adapt.

are more properly said in the middle position of the Width of aforesaid second ring-shaped guide rail 12 respectively to be fixed with a slide block guide rail 13 on frame 1 and same in the position that faces each other.And respectively be equipped with a tensioner regulating mechanism 14 in the middle position of the corresponding both sides at the top of frame 1; Each tensioner regulating mechanism 14 comprises a pair of vertically parallel each other axle bed guide rail 141, an adjustment axle bed 142 and an adjustable bolt 143; A pair of axle bed guide rail 141 is fixed on the frame 1; Adjustment axle bed 142 and a pair of axle bed guide rail 141 bearing fits, adjustable bolt 143 revolve to fit on the frame 1 and with the bottom of adjustment axle bed 142 and are connected.This is used for that to tensioner regulating mechanism 14 the following conveyer bucket that also will detail is driven first rotating shaft 26 of transporting mechanism 2 regulates, so that the transmission effect of second driving band 28 is able to reliable performance.

Fig. 1 please be continued to see in ; The conveyer bucket that provides drive fortune mechanism 2 preferably but not the structure that definitely is limited to is following: comprise first motor 21, first, second power wheel 22,23, first driving band 24, first drop-gear box 25, first, second rotating shaft 26,27 and second driving band 28; First motor 21 and first drop-gear box 25 all are fixed on the bottom on the right side (location status shown in Figure 1) of frame 1 in the present embodiment; First power wheel 22 is fixed on the motor shaft 211 of first motor 21; Second power wheel 23 then is fixed on the first drop-gear box power input shaft 251 of first drop-gear box 25; One end of first driving band 24 is nested with on first power wheel 22; The other end is nested with on second power wheel 23; The two ends of first rotating shaft 26 are bearing on the adjustment axle bed 142 of the aforesaid tensioner regulating mechanism 14 that is provided with of corresponding to each other rotationally, and the two ends of second rotating shaft 27 respectively are bearing in the bottom of frame 1 rotationally through primary shaft bearing 272, and are in transmission connection with the first drop-gear box power take-off shaft 252 of first drop-gear box 25.Shown in figure; First rotating shaft 26 is corresponding to the top between aforesaid a pair of second ring-shaped guide rail 12; Second rotating shaft 27 is then corresponding to the bottom of a pair of second ring-shaped guide rail 12, and first, second rotating shaft 26,27 keeps abundant up and down cooresponding corresponding relation each other.Respectively be fixed with one the 3rd power wheel 261 at the two ends of first rotating shaft 26; And respectively be fixed with one the 4th power wheel 271 at the two ends of second rotating shaft 27 and in position corresponding to the 3rd power wheel 261; At each the 3rd, the 4th power wheel 261, be nested with second driving band 28 between 271, that is to say that second driving band 28 has a pair of; One end of each root second driving band 28 is enclosed within on the 3rd power wheel 261, and the other end is enclosed within on the 4th power wheel 271.

When are belt pulley when aforesaid first, second power wheel 22,23; Then first driving band 24 is a drive belt; And when first, second power wheel 22,23 was sprocket wheel, first driving band 24 was a driving chain so, and present embodiment is selected the former.

Fig. 1 please referring to Fig. 2 and be continued to combine in ; The conveyer bucket 3 that provides preferably but not the structure that definitely is limited to is following: comprise hopper base plate 31, hopper door 32, first, second hopper door flip- arm 33,34, first, second turning rod 35,36, first spring 37 and second spring 38; Hopper base plate 31 also can be described as the charge plate; Because in use, textile 5 (Fig. 3 shows) to be transported is placed on the hopper base plate 31, and each is with welding, rivet or perhaps being fixed with a floor board framing 311 with other similar fashion with fastener at the two ends of hopper base plate 31; Bottom at each floor board framing 311 is provided with an internal trolley 3111 rotationally through first axle bed 31111; This matches with aforesaid a pair of second ring-shaped guide rail 12 to internal trolley 3111,, constitutes rolling pair with second ring-shaped guide rail 12 that is; Bottom at each floor board framing 311 is provided with roller 3112 outside rotationally through second axle bed 31121; This external roller 3112 matches with aforesaid a pair of first ring-shaped guide rail 11,, constitutes rolling pair with first ring-shaped guide rail 11 that is.Inside and outside roller 3111, the distance between 3112 and first, second ring-shaped guide rail 11, the distance between 12 adapt.Again, on the outer wall of an end of frame 1 and respectively be installed with the preferred but non-a pair of chain shaft 3113 that definitely is limited to second driving band, 28 corresponding positions, chain shaft 3113 is connected with second driving band 28 at each floor board framing 311.And, respectively constitute (with fixed form) little axle bed 3114 towards an end of frame 1 and in the position that faces each other at each floor board framing 311, on each little axle bed 3114, be fixed with a little axle 31141.Hopper door 32 also can be described as striker plate; Be used for the textile 5 that is positioned on the hopper base plate 31 is stopped; Avoiding textile 5 to tumble from hopper base plate 31, this hopper door 32 and hopper base plate 31 away from the upper edge of the length direction of a side of frame 1 along corresponding.One end of the first hopper door flip-arm 33 is connected with an end of hopper door 32 (diagram left end); And the other end is welded with one first outer shaft 331, and this first outer shaft 331 is nested with on one of them the little axle 31141 in aforesaid a pair of little axle 31141 rotationally.One end of the second hopper door flip-arm 34 is connected with the other end of hopper door 32 (diagram right-hand member); And the other end is welded with one second outer shaft 341, and this second outer shaft 341 is set on another the little axle 31141 in a pair of little axle 31141 equally rotationally.First turning rod 35 constitutes one first boathook 351 towards an end of the first hopper door flip-arm 33; This first boathook 351 is corresponding with the first hopper door flip-arm 33; And the other end of a turning rod 35 and the following conveyer bucket opener that will describe 4 are corresponding and be welded with one first internal axle sleeve 352; This first internal axle sleeve 352 is nested with rotationally on little axle 31141, and is coaxial with aforesaid first outer shaft 331.Second turning rod 36 constitutes one second boathook 361 towards an end of the second hopper door flip-arm 34; This second boathook 361 is corresponding with the second hopper door flip-arm 34; And the other end of second turning rod 36 is corresponding with conveyer bucket opener 4; And be welded with one second internal axle sleeve 362, this second internal axle sleeve 362 is nested with rotationally on little axle 31141, and is coaxial with aforesaid second outer shaft 341.One end of first spring 37 (i.e. upper end) is fixed on first turning rod 35, and the other end (being the lower end) is fixed on the spring anchor shaft 3115 that extends on one of them floor board framing 311 in a pair of floor board framing 311.One end of second spring 38 (i.e. upper end) is fixed on second turning rod 36, and the other end (being the lower end) is fixed on the spring anchor shaft 3115 that extends on another floor board framing 311 in a pair of floor board framing 311.By first, second boathook 351,361 on first, second turning rod 35,36 first, second hopper door flip- arm 33,34 is extracted respectively.Preferably; Also can on a pair of little axle 31141, a torsion spring 6 be set respectively; With location status shown in Figure 2 is example, and a torsion spring pin that is nested with the torsion spring 6 on the little axle 31141 of on the left side is kept out at hopper base plate 31 (on the back side), and another torsion spring pin hook is put on the first hopper door flip-arm 33; Torsion spring 6 with on the little axle 31141 on the right (being right-hand member) of location status shown in Figure 2 is an example, and a torsion spring pin of this torsion spring 6 is kept out at the back side of hopper base plate 31 equally, and another torsion spring pin is hung on the second hopper door flip-arm 34.This plays the closing function with hopper door 32 to torsion spring 6.Because at conveyer bucket 3 removal textiles 5 and after crossing the top of first, second ring-shaped guide rail 11,12, hopper door 32 can occur scolding the situation of holding with hopper base plate 31, although this situation does not exert an influence to the loading and unloading of textile 5.Certainly, also can be on hopper base plate 31 and one piece of magnet 312 respectively is set at position corresponding to the two ends of hopper door 32, play the effect that substitutes torsion spring 6 by magnet 312.

please be seen Fig. 1 and continue to combine Fig. 2 by emphasis; Provide the conveyer bucket opening and opened mechanism 4 (but also weighing sluice gate opener); It comprises second motor 41, second drop-gear box 42, the 3rd, the 4th rotating shaft 43,44, turning rod actuator shaft 45 and the 3rd driving band 46; Second motor 41 and second drop-gear box 42 according to known technology each other transmission cooperate; And be fixed on the side (present embodiment is the right side) of aforesaid frame 1 by second drop-gear box 42 together with second motor 41, the 3rd rotating shaft 43 is bearing on the frame 1 through second bearing seat 432 rotationally, and corresponding to the top between aforesaid a pair of second ring-shaped guide rail 12; The 4th rotating shaft 44 is bearing on the frame 1 through third axle bearing 442 rotationally, and corresponding to the bottom between aforesaid a pair of second ring-shaped guide rail 12.Shown in figure, the 3rd, the 4th rotating shaft 43,44 keeps corresponding relation up and down each other, and the 4th rotating shaft 44 is in transmission connection towards an end of second reductor 42 and the second braking maneuver power output shaft 421 of second reductor 42.Respectively be fixed with one the 5th power wheel 431 at the two ends of the 3rd rotating shaft 43; And respectively be fixed with one the 6th power wheel 441 at the two ends of the 4th rotating shaft 44 and in position corresponding to the 5th power wheel 431, at a pair of the 5th, the 6th power wheel 431, respectively be arranged with one the 3rd driving band 46 between 441.Know by shown in Figure 1; The 3rd driving band 46 has a pair of; Wherein one the 3rd driving band 46 is nested with on one the 6th power wheel 441 in one the 5th power wheel 431 in the left side of location status shown in Figure 1 and left side, and another root the 3rd driving band 46 is nested with on one the 6th power wheel 441 on one the 5th power wheel 431 on right side and right side.The end, two ends of turning rod actuator shaft 45 respectively is fixed with a slider guide 451; On each slider guide 451 and on the upper and lower surface of slider guide 451, respectively constitute chain engaging lug 4511 (Fig. 2 shows); Chain engaging lug 4511 is connected with aforesaid the 3rd driving band 46; That is to say that slider guide 451 is connected in series on the 3rd driving band 46.On turning rod actuator shaft 45 and in the position that corresponds respectively to aforesaid first turning rod 35 and second turning rod 36, respectively be provided with block plate cover 452, it is a pair of to that is to say that block plate cover 452 has, so that simultaneously to first, second turning rod 35,36 effects.

in the present embodiment, the 5th, the 6th power wheel 431,441 all uses sprocket wheel, and the 3rd driving band 46 uses chains, aforesaid slider guide 451 and the top slide block guide rail of having mentioned 131 bearing fits.

are asked for an interview Fig. 3 and are still combined Fig. 1 and Fig. 2; The applicant narrates the principle of work of the utility model; By shown in Figure 3, between a pair of second driving band 28, be connected with one group of (also can claim a plurality of) conveyer bucket 3 that quantity does not receive the diagram quantity limitation with the interval state, each conveyer bucket 3 is identical with the connection mode of first driving band 28; Promptly, be connected with second driving band 28 by chain shaft 3111 according to said above the applicant.

When use ; The frame 1 of the utility model is installed on the outer wall of the building of factory of textile production firm; Just frame 1 and skin are fixed; Preferably, be that carrier top perhaps direct and frame 1 is that carrier is installed a canopy with the building masonry wall at top, to avoid the bucket carrier of rainwater invasion and attack the utility model corresponding to frame 1.

are in the time will being transferred to second, third layer or other floor with after the process preceding working procedure processing that is positioned at bottom and textile 5 that form cylindraceous or cloth shape; When being the discharging floor, that is to say, when will be the bottom-up transhipment of textile; At first start conveyer bucket opener 4; By 41 work of second motor, slow down through second drop-gear box 42, because the second drop-gear box power take-off shaft 421 and the 4th rotating shaft 44 of second drop-gear box 42 are in transmission connection; Again because the 3rd rotating shaft 43 constitutes interaction relation through a pair of the 3rd driving band 46 and the 4th rotating shaft 44; Also, therefore when the 4th rotating shaft 44 rotations, move along a pair of slide block guide rail 13 through a pair of slider guide 451 by the 3rd driving band 46 drive turning rod actuator shafts 45 because turning rod actuator shaft 45 slider guide 451 through its two ends is connected with the 3rd driving band 46; Correspond to the discharging floor until turning rod actuator shaft 45, second motor 41 quits work.

are followed; Make conveyer bucket drive 2 work of fortune mechanism; Drive 22 rotations of first power wheel by first motor 21; Driving second power wheel 23 through first driving band 24, is first drop-gear box, 25 imput powers by second power wheel 23, because the first drop-gear box power take-off shaft 252 and second rotating shaft 27 of first drop-gear box 25 are in transmission connection; Again because the 4th power wheel 271 in second rotating shaft 27 forms drive connection through second driving band 28 and the 3rd power wheel 261 that is fixed in first rotating shaft 26; Also since each conveyer bucket 3 is connected with second driving band 28, therefore when the first drop-gear box power take-off shaft 252 by first drop-gear box 25 drives second rotating shaft 27 and moves, by a pair of second driving band 28 take (together with) conveyer bucket 3 that is connected on a pair of second driving band 28 of interval moves.Particularly, owing to each conveyer bucket 3 moves around second, first ring-shaped guide rail 12,11 through inside and outside roller 3111,3112 simultaneously again and again.Meanwhile; By the workman aforesaid textile 5 (Fig. 3 shows) is positioned on the conveyer bucket 3; In the process that the conveyer bucket that fills textile 3 upwards moves, when arriving at the floor of expectation discharging, when also promptly arriving at the floor of turning rod actuator shaft 45 stops; Because a pair of block plate cover 452 on the turning rod actuator shaft 45 is corresponding with aforesaid a pair of first, second turning rod 25,26; Therefore, when a pair of block plate cover 452 press simultaneously and or when claiming to hit first, second turning rod 35,36, drive first, second hopper door flip- arm 33,34 respectively by first, second turning rod 35,36; Make first, second hopper door flip- arm 33,34 towards an end of first, second turning rod 35,36 to bottom offset; And first, second hopper door flip- arm 33,34 towards an end of hopper door 32 to top offset (upwarping), this moment, hopper door 32 was unlocked, the textile 5 that is prepended to earlier on the hopper base plate 31 just rolls out; The answer of bin gate 32 is guaranteed by the deadweight of first, second spring 37,38 and hopper door 32, and can be ensured by torsion spring 6 and/or magnet 312.Therefore can feed continuous discharge continuously and improve operating efficiency, alleviate labor strength and can not produce the influence to textile, gyro effect (deviating from from core) appears in the textile of for example avoiding causing forming drum.

Though above described textile passed on from bottom to top, yet if when needing textile from up to down passed on, reason is with aforementioned identical

Claims

1. a kind of bucket carrier; It is characterized in that comprising a frame (1); Respectively be fixed with one first ring-shaped guide rail (11) and one second ring-shaped guide rail (12) in the both sides of this frame (1) and in the position that faces each other; The top of first, second ring-shaped guide rail (11,12) all leans out the top of frame (1), and the bottom of first, second ring-shaped guide rail (11,12) all leans out the bottom of frame (1), and maintains spacing between first, second ring-shaped guide rail (11,12); Wherein, second ring-shaped guide rail (12) is surrounded by first ring-shaped guide rail (11); One conveyer bucket drives fortune mechanism (2), and this conveyer bucket drives fortune mechanism (2) and is arranged on the described frame (1); One group of conveyer bucket (3); This group conveyer bucket (3) drives fortune mechanism (2) with interval state and said conveyer bucket and is connected; And match with described first ring-shaped guide rail (11) and second ring-shaped guide rail (12) simultaneously; Drive at conveyer bucket under the driving of fortune mechanism (2), this group conveyer bucket (3) moves along first ring-shaped guide rail (11) and second ring-shaped guide rail (12) again and again; One is used for conveyer bucket opener (4) that said conveyer bucket (3) is opened at required floor position, and this conveyer bucket opener (4) is arranged on the described frame (1) equally, and matches with conveyer bucket (3).

2. bucket carrier according to claim 1 is characterized in that the equal ovalize ring-shaped guide rail of shape of described first ring-shaped guide rail (11) and described second ring-shaped guide rail (12).

3. bucket carrier according to claim 1; It is characterized in that described conveyer bucket drives fortune mechanism (2) and comprises first motor (21), first, second power wheel (22,23), first driving band (24), first drop-gear box (25), first rotating shaft (26) and second rotating shaft (27); First motor (21) and first drop-gear box (25) jointly are fixed on the bottom of the same side of said frame (1); First power wheel (22) is fixed on the motor shaft (211) of first motor (21); Second power wheel (23) is fixed on the first drop-gear box power input shaft (251) of first drop-gear box (25); One end of first driving band (24) is nested with on first power wheel (22); And the other end is nested with on second power wheel (23); First rotating shaft (26) is bearing on the frame 1 rotationally, and corresponding to the top between described a pair of second ring-shaped guide rail (12), second rotating shaft (27) is bearing on the frame (1) rotationally; And corresponding to the bottom between described a pair of second ring-shaped guide rail (12); First, second rotating shaft (26,27) keeps up and down corresponding relation each other, and the first drop-gear box power take-off shaft (252) of second rotating shaft (7) and first drop-gear box (25) is in transmission connection, wherein: respectively be fixed with one the 3rd power wheel (261) at the two ends of first rotating shaft (26); And respectively be fixed with one the 4th power wheel (271) at the two ends of second rotating shaft (27) and in position corresponding to the 3rd power wheel (261); Between a pair of the 3rd power wheel (261) and a pair of the 4th power wheel (271), respectively be arranged with one second driving band (28), the two ends of described one group of conveyer bucket (3) are connected between a pair of second driving band (28) with the interval state, and described conveyer bucket opener (4) is corresponding between second ring-shaped guide rail (12).

4. bucket carrier according to claim 3 is characterized in that described first driving band (24) is a drive belt when described first, second power wheel (22,23) when being belt pulley; And when described first, second power wheel (22,23) when being sprocket wheel; Described first driving band (24) is a driving chain; Described the 3rd power wheel (261) and described the 4th power wheel (271) are sprocket wheel, and described second driving band (28) is the driving chain of no end points.

5. bucket carrier according to claim 3; It is characterized in that described conveyer bucket (3) comprises hopper base plate (31), hopper door (32), first, second hopper door flip-arm (33,34), first, second turning rod (35,36), first spring (37) and second spring (38); Hopper base plate (31) two ends respectively are fixed with a floor board framing (311); Bottom pivot at each floor board framing (311) is provided with roller (3112) outside an internal trolley (3111) and; Internal trolley (3111) matches with described second ring-shaped guide rail (12); And outer roller (3112) matches with described first ring-shaped guide rail (11); And on the outer wall of an end of said frame (1), respectively be fixed with chain shaft (3113) at a pair of floor board framing (311); Chain shaft (3113) is connected with described second driving band (28); Hopper door (32) is corresponding back to the top of a side of the length direction of frame (1) with hopper base plate (31); One end of one end of the first hopper door flip-arm (33) and hopper door (32) is fixed, and the other end of the first hopper door flip-arm (33) is arranged on one of them floor board framing (311) in the described a pair of floor board framing (311) rotationally, and the other end of an end of the second hopper door flip-arm (34) and hopper door (32) is fixed; And the other end of the second hopper door flip-arm (34) is arranged on another floor board framing (311) in a pair of floor board framing (311) equally rotationally; One end of first turning rod (35) matches with the first hopper door flip-arm (33), and the other end is connected on one of them floor board framing (311) in a pair of floor board framing (311) rotationally, and corresponding with described conveyer bucket opener (4); One end of second turning rod (36) matches with the second hopper door flip-arm (34); Another floor board framing (311) that the other end is connected in a pair of floor board framing (311) equally rotationally is last and corresponding with described conveyer bucket opener (4), and an end of first spring (37) is fixed on first turning rod (35), and the other end is fixed on one of them floor board framing (311) in a pair of floor board framing (311); One end of second spring (38) is fixed on second turning rod (36), and the other end is fixed on another floor board framing (311) in a pair of floor board framing (311).

6. bucket carrier according to claim 5; It is characterized in that described conveyer bucket opener (4) comprises second motor (41), second drop-gear box (42), the 3rd, the 4th rotating shaft (43,44) and turning rod actuator shaft (45); Second motor (41) cooperates with second drop-gear box (42) transmission; And be fixed on a side of said frame (1) together with second motor (41) by second drop-gear box (42); The 3rd rotating shaft (43) is bearing on the frame (1) rotationally; And corresponding to the top between described a pair of second ring-shaped guide rail (12); The 4th rotating shaft (44) is bearing on the frame (1) and corresponding to the bottom between a pair of second ring-shaped guide rail (12) equally rotationally; Three, the 4th rotating shaft (43,44) keeps corresponding relation up and down each other; And the 4th rotating shaft (44) is in transmission connection with the second braking maneuver power output shaft (421) of second reductor (42), wherein: respectively be fixed with one the 5th power wheel (431) at the two ends of the 3rd rotating shaft (43), and respectively be fixed with one the 6th power wheel (441) at the two ends of the 4th rotating shaft (44) and in the position corresponding to the 5th power wheel (431); Between a pair of the 5th power wheel (431) and a pair of the 6th power wheel (441), respectively be arranged with one the 3rd driving band (46); The end, two ends of turning rod actuator shaft (45) respectively is fixed with a slider guide (451), and each slider guide (451) is connected with the 3rd driving band (46), upward and in the position that corresponds respectively to said first, second turning rod (35,36) is provided with a pair of block plate cover (452) at turning rod actuator shaft (45).

7. bucket carrier according to claim 6 is characterized in that described the 5th power wheel (431) and described the 6th power wheel (441) are sprocket wheel, and described the 3rd driving band (46) is a chain.

8. bucket carrier according to claim 6; It is characterized in that in described frame (1) both sides and respectively be fixed with a slide block guide rail (13), described slider guide (451) and slide block guide rail (13) bearing fit in middle position corresponding to the Width of described a pair of second ring-shaped guide rail (12).

9. it is characterized in that the two ends of described second ring-shaped guide rail (12) are monolateral guide rail, and the middle part are bilateral guide rail according to claim 1 or 2 or 5 or 6 or 8 described bucket carriers.

10. Bucket carrier according to claim 3; It is characterized in that in the corresponding both sides at the top of said frame (1) and respectively be provided with a tensioner regulating mechanism (14) that first rotating shaft (6) is bearing on the tensioner regulating mechanism (14) rotationally corresponding to the position at the two ends of described first rotating shaft (26)