CN203358883U

CN203358883U - Filling machine

Info

Publication number: CN203358883U
Application number: CN 201320421609
Authority: CN
Inventors: 郑友林
Original assignee: Chengdu Haike Mechanical Equipment Manufacturing Co Ltd
Current assignee: Chengdu Haike Mechanical Equipment Manufacturing Co Ltd
Priority date: 2013-07-16
Filing date: 2013-07-16
Publication date: 2013-12-25
Anticipated expiration: 2023-07-16

Abstract

The utility model discloses a filling machine, which comprises a material storage mechanism, a material feeding mechanism and a stirring mechanism, wherein a rotating disc which is driven by a main drive device to rotate is arranged below the material storage mechanism, a fixed disc is correspondingly arranged below the rotating disc, a plurality of adjustable measuring cups which are uniformly distributed on the same circumference are arranged between the rotating disc and the fixed disc on the rotating disc, discharge ports of the material storage mechanism are corresponding to feed ports of the adjustable measuring cups, discharge holes which are corresponding to the discharge ports of the adjustable measuring cups are arranged on the fixed disc, a discharge mechanism is arranged on positions above the rotating disc corresponding to the discharge holes of the fixed disc, the material feeding mechanism comprises a feeding servo motor and a feeding screw rod, the stirring mechanism comprises a stirring servo motor and a stirring rod, the feeding screw rod and the stirring rod are arranged in the material storage mechanism, and the feeding servo motor and the stirring servo motor are respectively connected with the feeding screw rod and the stirring rod through planet rotating devices. The filling machine is steady and reliable to run, and is convenient and rapid to dismount.

Description

A kind of bottle placer

Technical field

The utility model relates to a kind of bottle placer.

Background technology

In having bottle placer mechanism now, the operation of discharging mechanism and rabbling mechanism is stable not, and the parts such as blanking screw rod and puddler connect supporting by rotating servo motor, total under larger bearing down effect, can affect the normal operation of discharging in operation after long-time the use.

The utility model content

Goal of the invention of the present utility model is, for the problem of above-mentioned existence, provides a kind of bottle placer that can stable and reliable operation.

The technical solution of the utility model is achieved in that a kind of bottle placer, comprise the material storage mechanism be arranged on fixed mount, cutting agency and rabbling mechanism, described material storage mechanism below is provided with the rotating disk that is driven rotation by main drive, below described rotating disk, correspondence is provided with reaction plate, on described rotating disk, be provided with some adjustable dosage cups that are evenly arranged on same circumference between rotating disk and reaction plate, the feed opening of described material storage mechanism is corresponding with the inlet point of adjustable dosage cup, be provided with the discharge opening corresponding with adjustable dosage cup discharging opening on described reaction plate, above described rotating disk, be provided with discharging mechanism with the discharge opening corresponding position of reaction plate, described cutting agency comprises blanking servomotor and the blanking screw rod be arranged on fixed mount, described rabbling mechanism comprises stirring servomotor and the puddler be arranged on fixed mount, described blanking screw rod and puddler are placed in material storage mechanism, it is characterized in that: described blanking servomotor is connected with puddler with the blanking screw rod respectively by the planetary rotation device with the stirring servomotor, described planetary rotation device comprises the adapter shaft be connected with the driving of blanking servomotor clutch end, drive with stirring servomotor clutch end driven sprocket and the fixed cover be connected, described adapter shaft is connected with the driven sprocket that is enclosed within the adapter shaft periphery by antifriction-bearing box, described driven sprocket is connected with the fixed cover that is enclosed within the driven sprocket periphery by antifriction-bearing box, described fixed cover is fixedly connected with fixed mount, described blanking screw rod is connected with adapter shaft, described puddler is connected with driven sprocket.

Bottle placer described in the utility model, its described puddler is connected with driven sprocket by anchor ear, described anchor ear is held tightly on driven sprocket, be provided with the limited ring groove coordinated with anchor ear on described driven sprocket, the clutch end of described stirring servomotor drives and is connected with driven sprocket by driving chain, described blanking screw rod drives and is connected with adapter shaft by the transition connecting bushing, under described transition connecting bushing, end periphery radially extends to form the bulge-structure for quick clamping laterally, on described blanking screw rod, end periphery radially extends to form the bulge-structure for quick clamping laterally, the bulge-structure of described transition connecting bushing coordinates formation clamping boss and is connected together by the ready-packaged joint buckle with the bulge-structure of blanking screw rod.

Bottle placer described in the utility model, its described material storage mechanism comprises storage bin hopper and hopper, described storage bin hopper and hopper are arranged on fixed mount and corresponding the connection by quick-change structure respectively, described quick-change structure comprises the fast cartridge screw be arranged on fixed mount, in described storage bin hopper lower end and the hopper upper end be respectively arranged with storage bin hopper butt flange and hopper butt flange, be respectively arranged with at least three well-distributeds centered by axle center on described storage bin hopper butt flange and hopper butt flange, the mounting groove of opening radially, on described storage bin hopper butt flange and hopper butt flange, be provided with the slip positioning groove be communicated with corresponding mounting groove along the material storage mechanism rotation direction, mounting groove on described storage bin hopper butt flange and hopper butt flange respectively be arranged on fixed mount on fast cartridge screw corresponding, the perforated area of described mounting groove is greater than the face area of fast cartridge screw upper cap nut, the perforated area of described slip positioning groove be greater than fast cartridge screw screw rod sectional area and be less than the face area of nut, before installation, the nut of described fast cartridge screw and the spacing between fixed mount are greater than the thickness of storage bin hopper butt flange and hopper butt flange.

Bottle placer described in the utility model, its described hopper lower surface removably is provided with the shearing blanking mouth, described shearing blanking mouth top radially convexes to form linkage section laterally, the limited step corresponding matching of described linkage section and hopper bottom, described shearing blanking mouth bottom radially convexes to form positive stop lug boss to the inside, described positive stop lug boss and hopper lower end corresponding matching, whole tapered after described hopper is connected with the shearing blanking mouth.

Bottle placer described in the utility model, it is provided with screw-shaped guiding raised line at described hopper inwall, described guiding raised line forms guide channel at the hopper inwall, and the hand of rotation of the helicallobe on described blanking screw rod is contrary with the hand of rotation of spiral fashion guiding raised line.

Bottle placer described in the utility model, its correspondence on described reaction plate, below the discharge opening of reaction plate is provided with blanking tube, the endoporus top of described blanking tube is cylindrical, aperture, its underpart increases by direction gradually along material, the described blanking tube endoporus cross sectional shape of augmenting portion gradually is tapered, described blanking tube endoporus gradually the hole wall of augmenting portion be provided with some annular grooves.

Bottle placer described in the utility model, its described main drive comprises main driving axle and driver train, described rotating disk is connected with driver train by main driving axle, the upper surface diameter that described main driving axle is connected with rotating disk is much larger than main driving axle lower surface diameter, described driver train comprises Cam splitter and servomotor, the clutch end of described servomotor is connected with the power intake of Cam splitter by belt pulley, and the clutch end of described Cam splitter is connected with the main driving axle lower end by transition bindiny mechanism.

Bottle placer described in the utility model, its described transition bindiny mechanism comprises counter flange, the diameter of described counter flange is greater than main driving axle lower surface diameter, described main driving axle lower end is connected with counter flange by attaching parts, be socketed with butt flange on the output shaft of Cam splitter clutch end, described counter flange is connected with butt flange by attaching parts.

Bottle placer described in the utility model, it has permanent seat at described main driving axle overcoat, described permanent seat is connected with main driving axle by antifriction-bearing box, described reaction plate is socketed on permanent seat slidably, be respectively arranged with the adjusted ring and the lower regulating ring that are threaded with permanent seat at the upper and lower two ends of described reaction plate, described reaction plate is clamped between adjusted ring and lower regulating ring, and described permanent seat is fixed on supporting seat.

Bottle placer described in the utility model, its described adjustable dosage cup comprises and is arranged on the measuring cup on rotating disk and is placed on the fine setting cover on reaction plate, described measuring cup bottom is socketed in the fine setting cover and forms the storing space, on described measuring cup, cover has tensioning spring, described tensioning spring one end is resisted against on the periphery boss of measuring cup, its other end is resisted against the upper surface of fine setting cover, described tensioning spring is in compressive state, the lower surface of described fine setting cover and the upper surface of reaction plate fit tightly, described measuring cup top is radially protruding laterally, be provided with the limited step coordinated with the measuring cup upper lobes on described rotating disk, be provided with the measuring cup jam nut be threaded with measuring cup below described rotating disk, by the measuring cup jam nut, measuring cup and rotating disk are connected as one.

Owing to having adopted technique scheme, the beneficial effects of the utility model are:

1, in the utility model, the blanking screw rod is connected with the stirring servomotor with the blanking servomotor by the planetary rotation device with puddler, stable and reliable operation, wherein the weight of blanking screw rod and puddler is born by the planetary rotation device, the blanking servomotor only plays the driving turning effort, make its impact that no longer is subject to other loading forces, improved the operation conditions of motor.

2, the mounting means of material storage mechanism in the utility model, can realize Fast Installation and the dismounting of material storage mechanism on fixed mount, greatly reduces user's operation easier, improved the dismounting efficiency of material storage mechanism.

3, the split-type structural of hopper design in the utility model, make the shearing blanking mouth when occurring that wearing and tearing need to change, only need the shearing blanking mouth is changed and got final product, compare the hopper of existing one-piece construction, its use cost reduces greatly, and the replacing of shearing blanking mouth is convenient and swift.

4, the structure design of blanking tube in the utility model, while making to be passed through blanking tube by filling material, reduce the area that material contacts with the blanking tube inwall, effectively avoid material by the time stick on blanking tube, be particularly useful for filling as thread class materials such as Asparagus.

5, the main transmission shaft structure in the utility model is than the main driving axle of existing bottle placer, the upper surface diameter that it is connected with rotating disk is larger, can play better connection supporting role to rotating disk, make the rotation of rotating disk more reliable and more stable, adopt when mounted the mode of inserting from top to bottom, its lower end diameter is less and be connected with the driver train clutch end by transition bindiny mechanism, can guarantee higher right alignment.

6, in the utility model, the effect by upper and lower regulating ring can make reaction plate move up and down in the axial direction, thereby regulates the spacing between rotating disk and reaction plate, reaches the purpose of accommodometer measuring cup volume, and it is simple in structure, and regulative mode is convenient and swift.

The accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the front view of Fig. 1.

Fig. 3 is the lateral plan of Fig. 1.

Fig. 4 is the structural representation of material storage mechanism in the utility model, cutting agency and rabbling mechanism.

Fig. 5 is the structural representation of planetary rotation device in the utility model.

Fig. 6 is the enlarged drawing of quick-change structure in the utility model.

Fig. 7 is the erection plan of storage bin hopper.

Fig. 8 is the birds-eye view of hopper.

Fig. 9 is the structural representation after hopper and shearing blanking mouth split.

Figure 10 is the birds-eye view of blanking tube in the utility model.

Figure 11 is A-A cutaway view in Figure 10.

Figure 12 is the use constitution diagram of blanking tube.

Figure 13 is the structural representation of main drive in the utility model.

Figure 14 is A section enlarged drawing in Figure 13.

Figure 15 is for regulating the structural representation of adjustable dosage cup in the utility model.

Figure 16 is the structural representation of base horizontal adjusting device in the utility model.

Figure 17 is the front view of Figure 16.

Figure 18 is the birds-eye view of Figure 16.

Figure 19 is the structural representation of the utility model center platen fast-assembling control apparatus.

Mark in figure: 1 is fixed mount, 2 is rotating disk, 3 is reaction plate, 4 is the blanking servomotor, 5 is the blanking screw rod, 6 for stirring servomotor, 7 is puddler, 8 is adapter shaft, 9 is driven sprocket, 10 is fixed cover, 11 is antifriction-bearing box, 12 is anchor ear, 13 is limited ring groove, 14 is driving chain, 15 is the transition connecting bushing, the bulge-structure that 16a is the transition connecting bushing, the bulge-structure that 16b is the blanking screw rod, 17 is the ready-packaged joint buckle, 18 is storage bin hopper, 19 is hopper, 20 is fast cartridge screw, 21 is the storage bin hopper butt flange, 22 is the hopper butt flange, 23 is mounting groove, 24 is the slip positioning groove, 25 is nut, 26 is screw rod, 27 is the shearing blanking mouth, 28 is linkage section, 29 is limited step, 30 is positive stop lug boss, 31 is the guiding raised line, 32 is guide channel, 33 is blanking tube, 34 is annular groove, 35 is main driving axle, 36 is Cam splitter, 37 is servomotor, 38 is belt, 39 is counter flange, 40 is output shaft, 41 is butt flange, 42 is permanent seat, 43a is the adjusted ring, 43b is lower regulating ring, 44 is supporting seat, 45 is measuring cup, 46 is the fine setting cover, 47 is the storing space, 48 is tensioning spring, 49 is the measuring cup jam nut, 50 conveying mechanisms that are bottle to be filled, 51 is lifting sliding rail, 52 is column, 53 is lift cylinder, 54 is cylinder, 55 is lower installation board, 56 is upper mounting plate, 57 is bottle to be filled, 58 piston heads that are cylinder, 59 is disk cover, 60 for regulating adapter plate, 61 is mounting base, 62 is lock bolt, 63 is set screw, 64 is pressing plate, 65 is pipe link, 66 is backing plate, 67 is lock screw, 68 is stop collar.

The specific embodiment

Below in conjunction with accompanying drawing, the utility model is described in detail.

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.

As Fig. 1, shown in 2 and 3, a kind of bottle placer, comprise the material storage mechanism be arranged on fixed mount 1, cutting agency and rabbling mechanism, described material storage mechanism below is provided with the rotating disk 2 that is driven rotation by main drive, below described rotating disk, correspondence is provided with reaction plate 3, on described rotating disk 2, be provided with some adjustable dosage cups that are evenly arranged on same circumference between rotating disk 2 and reaction plate 3, the feed opening of described material storage mechanism is corresponding with the inlet point of adjustable dosage cup, be provided with the discharge opening corresponding with adjustable dosage cup discharging opening on described reaction plate 3, above described rotating disk 2, be provided with discharging mechanism with the discharge opening corresponding position of reaction plate 3, described discharging mechanism is cylinder 54, the corresponding conveying mechanism 50 be provided with for delivery of bottle 57 to be filled in discharge opening below of described reaction plate 3.

Wherein, described fixed mount 1 slidably is connected with column 52 by lifting sliding rail 51, described fixed mount 1 lower end is connected with lift cylinder 53, when needs clean or safeguard, lift cylinder moves and drives fixed mount and moves up along lifting sliding rail, thereby make the material storage mechanism part with moving on fixed mount, material storage mechanism and rotating disk are separated fully, to facilitate the dismounting of rotating disk and material storage mechanism part.

As shown in Figure 4, described cutting agency comprises blanking servomotor 4 and blanking screw rod 5, described rabbling mechanism comprises stirring servomotor 6 and puddler 7, described blanking screw rod 5 and puddler 7 are placed in material storage mechanism, described blanking servomotor 4 is connected with puddler 7 with blanking screw rod 5 respectively by the planetary rotation device with stirring servomotor 6, wherein, described material storage mechanism is arranged on the lower installation board 55 of fixed mount 1, and the blanking servomotor 4 of described cutting agency and the stirring servomotor 6 of rabbling mechanism are arranged on the upper mounting plate 56 of fixed mount 1.

As shown in Figure 5, described planetary rotation device comprises the adapter shaft 8 be connected with the 4 clutch ends drivings of blanking servomotor, drive with stirring servomotor 6 clutch ends driven sprocket 9 and the fixed cover 10 be connected, the clutch end of described stirring servomotor 6 drives and is connected with driven sprocket 9 by driving chain 14, described adapter shaft 8 is connected with the driven sprocket 9 that is enclosed within adapter shaft 8 peripheries by antifriction-bearing box 11, described driven sprocket 9 is connected with the fixed cover 10 that is enclosed within driven sprocket 9 peripheries by antifriction-bearing box 11, described fixed cover 10 is fixedly connected with the upper mounting plate 55 of fixed mount 1.

Wherein, described puddler 7 is connected with driven sprocket 9 by anchor ear 12, described anchor ear 12 is held tightly on driven sprocket 9, is provided with the limited ring groove 13 coordinated with anchor ear 12 on described driven sprocket 9, with the anchor ear to being connected with puddler, carries out in the axial direction supplemental support; Described blanking screw rod 5 drives and is connected with adapter shaft 8 by transition connecting bushing 15,15 times end peripheries of described transition connecting bushing radially extend to form the bulge-structure 16a for quick clamping laterally, on described blanking screw rod 5, end periphery radially extends to form the bulge-structure 16b for quick clamping laterally, and the bulge-structure 16a of described transition connecting bushing 15 coordinates formation clamping boss and is connected together by ready-packaged joint buckle 17 with the bulge-structure 16b of blanking screw rod 5.

As Fig. 6, shown in 7 and 8, described material storage mechanism comprises storage bin hopper 18 and hopper 19, described storage bin hopper 18 and hopper 19 are arranged on fixed mount 1 and corresponding the connection by quick-change structure respectively, described quick-change structure comprises the fast cartridge screw 20 be arranged on fixed mount 1, in described storage bin hopper 18 lower ends and hopper 19 upper ends be respectively arranged with storage bin hopper butt flange 21 and hopper butt flange 22, be respectively arranged with at least three well-distributeds centered by axle center on described storage bin hopper butt flange 21 and hopper butt flange 22, the mounting groove 23 of opening radially, on described storage bin hopper butt flange 21 and hopper butt flange 22, be provided with the slip positioning groove 24 be communicated with corresponding mounting groove 23 along the material storage mechanism rotation direction, mounting groove 23 on described storage bin hopper butt flange 21 and hopper butt flange 22 respectively be arranged on fixed mount 1 on fast cartridge screw 20 corresponding, the perforated area of described mounting groove 23 is greater than the face area of fast cartridge screw 20 upper cap nuts 25, the perforated area of described slip positioning groove 24 be greater than fast cartridge screw 20 screw rod 26 sectional area and be less than the face area of nut 25, before installation, the nut 25 of described fast cartridge screw 20 and the spacing between fixed mount 1 are greater than the thickness of storage bin hopper butt flange 21 and hopper butt flange 22.

When mounted, mounting groove on storage bin hopper butt flange and hopper butt flange is corresponding with the fast cartridge screw on lower installation board, at fast cartridge screw, through after mounting groove, rotate, the screw rod of fast cartridge screw is snapped in the slip positioning groove, because the perforated area of slip positioning groove is less than the nut face area of fast cartridge screw, therefore, storage bin hopper and hopper can not deviate under the restriction of fast-assembling screw nut, finally by screwing fast cartridge screw, storage bin hopper and hopper and lower installation board fast speed are linked together.

As shown in Figure 9, described hopper 19 lower surfaces removably are provided with shearing blanking mouth 27, described shearing blanking mouth 27 tops radially convex to form linkage section 28 laterally, limited step 29 corresponding matching of described linkage section 28 and hopper 19 bottoms, described shearing blanking mouth 27 bottoms radially convex to form positive stop lug boss 30 to the inside, described positive stop lug boss 30 and hopper 19 lower end corresponding matching, whole tapered after described hopper 19 is connected with shearing blanking mouth 27; Be provided with screw-shaped guiding raised line 31 at described hopper 19 inwalls, described guiding raised line 31 forms guide channel 32 at hopper 19 inwalls, and the hand of rotation of the helicallobe on described blanking screw rod 2 is contrary with the hand of rotation of spiral fashion guiding raised line 31.

As shown in FIG. 10 and 11, on described reaction plate 3, the discharge opening below correspondence of reaction plate 3 is provided with blanking tube 33, the endoporus top of described blanking tube 33 is cylindrical, aperture, its underpart increases by direction gradually along material, the described blanking tube 33 endoporus cross sectional shape of augmenting portion gradually are tapered, described blanking tube 33 endoporus gradually the hole wall of augmenting portion be provided with the annular groove 34 of some horizontal arrangement, make this part endoporus hole wall be roughness, thereby while making to be passed through blanking tube by filling material, reduce the area that material contacts with cylinder inboard wall, effectively avoid material by the time stick on blanking tube.

As shown in figure 12, blanking tube is connected with the reaction plate 3 of bottle placer, described blanking tube upper end open is communicated with the adjustable dosage cup of bottle placer, the corresponding connection of opening of its lower ending opening and bottle to be filled 57, material in 58 pairs of adjustable dosage cups of the piston head of cylinder 54 impacts, and material is squeezed in bottle 57 to be filled via blanking tube.

As shown in Figure 13 and 14, described main drive comprises main driving axle 35 and driver train, described driver train comprises Cam splitter 36 and servomotor 37, the clutch end of described servomotor 37 is connected with the power intake of Cam splitter 36 by belt 38, the clutch end of described Cam splitter 36 is connected with main driving axle 35 lower ends by transition bindiny mechanism, described main driving axle 35 upper ends are connected with rotating disk 2, and the upper surface diameter that described main driving axle 35 is connected with rotating disk 2 is much larger than main driving axle 35 lower surface diameters.

Wherein, described transition bindiny mechanism comprises counter flange 39, the diameter of described counter flange 39 is greater than main driving axle 35 lower surface diameters, described main driving axle 35 lower ends are connected with counter flange 39 by attaching parts, be socketed with butt flange 41 on the output shaft 40 of Cam splitter 36 clutch ends, described counter flange 39 is connected with butt flange 41 by attaching parts; The lower surface diameter of described counter flange 39 and the upper surface equal diameters of butt flange 41, described main driving axle 35 upper diameter increase from lower to upper step by step, described rotating disk 2 is connected with main driving axle 35 upper ends by attaching parts, be provided with disk cover 59 on described rotating disk 2, connect rotating disk 2 and be placed in disk cover 59 with the attaching parts of main driving axle 35.

As Figure 16, 17 and 18 is described, described Cam splitter is arranged on base horizontal adjusting device, described base horizontal adjusting device comprises regulates adapter plate 60 and mounting base 61, described adjusting adapter plate 60 is connected with mounting base 61 by being distributed in the lock bolt 62 of regulating adapter plate 60 places, end angle, four set screw 63 have been threaded on described adjusting adapter plate 60, described set screw 63 is arranged on respectively symmetrically near the place, end angle that regulates adapter plate 60, the lower surface of described set screw 63 is resisted against the upper surface of mounting base 61, described Cam splitter 36 is arranged on to be regulated on adapter plate 60.

When mounted, regulate levelness and the height of adapter plate by the set screw adjustment, after adjusting, then by lock screw, mounting base is linked together with regulating adapter plate, can adjust quickly and accurately thereby realize being arranged on the Cam splitter of regulating on adapter plate.

As shown in figure 15, at described main driving axle 35 overcoats, permanent seat 42 is arranged, described permanent seat 42 is connected with main driving axle 35 by antifriction-bearing box 11, described reaction plate 3 is socketed on permanent seat 42 slidably, two ends be respectively arranged with adjusted ring 43a and the lower regulating ring 43b be threaded with permanent seat 42 at described reaction plate Shang Xia 3, described reaction plate 3 is clamped between adjusted ring 43a and lower regulating ring 43b, and described permanent seat 42 is fixed on supporting seat 44; Adopt the keyway location between described permanent seat 42 and reaction plate 3, rotate diametrically to prevent reaction plate, described reaction plate 3 moves up and down in the axial direction with respect to permanent seat 42 under the effect of upper and lower regulating ring.

Wherein, described adjustable dosage cup comprises the measuring cup 45 be arranged on rotating disk 2 and is placed on the fine setting cover 46 on reaction plate 3, described measuring cup 45 bottoms are socketed in fine setting cover 46 interior formation storing spaces 47, on described measuring cup 45, cover has tensioning spring 48, described tensioning spring 48 1 ends are resisted against on the periphery boss of measuring cup 45, its other end is resisted against the upper surface of fine setting cover 46, described tensioning spring 48 is in compressive state, the lower surface of described fine setting cover 46 and the upper surface of reaction plate 3 fit tightly, described measuring cup 45 tops are radially protruding laterally, be provided with the limited step coordinated with measuring cup 45 upper lobes on described rotating disk 2, be provided with the measuring cup jam nut 49 be threaded with measuring cup 45 below described rotating disk 2, by measuring cup jam nut 49, measuring cup 45 and rotating disk 2 are connected as one.And measuring cup and rotating disk all connect as one by attaching screw in existing bottle placer, therefore all be provided with installation screw in the measuring cup upper surface, thereby destroyed the smoothness of measuring cup upper surface, due to when operating, the hopper lower surface need to fit tightly with the measuring cup upper surface, visible, guarantee the smoothness of measuring cup upper surface, can effectively reduce the wearing and tearing of hopper lower end, adopt the fit system of measuring cup and measuring cup jam nut in this structure, avoided the destruction to the measuring cup upper surface, also make measuring cup and rotating disk connect as one simultaneously.

As shown in figure 19, be provided with pressing plate 64 on described rotating disk 2, described pressing plate 64 is connected with pressing plate fast-assembling control apparatus, described pressing plate fast-assembling control apparatus comprises the pipe link 65 be connected with pressing plate 64, be provided with backing plate 66 below described pressing plate 64, described backing plate 64 lower surfaces and rotating disk 2 upper surfaces fit tightly, described backing plate 64 is connected with pipe link 65 lower ends, described pipe link 65 upper ends are through lower installation board 55 and by being arranged on lock screw 67 lockings on lower installation board 55, be socketed with stop collar 68 in described pipe link 65 upper ends, described stop collar 68 is inverted T-shape, after the positive stop lug boss of described stop collar 68 bottoms is resisted against lower installation board 55 lower surfaces, to be socketed with pipe link 65 lockings of stop collar 68 by lock screw 67, the setting of stop collar can make pipe link when again installing, guarantee consistent with dismounting front rod installation site, avoid the user again to find between pressing plate and rotating disk the most reasonably degree of laminating, greatly reduce installation requirement, improve installation effectiveness.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.

Claims

1. a bottle placer, comprise the material storage mechanism be arranged on fixed mount (1), cutting agency and rabbling mechanism, described material storage mechanism below is provided with the rotating disk (2) that is driven rotation by main drive, below described rotating disk, correspondence is provided with reaction plate (3), on described rotating disk (2), be provided with some adjustable dosage cups that are evenly arranged on same circumference between rotating disk (2) and reaction plate (3), the feed opening of described material storage mechanism is corresponding with the inlet point of adjustable dosage cup, be provided with the discharge opening corresponding with adjustable dosage cup discharging opening on described reaction plate (3), in described rotating disk (2) top, be provided with discharging mechanism with the discharge opening corresponding position of reaction plate (3), described cutting agency comprises blanking servomotor (4) and the blanking screw rod (5) be arranged on fixed mount (1), described rabbling mechanism comprises stirring servomotor (6) and the puddler (7) be arranged on fixed mount (1), described blanking screw rod (5) and puddler (7) are placed in material storage mechanism, it is characterized in that: described blanking servomotor (4) is connected with puddler (7) with blanking screw rod (5) respectively by the planetary rotation device with stirring servomotor (6), described planetary rotation device comprises the adapter shaft (8) be connected with the driving of blanking servomotor (4) clutch end, drive with stirring servomotor (6) clutch end driven sprocket (9) and the fixed cover (10) be connected, described adapter shaft (8) is connected with the driven sprocket (9) that is enclosed within adapter shaft (8) periphery by antifriction-bearing box (11), described driven sprocket (9) is connected with the fixed cover (10) that is enclosed within driven sprocket (9) periphery by antifriction-bearing box (11), described fixed cover (10) is fixedly connected with fixed mount (1), described blanking screw rod (5) is connected with adapter shaft (8), described puddler (7) is connected with driven sprocket (9).

2. bottle placer according to claim 1, it is characterized in that: described puddler (7) is connected with driven sprocket (9) by anchor ear (12), described anchor ear (12) is held tightly on driven sprocket (9), be provided with the limited ring groove (13) coordinated with anchor ear (12) on described driven sprocket (9), the clutch end of described stirring servomotor (6) drives and is connected with driven sprocket (9) by driving chain (14), described blanking screw rod (5) drives and is connected with adapter shaft (8) by transition connecting bushing (15), the lower end periphery of described transition connecting bushing (15) radially extends to form the bulge-structure (16a) for quick clamping laterally, the upper end periphery of described blanking screw rod (5) radially extends to form the bulge-structure (16b) for quick clamping laterally, the bulge-structure (16a) of described transition connecting bushing (15) coordinates formation clamping boss and is connected together by ready-packaged joint buckle (17) with the bulge-structure (16b) of blanking screw rod (5).

3. bottle placer according to claim 1, it is characterized in that: described material storage mechanism comprises storage bin hopper (18) and hopper (19), described storage bin hopper (18) and hopper (19) are arranged on fixed mount (1) above and corresponding the connection by quick-change structure respectively, described quick-change structure comprises the fast cartridge screw (20) be arranged on fixed mount (1), in described storage bin hopper (18) lower end and hopper (19) upper end be respectively arranged with storage bin hopper butt flange (21) and hopper butt flange (22), be respectively arranged with at least three well-distributeds centered by axle center on described storage bin hopper butt flange (21) and hopper butt flange (22), the mounting groove of opening (23) radially, on described storage bin hopper butt flange (21) and hopper butt flange (22), be provided with the slip positioning groove (24) be communicated with corresponding mounting groove (23) along the material storage mechanism rotation direction, mounting groove (23) on described storage bin hopper butt flange (21) and hopper butt flange (22) respectively be arranged on fixed mount (1) on fast cartridge screw (20) corresponding, the perforated area of described mounting groove (23) is greater than the face area of fast cartridge screw (20) upper cap nut (25), the perforated area of described slip positioning groove (24) be greater than fast cartridge screw (20) screw rod (26) sectional area and be less than the face area of nut (25), before installation, the nut (25) of described fast cartridge screw (20) and the spacing between fixed mount (1) are greater than the thickness of storage bin hopper butt flange (21) and hopper butt flange (22).

4. bottle placer according to claim 3, it is characterized in that: described hopper (19) lower surface removably is provided with shearing blanking mouth (27), described shearing blanking mouth (27) top radially convexes to form linkage section (28) laterally, limited step (29) corresponding matching of described linkage section (28) and hopper (19) bottom, described shearing blanking mouth (27) bottom radially convexes to form positive stop lug boss (30) to the inside, described positive stop lug boss (30) and hopper (19) lower end corresponding matching, it is whole tapered after described hopper (19) is connected with shearing blanking mouth (27).

5. bottle placer according to claim 3, it is characterized in that: at described hopper (19) inwall, be provided with screw-shaped guiding raised line (31), described guiding raised line (31) forms guide channel (32) at hopper (19) inwall, and the hand of rotation of the helicallobe on described blanking screw rod (5) is contrary with the hand of rotation of spiral fashion guiding raised line (31).

6. bottle placer according to claim 1, it is characterized in that: discharge opening below correspondence upper at described reaction plate (3), reaction plate (3) is provided with blanking tube (33), the endoporus top of described blanking tube (33) is cylindrical, aperture, its underpart increases by direction gradually along material, described blanking tube (33) the endoporus cross sectional shape of augmenting portion gradually is tapered, described blanking tube (33) endoporus gradually the hole wall of augmenting portion be provided with some annular grooves (34).

7. according to the described bottle placer of any one in claim 1 to 6, it is characterized in that: described main drive comprises main driving axle (35) and driver train, described rotating disk (2) is connected with driver train by main driving axle (35), the upper surface diameter that described main driving axle (35) is connected with rotating disk (2) is much larger than main driving axle (35) lower surface diameter, described driver train comprises Cam splitter (36) and servomotor (37), the clutch end of described servomotor (37) is connected with the power intake of Cam splitter (36) by belt pulley (38), the clutch end of described Cam splitter (36) is connected with main driving axle (35) lower end by transition bindiny mechanism.

8. bottle placer according to claim 7, it is characterized in that: described transition bindiny mechanism comprises counter flange (39), the diameter of described counter flange (39) is greater than main driving axle (35) lower surface diameter, described main driving axle (35) lower end is connected with counter flange (39) by attaching parts, be socketed with butt flange (41) on the output shaft (40) of Cam splitter (36) clutch end, described counter flange (39) is connected with butt flange (41) by attaching parts.

9. bottle placer according to claim 7, it is characterized in that: at described main driving axle (35) overcoat, permanent seat (42) is arranged, described permanent seat (42) is connected with main driving axle (35) by antifriction-bearing box (11), described reaction plate (3) is socketed on permanent seat (42) slidably, be respectively arranged with at the upper and lower two ends of described reaction plate (3) adjusted ring (43a) and the lower regulating ring (43b) be threaded with permanent seat (42), described reaction plate (3) is clamped between adjusted ring (43a) and lower regulating ring (43b), described permanent seat (42) is fixed on supporting seat (44).

10. bottle placer according to claim 9, it is characterized in that: described adjustable dosage cup comprises the measuring cup (45) be arranged on rotating disk (2) and is placed on the fine setting cover (46) on reaction plate (3), described measuring cup (45) bottom is socketed in fine setting cover (46) and forms storing space (47), at the upper cover of described measuring cup (45), tensioning spring (48) is arranged, described tensioning spring (48) one ends are resisted against on the periphery boss of measuring cup (45), its other end is resisted against the upper surface of fine setting cover (46), described tensioning spring (48) is in compressive state, the upper surface of the lower surface of described fine setting cover (46) and reaction plate (3) fits tightly, described measuring cup (45) top is radially protruding laterally, be provided with the limited step coordinated with measuring cup (45) upper lobes on described rotating disk (2), be provided with in described rotating disk (2) below the measuring cup jam nut (49) be threaded with measuring cup (45), by measuring cup jam nut (49), measuring cup (45) and rotating disk (2) are connected as one.