Background technology
In existing bottle placer, driving rotating disk to carry out filling and blanking by driver train is realize the filling key point of continous way, and in the jigger normally first being delivered on rotating disk by filling material by storage bin hopper, then be driven in container filling by knock-out mechanism by the material in jigger, jigger mainly plays the object of metering.In the process, first rotating disk is after rotating each time, the jigger all requiring rotating disk is positioned at filling station and discharging station respectively with the discharging opening of storage vat and the feed opening of cutting agency accurately corresponding, therefore, need driver train to drive very accurately rotating disk; Secondly, in actual use, due to the difference of filling material and the different demands of user, for filling amount number to change requirements, therefore, the object being reached tune amount by the size adjusting jigger volume is the key realizing above-mentioned requirements.
And mostly existing driver train is to be realized by driven by servomotor rotating disk, its device fabrication cost is high, and due to the requirement of other necessary parts installation sites of bottle placer, larger restriction is caused in installation site for drive motor, the comparatively complicated structure of usual needs carries out transmission of power, thus make bottle placer complicated integral structure, cause rotating disk easily to occur rotation error and affect filling action, and the mode of existing employing Mechanical Driven rotating disk, the control overflow to rotating disk fine rotational can not be met very well, and the existing regulating mechanism for adjusting jigger volume size, its structure is comparatively complicated, user operates inconvenience.
Summary of the invention
The object of the invention is to, for above-mentioned Problems existing, provide that a kind of structure is simple, low cost of manufacture, can effectively ensure turntable rotation precision and the metering being convenient to user's operation regulates rotating-table apparatus.
Technical scheme of the present invention is achieved in that a kind of metering regulates rotating-table apparatus, it is characterized in that: comprise the upper plate arranged successively from top to bottom, rotating disk, adjustment disk and adapter plate, described rotating disk is connected with the rotating blade drive be arranged on upper plate, described rotating blade drive comprises driving cylinder and rotating shaft, described rotating shaft lower end is connected with the rotating disk be arranged on below upper plate through upper plate, described rotating shaft upper end is connected with driving cylinder by Poewr transmission mechanism, described Poewr transmission mechanism comprises gear transmission assembly and the connecting rod arm of force, described driving cylinder tail end is hinged with the cylinder mount pad be fixed on upper plate, piston rod end and connecting rod arm of force one end of described driving cylinder are hinged, the described connecting rod arm of force other end is connected with gear transmission assembly, adjustable dosage cup is provided with between described rotating disk and adjustment disk, described upper plate is connected by the axis of guide with adapter plate, described adjustment disk is slidably disposed on the axis of guide, be provided with below described adjustment disk for driving adjustment disk to move up and down the regulating mechanism making adjustable dosage cup volume change along the axis of guide.
Metering of the present invention regulates rotating-table apparatus, gear transmission assembly described in it comprises intermeshing final gear and from transmission gear, the described connecting rod arm of force is connected with final gear, described rotating shaft is connected with from transmission gear, described final gear is arranged on transmission shaft rotationally, described transmission shaft is fixedly connected with upper plate, described rotating shaft is connected with upper plate by bearing, the number of teeth of described final gear is one times from the transmission gear number of teeth, two adjustable dosage cups are provided with symmetrically between described rotating disk and adjustment disk, described upper plate is provided with two lower material through hole of being communicated with corresponding to adjustable dosage cup symmetrically, described rotating disk makes crankmotion under the effect driving cylinder, with making the adjustable dosage cup alternative expression on rotating disk correspondingly with the lower material through hole on upper plate to be communicated with.
Metering of the present invention regulates rotating-table apparatus, final gear described in it and be the helical teeth structure cooperatively interacted from transmission gear.
Metering of the present invention regulates rotating-table apparatus, and its locating piece being provided with positioning cylinder and being connected with positioning cylinder piston rod end on described upper plate, described rotating disk peripheral end face is provided with the positioning hole groove coordinated with described locating piece.
Metering of the present invention regulates rotating-table apparatus, regulating mechanism described in it comprises adjusting screw(rod), S. A. and gear transmission group, described adjusting screw(rod) upper end is connected with the connecting shaft external threading being fixedly connected on axle center place below adjustment disk, described connecting shaft cover can move up and down relative to adjusting screw(rod), described adjusting screw(rod) lower end is through adapter plate, described S. A. and adjusting screw(rod) are arranged vertically, and described S. A. one end to be driven with adjusting screw(rod) lower end by gear transmission group and is connected.
Metering of the present invention regulates rotating-table apparatus, and gear transmission group described in it comprises the first conical gear being arranged on adjusting screw(rod) lower end and the second conical gear being arranged on S. A. one end, and described first conical gear and the second conical gear engage each other.
Metering of the present invention regulates rotating-table apparatus, adjusting screw(rod) described in it is connected with adapter plate by the clutch shaft bearing seat be fixedly connected on adapter plate through adapter plate place, described S. A. to be arranged on below adapter plate and to be connected with adapter plate by the second bearing seat be fixedly connected on adapter plate, and the described S. A. other end is provided with handwheel.
Metering of the present invention regulates rotating-table apparatus, and it is provided with positive stop lug boss on described adjusting screw(rod), above clutch shaft bearing seat.
Metering of the present invention regulates rotating-table apparatus, and it is provided with the sheath shaft be enclosed within the axis of guide on described adjustment disk.
Metering of the present invention regulates rotating-table apparatus, and it is provided with scale along the direction of adjustment disk movement below described upper plate, and side close with scale on described adjustment disk is provided with indicating head.
The present invention utilizes mechanically operated mode to drive dial rotation, simultaneously by driving the connection design of cylinder and the structure design of Poewr transmission mechanism, both cooperatively interact, decrease the factor that may affect dial rotation precision in power transmission process to greatest extent, simultaneously, drive adjustment disk axially to move up and down along the axis of guide by regulating mechanism, thus the adjustable dosage cup volume be arranged between adjustment disk and upper plate is changed, thus reach tune amount object.Structure of the present invention is simple, reliable, and convenient operation person uses.
accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is cutaway view of the present invention.
Fig. 3 is A portion enlarged drawing in the present invention.
Mark in figure: 1 is upper plate, 2 is rotating disk, 3 is adjustment disk, 4 is adapter plate, 5 for driving cylinder, 6 is rotating shaft, 7 is the connecting rod arm of force, 8 is cylinder mount pad, 9 is the axis of guide, 10a is final gear, 10b is from transmission gear, 11 is transmission shaft, 12 is lower material through hole, 13 is positioning cylinder, 14 is adjusting screw(rod), 15 is S. A., 16 is connecting shaft cover, 17 is the first conical gear, 18 is the second conical gear, 19 is clutch shaft bearing seat, 20 is the second bearing seat, 21 is handwheel, 22 is positive stop lug boss, 23 is sheath shaft, 24 is scale, 25 is indicating head, 26 is adjustable dosage cup.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in detail.
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As Fig. 1, shown in 2 and 3, a kind of metering regulates rotating-table apparatus, comprise the upper plate 1 arranged successively from top to bottom, rotating disk 2, adjustment disk 3 and adapter plate 4, described rotating disk 2 is connected with the rotating blade drive be arranged on upper plate 1, described rotating blade drive comprises driving cylinder 5 and rotating shaft 6, described rotating shaft 6 lower end is connected with the rotating disk 2 be arranged on below upper plate 1 through upper plate 1, described rotating shaft 6 upper end is connected with driving cylinder 5 by Poewr transmission mechanism, described Poewr transmission mechanism comprises gear transmission assembly and the connecting rod arm of force 7, described driving cylinder 5 tail end is hinged with the cylinder mount pad 8 be fixed on upper plate 1, piston rod end and the connecting rod arm of force 7 one end of described driving cylinder 5 are hinged, the described connecting rod arm of force 7 other end is connected with gear transmission assembly, described gear transmission assembly comprises intermeshing final gear 10a and from transmission gear 10b, the described connecting rod arm of force 7 is connected with final gear 10a, described rotating shaft 6 is connected with from transmission gear 10b, described final gear 10a is arranged on transmission shaft 11 rotationally, described transmission shaft 11 is fixedly connected with upper plate 1, described rotating shaft 6 is connected with upper plate 1 by bearing, the number of teeth of described final gear 10a is one times from the transmission gear 10b number of teeth, two adjustable dosage cups are provided with symmetrically between described rotating disk 2 and adjustment disk 3, described upper plate 1 is provided with two lower material through hole 12 of being communicated with corresponding to adjustable dosage cup symmetrically, described rotating disk 2 makes crankmotion under the effect driving cylinder 5, with making the adjustable dosage cup alternative expression on rotating disk 2 correspondingly with the lower material through hole 12 on upper plate 1 to be communicated with.The locating piece described upper plate 1 being provided with positioning cylinder 13 and being connected with positioning cylinder 13 piston rod end, described rotating disk 2 peripheral end face is provided with the positioning hole groove coordinated with described locating piece.
Wherein, adjustable dosage cup 26 is provided with between described rotating disk 2 and adjustment disk 3, described upper plate 1 is connected by the axis of guide 9 with adapter plate 4, described adjustment disk 3 is slidably disposed on the axis of guide 9, described adjustment disk 3 is provided with the sheath shaft 23 be enclosed within the axis of guide 9, be provided with for driving adjustment disk 3 to move up and down the regulating mechanism making adjustable dosage cup volume change along the axis of guide 9 below described adjustment disk 3, described regulating mechanism comprises adjusting screw(rod) 14, S. A. 15 and gear transmission group, described adjusting screw(rod) 14 upper end is overlapped 16 with the connecting shaft being fixedly connected on axle center place below adjustment disk 3 and is threaded, described connecting shaft cover 16 can move up and down relative to adjusting screw(rod) 14, described adjusting screw(rod) 14 lower end is through adapter plate 4, described S. A. 15 is arranged vertically with adjusting screw(rod) 14, described S. A. 15 one end to be driven with adjusting screw(rod) 14 lower end by gear transmission group and is connected.
Described gear transmission group comprises the first conical gear 17 being arranged on adjusting screw(rod) 14 lower end and the second conical gear 18 being arranged on S. A. 15 one end, described first conical gear 17 and the second conical gear 18 engage each other, described adjusting screw(rod) 14 is connected with adapter plate 4 by the clutch shaft bearing seat 19 be fixedly connected on adapter plate 4 through adapter plate 4 place, described S. A. 15 is arranged on below adapter plate 4, and be connected with adapter plate 4 by the second bearing seat 20 be fixedly connected on adapter plate 4, described S. A. 15 other end is provided with handwheel 21, on described adjusting screw(rod) 14, positive stop lug boss 22 is provided with above clutch shaft bearing seat 19.
Wherein, below described upper plate 1, the direction of adjustment disk 3 movement is provided with scale 24, side close with scale 24 on described adjustment disk 3 is provided with indicating head 25.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.