CN203100578U - Firework bright bead blanking mechanism - Google Patents

Abstract

The utility model discloses a firework bright bead blanking mechanism which comprises a vibrating plate (7), an emptying drawing plate (6), a ration mould (9), a lifting frame (3) and a back-and-forth moving frame (2). The ration mould is arranged below the vibrating plate. The ration mould comprises a fixed mould (14) and a movable mould (15). The fixed mould and the movable mould can be combined to form a ration hole (9) which corresponds to a paper tube body on a firework paper tube (4) in number and position. The fixed mould and the movable mould can be combined and separated under the effect of a moving rod. The vibrating plate corresponding to the upper end of the ration mould is provided with a blanking hole (12) corresponding to the ration hole in number and position. The emptying drawing plate is arranged at the lower end of the ration mould and connected with an emptying air cylinder (5). The lifting frame is arranged below the emptying drawing plate. The firework paper tube is arranged on the lifting frame. The firework bright bead blanking mechanism can install bright beads into fireworks safely, improves production efficiency of installing the bright beads into the fireworks, can install the bright beads safely and fast, and is beneficial for achieving automatic operation and production.

Description

The firework bright bead cutting agency

Technical field

The utility model relates to a kind of fireworks loading machinery, especially relates to a kind of cutting agency that utilizes vibrating disk to realize the fireworks bead loading.

Background technology

At present fireworks are adorned bright pearl and are still had the bright pearl method of traditional people's frock that adopts, and it is by manually directly putting into fireworks paper tube with bright pearl, and this to adorn bright pearl method efficient low, and the production cost height can not form batch process, is unfavorable for the mechanization pipelining; Adorn bright pearl efficient in order to improve, mostly adopt machinery to adorn bright pearl now, the bright pearl of machinery makeup is that bright pearl is flow into from hopper in the quantitative mould, again with being arranged on the plate between quantitative mould upper end and the hopper and being arranged on pumping board between quantitative mould lower end and the fireworks paper tube, realize the blanking of bright pearl, but in bright pearl blanking, there is following problem: the one, because bright pearl is in pelletized form, the bright pearl that is positioned at quantitative mould upper end is piled up impossible smooth, thereby plate is in frequent horizontal insertion process, plate can bump with the bright pearl of timing mould upper end, shear, produce friction, cause bright pearl burning and blast easily, adorn bright pearl production and be not quite safe; The 2nd, the bright pearl blanking velocity on the template in the dosing hole is not quite synchronous, even occurs that bright pearl gets stuck in indivedual dosing holes, and bright pearl quality is adorned in influence, reduces and adorns bright pearl efficient.

The utility model content

Problem at the bright pearl machinery of machinery makeup existence in the above-mentioned prior art, the utility model proposes a kind of plate that saves, utilize little usefulness of bestirring oneself of vibrating disk, with the accurate fast quantification of bright pearl be sent in the quantitative mould, the problem of having avoided bright pearl in the filling process, to get stuck, burn and explode effectively, can not only realize that fireworks safety adorns bright pearl, and can improve and adorn bright pearl production efficiency.

The technical scheme that the technical problems to be solved in the utility model is taked is: described firework bright bead cutting agency involving vibrations dish, the blowing pumping board, quantitative mould, crane and move forward and backward frame, described quantitative mould is arranged on the vibrating disk below, described quantitative mould comprises fixed half and moving half, described fixed half and moving half combination can form and the corresponding dosing hole of fireworks paper tube upper paper tube quantity and position, described fixed half and moving half is capable of being combined and separately under the carriage release lever effect, be provided with and the corresponding blanking hole of dosing hole quantity and position with the corresponding vibrating disk of quantitative mould upper end position, being provided with in quantitative mould lower end can be with quantitative mould lower end closed and the blowing pumping board of opening, described blowing pumping board links to each other with the blowing cylinder, be provided with crane below the blowing pumping board, described crane is provided with fireworks paper tube.

The utility model only needs that bright pearl is put into vibrating disk Vibration on Start-up motor and just can work, utilize vibrating disk little bestir oneself to use fall into bright pearl in the dosing hole of quantitative mould by blanking hole, after bright pearl is filled in the dosing hole, vibrating disk stops vibration, stop to send bright pearl, thereby avoided when utilizing plate to seal blanking hole, bright pearl and plate bump and shear and produce friction, prevented effectively bright pearl in the filling process, take place the burning and the blast, when then the blowing pumping board below quantitative mould is opened, all dynamic models can move to the right under cylinder action simultaneously, because dynamic model separates with cover half, be stored in the fireworks paper tube that the interior bright pearl of dosing hole can fall into the below fast, can not only realize that fireworks safety adorns bright pearl, improve fireworks and adorn bright pearl production efficiency, and can realize adorning bright pearl safely and fast, and help realizing automated job production.

Description of drawings

Fig. 1 is a main sectional structure schematic diagram of the present utility model,

Fig. 2 is a plan structure schematic diagram of the present utility model,

Fig. 3 is the A-A sectional structure enlarged diagram of Fig. 1.

In the drawings, 1, lifting power plant 2, move forward and backward frame 3, crane 4, fireworks paper tube 5, blowing cylinder 6, blowing pumping board 7, vibrating disk 8, bright pearl 9, quantitatively mould 10, vibrating motor 11, frame 12, blanking hole 13, carriage release lever 14, cover half 15, dynamic model 16, spring base 17, alignment pin 18, push pedal 19, dosing hole 20, upper frame.

The specific embodiment

At Fig. 1; among Fig. 2 and Fig. 3; described firework bright bead cutting agency involving vibrations dish 7; blowing pumping board 6; quantitative mould 9; crane 3 and move forward and backward frame 2; described quantitative mould is fixedly installed on the vibrating disk below; described quantitative mould 9 comprises seven groups of cover half 14 and dynamic model 15; be provided with the dosing hole 19 of varying number between every group of fixed half and moving half; the dosing hole quantity of every group of fixed half and moving half formation is corresponding with paper web quantity and position on fireworks paper tube 4 every rows respectively; be provided with alignment pin 17 between every group of fixed half and moving half; be spaced from each other between every group of fixed half and moving half; all dynamic models are fixed on the carriage release lever 13; carriage release lever and fixing with clamping plate (not drawing among the figure) is passed in described cover half activity; carriage release lever one end links to each other with push pedal 18; the other end links to each other with spring base 16; be provided with upper frame 20 in push pedal one side; described upper frame links to each other with cylinder (not drawing among the figure); quantitatively the mould upper end is near the vibrating disk bottom surface; be provided with and all corresponding blanking hole 12 of dosing hole quantity and position with the corresponding vibrating disk of quantitative mould upper end position; the blanking hole diameter is less than the dosing hole aperture and greater than bright pearl diameter; being provided with in quantitative mould lower end can be with quantitative mould lower end closed and the blowing pumping board of opening 6; the blowing pumping board links to each other with blowing cylinder 5; below the blowing pumping board, be provided with crane 3; crane is arranged on to move forward and backward in the middle of the frame and with lifting power plant 1 and links to each other; fireworks paper tube is quantitatively between mould and the crane; when filling bright pearl in the dosing hole; movable stand promotes push pedal and moves right under cylinder action; push pedal drives carriage release lever and all dynamic models that are fixedly linked with carriage release lever is moved right; make fixed half and moving half separately; when fixed half and moving half separates; the work of blowing pumping board; thereby bright pearl in the dosing hole is hurtled down in the fireworks paper tube; after the blanking; movable stand resets and cover half makes up fast under the spring base effect; described crane can rise fireworks paper tube and with quantitative mould the fireworks paper tube that is hinged with bright pearl 8 and will adorns bright pearl be dropped to and move forward and backward on the frame; the fireworks paper tube of bright pearl to be installed is placed on and moves forward and backward frame 2 front ends and enter into quantitative mould below; lifting power plant by crane with fireworks paper tube rise to exactly quantitative mould lower position and with quantitative mold alignment; then adorn bright pearl; after having adorned bright pearl; fireworks paper tube drop to move forward and backward on the frame from and move forward and backward the rear end output of frame; vibrating disk 7 is supported on the vibrating motor 10; vibrating disk has outer toroid; be provided with interior annulus in it; between inside and outside bright pearl is placed on, vibrating motor is arranged on the frame 11.

Claims (1)

1. firework bright bead cutting agency, its involving vibrations dish (7), blowing pumping board (6), quantitative mould (9), crane (3) and move forward and backward frame (2), it is characterized in that: described quantitative mould is arranged on the vibrating disk below, described quantitative mould comprises cover half (14) and dynamic model (15), described fixed half and moving half combination can form and the corresponding dosing hole of fireworks paper tube (4) upper paper tube quantity and position (19), described fixed half and moving half is capable of being combined and separately under the carriage release lever effect, be provided with and the corresponding blanking hole of dosing hole quantity and position (12) with the corresponding vibrating disk of quantitative mould upper end position, being provided with in quantitative mould lower end can be with quantitative mould lower end closed and the blowing pumping board of opening (6), described blowing pumping board links to each other with blowing cylinder (5), be provided with crane (3) below the blowing pumping board, described crane is provided with fireworks paper tube.

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