CN204478944U - The apparatus for assembling of fireworks tube - Google Patents

Abstract

The utility model discloses a kind of apparatus for assembling of fireworks tube, comprise workbench, cover assembly, gluing gland assembly and blanking and enter basin assembly; Workbench is arranged on ground, comprises upper platen and lower platen, upper platen is provided with along its length successively upper cover station, gluing gland station and blanking engagement station; Cover assembly is arranged at upper cover station place, and it comprises Screw cover hopper and gets cage; Gluing gland assembly comprises inner core mould and gluing gland component, and inner core mould is removable successively along upper cover station, gluing gland station and blanking engagement station; Gluing gland component is movably set in gluing gland station place, for capturing the inner cap got on cage, and the gluing gland component that will be pressed into after inner cap gluing in inner core; Blanking enters basin assembly and comprises firework base plate and be arranged at the pushing component at blanking engagement station place.The apparatus for assembling of fireworks tube of the present utility model, the labour intensity of workman is little, production efficiency is high and the qualification rate of fireworks tube is high.

Description

The apparatus for assembling of fireworks tube

Technical field

The utility model relates to mechanical field, especially, relates to a kind of apparatus for assembling of fireworks tube.

Background technology

In the making of existing fireworks tube, when needing inner core upper cover and the inner core after upper cover being assembled on firework base plate, its operating process is: be first manually pressed in inner core by inner cap, and then together with coagulating agent inner cap being condensed in inner core, manually again move the firework inner core assembled to firework base plate place, then artificial firework inner core to be inserted in firework base plate one by one, finally push up with inserted link the firework inner core inserted one by one again, ensure all sustained height of firework inner core all in firework base plate.

The fireworks tube that this technology manufactures, requires that workman has skilled operating technology, and first, when inner cap and inner core being condensed by coagulating agent, the amount of adding coagulating agent should be homogeneous, and the amount of coagulating agent is added too much, then cause the waste of resource, also cause cost increase; The amount of coagulating agent is added very few, then cause inner cap and inner core to condense not thorough, the percent defective of inner core is increased; Then, when the inner core assembled is loaded in firework base plate, require that inner core can accurately be put into firework base plate by workman, and in the process of inserting down one by one with inserted link, also require that dynamics is moderate, and spiritual high concentration, in case there is careless mistake, if the inner core in respective channel is forgotten with slotting under inserted link, the qualification rate of finished product will be made to have a greatly reduced quality.

Therefore, adopt and make fireworks tube in this way, the labour intensity of workman is large, production efficiency is low, qualification rate is unstable and workers with long time works in the environment being full of coagulating agent, healthyly to have a negative impact to it.

Utility model content

The utility model provides a kind of apparatus for assembling of fireworks tube, to solve that the labor strength existed when existing fireworks tube makes is large, production efficiency is low, qualification rate is unstable and to affect the healthy technical problem of workman.

The technical solution adopted in the utility model is as follows:

An apparatus for assembling for fireworks tube, comprises workbench, cover assembly, gluing gland assembly and blanking and enters basin assembly; Workbench is arranged on ground, and it comprises the upper platen and lower platen that set gradually up and down, upper platen is provided with along its length successively upper cover station, gluing gland station and blanking engagement station; Cover assembly is arranged at upper cover station place, and it comprises Screw cover hopper and is connected with Screw cover hopper gets cage for what hold the inner cap that exports from Screw cover hopper; Gluing gland assembly comprises inner core mould and gluing gland component, and inner core mould is removable successively and treat the inner core of upper cover for splendid attire along upper cover station, gluing gland station and blanking engagement station; Gluing gland component is movably set in gluing gland station place, for capturing the inner cap got on cage, and is pressed in inner core by after inner cap gluing; Blanking enters basin assembly and comprises and to be arranged on lower platen and along the direction moveable firework base plate identical or contrary with the direction of inner core mold movement and be arranged at the pushing component for the inner core after upper cover in inner core mould being pushed firework base plate at blanking engagement station place.

Further, gluing gland component comprise movable arrange support, be arranged at the upper rubber base on support and be arranged at the gluing part on support; Be provided with adhesive in upper rubber base, gluing part clamps the inner cap got on cage and is pressed in the inner core of inner core mould after making inner cap pass upper rubber base gluing.

Further, upper rubber base to be fixedly arranged on support and to be positioned at the top of inner core mould, and it comprises the adhesive storing box be fixedly arranged on support and the upper colloid be installed on adhesive storing box; Be provided with in adhesive storing box for the upper chamber of splendid attire adhesive and the first passage for installing colloid, the inwall of first passage is arranged be communicated with upper chamber enter Jiao Kou; Upper colloid is provided with the gluing passage passed for inner cap, and the inwall of gluing passage is provided with storage glue groove, is filled with adhesive in storage glue groove, the inwall of gluing passage is also arranged with enter that Jiao Kou is communicated with enter head piece.

Further, be also provided with the lower chambers for collecting excess adhesive in adhesive storing box and coordinate the second channel installing colloid, lower chambers is positioned at the below of upper chamber; The inwall of upper colloid is also arranged with for adhesive outwards flow out go out head piece, go out head piece and be positioned at the below into head piece and be communicated with lower chambers.

Further, gluing part comprises the first bracing frame, the first actuator and cover fetching; First bracing frame is fixedly arranged on support, and the first actuator is fixedly arranged on the top of the first bracing frame; Cover fetching is up and down to be arranged on the first bracing frame, and is connected with the first actuator, and captures inner cap and clamp after inner cap passes the gluing passage of colloid be pressed in inner core from getting cage under the driving of the first actuator.

Further, the first bracing frame comprises many first guide pillars be fixed on support and the first support plate being fixedly arranged on many first guide pillar tops; Cover fetching comprises the first installing plate that is arranged on many first guide pillars and be fixedly arranged on and get lid bar for many of vacuum suction inner cap below the first installing plate of sliding; First actuator is fixedly arranged on the first support plate, and the first installing plate is connected with the clutch end of the first actuator; Get lid bar to be connected with outside vacuum extractor, and the gluing passage one_to_one corresponding that every root gets lid bar and upper colloid is arranged.

Further, inner core mould comprises cope match-plate pattern, dividing plate, lower bolster and the second actuator; Correspondingly on cope match-plate pattern and lower bolster be provided with the blanking channel passed for inner core, blanking channel is corresponding with the material-dropping hole at the blanking gland station place on upper platen, and dividing plate is provided with the through hole corresponding with blanking channel; Cope match-plate pattern is fixedly connected with by securing member with lower bolster, and dividing plate is arranged between cope match-plate pattern and lower bolster, and is connected with the second actuator and slides through hole is alignd with blanking channel or staggers along the direction vertical with blanking channel under the effect of the second actuator.

Further, pushing component comprises the second bracing frame, the 3rd actuator and inserted link frame; Second bracing frame is fixedly arranged on upper platen, and the 3rd actuator is fixedly arranged on the top of the second bracing frame; Inserted link frame is up and down to be arranged on the second bracing frame, and is connected with the 3rd actuator, and is pushed in firework base plate by the inner core after the upper cover in inner core mould under the driving of the 3rd actuator.

Further, the second bracing frame comprises many second guide pillars being fixed on upper platen and the second support plate being fixedly arranged on many second guide pillar tops; Inserted link frame comprises slide the second installing plate of being arranged on many second guide pillars and the many inserted links be fixedly arranged on below the second installing plate, and many inserted links are corresponding with multiple material-dropping hole to be arranged; 3rd actuator is fixedly arranged on the second support plate, and the second installing plate is connected with the clutch end of the 3rd actuator, and is pushed in firework base plate by inner core after making inserted link pass the blanking channel of inner core mould and material-dropping hole under the driving of the 3rd actuator.

Further, pushing component also comprises guide seat, and the lower surface that guide seat is fixedly arranged on upper platen is positioned at the top of firework base plate; Firework base plate is provided with the installation passage for installing the inner core after upper cover; Position corresponding with material-dropping hole on guide seat is provided with the blanking tunnel passed for inner core.

The utility model has following beneficial effect:

The apparatus for assembling of fireworks tube of the present utility model, automatically the operations such as the gluing to inner core, gland, blanking and engagement can be completed, the labour intensity of workman is little, production efficiency is high, the qualification rate of fireworks tube is also high and to the healthy generation adverse influence of workman, can not meet the specification of safety in production.

Except object described above, feature and advantage, the utility model also has other object, feature and advantage.Below with reference to figure, the utility model is described in further detail.

Accompanying drawing explanation

The accompanying drawing forming a application's part is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:

Fig. 1 is the main TV structure schematic diagram of broken section of the apparatus for assembling of the fireworks tube of the utility model preferred embodiment;

Fig. 2 is the plan structure schematic diagram of the apparatus for assembling of fireworks tube in Fig. 1;

Fig. 3 is that the A-A of the apparatus for assembling of fireworks tube in Fig. 1 is to structural representation;

Fig. 4 is the main TV structure schematic diagram of broken section of the gluing gland component in Fig. 1;

Fig. 5 is the plan structure schematic diagram of the upper rubber base in Fig. 4;

Fig. 6 be upper rubber base in Fig. 5 along B-B to analyse and observe main TV structure schematic diagram;

Fig. 7 is the broken section space structure schematic diagram of the upper rubber base in Fig. 5;

Fig. 8 is the space structure schematic diagram of the adhesive storing box in Fig. 6 after the upper colloid of upper rubber base removal;

Fig. 9 is the space structure schematic diagram of the upper colloid in Fig. 5;

Figure 10 be upper rubber base in Fig. 9 partly cut open main TV structure schematic diagram;

The main TV structure schematic diagram of broken section when Figure 11 is the inner core mould conducting in Fig. 1;

Figure 12 be inner core mould in Figure 11 analyse and observe plan structure schematic diagram;

Figure 13 is that inner core mould in Figure 11 analyses and observe plan structure schematic diagram when cutting off;

Figure 14 is the main TV structure schematic diagram of broken section of the pushing component in Fig. 1.

Marginal data

1, workbench; 11, upper platen; 111, material-dropping hole; 12, lower platen; 2, cover assembly; 21, Screw cover hopper; 22, cage is got; 3, inner core mould; 31, cope match-plate pattern; 32, dividing plate; 321, through hole; 33, lower bolster; 34, the second actuator; 300, blanking channel; 35, parting bead; 36, the 5th actuator; 4, support; 41, fourth drive member; 42, guide rail; 5, upper rubber base; 51, adhesive storing box; 511, upper chamber; 512, first passage; 513, Jiao Kou is entered; 514, lower chambers; 515, second channel; 516, adhesive inlet; 52, upper colloid; 520, gluing passage; 521, glue groove is stored up; 522, head piece is entered; 523, head piece is gone out; 524, the first guiding gutter; 525, the second guiding gutter; 526, mounting flange; 6, firework base plate; 60, passage is installed; 71, the first bracing frame; 711, the first guide pillar; 712, the first support plate; 72, the first actuator; 73, cover fetching; 731, the first installing plate; 732, lid bar is got; 81, the second bracing frame; 811, the second guide pillar; 812, the second support plate; 82, the 3rd actuator; 83, inserted link frame; 831, the second installing plate; 832, inserted link; 84, guide seat; 841, blanking tunnel; 85, the 6th actuator.

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but the multitude of different ways that the utility model can be defined by the claims and cover is implemented.

With reference to Fig. 1, Fig. 2 and Fig. 3, preferred embodiment of the present utility model provides a kind of apparatus for assembling of fireworks tube, comprises workbench 1, cover assembly 2, gluing gland assembly and blanking and enters basin assembly; Workbench 1 is arranged on ground, and it comprises the upper platen 11 and lower platen 12 that set gradually up and down, upper platen 11 is provided with along its length successively upper cover station, gluing gland station and blanking engagement station; Cover assembly 2 is arranged at upper cover station place, and it comprises Screw cover hopper 21 and is connected with Screw cover hopper 21 gets cage 22 for what hold the inner cap that exports from Screw cover hopper 21; Gluing gland assembly comprises inner core mould 3 and gluing gland component, and inner core mould 3 is removable successively and treat the inner core of upper cover for splendid attire along upper cover station, gluing gland station and blanking engagement station; Gluing gland component is movably set in gluing gland station place, for capturing the inner cap got on cage 22, and the gluing gland component that will be pressed into after inner cap gluing in inner core; Blanking enters basin assembly and comprises and to be arranged on lower platen 12 and along the direction moveable firework base plate 6 identical or contrary with the direction of inner core mould 3 movement and be arranged at the pushing component for the inner core after upper cover in inner core mould 3 being pushed firework base plate 6 at blanking engagement station place.According to the apparatus for assembling of fireworks tube of the present utility model, during assembling fireworks tube, first, drive Screw cover hopper 21 pairs of splendid attires inner caps within it to arrange, and the inner cap after arranging is input to gets on cage 22; Then, drive gluing gland component, make it first move to and get cage 22 place, and then the inner cap got on cage 22, and then be back to gluing gland station place, then again to the inner cap gluing captured, finally again the inner cap press-in after gluing is arranged in the inner core of the inner core mould 3 at gluing gland station place; Finally, drive pushing component, the firework base plate 6 on the lower platen 12 making it be pushed by inner core after upper cover being arranged in the inner core mould 3 at blanking engagement station place to be positioned at below it.In whole motion process, inner core mould 3 moves successively along upper cover station, gluing gland station and blanking engagement station, and finally skid off upper platen, the motion mode of inner core mould 3 is see Fig. 2; Meanwhile, firework base plate 6 moves along the direction identical or contrary with the direction of inner core mould 3 movement, finally skids off lower platen 12, and in specific embodiment of the utility model, as shown in Figure 3, firework base plate 6 moves in the opposite direction along the side with inner core mould 3 movement.The assembling mode of fireworks tube compared to existing technology, adopt the apparatus for assembling of fireworks tube of the present utility model, automatically the operations such as the gluing to inner core, gland, blanking and engagement can be completed, the labour intensity of workman is little, production efficiency is high, the qualification rate of fireworks tube is also high and to the healthy generation adverse influence of workman, can not meet the specification of safety in production.

Particularly, see Fig. 4, the support 4 that gluing gland component comprises movable setting, the gluing part being arranged at the upper rubber base 5 on support 4 and being arranged on support 4; Be provided with adhesive in upper rubber base 5, gluing part clamps the inner cap got on cage 22 and is pressed in the inner core of inner core mould 3 after making inner cap pass upper rubber base 5 gluing.

Combine see Fig. 4 and Fig. 6, upper rubber base 5 to be fixed on support 4 and to be positioned at the top of inner core mould 3, and upper rubber base 5 comprises the adhesive storing box 51 be fixed on support 4 and the upper colloid 52 be installed on adhesive storing box 51 again.Again see Fig. 8, in the utility model, adhesive storing box 51 is in box like structure, be provided with for the upper chamber 511 of splendid attire adhesive and the first passage 512 for installing colloid 52 in it, and the inwall of first passage 512 is arranged be communicated with upper chamber 511 enter glue mouth 513, when being loaded with adhesive in upper chamber 511, adhesive can pass through glue mouth 513 and outwards flow out in first passage 512.

Combine again see Fig. 9 and Figure 10, in the utility model, upper colloid 52 is provided with the gluing passage 520 passed for inner cap, the inwall of gluing passage 520 is provided with storage glue groove 521, be filled with adhesive in storage glue groove 521, the inwall of gluing passage 520 is also arranged with enter that glue mouth 513 is communicated with enter head piece 522.When adhesive passes through outwards to flow out into glue mouth 513, inwall due to gluing passage 520 offers with enter that glue mouth 513 is communicated with enter head piece 522, therefore pass through adhesive that glue mouth 513 outwards flows out and again can pass through head piece 522 and flow in gluing passage 520, and be stored in storage glue groove 521, when gluing part clamping inner cap is through gluing passage 520, the adhesive be stored in storage glue groove 521 will cover, thus complete the gluing to inner cap in being automatically coated to.

Alternatively, see Fig. 5 to Fig. 8, in the utility model, in order to carry out recycling again to the excess adhesive covered in being bonded in, therefore in preferred embodiment of the present utility model, also be provided with the lower chambers 514 for collecting excess adhesive in adhesive storing box 51, lower chambers 514 is positioned at the below of upper chamber 511 and isolates with upper chamber 511; The second channel 515 coordinating the first passage 512 in upper chamber 511 to install colloid 52 is also provided with in adhesive storing box 51.Again see Fig. 9 and Figure 10, in preferred embodiment of the present utility model, the inwall of upper colloid 52 is also arranged with for excess adhesive outwards flow out go out head piece 523, go out head piece 523 and be positioned at the below into head piece 522 and be communicated with lower chambers 514.When inner cap is through gluing passage 520, on it, the excess adhesive of coating outwards flows out by the head piece 523 that goes out on upper colloid 52 inwall, and be communicated with the lower chambers 514 in adhesive storing box 51 owing to going out head piece 523, therefore the excess adhesive passing through the outside outflow of head piece 523 will enter in lower chambers 514, thus complete the recycling of excess adhesive, reduce energy consumption and production costs.

Preferably, in specific embodiment of the utility model, see Fig. 9 and Figure 10, upper colloid 52 is in hollow cylindrical configuration, this structure makes colloid 52 be easy to manufacture, and the hollow channel of upper colloid 52 forms gluing passage 520, the inwall of its hollow channel is processed with storage glue groove 521, and storage glue groove 521 is arranged in the shape of a spiral along the axis of upper colloid 52, and enter head piece 522 and go out head piece 523 to be all arranged in storage glue groove 521.When inner cap moves down along gluing passage 520, because the inwall of storage glue groove 521 along gluing passage 520 extends in the shape of a spiral, therefore the adhesive in storage glue groove 521 covers in can being coated to uniformly, meanwhile, unnecessary adhesive also can move down along with the spiral helicine passage of storage glue groove 521 and outwards flow out rear inflow in lower chambers 514 from going out head piece 523.

Preferably, see Fig. 9 and Figure 10, because upper colloid 52 is in hollow cylindrical configuration, therefore its periphery wall is cylindrical-shaped structure, enter the adhesive in glue mouth 513 and the adhesive in first passage 512 to be not easy to flow in storage glue groove 521 by the head piece 522 that enters on upper colloid 52, and be also not easy to flow in lower chambers 514 from going out the outside adhesive flowed out of head piece 523, therefore in preferred embodiment of the present utility model, on the periphery wall of upper colloid 52, process the first guiding gutter 524 adhesive become a mandarin in mouth 522 being carried out to water conservancy diversion simultaneously, and the adhesive flowing out head piece 523 is carried out to the second guiding gutter 525 of water conservancy diversion, and be provided with into head piece 522 in the first guiding gutter 524, head piece 523 is provided with out in second guiding gutter 525.By arranging the first guiding gutter 524 and the second guiding gutter 525 on the periphery wall of upper colloid 52, adhesive can be made to flow into smoothly or flow out colloid 52.

Alternatively, see Fig. 7, Fig. 9 and Figure 10, in preferred embodiment of the present utility model, the periphery wall on upper colloid 52 top is also provided with the mounting flange 526 of evagination, in the first passage 512 loading adhesive storing box 51 when upper colloid 52 and second channel 515, mounting flange 526 on it is arranged in outside adhesive storing box 51, by upper colloid 52 can be fixed with adhesive storing box 51 through the securing member of mounting flange 526 and adhesive storing box 51 simultaneously.

In the utility model, see Fig. 7 and Fig. 8, for convenience of adhesive is injected in the upper chamber 511 of adhesive storing box 51, also on adhesive storing box 51, offer adhesive inlet 516, this adhesive inlet 516 is communicated with upper chamber 511, when upper chamber 511 needs to add adhesive, only adhesive need be injected from adhesive inlet 516, the adhesive be injected into can flow in upper chamber 511 automatically.

See Fig. 7, in specific embodiment of the utility model, adhesive storing box 51 is provided with 6 upper colloids 52, these 6 upper colloids 52 are divided into two rows, and adjacent two upper colloid 52 intervals of row are arranged.

In the utility model, see Fig. 4, gluing part comprises the first bracing frame 71, first actuator 72 and cover fetching 73; First bracing frame 71 is fixed on support 4, and the first actuator 72 is fixed on the top of the first bracing frame 71; Cover fetching 73 is up and down to be arranged on the first bracing frame 71, and be connected with the first actuator 72, and under the driving of the first actuator 72 from get cage 22 capture inner cap and after clamping the gluing passage 520 that inner cap passes colloid 52 press-in inner core mould 3 inner core in.

Particularly, then see Fig. 4, the first bracing frame 71 comprises many first guide pillars 711 be fixed on support 4 and the first support plate 712 being fixed on many first guide pillar 711 tops; Cover fetching 73 comprises the first installing plate 731 that is arranged on many first guide pillars 711 and be fixedly arranged on and get lid bar 732 for many of vacuum suction inner cap below the first installing plate 731 of sliding; First actuator 72 is fixedly arranged on the first support plate 712, and the first installing plate 731 is connected with the clutch end of the first actuator 72; Get lid bar 732 to be connected with outside vacuum extractor, and gluing passage 520 one_to_one corresponding that every root gets lid bar 732 and upper colloid 52 is arranged.

Again see Fig. 4, in specific embodiment of the utility model, upper platen 11 is also fixed with two guide rails be arranged in parallel 42, guide rail 42 is provided with slide block, support 4 is connected with guide rail 42 by slide block, and under the effect of the fourth drive member 41 be fixed on upper platen 11 along guide rail 42 slide to make gluing part near or away from getting cage 22.

See Figure 11, Figure 12 and Figure 13, inner core mould 3 of the present utility model comprises cope match-plate pattern 31, dividing plate 32, lower bolster 33 and the second actuator 34; Correspondingly on cope match-plate pattern 31 and lower bolster 33 be provided with the blanking channel 300 passed for inner core, blanking channel 300 is corresponding with the material-dropping hole 111 at the blanking gland station place on upper platen 11, and dividing plate 32 is provided with the through hole 321 corresponding with blanking channel 300; Cope match-plate pattern 31 is fixedly connected with by securing members such as screws with lower bolster 33, dividing plate 32 is arranged between cope match-plate pattern 31 and lower bolster 33, and be connected with the second actuator 34 and slide through hole 321 is alignd with blanking channel 300 or staggers along the direction vertical with blanking channel 300 under the effect of the second actuator 34, in the utility model, the second actuator 34 refers to drive cylinder.When inner core mould 3 is for interim splendid attire inner core, drive air cylinder driven dividing plate 32 to slide, the through hole 321 on dividing plate 32 is staggered with blanking channel 300, and blanking channel 300 is cut off, as shown in figure 13, thus blanking channel 300 can be used for the inner core that interim splendid attire assembles.When needing the inner core assembled to load in firework base plate 6, air cylinder driven dividing plate 32 is driven to slide, through hole 321 on dividing plate 32 is alignd with blanking channel 300, thus blanking channel 300 is switched on, the effect at self gravitation is fallen into downwards in firework base plate 6 by the inner core be contained in blanking channel 300.

Alternatively, see Figure 11, Figure 12 and Figure 13, inner core mould 3 also comprises two parting beads 35 for leading to the slip of dividing plate 32 be arranged between cope match-plate pattern 31 and lower bolster 33; Two parting beads 35 are separately positioned on the both sides of the glide direction of dividing plate 32, by securing members such as screws, parting bead 35 and cope match-plate pattern 31 and lower bolster 33 are fixed.Parting bead 35 is set respectively by the both sides of the glide direction at dividing plate 32, dividing plate 32 can be made can only to slide along the direction of parting bead 35, thus strengthen the reliability of dividing plate 32 slip.

See Fig. 2 and Figure 14, in the utility model, inner core mould 3 also comprises its 5th actuator 36 along upper cover station, gluing gland station and blanking engagement station successively movement of driving; 5th actuator 36 is arranged on upper platen 11.During work, first 5th actuator 36 drives inner core mould 3 to enter upper platen 11, and rest on gluing gland station place, when gluing gland component completes after to the inner core upper cover in inner core mould 3,5th actuator 36 drives inner core mould 3 to move to blanking engagement station place again, and rest on this station place, when the inner core after upper cover in inner core mould 3 is all pushed firework base plate 6 by pushing component, the 5th actuator 36 drives empty inner core mould 3 to continue to move forward until inner core mould 3 shifts out upper platen 11 completely again.

See Figure 14, in the utility model, pushing component comprises the second bracing frame 81, the 3rd actuator 82 and inserted link frame 83; Second bracing frame 81 is fixed on upper platen 11, and the 3rd actuator 82 is fixed on the top of the second bracing frame 81; Inserted link frame 83 is up and down to be arranged on the second bracing frame 81, and be connected with the 3rd actuator 82, and at the actuator of the 3rd actuator 82, the inner core after the upper cover in inner core mould 3 being pushed in firework base plate 6, in the utility model, the 3rd actuator 82 refers to drive cylinder.

Particularly, then see Figure 14, the second bracing frame 81 comprises many second guide pillars 811 being fixed on upper platen 11 and the second support plate 812 being fixedly arranged on many second guide pillar 811 tops; Inserted link frame 83 comprises slide the second installing plate 831 of being arranged on many second guide pillars 811 and the many inserted links 832 be fixedly arranged on below the second installing plate 831, and many inserted links 832 are corresponding with multiple material-dropping hole 111 to be arranged; 3rd actuator 82 is fixedly arranged on the second support plate 812, second installing plate 831 is connected with the clutch end of the 3rd actuator 82, and under the driving of the 3rd actuator 82, make inserted link 832 be pushed in firework base plate 6 by inner core through after the blanking channel 300 of inner core mould 3 and material-dropping hole 111.

Alternatively, see Figure 14, can be good at entering in the installation passage 60 of firework base plate 6 for making the inner core passed from the material-dropping hole 111 of upper platen 11, therefore in the utility model, pushing component also comprises guide seat 84, and the lower surface that guide seat 84 is fixedly arranged on upper platen 11 is positioned at the top of firework base plate 6; Firework base plate 6 is provided with the installation passage 60 for installing the inner core after upper cover; Position corresponding with material-dropping hole 111 on guide seat 84 is provided with the blanking tunnel 841 passed for inner core.In the present embodiment, the feed end in blanking tunnel 841 is communicated with material-dropping hole 111, the discharge end in blanking tunnel 841 is communicated with installation passage 60, by arranging guide seat 84 between upper platen 11 and firework base plate 6, can lead to the blanking process of inner core, inner core be entered accurately and installs in passage 60.

Alternatively, see Fig. 3 and Figure 14, in embodiment of the present utility model, pushing component also comprise be arranged at upper platen 11 lower surface on the 6th actuator 85, in the utility model, the 6th actuator 85 refer to drive cylinder; Firework base plate 6 is connected with the 6th actuator 85, and is arranged on lower platen 12 in the effect lower slider of the 6th actuator 85.During work, first 6th actuator 85 drives firework base plate 6 to enter lower platen 12, and rest on the position corresponding with the blanking engagement station on upper platen 11, when the inner core after the upper cover in inner core mould 3 all pushes in firework base plate 6 by pushing component completely, 6th actuator 85 drives the firework base plate 6 filling inner core to continue to move until firework base plate 6 shifts out lower platen 12 completely forward again, and in this specific embodiment, the direction of motion of firework base plate 6 is contrary with the direction of motion of inner core mould 3.

In the utility model, inner core mould 3 being processed with multiple is that rule arranges the blanking channel 300 established, thus the below of the first installing plate 731 be fixed with multiple arrange with blanking channel 300 one_to_one corresponding get lid bar 732, thus the blanking engagement station place of upper platen 11 is provided with multiple material-dropping hole 111 arranged with blanking channel 300 one_to_one corresponding, thus guide seat 84 is processed with multiple blanking tunnel 841 arranged with material-dropping hole 111 one_to_one corresponding, thus firework base plate 6 is processed with multiple installation passage 60 arranged with blanking tunnel 841 one_to_one corresponding, thus inserted link frame 83 is fixed with multiple inserted link 832 arranged with blanking channel 300 one_to_one corresponding.When inner core of the present utility model enter basin apparatus do not comprise guide seat 84 time, firework base plate 6 is processed with multiple installation passage 60 arranged with material-dropping hole 111 one_to_one corresponding.

The course of work of the apparatus for assembling of fireworks tube of the present utility model is described below:

First, drive Screw cover hopper 21, make it arrange splendid attire inner cap within it, and the inner cap after arranging is input to and gets on cage 22; Meanwhile, the 5th actuator 36 starts, and makes splendid attire need the inner core mould 3 of inner core of upper cover and enters upper platen 11, and rest on gluing gland station place; Then, drive fourth drive member 41, support 4 is moved to and gets cage 22 place; Then, start the first actuator 72, make to get lid bar 732 and move down and draw the inner cap got on cage 22, and after suction cover completes, get lid bar 732 and return back to initial position; Then, then drive fourth drive member 41, make support 4 be back to gluing gland station; Then, then drive the first actuator 72, make absorption have the lid bar 732 of getting of inner cap to move down and be pressed into after in inner core by inner cap through gluing passage 520, then be back to initial position; Then, drive the 5th actuator 36, make inner core mould 3 move to blanking engagement station place, and rest on this station place; Meanwhile, start the 6th actuator 85, make firework base plate 6 enter lower platen 12, and rest on the corresponding position of lower platen 12 up and down material engagement station; Then, start the second actuator 34 and dividing plate 32 is moved, the inner core be installed in blanking channel 300 is dropped downwards under the effect of deadweight; Then, start the 3rd actuator 82, inserted link 832 is moved down, after the sustained height of the inner core press-in firework base plate 6 in inner core mould 3, blanking tunnel 841 or firework base plate 6, be back to initial position; Finally, then drive the 6th actuator 85, make firework base plate 6 shift out lower platen 12.

The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (10)

1. an apparatus for assembling for fireworks tube, is characterized in that, comprises workbench (1), cover assembly (2), gluing gland assembly and blanking and enters basin assembly;

Described workbench (1) is arranged on ground, it comprises the upper platen (11) and lower platen (12) that set gradually up and down, described upper platen (11) is provided with along its length successively upper cover station, gluing gland station and blanking engagement station;

Described cover assembly (2) is arranged at described upper cover station place, and it comprises Screw cover hopper (21) and is connected with described Screw cover hopper (21) gets cage (22) for what hold the inner cap that exports from described Screw cover hopper (21);

Described gluing gland assembly comprises inner core mould (3) and gluing gland component, and described inner core mould (3) is removable successively and treat the inner core of upper cover for splendid attire along described upper cover station, described gluing gland station and described blanking engagement station; Described gluing gland component is movably set in described gluing gland station place, for getting the inner cap on cage (22) described in capturing, and is pressed in described inner core by after described inner cap gluing;

Described blanking enters basin assembly and comprises that to be arranged at described lower platen (12) upper and along the direction moveable firework base plate (6) identical or contrary with the direction of described inner core mould (3) movement and the pushing component for the described inner core after middle for described inner core mould (3) upper cover being pushed described firework base plate (6) being arranged at described blanking engagement station place.

2. the apparatus for assembling of fireworks tube according to claim 1, is characterized in that,

The support (4) that described gluing gland component comprises movable setting, the gluing part being arranged at the upper rubber base (5) on described support (4) and being arranged on described support (4);

Described upper rubber base is provided with adhesive in (5), gets the described inner cap on cage (22) and described inner cap is pressed in the described inner core of described inner core mould (3) through after described upper rubber base (5) gluing described in described gluing part clamping.

3. the apparatus for assembling of fireworks tube according to claim 2, is characterized in that,

Described upper rubber base (5) is fixedly arranged on described support (4) and goes up and the top being positioned at described inner core mould (3), and it comprises the adhesive storing box (51) be fixedly arranged on described support (4) and the upper colloid (52) be installed on described adhesive storing box (51);

Be provided with in described adhesive storing box (51) for the upper chamber (511) of splendid attire adhesive and the first passage (512) for installing described upper colloid (52), the inwall of described first passage (512) is arranged be communicated with described upper chamber (511) enter Jiao Kou (513);

Described upper colloid (52) is provided with the gluing passage (520) passed for described inner cap, the inwall of described gluing passage (520) is provided with storage glue groove (521), be filled with adhesive in described storage glue groove (521), the inwall of described gluing passage (520) is also arranged be communicated with the described Jiao Kou of entering (513) enter head piece (522).

4. the apparatus for assembling of fireworks tube according to claim 3, is characterized in that,

Also be provided with the lower chambers (514) for collecting excess adhesive in described adhesive storing box (51) and coordinate the second channel (515) installing described upper colloid (52), described lower chambers (514) is positioned at the below of described upper chamber (511);

The inwall of described upper colloid (52) is also arranged with outwards flow out for adhesive go out head piece (523), described in go out head piece (523) be positioned at described in enter the below of head piece (522) and be communicated with described lower chambers (514).

5. the apparatus for assembling of fireworks tube according to claim 4, is characterized in that,

Described gluing part comprises the first bracing frame (71), the first actuator (72) and cover fetching (73);

Described first bracing frame (71) is fixedly arranged on described support (4), and described first actuator (72) is fixedly arranged on the top of described first bracing frame (71);

Described cover fetching (73) is up and down to be arranged on described first bracing frame (71), and be connected with described first actuator (72), and capture described inner cap and clamp described inner cap be pressed into afterwards in described inner core from described cage (1) of getting through the described gluing passage (520) of described upper colloid (52) under the driving of described first actuator (72).

6. the apparatus for assembling of fireworks tube according to claim 5, is characterized in that,

Described first bracing frame (71) comprises many first guide pillars (711) of being fixed on described support (4) and the first support plate (712) being fixedly arranged on many described first guide pillar (711) tops;

What described cover fetching (73) comprised that slip is arranged at the first installing plate (731) on many described first guide pillars (711) and is fixedly arranged on described first installing plate (731) below gets lid bar (732) for many of inner cap described in vacuum suction;

Described first actuator (72) is fixedly arranged on described first support plate (712), and described first installing plate (731) is connected with the clutch end of described first actuator (72);

Described lid bar (732) of getting is connected with outside vacuum extractor, and described gluing passage (520) one_to_one corresponding getting lid bar (732) and described upper colloid (52) described in every root is arranged.

7. the apparatus for assembling of fireworks tube according to claim 1, is characterized in that,

Described inner core mould (3) comprises cope match-plate pattern (31), dividing plate (32), lower bolster (33) and the second actuator (34);

Described cope match-plate pattern (31) and the upper correspondence of described lower bolster (33) are provided with the blanking channel (300) passed for described inner core, described blanking channel (300) is corresponding with the material-dropping hole (111) at the described blanking gland station place on described upper platen (11), and described dividing plate (32) is provided with the through hole (321) corresponding with described blanking channel (300);

Described cope match-plate pattern (31) is fixedly connected with by securing member with described lower bolster (2), described dividing plate (32) is arranged between described cope match-plate pattern (31) and described lower bolster (33), and is connected with described second actuator (34) and slides to make described through hole (321) align with described blanking channel (300) or stagger along the direction vertical with described blanking channel (300) under the effect of described second actuator (34).

8. the apparatus for assembling of fireworks tube according to claim 7, is characterized in that,

Described pushing component comprises the second bracing frame (81), the 3rd actuator (82) and inserted link frame (83);

Described second bracing frame (81) is fixedly arranged on described upper platen (11), and described 3rd actuator (82) is fixedly arranged on the top of described second bracing frame (81);

Described inserted link frame (83) is up and down to be arranged on described second bracing frame (81), and be connected with described 3rd actuator (82), and under the driving of described 3rd actuator (82), the described inner core after the upper cover in described inner core mould (3) is pushed in described firework base plate (6).

9. the apparatus for assembling of fireworks tube according to claim 8, is characterized in that,

Described second bracing frame (81) comprises many second guide pillars (811) of being fixed on described upper platen (11) and the second support plate (812) being fixedly arranged on many described second guide pillar (811) tops;

Described inserted link frame (83) comprises slip and is arranged at the second installing plate (831) on many described second guide pillars (811) and is fixedly arranged on the many inserted links (832) of described second installing plate (831) below, and many described inserted links (832) are corresponding with multiple described material-dropping hole (111) to be arranged;

Described 3rd actuator (82) is fixedly arranged on described second support plate (812), described second installing plate (831) is connected with the clutch end of described 3rd actuator (82), and under the driving of described 3rd actuator (82), make described inserted link (832) be pushed in described firework base plate (6) by described inner core through after the described blanking channel (300) of described inner core mould (3) and described material-dropping hole (111).

10. the apparatus for assembling of fireworks tube according to claim 9, is characterized in that,

Described pushing component also comprises guide seat (84), and the lower surface that described guide seat (84) is fixedly arranged on described upper platen (11) is positioned at the top of described firework base plate (6);

Described firework base plate (6) is provided with the installation passage (60) for installing the described inner core after upper cover;

The upper position corresponding with described material-dropping hole (111) of described guide seat (84) is provided with the blanking tunnel (841) passed for described inner core.