CN2470355Y - Horn lamp-shell tube-cutting processor - Google Patents

Abstract

The utility model relates to a pipe cutting processor of a speaker-shaped light shell, which comprises a feeder, a conveying mechanism, a coaxial transmission working object turntable, a differential mechanism turntable and a pipe cutting mechanism. The conveying mechanism comprises a guide rail and an orderly positioning device; the orderly positioning device comprises frontward and backward arranged a retaining rod, a push rod and a positioning guide rod; the pipe cutting mechanism comprises a heater and a cutting reamer wheel which is provided with a water storage trough. The utility model can automatically complete the cutting processing of the tubular light mouth after the speaker-shaped light shell is molded.

Description

The tube-cutting processor of horn lamp shell

The utility model relates to a kind of tube-cutting processor of horn lamp shell, is meant that especially one can be to the device of the row cutting removal work of the lamp mouth automatization of horn lamp shell.

As shown in Figure 1, tradition horn lamp shell 1 is earlier by (shown in Figure 1B) after the blowing machine moulding, again via the processing treatment (shown in Figure 1A) of manually the lamp mouth 11 of this horn lamp shell 1 being done excision, with the occasion of symbol application, for sophisticated bulb processing treatment like this, not to be inconsistent its cost benefit gradually and to make efficient, so, if can develop especially to after the horn lamp shell moulding, its strip lamp mouth is done the tube-cutting processor of excision, then tool is positive is worth.

As shown in Figure 2, this bulb is that a glass column jecket one end is formed trumpet-shaped working and forming machine with the oviduct shaper, it consists predominantly of charger 15 and carrier pipe 13, the work object rotating disk 17 and the differential rotating disk 14 of coaxial rotation, transfer mechanism 16 etc., this shaper is by motor, chain, driving such as gear and transmission shaft and operating, the operation principles of its glass column jecket moulding, be by work object rotating disk 17 row displacement divertical motions, 18 of chucks on it divertical motion that is shifted is according to this seized the glass column jecket of being carried by carrier pipe 13 successively on both sides by the arms, along with the displacement of this work object rotating disk 17 turns to, the chuck 18 of seizing the glass column jecket on both sides by the arms walks to shaping mechanism (figure does not show) successively and locates the work of row forming processes, and then walk to transfer mechanism 16 output and finish the loudspeaker shaping work of a glass column jecket, when this bulb starts with the oviduct shaper, this work object rotating disk 17 is row displacement divertical motion via differential mechanism rotating disk 14, when this work object rotating disk 17 is made the displacement divertical motion, chuck on it is the glass column jecket carried by carrier pipe 13 of gripper feed machine 15 successively then, walk to the shaping mechanism place successively along with the displacement divertical motion of this work object rotating disk 17 then, so that the capable loudspeaker forming processes of glass column jecket one end on the chuck 18 is worked, and then walk to transfer mechanism 16 output and finish the forming process operation, so by the shaping work finished of the processing machine automatization of this operating principle to the glass column jecket.

The purpose of this utility model is at the portable tube-cutting processor that goes out a kind of a kind of horn lamp shell of forming by charger, feeding unit, with work object rotating disk, differential mechanism rotating disk and the tube cutting mechanism of shaft drive, it can automatization be finished the strip lamp mouth after the horn lamp shell moulding is excised processing, thereby has solved the existing in prior technology problem.

The technical scheme that the utility model adopted is: it includes charger, feeding unit, with work object rotating disk and the differential mechanism rotating disk and the tube cutting mechanism of shaft drive, and it is characterized in that: this transfer mechanism comprises:

One guide rail, it utilizes two side by side guide rods to form the hollow track, make that the lamp holder of horn lamp shell is propped up on this two side by side guide rod, the lamp mouth of horn lamp shell then is positioned under this two side by side guide rod, use making when horn lamp shell is transported to this guide rail by charger, this horn lamp shell can keep its lamp holder up and axial two side by side the guide rods of complying with advance;

One positioned in sequence device, it comprises the pin that front and back are provided with, a push rod and a location guide rod, this positioned in sequence device swings along with the board action, when this positioned in sequence device when action its pin and can interlock in turn the orientation directly over the guide rail of being positioned at of push rod that swings, during orientation directly over pin is positioned at guide rail, check rail ends horn lamp shell and is slipped in the guide groove, during orientation directly over push rod is positioned at guide rail, then can push and be arranged in first the horn lamp shell that guide rail holds to the greatest extent and be directed into guide groove, when this first horn lamp shell is pushed bar and is directed into guide groove, its lamp holder of this horn lamp shell utilize the location guide in orientation, guide rail below can stumble the lamp mouth lower end of this first horn lamp shell, so that can trip towards the place ahead; This tube cutting mechanism comprises:

One well heater carries out heat treated with the lamp mouth to this horn lamp shell;

One cutters wheels is with to this capable cutting process of lamp mouth of heat treated.

Characteristics of the present utility model are that it can carry out cutting process with the strip lamp mouth that automatization is finished after the horn lamp shell moulding.

Fig. 1 is the synoptic diagram that reaches after the horn lamp shell moulding the excision of the strip lamp mouth after its moulding.

Fig. 2 is a conventional bulb oviduct shaping machine structure synoptic diagram.

Fig. 3 is the structural representation of the tube-cutting processor of horn lamp shell of the present utility model.

Fig. 4 is the synoptic diagram of transfer mechanism of the tube-cutting processor of horn lamp shell of the present utility model.

Fig. 5 is the synoptic diagram of cutting mechanism of the tube-cutting processor of the utility model horn lamp shell.

Fig. 6 utilizes cold water with the synoptic diagram to the capable cutting process of lamp mouth of preheating for the scribing wheel of the cutting mechanism of the tube-cutting processor of horn lamp shell of the present utility model.

Further specify preferred embodiment of the present utility model in conjunction with above-mentioned each accompanying drawing now.

The running of the tube-cutting processor of horn lamp shell of the present utility model and drive technology roughly are same as the principle of conventional light bulb with the oviduct shaper, the chuck that on its characteristics is the work that the is delivered to object rotating disk that how to make that horn lamp shell can positioned in sequence is seized on both sides by the arms, reach the horn lamp shell of being seized on both sides by the arms by the chuck of work object rotating disk, how to make its strip lamp mouth do the processing that cutting is removed, so, below to the detailed description of the tube-cutting processor of horn lamp shell of the present utility model, action drive connection when it is moved between its member is not given unnecessary details, now just horn lamp shell is transported to the chuck of work object rotating disk, and the lamp mouth that how to cut the horn lamp shell that removal seized on both sides by the arms by chuck is described to how.As shown in Figure 3, the tube-cutting processor of horn lamp shell of the present utility model includes charger 2, feeding unit 3, with the work object rotating disk 4 of shaft drive and the tube cutting mechanism 6 of differential mechanism rotating disk 5 and horn lamp shell, it is characterized in that: this feeding unit 3 and tube cutting mechanism 6, horn lamp shell 1 after the moulding gives with the chuck 41 that is directed to work object rotating disk 4 through feeding unit 3 by charger 2 and seizing on both sides by the arms, the horn lamp shell that right this chuck 41 is seized on both sides by the arms has its directivity, promptly this chuck 41 orientation of seizing horn lamp shell on both sides by the arms is to be positioned at 12 ones in lamp holder, so, the orientation that its lamp holder 12 was these chucks 41 of forward when this transfer mechanism 3 must have a mechanism to make horn lamp shell 1 be delivered to chuck 41 to seize on both sides by the arms, as shown in Figure 4, feeding unit 3 of the present utility model comprises a guide rail 31 and positioned in sequence device 33, the guide rail 31 of this feeding unit 3 utilizes two side by side guide rods 311 to form the hollow tracks, this hollow track makes the lamp holder 12 of horn lamp shell 1 be propped up on this two side by side guide rod 311,11 ones in the lamp mouth of horn lamp shell then is positioned under this two side by side guide rod 311, structure by this, can make when horn lamp shell 1 is transported to this guide rail 31 by charger 2, horn lamp shell 1 can keep its lamp holder 12 axially to comply with the hollow track that two side by side guide rods 311 form and advance towards guide groove 32 directions up, when horn lamp shell 1 is directed to track 31 when holding to the greatest extent, then can make several horn lamp shells 1 that are arranged in track 31 be directed to guide groove 32 in regular turn by positioned in sequence device 33 controls of being located at track 311 most ends, this positioned in sequence device 33 comprises the pin 331 that front and back are provided with, a push rod 332 and a location guide rod 333, this positioned in sequence device 33 swings along with the board running, the orientation that is positioned at guide rail 31 tops that its pin 331 and push rod 332 can interlock and take turns when this positioned in sequence device 33 swings action, when pin 331 is positioned at the orientation of guide rail 31 tops, can be slipped in the guide groove 32 by block horn lamp shell 1, when push rod 332 is positioned at the orientation of guide rail 31 tops, then can push first the horn lamp shell 1 that is arranged in guide rail 31 most ends and be directed into guide groove 32 (shown in Fig. 4 B), when this first horn lamp shell 1 is directed into guide groove 32 by push rod 332, the location guide 333 of being located at orientation, guide rail 31 below can stumble the lamp mouth 11 subordinates end of this first horn lamp shell 1, so that horn lamp shell 1 its lamp holder 12 that is slipped in the guide groove 32 can be towards the orientation in the place ahead, it is the orientation of forward chuck 41, and can be seized on both sides by the arms along with the chuck that guide groove 32 is directed to work object rotating disk 4, when horn lamp shell 1 is sent to via feeding unit 3 after chuck 41 seizes on both sides by the arms, then the tube cutting mechanism 6 row cutting removals that arrive are handled along with 4 rotations of work object rotating disk, as shown in Figure 5 and Figure 6, this tube cutting mechanism 6 consists predominantly of a well heater 61 and scribing wheel 62, when chuck 41 is seized horn lamp shell 1 to tube cutting mechanism 6 on both sides by the arms, the first heater via 61 of meeting is with 11 the capable heat treated of lamp mouth to horn lamp shell 1, then to 11 capable cutting process of lamp mouth of 62 pairs of these preheatings of scribing wheel, be expert at the cutting when, the utility model scribing wheel 62 utilizes 11 ones in the lamp mouth that cuts this preheating through the cold water of aqua storage tank 63, make 11 ones in the lamp mouth of this preheating when cutting, produce cold quick-fried effect, and the capable removal of the lamp mouth that this can be cut is handled, and finishes the work of the lamp mouth of horn lamp shell being done removal.

When the tube-cutting processor of horn lamp shell of the present utility model starts action, be sent on the chuck of work object rotating disk via charger and feeding unit through the horn lamp shell after the blowing machine moulding, divertical motion along with this work object rotating disk, the horn lamp shell of being seized on both sides by the arms walks to tube cutting mechanism to the capable cutting of its lamp mouth removal work, after its lamp mouth of horn lamp shell of being seized on both sides by the arms is finished cutting removal work, promptly the divertical motion along with work object rotating disk exports the external world to, so, horn lamp shell after the blowing machine moulding can utilize the tube-cutting processor of horn lamp shell of the present utility model, and finishing of automatization dealt with the work to the capable removal of lamp mouth of horn lamp shell.

From the above mentioned, the tube-cutting processor of horn lamp shell of the present utility model can effectively be finished the capable removal work of treatment of lamp mouth to horn lamp shell, replacing traditional manual handling, and can improve the efficient of processing greatly, so, novel creativity of the real tool of the utility model and practical improvement.

More than be that the utility model is done a detailed description; but it is above-described; it only is preferred embodiment of the present utility model; when not limiting the scope that the utility model is implemented with this; be that all equivalences of being done according to the utility model claims scope change and modification, all still belong in the scope of the utility model claims protection.

Claims (2)

1, a kind of tube-cutting processor of horn lamp shell includes charger, feeding unit, with work object rotating disk and the differential mechanism rotating disk and the tube cutting mechanism of shaft drive, and it is characterized in that: this transfer mechanism comprises:

One guide rail, it utilizes two side by side guide rods to form the hollow track, makes that the lamp holder of horn lamp shell is propped up on this two side by side guide rod, and the lamp mouth of horn lamp shell then is positioned under this two side by side guide rod:

One positioned in sequence device, it comprises the pin that front and back are provided with, a push rod and a location guide rod, this positioned in sequence device swings along with the board action, can interlock in turn the orientation directly over the guide rail of being positioned at of its pin and push rod when this positioned in sequence device swings, during orientation directly over pin is positioned at guide rail, check rail ends horn lamp shell and is slipped in the guide groove, during orientation directly over push rod is positioned at guide rail, then can push and be arranged in first the horn lamp shell that guide rail holds to the greatest extent and be directed into guide groove, when this first horn lamp shell is pushed bar and is directed into guide groove, its lamp holder of this horn lamp shell utilize the location guide in orientation, guide rail below can stumble the lamp mouth lower end of this first horn lamp shell, so that can trip towards the place ahead; This tube cutting mechanism comprises:

One well heater carries out heat treated with the lamp mouth to this horn lamp shell;

One cutters wheels is with to this capable cutting process of lamp mouth of heat treated.

2, the tube-cutting processor of horn lamp shell as claimed in claim 1 is characterized in that, described scribing wheel disposes an aqua storage tank.

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