CN203293545U - Integrated bottle manufacturing and forming equipment - Google Patents
Integrated bottle manufacturing and forming equipment Download PDFInfo
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- CN203293545U CN203293545U CN2013202822393U CN201320282239U CN203293545U CN 203293545 U CN203293545 U CN 203293545U CN 2013202822393 U CN2013202822393 U CN 2013202822393U CN 201320282239 U CN201320282239 U CN 201320282239U CN 203293545 U CN203293545 U CN 203293545U
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Abstract
The utility model relates to the technical field of infusion bottle manufacturing and forming equipment, in particular to integrated bottle manufacturing and forming equipment. After the injection molding of bottle preforms is performed through a bottle preform injection molding device, a manipulator arranged between the bottle preform injection molding device and a bottle preform conveying device clamps the one-die formed bottle preforms once and mounts the bottle preforms on bottle preform clamp heads which are orderly arranged, conveying belts send the bottle preform clamp heads toward a front-end baffle in the rotating process, and a front-end opening which only allows a single bottle preform to pass through is formed in the middle of the front-end baffle, so that the bottle preform clamp heads can pass through the front-end baffle one by one and then enter a front-end transportation track for corresponding procedures such as ring welding, heating, bottle blowing and the like; after the bottle preforms are stripped from molds, the whole bottle preforms are mounted on the bottle preform clamp heads and mutually spaced, so that the cooling speed is accelerated, and the cooling is more uniform; and after the bottle preforms are stripped from the molds, the bottle preforms are mounted on the bottle preform clamp heads, so that inner cavities of the bottle preforms are prevented from being polluted due to long time contact with outside air.
Description
Technical field
The utility model relates to infusion bottle and manufactures the moulding equipment technical field, refers in particular to a kind of integral type bottle former processed.
Background technology
integral type bottle former processed, its technological process is the injection moulding bottle embryo, weld-ring, heating and bottle blowing, after the injection moulding out of bottle embryo, by manipulator by it from mould, taking out, be positioned over the collection conveyer belt, the discharge end of collecting conveyer belt is connected with the feed end of belt elevator motor spindle, the discharge end below at belt elevator top is provided with the multiple belt machine, the multiple belt machine comprises the multilayer conveyer belt that distributes up and down, the traffic direction of adjacent each layer conveyer belt is different, the discharge end of the conveyer belt on upper strata is positioned at the feed end top of the conveyer belt of adjacent lower floor, form transfer passage, the below of the discharge end of the conveyer belt of the bottom is provided with the material stock hopper, the bottle embryo that enters the material stock hopper can directly be sent to bottle blowing machine by follow-up belt elevator machine and carry out bottle blowing.
The bottle embryo of said process is after injection moulding out, and manipulator is collected in the collection conveyer belt by it, and the bottle embryo is put in a jumble, and the bottle embryo of putting in a jumble tends to cause the situation of inhomogeneous cooling in the cooling procedure of transfer passage, and cool time is long.In addition, the inner chamber of bottle embryo, in cooling process, contacts with outside air always, easily is subject to extraneous pollution.
Summary of the invention
The purpose of this utility model is to provide a kind of integral type bottle former processed for the deficiencies in the prior art, not only shortens bottle embryo cool time, and cooling more even, and avoids the inner chamber of bottle embryo to be subjected to outside contamination, improves the operating efficiency of system bottle.
for achieving the above object, a kind of integral type of the present utility model bottle former processed, comprise: for the bottle embryo injection moulding apparatus of shaped bottle embryo, for the receiving bottle embryo and the bottle embryo is realized to the bottle embryo conveying device of transportation in good order, for suspension ring being welded in one by one to the weld-ring device of bottle embryo, for the chain conveying heater that the bottle embryo is heated continuously, for the bottle embryo after heating, realize the equidistant separator of bottle embryo of equally spaced separation, for the bottle embryo being blow molded into to the blow molding apparatus of bottle, between described bottle embryo injection moulding apparatus and bottle embryo conveying device, be provided with manipulator, described bottle embryo conveying device, the weld-ring device, the chain conveying heater, the bottle equidistant separator of embryo and blow molding apparatus link together in turn, described bottle embryo conveying device comprises driving-belt, the top of described driving-belt is provided with some channel isolations, described channel isolation discharging has some bottles of embryo clamp head, the port of export of described bottle embryo conveying device is provided with front end-stopping plate, the middle part of described front end-stopping plate is provided with and only holds the front opening that single bottle embryo passes through, and described front opening is connected with the front end conveying track, the arrival end of described bottle embryo conveying device is provided with rear end-stopping plate, and the middle part of described rear end-stopping plate is provided with and only holds the open rearward end that single bottle embryo passes through, and described open rearward end is connected with the rear end conveying track.
As preferably, described chain conveying heater comprises bending type delivery track and drive sprocket, and described bending type delivery track inside is provided with chain, and described drive sprocket drives chain and rotates in bending type delivery track inner loop; Described chain comprises upper link plate, intermediate plate and lower carrier bar, described intermediate plate is arranged between upper link plate and lower carrier bar, described upper link plate, intermediate plate and lower carrier bar three's common junction all vertically is plugged with the first axle sleeve, described upper link plate, intermediate plate and lower carrier bar all can rotate around the first axle sleeve, described the first axle sleeve is plugged with rotating clamp body, and the upper end of described clamp body offers the storage tank of the described bottle of clamping embryo clamp head; The top of described bending type delivery track is provided with heater.
As preferably, described storage tank inboard is provided with elastic clamping block, and described bottle embryo clamp head is provided with the annular groove with described elastic clamping block clamping.
As preferably, described chain transverse splicing has bearing shaft, and the two ends of described bearing shaft are connected with clutch shaft bearing, and described clutch shaft bearing is slidably connected to the bending type delivery track.
As preferably, the junction, upper end of described clamp body and the first axle sleeve is provided with the second bearing, and the lower end of the first axle sleeve is socketed with the second axle sleeve, and the junction of described clamp body and the second axle sleeve is provided with the second bearing; The lower end of described clamp body is provided with rotating sprocket, and described bending type delivery track is provided with the rotary-chain that is connected with described rotating sprocket.
As preferably, the outside of described the first axle sleeve, the second axle sleeve is socketed with respectively the 3rd bearing, and described the 3rd bearing and bending type delivery track are slidably connected.
As preferably, the junction of described each chain link of chain is provided with oscillating bearing or self-lubricating bearing, and described oscillating bearing and self-lubricating bearing space are distributed in chain.
As preferably, the equidistant separator of described bottle embryo comprises frame, described frame is connected with motor, one side of described frame is provided with first bottle of embryo conveying device and second bottle of embryo conveying device, the opposite side of frame is provided with a bottle embryo delivery chute, and the below of described bottle embryo delivery chute is provided with the rotating disk with driving lever; Described first bottle of embryo conveying device comprises the first driving wheel, the first driven pulley and the first driving belt, and described the first driving wheel is connected by the first driving belt with the first driven pulley; Described second bottle of embryo conveying device comprises the second driving wheel, the second driven pulley and the second driving belt, and described the second driving wheel is connected by the second driving belt with the second driven pulley; Between described the first driving belt and described the second driving belt, form bottle embryo split tunnel, described bottle embryo split tunnel is communicated with described bottle embryo delivery chute; The output shaft of described motor is connected with the first driving wheel, and the first driving wheel is connected with the second driving wheel.
As preferably, described first bottle of embryo conveying device also comprises the first driving shaft and the first gear, an end of described the first driving shaft and the socket of the first driving wheel, and the other end of the first driving shaft is socketed with the first gear; Described second bottle of embryo conveying device also comprises the second driving shaft, the second driven shaft and the second gear, one end of described the second driving shaft and the socket of the second driving wheel, the other end of the second driving shaft is socketed with the first belt wheel, one end of the second driven shaft and the socket of the second gear, the end that the second driven shaft is socketed with the second gear also is socketed with the second belt wheel, the second gear and the first gear are connected with a joggle, and the second driven shaft adopts Timing Belt to be connected with the second driving shaft.
As preferably, the port of export of described blow molding apparatus is connected with filling apparatus.
the beneficial effects of the utility model: a kind of integral type bottle former processed, bottle embryo injection moulding apparatus is by after the injection mo(u)lding of bottle embryo, the manipulator that is arranged between bottle embryo injection moulding apparatus and bottle embryo conveying device is installed on the disposable gripping of bottle embryo of a mold forming on the bottle embryo clamp head of neat discharging, driving-belt the running process in by bottle embryo clamp head forward the end-stopping plate direction give, the middle part of front end-stopping plate is provided with and only holds the front opening that single bottle embryo passes through, therefore bottle embryo clamp head is in turn by front end-stopping plate, then enter the front end conveying track, and carry out accordingly weld-ring, heating, the operations such as bottle blowing, the bottle embryo, after depanning, is that mould preparation is installed on bottle embryo clamp head, and space between the bottle embryo, not only accelerate cooling velocity, and make cooling more even, after the depanning of bottle embryo, just be installed on bottle embryo clamp head, avoid outside air with bottle embryo inner chamber, to contact for a long time, cause inner chamber to pollute,
the chain conveying heater, adopt the bending type delivery track, drive sprocket drives chain and rotates in bending type delivery track inner loop, chain comprises upper link plate, intermediate plate and lower carrier bar, upper link plate, intermediate plate and lower carrier bar three's junction vertically is plugged with the first axle sleeve, upper link plate, intermediate plate and lower carrier bar all can rotate mutually around the first axle sleeve, the first axle sleeve is plugged with rotating clamp body, the upper end of clamp body is connected with clamp head, by said structure, can realize the continuous several times bending of chain, not only be convenient to the layout of heating system, and make the overall dimensions of bottle blowing equipment compacter, save the space of factory building.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the enlarged diagram along A place in Fig. 1.
Fig. 3 is the structural representation of the utility model chain.
Fig. 4 is the cross section view of the utility model chain conveying heater.
Fig. 5 is the biopsy cavity marker devices schematic diagram of the utility model chain.
Fig. 6 is the cut-away illustration along the B-B line place of Fig. 5.
Fig. 7 is the structural representation of the equidistant separator of the utility model bottle embryo.
Fig. 8 is the cut-away illustration at C-C line place in Fig. 7.
Fig. 9 is the left TV structure schematic diagram of Fig. 7.
Figure 10 is the perspective view of the equidistant separator of the utility model bottle embryo.
Reference numeral comprises:
1-bottle embryo injection moulding apparatus, 2-bottle embryo conveying device, 21-driving-belt, 22-channel isolation, 23-bottle embryo clamp head, 24-front end-stopping plate, 25-front end conveying track, 26-rear end-stopping plate, 27-rear end conveying track, , 3-weld-ring device, 4-chain conveying heater, 41-bending type delivery track, 42-drive sprocket, 421-oscillating bearing, 422-self-lubricating bearing, 43-chain, 431-upper link plate, 432-intermediate plate, 433-lower carrier bar, the 434-the first axle sleeve, 435-clamp body, , 436-storage tank, 437-heater, 438-elastic clamping block, 439-annular groove, 44-bearing shaft, 45-clutch shaft bearing, the 46-the second bearing, the 47-the second axle sleeve, 48-rotating sprocket, the 49-the three bearing, , the equidistant separator of 5-bottle embryo, , the 51-the first driving wheel, , the 52-the first driven pulley, , the 53-the first driving belt, the 54-the first driving shaft, the 55-the first gear, 56-bottle embryo delivery chute, , 57-bottle embryo split tunnel, , 58-rotating disk, , , the 61-the second driving wheel, , the 62-the second driven pulley, , the 63-the second driving belt, , the 64-the second driving shaft, , the 65-the second driven shaft, , the 66-the second gear, , , the 67-the first belt wheel, , the 68-the second belt wheel, , 7-blow molding apparatus, , 8-filling apparatus.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in detail.
as shown in Figures 1 to 10, a kind of integral type of the present utility model bottle former processed, comprise: for the bottle embryo injection moulding apparatus 1 of shaped bottle embryo, for the receiving bottle embryo and the bottle embryo is realized to the bottle embryo conveying device 2 of transportation in good order, for suspension ring being welded in one by one to the weld-ring device 3 of bottle embryo, for the chain conveying heater 4 that the bottle embryo is heated continuously, for the bottle embryo after heating, realize the equidistant separator 5 of bottle embryo of equally spaced separation, for the bottle embryo being blow molded into to the blow molding apparatus 7 of bottle, between described bottle embryo injection moulding apparatus 1 and bottle embryo conveying device 2, be provided with manipulator, described bottle embryo conveying device 2, weld-ring device 3, chain conveying heater 4, the bottle equidistant separator 5 of embryo and blow molding apparatus 7 link together in turn, described bottle embryo conveying device 2 comprises driving-belt 21, the top of described driving-belt 21 is provided with some channel isolations 22, the neat discharging of described channel isolation 22 has some bottles of embryo clamp head 23, the port of export of described bottle embryo conveying device 2 is provided with front end-stopping plate 24, the middle part of described front end-stopping plate 24 is provided with and only holds the front opening that single bottle embryo passes through, and described front opening is connected with front end conveying track 25, the arrival end of described bottle embryo conveying device 2 is provided with rear end-stopping plate 26, and the middle part of described rear end-stopping plate 26 is provided with and only holds the open rearward end that single bottle embryo passes through, and described open rearward end is connected with rear end conveying track 27.
Bottle embryo injection moulding apparatus 1 is first by the injection mo(u)lding of bottle embryo, the manipulator that is arranged between bottle embryo injection moulding apparatus 1 and bottle embryo conveying device 2 is installed on the disposable gripping of bottle embryo of a mold forming on the bottle embryo clamp head 23 of neat discharging, driving-belt 21 in the process of running by bottle embryo clamp head 23 forward end-stopping plate 24 directions carry, the middle part of front end-stopping plate 24 is provided with and only holds the front opening that single bottle embryo passes through, therefore bottle embryo clamp head 23 can only be passed through front end-stopping plate 24 in turn, then enter front end conveying track 25, the bottle embryo goes in procession along front end conveying track 25.
When the bottle embryo is delivered to weld-ring device 3, weld-ring device 3 is welded in a bottle embryo one by one by suspension ring, and the flat bottle embryo after weld-ring continues to advance along front end conveying track 25, and enters chain conveying heater 4,4 pairs of bottle embryos of chain conveying heater carry out post bake, for next step bottle blowing is prepared.Heat complete bottle embryo, after the equidistant separator 5 of bottle embryo, the equidistant separator 5 of bottle indusium bottle embryo that originally was close to separates, and equating apart from interval between the bottle embryo.After the bottle indusium was spaced apart, the bottle gripping of embryo after manipulator will separate also was installed on the blow mold of blow molding apparatus 7, and blow mold heats blowing to the bottle embryo, and the bottle indusium is blow molded into bottle.In addition, in the process of manipulator gripping bottle embryo, realization bottle embryo separates with bottle embryo clamp head 23, and a bottle indusium folder progressive die tool carries out blowing, and a bottle embryo clamp head 23 is transported to rear end conveying track 27.
The middle part of rear end-stopping plate 26 is provided with and only holds the open rearward end that single bottle embryo passes through, bottle embryo clamp head 23 is transported back driving-belt 21 one by one through open rearward end, because the top of driving-belt 21 is provided with some channel isolations 22, so bottle embryo clamp head 23 is under the guiding of channel isolation 22, by neat being thrown on driving-belt 21, ready for entering next cycle installation bottle embryo.The bottle embryo of said process, after depanning, is that mould preparation is installed on bottle embryo clamp head 23, and space between the bottle embryo, not only accelerate cooling velocity, and make cooling more even; After the depanning of bottle embryo, just be installed on bottle embryo clamp head 23, avoid outside air with bottle embryo inner chamber, to contact for a long time, cause inner chamber to pollute.
As preferably, the chain conveying heater 4 of the present embodiment comprises bending type delivery track 41 and drive sprocket 42, described bending type delivery track 41 inside are provided with chain 43, and described drive sprocket 42 drives chain 43 and rotates in bending type delivery track 41 inner loop; Described chain 43 comprises upper link plate 431, intermediate plate 432 and lower carrier bar 433, described intermediate plate 432 is arranged between upper link plate 431 and lower carrier bar 433, described upper link plate 431, intermediate plate 432 and lower carrier bar 433 threes' common junction all vertically is plugged with the first axle sleeve 434, described upper link plate 431, intermediate plate 432 and lower carrier bar 433 all can rotate around the first axle sleeve 434, described the first axle sleeve 434 is plugged with rotating clamp body 435, and the upper end of described clamp body 435 offers the storage tank 436 of the described bottle of clamping embryo clamp head 23; The top of described bending type delivery track 41 is provided with heater 437.By said structure, can realize the continuous several times bending of chain 43, not only be convenient to the layout of heating system, and make the overall dimensions of bottle blowing equipment compacter, save the space of factory building.
The centre-to-centre spacing that the bottle embryo is installed between bottle embryo clamp head 23, the first axle sleeves 434 is fixed, and by said structure, can guarantee bottle constancy and the uniformity of embryo clamp head 23 centre-to-centre spacing, guarantees the gripping of follow-up bottle embryo.
In addition, the utility model chain 43 adopts three plank frames, is convenient to processing and installs, and its pitch is identical with universal chain with node, and instrument that can be relevant to universal chain during detection is consistent, reduces the cost.
Described storage tank 436 inboards are provided with elastic clamping block 438, and described bottle embryo clamp head 23 is provided with the annular groove 439 with described elastic clamping block 438 clampings.After bottle embryo weld-ring, bottle embryo clamp head 23 directly is connected in the upper end of clamp body 435, the bottle embryo is after post bake, under manipulator gripping effect, can directly bottle embryo and bottle embryo clamp head 23 be taken out, a bottle embryo clamp head 23 can be returned to bottle embryo conveying device 2, carry out the production of next circulation.
Described chain 43 transverse splicings have bearing shaft 44, and the two ends of described bearing shaft 44 are connected with clutch shaft bearing 45, and described clutch shaft bearing 45 is slidably connected to bending type delivery track 41.The chain 43 of the present embodiment is realized being slidably connected by clutch shaft bearing 45 and bending type delivery track 41, has well guaranteed the stability of chain 43 transmissions.
The lower end that the junction, upper end of described clamp body 435 and the first axle sleeve 434 is provided with the second bearing 46, the first axle sleeves 434 is socketed with the second axle sleeve 47, and the junction of described clamp body 435 and the second axle sleeve 47 is provided with the second bearing 46; The lower end of described clamp body 435 is provided with rotating sprocket 48, and described bending type delivery track 41 is provided with the rotary-chain that is connected with described rotating sprocket 48.Setting by the second bearing 46, make clamp body 435 and the first axle sleeve 434 and the second axle sleeve 47 keep level and smooth stable being rotationally connected, and guaranteed the centre-to-centre spacing between clamp body 435, and make constancy and the uniformity of clamp head centre-to-centre spacing, guarantee the gripping of follow-up bottle embryo.The rotary-chain of the present embodiment is arranged at the straightway of bending type delivery track 41, when the lower end of clamp body 435 rotating sprocket 48 is delivered to straightway, rotating sprocket 48 coordinates with rotary-chain, handover along with chain 43, rotary-chain is stirred rotating sprocket 48 rotation is occurred, rotating sprocket 48 drives clamp body 435 and rotates, above straightway due to bending type delivery track 41, be provided with heater 437, the bottle embryo that rotates is heated more evenly in the interior meeting of heater 437, make the wall thickness of bottle of follow-up blowing even, qualification rate is improved.
The outside of described the first axle sleeve 434, the second axle sleeve 47 is socketed with respectively the 3rd bearing 49, and described the 3rd bearing 49 is slidably connected with bending type delivery track 41.Clutch shaft bearing 45, the second bearing 46 and the 3rd bearing 49 arrange the different azimuth of chain 43, guarantee chain 43 light and flexible when cycle rotation, even in long process apart from transmission, reduce its carry with turn to, the resistance while turning, as preferably, above-mentioned clutch shaft bearing 45, the second bearing 46 and the 3rd bearing 49 all adopt rolling bearing.
The junction of described chain 43 each chain links is provided with oscillating bearing 421 or self-lubricating bearing 422, and described oscillating bearing 421 and self-lubricating bearing 422 spaces are distributed in chain 43.The deflection of certain angle, through the continuous several times bending, in the process of carrying, can occur in chain 43 between chain link, oscillating bearing 421 can meet swinging up and down between chain link, and self-lubricating bearing 422 can meet swinging between chain link.Combined type design by oscillating bearing 421 and self-lubricating bearing 422, guarantee on the one hand the intensity of chain 43, another convenient flexibility that guarantees chain 43, in the use procedure of bottle embryo heating, guarantee the high unity between the bottle embryo, be convenient to gripping and the blowing of follow-up bottle embryo.
As preferably, the equidistant separator 5 of described bottle embryo comprises frame, described frame is connected with motor, one side of described frame is provided with first bottle of embryo conveying device 2 and second bottle of embryo conveying device 2, the opposite side of frame is provided with a bottle embryo delivery chute 56, and the below of described bottle embryo delivery chute 56 is provided with the rotating disk 58 with driving lever; Described first bottle of embryo conveying device 2 comprises the first driving wheel 51, the first driven pulley 52 and the first driving belt 53, and described the first driving wheel 51 is connected by the first driving belt 53 with the first driven pulley 52; Described second bottle of embryo conveying device 2 comprises the second driving wheel 61, the second driven pulley 62 and the second driving belt 63, and described the second driving wheel 61 is connected by the second driving belt 63 with the second driven pulley 62; Between described the first driving belt 53 and described the second driving belt 63, form bottle embryo split tunnel 57, described bottle embryo split tunnel 57 is communicated with described bottle embryo delivery chute 56; The output shaft of described motor is connected with the first driving wheel 51, and the first driving wheel 51 is connected with the second driving wheel 61.
during work, driven by motor the first driving wheel 51 rotates, because the first driving wheel 51 adopts the first driving-belt 21 to be connected with the first driven pulley 52, namely the first driving wheel 51 drives the first driven pulley 52 rotations, again because the second driving wheel 61 adopts the second driving-belt 21 to be connected with the second driven pulley 62, the second driving wheel 61 is connected with the first driving wheel 51, namely the first driving wheel 51 drives the second driving wheel 61 rotations simultaneously, the second 61 of driving wheels drive the second driven pulley 62 and rotate, in addition, rotating disk 58 also rotates simultaneously, rotating disk 58 drives driving lever while rotating and rotates, the bottle embryo that driving lever is periodically stirred bottle embryo delivery chute 56 interior placements moves towards bottle embryo split tunnel 57 directions that are communicated with bottle embryo delivery chute 56, when bottle indusium driving lever dials to bottle embryo split tunnel 57, the first driving belt 53 and the second feed belt clamp a bottle embryo mutually, because the first driving belt 53 and the second feed belt all keep certain speed to turn round in the opposite direction, namely make the direction of motion of the side that the first driving belt 53 is adjacent with the second driving belt 63 identical, that is a drive bottle embryo moves along bottle embryo split tunnel 57, because driver plate is periodically stirred bottle embryo and is moved towards bottle embryo split tunnel 57, when having a bottle indusium to dial to bottle embryo split tunnel 57, the first driving belt 53 that rotates and the second feed belt can immediately drive the bottle embryo and move towards the direction of motion, thereby periodically driving single bottle embryo moves, thereby make the certain spacing of formation between every two bottle embryos, motor rotates evenly, and by the setting of gearratio, and then can guarantee the equidistant spacing of formation between every two bottle embryos, aspect is follow-up carries out blow molding by manipulator by defeated the pinching to bottle blowing machine of bottle embryo.The utility model can separate the bottle embryo equally spacedly and carry, and production process mechanization and automaticity are high, and is not only simple in structure, and production efficiency is high, and production effect is good, whole safe operation process, reliable.
As preferably, described first bottle of embryo conveying device 2 also comprises the first driving shaft 54 and the first gear 55, an end of described the first driving shaft 54 and the first driving wheel 51 sockets, and the other end of the first driving shaft 54 is socketed with the first gear 55; Described second bottle of embryo conveying device 2 also comprises the second driving shaft 64, the second driven shaft 65 and the second gear 66, one end of described the second driving shaft 64 and the second driving wheel 61 sockets, the other end of the second driving shaft 64 is socketed with the first belt wheel 67, one end of the second driven shaft 65 and the second gear 66 sockets, the end that the second driven shaft 65 is socketed with the second gear 66 also is socketed with the second belt wheel 68, the second gear 66 and the first gear 55 are connected with a joggle, and the second driven shaft 65 adopts Timing Belt to be connected with the second driving shaft 64.motor drives the first driving wheel 51 and rotates, the first driving shaft 54 rotates simultaneously, the first driving shaft 54 drives the first driving belt 53 and rotates, the first gear 55 that is socketed on the first driving shaft 54 1 ends rotates, the first gear 55 drives the second gear 66 that is connected with a joggle with the first gear 55 and rotates, the second gear 66 drives simultaneously the second driven shaft 65 and rotates, the second driven shaft 65 drives connected the second driving shaft 64 and rotates, the second driving shaft 64 drives the second driving belt 63 and rotates, simultaneously, the first driving shaft 54 drives and with the first driving shaft 54, is connected rotating disk 58 rotations, rotating disk 58 drives driving lever and rotates, thereby realize the running of whole mechanism, wherein, the second driven shaft 65 adopts Timing Belts to be connected with the second driving shaft 64, and Timing Belt is take steel wire rope or glass fibre as strength layer, outer endless belt coated with polyurethane or neoprene, Timing Belt interior week make dentation, make itself and profile of tooth belt wheel engaged transmission accurate.
As shown in Figure 1, the port of export of the blow molding apparatus 7 of the present embodiment is connected with filling apparatus 8, the bottle embryo is after blow molding apparatus 7 is blow molded into bottle, bottle enters filling apparatus 8 under the promotion of manipulator, filling apparatus 8 carries out filling action by old soldi, realizes the bottle processed of large transfusion bottle, filling automated production.
The remainder of the present embodiment is identical with embodiment 1, repeats no more here.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (10)
1. integral type bottle former processed, comprise: for the bottle embryo injection moulding apparatus of shaped bottle embryo, for the receiving bottle embryo and the bottle embryo is realized to the bottle embryo conveying device of transportation in good order, for suspension ring being welded in one by one to the weld-ring device of bottle embryo, for the chain conveying heater that the bottle embryo is heated continuously, for the bottle embryo after heating, realize the equidistant separator of bottle embryo of equally spaced separation, for the bottle embryo being blow molded into to the blow molding apparatus of bottle, between described bottle embryo injection moulding apparatus and bottle embryo conveying device, be provided with manipulator, described bottle embryo conveying device, the weld-ring device, the chain conveying heater, the bottle equidistant separator of embryo and blow molding apparatus link together in turn, it is characterized in that: described bottle embryo conveying device comprises driving-belt, the top of described driving-belt is provided with some channel isolations, described channel isolation discharging has some bottles of embryo clamp head, the port of export of described bottle embryo conveying device is provided with front end-stopping plate, the middle part of described front end-stopping plate is provided with and only holds the front opening that single bottle embryo passes through, and described front opening is connected with the front end conveying track,
The arrival end of described bottle embryo conveying device is provided with rear end-stopping plate, and the middle part of described rear end-stopping plate is provided with and only holds the open rearward end that single bottle embryo passes through, and described open rearward end is connected with the rear end conveying track.
2. a kind of integral type according to claim 1 bottle former processed, it is characterized in that: described chain conveying heater comprises bending type delivery track and drive sprocket, described bending type delivery track inside is provided with chain, and described drive sprocket drives chain and rotates in bending type delivery track inner loop;
Described chain comprises upper link plate, intermediate plate and lower carrier bar, described intermediate plate is arranged between upper link plate and lower carrier bar, described upper link plate, intermediate plate and lower carrier bar three's common junction all vertically is plugged with the first axle sleeve, described upper link plate, intermediate plate and lower carrier bar all can rotate around the first axle sleeve, described the first axle sleeve is plugged with rotating clamp body, and the upper end of described clamp body offers the storage tank of the described bottle of clamping embryo clamp head;
The top of described bending type delivery track is provided with heater.
3. a kind of integral type according to claim 2 bottle former processed, it is characterized in that: described storage tank inboard is provided with elastic clamping block, and described bottle embryo clamp head is provided with the annular groove with described elastic clamping block clamping.
4. a kind of integral type according to claim 2 bottle former processed, it is characterized in that: described chain transverse splicing has bearing shaft, and the two ends of described bearing shaft are connected with clutch shaft bearing, and described clutch shaft bearing is slidably connected to the bending type delivery track.
5. a kind of integral type according to claim 4 bottle former processed, it is characterized in that: the junction, upper end of described clamp body and the first axle sleeve is provided with the second bearing, the lower end of the first axle sleeve is socketed with the second axle sleeve, and the junction of described clamp body and the second axle sleeve is provided with the second bearing;
The lower end of described clamp body is provided with rotating sprocket, and described bending type delivery track is provided with the rotary-chain that is connected with described rotating sprocket.
6. a kind of integral type according to claim 5 bottle former processed, it is characterized in that: the outside of described the first axle sleeve, the second axle sleeve is socketed with respectively the 3rd bearing, and described the 3rd bearing and bending type delivery track are slidably connected.
7. a kind of integral type according to claim 2 bottle former processed, it is characterized in that: the junction of described each chain link of chain is provided with oscillating bearing or self-lubricating bearing, and described oscillating bearing and self-lubricating bearing space are distributed in chain.
8. a kind of integral type according to claim 1 bottle former processed, it is characterized in that: the equidistant separator of described bottle embryo comprises frame, described frame is connected with motor, one side of described frame is provided with first bottle of embryo conveying device and second bottle of embryo conveying device, the opposite side of frame is provided with a bottle embryo delivery chute, and the below of described bottle embryo delivery chute is provided with the rotating disk with driving lever; Described first bottle of embryo conveying device comprises the first driving wheel, the first driven pulley and the first driving belt, and described the first driving wheel is connected by the first driving belt with the first driven pulley; Described second bottle of embryo conveying device comprises the second driving wheel, the second driven pulley and the second driving belt, and described the second driving wheel is connected by the second driving belt with the second driven pulley; Between described the first driving belt and described the second driving belt, form bottle embryo split tunnel, described bottle embryo split tunnel is communicated with described bottle embryo delivery chute; The output shaft of described motor is connected with the first driving wheel, and the first driving wheel is connected with the second driving wheel.
9. a kind of integral type according to claim 8 bottle former processed, it is characterized in that: described first bottle of embryo conveying device also comprises the first driving shaft and the first gear, one end of described the first driving shaft and the socket of the first driving wheel, the other end of the first driving shaft and the socket of the first gear; Described second bottle of embryo conveying device also comprises the second driving shaft, the second driven shaft and the second gear, one end of described the second driving shaft and the socket of the second driving wheel, the other end of the second driving shaft is socketed with the first belt wheel, one end of the second driven shaft and the socket of the second gear, the end that the second driven shaft is socketed with the second gear also is socketed with the second belt wheel, the second gear and the first gear are connected with a joggle, and the second driven shaft adopts Timing Belt to be connected with the second driving shaft.
10. the described a kind of integral type of according to claim 1 ~ 9 any one bottle former processed, it is characterized in that: the port of export of described blow molding apparatus is connected with filling apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202822393U CN203293545U (en) | 2013-05-22 | 2013-05-22 | Integrated bottle manufacturing and forming equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202822393U CN203293545U (en) | 2013-05-22 | 2013-05-22 | Integrated bottle manufacturing and forming equipment |
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| Publication Number | Publication Date |
|---|---|
| CN203293545U true CN203293545U (en) | 2013-11-20 |
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| CN2013202822393U Withdrawn - After Issue CN203293545U (en) | 2013-05-22 | 2013-05-22 | Integrated bottle manufacturing and forming equipment |
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| CN (1) | CN203293545U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103286953A (en) * | 2013-05-22 | 2013-09-11 | 东莞佳鸿机械制造有限公司 | Integrated forming device for manufacturing bottles |
| WO2014187350A1 (en) * | 2013-05-22 | 2014-11-27 | 东莞佳鸿机械制造有限公司 | Chain conveyor apparatus |
| CN110962297A (en) * | 2019-12-19 | 2020-04-07 | 湖州荣立包装材料有限公司 | Packaging plastic injection molding machine unloader with preheat function |
-
2013
- 2013-05-22 CN CN2013202822393U patent/CN203293545U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103286953A (en) * | 2013-05-22 | 2013-09-11 | 东莞佳鸿机械制造有限公司 | Integrated forming device for manufacturing bottles |
| WO2014187351A1 (en) * | 2013-05-22 | 2014-11-27 | 东莞佳鸿机械制造有限公司 | Integrated moulding device for manufacturing bottles |
| WO2014187350A1 (en) * | 2013-05-22 | 2014-11-27 | 东莞佳鸿机械制造有限公司 | Chain conveyor apparatus |
| CN103286953B (en) * | 2013-05-22 | 2016-02-03 | 东莞佳鸿机械制造有限公司 | A kind of integral type bottle former |
| CN110962297A (en) * | 2019-12-19 | 2020-04-07 | 湖州荣立包装材料有限公司 | Packaging plastic injection molding machine unloader with preheat function |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131120 Effective date of abandoning: 20160203 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |