CN205555345U - Conveyer is changeed to circulating cycle of infusion blowing dish - Google Patents

Conveyer is changeed to circulating cycle of infusion blowing dish Download PDF

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Publication number
CN205555345U
CN205555345U CN201620363860.6U CN201620363860U CN205555345U CN 205555345 U CN205555345 U CN 205555345U CN 201620363860 U CN201620363860 U CN 201620363860U CN 205555345 U CN205555345 U CN 205555345U
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CN
China
Prior art keywords
discharge plate
conveyer device
discharge
lifting platform
infusion bottle
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CN201620363860.6U
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Chinese (zh)
Inventor
宋磊
王友平
刘欢
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JIANGSU HUAI'AN SHUANGHE PHARMACEUTICAL Co Ltd
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JIANGSU HUAI'AN SHUANGHE PHARMACEUTICAL Co Ltd
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Priority to CN201620363860.6U priority Critical patent/CN205555345U/en
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Abstract

The utility model discloses a conveyer is changeed to circulating cycle of infusion blowing dish, examine the region including putting charging tray conveying channel A, degassing unit and lamp, include still that the blowing coils turnover vehicle, the blowing is spiraled and is received conveyor, putting charging tray conveying channel and having enough to meet the need the blowing dish to degassing unit and lamp in proper order through blowing dish turnover vehicle and examine the region, the blowing is spiraled and is received conveyor and follow the lamp with the blowing dish and examine regional transport to putting charging tray conveying channel A, the lamp is examined regionally including the support, and charging tray conveying channel B is put to swing joint on the support, and the blowing is spiraled the feed end of receiving conveyor and is connected with the discharge end of putting charging tray conveying channel B, puts charging tray conveying channel B's discharge end and puts charging tray conveying channel A's feeding end connection, and receipts conveyor swing joint in the top of support is spiraled to the blowing. By the utility model discloses the structure can be known, has realized the automation of infusion bottle semi -manufactured goods sabots to the extra set process of getting before having reduced infusion bottle finished product lamp and examining has obviously improved production efficiency.

Description

The circulating cycle of transfusion discharge plate turns conveying arrangement
Technical field
This utility model relates to infusion bottle manufacture field, and the circulating cycle being specifically related to a kind of discharge plate of infusing turns conveying arrangement.
Background technology
For infusion solutions manufacturing enterprise, the plastic bottle of medicine fill to be completed in workshop, it is generally required to PP GRANULES to be made a bottle embryo, then bottle embryo be carried out bottle blowing, after infusion bottle molding, in addition it is also necessary to through over cleaning and fill.After infusion bottle after fill transfers out workshop by conveyer device, operative employee will take off on infusion bottle work conveyer device, and carry out disinfection in loading discharge plate, the operation such as lamp inspection and vanning.This process was all to be collected by operative employee one bottle a bottle and put into discharge plate in the past, and not only efficiency is the lowest, and labor intensity is very big, needs a large amount of labour force could meet the needs of production line balance, adds the production cost of enterprise.Before the applicant, the infusion bottle of application collects frock, and the work efficiency of operative employee can be greatly improved, but the when of operation, due to operation, trade council produces fatigue, causes collection efficiency to reduce, additionally, operative employee carries out repetitive operation for a long time, the health of operative employee can be brought infringement.
Before the applicant, the infusion bottle of application collects machine, the frock artificially collecting blowing is improved to mechanical automation structure, thus replaces artificial, be effectively increased the collection efficiency of infusion bottle, reduce the production cost of enterprise;Reduce the labor intensity of operative employee, the health of protection operative employee simultaneously.
But be as the improvement of production process, the raising of capacity requirements, this infusion bottle collect machine due to action more, the production efficiency collecting blowing is the farthest not by far up to the mark, so the most delayed production efficiency.Additionally, due to the raising of production production capacity, demand and week transfer efficient for discharge plate it is also proposed higher requirement, cause enterprise's needs additionally to increase discharge plate and turnaround operation work, and then add the production cost of enterprise.
Summary of the invention
The purpose of this utility model is: overcome the deficiencies in the prior art, the circulating cycle providing a kind of discharge plate of infusing turns conveying arrangement, achieve the automatization of infusion bottle semi-finished product sabot, and reduce and take dish operation outside infusion bottle finished product lamp inspection forehead, hence it is evident that improve production efficiency;Reclaim conveyer device by discharge plate, it is achieved thereby that the recovery of discharge plate and directly reusing, reduce the labor intensity of operative employee;Cyclic track by discharge plate tote cart, it is possible to reduce the usage amount of discharge plate tote cart, and discharge plate tote cart can also place in order, it is simple to the management of workshop, reduces the loss of discharge plate tote cart;By the cooperation of each lifting platform, it is simple to discharge plate can successfully have enough to meet the need between the pipeline of differing heights or the dividing plate of discharge plate tote cart differing heights;By the effect of rotating disk, it is simple to discharge plate tote cart turns between the track of different directions, the material in discharge plate tote cart will not be damaged;By the effect of standby track, in case after decontaminating apparatus damages, it is also possible to manually sterilized by standby track, in order to avoid impact produces;By by semi-finished product charging, the sabot of two-wire, the decontaminating apparatus of two-wire, the discharge plate tote cart complete rotation track of two-wire and the lamp inspection of two-wire of two-wire, production efficiency can be greatly improved;It is located at the lower section at lamp inspection operating position by finished conveying device, it is simple to be immediately placed on finished conveying device after operative employee's lamp inspection is qualified, it is simple to the turnover of finished product, improves production efficiency;Trying to get to the heart of a matter of discharge plate is provided with leaking hole, and it is respectively arranged below with drainage tray what the lower section of discharge plate conveyer device B and discharge plate reclaimed conveyer device, and it is provided with discharging tube in the bottom of drainage tray, so that do not have hydrops in discharge plate after Xiao Du, and hydrops will not remain in lamp inspection region;By enumerator and the effect of signal receiver, it is possible to achieve the automatization of infusion bottle bottling, improve production efficiency;By the effect of slide rail, buffering transition can not only be formed between infusion bottle semi-finished product discharging and sabot feed, if the bottleneck of infusion bottle semi-finished product does not meets prescription, cannot hang over and on slide rail, slide to infusion bottle semi-finished product conveyer device, but directly go out material conveying device discharge end from infusion bottle semi-finished product and directly drop, the infusion bottle that therefore bottleneck can not meet prescription carries out automatic screening.
Technical solution adopted in the utility model is:
The circulating cycle of transfusion discharge plate turns conveying arrangement, including semi-finished product disc loading apparatus, decontaminating apparatus and the lamp inspection region of infusion bottle, also includes the semi-finished product conveyer device of infusion bottle, discharge plate conveyer device A, and discharge plate tote cart, discharge plate reclaim conveyer device;Described semi-finished product conveyer device is connected with discharge plate conveyer device A by semi-finished product disc loading apparatus, discharge plate successively week is gone to decontaminating apparatus and lamp inspection region by discharge plate tote cart by described discharge plate conveyer device, and described discharge plate reclaims conveyer device and discharge plate is delivered to from lamp inspection region discharge plate conveyer device A.
The further improvement project of this utility model is, the feed end of described semi-finished product conveyer device is connected with the material conveying device that goes out of the semi-finished product process units of infusion bottle, the end of described semi-finished product conveyer device is connected with semi-finished product disc loading apparatus, height between the trying to get to the heart of a matter of the bottom of described semi-finished product conveyer device and discharge plate more than or equal to the height of infusion bottle, the both sides of described semi-finished product conveyer device and semi-finished product process units go out material conveying device be respectively provided on two sides with guardrail A.
This utility model further improvement project is, described guardrail A is smooth vertical plane towards a side end face of infusion bottle.
This utility model further improvement project is, the material conveying device that goes out of described semi-finished product process units is overhead conveyer device, and going out of described semi-finished product process units is connected by slide rail between material conveying device with infusion bottle semi-finished product conveyer device.
This utility model further improvement project is, what the feed end of described slide rail stretched into semi-finished product process units goes out material conveying device discharge end, and the discharge end of slide rail stretches into infusion bottle semi-finished product conveyer device feed end.
This utility model further improvement project is, described slide rail stretches into going out material conveying device discharge end and stretching into the distance diameter more than infusion bottle of infusion bottle semi-finished product conveyer device feed end of semi-finished product process units.
This utility model further improvement project is, the feed end of described slide rail is equal with the distance at the conveyer belt top of infusion bottle semi-finished product conveyer device feed end with the distance at conveyer belt top going out material conveying device discharge end of semi-finished product process units and the discharge end of slide rail, respectively equal to and at the bottom of the bottleneck of infusion bottle and bottle between difference in height.
This utility model further improvement project is, described slide rail is two parallel braces, and the distance between described two parallel braces is more than or equal to the bottleneck diameter of infusion bottle, and is less than the bottleneck diameter of infusion bottle.
This utility model further improvement project is, described semi-finished product disc loading apparatus is positioned at the top of discharge plate conveyer device A, it is located at the end of semi-finished product conveyer device, described semi-finished product disc loading apparatus includes the blanking barrel that the scraping wings being located at side, semi-finished product delivery device tip position is relative with scraping wings with being located at semi-finished product conveyer device opposite side, also including the baffle plate being located at semi-finished product delivery device tip, described blanking barrel is provided with breach towards the top of the bucket wall A of scraping wings.
This utility model further improvement project is, described blanking barrel is up and down by piston A, described scraping wings is moved reciprocatingly towards with blanking barrel dorsad by piston B, described piston A is fixed on the longeron set by discharge plate conveyer device A top, and described piston B is fixed on the crossbeam B set by discharge plate conveyer device A top.
This utility model further improvement project is, the piston rod A end of described piston A leads to contiguous block after passing longeron to be fixed with blanking barrel.
This utility model further improvement project is, the two ends of described longeron are fixed with both sides, discharge plate conveyer device A top by crossbeam A respectively.
This utility model further improvement project is, the piston rod B end of piston B is fixed with scraping wings by connection strap.
This utility model further improvement project is, when blanking barrel is positioned at highest position, the lower edge height of described breach is greater than or equal to the most set guardrail A overhead height in the both sides of semi-finished product conveyer device, and the distance bottom blanking barrel and between the trying to get to the heart of a matter of discharge plate is more than or equal to the height of infusion bottle, when blanking barrel is positioned at its lowest position, the lower edge height of described breach is less than or equal to the height of semi-finished product conveyer device, the top sides of the bucket wall B of blanking barrel scraping wings dorsad is greater than or equal to the most set guardrail A overhead height in both sides of semi-finished product conveyer device along height simultaneously, and the distance bottom blanking barrel and between the trying to get to the heart of a matter of discharge plate is less than or equal to the half of infusion bottle height.
This utility model further improvement project is, described semi-finished product conveyer device is positioned at the guardrail A of scraping wings side, is provided with notch towards one end of scraping wings, corresponding to being provided with enumerator at notch position on described crossbeam B, the signal heads of described enumerator points to semi-finished product conveyer device by notch.
This utility model further improvement project is, the top, edge, wherein side of described discharge plate conveyer device A is provided with signal receiver, when the signal of signal receiver is just blocked by discharge plate when, the bucket wall B place plane of blanking barrel scraping wings dorsad is fitted towards the inwall of discharge plate conveyer device A discharge end side with discharge plate.
This utility model further improvement project is, described semi-finished product disc loading apparatus is provided with two, and the distance between adjacent two semi-finished product disc loading apparatus is equal to the half of discharge plate length.
This utility model further improvement project is, the junction of two semi-finished product disc loading apparatus and semi-finished product conveyer device is respectively arranged on the not ipsilateral of semi-finished product conveyer device.
This utility model further improvement project is, the top on described discharge plate conveyer device A dual-side edge, the transmission direction along discharge plate is sequentially provided with multiple horizontal guide sheave.
This utility model further improvement project is, the height of the described scraping wings height more than or equal to guardrail A.
This utility model further improvement project is, described lamp inspection region includes support, discharge plate conveyer device B it is connected with on described support, the finished conveying device being arranged over infusion bottle of discharge plate conveyer device B, it is identical with the conveying direction of discharge plate conveyer device B that described finished conveying device is positioned at the conveying direction in lamp inspection region, described finished conveying device is parallel is provided with two, it is respectively arranged on the both sides of riser, the top of described riser is provided with lamp inspection illuminator, described lamp inspection illuminator and riser are fixed with support by crossbeam D, described support be respectively provided on two sides with station seat, described riser surface is respectively equipped with lamp inspection alignment device corresponding to the station seat place of putting.
This utility model further improvement project is, described lamp inspection alignment device is the white plate being fixed on riser surface.
This utility model further improvement project is, the conveyer belt of described finished conveying device is respectively provided on two sides with guardrail B, the described guardrail overhead height away from riser side is positioned between 1/3rd and 1/2nd of infusion bottle bottle height, and the described guardrail B top towards riser side is higher than the guardrail B top away from riser side.
This utility model further improvement project is, described discharge plate reclaims the feed end of conveyer device and is connected with the discharge end of discharge plate conveyer device B, the discharge end of discharge plate conveyer device B is connected with the feed end of discharge plate conveyer device A, and described discharge plate reclaims conveyer device and is movably connected on the top of support.
This utility model further improvement project is, described discharge plate conveyer device A, discharge plate conveyer device B and discharge plate are reclaimed conveyer device and be transmitted by discharge plate by transfer roller A respectively.
This utility model further improvement project is, described transfer roller A, transfer roller B and transfer roller C all provide driving force by motor.
This utility model further improvement project is, described support lays respectively at the lower section of discharge plate conveyer device B and discharge plate reclaims conveyer device is respectively arranged below with drainage tray, and the bottom of described drainage tray is provided with discharging tube.
This utility model further improvement project is, described support is positioned at the lower section of discharge plate conveyer device B and is provided with crossbeam C.
This utility model further improvement project is that described finished conveying device leaves the side at lamp inspection regional location and is provided with sampling observation platform.
This utility model further improvement project is, is correspondingly provided with lifting platform A, lifting platform B, lifting platform C and lifting platform D respectively between the discharge end of described discharge plate conveyer device A, the feed end of discharge plate conveyer device B, the discharge end of discharge plate conveyer device B and the feed end of discharge plate recovery conveyer device and between discharge end and the feed end of discharge plate conveyer device A of discharge plate recovery conveyer device.
This utility model further improvement project is, described lifting platform A, lifting platform C and lifting platform D are discharge plate lifting platform, and described lifting platform B is discharge plate tote cart lifting platform.
This utility model further improvement project is, described discharge plate lifting platform includes that the top of described platen is parallel is provided with many transfer roller C by bracing frame and the foundation ditch A bottom substrate A up and down platen being connected to.
This utility model further improvement project is, described discharge plate tote cart lifting platform includes by bracing frame and the up and down platen being connected to of foundation ditch A bottom substrate, the top of told platen is provided with orbital segment, and described orbital segment is the rail mated with the roller bottom discharge plate tote cart.
This utility model further improvement project is, is positioned at the side of lifting platform B discharge plate conveyer device B dorsad, corresponding to being connected with pushing disk device at the place height and position of discharge plate on discharge plate conveyer device B.
This utility model further improvement project is, described pushing disk device includes the push-plate plate driven by piston C, and described piston C is fixed on ground, and the piston rod C end of piston C is fixed with push-plate plate.
This utility model further this machine scheme is, when in piston rod C returns piston C to time at range, push-plate plate is positioned at discharge plate tote cart and separates, when piston rod C stretches out piston C at range being, push-plate plate stretches to discharge plate conveyer device B and passes discharge plate tote cart.
This utility model further improvement project is, described discharge plate tote cart is provided with multilayer insulating panel, described dividing plate end face be movably connected with transfer roller B, described transfer roller B top with bottom adjacent last layer dividing plate between distance try to get to the heart of a matter thickness sum more than or equal to infusion bottle height and discharge plate.
This utility model further improvement project is, it is provided with track A between discharge end and the feed end of decontaminating apparatus of described discharge plate conveyer device A, it is provided with track B between feed end and the discharge end of decontaminating apparatus of decontaminating apparatus, track C, described track A it is provided with away from one end of the feed end of decontaminating apparatus and track C away from being provided with track D between one end of the discharge end of decontaminating apparatus between discharge end and the feed end in lamp inspection region of decontaminating apparatus.
This utility model further improvement project is, it is mobile that described discharge plate tote cart carries out turnover by track A, track B, track C and track D.
This utility model further improvement project is, the junction between junction, track C and the junction of track D and track D and track A between junction, track B and track C between described track A and track B is respectively equipped with rotating disk, described rotating disk is rotationally connected with the substrate B in foundation ditch B by bearing, described rotating disk top is equal with the near coal-mine height of foundation ditch B, and the top of described rotating disk is fixed with the orbital segment mated with discharge plate tote cart.
This utility model further improvement project is, described track A, track B, track C, track D and orbital segment be with the two bottom sides of discharge plate tote cart set by the rail that mates of roller.
This utility model further improvement project is, is provided with standby track between described track A and track C, described standby track be with the two bottom sides of discharge plate tote cart set by the rail that mates of roller.
This utility model further improvement project is, described decontaminating apparatus is provided with two side by side, and described track D is provided with two side by side.
This utility model further improvement project is that the bottom of described discharge plate is distributed multiple leaking hole.
The when that this utility model using, the semi-finished product of infusion bottle are delivered on the semi-finished product conveyer device of infusion bottle by the material conveying device that goes out of semi-finished product process units by slide rail, and whenever having an infusion bottle by enumerator when, enumerator just note counting is once;Infusion bottle through enumerator continues to be delivered to be blocked by baffle plate by semi-finished product conveyer device;When the width of the multiple infusion bottles being arranged in order through enumerator is equal to the width of discharge plate when, the quantity of infusion bottle is a counting cycle of enumerator;Whenever counter counts counts up to a counting cycle, the conveyer belt of semi-finished product conveyer device stops conveying, and waits that the counter counts of another semi-finished product conveyer device counts up to a counting cycle;After the enumerator of two semi-finished product conveyer devices has all counted a counting cycle, and when signal receiver receives discharge plate arrival when, control discharge plate conveyer device A and stop conveying;Now piston rod A stretches out piston A, drives blanking barrel to be moved downward at range, and then piston rod B stretches out piston B, drives scraping wings that from breach, infusion bottle is pushed blanking barrel, and falls in discharge plate along blanking barrel;In now piston rod B returns piston B, drive scraping wings to leave semi-finished product conveyer device, in then piston rod A returns piston A, drive blanking barrel to be lifted off infusion bottle;Discharge plate is continued forward to transmit by discharge plate conveyer device A, and transmitting range is equal to the diameter of infusion bottle;Now the conveyer belt of semi-finished product conveyer device is again started up, and repeat the above steps is until filling infusion bottle in discharge plate;After filling infusion bottle in discharge plate, the discharge plate filling infusion bottle is delivered to the discharge end of discharge plate conveyer device A by discharge plate conveyer device A;Discharge plate tote cart is positioned on lifting platform A, when the discharge plate filling infusion bottle is delivered to the discharge end of discharge plate conveyer device A, lifting platform A is by lifting, by the height adjustment of platen to concordant with discharge plate conveyer device A, so that the discharge plate filling infusion bottle can transmit to platen, again by lifting platform A regulation platen to divider height vacant on discharge plate tote cart, and the discharge plate filling infusion bottle is loaded on this dividing plate;After having the discharge plate filling infusion bottle on all dividing plates of discharge plate tote cart, fill the discharge plate tote cart of discharge plate to go to decontaminating apparatus by track A week and carry out disinfection, by track B, the discharge plate tote cart filling discharge plate passes through decontaminating apparatus, and is gone at lifting platform B location by track C week;Discharge plate tote cart is placed with the altitude mixture control of the place dividing plate of the discharge plate filling infusion bottle to contour with discharge plate conveyer device B by lifting platform B, it is simple to the discharge plate filling infusion bottle successively is delivered on discharge plate conveyer device B;When the discharge plate filling infusion bottle on discharge plate tote cart is all delivered on discharge plate conveyer device B when, being regulated to contour with ground by the platen of lifting platform B, vacant discharge plate tote cart goes to the discharge end position of discharge plate conveyer device A by track D week;The infusion bottle of discharge plate is picked up by the operative employee being positioned at discharge plate conveyer device B both sides, and just lamp inspection alignment device is carried out lamp inspection under the illumination of lamp inspection illuminator;The infusion bottle that lamp inspection is qualified is placed on finished conveying device and carries, and the underproof infusion bottle of lamp inspection is then picked out and is placed in discard bin;The when that the infusion bottle that lamp inspection is qualified inspecting platform by random samples through passing through, the infusion bottle on finished conveying device is inspected by random samples according to sampling observation flow process, is inspected qualified infusion bottle by random samples and continue to be placed on finished conveying device by sampling observation personnel;Discharge plate after lamp inspection terminates is delivered at lifting platform location of C by discharge plate conveyer device B, by lifting platform C by platen regulation to contour with discharge plate conveyer device B, so that vacant discharge plate is delivered on the platen of lifting platform, platen is increased to contour with discharge plate recovery conveyer device by lifting platform C, it is simple to makes vacant discharge plate be delivered to discharge plate and reclaims on conveyer device;Reclaim conveyer device by discharge plate and discharge plate is delivered to lifting platform D position, risen to contour with discharge plate recovery conveyer device by lifting platform D regulation platen, it is easy to vacant discharge plate be delivered on the platen of lifting platform D, platen is dropped to contour with discharge plate conveyer device A by lifting platform D, it is easy to vacant discharge plate be delivered on discharge plate conveyer device A, thus forms circulating production line;After decontaminating apparatus goes wrong, discharge plate tote cart manually can be sterilized by standby track.
The beneficial effects of the utility model are:
The first, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, it is achieved that the automatization of infusion bottle semi-finished product sabot, and reduces and take dish operation outside infusion bottle finished product lamp inspection forehead, hence it is evident that improve production efficiency.
The second, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, reclaims conveyer device by discharge plate, it is achieved thereby that the recovery of discharge plate and directly reusing, reduces the labor intensity of operative employee.
3rd, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, cyclic track by discharge plate tote cart, it is possible to reduce the usage amount of discharge plate tote cart, and discharge plate tote cart can also place in order, it is easy to the management of workshop, reduces the loss of discharge plate tote cart.
4th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by the cooperation of each lifting platform, it is simple to discharge plate can successfully have enough to meet the need between the pipeline of differing heights or the dividing plate of discharge plate tote cart differing heights.
5th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by the effect of rotating disk, it is simple to discharge plate tote cart turns between the track of different directions, will not damage the material in discharge plate tote cart.
6th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by the effect of standby track, in case after decontaminating apparatus damages, it is also possible to manually sterilized by standby track, in order to avoid impact produces.
7th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by by semi-finished product charging, the sabot of two-wire, the decontaminating apparatus of two-wire, the discharge plate tote cart complete rotation track of two-wire and the lamp inspection of two-wire of two-wire, production efficiency can be greatly improved.
8th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, is located at the lower section at lamp inspection operating position by finished conveying device, it is simple to be immediately placed on finished conveying device after operative employee's lamp inspection is qualified, it is simple to the turnover of finished product, improves production efficiency.
9th, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, trying to get to the heart of a matter of discharge plate is provided with leaking hole, and it is respectively arranged below with drainage tray what the lower section of discharge plate conveyer device B and discharge plate reclaimed conveyer device, and it is provided with discharging tube in the bottom of drainage tray, so that do not have hydrops in discharge plate after Xiao Du, and hydrops will not remain in lamp inspection region.
Tenth, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by enumerator and the effect of signal receiver, it is possible to achieve the automatization of infusion bottle bottling, improves production efficiency.
11st, the circulating cycle of transfusion discharge plate of the present utility model turns conveying arrangement, by the effect of slide rail, buffering transition can not only be formed between infusion bottle semi-finished product discharging and sabot feed, if the bottleneck of infusion bottle semi-finished product does not meets prescription, cannot hang over and on slide rail, slide to infusion bottle semi-finished product conveyer device, but directly go out material conveying device discharge end from infusion bottle semi-finished product and directly drop, the infusion bottle that therefore bottleneck can not meet prescription carries out automatic screening.
Accompanying drawing explanation
Fig. 1 is that this utility model structure overlooks partial schematic sectional view.
Fig. 2 is the enlarged diagram of discharge plate tote cart lifting platform.
Fig. 3 is the enlarged diagram of discharge plate tote cart lifting platform.
Fig. 4 is the side-looking enlarged diagram in lamp inspection region.
Fig. 5 is the vertical view enlarged diagram of rotating disk.
Fig. 6 is that the master of rotating disk regards enlarged diagram.
Fig. 7 is that the master of disc loading apparatus regards enlarged diagram.
Fig. 8 is disc loading apparatus and the vertical view enlarged diagram of infusion bottle semi-finished product transmitting device.
Detailed description of the invention
Shown in Fig. 1 ~ Fig. 8, this utility model includes the semi-finished product disc loading apparatus 2 of infusion bottle 25, decontaminating apparatus 7 and lamp inspection region, also including the semi-finished product conveyer device 1 of infusion bottle 25, discharge plate conveyer device A4, discharge plate tote cart 5, discharge plate reclaim conveyer device 13;Described semi-finished product conveyer device 1 is connected with discharge plate conveyer device A4 by semi-finished product disc loading apparatus 2, discharge plate 3 successively week is gone to decontaminating apparatus 7 and lamp inspection region by discharge plate tote cart 5 by described discharge plate conveyer device 4, and described discharge plate reclaims conveyer device 13 and discharge plate 3 is delivered to from lamp inspection region discharge plate conveyer device A4.
The feed end of described semi-finished product conveyer device 1 is connected with the material conveying device 57 that goes out of the semi-finished product process units of infusion bottle 25, the end of described semi-finished product conveyer device 1 is connected with semi-finished product disc loading apparatus 2, height between the trying to get to the heart of a matter of the bottom of described semi-finished product conveyer device 1 and discharge plate 3 more than or equal to the height of infusion bottle 25, the both sides of described semi-finished product conveyer device 1 and semi-finished product process units go out material conveying device 57 be respectively provided on two sides with guardrail A59.
Described guardrail A59 is smooth vertical plane towards a side end face of infusion bottle 25.
The material conveying device 57 that goes out of described semi-finished product process units is overhead conveyer device, and going out of described semi-finished product process units is connected by slide rail 58 between material conveying device 57 with infusion bottle semi-finished product conveyer device 1.
What the feed end of described slide rail 58 stretched into semi-finished product process units goes out material conveying device 57 discharge end, and the discharge end of slide rail 58 stretches into infusion bottle semi-finished product conveyer device 1 feed end.
Described slide rail 58 stretches into going out material conveying device 57 discharge end and stretching into the distance diameter more than infusion bottle 25 of infusion bottle semi-finished product conveyer device 1 feed end of semi-finished product process units.
The feed end of described slide rail 58 is equal with the distance at conveyer belt 44 top of infusion bottle semi-finished product conveyer device 1 feed end with the distance at conveyer belt 44 top going out material conveying device 57 discharge end of semi-finished product process units and the discharge end of slide rail 58, respectively equal to and at the bottom of the bottleneck of infusion bottle 25 and bottle between difference in height.
Described slide rail 58 is two parallel braces, and the distance between described two parallel braces is more than or equal to the bottleneck diameter of infusion bottle 25, and is less than the bottleneck diameter of infusion bottle 25.
Described semi-finished product disc loading apparatus 2 is positioned at the top of discharge plate conveyer device A4, it is located at the end of semi-finished product conveyer device 1, described semi-finished product disc loading apparatus 2 includes being located at the blanking barrel 45 that at semi-finished product conveyer device 1 terminal position, the scraping wings 46 of side is relative with scraping wings 46 with being located at semi-finished product conveyer device 1 opposite side, also including the baffle plate 55 being located at semi-finished product conveyer device 1 end, described blanking barrel 45 is provided with breach 47 towards the top of the bucket wall A63 of scraping wings 46.
Described blanking barrel 45 is up and down by piston A48, described scraping wings 46 is moved reciprocatingly towards with blanking barrel 45 dorsad by piston B49, described piston A48 is fixed on the longeron 50 set by discharge plate conveyer device A4 top, and described piston B49 is fixed on the crossbeam B52 set by discharge plate conveyer device A4 top.
The piston rod A end of described piston A48 is fixed through the most logical contiguous block 53 of longeron 50 with blanking barrel 45.
The two ends of described longeron 50 are fixed with both sides, discharge plate conveyer device A4 top by crossbeam A51 respectively.
The piston rod B end of piston B49 is fixed with scraping wings 46 by connection strap 54.
When blanking barrel 45 is positioned at highest position, the lower edge height of described breach 47 is greater than or equal to the most set guardrail A59 overhead height in the both sides of semi-finished product conveyer device 1, and the distance bottom blanking barrel 45 and between the trying to get to the heart of a matter of discharge plate 3 is more than or equal to the height of infusion bottle 25, when blanking barrel 45 is positioned at its lowest position, the lower edge height of described breach 47 is less than or equal to the height of semi-finished product conveyer device 1, the top sides of the bucket wall B of blanking barrel 45 scraping wings 46 dorsad is greater than or equal to the most set guardrail A59 overhead height in both sides of semi-finished product conveyer device 1 along height simultaneously, and the distance bottom blanking barrel 45 and between the trying to get to the heart of a matter of discharge plate 3 is less than or equal to the half of infusion bottle 25 height.
Described semi-finished product conveyer device 1 is positioned at the guardrail A59 of scraping wings 46 side, is provided with notch 60 towards one end of scraping wings 46, being provided with enumerator 61 corresponding to notch 60 position on described crossbeam B52, the signal heads of described enumerator 61 points to semi-finished product conveyer device 1 by notch 60.
The top, edge, wherein side of described discharge plate conveyer device A4 is provided with signal receiver 64, when the signal of signal receiver 64 is just blocked by discharge plate 3 when, the bucket wall B place plane of blanking barrel 45 scraping wings 46 dorsad is fitted towards the inwall of discharge plate conveyer device A4 discharge end side with discharge plate 3.
Described semi-finished product disc loading apparatus 2 is provided with two, and the distance between adjacent two semi-finished product disc loading apparatus 2 is equal to the half of discharge plate 3 length.
The junction of two semi-finished product disc loading apparatus 2 and semi-finished product conveyer device 1 is respectively arranged on the not ipsilateral of semi-finished product conveyer device 1.
The top on described discharge plate conveyer device A4 dual-side edge, the transmission direction along discharge plate 3 is sequentially provided with multiple horizontal guide sheave 56.
The height of described scraping wings 46 height more than or equal to guardrail A59.
Described lamp inspection region includes support 32, discharge plate conveyer device B9 it is connected with on described support 32, the finished conveying device 11 being arranged over infusion bottle 25 of discharge plate conveyer device B9, it is identical with the conveying direction of discharge plate conveyer device B9 that described finished conveying device 11 is positioned at the conveying direction in lamp inspection region, described finished conveying device 11 is parallel is provided with two, it is respectively arranged on the both sides of riser 36, the top of described riser 36 is provided with lamp inspection illuminator 10, described lamp inspection illuminator 10 and riser 36 are fixed with support 32 by crossbeam D34, described support 32 be respectively provided on two sides with station seat 39, described riser 36 surface is respectively equipped with lamp inspection alignment device corresponding to station seat 39 position.
Described lamp inspection alignment device is the white plate being fixed on riser 36 surface.
The conveyer belt 44 of described finished conveying device 11 is respectively provided on two sides with guardrail B35, described guardrail 35 overhead height away from riser 36 side is positioned between 1/3rd and 1/2nd of infusion bottle 25 bottle height, and the described guardrail B35 top towards riser 36 side is higher than the guardrail B35 top away from riser 36 side.
Described discharge plate reclaims the feed end of conveyer device 13 and is connected with the discharge end of discharge plate conveyer device B9, the discharge end of discharge plate conveyer device B9 is connected with the feed end of discharge plate conveyer device A4, and described discharge plate reclaims conveyer device 13 and is movably connected on the top of support 32.
Described discharge plate conveyer device A4, discharge plate conveyer device B9 and discharge plate are reclaimed conveyer device 13 and are transmitted by discharge plate 3 by transfer roller A24 respectively.
Described transfer roller A24, transfer roller B66 and transfer roller C67 all provide driving force by motor 22.
Described support 32 lays respectively at the lower section of discharge plate conveyer device B9 and discharge plate reclaims conveyer device 13 is respectively arranged below with drainage tray 37, and the bottom of described drainage tray 37 is provided with discharging tube 38.
Described support 32 is positioned at the lower section of discharge plate conveyer device B9 and is provided with crossbeam C33.
Described finished conveying device 11 leaves the side at lamp inspection regional location and is provided with sampling observation platform 65.
Lifting platform A6, lifting platform B8, lifting platform C12 and lifting platform D14 it is correspondingly provided with respectively between the discharge end of described discharge plate conveyer device A4, the feed end of discharge plate conveyer device B9, the discharge end of discharge plate conveyer device B9 and the feed end of discharge plate recovery conveyer device 13 and between discharge end and the feed end of discharge plate conveyer device A4 of discharge plate recovery conveyer device 13.
Described lifting platform A6, lifting platform C12 and lifting platform D14 are discharge plate lifting platform, and described lifting platform B8 is discharge plate tote cart lifting platform.
Described discharge plate lifting platform includes that the top of described platen 26 is parallel is provided with many transfer roller C31 by bracing frame 27 and the foundation ditch A29 bottom substrate A28 up and down platen 26 being connected to.
Described discharge plate tote cart lifting platform includes by bracing frame 27 and the up and down platen 26 being connected to of foundation ditch A29 bottom substrate 28, the top of told platen 26 is provided with orbital segment 30, and described orbital segment 30 is the rail 40 mated with the roller 67 bottom discharge plate tote cart 5.
It is positioned at the side of lifting platform B8 discharge plate conveyer device B9 dorsad, corresponding to being connected with pushing disk device at the place height and position of discharge plate 3 on discharge plate conveyer device B9.
Described pushing disk device includes the push-plate plate 21 driven by piston C23, and described piston C23 is fixed on ground, and the piston rod C end of piston C23 is fixed with push-plate plate 21.
When in piston rod C returns piston C23 to time at range, push-plate plate 21 is positioned at discharge plate tote cart 5 and separates, when piston rod C stretches out piston C23 to being that push-plate plate 21 stretches to discharge plate conveyer device B9 and through discharge plate tote cart 5 at range.
Described discharge plate tote cart 5 is provided with multilayer insulating panel 23, described dividing plate 23 end face be movably connected with transfer roller B66, described transfer roller B66 top with bottom adjacent last layer dividing plate 23 between distance try to get to the heart of a matter thickness sum more than or equal to infusion bottle 25 height and discharge plate 3.
It is provided with track A15 between discharge end and the feed end of decontaminating apparatus 7 of described discharge plate conveyer device A4, it is provided with track B16 between feed end and the discharge end of decontaminating apparatus 7 of decontaminating apparatus 7, it is provided with track C17, described track A15 between discharge end and the feed end in lamp inspection region of decontaminating apparatus 7 and is provided with track D18 away between one end and track C17 one end away from the discharge end of decontaminating apparatus 7 of the feed end of decontaminating apparatus 7.
It is mobile that described discharge plate tote cart 5 carries out turnover by track A15, track B16, track C17 and track D18.
The junction between junction, track C17 and the junction of track D18 and track D18 and track A15 between junction, track B16 and track C17 between described track A15 and track B16 is respectively equipped with rotating disk 20, described rotating disk 20 is rotationally connected with the substrate B41 in foundation ditch B42 by bearing 43, described rotating disk 20 top is equal with the near coal-mine height of foundation ditch B42, and the top of described rotating disk 20 is fixed with the orbital segment 30 mated with discharge plate tote cart 5.
Described track A15, track B16, track C17, track D18 and orbital segment 30 be with the two bottom sides of discharge plate tote cart 5 set by the rail 40 that mates of roller 67.
Be provided with standby track 19 between described track A15 and track C17, described standby track 19 for the two bottom sides of discharge plate tote cart 5 set by the rail 40 that mates of roller 67.
Described decontaminating apparatus 7 is provided with two side by side, and described track D18 is provided with two side by side.
The when that this utility model using, the semi-finished product of infusion bottle 25 are delivered on the semi-finished product conveyer device 1 of infusion bottle 25 by the material conveying device 57 that goes out of semi-finished product process units by slide rail 58, whenever having an infusion bottle 25 by enumerator 61 when, enumerator 61 just note counting is once;Infusion bottle 25 through enumerator 61 continues to be delivered to be blocked by baffle plate 55 by semi-finished product conveyer device 1;When the width of the multiple infusion bottles 25 being arranged in order through enumerator 61 is equal to the width of discharge plate 3 when, the quantity of infusion bottle 25 is a counting cycle of enumerator 61;Whenever enumerator 61 has counted a counting cycle, the conveyer belt 44 of semi-finished product conveyer device 1 stops conveying, and waits that the enumerator 61 of another semi-finished product conveyer device 1 has counted a counting cycle;After the enumerator 61 of two semi-finished product conveyer devices 1 has all counted a counting cycle, and when signal receiver 64 receive discharge plate 3 arrive when, control discharge plate conveyer device A4 stop conveying;Now piston rod A stretches out piston A48, drives blanking barrel 45 to be moved downward at range, and then piston rod B stretches out piston B49, drives scraping wings 46 that from breach 47, infusion bottle 25 is pushed blanking barrel 45, and falls in discharge plate 3 along blanking barrel 45;In now piston rod B returns piston B49, drive scraping wings 46 to leave semi-finished product conveyer device 1, in then piston rod A returns piston A48, drive blanking barrel 45 to be lifted off infusion bottle 25;Discharge plate 3 is continued forward to transmit by discharge plate conveyer device A4, and transmitting range is equal to the diameter of infusion bottle 25;Now the conveyer belt 44 of semi-finished product conveyer device 1 is again started up, and repeat the above steps is until filling infusion bottle 25 in discharge plate 3;After filling infusion bottle 25 in discharge plate 3, the discharge plate 3 filling infusion bottle 25 is delivered to the discharge end of discharge plate conveyer device A4 by discharge plate conveyer device A4;Discharge plate tote cart 5 is positioned on lifting platform A6, when the discharge plate 3 filling infusion bottle 25 is delivered to the discharge end of discharge plate conveyer device A4, lifting platform A6 is by lifting, by the height adjustment of platen 26 to concordant with discharge plate conveyer device A4, so that the discharge plate 3 filling infusion bottle 25 can transmit to platen 26, again by dividing plate 23 height vacant on lifting platform A6 regulation platen 26 to discharge plate tote cart 5, and the discharge plate 3 filling infusion bottle 25 is loaded on this dividing plate 23;After having the discharge plate 3 filling infusion bottle 25 on all dividing plates of discharge plate tote cart 5, fill the discharge plate tote cart 5 of discharge plate 3 to go to decontaminating apparatus 7 by track A15 week and carry out disinfection, by track B16, the discharge plate tote cart 5 filling discharge plate 3 passes through decontaminating apparatus 7, and goes to lifting platform B8 position by track C18 week;Discharge plate tote cart 5 is placed with the altitude mixture control of the place dividing plate 23 of the discharge plate 3 filling infusion bottle 25 to contour with discharge plate conveyer device B9 by lifting platform B8, it is simple to the discharge plate 3 filling infusion bottle 25 successively is delivered on discharge plate conveyer device B9;When the discharge plate 3 filling infusion bottle 25 on discharge plate tote cart 5 is all delivered on discharge plate conveyer device B9 when, being regulated to contour with ground by the platen 26 of lifting platform B8, vacant discharge plate tote cart 5 goes to the discharge end position of discharge plate conveyer device A4 by track D18 week;The infusion bottle 25 of discharge plate 3 is picked up by the operative employee being positioned at discharge plate conveyer device B9 both sides, and just lamp inspection alignment device is carried out lamp inspection under the illumination of lamp inspection illuminator 10;The infusion bottle 25 that lamp inspection is qualified is placed on finished conveying device 11 and carries, and the underproof infusion bottle of lamp inspection 25 is then picked out and is placed in discard bin;The when that the infusion bottle 25 that lamp inspection is qualified inspecting platform 65 by random samples through passing through, the infusion bottle 25 on finished conveying device 11 is inspected by random samples according to sampling observation flow process, is inspected qualified infusion bottle 25 by random samples and continue to be placed on finished conveying device 11 by sampling observation personnel;Discharge plate 3 after lamp inspection terminates is delivered to lifting platform C12 position by discharge plate conveyer device B9, by lifting platform C12, platen 26 is regulated to contour with discharge plate conveyer device B9, so that vacant discharge plate 3 is delivered on the platen 26 of lifting platform 12, platen 26 is increased to contour with discharge plate recovery conveyer device 13 by lifting platform C12, it is simple to makes vacant discharge plate 3 be delivered to discharge plate and reclaims on conveyer device 13;Reclaim conveyer device 13 by discharge plate and discharge plate 3 is delivered to lifting platform D14 position, risen to contour with discharge plate recovery conveyer device 13 by lifting platform D14 regulation platen 26, it is easy to vacant discharge plate 3 be delivered on the platen 26 of lifting platform D14, platen 26 is dropped to contour with discharge plate conveyer device A4 by lifting platform D14, it is easy to vacant discharge plate be delivered on discharge plate conveyer device A4, thus forms circulating production line;After decontaminating apparatus 7 goes wrong, discharge plate tote cart 5 manually can be sterilized by standby track 19.

Claims (7)

1. the circulating cycle of transfusion discharge plate turns conveying arrangement, it is characterised in that: include discharge plate conveyer device A(4), decontaminating apparatus (7) and lamp inspection region, also include discharge plate tote cart (5), discharge plate recovery conveyer device (13);Described discharge plate conveyer device A(4) by discharge plate tote cart (5), discharge plate (3) week successively is gone to decontaminating apparatus (7) and lamp inspection region, described discharge plate reclaims conveyer device (13) and discharge plate (3) is delivered to from lamp inspection region discharge plate conveyer device A(4);Described lamp inspection region includes support (32), discharge plate conveyer device B(9 it is connected with) on described support (32), described discharge plate reclaim conveyer device (13) feed end and discharge plate conveyer device B(9) discharge end be connected, discharge plate conveyer device B(9) discharge end and discharge plate conveyer device A(4) feed end be connected, described discharge plate reclaims conveyer device (13) and is movably connected on the top of support (32).
2. the circulating cycle of transfusion discharge plate as claimed in claim 1 turns conveying arrangement, it is characterized in that: described support (32) lays respectively at discharge plate conveyer device B(9) lower section and discharge plate reclaim conveyer device (13) be respectively arranged below with drainage tray (37), the bottom of described drainage tray (37) is provided with discharging tube (38).
3. the circulating cycle of transfusion discharge plate as claimed in claim 1 turns conveying arrangement, it is characterised in that: discharge end described discharge plate conveyer device A(4), discharge plate conveyer device B(9) feed end, discharge plate conveyer device B(9) discharge end reclaim between the feed end of conveyer device (13) with discharge plate and the discharge end of discharge plate recovery conveyer device (13) and discharge plate conveyer device A(4) feed end between be correspondingly provided with lifting platform A(6 respectively), lifting platform B(8), lifting platform C(12) and lifting platform D(14).
4. the circulating cycle of transfusion discharge plate as claimed in claim 3 turns conveying arrangement, it is characterised in that: described lifting platform A(6), lifting platform C(12) and lifting platform D(14) be discharge plate lifting platform, described lifting platform B(8) be discharge plate tote cart lifting platform.
5. the circulating cycle of transfusion discharge plate as claimed in claim 4 turns conveying arrangement, it is characterized in that: described discharge plate lifting platform includes by bracing frame (27) and foundation ditch A(29) bottom substrate A(28) the up and down platen (26) being connected to, the top of described platen (26) is parallel is provided with many transfer roller C(31).
6. the circulating cycle of transfusion discharge plate as claimed in claim 4 turns conveying arrangement, it is characterized in that: described discharge plate tote cart lifting platform includes by bracing frame (27) and foundation ditch A(29) bottom substrate A(28) the up and down platen (26) being connected to, the top of told platen (26) is provided with orbital segment (30), and described orbital segment (30) is the rail (40) that the roller (67) with discharge plate tote cart (5) bottom mates.
7. the circulating cycle of transfusion discharge plate as claimed in claim 1 turns conveying arrangement, it is characterized in that: described discharge plate tote cart (5) is provided with multilayer insulating panel (23), described dividing plate (23) end face be movably connected with transfer roller B(66), described transfer roller B(66) distance between top and adjacent last layer dividing plate (23) bottom tries to get to the heart of a matter thickness sum more than or equal to infusion bottle (25) height and discharge plate (3).
CN201620363860.6U 2016-04-27 2016-04-27 Conveyer is changeed to circulating cycle of infusion blowing dish Active CN205555345U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620363860.6U CN205555345U (en) 2016-04-27 2016-04-27 Conveyer is changeed to circulating cycle of infusion blowing dish

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620363860.6U CN205555345U (en) 2016-04-27 2016-04-27 Conveyer is changeed to circulating cycle of infusion blowing dish

Publications (1)

Publication Number Publication Date
CN205555345U true CN205555345U (en) 2016-09-07

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620363860.6U Active CN205555345U (en) 2016-04-27 2016-04-27 Conveyer is changeed to circulating cycle of infusion blowing dish

Country Status (1)

Country Link
CN (1) CN205555345U (en)

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