CN209304972U - A kind of blowning installation of bottle blowing machine - Google Patents
A kind of blowning installation of bottle blowing machine Download PDFInfo
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- CN209304972U CN209304972U CN201822208868.7U CN201822208868U CN209304972U CN 209304972 U CN209304972 U CN 209304972U CN 201822208868 U CN201822208868 U CN 201822208868U CN 209304972 U CN209304972 U CN 209304972U
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Abstract
The problem of the utility model provides a kind of blowning installation of bottle blowing machine, and it is simple to solve existing air charging system structure, has a single function, narrow application range；A kind of blowning installation of bottle blowing machine, including shell, inlet duct, several fixed blocks and several air charging systems, the inlet duct is fixed in the shell, the fixed block is fixed below the shell, the air charging system is detachably arranged at below the fixed block, the inlet duct is connected to the fixed block, and the fixed block is connected to the air charging system, and the fixed block and the air charging system correspond；A kind of blowning installation of bottle blowing machine of the utility model needs to enable the air pump of different numbers by the setting of multiple air pumps according to the processing of the plastic bottle of different wall thickness, under the premise of meeting plastic bottle processing quality, the application range of the blowning installation of this bottle blowing machine is extended.
Description
Technical field
The utility model belongs to bottle blowing machine equipment art field, and in particular to a kind of blowning installation of bottle blowing machine.
Background technique
Bottle blowing machine (Blow Molding Machine) just refers to the machine for blowing bottle, and most plain explanation can will exactly mould
Expect that particle (softening is at liquid) or ready-made bottle embryo blow out the machine of bottle by certain process means.Bottle blowing machine is a kind of logical
The equipment that plastic grain is fabricated to hollow container by blow molding process is crossed, relatively common machine includes using the primary of PP and PE
Molding hollow extruding and blowing machine, using PET, PC or PP, molding note stretch blow bottle blowing machine and having of getting up of new development are more twice
The hollow extrusion blow of layer and stretch-blow.Plastic raw materials all or two-step bottle blowing machine, i.e., first must be made into bottle by most of bottle blowing machine
Then embryo is blown again.Generally the most commonly used is the environmentally-friendly plastics of PET material now.Blow moulding machine: being that sealant gushes out
Later, plastomer is blown the die cavity for being attached to certain shapes by the wind-force produced by boasting using machine, so that product be made, this machine is just
It is called one kind of blow moulding machine and bottle blowing machine, i.e., hydraulic bottle blowing machine.
Existing bottle blowing machine includes mold closing mechanism, transport device and air charging system, and transport device transports bottle embryo, transport device fortune
After active conveying bottle embryo to mold closing mechanism, mold closing mechanism closing is clamped in bottle embryo in mold closing mechanism；Air charging system is inflated bottle embryo
Form bottle embryo；But existing air charging system structure is simple, has a single function, narrow application range.
Utility model content
The utility model aim is to provide a kind of blowning installation of bottle blowing machine solve existing air charging system structure letter
It is single, it has a single function, narrow application range problem.
The technology employed by the present utility model is
A kind of blowning installation of bottle blowing machine, including shell, inlet duct, several fixed blocks and several air charging systems,
The inlet duct is fixed in the shell, and the fixed block is fixed below the shell, and the air charging system is detachable
It is arranged below the fixed block, the inlet duct is connected to the fixed block, and the fixed block and the air charging system connect
It is logical, and the fixed block and the air charging system correspond；
The inlet duct includes the air inlet, air pump and connection valve being sequentially connected, the air inlet, the air pump and institute
It states and is connected between connection valve by tracheae, the air pump includes the first air pump and the second air pump, and the connection valve includes the first company
Connect valve and the second connection valve；The fixed block is divided into first group of fixed block and second group of fixed block, and first air pump passes through
The first tracheae group being connected to the first connection valve is connected to each fixed block；Second air pump is by being connected to the second connection valve
Second tracheae group is connected to second group of fixed block；The air charging system includes the first air charging system of the bottle embryo inflation small for bottleneck
The second air charging system inflated with the bottle embryo big for bottleneck.
The air pump for needing to enable different numbers according to the processing of the plastic bottle of different wall thickness by the setting of multiple air pumps,
Under the premise of meeting plastic bottle processing quality, the application range of the blowning installation of this bottle blowing machine is extended；By being suitable for difference
The setting of the air charging system of diameter equally extends the application range of the blowning installation of this bottle blowing machine.
It further, there are four the fixed blocks, and is that the first fixed block, the second fixed block, third are solid respectively from left to right
Determine block and the 4th fixed block, and first group of fixed block includes first fixed block and second fixed block, described
Two groups of fixed blocks include the third fixed block and the 4th fixed block；The first tracheae group includes third tracheae, the 4th
Tracheae and the 5th tracheae；The second tracheae group includes the 6th tracheae and the 7th tracheae；
First connection valve is four-way valve, the four-way valve include the first air inlet, the first gas outlet, the second gas outlet and
Third gas outlet, first air inlet are connected with the end of first tracheae；First fixed block passes through the third
Tracheae is connected to first gas outlet, and second fixed block is connected to by the 4th tracheae with second gas outlet,
The third fixed block and the 4th fixed block are connected to by the 5th tracheae with the third gas outlet, and the described 5th
Tracheae includes that a supervisor, the first branch pipe and the second branch pipe, the supervisor are connected to the third gas outlet, first branch pipe
It is connected to the third fixed block, second branch pipe is connected to the 4th fixed block；
Second connection valve is triple valve, which includes the second air inlet, the 4th gas outlet and the 5th gas outlet,
Second air inlet is connected with the end of second tracheae, and the 4th gas outlet passes through the 6th tracheae and described the
The connection of one branch pipe, the 5th gas outlet are connected to by the 7th tracheae with second branch pipe.
It is cooperated by the first tracheae group and the second tracheae group, according to the processing request reasonable selection air pump of plastic bottle,
Reduce the air pump quantity used as far as possible under the premise of guaranteeing processing quality, it is energy saving, reduce cost.
Further, the fixed block lower part is equipped with the groove for connecting the air charging system, and the air charging system is solid
After fixed, the top surface of the air charging system is overlapped with the top surface of the groove.
Reduce the length of entire air charging system by the setting of groove, reduces the size, more simplify；Pass through fixation simultaneously
Mold closing mechanism is closed in the setting of block.
Further, the air charging system include the link block being connected with fixed block, the inflation that is plugged in the link block
Needle and the annular ring being arranged on link block, the top surface of the link block and the either flush of Aerating needle, the link block include
First link block and the second link block, the Aerating needle include the first Aerating needle and the second Aerating needle；First air charging system
Including the first link block, the first Aerating needle and annular ring；Second air charging system include the second link block, the second Aerating needle and
Annular ring, and the wall thickness of first Aerating needle is greater than the wall thickness of second Aerating needle.
Aerating needle protrudes into bottle embryo, is pressed in by fixed block to close on mold closing mechanism, and then opens air pump and bypass air through
The inlet duct and air charging system of connection, which eventually enter into bottle embryo, makes bottle embryo be expanded to plastic bottle.
Further, annular ring includes fixed upper magnetic portion, movable magnetic portion and the connection upper magnetic portion
With the dielectric resilience part in the magnetic portion, the upper magnetic portion and the magnetic portion are mutually afraid of to repel and make described after energization
Magnetic portion slide downward, and then make the magnetic portion lower than the link block bottom surface；After power-off, the magnetic portion is in institute
It states and returns to original position under the action of dielectric resilience part.
The function of the blowning installation of this bottle blowing machine is increased by the setting of annular ring: the pop-up of magnetic portion makes ring after energization
Shape circle can apply the clamping that an active force makes plastic bottle be detached from mold closing mechanism to plastic bottle after moving down in blowning installation.
Further, first air charging system further includes water-cooling apparatus, and the water-cooling apparatus is described including being fixed on
The water inlet pipe of link block side, the outlet pipe for being fixed on the water inlet pipe opposite side and connect the water inlet pipe and the outlet pipe
Cooling tube, wherein the water inlet pipe and the outlet pipe are respectively positioned on above annular ring, and the cooling tube is plugged on described the
In one inflation needle wall.
Water-cooling apparatus makes Aerating needle that temperature be kept to stablize in blow-molding process by the cooling Aerating needle of water body of circulation,
Aerating needle is avoided because frequently expanding with heat and contract with cold and quick aging.
Further, the cooling tube is helix tube.
Cooling tube is set as the contact area that helix tube increases water body and heat later, increases dissipating for water-cooling apparatus
The thermal efficiency.
Further, the air inlet is fixed on the housing top surface, and the air inlet includes outer layer, internal layer and setting in institute
The ventilative filter layer between internal layer and outer layer is stated, is equipped with air inlet on the outer layer and the outer layer.
The impurity in air is filtered out by the setting of filter layer, avoids impurity from entering and increases each component in blowning installation
Abrasion, while avoiding impurity and entering the passing rate of processing that plastic bottle reduces the blowning installation of this bottle blowing machine.
Further, the blowning installation of this bottle blowing machine further includes control device, and the control device includes control module, battery
Module and the sensor for being fixed on the housing bottom surface.
The setting of control device enables the blowning installation of this bottle blowing machine to be automatically brought into operation, and realizes automated production, while essence
Simple manpower, save the cost.
The utility model has the following beneficial effects:
The blowning installation of this bottle blowing machine is opened by the setting of multiple air pumps according to the processing needs of the plastic bottle of different wall thickness
The application of the blowning installation of this bottle blowing machine is extended under the premise of meeting plastic bottle processing quality with the air pump of different numbers
Range；Setting by being suitable for the air charging system of different-diameter equally extends the application model of the blowning installation of this bottle blowing machine
It encloses；Make water body cooling Aerating needle of the water-cooling apparatus by circulation by the setting of water-cooling apparatus on the first air charging system, makes
Aerating needle keeps temperature to stablize in blow-molding process, avoids Aerating needle because frequently expanding with heat and contract with cold and quick aging；Pass through control
Automated production is realized in the setting of device, simplifies manpower, save the cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the blowning installation of this bottle blowing machine.
Fig. 2 is the structural schematic diagram for removing the blowning installation of this bottle blowing machine of air charging system.
Fig. 3 is the structural schematic diagram of the first air charging system.
Fig. 4 is the structural schematic diagram of the second air charging system.
In figure: 1- shell；2- air inlet；The first air pump of 3-；The second air pump of 4-；The first connection valve of 5-；The second connection valve of 6-；
7- fixed block；The first fixed block of 71-；The second fixed block of 72-；73- third fixed block；The 4th fixed block of 74-；8- air charging system；
The first air charging system of 81-；The first link block of 811-；The first Aerating needle of 812-；The second air charging system of 82-；The second link block of 821-；
The second Aerating needle of 822-；83- annular ring；The upper magnetic portion of 831-；832- dielectric resilience part；833- magnetic portion；9- water inlet pipe；
10- outlet pipe；11- cooling tube；The first tracheae of 12-；The second tracheae of 13-；14- third tracheae；The 4th tracheae of 15-；16- supervisor；
The first branch pipe of 17-；The second branch pipe of 18-；The 6th tracheae of 19-；The 7th tracheae of 20-.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is further elaborated the utility model.
As shown in Figures 1 to 4, the blowning installation of a kind of bottle blowing machine of the present embodiment, including it is shell 1, inlet duct, several
A fixed block 7 and several air charging systems 8, the inlet duct are fixed in the shell 1, and the fixed block 7 is fixed on institute
1 lower section of shell is stated, the air charging system 8 is detachably arranged at 7 lower section of fixed block, the inlet duct and the fixed block
7 connections, the fixed block 7 are connected to the air charging system 8, and the fixed block 7 and the air charging system 8 correspond；
The inlet duct includes air inlet 2, air pump and the connection valve being sequentially connected, the air inlet 2, the air pump and
It is connected between the connection valve by tracheae, the air pump includes the first air pump 3 and the second air pump 4, and the connection valve includes the
One connection valve 5 and the second connection valve 6；The fixed block 7 is divided into first group of fixed block 7 and second group of fixed block 7, and described first
Air pump 3 passes through each fixed block 7 of 12 groups of connections of the first tracheae that is connected to the first connection valve 5；Second air pump 4 is by with
13 groups of the second tracheae, second group of the connection fixed block 7 of two connection valves 6 connection；The air charging system 8 includes the bottle small for bottleneck
Second air charging system 82 of the first air charging system 81 of embryo inflation and the bottle embryo inflation big for bottleneck.
Further, there are two air inlets 2, an air inlet 2 is connected to by the first tracheae 12 with the first connection valve 5, and the
One air pump 3 is arranged on the first tracheae 12；Another air inlet 2 is connected to by the second tracheae 13 with the second connection valve 6, and second
Air pump 4 is arranged on the second tracheae 13；
There are four the fixed blocks 7, and is that the first fixed block 71, the second fixed block 72, third are fixed respectively from left to right
Block 73 and the 4th fixed block 74, and first group of fixed block 7 includes first fixed block 71 and second fixed block 72,
Second group of fixed block 7 includes the third fixed block 73 and the 4th fixed block 74；12 groups of first tracheae includes
Third tracheae 14, the 4th tracheae 15 and the 5th tracheae；13 groups of second tracheae include the 6th tracheae 19 and the 7th tracheae 20；
First connection valve 5 is four-way valve, which includes the first air inlet 2, the first gas outlet, the second gas outlet
With third gas outlet, first air inlet 2 is connected with the end of first tracheae 12；First fixed block 71 passes through institute
It states third tracheae 14 to be connected to first gas outlet, second fixed block 72 passes through the 4th tracheae 15 and described second
Gas outlet connection, the third fixed block 73 and the 4th fixed block 74 pass through the 5th tracheae and the third outlet
Mouth connection, the 5th tracheae include 16, first branch pipe 17 of supervisor and the second branch pipe 18, the supervisor 16 and the third
Gas outlet connection, first branch pipe 17 are connected to the third fixed block 73, and second branch pipe 18 is fixed with the described 4th
Block 74 is connected to；It is four gas supply blowings of fixed blocks 7 by the first air pump 3 so in the lesser plastic bottle of blowing wall thickness
Plastic bottle；
Second connection valve 6 is triple valve, which includes the second air inlet 2, the 4th gas outlet and the 5th outlet
Mouthful, second air inlet 2 is connected with the end of second tracheae 13, and the 4th gas outlet passes through the 6th tracheae 19
It is connected to first branch pipe 17, the 5th gas outlet is connected to by the 7th tracheae 20 with second branch pipe 18；That
In the thicker plastic bottle of blowing wall thickness, the first connection valve 5 closes third gas outlet to which the first air pump 3 of cutting is solid to third
Determine the gas supply of block 73, the 4th fixed block 74, then open the second air pump 4, keeps 4 third fixed block 73 and the 4th of the second air pump solid
Determine the gas supply of block 74, to reduce the supply gas pressure of the first air pump 3, on the other hand also ensures that plastic bottle can form.
The blowning installation of this bottle blowing machine at work, by taking what is connect with fixed block 7 is the second air charging system 82 as an example, needs
The bottle embryo of blowing fixes in mold closing mechanism, and the blowning installation of this bottle blowing machine moves down under control of the control means
Until fixed block 7 by the closure of openings of mold closing mechanism, makes the cavity in mold closing mechanism conjugate a closed space, open at this time
The blowning installation that air pump bypasses air through this bottle blowing machine enters bottle embryo to be desired shape by bottle embryo blowing；Bottle embryo is blow molded into
After plastic bottle, control device control air pump, which stops working and moves up the blowning installation of this bottle blowing machine, dissipates the hot gas in plastic bottle
To the greatest extent, while it being again started up air pump, the second Aerating needle 822 is made to be blown into plastic bottle again to accelerate the heat dissipation of plastic bottle；For
Plastic bottle radiated after a period of time, was powered to make 833 bullet of magnetic portion to the fixed block 7 of electrical connection and the second link block 82
Out, and then by the blowning installation that control device controls this bottle blowing machine moving down makes annular ring 83 apply an active force to plastic bottle
Plastic bottle opening is set to be partially disengaged mold closing mechanism；Finally, the blowning installation that control device controls this bottle blowing machine moves up, thus
The second Aerating needle 822 is set to be detached from plastic bottle to release limitation of second Aerating needle 822 to plastic bottle position.
Further, it is possible to detect the closure of plastic bottle by the blowning installation of this bottle blowing machine: control device control is originally
The blowning installation of bottle blowing machine moves down again and closes mold closing mechanism, opens air pump and inflates to plastic bottle, when there is leak hole on plastic bottle
The leakage of Shi Huiyou gas cooperates the detection device on this bottle blowing machine and then detects the closure of plastic bottle.
After 7 lower part of fixed block is equipped with the groove for connecting the air charging system 8, and the air charging system 8 is fixed,
The top surface of the air charging system 8 is overlapped with the top surface of the groove.
Since annular ring 83 is that energization, power-off is needed to realize the evolution in magnetic portion 833, so in fixed block 7
Mutually matched conductive spacer is set on the top surface of groove and the top surface of the second link block 821, it is real by the effect of conductive spacer
Existing fixed block 7 is electrically connected with the second air charging system 82, to enable 83 normal use of annular ring；And the air charging system 8
Top surface be overlapped with the top surface of the groove after, the tracheae being connected to fixed block 7, such as third tracheae 14, the 4th tracheae the 15, the 5th
The top surface that the lower end of tracheae and the 6th tracheae 19 is below air charging system 8 avoids sky then air is directly entered in Aerating needle
The leakage of gas；Likewise, the top surface structure of the first link block 811 of the first air charging system 81 and the structure of the second link block 821
Unanimously.
The air charging system 8 includes the link block being connected with fixed block 7, the Aerating needle being plugged in the link block and sets
The annular ring 83 on link block, the top surface of the link block and the either flush of Aerating needle are set, the link block includes first
Link block 811 and the second link block 821, the Aerating needle include the first Aerating needle 812 and the second Aerating needle 822；Described first
Air charging system 81 includes the first link block 811, the first Aerating needle 812 and annular ring 83；Second air charging system 82 includes the
Two link blocks 821, the second Aerating needle 822 and annular ring 83, and the wall thickness of first Aerating needle 812 is greater than second inflation
The wall thickness of needle 822.Annular ring 83 includes fixed upper magnetic portion 831, movable magnetic portion 833 and the connection upper magnetic
The dielectric resilience part 832 in property portion 831 and the magnetic portion 833, the upper magnetic portion 831 and the magnetic portion after energization
833 are mutually afraid of to repel and make 833 slide downward of magnetic portion, and then make the magnetic portion 833 lower than the link block
Bottom surface；After power-off, the magnetic portion 833 returns to original position under the action of dielectric resilience part 832.
For link block on air charging system 8 for air charging system 8 to be connected with fixed block 7, better simply scheme is using spiral shell
Line connection, but be threadedly coupled rear inflation apparatus 8 removes and install that the consuming time is more, and when replacement is quite inconvenient；Therefore
Mode removably can be fixedly connected with for air charging system 8 using pin connection, flexible deformation connection, lock connection or grafting etc.
It is connected with fixed block 7, and then guarantees the normal use of bottle blowing machine.
The center of link block is equipped with Aerating needle, and annular ring 83 is arranged on link block centered on Aerating needle, upper magnetic portion
831 and magnetic portion 833 be mutually exclusive electromagnet after powered up, then needing using magnetic portion 833 to plastic bottle
When applying a downward active force makes plastic bottle be detached from the clamping of mold closing mechanism, magnetic portion 833 is from initial bit after energization
Set pop-up；When not in use, i.e. off-position, under the action of dielectric resilience part 832, magnetic portion 833 is secured to original position；By
In magnetic portion 833 it is connected with dielectric resilience part 832, closing is carried out to mold closing mechanism with magnetic portion 833 and is likely to occur envelope
Unstable situation is closed, in the especially tangible faster situation of air velocity, so, in general, the bottom surface in magnetic portion 833 and company
The bottom surface for connecing block is concordant, alternatively, the bottom surface in magnetic portion 833 is higher than the bottom surface of link block, such magnetic portion 833 will not fill
Closing of the fixed block 7 to mold closing mechanism is destroyed when device of air 8 inflates bottle embryo.
Why insulating elastomer emphasizes that insulation is in order to avoid on-insulated due to elastomer after the energization of annular ring 83
Cause magnetic portion 833 that cannot normally stretch out, causes plastic bottle that cannot be detached from；Ordinary circumstance, rubber material are provided simultaneously with insulation
With flexible two attributes, while type is more, is suitable for various situations, be insulating elastomer ideal using one of material,
Certainly, the material that insulating elastomer uses is not limited to rubber, is also possible to other types and had not only insulated but also flexible
Material.
The difference of first link block 811 and the second link block 821 is, due to the presence of water-cooling apparatus, the first connection
The height of block 811 it is higher than the height of the second link block 821 so that it is convenient to water inlet pipe 9, outlet pipe 10 setting, there is no harm in simultaneously
Hinder the connection of the first link block 811 and fixed block 7.
First air charging system 81 further includes water-cooling apparatus, and the water-cooling apparatus includes being fixed on the link block
The water inlet pipe 9 of side, the outlet pipe 10 for being fixed on 9 opposite side of water inlet pipe and the connection water inlet pipe 9 and the outlet pipe 10
Cooling tube 11, wherein the water inlet pipe 9 and the outlet pipe 10 are respectively positioned on 83 top of annular ring, the cooling tube 11
It is plugged in 812 tube wall of the first Aerating needle.
Under normal circumstances, bottle embryo is just blown after the heating, and mold closing mechanism during being blown afloat due to air charging system 8
It is fixed block 7 to be closed, then the heat of bottle embryo can distribute everywhere, since air charging system 8 will do it multi-time inflating, Aerating needle is just
The case where working, expand with heat and contract with cold under conditions of hot and cold alternation, will appear repeatedly, accelerate the aging of Aerating needle.Generally
In the case where wall thickness is relatively thin or the lower situation of bottle embryo heating temperature, the conditions such as material, the machining accuracy of Aerating needle are controlled
The service life of Aerating needle can be increased.
But under extreme processing conditions, if bottle embryo wall thickness is thicker, in the biggish situation of the heat that bottle embryo is contained, fill
Air tube can be heated to a higher temperature during being inflated to bottle embryo first time, later to molding plastics
Bottle can be cooled to lower temperature when being cooled down again, cause Aerating needle aging to accelerate, especially add in same lots processed
When more above-mentioned plastic bottles, Aerating needle will be more serious since aging is used for a long time, in order to avoid the appearance of above situation, first
Water-cooling apparatus is installed additional in air charging system 81, makes Aerating needle entire by the cooling Aerating needle of water body while Aerating needle inflation
It is maintained within the scope of a suitable temperature, i.e., is monitored by the sensor of test temperature and anti-to control device in process
Real time temperature is presented, the flow velocity for the information control cooling water that control device is uploaded according to the sensor of the test temperature controls in turn to be filled
The temperature of air tube.
Further, water inlet pipe 9 and outlet pipe 10 have the linkage section of one section of stretching link block, which is used for will be external
Water pipe be connected to water-cooling apparatus.More optimized, the cooling tube 11 is helix tube, the contact area of helix tube and Aerating needle
Bigger, the effect for absorbing heat is more preferable, and keeps the design of straight tube in that section of water outlet, then absorbing the temperature after heat
The water body of rising will faster leave Aerating needle, further ensure cooling effect.
The air inlet 2 is fixed on 1 top surface of shell, and the air inlet 2 includes outer layer, internal layer and setting described interior
Ventilative filter layer between layer and outer layer is equipped with air inlet on the outer layer and the outer layer.Filter layer is arranged in air inlet 2
Cross the impurity in air filtering, on the one hand avoid impurity enter in inlet duct each components in inlet duct are caused it is additional
On the other hand abrasion is in order to avoid impurity eventually enters into bottle embryo, since bottle embryo quality is softer after heating, impurity melts with plastic bottle
Being integrated makes plastic bottle, and especially transparent plastic bottle is off quality, and bottle blowing machine is made also to carry out secondary operation, wastes energy
Source increases economic cost.
The blowning installation of this bottle blowing machine further includes control device, the control device include control module, battery module and
It is fixed on the sensor of 1 bottom surface of shell.
Control module is microprocessor STC89C52RC, and STC89C52RC is a kind of low-power consumption of STC Corporation's production, Gao Xing
Energy CMOS8 8-digit microcontroller, there is 8K byte system may be programmed flash storage.STC89C52 is used in classical MCS-51
Core, but many improvement have been done so that chip has the function of that traditional 51 single-chip microcontrollers do not have.On a single chip, possess dexterity
8 bit CPUs and in-system programmable components Flash so that STC89C52 provided for numerous embedded Control application systems it is high flexible, super
Effective solution scheme.The type of controller is not limited to STC89C52RC, can also be that STC89C51RC, 89C52 etc. are micro-
Processor；The blowning installation of this bottle blowing machine is connected by battery module with external power supply；Sensor is distance measuring sensor, such as infrared
Distance measuring sensor avoids the blowning installation down position of this bottle blowing machine too deep, and the blowning installation of this bottle blowing machine and molding is avoided to fill
It sets and collides.
The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model
Other various forms of products, however, making any variation in its shape or structure, all the utility model rights that falls into are wanted
The technical solution in confining spectrum is sought, is all fallen within the protection scope of the utility model.
Claims (9)
1. a kind of blowning installation of bottle blowing machine, it is characterised in that: including shell (1), inlet duct, several fixed blocks (7) and
Several air charging systems (8), the inlet duct are fixed in the shell (1), and the fixed block (7) is fixed on the shell
(1) lower section, the air charging system (8) are detachably arranged at below the fixed block (7), the inlet duct and the fixed block
(7) it is connected to, the fixed block (7) is connected to the air charging system (8), and the fixed block (7) and the air charging system (8) one
One is corresponding；
The inlet duct includes air inlet (2), air pump and the connection valve being sequentially connected, the air inlet (2), the air pump and
It is connected between the connection valve by tracheae, the air pump includes the first air pump (3) and the second air pump (4), the connection valve packet
Include the first connection valve (5) and the second connection valve (6)；The fixed block (7) is divided into first group of fixed block (7) and second group is fixed
Block (7), first air pump (3) are connected to each fixed block by the first tracheae (12) group being connected to the first connection valve (5)
(7)；Second air pump (4) is connected to second group of fixed block by the second tracheae (13) group being connected to the second connection valve (6)
(7)；The air charging system (8) includes the first air charging system (81) and the bottle big for bottleneck of the bottle embryo inflation small for bottleneck
The second air charging system (82) of embryo inflation.
2. the blowning installation of bottle blowing machine according to claim 1, it is characterised in that: there are four the fixed blocks (7), and by
Left-to-right is the first fixed block (71), the second fixed block (72), third fixed block (73) and the 4th fixed block (74) respectively, and institute
Stating first group of fixed block (7) includes first fixed block (71) and second fixed block (72), second group of fixed block
It (7) include the third fixed block (73) and the 4th fixed block (74)；First tracheae (12) group includes third tracheae
(14), the 4th tracheae (15) and the 5th tracheae；Second tracheae (13) group includes the 6th tracheae (19) and the 7th tracheae (20)；
First connection valve (5) is four-way valve, which includes the first air inlet (2), the first gas outlet, the second gas outlet
With third gas outlet, first air inlet (2) is connected with the end of first tracheae (12)；First fixed block (71)
It is connected to by the third tracheae (14) with first gas outlet, second fixed block (72) passes through the 4th tracheae
(15) it is connected to second gas outlet, the third fixed block (73) and the 4th fixed block (74) pass through the described 5th
Tracheae is connected to the third gas outlet, and the 5th tracheae includes a supervisor (16), the first branch pipe (17) and the second branch pipe
(18), the supervisor (16) is connected to the third gas outlet, and first branch pipe (17) and the third fixed block (73) are even
Logical, second branch pipe (18) is connected to the 4th fixed block (74)；
Second connection valve (6) is triple valve, which includes the second air inlet (2), the 4th gas outlet and the 5th outlet
Mouthful, second air inlet (2) is connected with the end of second tracheae (13), and the 4th gas outlet passes through the 6th gas
Pipe (19) is connected to first branch pipe (17), and the 5th gas outlet passes through the 7th tracheae (20) and second branch pipe
(18) it is connected to.
3. the blowning installation of bottle blowing machine according to claim 1, it is characterised in that: fixed block (7) lower part, which is equipped with, to be used
In the groove for connecting the air charging system (8), and after the air charging system (8) fixation, the top surface of the air charging system (8) and institute
The top surface for stating groove is overlapped.
4. the blowning installation of bottle blowing machine according to claim 1, it is characterised in that: the air charging system (8) includes and consolidates
Determine block (7) connected link block, the Aerating needle being plugged in the link block and annular ring (83) being arranged on link block, institute
The top surface of link block and the either flush of Aerating needle are stated, the link block includes the first link block (811) and the second link block
(821), the Aerating needle includes the first Aerating needle (812) and the second Aerating needle (822)；First air charging system (81) includes
First link block (811), the first Aerating needle (812) and annular ring (83)；Second air charging system (82) includes the second connection
Block (821), the second Aerating needle (822) and annular ring (83), and the wall thickness of first Aerating needle (812) is greater than described second and fills
The wall thickness of air tube (822).
5. the blowning installation of bottle blowing machine according to claim 4, it is characterised in that: annular ring (83) includes fixed
Upper magnetic portion (831), movable magnetic portion (833) and the connection upper magnetic portion (831) and the magnetic portion (833)
Dielectric resilience part (832), after energization the upper magnetic portion (831) and the magnetic portion (833) it is mutually exclusive and make it is described under
Magnetic portion (833) slide downward, and then make the magnetic portion (833) lower than the link block bottom surface；After power-off, the lower magnetic
Property portion (833) returns to original position under the action of dielectric resilience part (832).
6. the blowning installation of bottle blowing machine according to claim 4, it is characterised in that: first air charging system (81) is also wrapped
Water-cooling apparatus is included, the water-cooling apparatus includes the water inlet pipe (9) for being fixed on the link block side, is fixed on the water inlet
It manages the outlet pipe (10) of (9) opposite side and connects the cooling tube (11) of the water inlet pipe (9) and the outlet pipe (10), wherein institute
It states water inlet pipe (9) and the outlet pipe (10) is respectively positioned on above annular ring (83), the cooling tube (11) is plugged on described
In first Aerating needle (812) tube wall.
7. the blowning installation of bottle blowing machine according to claim 6, it is characterised in that: the cooling tube (11) is helix tube.
8. the blowning installation of bottle blowing machine according to claim 1, it is characterised in that: the air inlet (2) is fixed on described
Shell (1) top surface, the air inlet (2) include outer layer, internal layer and the ventilative filtering being arranged between the internal layer and outer layer
Layer, air inlet is equipped on the outer layer and the outer layer.
9. the blowning installation of bottle blowing machine according to claim 1, it is characterised in that: it further include control device, the control
Device includes control module, battery module and the sensor for being fixed on the shell (1) bottom surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822208868.7U CN209304972U (en) | 2018-12-26 | 2018-12-26 | A kind of blowning installation of bottle blowing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822208868.7U CN209304972U (en) | 2018-12-26 | 2018-12-26 | A kind of blowning installation of bottle blowing machine |
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| Publication Number | Publication Date |
|---|---|
| CN209304972U true CN209304972U (en) | 2019-08-27 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822208868.7U Expired - Fee Related CN209304972U (en) | 2018-12-26 | 2018-12-26 | A kind of blowning installation of bottle blowing machine |
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| Country | Link |
|---|---|
| CN (1) | CN209304972U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111361129A (en) * | 2020-03-17 | 2020-07-03 | 浙江都邦药业股份有限公司 | Bottle blowing system and method for polypropylene bottle |
| CN112848219A (en) * | 2021-01-28 | 2021-05-28 | 新郑市益群塑料制品有限公司 | Novel method for manufacturing flaring type thin-wall cup |
-
2018
- 2018-12-26 CN CN201822208868.7U patent/CN209304972U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111361129A (en) * | 2020-03-17 | 2020-07-03 | 浙江都邦药业股份有限公司 | Bottle blowing system and method for polypropylene bottle |
| CN111361129B (en) * | 2020-03-17 | 2022-02-01 | 浙江都邦药业股份有限公司 | Bottle blowing system and method for polypropylene bottle |
| CN112848219A (en) * | 2021-01-28 | 2021-05-28 | 新郑市益群塑料制品有限公司 | Novel method for manufacturing flaring type thin-wall cup |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190827 Termination date: 20211226 |