CN108215020A - A kind of plastic mold manufacture processing unit (plant) - Google Patents
A kind of plastic mold manufacture processing unit (plant) Download PDFInfo
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- CN108215020A CN108215020A CN201810147498.2A CN201810147498A CN108215020A CN 108215020 A CN108215020 A CN 108215020A CN 201810147498 A CN201810147498 A CN 201810147498A CN 108215020 A CN108215020 A CN 108215020A
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- Prior art keywords
- plastic mould
- transmission
- bolt riveted
- embedded
- plastic
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C35/00—Heating, cooling or curing, e.g. crosslinking or vulcanising; Apparatus therefor
- B29C35/16—Cooling
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- Physics & Mathematics (AREA)
- Health & Medical Sciences (AREA)
- Oral & Maxillofacial Surgery (AREA)
- Thermal Sciences (AREA)
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
The invention discloses a kind of plastic mold manufacture processing unit (plant)s, its structure includes plastic mould and processes body, bottom power control, material transmission platform, transfer station controls transmission mechanism, plastic mould cooling body, the second circuit means of communication is equipped with the second activity energization ball, second electrified wire, second energization contact block, baffle shaft, material baffle, Yongding magnetic stripe, make equipment when being used, bottom power control can be passed through, material transmission platform, the mutual cooperation of transfer station control transmission mechanism and plastic mould cooling body works, startup work is carried out by plastic mould in itself, carry out accurate quickly processing, plastic mould is made to accelerate cooling, needs are saved to dry and manually-operated process for a long time, also save place simultaneously, the problem of accelerating machine process.
Description
Technical field
The present invention is a kind of plastic mold manufacture processing unit (plant), belongs to plastic mold manufacture processing unit (plant) field.
Background technology
The plastics of broad sense, which define, refers to the material with plastic behavior, when so-called plasticity refers to be acted on by external force, deforms upon,
External force cancel after, remain to keep stress when state, narrow sense plastics definition refers to using resin as main component, with plasticizer,
The additives such as filler, lubricant, colorant be auxiliary element, in process can flowing forming material.
The prior art is in use, because in traditional plastic processing manufacturing device, after the completion of plastics manufacture in a mold,
Because traditional plastic processing manufacturing device does not have the function of cooling, often it is allowed to cool down automatically after plastics are made, this is not
It only wastes time, also reduces working efficiency, increase labour cost and manufacture cost, it is very not cost-effective.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of plastic mold manufacture processing unit (plant), with solution
Certainly the prior art is in use, because of in traditional plastic processing manufacturing device, after the completion of plastics manufacture in a mold, because passing
The plastic processing manufacturing device of system does not have the function of cooling, often it is allowed to cool down automatically after plastics are made, this is not only wasted
Time also reduces working efficiency, increase labour cost and manufacture cost, it is very not cost-effective the problem of.
To achieve these goals, the present invention is to realize by the following technical solutions：A kind of plastic mold manufacture adds
Tooling is put, and structure includes plastic mould processing body, bottom power control, material transmission platform, transfer station control transmission
Mechanism, plastic mould cooling body, the plastic mould processing body is connected to by bolt riveted below driving motor, described
Bottom power control is embedded at below material transmission platform, the material transmission platform be embedded at transfer station control transmission mechanism with
Between the power control of bottom, the transfer station control transmission mechanism is connected to plastic mould by bolt riveted and processes body
On inner wall, the plastic mould cooling body is embedded above material transmission platform, and the plastic mould processing body is equipped with bottom
Universal travel wheel, driving motor, the bottom universal travel wheel are connected to plastic mould by bolt riveted and process organism bottom
Four it is diagonal on, the driving motor is connected to plastic mould by bolt riveted and processes block upper surface；The bottom power supply
Control device is equipped with die lifting hydraulic device, hydraulic circuit control mechanism, stand-by motor, and the die lifting hydraulic device leads to
It crosses bolt riveted to be connected on plastic mould processing internal body bottom surface, the hydraulic circuit control mechanism is embedded at material transmission
Below platform, the stand-by motor is connected to plastic mould by bolt riveted and processes on internal body bottom surface；The stand-by motor
Equipped with connecting wire, the connecting wire is connected between stand-by motor and die lifting hydraulic device；The material transmission platform
Equipped with material transmission roller, by screw thread, uniformly equidistantly engagement is connected to material transmission platform upper surface to the material transmission roller
On；The transfer station control transmission mechanism is equipped with the first driving gear set, gear set trigger mechanism, the second driving gear set, institute
It states the first driving gear set to be connected in plastic mould processing machine body on wall by bolt riveted, the gear set trigger mechanism leads to
It crosses bolt riveted to be connected in plastic mould processing machine body on wall, second driving gear set is connected to tooth by bolt riveted
Below wheel group trigger mechanism；It is cold that the plastic mould cooling body is equipped with plastic mould condenser pipe, anti-dust filter mesh, plastic mould
But room, the first circuit communication mechanism, second circuit means of communication, it is online that the plastic mould condenser pipe is embedded at dustproof filter
Side, the anti-dust filter mesh are embedded between plastic mould condenser pipe and plastic mould cooling chamber, the plastic mould cooling chamber
It is embedded at below anti-dust filter mesh, the first circuit communication mechanism is embedded at plastic mould cooling chamber side, second electricity
Road means of communication is embedded at plastic mould cooling chamber opposite side；The second circuit means of communication is equipped with the second activity energization rolling
Pearl, the second electrified wire, the second energization contact block, baffle shaft, material baffle, Yongding magnetic stripe, the second activity energization ball
It being embedded on plastic mould cooling chamber side, second electrified wire is connected between driving motor and the second energization contact block,
The second energization contact block is connected on the second electrified wire, and the baffle shaft is connected to plastic mould by bolt riveted and adds
On work body inner wall, the material baffle is connected to by bolt riveted below baffle shaft, and Yongding magnetic stripe is embedded at object
Expect on baffle.
Further, the die lifting hydraulic device be equipped with hydraulic cylinder mobile jib, hydraulic cylinder strut, material mobile pallet,
Strength magnet, the hydraulic cylinder mobile jib are connected to plastic mould by bolt riveted and process on internal body bottom surface, the liquid
For cylinder pressure strut by being excessively connected on hydraulic cylinder mobile jib, the material mobile pallet is connected to hydraulic pressure by bolt riveted
At the top of cylinder strut, the strength magnet is embedded on material mobile pallet side surface.
Further, the hydraulic circuit control mechanism is equipped with circuit connection contact block, circuit connecting wire, circuit control pressure
Bar, circular magnet, the circuit connection contact block are connected between connecting wire, and the circuit connecting wire is connected to circuit control
Between compression bar and circuit connection contact block, the circuit control compression bar is connected between circular magnet and circuit connecting wire, described
Circular magnet is connected to circuit control compression bar top.
Further, first driving gear set is equipped with the first drive pinion, the first conveyer belt, the first transmission canine tooth
Wheel, the first flexible handle, activity control mobile jib, fixed connection shaft, transmission strut fixed plate, transmission strut, driving gear set branch
Frame, first driving gear set are connected in plastic mould processing machine body by bolt riveted on wall.
Further, first driving gear set is equipped with the first drive pinion, the first conveyer belt, the first transmission canine tooth
Wheel, the first flexible handle, activity control mobile jib, fixed connection shaft, transmission strut fixed plate, transmission strut, driving gear set branch
Frame, first driving gear set are connected in plastic mould processing machine body by bolt riveted on wall.
Further, first drive pinion is connected to by bolt riveted on transmission gear pack support, and described
One conveyer belt is connected between the first drive pinion and the first transmission gear wheel, and the first transmission gear wheel is nibbled by screw thread
Conjunction is connected to below the first drive pinion, and first flexible handle is connected to the first drive pinion side by screw thread engagement
On face.
Further, the activity control mobile jib is connected to by bolt riveted in the connecting shaft of arc top, described to be fixedly connected
Axis is connected to by bolt riveted between activity control mobile jib and transmission strut, and the transmission strut fixed plate passes through bolt riveted
It is connected in plastic mould processing machine body on wall, the transmission strut is connected to fixed connection shaft and gear set by screw thread engagement
Between trigger mechanism.
Further, the gear set trigger mechanism be equipped with installing plate limiting slot, installation control panel, activity adjustment strut,
Gear position limiting strut, activity are embedded slot, and the gear set trigger mechanism is connected to plastic mould by bolt riveted and processes body
On inner wall.
Further, the installation limiting slot is embedded in plastic mould processing machine body on wall, and the installation control panel leads to
It crosses bolt riveted to be connected between installing plate limiting slot and plastic mould processing body, the activity adjustment strut is nibbled by screw thread
Conjunction is connected on installation control panel side surface, and the gear position limiting strut is connected to activity adjustment strut bottom by bolt riveted
Portion, the activity are embedded slot and are embedded in installation control plate surface.
Further, second driving gear set is equipped with the second drive pinion, the second conveyer belt, the second transmission canine tooth
Wheel, second drive pinion are connected to by bolt riveted in plastic mould processing machine body on wall, second conveyer belt
It is connected between the second drive pinion and the second transmission gear wheel, the second transmission gear wheel is connected to by screw thread engagement
Beside first drive pinion.
Further, the first circuit communication mechanism leads to equipped with the first activity energization ball, the first electrified wire, first
Electric contact block, the first activity energization ball are embedded on plastic mould cooling chamber side, and first electrified wire is connected to
Between driving motor and the first energization contact block, the first energization contact block is connected on the first electrified wire.
Advantageous effect
When a kind of plastic mold manufacture processing unit (plant) of the present invention is worked, driver is controlled by being equipped with a kind of transfer station
Structure, the transfer station control transmission mechanism are equipped with the first driving gear set, gear set trigger mechanism, the second driving gear set, lead to
Cross the first driving gear set touch gear set trigger mechanism work, gear set trigger mechanism control the second driving gear set into
Row work or break-off；
By being equipped with a kind of first driving gear set, first driving gear set is equipped with the first drive pinion, first
Conveyer belt, the first flexible handle, activity control mobile jib, fixed connection shaft, transmission strut fixed plate, passes the first transmission gear wheel
Dynamic strut, transmission gear pack support when the first transmission gear wheel drives the rotation of the first drive pinion, while drive first to live
Fixed handle rotates, and the rotation of the first flexible handle affects activity control mobile jib to carry out stretching motion, while transmission strut is driven to carry out
It moves horizontally gear set trigger mechanism to be connected, transmission strut is with therefore can also touch gear set trigger mechanism and work；
By being equipped with a kind of gear set trigger mechanism, the gear set trigger mechanism is equipped with installing plate limiting slot, installation control
Making sheet, activity adjustment strut, gear position limiting strut, activity are embedded slot, when be driven strut moved horizontally when drive activity tune
It saves strut and carries out folding stretching, it is up and down on slot so as to which gear position limiting strut be driven to be embedded in activity, so as to be driven to second
Gear set carries out control work；
By being equipped with a kind of second driving gear set, second driving gear set is equipped with the second drive pinion, second
Conveyer belt, the second transmission gear wheel, when gear position limiting strut moves up, can discharge the work of the second driving gear set, make second
It is driven gear wheel and drives the rotation of the second drive pinion, so as to which material transmission platform be driven to work；
By being equipped with a kind of bottom power control, the bottom power control is filled equipped with die lifting hydraulic pressure
It puts, hydraulic circuit control mechanism, stand-by motor, material baffle is pushed to be shifted when material moves, make hydraulic circuit control
Mechanism carries out circuit communication, so as to which die lifting hydraulic device be controlled to work；
By being equipped with a kind of hydraulic circuit control mechanism, the hydraulic circuit control mechanism is equipped with circuit connection contact block, electricity
Road connecting wire, circuit control compression bar, circular magnet, when promotion material baffle is shifted when material move, circular magnet
The effect of suction is lost, is moved by under the action of circuit connecting wire, circuit connection contact block is promoted to be connected, so as to connect electricity
Road drives die lifting hydraulic device to work；
By being equipped with a kind of die lifting hydraulic device, the die lifting hydraulic device is equipped with hydraulic cylinder mobile jib, hydraulic pressure
Cylinder strut, material mobile pallet, strength magnet, after hydraulic circuit control mechanism circuit communication, hydraulic cylinder mobile jib band hydrodynamic
Cylinder pressure strut rises, and so as to which material mobile pallet be driven to be risen, material is pushed in plastic mould cooling chamber；
By being equipped with a kind of plastic mould cooling body, the plastic mould cooling body be equipped with plastic mould condenser pipe,
Anti-dust filter mesh, plastic mould cooling chamber, the first circuit communication mechanism, second circuit means of communication, when material enters the modern designs of plastics
After having cooling chamber, by the mutual cooperation of the first circuit communication mechanism and second circuit means of communication, condensed by plastic mould
Pipe freezes, and cools down for plastic mould；
By being equipped with a kind of first circuit communication mechanism, the first circuit communication mechanism is equipped with the first activity energization rolling
Pearl, the first electrified wire, the first energization contact block when material mobile pallet is embedded into plastic mould cooling chamber, can live first
Dynamic energization ball is squeezed, and so as to which the first activity energization ball be made to be connected with the first energization contact block, so as to connect circuit, is made
Plastic mould condenser pipe works, when；
By being equipped with a kind of second circuit means of communication, the second circuit means of communication is equipped with the second activity energization rolling
Pearl, the second electrified wire, the second energization contact block, baffle shaft, material baffle, Yongding magnetic stripe, when material pushes material baffle to move
During position, due to the magnetic stripe of Yongding, material baffle can be connected with plastic mould cooling chamber, after cooling work is completed, object
Expect that mobile pallet declines, material baffle is driven to set back due to the effect of Yongding magnetic stripe during decline；
By the mutual cooperation of apparatus above, can be controlled by bottom power control, material transmission platform, transfer station
The mutual cooperation of transmission mechanism and plastic mould cooling body works, and startup work is carried out in itself by plastic mould, into
The accurate quickly processing of row, makes plastic mould accelerate cooling, save needs dry for a long time with manually-operated process, simultaneously
Place is also saved, accelerates machine process.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structure diagram of plastic mold manufacture processing unit (plant) of the present invention.
Fig. 2 is the internal structure schematic diagram under a kind of plastic mold manufacture processing unit (plant) working condition of the present invention.
Fig. 3 is the side structure schematic diagram that transfer station of the present invention controls transmission mechanism.
Fig. 4 is the structure diagram under the first driving gear set stationary state of the invention.
Fig. 5 is the structure diagram under the first driving gear set working condition of the invention.
Fig. 6 is the structure diagram under second circuit means of communication stationary state of the present invention.
Fig. 7 is the structure diagram under second circuit means of communication working condition of the present invention.
In figure：Plastic mould processing body -1, bottom power control -2, material transmission platform -3, transfer station control pass
Motivation structure -4, plastic mould cooling body -5, bottom universal travel wheel -10, driving motor -11, die lifting hydraulic device -
20th, hydraulic cylinder mobile jib -200, hydraulic cylinder strut -201, material mobile pallet -202, strength magnet -203, hydraulic circuit control
Mechanism -21, circuit connection contact block -210, circuit connecting wire -211, circuit control compression bar -212, circular magnet -213, auxiliary
Motor -22, connecting wire -220, material transmission roller -30, the first driving gear set -40, the first drive pinion -400,
One conveyer belt -401, the first transmission gear wheel -402, the first flexible handle -403, activity control mobile jib -404, fixed connection shaft -
405th, transmission strut fixed plate -406, transmission strut -407, transmission gear pack support -408, gear set trigger mechanism -41, installation
Plate limiting slot -410, installation control panel -411, activity adjustment strut -412, gear position limiting strut -413, activity be embedded slot -414,
Second driving gear set -42, the second drive pinion -420, the second conveyer belt -421, the second transmission gear wheel -422, the modern designs of plastics
Have condenser pipe -50, anti-dust filter mesh -51, plastic mould cooling chamber -52, the -53, the first activity energization of the first circuit communication mechanism
Ball -530, the first electrified wire -531, the first energization contact block -532, the -54, second activity of second circuit means of communication are powered and roll
Pearl -540, the second electrified wire -541, the second energization contact block -542, baffle shaft -543, material baffle -544, Yongding magnetic stripe -
545。
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to
Specific embodiment, the present invention is further explained.
- Fig. 7 is please referred to Fig.1, the present invention provides a kind of plastic mold manufacture processing unit (plant) technical solution：Its structure includes modeling
Expect that die processing unit body 1, bottom power control 2, material transmission platform 3, transfer station control transmission mechanism 4, plastic mould are cold
But mechanism 5, the plastic mould processing body 1 are connected to 11 lower section of driving motor, the bottom power supply control by bolt riveted
Device 2 processed is embedded at 3 lower section of material transmission platform, and the material transmission platform 3 is embedded at transfer station control transmission mechanism 4 and bottom electricity
Between source control device 2, the transfer station control transmission mechanism 4 is connected to plastic mould by bolt riveted and processes in body 1
On wall, the plastic mould cooling body 5 is embedded at 3 top of material transmission platform, and the plastic mould processing body 1 is equipped with bottom
Universal travel wheel 10, driving motor 11, the bottom universal travel wheel 10 are connected to plastic mould processing machine by bolt riveted
On 1 bottom of body four is diagonal, the driving motor 11 is connected to plastic mould by bolt riveted and processes 1 upper surface of body；Institute
Bottom power control 2 is stated equipped with die lifting hydraulic device 20, hydraulic circuit control mechanism 21, stand-by motor 22, it is described
Die lifting hydraulic device 20 is connected to plastic mould by bolt riveted and processes in 1 inner bottom surface of body, the hydraulic circuit
Control mechanism 21 is embedded at 3 lower section of material transmission platform, and the stand-by motor 22 is connected to plastic mould by bolt riveted and processes
In 1 inner bottom surface of body；The stand-by motor 22 is equipped with connecting wire 220, and the connecting wire 220 is connected to stand-by motor 22
Between die lifting hydraulic device 20；The material transmission platform 3 is equipped with material transmission roller 30, the material transmission roller 30
By screw thread, uniformly equidistantly engagement is connected on 3 upper surface of material transmission platform；The transfer station control transmission mechanism 4 is equipped with first
Driving gear set 40, gear set trigger mechanism 41, the second driving gear set 42, first driving gear set 40 pass through bolt riveting
Conjunction is connected on plastic mould processing 1 inner wall of body, and the gear set trigger mechanism 41 is connected to the modern designs of plastics by bolt riveted
On tool processing 1 inner wall of body, second driving gear set 42 is connected to 41 lower section of gear set trigger mechanism by bolt riveted；
The plastic mould cooling body 5 is equipped with plastic mould condenser pipe 50, anti-dust filter mesh 51, plastic mould cooling chamber 52, first
Circuit communication mechanism 53, second circuit means of communication 54, the plastic mould condenser pipe 50 are embedded at 51 top of anti-dust filter mesh,
The anti-dust filter mesh 51 is embedded between plastic mould condenser pipe 50 and plastic mould cooling chamber 52, the plastic mould cooling
Room 52 is embedded at 51 lower section of anti-dust filter mesh, and the first circuit communication mechanism 53 is embedded at 52 side of plastic mould cooling chamber,
The second circuit means of communication 54 is embedded at 52 opposite side of plastic mould cooling chamber；The second circuit means of communication 54 is equipped with
Second activity energization ball 540, the second electrified wire 541, the second energization contact block 542, baffle shaft 543, material baffle 544,
Yongding magnetic stripe 545, the second activity energization ball 540 are embedded on 52 side of plastic mould cooling chamber, and described second is powered
Conducting wire 541 is connected between 11 and second energization contact block 541 of driving motor, and it is logical that the second energization contact block 542 is connected to second
On electric lead 541, the baffle shaft 543 is connected to plastic mould by bolt riveted and processes on 1 inner wall of body, the material
Baffle 544 is connected to 543 lower section of baffle shaft by bolt riveted, and Yongding magnetic stripe 545 is embedded on material baffle 543,
The die lifting hydraulic device 20 is equipped with hydraulic cylinder mobile jib 200, hydraulic cylinder strut 201, material mobile pallet 202, strength and inhales
Iron-stone 203, the hydraulic cylinder mobile jib 200 are connected to plastic mould by bolt riveted and process in 1 inner bottom surface of body, the liquid
For cylinder pressure strut 201 by being excessively connected on hydraulic cylinder mobile jib 200, the material mobile pallet 202 passes through bolt riveted
201 top of hydraulic cylinder strut is connected to, the strength magnet 203 is embedded on 202 side surface of material mobile pallet, the liquid
Volt circuit control mechanism 21 is equipped with circuit connection contact block 210, circuit connecting wire 211, circuit control compression bar 212, circular magnet
213, the circuit connection contact block 210 is connected between connecting wire 220, and the circuit connecting wire 211 is connected to circuit control
Between compression bar 212 and circuit connection contact block 210 processed, the circuit control compression bar 212 is connected to circular magnet 213 and is connect with circuit
Between conducting wire 211, the circular magnet 213 is connected to 212 top of circuit control compression bar, and first driving gear set 40 is equipped with
First drive pinion 400, the first conveyer belt 401, first transmission gear wheel 402, the first flexible handle 403, activity control master
Bar 404, fixed connection shaft 405, transmission strut fixed plate 406, transmission strut 407, transmission gear pack support 408, described first
Driving gear set 40 is connected to plastic mould by bolt riveted and processes on 1 inner wall of body, and first drive pinion 400 is logical
It crosses bolt riveted to be connected on transmission gear pack support 408, first conveyer belt 401 is connected to the first drive pinion 400
Between the first transmission gear wheel 402, the first transmission gear wheel 402 is connected to the first drive pinion by screw thread engagement
400 lower sections, first flexible handle 403 are connected to by screw thread engagement on 400 side of the first drive pinion, the activity
Control mobile jib 404 is connected to by bolt riveted in arc top connecting shaft 405, and the fixed connection shaft 405 is connected by bolt riveted
It is connected between activity control mobile jib 404 and transmission strut 407, the transmission strut fixed plate 406 is connected to by bolt riveted
On plastic mould processing 1 inner wall of body, the transmission strut 407 is connected to fixed connection shaft 405 and gear by screw thread engagement
Between group trigger mechanism 41, the gear set trigger mechanism 41 is equipped with installing plate limiting slot 410, installation control panel 411, activity tune
Section strut 412, gear position limiting strut 413, activity are embedded slot 414, and the gear set trigger mechanism 41 is connected by bolt riveted
In on plastic mould processing 1 inner wall of body, the installation limiting slot 410 is embedded on plastic mould processing 1 inner wall of body, described
Installation control panel 411 is connected to by bolt riveted between installing plate limiting slot 410 and plastic mould processing body 1, the work
The dynamic strut 412 that adjusts is connected to by screw thread engagement on 411 side surface of installation control panel, and the gear position limiting strut 413 passes through
Bolt riveted is connected to 412 bottom of activity adjustment strut, and the activity is embedded slot 414 and is embedded on 411 surface of installation control panel,
Second driving gear set 42 is equipped with the second drive pinion 420, the second conveyer belt 421, second transmission gear wheel 422, institute
It states the second drive pinion 420 to be connected on plastic mould processing 1 inner wall of body by bolt riveted, second conveyer belt
421 are connected between the second drive pinion 420 and the second transmission gear wheel 422, and the second transmission gear wheel 422 passes through spiral shell
Line engagement is connected to 420 side of the first drive pinion, and the first circuit communication mechanism 53 is equipped with the first activity energization ball
530th, the first electrified wire 531, the first energization contact block 532, the first activity energization ball 530 are embedded at plastic mould cooling
On 52 side of room, first electrified wire 531 is connected between 11 and first energization contact block 531 of driving motor, and described first
Energization contact block 532 is connected on the first electrified wire 531.
User by this equipment carry out plastic mould processing when, can according to the position of plastic mould carry out relative to
Processing, carries out starting cooked mode automatically using plastic mould in itself, convenient and efficient, the step of saving manual operation.
Gear position limiting strut of the present invention is rod-like structure, and gear position limiting strut one end is oval, gear position limiting
Strut is for limiting the strut that driving gear set carries out work and break-off, work being transmitted for supplies transfer station
Make.
It is the prior art in use, because of in traditional plastic processing manufacturing device that the present invention, which solves the problems, such as, plastics
After the completion of manufacturing in a mold, because traditional plastic processing manufacturing device does not have the function of cooling, often it is made in plastics
After it is allowed to cool down automatically, this is not only wasted time, and also reduces working efficiency, increase labour cost and manufacture cost, very
Not cost-effective, being combined with each other by above-mentioned component of the invention, bottom power control can be passed through, material transmission platform, passed
The mutual cooperation of platform control transmission mechanism and plastic mould cooling body is sent to work, is started in itself by plastic mould
Work carries out accurate quickly processing, plastic mould is made to accelerate cooling, saves needs and dry and manually-operated work for a long time
Sequence, while also save place, the problem of accelerating machine process.
In summary：When gear position limiting strut material is stainless steel, the robustness of gear position limiting strut material is most strong, resistance to
Corrosivity is best, therefore it is optimal selection to select stainless steel as gear position limiting strut material.
The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill
For art personnel, it is clear that the present invention is not limited to the details of above-mentioned exemplary embodiment, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes falling within the meaning and scope of the equivalent requirements of the claims in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (10)
1. a kind of plastic mold manufacture processing unit (plant), structure includes plastic mould processing body (1), bottom power control
(2), material transmission platform (3), transfer station control transmission mechanism (4), plastic mould cooling body (5), the plastic mould processing
Body (1) is connected to by bolt riveted below driving motor (11), and the bottom power control (2) is embedded at material biography
It send below platform (3), the material transmission platform (3) is embedded at transfer station control transmission mechanism (4) and bottom power control (2)
Between, the transfer station control transmission mechanism (4) is connected to plastic mould by bolt riveted and processes on body (1) inner wall, institute
Plastic mould cooling body (5) is stated to be embedded above material transmission platform (3), it is characterised in that：
The plastic mould processing body (1) is equipped with bottom universal travel wheel (10), driving motor (11), the universal row in bottom
Walk wheel (10) by bolt riveted be connected to plastic mould process body (1) bottom four it is diagonal on, the driving motor (11)
Plastic mould is connected to by bolt riveted and processes body (1) upper surface；
The bottom power control (2) is equipped with die lifting hydraulic device (20), hydraulic circuit control mechanism (21), auxiliary
Motor (22), the die lifting hydraulic device (20) are connected to plastic mould by bolt riveted and process body (1) inner bottom
On face, the hydraulic circuit control mechanism (21) is embedded at below material transmission platform (3), and the stand-by motor (22) passes through bolt
Riveted is connected in plastic mould processing body (1) inner bottom surface；
The stand-by motor (22) is connected to stand-by motor (22) and mould equipped with connecting wire (220), the connecting wire (220)
Between tool raise-lower hydraulic device (20)；
For the material transmission platform (3) equipped with material transmission roller (30), the material transmission roller (30) is uniform etc. by screw thread
It is connected on material transmission platform (3) upper surface away from engagement；
The transfer station control transmission mechanism (4) passes equipped with the first driving gear set (40), gear set trigger mechanism (41), second
Moving gear group (42), first driving gear set (40) are connected to plastic mould by bolt riveted and process body (1) inner wall
On, the gear set trigger mechanism (41) is connected to plastic mould by bolt riveted and processes on body (1) inner wall, and described second
Driving gear set (42) is connected to by bolt riveted below gear set trigger mechanism (41)；
The plastic mould cooling body (5) is equipped with plastic mould condenser pipe (50), anti-dust filter mesh (51), plastic mould cooling
Room (52), the first circuit communication mechanism (53), second circuit means of communication (54), the plastic mould condenser pipe (50) are embedded at
Above anti-dust filter mesh (51), the anti-dust filter mesh (51) is embedded at plastic mould condenser pipe (50) and plastic mould cooling chamber
(52) between, the plastic mould cooling chamber (52) is embedded at below anti-dust filter mesh (51), the first circuit communication mechanism
(53) plastic mould cooling chamber (52) side is embedded at, the second circuit means of communication (54) is embedded at plastic mould cooling chamber
(52) opposite side；
The second circuit means of communication (54) is equipped with the second activity energization ball (540), the second electrified wire (541), second
Energization contact block (542), baffle shaft (543), material baffle (544), Yongding magnetic stripe (545), the second activity energization ball
(540) be embedded on plastic mould cooling chamber (52) side, second electrified wire (541) be connected to driving motor (11) with
Between second energization contact block (541), the second energization contact block (542) is connected on the second electrified wire (541), the baffle
Shaft (543) is connected to plastic mould by bolt riveted and processes on body (1) inner wall, and the material baffle (544) passes through spiral shell
Bolt riveted is connected to below baffle shaft (543), and Yongding magnetic stripe (545) is embedded on material baffle (543).
2. a kind of plastic mold manufacture processing unit (plant) according to claim 1, it is characterised in that：The die lifting hydraulic pressure
Device (20) is equipped with hydraulic cylinder mobile jib (200), hydraulic cylinder strut (201), material mobile pallet (202), strength magnet
(203), the hydraulic cylinder mobile jib (200) is connected to plastic mould by bolt riveted and processes in body (1) inner bottom surface, described
By being excessively connected on hydraulic cylinder mobile jib (200), the material mobile pallet (202) passes through hydraulic cylinder strut (201)
Bolt riveted is connected at the top of hydraulic cylinder strut (201), and the strength magnet (203) is embedded at material mobile pallet (202)
On side surface.
3. a kind of plastic mold manufacture processing unit (plant) according to claim 1, it is characterised in that：The hydraulic circuit control
Mechanism (21) is equipped with circuit connection contact block (210), circuit connecting wire (211), circuit control compression bar (212), circular magnet
(213), the circuit connection contact block (210) is connected between connecting wire (220), circuit connecting wire (211) connection
Between circuit control compression bar (212) connect contact block (210) with circuit, the circuit control compression bar (212) is connected to round magnetic
Between iron (213) and circuit connecting wire (211), the circular magnet (213) is connected to circuit control compression bar (212) top.
4. a kind of plastic mold manufacture processing unit (plant) according to claim 1, it is characterised in that：First transmission gear
Group (40) is equipped with the first drive pinion (400), the first conveyer belt (401), the first transmission gear wheel (402), the first movable hand
Handle (403), activity control mobile jib (404), fixed connection shaft (405), transmission strut fixed plate (406), transmission strut (407),
Transmission gear pack support (408), first driving gear set (40) are connected to plastic mould by bolt riveted and process body
(1) on inner wall.
5. a kind of plastic mold manufacture processing unit (plant) according to claim 4, it is characterised in that：The small tooth of first transmission
Wheel (400) is connected to by bolt riveted on transmission gear pack support (408), and first conveyer belt (401) is connected to first
Between drive pinion (400) and the first transmission gear wheel (402), the first transmission gear wheel (402) is engaged by screw thread
It is connected to below the first drive pinion (400), first flexible handle (403) is connected to the first transmission by screw thread engagement
On pinion gear (400) side.
6. a kind of plastic mold manufacture processing unit (plant) according to claim 4, it is characterised in that：The activity control mobile jib
(404) it is connected in arc top connecting shaft (405) by bolt riveted, the fixed connection shaft (405) is connected by bolt riveted
Between activity control mobile jib (404) and transmission strut (407), the transmission strut fixed plate (406) is connected by bolt riveted
It is connected on plastic mould processing body (1) inner wall, the transmission strut (407) is connected to fixed connection shaft by screw thread engagement
(405) between gear set trigger mechanism (41).
7. a kind of plastic mold manufacture processing unit (plant) according to claim 6, it is characterised in that：The gear set triggers machine
Structure (41) is equipped with installing plate limiting slot (410), installation control panel (411), activity adjustment strut (412), gear position limiting strut
(413), activity is embedded slot (414), and the gear set trigger mechanism (41) is connected to plastic mould processing machine by bolt riveted
On body (1) inner wall.
8. a kind of plastic mold manufacture processing unit (plant) according to claim 7, it is characterised in that：The installation limiting slot
(410) it is embedded on plastic mould processing body (1) inner wall, the installation control panel (411) is connected to peace by bolt riveted
Between loading board limiting slot (410) and plastic mould processing body (1), the activity adjustment strut (412) is engaged by screw thread to be connected
It is connected on installation control panel (411) side surface, the gear position limiting strut (413) is connected to activity adjustment branch by bolt riveted
Bar (412) bottom, the activity are embedded slot (414) and are embedded on installation control panel (411) surface.
9. a kind of plastic mold manufacture processing unit (plant) according to claim 1, it is characterised in that：Second transmission gear
Equipped with the second drive pinion (420), the second conveyer belt (421), the second transmission gear wheel (422), described second passes group (42)
Dynamic pinion gear (420) is connected to plastic mould by bolt riveted and processes on body (1) inner wall, second conveyer belt (421)
It is connected between the second drive pinion (420) and the second transmission gear wheel (422), the second transmission gear wheel (422) is logical
Screw thread engagement is crossed to be connected to beside the first drive pinion (420).
10. a kind of plastic mold manufacture processing unit (plant) according to claim 1, it is characterised in that：First circuit connects
Logical mechanism (53) is described equipped with the first activity energization ball (530), the first electrified wire (531), the first energization contact block (532)
First activity energization ball (530) is embedded on plastic mould cooling chamber (52) side, the first electrified wire (531) connection
Between driving motor (11) and the first energization contact block (531), the first energization contact block (532) is connected to the first electrified wire
(531) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810147498.2A CN108215020A (en) | 2018-02-12 | 2018-02-12 | A kind of plastic mold manufacture processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810147498.2A CN108215020A (en) | 2018-02-12 | 2018-02-12 | A kind of plastic mold manufacture processing unit (plant) |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108215020A true CN108215020A (en) | 2018-06-29 |
Family
ID=62661756
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810147498.2A Pending CN108215020A (en) | 2018-02-12 | 2018-02-12 | A kind of plastic mold manufacture processing unit (plant) |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108215020A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108613005A (en) * | 2018-07-14 | 2018-10-02 | 安徽枫雅轩科技信息服务有限公司 | A kind of square nut pneumatically installation and Lubricating oil adding device |
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Application publication date: 20180629 |