CN208180227U - Double gallbladders press suction molding machine parallel - Google Patents

Abstract

The utility model discloses a kind of double gallbladders to press suction molding machine parallel, the first feeding centering including setting gradually preheats integrated device, second feeding centering preheats integrated device, first main heating device, second main heating device, first molding machine, second molding machine, blanking device, bead cutter and the first punching machine and the second punching machine side by side, carrier chain is set in turn in the first feeding centering preheating integrated device, second feeding centering preheats integrated device, first main heating device, second main heating device, first molding machine, in second molding machine and blanking device, blanking device by the first molding machine and/or the molding product of the second molding machine for that will grab to bead cutter, blanking device is for grabbing the product on bead cutter to the first punching machine and/or the second punching machine, blanking device is for grabbing by the first punching The product of bed and/or the second punching machine.The application can in a producing line the different product of two kinds of machined parameters of simultaneous processing.

Description

Double gallbladders press suction molding machine parallel

Technical field

The utility model relates to a kind of pressure suction molding machine, in particular to double gallbladders press suction molding machine parallel.

Background technique

Plastics sucking moulding technology, that is, plastic plate thermoforming processing technology is one of plastics secondary operation industrial technology. It is one kind for plastic plate, is heated, and using mold, vacuum or pressure deform piece or plate material, reaches the shape of requirement Shape and size are aided with mating process, realize application purpose.Plastic-suction forming equipment includes grasping system, heating system, vacuum and pressure Several parts such as contracting air system and molding die.

Existing plastic suction forming apparatus production equipment is typically only capable to carry out processing and forming to a kind of product, if to produce simultaneously Two different products then need to be equipped with two producing lines simultaneously, and equipment cost is high, and occupied space is big, the above problem be this field urgently Problem to be solved.

Utility model content

The technical issues of the utility model solves is to provide one kind can carry out double gallbladders of two formed products processing simultaneously simultaneously Row pressure suction molding machine.

The technical scheme adopted by the utility model to solve the technical problem is as follows: double gallbladders press suction molding machine parallel, packet Include the first feeding centering preheating integrated device set gradually, the second feeding centering preheating integrated device, the first main heating Device, the second main heating device, the first molding machine, the second molding machine, blanking device, bead cutter and the first punching machine side by side and Second punching machine further includes conveying device, and the conveying device includes carrier chain, and the carrier chain is set in turn in the first feeding pair Middle preheating integrated device, the second feeding centering preheating integrated device, the first main heating device, the second main heating device, the In one molding machine, the second molding machine and blanking device, the blanking device will be for that will pass through the first molding machine and/or second The molding product of molding machine is grabbed to bead cutter, and the blanking device is also used to grab the product on bead cutter to the first punching machine And/or second punching machine, the blanking device are also used to grab the product by the first punching machine and/or the second punching machine.

There are two feeding centerings to preheat integrated device for the application setting, can carry out simultaneously to two different products Material and preheating, setting can be arranged different heating temperatures to two different products simultaneously there are two main heating device and carry out Heating, there are two molding machines to form simultaneously to two different products for setting, while being arranged can be right there are two punching machine Even two products are punched out, and above-mentioned each device is conveyed by same conveying mechanism, allows the application one The different product of two kinds of machined parameters of simultaneous processing in producing line.

Further, the first feeding centering preheating integrated device and the second feeding centering preheat integrated device Structure is consistent, and the first main heating device and the second main heating device structure are consistent.

Further, the first feeding centering preheating integrated device includes rack, the rack is transversely successively It is provided with feeding area and preheating zone, feed mechanism, centering body and material fetching mechanism, the feeding are provided in the feeding area Mechanism is set to the bottom of the frame, and the feed mechanism end is provided with elevating mechanism, and the centering body is set to described The end of elevating mechanism ascent direction, the elevating mechanism top are provided with the material fetching mechanism, and the material fetching mechanism can be in cross To with vertically moved, the material fetching mechanism is provided with preheating mechanism, the preheating for grabbing material in the preheating zone Mechanism is located at the lower section of the material fetching mechanism, and the carrier chain is set on the preheating mechanism.

Further, the centering body includes that two horizontal slide rails and two longitudinal slide rails, the horizontal slide rail are set It is placed between the longitudinal slide rail, the horizontal slide rail can be slided along the longitudinal slide rail, and the horizontal slide rail both ends are also slided It is combined with positioning plate, the positioning plate can be slided along the horizontal slide rail.

Further, the first main heating device includes heating watt mounting plate and several heating watts, the heating watt It is connect with heating watt mounting plate, the heating watt is located above the heating watt mounting plate, heating watt mounting plate upper surface It is provided with the reflecting plate with salient point.

Further, the blanking device includes blanking track, set gradually that there are three blankings in the blanking track Mechanism.

Further, the bead cutter includes cutter and adjustable copying apparatus, the adjustable copying apparatus includes Can two pieces of lateral upper relative motion be transversely mounted plate and can in two blocks of longitudinally mounted plates of longitudinally opposed movement, described two A be transversely mounted is respectively arranged with parallel and opposite locating piece on plate, be respectively arranged on the two longitudinally mounted plate it is parallel and Opposite two are transversely mounted plate.

Further, being provided with material loading platform among first punching machine and the second punching machine, first punching machine is also wrapped The first punching press platform and the first mold are included, second punching machine further includes the second punching press platform and the second mold, first mould Tool can move on the first punching press platform and material loading platform, and second mold can be in the second punching press platform and feeding It is moved on platform, first mold and the second mold are for placing product.

Further, the conveying device includes pedestal, the first transmission chain mechanism, the second transmission chain mechanism and conveying Chain, the carrier chain include the first chain and the second chain, and the first transmission chain mechanism and the second transmission chain mechanism are set to On the pedestal, the first transmission chain mechanism includes the first driving member and first motor, is provided on first driving member First sprocket wheel and the first chain, first sprocket wheel and first chain engagement, the first motor is for driving the first chain Wheel rotation, the second transmission chain mechanism include the second driving member and the second motor, the be provided on second driving member Two sprocket wheels and the second chain, second sprocket wheel and second chain engagement, second motor is for driving the second sprocket wheel Rotation, first sprocket wheel are moved synchronously with second sprocket wheel holding.

Further, first driving member and the second driving member are connect with same width adjustment mechanism, the width Regulating device is for adjusting the distance between the first driving member and the second driving member, edge between first chain and the second chain Longitudinal direction is additionally provided with multiple width adjustment mechanisms, and the width adjustment mechanism is located at the first feeding centering preheating one Body device, the second feeding centering preheating integrated device, the first main heating device, the second main heating device, the first molding machine, the Each junction between two molding machines and blanking device.

The beneficial effects of the utility model are: there are two feeding centerings to preheat integrated device, Ke Yitong for the application setting When feeding and preheating carried out to two different products, setting there are two main heating devices can be simultaneously to two different productions Product are arranged different heating temperatures and are heated, and there are two molding machines to form simultaneously to two different products for setting, Setting can be punched out two products there are two punching machine simultaneously, and above-mentioned each device is defeated by the progress of same conveying mechanism It send, allows the application different product of two kinds of machined parameters of simultaneous processing in a producing line.In addition, feeding centering pre-add After centering body is set to feed mechanism and elevating mechanism by hot integrated device, plate can be realized in a framework Feeding centering step, shortens the stroke of manipulator, optimizes structure, saves space and cost, and the application collects on the rack At feeding area and preheating zone, so that the application can preheat plate while feeding, individual pre- hot charging is eliminated It sets, considerably reduces space.In addition, centering structure cooperates hydraulic elevator platform, realize while to multi-sheets centering, then Manipulator is directly drawn plate and is placed on transmission device, and the stroke of manipulator is effectively reduced.In addition, the application passes through Two motor driven chain operations, reduce demand of the conveyor chain to fixed mechanism intensity, reduce security risk.In addition, Bead cutter is provided with adjustable copying apparatus, so that a copying apparatus can place different products, does not need replacement and leans on Mold device dramatically saves the production time.

Detailed description of the invention

Fig. 1 is the application overall schematic.

Fig. 2 is that the first feeding centering preheats integrated device schematic diagram.

The the first feeding centering of the position Fig. 3 preheats integrated device top section schematic diagram.

Fig. 4 is centering body schematic diagram.

Fig. 5 is the first punching machine and the second punching machine structure schematic diagram.

Fig. 6 is conveying device schematic diagram.

Fig. 7 is conveying device drive part enlarged diagram.

Fig. 8 is blanking device schematic diagram.

Fig. 9 is the first main heating device and the second main heating device schematic diagram.

Figure 10 is heating mechanism schematic diagram.

Figure 11 is bead cutter schematic diagram.

In the figure, it is marked as the first feeding centering preheats integrated device 1, feed mechanism 11, centering body 12, horizontal slide rail 121, longitudinal slide rail 122, positioning plate 123, material fetching mechanism 13, shifting sledge 131,132 elevating mechanism 14 of mechanical arm, preheating mechanism 15, hot baffle 151, the second feeding centering preheating integrated device 2, the first main heating device 3, heating mechanism 30, heating watt peace Loading board 31, heating watt 32, salient point 33, the second main heating device 4, the first molding machine 5, the second molding machine 6, blanking device 7, blanking Track 71, cutting agency 72, bead cutter 8, adjustable copying apparatus 81, cutter 82, the first punching machine 9a, the second punching machine 9b, feeding Platform 91, the first punching press platform 91a, the first mold 92, the second punching press platform 91b, the second mold 93, platform sliding rail 94, first Chain 101, the second chain 102, the first driving member 103, first motor 104, first gear 105, the second driving member 106, second Motor 107, second gear 108, width adjustment mechanism 109, the first spline 110, the second spline 111, the first fixed plate 112, Two fixed plates 113.

Specific embodiment

The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

It should be understood that transmission mechanism described below is as being not particularly illustrated, it is the common transmission in this field Mechanism, such as lead screw, gear etc..

As shown in Figure 1, double gallbladders press suction molding machine parallel, including the first feeding centering preheating one set gradually Device 1, the second feeding centering preheat integrated device 2, the first main heating device 3, the second main heating device 4, the first molding machine 5, the second molding machine 6, blanking device 7, bead cutter 8 and the first punching machine 9a and the second punching machine 9b side by side further include conveying dress It sets, the conveying device includes carrier chain, and the carrier chain is set in turn in the first feeding centering preheating integrated device 1, the Two feeding centerings preheat integrated device 2, the first main heating device 3, the second main heating device 4, the first molding machine 5, the second one-tenth In type machine 6 and blanking device 7, the conveying device is for successively transporting product to said mechanism, the blanking device 7 For that will pass through the first molding machine 5 and/or the molding product of the second molding machine 6 is grasped on bead cutter 8 and being used for trimming Product on machine 8 is grabbed to the first punching machine 9a and/or the second punching machine 9b.

The workflow of the application is that the first processed product and the second processed product are pre- from the first feeding centering respectively It heats in integrated device 1 and the second feeding centering preheating integrated device 2 and carries out feeding and preheating, first production to be processed Product and the second processed product can for same product or not identical product, then, the second processed product is transported with carrier chain Into the second main heating device 4, the first processed product is transported with carrier chain into the first main heating device 3, the first main heating Device 3 and second main heating device 4 machined parameters according to required for two products setting temperature are simultaneously heated, and heating is completed Afterwards, the first processed product is transported into the first molding machine 5 and is formed, the second processed product transport into the second molding machine 6 into Row molding, the molding machine can be the blow molding machine of this field routine, plastic suction forming apparatus or press suction molding machine or he The molding machine of type, after molding, the first processed product and the second processed product are transported to blanking device 7, Successively the second processed product of crawl and the first processed product are placed into bead cutter 8 blanking device 7, when trimming is completed Afterwards, blanking device 7 is grabbed again in the second processed product or the first processed product to the second punching machine 9b and the first punching machine 9a, First punching machine 9a and the second punching machine 9b are respectively punched out the first processed product and the second processed product, after the completion of punching Feeding device grabs the first processed product and the second processed product again, completes processing.

There are two feeding centerings to preheat integrated device for the application setting, can carry out simultaneously to two different products Material and preheating, setting can be arranged different heating temperatures to two different products simultaneously there are two main heating device and carry out Heating, there are two molding machines to form simultaneously to two different products for setting, while being arranged can be same there are two punching machine When an even product is punched out, matched by above-mentioned each mechanism, the application can in a producing line simultaneous processing two The different product of kind machined parameters.

As shown in Figure 1, in this application, the first feeding centering preheating integrated device 1 and the second feeding centering are pre- Heating 2 structure of integrated device is consistent, and the first main heating device 3 is consistent with the second main 4 structure of heating device, 5 He of the first molding machine Second molding machine, 6 structure is consistent, it should be understood that in other embodiments, the first feeding centering preheating one dress Set 1 and second feeding centering preheating integrated device 2 can for different structure, the first main heating device 3 and second it is main plus Thermal 4 can be different structure, and first molding machine 5 and the second molding machine 6 can also be molding machine not of the same race.

As shown in Figures 2 to 4, by taking the first feeding centering preheats integrated device 1 as an example, in this application, the first feeding Centering preheats integrated device 1, including rack, includes the feeding area and preheating zone laterally set gradually in the rack, described Feeding area includes feed mechanism 11, centering body 12 and material fetching mechanism 13, the feed mechanism 11, centering body 12 and is taken Material mechanism 13 is mounted in the rack, and the feed mechanism 11 is installed on the bottom of the frame, and the feed mechanism 11 can To be conveyer belt or conveyer chain, the feed mechanism 11 can be it is driving or without driving, in the application, the conveying Mechanism is conveying roller, and the conveying roller is made of several rollers, and the conveying roller can pass through synchronous belt or synchronous chain It is connect with driving mechanism, the conveying roller is rotated in the same direction under the driving of driving mechanism, the driving mechanism It can be servo motor or handwheel, the driving mechanism can be driven in the reverse direction, and be opposite direction of the roller towards feeding direction Movement, to exit productional surplus material and pallet, in addition, the feed mechanism end can also increase other conveyer Structure facilitates productional surplus material and pallet etc. to exit from the other end of feeding, and 11 end of feed mechanism is provided with elevator Structure 14, the elevating mechanism 14 is hydraulic elevator platform in this application, which can be commonly used in the art hydraulic Lifting platform, specifically, the hydraulic elevator platform includes table top, the table top bottom is connected with hydraulic device by connecting rod, in institute The driving following table for stating hydraulic device can be gone up and down vertically, and the elevating mechanism 14 can also be by oil cylinder or cylinder driving The table top or electric lifting platform of lifting, the centering body 12 are located at the end of 14 ascent direction of elevating mechanism, this is right Middle mechanism 12 is used for the product centering on elevating mechanism 14, in addition, the frame top is also equipped with material fetching mechanism 13, it is described Material fetching mechanism 13 is located at the top of elevating mechanism 14 and centering body 12, and the material fetching mechanism 13 laterally and can be moved vertically Dynamic, which moves between feeding area and preheating zone in the lateral direction of motion, and the material fetching mechanism 13 is for grabbing Material is taken to discharge, described horizontal one end for being upwardly away from feed mechanism 11 is discharging direction, and the material fetching mechanism 13 can be Slide rail type manipulator or multi-spindle machining hand, preheating mechanism 15 is provided in the preheating zone, and affiliated preheating mechanism 15 is located at affiliated 13 lower section of material fetching mechanism, the preheating mechanism 15 are installed in rack along discharging direction, and the carrier chain is set to the preheating In the rack of 15 top of mechanism.

The workflow of the application is that plate stacking to be processed is transported on elevating mechanism 14 by feed mechanism 11, Plate is raised in hydraulic elevator platform rising, several plates reach centering body 12, and centering body 12 carries out this several plates Centering, the decline of material fetching mechanism 13 are raised to certain altitude after grabbing plate, and then longitudinal transport sheet material to preheating zone and is placed In on carrier chain, preheating mechanism 15 preheats plate, and then, the production to be processed for being located at preheating zone is transported in carrier chain starting To main heating device.

In this application, which preheats integrated device 1 and centering body 12 is set to feed mechanism 11 After elevating mechanism 14, step in plate feeding pair can be realized in a framework, shortens the stroke of manipulator, Structure is optimized, space and cost are saved, the application is integrated with feeding area and preheating zone on the rack, so that the application is upper Plate can be preheated while material, eliminate individual preheating device, considerably reduce space.

In addition, as shown in Figures 2 and 3, in this application, the preheating mechanism 15 includes hot baffle 151 and heating watt 32, The hot baffle 151 is located at 32 top of heating watt and can be moved longitudinally, and guide rail is equipped in the rack, described It is provided with idler wheel in heating watt 32 and guide rail cooperates, is also connected with driving mechanism, such as cylinder or oil cylinder, institute in the heating watt 32 State that heating watt 32 is fixed in normal productive process to be installed in rack, when there are abnormal conditions, in cylinder or oil cylinder Under promotion, heating watt 32 can be pushed to Shelf External, and the heating watt 32 can be dismantled from rack and be exited, 32 top machine of heating watt Longitudinal hot baffle sliding rail is additionally provided on frame, 151 both ends of hot baffle are equipped with linear slider or idler wheel and gear heat The cooperation of plate track, hot baffle 151 is connect by transmission mechanism with driving motor or cylinder, in the driving of driving motor or cylinder Under, the hot baffle 151 can vertically moved along hot baffle sliding rail.

The above-mentioned specific workflow of heating mechanism is that, when material fetching mechanism 13 does not grab plate, hot baffle 151 is moved to Heating watt 32 was covered above heating watt 32, avoids 32 heat loss of heating watt, when material fetching mechanism 13 grabs plate and is moved to When 32 top of heating watt, hot baffle 151 vertically move so that heating watt 32 expose, so that heating watt 32 preheats plate, Then plate is placed on the carrier chain of 32 top of heating watt by material fetching mechanism 13, and heating watt 32 preheats plate.

On the basis of the above, as shown in figure 4, the centering body 12 includes that two horizontal slide rails 121 and two are longitudinal sliding Rail 122, the both ends of the horizontal slide rail 121 are slidably matched with the longitudinal slide rail 122 respectively, and the horizontal slide rail 121 passes through Transmission mechanism is connect with driving motor, and under the driving of driving motor, the horizontal slide rail 121 can be along the longitudinal slide rail 122 Sliding, 121 both ends of horizontal slide rail are also sliding combined with positioning plate 123, and the positioning plate 123 is L-type, positioning plate 123 with It is connect by transmission mechanism with driving motor, under the driving of driving motor, the positioning plate 123 can transversely sliding rail 121 be slided It is dynamic, by adjusting two 121 distances of horizontal slide rail, and adjust in same horizontal slide rail 121 between two positioning plates 123 away from From so that the distance between four positioning plates 123 are adjusted, by the clamping plate of positioning plate 123 to plate progress centering.

In the application, centering body 12 by positioning plate 123 to plate carry out centering, therefore can simultaneously the multiple plates of centering Material, specifically can the number of centering plate can determine that the application does not need first to grab plate to be carried out again according to the thickness of positioning plate 123 Centering is effectively reduced the mechanism of device, saves space.

On the basis of the above, as shown in figure 3, material fetching mechanism described herein 13 is slide rail type manipulator, the machinery Hand end is connected with fixture, and the fixture can be sucker, clamps plate by sucker, and structure is simple, and clamping effect is good, at this In application, the material fetching mechanism 13 particularly, including the shifting sledge 131 being laterally arranged being fixedly installed in rack, is gone back Including vertically arranged mechanical arm 132, it is fixedly installed with sliding block on the mechanical arm 132 and matches with the shifting sledge 131 sliding It closes, is also fixedly installed with vertical sliding rail on the mechanical arm 132, sliding block is installed on fixture and the mechanical arm 132 slides Cooperation, the mechanical arm 132 and fixture are connected to motor by transmission mechanism, under the drive of the motor, the mechanical arm 132 It can be moved along shifting sledge 131 in longitudinal direction, the fixture can be moved along the mechanical arm 132 in vertical direction.

In addition, as shown in Figure 9 and Figure 10, by taking the first main heating device 3 as an example, the first main heating device 3 includes machine Frame and heating mechanism 30, the heating mechanism 30 are fixedly installed in normal work in the rack, particularly, described to add Heat engine structure 30 includes heating watt mounting plate 31 and several heating watts 32, and 32 bottom of heating watt is provided with installation part, described to add Heat watt 32 is inserted into heating watt mounting plate 31 by the installation part, and the heating watt 32 is installed on heating watt mounting plate in array 31 tops, there are a certain distance, the heating watt mounting plates with 31 upper surface of heating watt mounting plate for 32 bottom surface of heating watt 31 upper surfaces are equipped with one layer of reflecting plate with salient point 33, and the reflecting plate of the salient point 33 is installed on heating watt mounting plate in array 31 upper surfaces, it should be understood that shown salient point 33 out is only part salient point 33 in attached drawing, rather than it is all convex in the application Point 33, the specific reflecting plate with salient point 33 can be covered with entire heating watt mounting plate 31 or only be locally provided at heating watt peace In loading board 31.On the basis of the above, the salient point 33 is tetragonous wimble structure.

The application is anti-with punching press salient point 33 by being equipped with one layer between heating watt mounting plate 31 and heating watt 32 Plate is penetrated, the reflecting plate can be aluminium reflecting plate or other metallic reflection plates, and salient point 33 increases the reflective surface area of reflecting plate, makes Reflecting plate can preferably reflect heat so that the heating efficiency of the application is higher, in addition, aluminium to the reflecting effect of heat compared with Steel are more preferable, so that reflection efficiency is further improved, to increase heating effect.

As shown in figure 9, two that the first main heating device 3 and the second main heating device 4 is arranged in of the carrier chain transverse direction Side, processed product are transported by carrier chain to the first main heating device 3 and the second main heating device 4, and carrier chain stops, and first Main heating device 3 and the second main heating device 4 respectively heat the first processed product and the second processed product, when adding After the completion of heat, carrier chain starting continues to transport processed product into the first molding machine 5 and the second molding machine 6.

The outlet of first molding machine 5 is connected to the entrance of the second molding machine 6, the carrier chain successively pass through first at 5 entrance of type machine, the outlet of the first molding machine 5, the outlet of 6 entrance of the second molding machine, the second molding machine 6.

As shown in figure 8, the blanking device 7 includes bracket and blanking track 71, the longitudinal fixation of the blanking track 71 Carrier chain is installed in what is also fixed along longitudinal direction on the pedestal upper end, the bracket, the carrier chain is located at the blanking track 71 lower sections are simultaneously parallel with it, and being successively slidably matched in the blanking track 71, there are three cutting agencies 72, in this application, described Cutting agency 72 is slide rail type manipulator, specifically includes slide plate, and the slide plate is slidably matched with blanking track 71, the slide plate On be provided with vertical sliding rail, be sliding combined with fixture in the vertical rails, the fixture can be sucker or framed, and on It states slide plate and vertical rails and fixture is connected to motor by transmission mechanism.

Specific workflow is that processed product after the first molding machine 5 and the second molding machine 6 by transporting under being located at When expecting the carrier chain on device 7, the cutting agency 72 close to the second molding machine 6 is for grabbing from the first molding machine 5 and the second one-tenth The processed product being transported out in type machine 6, and processed product is placed on bead cutter 8, second intermediate blanking machine Structure 72 is used to grab the processed product of the trimming completed the process on bead cutter 8, and by the Product transport to punching machine, close to punching The third cutting agency 72 of bed completes blanking for grabbing the finished product after punching machine punching.

On the basis of the above, as shown in figure 5, the first punching machine 9a and the second punching machine 9b structure are consistent, with the first punching machine For 9a, the first punching machine 9a includes rack, and the stamping device for carrying out punching press, the punching press dress are fixedly installed with above rack It sets and the first punching press platform 91a is installed in the rack of lower section, in addition, also being installed between the first punching machine 9a and the second punching machine 9b There is the material loading platform 91 contour with the first punching press platform 91a, further includes platform sliding rail 94 in this application, the platform sliding rail 94 it is successively fixed be installed on the first punching press platform 91a on, on material loading platform 91 and the second punching press platform 91b, it is described to put down The first mold 92 and the second mold 93 are sliding combined on platform sliding rail 94, and first mold 92 and the second mold 93 pass through biography Motivation structure is connect with driving motor, and under the driving of driving motor, first mold 92 and the second mold 93 can be along described flat Platform sliding rail 94 is mobile, specifically, the first mold 92 can move back and forth on the first punching press platform 91a and material loading platform 91, second Mold 93 can move back and forth on the second punching press platform 91b and material loading platform 91.

As described in figures 1 and 5, firstly, the first mold 92 is located on material loading platform 91, blanking device 7 grabs the production after trimming Product are placed on the first mold 92, and the first mold 92 is moved on the punching press platform of the first punching machine 9a, and the first punching machine 9a is to first Product on mold 92 is processed, and the second mold 93 is located at material loading platform 91 at this time, and then blanking device 7 grabs another again Processed product is placed on the second mold 93, and the second mold 93 is moved on the punching press platform of the second punching machine 9b, the second punching machine 9b processes the second mold 93, when the product on the first mold 92 after processing is completed, the first mold 92 is moved again to Expect platform 91, blanking device 7 grabs the product that completes the process on the first mold 92, and the first processed product completes feeding, and first Processed product process finishing, when the product on the second mold 93 after processing is completed, the second mold 93 is moved to material loading platform 91, Blanking device 7 grabs the product completed the process on the second mold 93, and the second processed product completes feeding, the second processed product Process finishing, after the first processed product and the second converted products equal process finishing, production is finished.

On the basis of the above, as shown in figure 11, the bead cutter 8 includes adjustable copying apparatus 81, and described be adjusted is leaned on Mold device 81 includes pedestal, lateral on the pedestal to be provided with the first pattern sliding rail, slides and matches on the first pattern sliding rail Conjunction has two pieces in parallel or what is be staggered is transversely mounted plate, and described be transversely mounted on plate is fixed with locating piece, and two pieces are transversely mounted Plate passes through transmission mechanism respectively and connect with driving motor, under the driving of the driving motor, described two pieces be transversely mounted plate can Longitudinal second pattern sliding rail that is provided with is gone back along the first pattern sliding rail relative motion, on the pedestal, second pattern is sliding It is sliding combined with two blocks of longitudinally mounted plates that are parallel or being staggered on rail, is provided with locating piece on the longitudinally mounted plate, two The longitudinally mounted plate of block passes through transmission mechanism respectively and connect with driving motor, and under the driving of the driving motor, described two pieces vertical To mounting plate can along the second pattern sliding rail relative motion, by the distance between adjusting longitudinally mounted plate or being transversely mounted plate, To adjust the distance between locating piece to use the processed product of different size.

Furthermore in this application, the bead cutter 8 is equipped with four sets of cutters 82, processing easy to produce.

As shown in Figure 6 and Figure 7, in this application, the conveying device includes pedestal, the first transmission chain mechanism, the second biography Chain mechanism and carrier chain are sent, the carrier chain includes the first chain 101 and the second chain 102, is fixed on the pedestal In the installation and the mounting plate that mounting plate, the first transmission chain mechanism and the second transmission chain mechanism are fixed.

As shown in Figure 6 and Figure 7, the middle of the base is provided with the first fixed plate 112 and the second fixed plate 113, and described One fixed plate 112 and the second fixed plate 113 are also disposed on the mounting plate.

As shown in Figure 6 and Figure 7, the first transmission chain mechanism includes the first driving member 103, the flower of first motor 104, first Key 110, described first spline, 110 one end are rotatably assorted with the first fixed plate 112, and the other end is connect with the first motor 104, The first motor 104 is matched on first driving member 103 with the rotation of the first sprocket wheel 105 for driving the rotation of the first spline 110 It closes, first sprocket wheel 105 and the engagement of the first chain 101, first spline 110 and the 105 middle part spline of the first sprocket wheel Connection, with the rotation of the first spline 110, the first spline 110 drives the first sprocket wheel 105 to rotate, to drive the first chain Item 101 moves.

As shown in Figure 6 and Figure 7, the second transmission chain mechanism includes the second driving member 106, the second motor 107, second flower Key 111, described second spline, 111 one end are rotatably assorted with the second fixed plate 113, and the other end is connect with second motor 107, Second motor 107 is matched on second driving member 106 with the rotation of the second sprocket wheel 108 for driving the rotation of the second spline 111 It closes, second sprocket wheel 108 and the engagement of the second chain 102, second spline 111 and the 108 middle part spline of the second sprocket wheel Connection, with the rotation of the second spline 111, the second spline 111 drives the second sprocket wheel 108 to rotate, to drive the second chain Item 102 moves.

In addition, first motor 104 and the second motor 107 are moved synchronously by electrically keeping, the first chain thereby may be ensured that Item and the movement of the second chain syn-chro-step.

The application passes through first motor 104 and by being provided with the first motor 104 and the second motor 107 of separate type Two motors 107 respectively drive the first chain 101 and the second chain 102 is moved, and are driven and are respectively driven by two motors of setting Two chain operations allow to select two lower-powered motors, therefore consumption is also relatively small, and equipment is operating abnormally When can separate be overhauled, significantly reduce security risk.

In existing plastics sucking moulding production equipment, chain length is usually shorter, and the application due to that need to meet pair simultaneously Two sets of products added, therefore chain length is longer, if the conveying mechanism of transmission is needed by a motor driven chain rotation Heavy-duty motor is selected, when equipment is abnormal, security risk is larger, and the application is driven by setting there are two motor It is dynamic, consumption is significantly reduced, and effectively reduce the intensity requirement to driving mechanism, reduces security risk.

In addition, the application is additionally provided with multiple width adjustment mechanisms 109, as shown in fig. 7,103 He of the first driving member Second driving member 106 is connect with same width adjustment mechanism 109, and the width adjustment mechanism 109 is for adjusting the first driving member 103 and second the distance between the driving member 106, in addition, as shown in fig. 6, the width adjustment mechanism 109 is also respectively arranged in institute State the first feeding centering preheating integrated device 1, the second feeding centering preheating integrated device 2, the first main heating device 3, the Each junction between two main heating devices 4, the first molding machine 5, the second molding machine 6 and blanking device 7, each width tune Section 109 two sides of mechanism pass through driving member and connect with first chain 101 and second chain 102, pass through width adjusting The distance of the first chain 101 and the second chain 102 is adjusted in mechanism 109, and in this application, the width adjustment mechanism 109 is wrapped Lead screw and motor are included, the motor can be servo motor, the ordinary motor with encoder or other counting devices, the lead screw Two sides are provided with opposite screw thread, the bottom of first driving member 103 and the second driving member 106 respectively with the lead screw two sides It is threadedly coupled, the lead screw is connected to motor, and the lead screw can be in the counterclockwise direction or square clockwise under the drive of the motor To rotating, achieve the purpose that adjust distance between the first driving member 103 and the second driving member 106, be passed by adjusting first The distance between moving part 103 and the second driving member 106, so as to change between the first chain 101 and the second chain 102 away from From.

There are two feeding centerings to preheat integrated device for the application setting, can carry out simultaneously to two different products Material and preheating, setting can be arranged different heating temperatures to two different products simultaneously there are two main heating device and carry out Heating, there are two molding machines to form simultaneously to two different products for setting, while being arranged can be right there are two punching machine Two products are punched out, and above-mentioned each device is conveyed by same conveying mechanism, allows the application at one The different product of two kinds of machined parameters of simultaneous processing in producing line.In addition, feeding centering preheats integrated device for centering body 12 It is set to after feed mechanism 11 and elevating mechanism 14, step in plate feeding pair can be realized in a framework, contract The short stroke of manipulator, optimizes structure, saves space and cost, the application is integrated with feeding area and preheating on the rack Area eliminates individual preheating device, considerably reduces sky so that the application can preheat plate while feeding Between.In addition, centering structure cooperates hydraulic elevator platform, realize while to multi-sheets centering, then the direct sucking plate of manipulator Material is simultaneously placed on transmission device, is effectively reduced the stroke of manipulator.In addition, the application is driven by the motor of two separation Dynamic chain operation, reduces the demand to driving mechanism intensity, reduces security risk.In addition, bead cutter 8 be provided with it is adjustable Copying apparatus do not need replacement copying apparatus, dramatically save so that a copying apparatus can place different products Production time.

Particular embodiments described above has carried out into one the purpose of this utility model, technical scheme and beneficial effects Step is described in detail, it should be understood that being not limited to this foregoing is merely specific embodiment of the utility model Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap Containing being within the protection scope of the utility model.

Claims (10)

1. pair gallbladder presses suction molding machine parallel, it is characterised in that: including the first feeding centering preheating one set gradually Device (1), the second feeding centering preheating integrated device (2), the first main heating device (3), the second main heating device (4), the One molding machine (5), the second molding machine (6), blanking device (7), bead cutter (8) and the first punching machine (9a) side by side and the second punching Bed (9b), further includes conveying device, the conveying device includes carrier chain, and the carrier chain is set in turn in the first feeding centering Preheat integrated device (1), the second feeding centering preheats integrated device (2), the first main heating device (3), the second main heating In device (4), the first molding machine (5), the second molding machine (6) and blanking device (7), the blanking device (7) is used for will It grabs by the first molding machine (5) and/or the second molding machine (6) molding product on bead cutter (8), the blanking device (7) It is also used to grab the product on bead cutter (8) to the first punching machine (9a) and/or the second punching machine (9b), the blanking device (7) It is also used to grab the product by the first punching machine (9a) and/or the second punching machine (9b).

2. double gallbladders as described in claim 1 press suction molding machine parallel, it is characterised in that: the first feeding centering pre-add Hot integrated device (1) and the second feeding centering preheating integrated device (2) structure are consistent, the first main heating device (3) and Second main heating device (4) structure is consistent.

3. double gallbladders as claimed in claim 1 or 2 press suction molding machine parallel, it is characterised in that: the first feeding centering Preheating integrated device (1) includes rack, and the rack is transversely disposed with feeding area and preheating zone, in the feeding area It is provided with feed mechanism (11), centering body (12) and material fetching mechanism (13), the feed mechanism (11) is set to the machine Frame bottom, feed mechanism (11) end are provided with elevating mechanism (14), and the centering body (12) is set to the lifting The end of mechanism (14) ascent direction, elevating mechanism (14) top are provided with the material fetching mechanism (13), the reclaimer Structure (13) can be moved laterally and vertically, and the material fetching mechanism (13) is provided in the preheating zone for grabbing material Preheating mechanism (15), the preheating mechanism (15) are located at the lower section of the material fetching mechanism (13), and the carrier chain is set to described On preheating mechanism (15).

4. gallbladders as claimed in claim 3 double press suction molding machine parallel, it is characterised in that: the centering body (12) includes Two horizontal slide rails (121) and two longitudinal slide rails (122), the horizontal slide rail (121) are set between the longitudinal slide rail, The horizontal slide rail (121) can be slided along the longitudinal slide rail, and horizontal slide rail (121) both ends are also sliding combined with positioning plate (123), the positioning plate (123) can be slided along the horizontal slide rail (121).

5. double gallbladders as claimed in claim 1 or 2 press suction molding machine parallel, it is characterised in that: the first main heating dress Setting (3) includes heating watt mounting plate (31) and several heating watts (32), and the heating watt (32) and heating watt mounting plate (31) are even It connects, the heating watt (32) is located above the heating watt mounting plate (31), heating watt mounting plate (31) the upper surface setting There is the reflecting plate with salient point (33).

6. gallbladders as described in claim 1 double press suction molding machine parallel, it is characterised in that: the blanking device (7) includes Blanking track (71), sets gradually that there are three cutting agency (72) on the blanking track (71).

7. double gallbladders as described in claim 1 press suction molding machine parallel, it is characterised in that: the bead cutter (8) includes cutting Knife (82) and adjustable copying apparatus (81), the adjustable copying apparatus (81) include can be two pieces of lateral upper relative motion It is transversely mounted plate and can be respectively arranged in two blocks of longitudinally mounted plates of longitudinally opposed movement, described two be transversely mounted on plate Parallel and opposite locating piece is respectively arranged with parallel and opposite two on the two longitudinally mounted plate and is transversely mounted plate.

8. gallbladders as described in claim 1 double press suction molding machine parallel, it is characterised in that: first punching machine (9a) and the It is provided with material loading platform (91) among two punching machines (9b), first punching machine (9a) further includes the first punching press platform (91a) and the One mold (92), second punching machine (9b) further include the second punching press platform (91b) and the second mold (93), first mold (92) it can be moved on the first punching press platform (91a) and material loading platform (91), second mold (93) can be described It is moved on two punching press platforms (91b) and material loading platform (91), first mold (92) and the second mold (93) are produced for placing Product.

9. double gallbladders as described in claim 1 press suction molding machine parallel, it is characterised in that: the conveying device includes bottom Seat, the first transmission chain mechanism, the second transmission chain mechanism and carrier chain, the carrier chain include the first chain (101) and the second chain Item (102), the first transmission chain mechanism and the second transmission chain mechanism are set on the pedestal, the first transmission chain mechanism Including the first driving member (103) and first motor (104), be provided on first driving member (103) the first sprocket wheel (105) and First chain (101), first sprocket wheel (105) and first chain (101) engagement, the first motor (104) are used for The first sprocket wheel (105) are driven to rotate, the second transmission chain mechanism includes the second driving member (106) and the second motor (107), institute State the second sprocket wheel (108) and the second chain (102) being provided on the second driving member (106), second sprocket wheel (108) and institute The second chain (102) engagement is stated, second motor (107) is for driving the second sprocket wheel (108) rotation, first sprocket wheel (105) it keeps moving synchronously with second sprocket wheel (108).

10. double gallbladders as claimed in claim 9 press suction molding machine parallel, it is characterised in that: first driving member (103) It is connect with the second driving member (106) with same width adjustment mechanism (109), the width adjustment mechanism (109) is for adjusting the The distance between one driving member (103) and the second driving member (106), between first chain (101) and the second chain (102) It is additionally provided with along longitudinal direction multiple width adjustment mechanisms (109), the width adjustment mechanism (109) is located at first feeding Centering preheats integrated device (1), the second feeding centering preheating integrated device (2), the first main heating device (3), the second master Each junction between heating device (4), the first molding machine (5), the second molding machine (6) and blanking device (7).