CN205086277U - Disc mould divides cave processing equipment - Google Patents
Disc mould divides cave processing equipment Download PDFInfo
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- CN205086277U CN205086277U CN201520896924.4U CN201520896924U CN205086277U CN 205086277 U CN205086277 U CN 205086277U CN 201520896924 U CN201520896924 U CN 201520896924U CN 205086277 U CN205086277 U CN 205086277U
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Abstract
The utility model discloses a disc mould divides cave processing equipment belongs to injection mold processing field. The utility model discloses a divide the cave processing equipment, including lower floor's platform, branch cave mechanism, transmission device and blank mechanism, branch cave mechanism lies in the head one end of lower floor's platform, and transmission device is for setting up the lower floor's guide rail on lower floor's platform, and position between lower floor platform middle part and afterbody is fixed by blank mechanism to linked firmly the blank piece in blank mechanism, the position of blank piece is corresponding with lower floor's guide rail, during branch cave mechanism arrived the disc propelling movement of receiving on lower floor's guide rail, the runner stock column on the blank piece is the disc cuts off sent into the packing box. Utilize this minute cave processing equipment to process, 4 processing line ways can produce simultaneously, and the runner stock column cuts off effectually, and the product is packed by categorised moreover, and the adjustment of being convenient for during the equipment has improved machining efficiency and product quality.
Description
Technical field
The utility model relates to mold injection processing technique field, more particularly, relates to a kind of Disc mould point cave process equipment.
Background technology
Along with the development of Tool and Die Technology and the constantly universal of the injection moulding production automation, injection mold must meet the Production requirement of automation.In injection moulding process, after requiring injection moulding to complete, product separates automatically, and with manipulator, product clip is walked.At present, automatic injection has become domestic current techique, but in subsequent processes, still there is the problems such as working (machining) efficiency is low, the removal of cast gate stock column is unclean.
As the disc mould product in Fig. 1, its entirety is disc, and sprue gate is arranged on the center of mould, forms cast gate stock column after parting in the middle part of disk.After casting complete, disk product clip goes out to be placed on processing platform by manipulator, the manual feeding of employee, and removing cast gate stock column, can be artificial shear removal, or artificial hand hammer knocks cast gate stock column and makes it rupture; Or be placed on easy stock-cutter and carry out blank removal, complete injection molding.This processing method not only efficiency is low, and the gate materials post that remains different in size, secondary operations of doing over again after inspection amount is larger, and add be easy to man-hour destroy product, cause percent defective higher, therefore, the processing problems solved after injection moulding becomes a industry large problem urgently to be resolved hurrily.
Through retrieval, in prior art, existing correlation technique is open, as China Patent No.: ZL201220597206.3, authorized announcement date: on June 12nd, 2013, invention and created name is: for the automatic production line of product after injection moulding, which disclose a kind of automatic production line for product after injection moulding, comprising: the water gap cutter forming injecting products for product after injection moulding being cut the mouth of a river; For injecting products being carried out the laminator of pad pasting; And deposit machine for a point cave of independently being deposited by injection moulding acupuncture point by the injecting products after pad pasting; Also comprise: get feeder for the injecting products formed after cutting the mouth of a river is delivered to first of laminator; And deposit second of machine get feeder for the injecting products after pad pasting being delivered to point cave.Water gap cutter, laminator, a point cave are deposited machine and arranged by operation, gets feeder and second by first and get feeder and injecting products is transported to relevant device successively carries out production and processing.
And for example Chinese Patent Application No.: 201510344912.5, the applying date: on June 19th, 2015, this application case discloses a kind of cavity splitting device of injection forming mold, it is arranged at the side of described injection forming mold, for dividing cave by after the product stripping after injection mo(u)lding, comprise bracing frame, moving element, pushing member, divide cave plate and tube connector, described pushing member is under the support of bracing frame, be connected with described point of cave plate by described moving element, move back and forth between a point acupuncture point for the initial position and injection forming mold that are positioned at described injection forming mold side is put for promoting described point cave plate, described point of cave plate is provided with a point cavities, described tube connector is connected with described point of cavities.Although above-mentioned patent formula realizes automatic aperture separation object, can not remove cast gate stock column fast and effectively, still there is the problem that working (machining) efficiency is low, and not have rational control device to Product Precision, the Product mix after processing together, also needs further improvement.
Utility model content
1. the utility model technical problem that will solve
The purpose of this utility model is to overcome the deficiency that in prior art, injection-molded circular disks working (machining) efficiency is low, comprehensive quality is poor, provide a kind of Disc mould point cave process equipment, the technical solution of the utility model, by the matching design of space structure, article 4, processing line can be produced simultaneously, and product is classified packaging, improve working (machining) efficiency and product quality.
2. technical scheme
For achieving the above object, the technical scheme that the utility model provides is:
A kind of Disc mould of the present utility model divides cave process equipment, comprise lower floor's platform, also comprise Fen Xue mechanism, transmission mechanism and material cutting mechanism, described Fen Xue mechanism is positioned at head one end of lower floor's platform, transmission mechanism is the lower floor's guide rail be arranged on lower floor's platform, described material cutting mechanism comprises corner cut cylinder and air cylinder support, described air cylinder support to be fixed in the middle part of lower floor's platform and position between afterbody, described corner cut cylinder is vertically fixed on air cylinder support, be fixed with blank block at the telescopic end of corner cut cylinder, the position of blank block is corresponding with lower floor guide rail; Described Fen Xue mechanism is pushed to the disk received in lower floor's guide rail, through blank block, the cast gate stock column on disk is cut off feeding packing case.
Further improve as the utility model, the platform upper horizontal erection of described lower floor has upper platform, and upper platform is provided with upper strata guide rail; Described material cutting mechanism is divided into the first material cutting mechanism and the second material cutting mechanism, and the first material cutting mechanism is arranged near lower floor's platform medium position coordinating with upper strata guide rail, and the second material cutting mechanism is arranged on lower floor's platform tail end and coordinates with lower floor guide rail.
Further improve as the utility model, described upper platform postmedian both sides are provided with upper strata discharge gate, and the rear of upper strata guide rail is curved to be communicated with upper strata discharge gate; Described lower floor guide rail straight line is arranged.
Further improve as the utility model, head one end of described upper platform is provided with cooling device.
Further improve as the utility model, described blank block is connected with corner cut cylinder by the connecting rod on its top, and the bottom surface of blank block is blank inclined-plane, and the angle of inclination on this blank inclined-plane is 20 ~ 35 °, and opening is towards lower floor's platform tail end.
Further improve as the utility model, described Fen Xue mechanism comprises push pedal and pushes cylinder, and described propelling movement cylinder is arranged along lower floor's guide rail direction, and two pieces of push pedals are perpendicular to lower floor's platform upper surface and be connected with the telescopic end pushing cylinder.
Further improve as the utility model, described Fen Xue mechanism also comprises lifting platform and lift cylinder, described lift cylinder is vertically fixed on lower floor's head platform one end by cylinder supports plate, described lifting platform and lift cylinder are connected, lifting platform is provided with the propelling movement groove coordinated with lower floor guide rail, and described push pedal is passed from the propelling movement groove of lifting platform.
Further improve as the utility model, this equipment also comprises control system, and this control system comprises PLC and magnetic valve, and described PLC is by the cylinder action in solenoid control Fen Xue mechanism and material cutting mechanism.
3. beneficial effect
The technical scheme adopting the utility model to provide, compared with prior art, has following beneficial effect:
(1) a kind of Disc mould of the present utility model divides cave process equipment, blank is utilized to carry out blank processing soon, and the lower surface of blank block is set to the blank inclined-plane that angle of inclination is 20 ~ 35 °, the cast gate stock column of disk is cut off by from the position near root; In addition, there are enough distances between material cutting mechanism and disk placement location for cooling, or cooling device is set, ensure that disk temperature is within the scope of normal temperature when blank, avoids disk to deform, improves the fragility of cast gate stock column simultaneously, be easier to break, the product quality of processing is higher;
(2) a kind of Disc mould of the present utility model divides cave process equipment, utilizes lower floor's platform and upper platform that 4 processing line are spatially separated, and can process simultaneously, substantially increase working (machining) efficiency, saved cost; Disk after processing is classified packaging, makes the product of same Mould Machining be arranged in same packing case, decreases the difference of product piece, to adjust when assembling, makes the product fitness after assembling better, longer service life;
(3) a kind of Disc mould of the present utility model divides cave process equipment, and the cast gate stock column of disk can be cut off by from the position near root, and decrease the difference of product piece, total quality improves, and fitness during assembling is better; And whole process is without the need to manual intervention, automaticity is high, substantially increases working (machining) efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of the disk after the utility model processing;
Fig. 2 is the structural representation of Disc mould of the present utility model point cave process equipment;
Fig. 3 is the installation site schematic diagram of material cutting mechanism in the utility model;
Fig. 4 is the structural representation of blank block in the utility model;
Fig. 5 is the structural representation of lower floor's guide rail in the utility model;
Fig. 6 is the position view of ventilation slot in the utility model.
Label declaration in schematic diagram: 1, lower floor's platform; 2, upper platform; 3, cooling device; 41, lifting platform; 42, push pedal; 43, cylinder is pushed; 44, lift cylinder; 45, cylinder supports plate; 5, disk; 51, cast gate stock column; 61, the first corner cut cylinder; 62, the first air cylinder support; 63, upper strata guide rail; 64, upper strata discharge gate; 71, the first corner cut cylinder; 72, the second air cylinder support; 73, lower floor's guide rail; 731, limiting plate; 732, ventilation slot; 8, blank block; 81, blank inclined-plane; 82, connecting rod.
Detailed description of the invention
For understanding content of the present utility model further, in conjunction with the accompanying drawings and embodiments the utility model is described in detail.
Embodiment 1
Composition graphs 1, Fig. 2 and Fig. 3, a kind of Disc mould of the present embodiment divides cave process equipment, comprise lower floor's platform 1, Fen Xue mechanism, transmission mechanism and material cutting mechanism, described Fen Xue mechanism is positioned at head one end of lower floor's platform 1, the i.e. left side of lower floor's platform 1 in accompanying drawing 2, transmission mechanism is the lower floor's guide rail 73 be arranged on lower floor's platform 1, and in the present embodiment, lower floor's guide rail 73 is two guide rails be parallel to each other, and its tail end extends to the right side tail end of lower floor's platform 1.Material cutting mechanism in the present embodiment comprises corner cut cylinder and air cylinder support, be the second corner cut cylinder 71 and the second air cylinder support 72 specific to the present embodiment, second air cylinder support 72 is fixed on lower floor's platform 1 afterbody, second corner cut cylinder 71 is vertically fixed on the second air cylinder support 72, is fixed with blank block 8 at the telescopic end of the second corner cut cylinder 71.
Composition graphs 4, blank block 8 in the present embodiment is connected with the second corner cut cylinder 71 by the connecting rod 82 on its top, the position of blank block 8 is corresponding with lower floor guide rail 73, the bottom surface of blank block 8 is blank inclined-plane 81, the angle of inclination on this blank inclined-plane 81 is 20 ~ 35 °, and the angle of blank inclined-plane 81 and lower floor's platform 1 is towards lower floor's platform 1 tail end.Common mode is often that the mode by shearing is sheared the cast gate stock column 51 on disk 5 disconnected, be not easy to processing, and the present embodiment utilizes the pressure of blank block 8 to coordinate with blank inclined-plane 81 cuts off cast gate stock column 51, not only increase working (machining) efficiency, and the inclination angle of 20 ~ 35 ° can make cast gate stock column 51 rupture near root position, residual volume is few; Because the Stroke Control of corner cut cylinder is accurate, decline same position applied force is identical, and disk 5 uniformity of not only processing is high, and self can not cause damage to disk 5, improves crudy.Preferably, inclination angle can be set to 25 °.If the inclination angle on blank inclined-plane 81 is greater than 35 °, blank block 8 can be interfered with product on the one hand, causes product surface to damage, and the power of assigned vertical direction is less on the other hand, cuts off weak effect and is even difficult to cut off cast gate stock column 51; If the inclination angle on blank inclined-plane 81 is less than 20 °, then the power being applied to the vertical direction on cast gate stock column 51 is comparatively large and be difficult to make it rupture to side, and larger power is delivered to disk 5 easily to cause to be worn out by pressure in the middle part of disk 5 and splits simultaneously.
Composition graphs 5 and Fig. 6, lower floor's guide rail 73 in the present embodiment is made up of two limiting plates be oppositely arranged 731, the height of limiting plate 731 is lower than the height of disk 5 to be processed, width between limiting plate 731 2mm larger than disk 5 diameter, one end of lower floor's platform 1 head is provided with ventilation slot 732, this ventilation slot 732 is between two limiting plates 731, and the length of ventilation slot 732 is not less than the distance of 3 disk 5 diameters.This ventilation slot 732 can make to communicate with extraneous air bottom disk 5, contributes to disk 5 cooling that firm injection moulding completes, for shearing pouring gate stock column 51 is prepared.
In summary, the present embodiment is pushed to the disk 5 received in lower floor's guide rail 73 by Fen Xue mechanism, sends into packing case packing after blank block 8 cuts off the cast gate stock column 51 on disk 5.More specifically, Fen Xue mechanism wherein comprises push pedal 42 and pushes cylinder 43.Described propelling movement cylinder 43 is arranged along lower floor's guide rail 73 direction, two pieces of push pedals 42 are perpendicular to lower floor's platform 1 upper surface and be connected with the telescopic end pushing cylinder 43, and two pieces of push pedals 42 are corresponding with Liang Tiao lower floor guide rail 73 respectively, ventilation slot 732 can be entered disk 5 is pushed away initial placement position, reserve position for placing injection-molded circular disks 5 next time.
This equipment also comprises control system, and this control system comprises PLC and magnetic valve, and magnetic valve adopts two-position-five-way solenoid valve, and described PLC is by the cylinder action in solenoid control Fen Xue mechanism and material cutting mechanism.Add man-hour, after disk 5 is put down, PLC controls to push cylinder 43 action, expansion link stretches out, push pedal 42 pushes one end distance disk 5 on the right side of lower floor's guide rail 73, and do not have transmitting device due in the middle of lower floor's guide rail 73, disk 5 rests in lower floor's guide rail 73.After the expansion link pushing cylinder 43 is regained, PLC controls the second corner cut cylinder 71 action, and blank block 8 moves down, and 5 also do not arrive blank block 8 lower position owing to starting to add man-hour disk, this process be empty processing.After injection moulding completes next time, manipulator puts down the disk 5 after injection moulding again, and push pedal 42 again action pushes the disk 5 of new injection moulding on the right side of lower floor's guide rail 73, then the distance of disk 5 diameter passed to the right by the disk 5 completed for the first time by second disk 5.Following process repeats said process, and disk 5 can automatic cooling down in this process.When first disk is pushed to below blank block 8, cast gate stock column 51 is cut off in the action that moves down of blank block 8, and is released lower floor's guide rail 73 by the movement of next disk 5, and fall in packing case, the disk 5 in lower floor's guide rail 73 repeats said process one by one.
Owing to there is certain difference between different injection molds, must be there is certain precision difference in the disk 5 that it processes, but the product of same mold injection is positioned on same processing line all the time in the present embodiment, and be loaded into same packing case, improve the uniformity of product, better quality.
Embodiment 2
Composition graphs 2 and Fig. 3, a kind of Disc mould of the present embodiment divides cave process equipment, its basic structure is identical with embodiment 1, its difference is: the inclination angle on the blank inclined-plane 81 in the present embodiment is 30 °, Fen Xue mechanism also comprises lifting platform 41 and lift cylinder 44, described lift cylinder 44 is vertically fixed on lower floor's platform 1 head one end by cylinder supports plate 45, and described lifting platform 41 is connected with lift cylinder 44.Lifting platform 41 is provided with the propelling movement groove coordinated with lower floor guide rail 73, and the cross section structure pushing groove is identical with the cross section structure of lower floor guide rail 73 near lower floor's platform 1 head one end, also has the cell body be communicated with bottom.Described push pedal 42 is passed from the propelling movement groove of lifting platform 41, then lifting platform 41 move up and down non-interference with the side-to-side movement of push pedal 42.
Because field apparatus is more, sometimes manipulator is difficult to drop to setting height, the product stress deformation that release altitude will cause more greatly firm injection moulding to complete, can play effective over effect by lifting platform 41, and mild for injecting products is delivered to lower floor's guide rail 73 position.
In addition, the both sides of the propelling movement groove of lifting platform 41 are provided with laser sensor, and this laser sensor is electrically connected with PLC.When disk 5 is placed on lifting platform 41, laser sensor is delivered to PLC induced signal, then control lift cylinder 44 action, lift cylinder 44 drops to lower floor's platform 1 position, limit switch also can be utilized to limit lift cylinder 44, push the motion rise of cylinder 43.
Embodiment 3
Composition graphs 2 and Fig. 3, a kind of Disc mould of the present embodiment divides cave process equipment, its basic structure is identical with embodiment 2, its difference is: the lower floor's platform 1 upper horizontal erection in the present embodiment has upper platform 2, upper platform 2 is provided with upper strata guide rail 63, upper strata guide rail 63 is identical with the composition structure of lower floor guide rail 73, and upper platform 2 postmedian both sides are provided with upper strata discharge gate 64, and the rear of upper strata guide rail 63 is curved to be communicated with upper strata discharge gate 64.The Discharge outlet of upper strata guide rail 63 and the Discharge outlet of lower floor's guide rail 73 are separated from each other, and make the product dispensation of different Mould Machining in no packing case cleverly, avoid the mixing of different differentiated products.Described material cutting mechanism is divided into the first material cutting mechanism and the second material cutting mechanism, and the first material cutting mechanism is arranged near lower floor's platform 1 medium position and coordinates with upper strata guide rail 63, comprises the first corner cut cylinder 61 and the first air cylinder support 62; Second material cutting mechanism is arranged on lower floor's platform 1 tail end and coordinates with lower floor guide rail 73, i.e. the second corner cut cylinder 71 and the second air cylinder support 72.
In order to enable this equipment once steadily accept 4 disks 5, the height of set upper platform 2 is identical with the height that lifting platform 41 rises to tip position.Use this device, then once can place 4 injection-molded circular disks 5, and 4 guide rails lead to different packing cases respectively, avoid the problem that the Product mix of different difference causes product quality to decline together.Point cave process equipment in the present embodiment is by structural improvement, lifting platform 41, upper platform 2, first material cutting mechanism and the second material cutting mechanism are effectively combined, injection molding and 4 points of cave blank processing line are carried out simultaneously, the present embodiment is distributed by rational space structure makes each inter-agencyly to cooperatively interact, ensure that production process is ruly to carry out, substantially increase working (machining) efficiency, provide cost savings.
Embodiment 4
Composition graphs 2 and Fig. 3, a kind of Disc mould of the present embodiment divides cave process equipment, its basic structure is identical with embodiment 3, its difference is: this enforcement is provided with cooling device 3 in head one end of upper platform 2, this cooling device 3 is primarily of two gas blow pipes and timing controller composition, two gas blow pipes are separately positioned on outside two upper strata guide rails 63, its inflatable mouth alignment disk 5 placement location.Timing controller is electrically connected with PLC, when after air blowing cooling certain hour, automatically stops blowing.Due to the disk 5 in upper platform 2 from placement location to the first material cutting mechanism distance shorter, only have and cooling device 3 is set it just can be made to be reduced to normal temperature scope, otherwise carrying out easily causing the disk 5 cooled not yet completely to be out of shape in excision cast gate stock column 51 process, and disk 5 fragility is now poor, is difficult to once break cast gate stock column 51.And for the disk 5 of lower floor's platform 1, because the second material cutting mechanism is arranged on the tail end of lower floor's platform 1, disk 5 has enough cool times in lower floor's guide rail 73, thus without the need to arranging cooling device.
The present embodiment additionally provides a kind of Disc mould point cave processing method, and its process is:
1) disk 5 of manipulator from injection mold after sucking-off 4 injection mouldings, 4 disks 5 are divided into two row and are placed on lifting platform 41 and upper platform 2 respectively, the lifting platform 41 that PLC controls Disc mould point cave process equipment drops to lower floor's platform 1 position, then cooling device 3 and timing controller start, to disk 5 quenching in upper platform 23 ~ 8 seconds, timing controller resets, and cooling device 3 stops;
2) step 1) complete pusher and to supply gas cylinder 43 action, expansion link promotes push pedal 42 and enters ventilation slot 732 by propelling movement groove, and push pedal 42 is passed the disk 5 in lower floor's platform 1 and upper platform 2 backward, then gets back to initial position;
3) PLC controls the first corner cut cylinder 61 in the first material cutting mechanism and the second corner cut cylinder 71 action in the second material cutting mechanism, and blank block 8 moves downward the cast gate stock column 51 broken in disk 5, then repeat step 1), 2).Be sent to below blank block 8 owing to also there is no disk 5 at initial working stage, blank block 8 can only empty be processed, when accumulating more disk 5 in upper strata guide rail 63 and lower floor's guide rail 73, initial disk 5 is passed and starts blank processing to blank block 8, along with putting into of follow-up injection mold, disk 5 in upper strata guide rail 63 after blank is pushed enters packing case to upper strata discharge gate 64, in like manner, disk 5 after blank in lower floor's guide rail 73 also enters its Special packaging box from lower floor's discharge gate of lower floor's guide rail 73 afterbody, the product classification packaging that different guide rail separates.
The processing method of the present embodiment, a kind of Disc mould point cave process equipment is used to process, the product classification of different mold injection can be packed, the cast gate stock column of disk can be cut off by from the position near root, decrease the difference between product, total quality improves, and fitness during assembling is better; And whole process is without the need to manual intervention, automaticity is high, substantially increases working (machining) efficiency.
Schematically above be described the utility model and embodiment thereof, this description does not have restricted, and also just one of the embodiment of the present utility model shown in accompanying drawing, actual structure is not limited thereto.So, if those of ordinary skill in the art enlightens by it, when not departing from the utility model and creating aim, design the frame mode similar to this technical scheme and embodiment without creationary, protection domain of the present utility model all should be belonged to.
Claims (8)
1. a Disc mould divides cave process equipment, comprise lower floor's platform (1), it is characterized in that: also comprise Fen Xue mechanism, transmission mechanism and material cutting mechanism, described Fen Xue mechanism is positioned at head one end of lower floor's platform (1), transmission mechanism is for being arranged on the lower floor's guide rail (73) on lower floor's platform (1), described material cutting mechanism comprises corner cut cylinder and air cylinder support, described air cylinder support is fixed on position between lower floor's platform (1) middle part and afterbody, described corner cut cylinder is vertically fixed on air cylinder support, blank block (8) is fixed with at the telescopic end of corner cut cylinder, the position of blank block (8) is corresponding with lower floor's guide rail (73), described Fen Xue mechanism is pushed to the disk (5) received in lower floor's guide rail (73), through blank block (8), the cast gate stock column (51) on disk (5) is cut off feeding packing case.
2. a kind of Disc mould according to claim 1 divides cave process equipment, it is characterized in that: platform (1) the upper horizontal erection of described lower floor has upper platform (2), and upper platform (2) is provided with upper strata guide rail (63); Described material cutting mechanism is divided into the first material cutting mechanism and the second material cutting mechanism, first material cutting mechanism is arranged near lower floor's platform (1) medium position and coordinates with upper strata guide rail (63), and the second material cutting mechanism is arranged on lower floor's platform (1) tail end and coordinates with lower floor's guide rail (73).
3. a kind of Disc mould according to claim 2 divides cave process equipment, it is characterized in that: described upper platform (2) postmedian both sides are provided with upper strata discharge gate (64), the rear of upper strata guide rail (63) is curved to be communicated with upper strata discharge gate (64); Described lower floor guide rail (73) straight line is arranged.
4. a kind of Disc mould according to claim 2 divides cave process equipment, it is characterized in that: head one end of described upper platform (2) is provided with cooling device (3).
5. a kind of Disc mould according to claim 1 or 2 or 3 or 4 divides cave process equipment, it is characterized in that: described blank block (8) is connected with corner cut cylinder by the connecting rod (82) on its top, the bottom surface of blank block (8) is blank inclined-plane (81), the angle of inclination on this blank inclined-plane (81) is 20 ~ 35 °, and opening is towards lower floor's platform (1) tail end.
6. a kind of Disc mould according to claim 1 or 2 or 3 or 4 divides cave process equipment, it is characterized in that: described Fen Xue mechanism comprises push pedal (42) and pushes cylinder (43), described propelling movement cylinder (43) is arranged along lower floor's guide rail (73) direction, and two pieces of push pedals (42) are perpendicular to lower floor's platform (1) upper surface and be connected with the telescopic end pushing cylinder (43).
7. a kind of Disc mould according to claim 6 divides cave process equipment, it is characterized in that: described Fen Xue mechanism also comprises lifting platform (41) and lift cylinder (44), described lift cylinder (44) is vertically fixed on lower floor's platform (1) head one end by cylinder supports plate (45), described lifting platform (41) and lift cylinder (44) are connected, lifting platform (41) is provided with the propelling movement groove coordinated with lower floor's guide rail (73), and described push pedal (42) is passed from the propelling movement groove of lifting platform (41).
8. a kind of Disc mould according to claim 7 divides cave process equipment, it is characterized in that: this equipment also comprises control system, this control system comprises PLC and magnetic valve, and described PLC is by the cylinder action in solenoid control Fen Xue mechanism and material cutting mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520896924.4U CN205086277U (en) | 2015-11-11 | 2015-11-11 | Disc mould divides cave processing equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520896924.4U CN205086277U (en) | 2015-11-11 | 2015-11-11 | Disc mould divides cave processing equipment |
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| CN205086277U true CN205086277U (en) | 2016-03-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105235134A (en) * | 2015-11-11 | 2016-01-13 | 马鞍山甬兴模塑有限公司 | Separate-hole processing equipment for circular disc mould and processing method for separate-hole processing equipment |
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2015
- 2015-11-11 CN CN201520896924.4U patent/CN205086277U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105235134A (en) * | 2015-11-11 | 2016-01-13 | 马鞍山甬兴模塑有限公司 | Separate-hole processing equipment for circular disc mould and processing method for separate-hole processing equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160316 Termination date: 20191111 |
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| CF01 | Termination of patent right due to non-payment of annual fee |