CN101704285A - Difunctional compressor - Google Patents
Difunctional compressor Download PDFInfo
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- CN101704285A CN101704285A CN200910153870A CN200910153870A CN101704285A CN 101704285 A CN101704285 A CN 101704285A CN 200910153870 A CN200910153870 A CN 200910153870A CN 200910153870 A CN200910153870 A CN 200910153870A CN 101704285 A CN101704285 A CN 101704285A
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- demoulding
- sliding panel
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Abstract
The invention discloses a difunctional compressor comprising a main rack, a demoulding rack and a sliding panel, wherein the demoulding rack and the main rack are arranged side by side, and the sliding panel horizontally slides between the main rack and the demoulding rack; a middle seat which can move up and down is movably arranged in the main rack, the upper part of the middle seat is provided with a first guide rail matched with the sliding panel, and the lower part of the middle seat is connected with a hydraulic drive assembly driving the middle seat to move up and down; the top of the main rack above the middle seat is fixedly provided with at least three upper locking assemblies used for locking a patrix, and an upper demoulding assembly used for demoulding is arranged between every two upper locking assemblies; the upper part of the demoulding rack is fixedly provided with a second guide rail matched with the sliding panel and a drive assembly driving the sliding panel; the sliding panel is provided with a demoulding through hole and is fixedly provided with at least three lower locking assemblies used for locking a counterdie; and a lower demoulding assembly which demoulds by matching with the mould on the sliding panel via the demoulding through hole is fixed in the demoulding rack.
Description
Technical field
The present invention relates to the rubber product technical field, the specifically a kind of Difunctional compressor that can realize the automation pre-molding and the finished product demoulding.
Background technology
The traditional equipment pre-molding and the finished product demoulding are to finish with two machines, and clamping mould that also will be repeatedly in the use, and during the demoulding, finished product rests on patrix, can't the demoulding.As patent of invention hydraulic ejection machine; the patent No. 94225236.5 discloses a kind of device that adopts hydraulic transmission technology to make ingot mould foundry goods and mould separating; it comprises mould emptier and hydraulic transmission control system; hydraulic transmission control system provides pressure oil and controls the demoulding to ingot stripper; the cylinder body inside of mould emptier is upper and lower oil cylinder, oil cylinder piston and piston rod; the lower end of piston rod is a working head, and the outside of cylinder body is provided with suspension ring, hanger and suspension type mould suspension hook.Using this device can be easily with the ingot mould demoulding.The present invention is simple and reasonable, and flexible operation can alleviate labor intensity of operating personnel, enhance productivity.
Summary of the invention
Technical problem to be solved by this invention is at above-mentioned prior art present situation, and provide a kind of Difunctional compressor that pre-molding can be used for the finished product demoulding that can be used for, this Difunctional compressor is rational in infrastructure, simple to operate, has realized automation mechanized operation, has improved operating efficiency greatly.
The present invention solves the problems of the technologies described above the technical scheme that is adopted: Difunctional compressor comprises mainframe, and the demoulding frame that is arranged side by side of mainframe and sliding panel that can horizontal slip between mainframe and demoulding frame; Be movably set with a middle seat that can move up and down in mainframe, middle seat top is shaped on first guide rail that cooperates described sliding panel, and the bottom of middle seat is connected with and drives its hydraulic-driven assembly that moves up and down; Mainframe top above middle seat be set with at least three be used to lock patrix on latch assembly, on each, fixedly install between the latch assembly be useful on the demoulding on demoulding assembly; Be set with second guide rail that cooperates described sliding panel and the driven unit that drives sliding panel at demoulding upper rack; Be shaped on demoulding through hole on the described sliding panel and be set with at least three following latch assemblies that are used to lock counterdie, in demoulding frame, be fixed with the bottom knockout assembly that cooperates the demoulding by demoulding through hole with the mould on the sliding panel.
For optimizing technique scheme, the measure of taking also comprises:
Above-mentioned middle seat is provided with the first correcting plate that matches with the sliding panel both sides respectively, and the upper end of the first correcting plate is fixed with the main frame pressing plate, constitutes described first guide rail between the two first correcting plates; Be shaped on groove on the first correcting plate, be fixed with first fixed wheel that matches with the sliding panel side in the groove, be combined with first roller in the bottom of sliding panel both sides, first roller is by being bolted to the inboard of the first correcting plate.
The first above-mentioned correcting plate is provided with through hole, and described middle seat both sides are fixed with first bolt that matches with through hole, and the diameter of through hole is greater than the diameter of first bolt, and the first correcting plate is close to middle seat side by nut and is movably arranged on the described bolt; The seat and the junction surface of the first correcting plate in described, be shaped on rectangular groove respectively, the one long key that has the tooth mouth is arranged in the rectangular groove, match with the middle seat and the first correcting plate, end at long key is connected with hydraulic package, the long key of hydraulic package pulling, tooth mouth make the first correcting plate and middle relative locking of side plate.
Be fixed with the second correcting plate that matches with the sliding panel both sides respectively in above-mentioned demoulding frame; second correcting plate upper end is fixed with demoulding pressing plate; constitute described second guide rail between the two second correcting plates; on the second correcting plate, be shaped on groove, be fixed with second fixed wheel that matches with the sliding panel side in the groove.
The driven unit of above-mentioned sliding panel comprises connecting base bearing and the brake gear motor that is fixed on demoulding upper rack; the brake gear motor meshes by the power transmission shaft in chain wheel set and the connecting base bearing; on power transmission shaft, be fixed with gear, be shaped on the teeth groove that is meshed with gear in the bottom surface of described sliding panel.
On above-mentioned demoulding frame, be fixed with roller mount, be provided with the roller that matches with the sliding panel bottom in the roller mount.
Above-mentioned last latch assembly comprises first hydraulic cylinder that is fixed on the mainframe top and first locking pin that is arranged on first hydraulic cylinder piston rod; Describedly go up that demoulding assembly comprises the last liquid parting cylinder pressure that is fixed on the mainframe top and by first knockout pin of last demoulding Driven by Hydraulic Cylinder, described first knockout pin vertically is arranged on the center of latch assembly on each.
Above-mentioned following latch assembly all comprises second hydraulic cylinder that is fixed on the sliding panel and second locking pin that is arranged on second hydraulic cylinder piston rod; Described bottom knockout assembly comprises the bottom knockout hydraulic cylinder that is fixed in the demoulding frame and by second knockout pin of bottom knockout Driven by Hydraulic Cylinder, and described second knockout pin can pass demoulding through hole and match with mould on the sliding panel.
First locking pin of above-mentioned last latch assembly is inclined upwardly, and first locking pin of latch assembly faces toward same center on each; Second locking pin of described latch assembly down is downward-sloping, and second locking pin of latch assembly faces toward same center under each.
Above-mentioned demoulding through hole is positioned at each center of latch assembly down, is shaped on the keyway of jig at the upper surface of sliding panel.
Compared with prior art, Difunctional compressor of the present invention is realized pre-molding and the finished product demoulding one machine operation; Adopt mould and sliding panel key connecting mode, the taper pin oil cylinder clamping of last latch assembly and following latch assembly is directly finished pre-molding; In the equipment course of action, rise, when descending, be chosen in the long key of centre position pull respectively and finish the interlocking action; Up to the pre-molding or the finished product demoulding, whole process is all finished automatically by oil hydraulic system, and no matter finished product rests on patrix or counterdie during the demoulding, and this equipment can adopt two cover modes to finish demoulding action, demoulding stable action and simple and direct.Because this equipment is that the demoulding and pre-molding are the equipment of one, and is less demanding to pressure, placement mould card is very broad, so this equipment is suitable for the mould wide range.The master cylinder of hydraulic-driven assembly adopts the abdomen moving type difference structure, has increased the die sinking pulling force; The last liquid parting cylinder pressure of last demoulding assembly and the bottom knockout hydraulic cylinder of bottom knockout assembly adopt the abdomen moving type structure equally, be convenient to the piston return after finishing the demoulding, and the oil inlet and outlet bore are all smaller, are beneficial to the smoothness of the control demoulding.
Description of drawings
Fig. 1 is the structural representation of the embodiment of the invention;
Fig. 2 is the perspective view of mainframe among Fig. 1;
Fig. 3 is the front view of Fig. 2;
Fig. 4 is the A place partial enlarged view among Fig. 3;
The left view of Fig. 5 Fig. 3;
Fig. 6 is that B-B among Fig. 5 is to local portion view;
Fig. 7 is that C-C among Fig. 5 is to partial sectional view;
Fig. 8 is the D place partial enlarged view among Fig. 6;
Fig. 9 is the front view of demoulding frame among Fig. 1;
Figure 10 is the left view of Fig. 9.
The specific embodiment
Below in conjunction with accompanying drawing embodiments of the invention are described in further detail.
Fig. 1 is to Figure 10 shows that structural representation of the present invention.
Reference numeral wherein is: mainframe 1; top 1a; demoulding frame 2; sliding panel 3; teeth groove 3a; middle seat 4; hydraulic-driven assembly 5; last latch assembly 6; the first hydraulic cylinder 6a; the first locking pin 6b; last demoulding assembly 7; last liquid parting cylinder pressure 7a; demoulding through hole 8; following latch assembly 9; the second hydraulic cylinder 9a; the second locking pin 9b; bottom knockout assembly 10; bottom knockout hydraulic cylinder 10a; the first correcting plate 11; first fixed wheel 12; first roller 13; long key 14; hydraulic package 15; the second correcting plate 16; second fixed wheel 17; connecting base bearing 18; brake gear motor 19; chain wheel set 20; power transmission shaft 21; gear 22; roller mount 23; roller 24; main frame pressing plate 25; demoulding pressing plate 26; decide piece 27 down.
As shown in Figure 1, Difunctional compressor of the present invention comprises mainframe 1, and the demoulding frame 2 that is arranged side by side of mainframe 1 and sliding panel 3 that can horizontal slip between mainframe 1 and demoulding frame 2.
As Fig. 2, Fig. 3 and shown in Figure 5, mainframe 1 adopts gantry frame formula structure, and its framework adopts H shaped steel to replace traditional other plate structure, when not influencing tensile strength, has solved the defective of board heaviness.
Be movably set with a middle seat 4 that can move up and down in mainframe 1, middle seat 4 tops are shaped on first guide rail that cooperates described sliding panel 3, and the bottom of middle seat 4 is connected with and drives its hydraulic-driven assembly 5 that moves up and down.Hydraulic-driven assembly 5 comprises at least three hydraulic cylinders, and the piston rod upper end of hydraulic cylinder is connected with the bottom of middle seat, moves up and down in mainframe 1 by seat 4 in the Driven by Hydraulic Cylinder.
The mainframe 1 top 1a above the middle seat 4 be set with at least three be used to lock patrix on latch assembly 6, on each, fixedly install between the latch assembly 6 be useful on the demoulding on demoulding assembly 7; The last latch assembly 6 of present embodiment is four, and quadrangularly is arranged and is provided with.Latch assembly 6 comprises first hydraulic cylinder 6a that is fixed on mainframe 1 top 1a and the first locking pin 6b that is arranged on the first hydraulic cylinder 6a piston rod on each.First locking pin 6b of latch assembly 6 is inclined upwardly and facing to same center, drives the first locking pin 6b automated exchanged cutter mould by the first hydraulic cylinder 6a on each.
Two sides at middle seat 4 are movably set with the first correcting plate 11 that matches with sliding panel 3 both sides respectively.The upper end of the first correcting plate 11 is fixed with and constitutes described first guide rail between 25, two first correcting plates 11 of main frame pressing plate, and sliding panel 3 can horizontal slip between two first correcting plates 11.The first correcting plate, 11 places that cooperate in the side with sliding panel 3 are shaped on groove, are fixed with first fixed wheel 12 that matches with sliding panel 3 sides in the groove.Be combined with first roller, 13, the first rollers 13 in the bottom of sliding panel 3 both sides by being bolted to the inboard of the first correcting plate 11, first fixed wheel 12 and first roller 13 both can limit the glide direction of sliding panel 3, can increase its flexibility again.
The first correcting plate 11 is provided with through hole 28, be fixed with first bolt 27 that matches with through hole 28 in middle seat 4 both sides, the diameter of through hole 28 is greater than the diameter of first bolt 27, the first correcting plate 11 is close to middle seat 4 sides by nut and is movably arranged on the described bolt, the first correcting plate 11 can be with respect to the flank movement of middle seat 4 in perpendicular. the junction surface of the seat 4 and first correcting plate 11 in described, be shaped on rectangular groove respectively, the one long key 14 that has the tooth mouth is arranged in the rectangular groove, matching with middle the seat 4 and first correcting plate 11. the end at long key 14 is connected with hydraulic package 15, be shaped on respectively and the corresponding teeth groove of long key 14 tooth mouths in the rectangular groove by hydraulic package 15 long key 14. first correcting plates 11 of pulling and middle seat 4 sides, and relative the staggering of teeth groove of the teeth groove of the first correcting plate 11 and middle seat 4 sides. the long key 14 of hydraulic package 15 pullings makes the first correcting plate 11 and middle seat 4 produce relative motion trend, cooperate first bolt 27 between the first correcting plate 11 and middle seat 4 sides, make the first correcting plate 11 and middle 4 relative locking of side plate.
As Fig. 9 and shown in Figure 10, be set with second guide rail that cooperates described sliding panel 3 and the driven unit that drives sliding panel 3 on demoulding frame 2 tops.Be shaped on demoulding through hole 8 on the sliding panel 3 and be set with at least three following latch assemblies 9 that are used to lock counterdie, in demoulding frame 2, be fixed with the bottom knockout assembly 10 that cooperates the demoulding by demoulding through hole 8 with the mould on the sliding panel 3.
Be fixed with the second correcting plate, 16, the second correcting plates, 16 upper ends of matching with sliding panel 3 both sides respectively in demoulding frame 2 and be fixed with demoulding pressing plate 26.Constitute described second guide rail between the two second correcting plates 16, sliding panel 3 can horizontal slip between two second correcting plates 16.Being shaped on groove, be fixed with second fixed wheel 17 that matches with sliding panel 3 sides at the second correcting plate 16 in the groove with cooperation place, sliding panel 3 side.
The driven unit of sliding panel 3 comprises UCP connecting base bearing 18 and the brake gear motor 19 that is fixed on demoulding frame 2 tops.Be provided with power transmission shaft 21 in the connecting base bearing 18, the power output shaft of brake gear motor 19 is by 21 engagements of the power transmission shaft in chain wheel set 20 and the connecting base bearing 18.On power transmission shaft 21, be fixed with two gears 22, be shaped on the teeth groove 3a that is meshed with gear 22 in the bottom surface of described sliding panel 3.The advance and retreat mould drives double gear 22 transmissions with brake gear motor 19, and decelerator is with three grades of decelerations, thereby has alleviated the load of motor, and the speed speed can be regulated by frequency converter
On demoulding frame 2, be fixed with roller mount 23, be provided with the roller 24 that matches with sliding panel 3 bottoms in the roller mount 23.The roller 24 and second fixed wheel 17 cooperate sliding panel 3 motions, can increase the flexibility of sliding panel 3.
Be shaped on the keyway of installation mold at the upper surface of sliding panel 3.Installation mold is installed earlier and is located with key, and then by last latch assembly 6 and following latch assembly 9 locking modules, convenient and swift.
Difunctional compressor one machine of the present invention just can be realized pre-molding operation and finished product stripping operation.
The main course of action of pre-molding comprises: mould is hung sliding panel 3 on the demoulding frame 2, by the location of the keyway on the sliding panel 3, name down latch assembly 9 with mold-locked; Brake gear motor 19 is transferred to sliding panel 3 on the middle seat 4 in the mainframe 1 by the gear 22 that chain wheel set 20 drives on the power transmission shafts 21; Seat 4 rising matched moulds during hydraulic-driven assembly 5 drives, last latch assembly 6 locking patrixes; Counterdie and sliding panel 3 moved on the demoulding frame 2 after seat 4 moved down in the die sinking; Put into sizing material and finish above-mentioned the action to matched moulds, go up latch assembly 6 then and unclamp, mould moves to demoulding frame 2 sulfuration of hanging oneself away.
The main course of action of the finished product demoulding comprises: mould is hung sliding panel 3 on the demoulding frame 2, by the location of the keyway on the sliding panel 3, name down latch assembly 9 with mold-locked; Brake gear motor 19 drives sliding panel 3 by the gear 22 that chain wheel set 20 drives on the power transmission shaft 21; Middle seat 4 drops to decides piece 27, and sliding panel 3 is transferred on the middle seat 4 of mainframe 1; Middle seat 4 risings one segment distance, long key 14, the first correcting plates 11 of hydraulic package 15 pullings and middle 4 locking; Middle seat 4 rising matched moulds, last latch assembly 6 locking patrixes; Die sinking; hydraulic-driven assembly 5 drop-down counterdies; main frame pressing plate 25 fastens sliding panel 3. when finished product rests on patrix simultaneously, a bit of distance of middle seat 4 declines, last demoulding assembly 7 pushing-off products; move moulds and product to demoulding frame 2; return the pre-molding flow process. when finished product rested on counterdie, counterdie and product moved to demoulding frame 2, and demoulding pressing plate 26 fastens sliding panel 3; the assembly of bottom knockout simultaneously 10 pushing-off products return the pre-molding flow process.
In the Difunctional compressor course of work of the present invention, a plurality of lockings of equipment and interlocking action thereof all are to adopt hydraulic system to finish, and when reducing the intensity of workman's work, have also saved the time of clamping, have improved production efficiency greatly.
Most preferred embodiment of the present invention is illustrated, and various variations or the remodeling made by those of ordinary skills can not depart from the scope of the present invention.
Claims (10)
1. Difunctional compressor is characterized in that: comprise mainframe (1), and the demoulding frame (2) that is arranged side by side of mainframe (1) and sliding panel (3) that can horizontal slip between mainframe (1) and demoulding frame (2); Be movably set with a middle seat (4) that can move up and down in mainframe (1), middle seat (4) top is shaped on first guide rail that cooperates described sliding panel (3), and the bottom of middle seat (4) is connected with and drives its hydraulic-driven assembly (5) that moves up and down; Mainframe (1) top (1a) in middle seat (4) top is set with at least three last latch assemblies (6) that are used to lock patrix, fixedly installs the last demoulding assembly (7) that is useful on the demoulding between latch assembly on each (6); Be set with second guide rail that cooperates described sliding panel (3) and the driven unit that drives sliding panel (3) on demoulding frame (2) top; Be shaped on demoulding through hole (8) on the described sliding panel (3) and be set with at least three following latch assemblies (9) that are used to lock counterdie, in demoulding frame (2), be fixed with the bottom knockout assembly (10) that cooperates the demoulding by demoulding through hole (8) with the mould on the sliding panel (3).
2. Difunctional compressor according to claim 1, it is characterized in that: seat (4) is provided with the first correcting plate (11) that matches with sliding panel (3) both sides respectively in described, the upper end of the first correcting plate (11) is fixed with main frame pressing plate (25), constitutes described first guide rail between the two first correcting plates (11); On the first correcting plate (11), be shaped on groove, be fixed with first fixed wheel (12) that matches with sliding panel (3) side in the groove, bottom in sliding panel (3) both sides is combined with first roller (13), and first roller (13) is by being bolted to the inboard of the first correcting plate (11).
3. Difunctional compressor according to claim 2, it is characterized in that: the described first correcting plate (11) is provided with through hole (28), seat (4) both sides are fixed with first bolt (27) that matches with through hole (28) in described, the diameter of through hole (28) is greater than the diameter of first bolt (27), and the first correcting plate (11) is close to middle seat (4) side by nut and is movably arranged on the described bolt; The junction surface of the seat (4) and the first correcting plate (11) in described, be shaped on rectangular groove respectively, the one long key (14) that has the tooth mouth is arranged in the rectangular groove, match with the middle seat (4) and the first correcting plate (11), end at long key (14) is connected with hydraulic package (15), hydraulic package (15) pulling long key (14), tooth mouth make relative locking of side plate of the first correcting plate (11) and middle (4).
4. Difunctional compressor according to claim 1; it is characterized in that: be fixed with the second correcting plate (16) that matches with sliding panel (3) both sides respectively in demoulding frame (2); the second correcting plate (16) upper end is fixed with demoulding pressing plate (26); constitute described second guide rail between the two second correcting plates (16); on the second correcting plate (16), be shaped on groove, be fixed with second fixed wheel (17) that matches with sliding panel (3) side in the groove.
5. Difunctional compressor according to claim 1; it is characterized in that: the driven unit of described sliding panel (3) comprises connecting base bearing (18) and the brake gear motor (19) that is fixed on demoulding frame (2) top; brake gear motor (19) is by interior power transmission shaft (21) engagement of chain wheel set (20) and connecting base bearing (18); on power transmission shaft (21), be fixed with gear (22), be shaped on the teeth groove (3a) that is meshed with gear (22) in the bottom surface of described sliding panel (3).
6. Difunctional compressor according to claim 5 is characterized in that: be fixed with roller mount (23) on demoulding frame (2), be provided with the roller (24) that matches with sliding panel (3) bottom in the roller mount (23).
7. according to the described Difunctional compressor of the arbitrary claim of claim 1 to 6, it is characterized in that: the described latch assembly (6) of going up comprises first hydraulic cylinder (6a) that is fixed on mainframe (1) top (1a) and is arranged on first locking pin (6b) on first hydraulic cylinder (6a) piston rod; The described demoulding assembly (7) of going up comprises last liquid parting cylinder pressure (7a) that is fixed on mainframe (1) top (1a) and first knockout pin that is driven by last liquid parting cylinder pressure (7a), and described first knockout pin vertically is arranged on the center of latch assembly on each (6).
8. Difunctional compressor according to claim 7 is characterized in that: described down latch assembly (9) all comprises second hydraulic cylinder (9a) that is fixed on the sliding panel (3) and is arranged on second locking pin (9b) on second hydraulic cylinder (9a) piston rod; Described bottom knockout assembly (10) comprises bottom knockout hydraulic cylinder (10a) that is fixed in the demoulding frame (2) and second knockout pin that is driven by bottom knockout hydraulic cylinder (10a), and described second knockout pin can pass demoulding through hole (8) and match with mould on the sliding panel (3).
9. Difunctional compressor according to claim 8 is characterized in that: described first locking pin (6b) of going up latch assembly (6) is inclined upwardly, and first locking pin (6b) of latch assembly (6) faces toward same center on each; Second locking pin (9b) of described latch assembly (9) down is downward-sloping, and second locking pin (9b) of latch assembly (9) faces toward same center under each.
10. Difunctional compressor according to claim 9 is characterized in that: described demoulding through hole (8) is positioned at each center of latch assembly (9) down, is shaped on the keyway of jig at the upper surface of sliding panel (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101538701A CN101704285B (en) | 2009-11-13 | 2009-11-13 | Difunctional compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101538701A CN101704285B (en) | 2009-11-13 | 2009-11-13 | Difunctional compressor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101704285A true CN101704285A (en) | 2010-05-12 |
| CN101704285B CN101704285B (en) | 2011-10-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101538701A Active CN101704285B (en) | 2009-11-13 | 2009-11-13 | Difunctional compressor |
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| Country | Link |
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| CN (1) | CN101704285B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102226113A (en) * | 2011-04-26 | 2011-10-26 | 南京工业大学 | Biomass gasified tar processing system and method |
| CN108971848A (en) * | 2018-04-25 | 2018-12-11 | 江苏博俊工业科技股份有限公司 | The positioning device of automobile tray Full-automatic welding |
-
2009
- 2009-11-13 CN CN2009101538701A patent/CN101704285B/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102226113A (en) * | 2011-04-26 | 2011-10-26 | 南京工业大学 | Biomass gasified tar processing system and method |
| CN108971848A (en) * | 2018-04-25 | 2018-12-11 | 江苏博俊工业科技股份有限公司 | The positioning device of automobile tray Full-automatic welding |
| CN108971848B (en) * | 2018-04-25 | 2023-12-01 | 江苏博俊工业科技股份有限公司 | Positioning device for full-automatic welding of automobile tray |
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| Publication number | Publication date |
|---|---|
| CN101704285B (en) | 2011-10-05 |
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