CN203316678U - Riser bush production equipment - Google Patents
Riser bush production equipment Download PDFInfo
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- CN203316678U CN203316678U CN2013202056801U CN201320205680U CN203316678U CN 203316678 U CN203316678 U CN 203316678U CN 2013202056801 U CN2013202056801 U CN 2013202056801U CN 201320205680 U CN201320205680 U CN 201320205680U CN 203316678 U CN203316678 U CN 203316678U
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Abstract
The utility model relates to riser bush production equipment. The riser bush production equipment is characterized by comprising a lower base, an upper transverse beam bracket and a rack composed of a plurality of supporting stand columns, wherein the lower base is provided with a lower die supporting mechanism and a stripping plate supporting mechanism; the upper transverse beam bracket is provided with an upper die supporting mechanism; a sand jetting mechanism and an ejection mechanism are mounted below the upper transverse beam bracket; a connection rod is arranged between the sand jetting mechanism and the ejection mechanism; the connection rod is provided with a sand scraping mechanism; a sand storing mechanism, a pressing-down mechanism and a pneumatic sand blowing mechanism are further mounted above the upper transverse beam bracket; the production equipment further comprises an oil cylinder A capable of driving the sand jetting mechanism, the ejection mechanism and the sand scraping mechanism to do a reciprocating motion synchronously. With the adoption of the technical scheme, procedures of die assembly, sand jetting, leveling, compaction and de-molding are finished in sequence through coordinated movement of all the mechanism. Compared with manual molding, the riser bush production equipment has the advantages that the production efficiency is greatly improved, the labor intensity is reduced and the modeling quality of a riser bush is improved; compared with existing machine molding, the riser bush production equipment has the advantages that in-mould heating is eliminated so that the molding time is shortened and the working efficiency is improved.
Description
Technical field
The utility model relates to the riser buss production technical field, particularly a kind of riser buss production equipment.
Background technology
In casting field, riser buss is used for storing the feeding a casting molten metal bath.At present, riser buss adopts artificial model or two kinds of mode moulding of machine molding.Wherein, the artificial model mode has that production efficiency is low, labour intensity is large, and the poor deficiency of Forming Quality.The machine molding mode can be heated mould before die sinking, and riser buss is hardened in type.Owing to there being heating process, so the moulding time is longer, operating efficiency is also lower.
Summary of the invention
The utility model is for solving the technical problem existed in known technology and provide a kind of and improve the rising head Forming Quality, enhance productivity and the riser buss production equipment of decrease labour intensity.
The technical scheme that the utility model is taked for the technical problem existed in the solution known technology is:
A kind of riser buss production equipment is characterized in that: comprise frame, described frame consists of bottom base, entablature support and several support posts of connecting both; Described bottom base is provided with counterdie supporting mechanism and stripping pattern plate supporting mechanism; Described entablature support is provided with the patrix supporting mechanism aligned with the counterdie supporting mechanism; The lower horizontal of described entablature support be slidably fitted be arranged in parallel penetrate sand mechanism and ejecting mechanism, penetrate between sand mechanism and ejecting mechanism and be provided with connecting rod, sand-scraping mechanism is installed on connecting rod; Storage sand mechanism, press mechanism and pneumatic blowing machine structure also are installed above the entablature support; Described press mechanism be positioned at the patrix supporting mechanism directly over, it can alternating action be being penetrated on sand mechanism and ejecting mechanism; Described production equipment also comprises can drive the oil cylinder A that penetrates sand mechanism, ejecting mechanism and the motion of sand-scraping mechanism synchronous reciprocating, and oil cylinder A is suspended in the below of entablature support by cylinder bracket.
The utility model also take the technical scheme taked as:
Described counterdie supporting mechanism comprises lower platform, supports several guide post A of lower platform and the oil cylinder B that drives lower platform to move both vertically; Described oil cylinder B vertically is packed on bottom base; Be fixed with several fairlead A that plug-in mounting coordinates one by one with several guide post A on described bottom base.
Described stripping pattern plate supporting mechanism consists of first half and latter half, and this two halves is arranged symmetrically in the forward and backward two ends of counterdie supporting mechanism; Every half part includes support, and described support is fixedly mounted on bottom base; Several fairlead B are installed on described support, all are fitted with a guide post B in each fairlead B, the upper end of several guide post B is equipped with the stripping pattern plate supporting plate, between support and stripping pattern plate supporting plate, also is provided with oil cylinder C.
Described patrix supporting mechanism comprises four guide post C that are square and arrange, the upper end of four guide post C connects by s crossbeam frame, and the lower end of four guide post C is equipped with bottom plate; Be equipped with on the entablature support with four guide post C and form one by one four fairlead C that plug-in mounting coordinates; Be respectively equipped with an oil cylinder D between the forward and backward two ends of entablature support and s crossbeam frame.
The described sand mechanism of penetrating comprises the first casing, the upper end of the first casing is separately installed with first suspension arm near the position of four corners, first roller is installed on each first suspension arm, both sides at the entablature support are provided with rail groove, and described the first roller is inlaid in the rail groove of respective side; The described sand mechanism of penetrating also comprises the blasting unit be installed in the first casing, and the top and bottom of blasting unit are separately installed with sand cylinder gland and lower end, ，Sha Tong chassis, sand cylinder chassis and are equipped with and penetrate the sand base plate, and described penetrating on the sand base plate is evenly equipped with material path; Be provided with several guide post D that pass the first casing and be connected with sand cylinder chassis outside blasting unit, all be set with the first stage clip on each guide post D, the lower end of the first stage clip is pressed at the bottom of the case of the first casing on inwall, and the upper end of the first stage clip is compressed by the end block piece be fixed on corresponding guide post D.
Described ejecting mechanism comprises the second casing, and the upper end of the second casing is separately installed with second suspension arm near the position of four corners, and second roller is installed on each suspension arm, and described the second roller is inlaid in the rail groove of respective side; Described ejecting mechanism also comprises the several guide post E that are installed in the second casing, and the upper end of several guide post E connects by platen, and the lower end of several guide post E is connected with liftout plate; Several fairlead D that plug-in mounting coordinates one by one with several guide post E are installed on inwall at the bottom of the case of the second casing, all be set with the second stage clip on each guide post E, the lower end of the second stage clip is pressed on by spring pad on the end face of corresponding fairlead D, and the upper end of the second stage clip is compressed by the end block piece be fixed on corresponding guide post E.
Described sand-scraping mechanism comprises bracing frame, and bracing frame is arranged on described connecting rod; Several fairlead E are installed on bracing frame, a guide post F is installed in each fairlead E, the lower end of several guide post F is connected with scraper stent, and scraper plate is installed on scraper stent; Be provided with between bracing frame and scraper stent and drive cylinder A.
Described storage sand mechanism comprises cartridge and shedding mechanism; Described cartridge is fixedly supported on entablature support top, the vertical underlying of its discharging opening; Described shedding mechanism comprises driving cylinder B, drives cylinder B to be arranged on the below of entablature support by air cylinder support; Drive the push rod end of cylinder B that stripper is installed, be provided with dumping pit on stripper; Be provided with spacer between the discharging opening of cartridge and stripper, described spacer is fixed on the entablature support; Guide rail also is installed below the entablature support, and described stripper is inserted in the space of spacer lower surface and the formation of guide rail upper surface.
Described press mechanism comprises oil cylinder E, and oil cylinder E is vertically mounted on the entablature support, and its push rod end is fixed with pressing plate, the central alignment of described pressing plate and patrix supporting mechanism.
Described pneumatic blast mechanism comprises gas tank and wireway, and the air inlet end of described wireway connects gas tank, and the gas outlet end of described wireway is connected with the push rod of oil cylinder E; The push rod of oil cylinder E is hollow stem, and it is communicated with wireway and formed the gas path; Described pressing plate was provided with vent hole.
Advantage and the good effect that the utlity model has are:
The utility model adopts technique scheme, by the routing motion of each mechanism, completes successively matched moulds, penetrates sand, strikes off, the operation of compacting and the demoulding, has realized the machine molding of riser buss.It has increased substantially production efficiency and has reduced labour intensity than existing artificial model, has also improved the molding quality of riser buss simultaneously.It has eliminated heating in type than existing machine molding, thereby has shortened the moulding time and improved operating efficiency.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the right view of Fig. 1;
Fig. 3 is the structural representation of penetrating sand mechanism in Fig. 1;
Fig. 4 is the A-A cutaway view of Fig. 3;
Fig. 5 is the B-B cutaway view of Fig. 3;
Fig. 6 is the structural representation of ejecting mechanism in Fig. 1;
Fig. 7 is the C-C half sectional view of Fig. 6;
Fig. 8 is the structural representation of sand-scraping mechanism in Fig. 1;
Fig. 9 is the D-D cutaway view of Fig. 8;
Figure 10 is the structural representation of storage sand mechanism in Fig. 1.
In figure: 1, frame; 1-1, bottom base; 1-2, entablature support; 1-2-1, rail groove; 1-3, support post; 2, counterdie supporting mechanism; 2-1, lower platform; 2-2, guide post A; 2-3, oil cylinder B; 2-4, fairlead A; 3, stripping pattern plate supporting mechanism; 3-1, support; 3-2, fairlead B; 3-3, guide post B; 3-4, stripping pattern plate supporting plate; 3-5, oil cylinder C; 4, patrix supporting mechanism; 4-1, guide post C; 4-2, s crossbeam frame; 4-3, patrix supporting plate; 4-4, fairlead C; 4-5, oil cylinder D; 5, penetrate sand mechanism; 5-1, the first casing; 5-2, the first suspension arm; 5-3, the first roller; 5-4, blasting unit; 5-5, sand cylinder gland; 5-6, sand cylinder chassis; 5-7, penetrate the sand base plate; 5-8, guide post D; 5-9, the first stage clip; 6, ejecting mechanism; 6-1, the second casing; 6-2, the second suspension arm; 6-3, the second roller; 6-4, guide post E; 6-5, platen; 6-6, liftout plate; 6-7, fairlead D; 6-8, the second stage clip; 7, connecting rod; 8, sand-scraping mechanism; 8-1, bracing frame; 8-2, fairlead E; 8-3, guide post F; 8-4, scraper stent; 8-5, scraper plate; 8-6, driving cylinder A; 9, storage sand mechanism; 9-1, cartridge; 9-2, driving cylinder B; 9-3, air cylinder support; 9-4, stripper; 9-4-1, dumping pit; 9-5, guide rail; 10, press mechanism; 10-1, oil cylinder E; 11, pneumatic blast mechanism; 11-1, gas tank; 11-2, wireway; 12, oil cylinder A; 13, cylinder bracket.
The specific embodiment
For further understanding summary of the invention of the present utility model, Characteristic, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
Refer to Fig. 1-10, a kind of riser buss production equipment, comprise frame 1, and described frame consists of bottom base 1-1, entablature support 1-2 and several support post 1-3 of connecting both.Described bottom base is provided with counterdie supporting mechanism 2 and stripping pattern plate supporting mechanism 3.The counterdie supporting mechanism is used for fixedly counterdie, and can drive counterdie lower mobile in the vertical direction, and the stripping pattern plate supporting mechanism is used for supporting stripping pattern plate, and can drive stripping pattern plate lower movement the in the vertical direction.Described entablature support is provided with the patrix supporting mechanism 4 aligned with the counterdie supporting mechanism.The patrix supporting mechanism is used for fixedly patrix, and can drive vertically motion up and down of patrix.The lower horizontal of described entablature support be slidably fitted be arranged in parallel penetrate sand mechanism 5 and ejecting mechanism 6, penetrate between sand mechanism and ejecting mechanism and be provided with connecting rod 7, sand-scraping mechanism 8 is installed on connecting rod.Storage sand mechanism 9, press mechanism 10 and pneumatic blowing machine structure 11 also are installed above the entablature support.Described press mechanism be positioned at the patrix supporting mechanism directly over, it can alternating action be being penetrated on sand mechanism and ejecting mechanism.Storage sand mechanism is for storing the mixed sand material made, and periodically makes the sand material drop into to penetrate in sand mechanism.Pneumatic blast mechanism will drop into penetrates the in-house sand material of sand and is blown in the die cavity formed by upper and lower mould.Sand-scraping mechanism will drop into the outer sand material of mould and strike off.Ejecting mechanism is used for fixedly squeeze board, realizes the compacting of sand mold.Described production equipment also comprises can drive the oil cylinder A12 that penetrates sand mechanism, ejecting mechanism and the motion of sand-scraping mechanism synchronous reciprocating, and oil cylinder A is suspended in the below of entablature support by cylinder bracket 13.Concrete, the push rod end of oil cylinder A with penetrate sand mechanism and be connected or be connected with ejecting mechanism.
In technique scheme, the following structure of the concrete employing of described counterdie supporting mechanism: comprise lower platform 2-1, support several guide post A2-2 of lower platform and the oil cylinder B2-3 that drives lower platform to move both vertically.Described oil cylinder B vertically is packed on bottom base.Concrete, be provided with several T-shaped mounting grooves on lower platform, by the bolt be installed in T-shaped mounting groove, counterdie is fixed on lower platform.The upper end of several guide post A is screwed and is connected with lower platform, and the push rod end of oil cylinder B is screwed and is connected with lower platform.The quantity of guide post A can adopt four, and these four guide posts are square and are arranged in the position of lower platform near four corners, and oil cylinder B is arranged on the medium position of lower platform.Be fixed with several fairlead A2-4 that plug-in mounting coordinates one by one with several guide post A on described bottom base.
In technique scheme, the following structure of the concrete employing of described stripping pattern plate supporting mechanism: first half and latter half, consist of, this two halves is arranged symmetrically in the forward and backward two ends of counterdie supporting mechanism.Every half part includes support 3-1, and described support is fixedly mounted on bottom base.Several fairlead B3-2 are installed on described support, and concrete, fairlead B plug-in mounting is fixed on support.Be fitted with a guide post B3-3 in each fairlead B, the upper end of several guide post B is equipped with stripping pattern plate supporting plate 3-4, and stripping pattern plate supporting plate and several guide post B are connected by screw.Also be provided with oil cylinder C3-5 between support and stripping pattern plate supporting plate.Concrete, oil cylinder C is packed on support, and its push rod end and stripping pattern plate supporting plate are connected.The quantity of above-mentioned guide post B can adopt two, and its arrangement preferably is located at the arranged on left and right sides of oil cylinder C.
In technique scheme, the following structure of the concrete employing of described patrix supporting mechanism: comprise four guide post C4-1 that are square and arrange.The upper end of four guide post C connects by s crossbeam frame 4-2.The lower end of four guide post C is equipped with patrix supporting plate 4-3.Concrete, the patrix supporting plate consists of first half and latter half, and wherein first half is fixed on two the 3rd guide rods that are positioned at front end, and latter half is fixed on two the 3rd guide rods that are positioned at rear end.In use, patrix is supported and fixed on above-mentioned two halves.Be equipped with on the entablature support with four guide post C and form one by one four fairlead C4-4 that plug-in mounting coordinates.Be respectively equipped with an oil cylinder D4-5 between the forward and backward two ends of entablature support and s crossbeam frame.Concrete, two oil cylinder D all are packed on the entablature support, and the push rod end of oil cylinder all is connected with s crossbeam frame.
In technique scheme, the described following structure of the concrete employing of sand mechanism of penetrating: comprise the first casing 5-1.The upper end of the first casing is separately installed with first a suspension arm 5-2 near the position of four corners, and first a roller 5-3 is installed on each first suspension arm.Be provided with rail groove 1-2-1 in the both sides of entablature support, described the first roller is inlaid in the rail groove of respective side.The described sand mechanism of penetrating also comprises the blasting unit 5-4 be installed in the first casing.The top and bottom of blasting unit are separately installed with sand cylinder gland 5-5 and sand cylinder chassis 5-6, and lower end, sand cylinder chassis is equipped with penetrates sand base plate 5-7, and described penetrating on the sand base plate is evenly equipped with material path.The effect of penetrating the sand base plate is: be on the one hand to hold to be positioned at blasting unit sand material, move to patrix supporting mechanism position while being penetrated sand, the compression cope match-plate pattern when penetrating sand mechanism on the other hand.Be provided with several guide post D5-8 that pass the first casing and be connected with sand cylinder chassis outside blasting unit.All be set with the first stage clip 5-9 on each guide post D, the lower end of the first stage clip is pressed at the bottom of the case of the first casing on inwall, and the upper end of the first stage clip is compressed by the end block piece be fixed on corresponding guide post D.The end block piece can consist of spring capping and a plurality of locking nuts that are tightened on the 4th guide rod.
In technique scheme, the following structure of the concrete employing of described ejecting mechanism: comprise the second casing 6-1.The upper end of the second casing is separately installed with second a suspension arm 6-2 near the position of four corners, and second a roller 6-3 is installed on each second suspension arm, and described the second roller is inlaid in the rail groove of respective side.Described ejecting mechanism also comprises the several guide post E6-4 that are installed on the second casing, and the upper end of several guide post E connects by platen 6-5, and the lower end of several guide post E is connected with liftout plate 6-6.Liftout plate is used for fixedly squeeze board.Several fairlead D6-7 that plug-in mounting coordinates one by one with several guide post E are installed on inwall at the bottom of the case of the second casing.All be set with the second stage clip 6-8 on each guide post E.The lower end of the second stage clip is pressed on by spring pad on the end face of corresponding fairlead D, and the upper end of the second stage clip is compressed by the end block piece be fixed on corresponding guide post E.The end block piece can consist of spring capping and a plurality of locking nuts that are tightened on the 5th guide rod.
In technique scheme, the following structure of the concrete employing of described sand-scraping mechanism: comprise bracing frame 8-1, bracing frame is arranged on described connecting rod 7.Several fairlead E8-2 are installed on bracing frame, a guide post F8-3 all is installed in each fairlead E, the lower end of guide post F is connected with scraper stent 8-4, and scraper plate 8-5 is installed on scraper stent.Be provided with between bracing frame and scraper stent and drive cylinder A8-6.Concrete, drive cylinder A to be packed on bracing frame, its push rod end and scraper stent are connected.
In above-mentioned technical method, the following structure of the concrete employing of described storage sand mechanism: comprise cartridge 9-1 and shedding mechanism.Described cartridge is fixedly supported on entablature support top, the vertical underlying of its discharging opening.Described shedding mechanism comprises driving cylinder B9-2, drives cylinder B to be arranged on the below of entablature support by air cylinder support 9-3.Drive the push rod end of cylinder B that stripper 9-4 is installed, be provided with dumping pit 9-4-1 on stripper.Be provided with spacer between the discharging opening of blasting unit and stripper, described spacer is fixed on the entablature support.Guide rail 9-5 also is installed below the entablature support, and described stripper is inserted in the space of spacer lower surface and the formation of guide rail upper surface.Stripper is clamped between guide rail and spacer, avoided stripper to deflect in the reciprocating motion process, thereby guaranteed on the one hand at cartridge during to the blasting unit knockout, dumping pit on stripper aligns with the discharging opening of top cartridge and the charging aperture of below blasting unit all the time, thereby reduced the outer of sand material, falls; Within the time period of blanking not, the discharging opening of cartridge is lived in the stripper block on the other hand.
In technique scheme, the following structure of the concrete employing of described press mechanism: comprise oil cylinder E10-1, oil cylinder E is vertically mounted on the entablature support, and its push rod end is fixed with pressing plate (not marking in figure), the central alignment of described pressing plate and patrix supporting mechanism.
In technique scheme, the following structure of the concrete employing of described pneumatic blast mechanism: comprise gas tank 11-1 and wireway 11-2.The air inlet end of described wireway connects gas tank, and the upper end of the gas outlet end of described wireway and the push rod of down pressing oil cylinder is connected.The push rod of oil cylinder E is hollow stem, and it is communicated with wireway and formed the gas path.Described pressing plate was provided with vent hole.
Operation principle of the present utility model:
1, will mix the sand material made is encased in cartridge; Drive cylinder B to drive the stripper motion, dumping pit on stripper and the discharging opening of cartridge are aligned; Under the weight effect, the sand material is entered in blasting unit by cartridge.
2, oil cylinder B action, promote to move on lower platform and counterdie, and the counterdie die passes the stamping die plate and drives stripping pattern plate and moves up.Simultaneously, oil cylinder D action, drive patrix supporting plate and patrix and move down, and with counterdie, stripping pattern plate, completes mould assembling action.
3, oil cylinder A action, promote to penetrate sand mechanism and move to the mould top along rail groove; Then oil cylinder E action, the pressing plate of its push rod end is pressed on the upper end of sand cylinder gland, promotes blasting unit and moves down, and makes to penetrate sand base plate and patrix and compresses; Then the compressed air in gas tank enters in blasting unit by the push rod inner chamber of wireway, oil cylinder E and the vent hole of crossing on pressing plate, and the sand material is blown into to mould, completes and penetrates the sand operation.
4, oil cylinder E counteragent, under the effect of several the first stage clips, penetrate the sand base plate and lift; Then oil cylinder A counteragent, drive is penetrated sand mechanism, sand-scraping mechanism and ejecting mechanism synchronous backward and is moved, simultaneously, drive cylinder A action, drive scraper plate and move down certain distance, when scraper plate passes through patrix, the unnecessary sand material that exposes is struck off, in the time of directly over ejecting mechanism moves to mould, oil cylinder A stops action; Then oil cylinder E moves again, and the pressing plate of its push rod end compresses on the platen of guide post E upper end, promotes liftout plate and moves down certain distance, and liftout plate drives squeeze board by the sand mold compacting in mould.
5, the oil cylinder C of both sides moves simultaneously, and the stripping pattern plate supporting plate is moved to the stripping pattern plate position, holds stripping pattern plate; Then oil cylinder B counteragent, drive counterdie and move down certain distance, completes counterdie and remove mould.
6, the oil cylinder C of both sides while counteragent, drive the stripping pattern plate supporting plate and move down, and stripping pattern plate is displaced downwardly to certain position with the stripping pattern plate supporting plate under the effect of gravity.
7, place bake plate on stripping pattern plate, the then oil cylinder C of both sides action again simultaneously, drive on stripping pattern plate, bake plate and move to and the patrix contact position.
8, squeeze board is motionless, and oil cylinder D counteragent drives on patrix and moves 2-5mm, makes sand mold and patrix break away from and fall within on bake plate.
9, the oil cylinder C of both sides counteragent again simultaneously, driving the stripping pattern plate supporting plate moves down, stripping pattern plate, bake plate, sand mold to being displaced downwardly to sand mold fully lower than patrix, have so far completed the moulding production of riser buss thereupon, will in bake plate and sand mold immigration baking box, toast and get final product subsequently.
10, each mechanism resets, and starts next working cycles.
Above-mentioned production equipment, except being applicable to manufacture riser buss, also is applicable to the manufacturing of core.
Claims (10)
1. a riser buss production equipment is characterized in that: comprise frame, described frame consists of bottom base, entablature support and several support posts of connecting both; Described bottom base is provided with counterdie supporting mechanism and stripping pattern plate supporting mechanism; Described entablature support is provided with the patrix supporting mechanism aligned with the counterdie supporting mechanism; The lower horizontal of described entablature support be slidably fitted be arranged in parallel penetrate sand mechanism and ejecting mechanism, penetrate between sand mechanism and ejecting mechanism and be provided with connecting rod, sand-scraping mechanism is installed on connecting rod; Storage sand mechanism, press mechanism and pneumatic blowing machine structure also are installed above the entablature support; Described press mechanism be positioned at the patrix supporting mechanism directly over, it can alternating action be being penetrated on sand mechanism and ejecting mechanism; Described production equipment also comprises can drive the oil cylinder A that penetrates sand mechanism, ejecting mechanism and the motion of sand-scraping mechanism synchronous reciprocating, and oil cylinder A is suspended in the below of entablature support by cylinder bracket.
2. riser buss production equipment according to claim 1 is characterized in that: described counterdie supporting mechanism comprises lower platform, supports several guide post A of lower platform and the oil cylinder B that drives lower platform to move both vertically; Described oil cylinder B vertically is packed on bottom base; Be fixed with several fairlead A that plug-in mounting coordinates one by one with several guide post A on described bottom base.
3. riser buss production equipment according to claim 1, it is characterized in that: described stripping pattern plate supporting mechanism consists of first half and latter half, and this two halves is arranged symmetrically in the forward and backward two ends of counterdie supporting mechanism; Every half part includes support, and described support is fixedly mounted on bottom base; Several fairlead B are installed on described support, all are fitted with a guide post B in each fairlead B, the upper end of several guide post B is equipped with the stripping pattern plate supporting plate, between support and stripping pattern plate supporting plate, also is provided with oil cylinder C.
4. riser buss production equipment according to claim 1 is characterized in that: described patrix supporting mechanism comprises four guide post C that are square and arrange, the upper end of four guide post C connects by s crossbeam frame, and the lower end of four guide post C is equipped with bottom plate; Be equipped with on the entablature support with four guide post C and form one by one four fairlead C that plug-in mounting coordinates; Be respectively equipped with an oil cylinder D between the forward and backward two ends of entablature support and s crossbeam frame.
5. riser buss production equipment according to claim 1, it is characterized in that: the described sand mechanism of penetrating comprises the first casing, the upper end of the first casing is separately installed with first suspension arm near the position of four corners, first roller is installed on each first suspension arm, both sides at the entablature support are provided with rail groove, and described the first roller is inlaid in the rail groove of respective side; The described sand mechanism of penetrating also comprises the blasting unit be installed in the first casing, and the top and bottom of blasting unit are separately installed with sand cylinder gland and lower end, ，Sha Tong chassis, sand cylinder chassis and are equipped with and penetrate the sand base plate, and described penetrating on the sand base plate is evenly equipped with material path; Be provided with several guide post D that pass the first casing and be connected with sand cylinder chassis outside blasting unit, all be set with the first stage clip on each guide post D, the lower end of the first stage clip is pressed at the bottom of the case of the first casing on inwall, and the upper end of the first stage clip is compressed by the end block piece be fixed on corresponding guide post D.
6. riser buss production equipment according to claim 5, it is characterized in that: described ejecting mechanism comprises the second casing, the upper end of the second casing is separately installed with second suspension arm near the position of four corners, second roller is installed on each suspension arm, and described the second roller is inlaid in the rail groove of respective side; Described ejecting mechanism also comprises the several guide post E that are installed in the second casing, and the upper end of several guide post E connects by platen, and the lower end of several guide post E is connected with liftout plate; Several fairlead D that plug-in mounting coordinates one by one with several guide post E are installed on inwall at the bottom of the case of the second casing, all be set with the second stage clip on each guide post E, the lower end of the second stage clip is pressed on by spring pad on the end face of corresponding fairlead D, and the upper end of the second stage clip is compressed by the end block piece be fixed on corresponding guide post E.
7. riser buss production equipment according to claim 1, it is characterized in that: described sand-scraping mechanism comprises bracing frame, bracing frame is arranged on described connecting rod; Several fairlead E are installed on bracing frame, a guide post F is installed in each fairlead E, the lower end of several guide post F is connected with scraper stent, and scraper plate is installed on scraper stent; Be provided with between bracing frame and scraper stent and drive cylinder A.
8. riser buss production equipment according to claim 1 is characterized in that: described storage sand mechanism comprises cartridge and shedding mechanism; Described cartridge is fixedly supported on entablature support top, the vertical underlying of its discharging opening; Described shedding mechanism comprises driving cylinder B, drives cylinder B to be arranged on the below of entablature support by air cylinder support; Drive the push rod end of cylinder B that stripper is installed, be provided with dumping pit on stripper; Be provided with spacer between the discharging opening of cartridge and stripper, described spacer is fixed on the entablature support; Guide rail also is installed below the entablature support, and described stripper is inserted in the space of spacer lower surface and the formation of guide rail upper surface.
9. riser buss production equipment according to claim 1, it is characterized in that: described press mechanism comprises oil cylinder E, and oil cylinder E is vertically mounted on the entablature support, and its push rod end is fixed with pressing plate, the central alignment of described pressing plate and patrix supporting mechanism.
10. riser buss production equipment according to claim 9 is characterized in that: described pneumatic blast mechanism comprises gas tank and wireway, and the air inlet end of described wireway connects gas tank, and the gas outlet end of described wireway is connected with the push rod of oil cylinder E; The push rod of oil cylinder E is hollow stem, and it is communicated with wireway and formed the gas path; Described pressing plate was provided with vent hole.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202056801U CN203316678U (en) | 2013-04-22 | 2013-04-22 | Riser bush production equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202056801U CN203316678U (en) | 2013-04-22 | 2013-04-22 | Riser bush production equipment |
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| CN203316678U true CN203316678U (en) | 2013-12-04 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192028A (en) * | 2013-04-22 | 2013-07-10 | 天津凯星科技有限公司 | Riser bush production equipment |
| CN104226927A (en) * | 2014-09-30 | 2014-12-24 | 黑龙江北鸥卫浴用品有限公司 | Core shooting machine of hot core box |
| CN104226927B (en) * | 2014-09-30 | 2017-01-04 | 黑龙江北鸥卫浴用品有限公司 | Hot box shoot core machine |
| CN108339950A (en) * | 2018-04-11 | 2018-07-31 | 无锡福兰德科技有限公司 | A kind of mobile sand shooting mechanism |
| CN117884585A (en) * | 2024-02-29 | 2024-04-16 | 三明市南益机械设备有限公司 | Casting sand box for casting production |
-
2013
- 2013-04-22 CN CN2013202056801U patent/CN203316678U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192028A (en) * | 2013-04-22 | 2013-07-10 | 天津凯星科技有限公司 | Riser bush production equipment |
| CN103192028B (en) * | 2013-04-22 | 2015-06-24 | 天津凯星科技有限公司 | Riser bush production equipment |
| CN104226927A (en) * | 2014-09-30 | 2014-12-24 | 黑龙江北鸥卫浴用品有限公司 | Core shooting machine of hot core box |
| CN104226927B (en) * | 2014-09-30 | 2017-01-04 | 黑龙江北鸥卫浴用品有限公司 | Hot box shoot core machine |
| CN108339950A (en) * | 2018-04-11 | 2018-07-31 | 无锡福兰德科技有限公司 | A kind of mobile sand shooting mechanism |
| CN117884585A (en) * | 2024-02-29 | 2024-04-16 | 三明市南益机械设备有限公司 | Casting sand box for casting production |
| CN117884585B (en) * | 2024-02-29 | 2024-06-11 | 三明市南益机械设备有限公司 | Casting sand box for casting production |
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