CN105174693A - Multi-group single-drop double-mold-forming rotary individual section machine - Google Patents
Multi-group single-drop double-mold-forming rotary individual section machine Download PDFInfo
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- CN105174693A CN105174693A CN201510549720.8A CN201510549720A CN105174693A CN 105174693 A CN105174693 A CN 105174693A CN 201510549720 A CN201510549720 A CN 201510549720A CN 105174693 A CN105174693 A CN 105174693A
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- 238000007493 shaping process Methods 0.000 claims description 31
- 238000001816 cooling Methods 0.000 claims description 16
- 239000000725 suspension Substances 0.000 claims description 13
- 230000007306 turnover Effects 0.000 claims description 12
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- 238000007664 blowing Methods 0.000 claims description 6
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- 238000000465 moulding Methods 0.000 abstract description 17
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- 239000011521 glass Substances 0.000 abstract description 12
- 238000004519 manufacturing process Methods 0.000 abstract description 10
- 238000012423 maintenance Methods 0.000 abstract description 7
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- 235000013405 beer Nutrition 0.000 description 1
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Abstract
The present invention discloses a multi-group single-drop double-mold-forming rotary individual section machine, and relates to the field of glass bottle production individual section machine. The individual section machine comprises a main rack, wherein 2-10 groups of servo rotation disk mechanisms are arranged on the main rack, the top portions of the servo rotation disk mechanisms are provided with molding side upper rotation disk mechanisms, the top portions of each group of the molding side upper rotation disk mechanism are respectively provided with an oil gas sliding ring assembly, the main rack is further provided with a single drop material flowing system, an electronic bottle pushing conveying belt, 2-10 groups of rotation bottle supporting mechanisms, servo bottle clamping mechanisms and primary molding side box assemblies, and the molding side upper rotation disk mechanisms, the oil gas sliding ring assemblies, the rotation bottle supporting mechanisms, the servo bottle clamping mechanisms and the primary molding side box assemblies are corresponding in an one-to-one manner. According to the present invention, the formed mold can be completely and rapidly cooled based on different glass molding processes, the application range is wide, the whole structure is compact, the gas, the oil and the electricity are intensively supplied, the installation and the maintenance are convenient, the equipment failure rate is low, the installation space is compact, the molding time is short, the production efficiency is high, and the material falling position is accurate.
Description
Technical field
The present invention relates to the Mechanism of I. S. Machine field of vitreous bottle producing, be specifically related to a kind of many groups single two one-tenth mould rotary type Mechanism of I. S. Machine.
Background technology
In vitreous bottle producing industry, vitreous bottle producing is a kind of equipment frit after fusing being shaped to various glass bottle and jar (such as glass wine bottle, glass scent flask, glass beer on draft kettle, glass pot etc.).
Existing Mechanism of I. S. Machine comprises mainframe part, pre-profiling mould part, hydraulic turnover mechanism, pneumatic tongs bottle part.The framework of pre-profiling mould part is connected with rack chassis by platter; Hydraulic turnover mechanism is installed in pre-profiling mould frame segment frame aperture; Pneumatic tongs bottle is installed on pre-profiling mould part frame side.
Existing numerical control bottle-making machine comprises rack section, parison mo(u)ld part, shaping mould part, rotates distribution electric slip ring and pneumatic tongs bottle part.The base plate of parison mo(u)ld part is all connected with rack chassis with the support of shaping mould part; Rotate in the center stand column between upper lower rotary table that distribution electric slip ring is installed on shaping mould, pneumatic tongs bottle part is installed in center stand column.
When existing Mechanism of I. S. Machine and the work of numerical control bottle-making machine, there is following defect:
(1) for different glass moulding process, existing Mechanism of I. S. Machine cannot carry out cooling fully fast to the vial of different moulding process, and the scope of application is more single.
(2) existing numerical control bottle-making machine is independently separate unit structure, and bottle-making machine carries out in production scene splicing and installing, and setting accuracy is poor, and installation period is longer, is difficult to the accuracy ensureing blanking position.
(3) the rotation distribution electric slip ring of existing numerical control bottle-making machine be installed on shaping mould part upper lower rotary table between center stand column on, maintenance difficulty is comparatively large, is not easy to people and uses.
(4) existing Mechanism of I. S. Machine adopts the mode of the corresponding a set of Cheng Mo of a set of blank mould, and the time needed for glass ware forming is longer, and production efficiency is lower, cannot meet High-efficient Production pattern.
(5) existing numerical control bottle-making machine adopts pneumatic tongs bottle, and the stable gas pressure of pneumatic tongs bottle is poor, and response speed is slower.
Summary of the invention
For the defect existed in prior art, the object of the present invention is to provide a kind of many groups single two one-tenth mould rotary type Mechanism of I. S. Machine.The present invention can carry out cooling fully fast for different glass moulding process to one-tenth mould, and the scope of application is relatively more extensive, not only compact integral structure, central gas supply oil electricity, installation and maintenance are convenient, and equipment failure rate is low, and installing space is compact, molding time is short, and production efficiency is high, and blanking position is accurate.
For reaching above object, many groups single provided by the invention two one-tenth mould rotary type Mechanism of I. S. Machine, comprises mainframe; Mainframe is provided with 2 ~ 10 groups of servo rotating disk mechanisms, the top of servo rotating disk mechanism is provided with shaping side top rotary table mechanism, and the top of every composing type side top rotary table mechanism is provided with oil gas slip ring assembly; Described mainframe is also provided with single flow system, electronics bottle moving conveying belt, 2 ~ 10 groups of rotation Fu Ping mechanisms, 2 ~ 10 groups of servo clip bottle mechanisms and 2 ~ 10 groups of first type side box body assemblies; Described servo rotating disk mechanism, shaping side top rotary table mechanism, oil gas slip ring assembly, rotation Fu Ping mechanism, servo clip bottle mechanism and first type side box body assembly one_to_one corresponding.
On the basis of technique scheme, described mainframe comprises rack chassis, and its top is fixed with left column and right column, and the top of left column is fixed with left post, the top of right column is fixed with right post, is fixed with crossbeam between the top of left post and the top of right post; The sidewall of left column is fixed with left socle, and the sidewall of right column is fixed with right support, is fixed with distributor box between left socle and right support.
On the basis of technique scheme, described just type side box body assembly comprises framework, and be provided with platter bottom it, platter be provided with blank mould on-off mechanism, the bottom of platter and the rack chassis of mainframe are fixed; The top of framework is fixed with single blank mould clamp mechanism, single funnel mechanism, Dan Di first blow mechanism and servo turnover mechanism, the support of servo turnover mechanism is fixed with single positive inflatable body; Have framework pressure aperture blowing in framework, framework pressure aperture blowing internal fixtion has single quick-change press-and-blow mechanism; Frame facet is fixed with electrical equipment clack box.
On the basis of technique scheme, described servo rotating disk mechanism comprises servo support, and the bottom of servo support and the rack chassis of mainframe are fixed, and the top of servo support is provided with revolving support; Revolving support comprises inner ring and outer ring, and inner ring and servo support are fixed, and the top of outer ring is fixed with lower rotary table; Servo support is also provided with rotating disk servomotor and rotating disk step-down gear, rotating disk servomotor and rotating disk step-down gear are fixed, and the output shaft of rotating disk step-down gear is engaged with revolving support by driving gear; Rotating disk servomotor can drive driving gear drives revolving support intermittent rotary calibration to rotate by rotating disk step-down gear.
On the basis of technique scheme, described shaping side top rotary table mechanism comprises top rotary table, and the bottom of top rotary table and the lower rotary table of servo rotating disk mechanism are fixed, and are provided with for pinpoint locating shaft between top rotary table and lower rotary table; Top rotary table is arranged two cover switching cylinder assemblies, often overlap switching cylinder assembly and include the hinge seat, switching cylinder and the axle bed that are positioned at top rotary table respective screw hole; The axle of axle bed is fixed with hub splines by pilot hole, the axle of hinge seat is fixed with hinge by pilot hole; Switching cylinder is all connected with pan with hub splines, and have splined shaft by spline joint in hub splines, the end winding support of splined shaft has left and right rocking arm;
The top of described top rotary table is provided with the vertical cooling body of single, 2 cover and becomes mould holder with 2, the axle of each one-tenth mould holder is fixed with single by pilot hole and becomes mould to embrace pincers, single become mould embrace pincers be connected with left and right rocking arm with small rod by long pin shaft.
On the basis of technique scheme, described oil gas slip ring assembly comprises oil gas slip ring, and oil gas slip ring is fixed on the one-tenth mould holder top of shaping side top rotary table mechanism by oil gas slip ring web plate; The top of described oil gas slip ring is provided with fixing tracheae, and the top of fixing tracheae is provided with fixed support, and the distributor box of support bracket fastened one end and mainframe is fixed.
On the basis of technique scheme, described servo clip bottle mechanism comprises base, the bottom of base and the rack chassis of mainframe are fixed, top is provided with lifting screw, one end of lifting screw is fixed by lifting nut and base, the other end and bevel gear component are fixed, and the outer cover of lifting screw has lifting shaft; The top of lifting shaft is provided with pincers bottle rack, pincers bottle rack is provided with pincers bottle step-down gear and pincers bottle servomotor, and pincers bottle step-down gear and pincers bottle servomotor are fixed, and the output shaft of pincers bottle step-down gear are provided with single pincers bottle fixture.
On the basis of technique scheme, described rotation Fu Ping mechanism comprises the mounting plate of the pincers bottle step-down gear side being fixed on servo clip bottle mechanism, the top of mounting plate is provided with compound upper and lower air cylinders, the cylinder axis of compound upper and lower air cylinders is provided with rotation and holds up a bottle web plate, rotation is held up and bottle is provided with anti-rotation guide rod between web plate and mounting plate, one end of anti-rotation guide rod holds up a bottle web plate to fix by screw thread and rotation, and the dowel hole of the other end and mounting plate is fixed; Rotate and hold up the bottom of bottle web plate to be provided with rotary cylinder and hold up a bottle plate, rotate and hold up bottle web plate to be connected with holding up a bottle plate by rotary cylinder, hold up bottle plate being provided with single holding up a bottle axle.
On the basis of technique scheme, described list drips that flow system comprises servo distributor, straight trough support, turns to groove suspension bracket, straight hopper, turn to groove and turn to channel regulator; The below of servo distributor is fixed with splicing groove; Part corresponding to splicing groove below the crossbeam that straight trough support is fixed on mainframe, turns to groove suspension bracket to be fixed on the crossbeam side of mainframe; Straight hopper one end and straight trough support are fixed, the other end with turn to groove suspension bracket to fix; Turn to channel regulator to be fixed on the distributor box of mainframe, turn to one end of groove with turn to groove suspension bracket to fix, the other end with turn to channel regulator to fix.
On the basis of technique scheme, described servo rotating disk mechanism, shaping side top rotary table mechanism, oil gas slip ring assembly, rotate Fu Ping mechanism, the quantity of servo clip bottle mechanism and first type side box body assembly is 6 groups.
Compared with prior art, the invention has the advantages that:
(1) when the present invention's many groups list drips two one-tenth mould rotary type Mechanism of I. S. Machine work; cooling air enters just type side box body assembly by the rack chassis of mainframe and cools blank mould, and cooling air is entered single vertical cooling body cooled one-tenth mould by rack chassis, servo support, revolving support, lower rotary table, top rotary table successively simultaneously.Newly-increased list drips vertical cooling body can carry out cooling fully fast for different glass moulding process to one-tenth mould, and the scope of application is more extensive.
(2) mainframe of the present invention adopts overall construction design mode; relatively independent each assembly (shaping side top rotary table mechanism, oil gas slip ring assembly, rotate Fu Ping mechanism, servo clip bottle mechanism and first type side box body assembly) is installed on respectively the overall many groups single of composition on mainframe two become mould rotary type Mechanism of I. S. Machine; there is compact integral structure; central gas supply oil electricity; the benefits such as installation and maintenance are convenient, and equipment failure rate is low.
(3) shaping side top rotary table mechanism of the present invention adopts two moulding machine structure (two single, covers become mould to embrace pincers assembly) to carry out corresponding a set of blank mould, and then makes installing space compact, and molding time is short, and production efficiency is high.
(4) list of the present invention drips flow system and adopts integral design scheme, and single flow system can be installed on complete machine, so make to install fast, regulate more convenient, blanking position is accurate.
(5), when bottle institution staff is held up in rotation of the present invention, rotate and hold up bottle cylinder 90-degree rotation to hold up single a bottle axle to be threaded to above working position, the cylinder axis of compound upper and lower air cylinders moves down holds up bottle axle to insert in bottleneck by single, and last shaping mould is opened.Owing to adopting the multiple and effect of two cylinders to make to hold up bottle axle to insert in bottleneck, therefore, it is possible to prevent vial overturning when Cheng Mo opens, safer.
(6) oil gas slip ring assembly of the present invention comprises oil gas slip ring, and oil gas slip ring is fixed on the one-tenth mould holder top of shaping side top rotary table mechanism by web plate.It is convenient that the mounting means of oil gas slip ring outside brings to maintenance.
(7) just type side box body assembly adopts electrical equipment clack box and servo turnover mechanism, and electrical equipment clack box and servo turnover mechanism can improve pneumatic control precision and upset precision.
(8) the rotating disk servomotor of servo rotating disk mechanism of the present invention can drive the structure of driving gear drives revolving support intermittent rotary calibration by rotating disk step-down gear, and then can bring and accurately can realize two station calibration at 360 degree.
(9) compared with pneumatic tongs bottle of the prior art, the action response of servo clip bottle mechanism of the present invention is very fast, and running and comparing is stablized, and can not only be applicable to the mode of production of high machine speed, and altitude mixture control is more convenient.
Accompanying drawing explanation
Fig. 1 is the structural representation at many groups single two one-tenth mould rotary type Mechanism of I. S. Machine first visual angle in the embodiment of the present invention;
Fig. 2 is the structural representation at many groups single two one-tenth mould rotary type Mechanism of I. S. Machine second visual angle in the embodiment of the present invention;
Fig. 3 is the structural representation at many groups single two one-tenth mould rotary type Mechanism of I. S. Machine the 3rd visual angle in the embodiment of the present invention;
Fig. 4 is the structural representation of mainframe in the embodiment of the present invention;
Fig. 5 a is the front view of just type side box body assembly in the embodiment of the present invention;
Fig. 5 b is the vertical view of just type side box body assembly in the embodiment of the present invention;
Fig. 6 a is the front view of servo rotating disk mechanism in the embodiment of the present invention;
Fig. 6 b is the vertical view of servo rotating disk mechanism in the embodiment of the present invention;
Fig. 7 a is the front view of shaping side top rotary table mechanism in the embodiment of the present invention;
Fig. 7 b is the front view of the switching cylinder assembly of shaping side top rotary table mechanism in the embodiment of the present invention;
Fig. 7 c is the orthographic plan of shaping side top rotary table mechanism in the embodiment of the present invention;
Fig. 7 d is the sectional view in AA direction in Fig. 7 c;
Fig. 8 a is the structural representation at servo clip bottle mechanism first visual angle in the embodiment of the present invention;
Fig. 8 b is the structural representation at servo clip bottle mechanism second visual angle in the embodiment of the present invention;
Fig. 9 is the structural representation of single flow system in the embodiment of the present invention;
Figure 10 is the structural representation of oil gas slip ring assembly in the embodiment of the present invention;
Figure 11 is the structural representation rotating Fu Ping mechanism in the embodiment of the present invention.
In figure: 1-mainframe, the left post of 1a-, 1b-left socle, 1c-left column, 1d-crossbeam, 1e-distributor box, the right post of 1f-, 1g-right support, 1h-right column, 1i-rack chassis;
2-mono-flow system, 2a-servo distributor, 2b-turns to groove suspension bracket, 2c-splicing groove, 2d-straight trough support, the straight hopper of 2e-, and 2f-turns to groove, and 2g-turns to channel regulator;
3-oil gas slip ring assembly, 3a-fixed support, 3b-fixes tracheae, 3c-oil gas slip ring, 3d-oil gas slip ring web plate;
4-rotates Fu Ping mechanism, 4a-compound upper and lower air cylinders, 4b-anti-rotation guide rod, 4c-rotary cylinder, and 4d-holds up a bottle plate, and 4e-mono-holds up a bottle axle, 4f-mounting plate, and 4g-rotates and holds up a bottle web plate;
5-servo clip bottle mechanism, 5a-mono-clamps bottle fixture, 5b-lifting shaft, 5c-lifting screw, 5d-lifting nut, 5e-base, and 5f-clamps bottle servomotor, and 5g-clamps bottle step-down gear, and 5h-clamps bottle rack, 5i-bevel gear component;
6-is type side box body assembly just, 6a-servo turnover mechanism, 6b-mono-blank mould clamp mechanism, 6c-mono-quick-change press-and-blow mechanism, 6d-blank mould on-off mechanism, the positive inflatable body of 6e-mono-, 6f-framework, 6g-platter, 6h-mono-funnel mechanism, 6i-electrical equipment clack box, 6j-Dan Di first blow mechanism;
The shaping side top rotary table mechanism of 7-, 7a-mono-becomes mould to embrace pincers, the vertical cooling body of 7b-mono-, 7c-top rotary table, 7d-locating shaft, 7e-connecting rod, 7f-bearing pin, 7g-switching cylinder, 7h-air cylinder connecting rod, 7i-hub splines, 7j-axle bed, 7k-hinge, 7l-hinge seat, about 7m-rocking arm, 7n-becomes mould holder, 7o-splined shaft, 7p-small rod, 7q-long pin shaft, 7r clamps axle protective cradle;
8-servo rotating disk mechanism, 8a-lower rotary table, 8b-revolving support, 8c-servo support, 8d-rotating disk servomotor, 8e-driving gear, 8f-rotating disk step-down gear;
9-electronics bottle moving conveying belt.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.
Shown in Figure 1, many groups in the embodiment of the present invention single two one-tenth mould rotary type Mechanism of I. S. Machine, comprises mainframe 1; Shown in Figure 2, mainframe 1 is provided with 2 ~ 10 groups of servo rotating disk mechanisms 8, the top of servo rotating disk mechanism 8 is provided with shaping side top rotary table mechanism 7, and the top of every composing type side top rotary table mechanism 7 is provided with oil gas slip ring assembly 3.Shown in Fig. 2 and Fig. 3, mainframe 1 is also provided with single flow system 2, electronics bottle moving conveying belt 9,2 ~ 10 groups rotates Fu Ping mechanism 4,2 ~ 10 groups of servo clip bottle mechanisms 5 and 2 ~ 10 groups of first type side box body assemblies 6.
Servo rotating disk mechanism 8, shaping side top rotary table mechanism 7, oil gas slip ring assembly 3, rotate Fu Ping mechanism 4, servo clip bottle mechanism 5 and first type side box body assembly 6 one_to_one corresponding, servo rotating disk mechanism 8 in the present embodiment, shaping side top rotary table mechanism 7, oil gas slip ring assembly 3, rotate Fu Ping mechanism 4, the quantity of servo clip bottle mechanism 5 and first type side box body assembly 6 is 6 groups.
Shown in Figure 4, mainframe 1 comprises rack chassis 1i, its top has been bolted left column 1c and right column 1h, the top of left column 1c has been bolted left post 1a, the top of right column 1h has been bolted right post 1f, has been bolted crossbeam 1d between the top of left post 1a and the top of right post 1f.The sidewall of left column 1c has been bolted left socle 1b, and the sidewall of right column 1h has been bolted right support 1g, has been bolted distributor box 1e between left socle 1b and right support 1g.
Mainframe 1 adopts overall construction design mode; by relatively independent 2 ~ 10 groups of servo rotating disk mechanisms 8, shaping side top rotary table mechanism 7, oil gas slip ring assembly 3, rotate Fu Ping mechanism 4, servo clip bottle mechanism 5 and just type side box body assembly 6 be installed on respectively the overall many groups single of composition on mainframe 1 two become mould rotary type Mechanism of I. S. Machine; there is compact integral structure; central gas supply oil electricity; the benefits such as installation and maintenance are convenient, and equipment failure rate is low.
Shown in Fig. 5 a and Fig. 5 b, first type side box body assembly 6 comprises framework 6f, is provided with platter 6g bottom it, platter 6g is provided with blank mould on-off mechanism 6d, and the bottom of platter 6g is fixed by the rack chassis 1i of bolt and mainframe 1.The top of framework 6f has been bolted single blank mould clamp mechanism 6b, single funnel mechanism 6h, Dan Di first blow mechanism 6j and servo turnover mechanism 6a, the support of servo turnover mechanism 6a is fixed with single positive inflatable body 6e.Have framework pressure aperture blowing in framework 6f, framework pressure aperture blowing internal fixtion has single quick-change press-and-blow mechanism 6c; The side of framework 6f has been bolted electrical equipment clack box 6i, and electrical equipment clack box 6i and servo turnover mechanism 6a can improve pneumatic control precision and upset precision.
Shown in Fig. 6 a and Fig. 6 b, servo rotating disk mechanism 8 comprises servo support 8c, and the bottom of servo support 8c is fixed by the rack chassis 1i of bolt and mainframe 1; The top of servo support 8c is provided with revolving support 8b, and revolving support 8b comprises inner ring and outer ring, and inner ring is fixed by bolt and servo support 8c, and the top of outer ring has been bolted lower rotary table 8a.Servo support 8c is also provided with rotating disk servomotor 8d and rotating disk step-down gear 8f, rotating disk servomotor 8d is fixed by bolt and rotating disk step-down gear 8f, and the output shaft of rotating disk step-down gear 8f is engaged with revolving support 8b by driving gear 8e.Rotating disk servomotor 8d can drive driving gear 8e to drive revolving support 8b intermittent rotary calibration to rotate by rotating disk step-down gear 8f, and then can bring and accurately can realize two station calibration at 360 degree.
Shown in Fig. 7 a, shaping side top rotary table mechanism 7 comprises top rotary table 7c, and the bottom of top rotary table 7c is fixed by the lower rotary table 8a of bolt and servo rotating disk mechanism 8, is provided with for pinpoint locating shaft 7d between top rotary table 7c and lower rotary table 8a.Shown in Fig. 7 b, top rotary table 7c is arranged two cover switching cylinder assemblies, often overlap switching cylinder assembly and include the hinge seat 7l, switching cylinder 7g and the axle bed 7j that are positioned at top rotary table 7c respective screw hole; The axle of axle bed 7j is fixed with hub splines 7i by pilot hole, the axle of hinge seat 7l is fixed with hinge 7k by pilot hole.Shown in Fig. 7 b, 7c and 7d, switching cylinder 7g and hub splines 7i are all connected with pan by connecting rod 7e, bearing pin 7f, and have splined shaft 7o by spline joint in hub splines 7i, the end of splined shaft 7o has been bolted left and right rocking arm 7m; One end of pincers axle protective cradle 7r is secured by bolts in into mould holder 7n side, and the other end circular hole is placed on on the axle of mould holder 7n.
Shown in Fig. 7 a and 7d, the top of top rotary table 7c is provided with the vertical cooling body 7b of single, 2 cover and becomes mould holder 7n with 2,2 become the axle of mould holder 7n is fixed with single by pilot hole becomes mould to embrace pincers 7a, and single becomes mould to embrace pincers 7a to be connected with left and right rocking arm 7m with small rod 7p by long pin shaft 7q.
When shaping side top rotary table mechanism 7 works, the pressurized air in switching cylinder 7g drives hinge 7k to rotate by air cylinder connecting rod 7h, and hinge 7k drives hub splines 7i and splined shaft 7o to rotate reverse rotation.Meanwhile, left and right rocking arm 7m rotarily drives single and becomes mould to embrace pincers 7a folding, and maximum die sinking angle is 65 °.Owing to adopting cylinder to drive the single structure becoming mould to embrace pincers 7a folding, bring single and become mould to embrace pincers 7a to be in pressured state all the time when closed, and then make single to become mould to embrace pincers 7a to close by continuous compression at work.
Because shaping side top rotary table mechanism 7 adopts two moulding machine structure (two single, covers become mould to embrace pincers 7a assembly) to carry out corresponding a set of blank mould, and then make installing space compact, molding time is short, and production efficiency is high.During many groups in the embodiment of the present invention single two one-tenth mould rotary type Mechanism of I. S. Machine work; cooling air enters just type side box body assembly 6 pairs of parison mo(u)lds by the rack chassis 1i of mainframe 1 and cools, and cooling air is entered single vertical cooling body 7b cooled one-tenth mould by rack chassis 1i, servo support 8c, revolving support 8b, top rotary table 7c, lower rotary table 8a successively simultaneously.Newly-increased list drips vertical cooling body 7b can carry out cooling fully fast for different glass moulding process to one-tenth mould, and the scope of application is more extensive.
Shown in Fig. 8 a and Fig. 8 b, servo clip bottle mechanism 5 comprises base 5e, the bottom of base 5e is fixed by the rack chassis 1i of bolt and mainframe 1, top is provided with lifting screw 5c, one end of lifting screw 5c is fixed by lifting nut 5d and base 5e, the other end and bevel gear component 5i fix, and the outer cover of lifting screw 5c has lifting shaft 5b.The top of lifting shaft 5b is provided with pincers bottle rack 5h, pincers bottle rack 5h is provided with pincers bottle step-down gear 5g and pincers bottle servomotor 5f, pincers bottle step-down gear 5g and pincers bottle servomotor 5f is bolted, and the output shaft of pincers bottle step-down gear 5g is provided with single pincers bottle fixture 5a.Pincers bottle servomotor 5f action response is very fast, and running and comparing is stablized, and can not only be applicable to the mode of production of high machine speed, and altitude mixture control is more convenient.
Shown in Figure 9, single flow system 2 comprises servo distributor 2a, straight trough support 2d, turns to groove suspension bracket 2b, straight hopper 2e, turn to groove 2f and turn to channel regulator 2g.The below of servo distributor 2a is fixed with splicing groove 2c; With the corresponding part of splicing groove 2c below the crossbeam 1d that straight trough support 2d is fixed on mainframe 1, groove suspension bracket 2b is turned to be fixed on the crossbeam 1d side of mainframe 1.Straight hopper 2e one end and straight trough support 2d fix, the other end with turn to groove suspension bracket 2b to fix.Turn to channel regulator 2g to be fixed on the distributor box 1e of mainframe 1, turn to one end of groove 2f with turn to groove suspension bracket 2b to fix, the other end with turn to channel regulator 2g to fix.Adopt the list of integral design scheme to drip flow system 2 can be installed on complete machine, so make to install fast, regulate more convenient, blanking position is accurate.
Shown in Figure 10, oil gas slip ring assembly comprises oil gas slip ring 3c, and oil gas slip ring 3c is fixed on the one-tenth mould holder 7n top of shaping side top rotary table mechanism 7 by oil gas slip ring web plate 3d.The top of oil gas slip ring 3c is provided with fixing tracheae 3b, and the top of fixing tracheae 3b is provided with fixed support 3a, and one end of fixed support 3a and the distributor box 1e of mainframe 1 fix.
Oil gas slip ring assembly 3 works time-division two ends, and upper end is not rotated admittedly, and lower end rotates with one-tenth mould holder 7n, and air inlet oil circuit is installed on oil gas slip ring 3c and maintains static and turn upper end, and oil circuit of giving vent to anger is that oil gas slip ring 3c rotates lower end.Have 6 branch road gas 1 branch road oil circuits, be respectively used to into mould switching cylinder, vertical cold switch and lubrication.Enter in the rotating disk of rotation without circuit and magnetic valve, improve product facility life-span and reliability.It is convenient that the mounting means of oil gas slip ring 3c outside brings to maintenance.
Shown in Figure 11, rotate the mounting plate 4f that Fu Ping mechanism 4 comprises the pincers bottle step-down gear 5g side being fixed on servo clip bottle mechanism 5, the top of mounting plate 4f is provided with compound upper and lower air cylinders 4a, the cylinder axis of compound upper and lower air cylinders 4a is provided with rotation and holds up a bottle web plate 4g, rotation is held up and bottle is provided with anti-rotation guide rod 4b between web plate 4g and mounting plate 4f, one end of anti-rotation guide rod 4b holds up a bottle web plate 4g to fix by screw thread and rotation, and the dowel hole of the other end and mounting plate 4f is fixed.Rotate and hold up a bottle bottom of web plate 4g to be provided with rotary cylinder 4c and hold up a bottle plate 4d, rotate and hold up bottle web plate 4g to be connected with holding up a bottle plate 4d by rotary cylinder 4c, hold up bottle plate 4d being provided with single holding up a bottle axle 4e.
When rotation Fu Ping mechanism 4 works, rotate and hold up bottle cylinder 90-degree rotation to hold up single a bottle axle 4e to be threaded to above working position, the cylinder axis of compound upper and lower air cylinders 4a moves down holds up bottle axle to insert in bottleneck by single, and last shaping mould is opened.Answer and effect owing to adopting two cylinders, therefore, it is possible to prevent vial overturning when becoming mould.
The present invention is not limited to above-mentioned embodiment, and for those skilled in the art, under the premise without departing from the principles of the invention, can also make some improvements and modifications, these improvements and modifications are also considered as within protection scope of the present invention.The content be not described in detail in this specification sheets belongs to the known prior art of professional and technical personnel in the field.
Claims (10)
1. organize a single two one-tenth mould rotary type Mechanism of I. S. Machine more, it is characterized in that: comprise mainframe (1); Mainframe (1) is provided with 2 ~ 10 groups of servo rotating disk mechanisms (8), the top of servo rotating disk mechanism (8) is provided with shaping side top rotary table mechanism (7), and the top of every composing type side top rotary table mechanism (7) is provided with oil gas slip ring assembly (3); Described mainframe (1) is also provided with single flow system (2), electronics bottle moving conveying belt (9), 2 ~ 10 groups of rotations Fu Ping mechanism (4), 2 ~ 10 groups of servo clip bottle mechanisms (5) and 2 ~ 10 groups of first type side box body assemblies (6); Described servo rotating disk mechanism (8), shaping side top rotary table mechanism (7), oil gas slip ring assembly (3), rotation Fu Ping mechanism (4), servo clip bottle mechanism (5) and first type side box body assembly (6) one_to_one corresponding.
2. many groups single as claimed in claim 1 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described mainframe (1) comprises rack chassis (1i), its top is fixed with left column (1c) and right column (1h), the top of left column (1c) is fixed with left post (1a), the top of right column (1h) is fixed with right post (1f), is fixed with crossbeam (1d) between the top of left post (1a) and the top of right post (1f); The sidewall of left column (1c) is fixed with left socle (1b), the sidewall of right column (1h) is fixed with right support (1g), is fixed with distributor box (1e) between left socle (1b) and right support (1g).
3. many groups single as claimed in claim 2 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described just type side box body assembly (6) comprises framework (6f), platter (6g) is provided with bottom it, platter (6g) is provided with blank mould on-off mechanism (6d), the bottom of platter (6g) and the rack chassis (1i) of mainframe (1) are fixed; The top of framework (6f) is fixed with single blank mould clamp mechanism (6b), single funnel mechanism (6h), Dan Di first blow mechanism (6j) and servo turnover mechanism (6a), the support of servo turnover mechanism (6a) is fixed with single positive inflatable body (6e); Have framework pressure aperture blowing in framework (6f), framework pressure aperture blowing internal fixtion has single quick-change press-and-blow mechanism (6c); The side of framework (6f) is fixed with electrical equipment clack box (6i).
4. many groups single as claimed in claim 2 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described servo rotating disk mechanism (8) comprises servo support (8c), the bottom of servo support (8c) and the rack chassis (1i) of mainframe (1) are fixed, and the top of servo support (8c) is provided with revolving support (8b); Revolving support (8b) comprises inner ring and outer ring, and inner ring and servo support (8c) are fixed, and the top of outer ring is fixed with lower rotary table (8a); Servo support (8c) is also provided with rotating disk servomotor (8d) and rotating disk step-down gear (8f), rotating disk servomotor (8d) is fixed with rotating disk step-down gear (8f), and the output shaft of rotating disk step-down gear (8f) is engaged with revolving support (8b) by driving gear (8e); Rotating disk servomotor (8d) can drive driving gear (8e) to drive revolving support (8b) intermittent rotary calibration to rotate by rotating disk step-down gear (8f).
5. many groups single as claimed in claim 4 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described shaping side top rotary table mechanism (7) comprises top rotary table (7c), the bottom of top rotary table (7c) and the lower rotary table (8a) of servo rotating disk mechanism (8) are fixed, and are provided with for pinpoint locating shaft (7d) between top rotary table (7c) and lower rotary table (8a); Top rotary table (7c) is arranged two cover switching cylinder assemblies, often overlap switching cylinder assembly and include the hinge seat (7l), switching cylinder (7g) and the axle bed (7j) that are positioned at top rotary table (7c) respective screw hole; The axle of axle bed (7j) is fixed with hub splines (7i) by pilot hole, the axle of hinge seat (7l) is fixed with hinge (7k) by pilot hole; Switching cylinder (7g) is all connected with pan with hub splines (7i), have splined shaft (7o) by spline joint in hub splines (7i), the end winding support of splined shaft (7o) has left and right rocking arm (7m);
The top of described top rotary table (7c) is provided with the vertical cooling body of single, 2 cover (7b) and becomes mould holder (7n) with 2, the axle of each one-tenth mould holder (7n) is fixed with single by pilot hole becomes mould to embrace pincers (7a), and single becomes mould to embrace pincers (7a) to be connected with left and right rocking arm (7m) with small rod (7p) by long pin shaft (7q).
6. many groups single as claimed in claim 5 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described oil gas slip ring assembly comprises oil gas slip ring (3c), oil gas slip ring (3c) is fixed on one-tenth mould holder (7n) top of shaping side top rotary table mechanism (7) by oil gas slip ring web plate (3d); The top of described oil gas slip ring (3c) is provided with fixing tracheae (3b), the top of fixing tracheae (3b) is provided with fixed support (3a), and one end of fixed support (3a) and the distributor box (1e) of mainframe (1) are fixed.
7. many groups single as claimed in claim 2 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described servo clip bottle mechanism (5) comprises base (5e), the bottom of base (5e) and the rack chassis (1i) of mainframe (1) are fixed, top is provided with lifting screw (5c), one end of lifting screw (5c) is fixed by lifting nut (5d) and base (5e), the other end and bevel gear component (5i) are fixed, and the outer cover of lifting screw (5c) has lifting shaft (5b); The top of lifting shaft (5b) is provided with pincers bottle rack (5h), pincers bottle rack (5h) are provided with pincers bottle step-down gear (5g) and pincers bottle servomotor (5f), pincers bottle step-down gear (5g) and pincers bottle servomotor (5f) are fixed, and the output shaft of pincers bottle step-down gear (5g) are provided with single pincers bottle fixture (5a).
8. many groups single as claimed in claim 7 two one-tenth mould rotary type Mechanism of I. S. Machine, it is characterized in that: described rotation Fu Ping mechanism (4) comprises the mounting plate (4f) of pincers bottle step-down gear (5g) side being fixed on servo clip bottle mechanism (5), the top of mounting plate (4f) is provided with compound upper and lower air cylinders (4a), the cylinder axis of compound upper and lower air cylinders (4a) is provided with rotation and holds up a bottle web plate (4g), rotation is held up between a bottle web plate (4g) and mounting plate (4f) and is provided with anti-rotation guide rod (4b), one end of anti-rotation guide rod (4b) holds up a bottle web plate (4g) to fix by screw thread and rotation, the dowel hole of the other end and mounting plate (4f) is fixed, rotation holds up the bottom of a bottle web plate (4g) be provided with rotary cylinder (4c) and hold up a bottle plate (4d), rotation holds up a bottle web plate (4g) to be connected with holding up a bottle plate (4d) by rotary cylinder (4c), holds up a bottle plate (4d) is provided with single holds up a bottle axle (4e).
9. group single much more as claimed in claim 2 two become mould rotary type Mechanism of I. S. Machine, it is characterized in that: described list drips that flow system (2) comprises servo distributor (2a), straight trough support (2d), turns to groove suspension bracket (2b), straight hopper (2e), turn to groove (2f) and turn to channel regulator (2g); The below of servo distributor (2a) is fixed with splicing groove (2c); Straight trough support (2d) is fixed on crossbeam (1d) below and splicing groove (2c) the corresponding part of mainframe (1), turns to groove suspension bracket (2b) to be fixed on crossbeam (1d) side of mainframe (1); Straight hopper (2e) one end and straight trough support (2d) are fixed, and the other end is fixed with turning to groove suspension bracket (2b); Channel regulator (2g) is turned to be fixed on the distributor box (1e) of mainframe (1), turn to one end of groove (2f) to fix with turning to groove suspension bracket (2b), the other end is fixed with turning to channel regulator (2g).
10. group single much more as claimed in claim 1 two become mould rotary type Mechanism of I. S. Machine, it is characterized in that: described servo rotating disk mechanism (8), shaping side top rotary table mechanism (7), oil gas slip ring assembly (3), rotate Fu Ping mechanism (4), the quantity of servo clip bottle mechanism (5) and first type side box body assembly (6) is 6 groups.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510549720.8A CN105174693B (en) | 2015-08-31 | 2015-08-31 | A kind of multigroup single drop is double into mould swinging Mechanism of I. S. Machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510549720.8A CN105174693B (en) | 2015-08-31 | 2015-08-31 | A kind of multigroup single drop is double into mould swinging Mechanism of I. S. Machine |
Publications (2)
| Publication Number | Publication Date |
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| CN105174693A true CN105174693A (en) | 2015-12-23 |
| CN105174693B CN105174693B (en) | 2017-07-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510549720.8A Active CN105174693B (en) | 2015-08-31 | 2015-08-31 | A kind of multigroup single drop is double into mould swinging Mechanism of I. S. Machine |
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| CN (1) | CN105174693B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106630553A (en) * | 2017-01-17 | 2017-05-10 | 江西晨航照明科技有限公司 | Lamp-holder glass insulator shearing device |
| CN110642502A (en) * | 2019-11-05 | 2020-01-03 | 荆门市楚大机电有限公司 | Bottle making machine |
| CN112645566A (en) * | 2020-12-30 | 2021-04-13 | 湖北楚大智能装备有限公司 | Glass bottle making machine with synchronous double positive air blowing functions |
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| CN112645566A (en) * | 2020-12-30 | 2021-04-13 | 湖北楚大智能装备有限公司 | Glass bottle making machine with synchronous double positive air blowing functions |
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|---|---|
| CN105174693B (en) | 2017-07-25 |
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Address after: 448000 No.1 Jingnan Avenue, Duodao District, high tech Zone, Jingmen City, Hubei Province Patentee after: Hubei Chuda Intelligent Equipment Co.,Ltd. Address before: 448000, No. 1, South Avenue, Jingmen hi tech Development Zone, Hubei, Jingmen Patentee before: JINMEN CHUDA MECHANICAL AND ELECTRONIC Co.,Ltd. |
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Correction item: Patentee|Address Correct: Hubei Chuda Intelligent Equipment Co.,Ltd.|448000 No.1, Jingnan Avenue, Duodao District, high tech Zone, Jingmen City, Hubei Province False: Hubei Chuda Intelligent Equipment Co.,Ltd.|448000 No. 1, Jingnan Avenue, Duodao District, Jingmen City, Hubei Province Number: 15-02 Volume: 39 |
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Address after: 448000 No. 1, Jingnan Avenue, Duodao District, Jingmen City, Hubei Province Patentee after: Hubei Chuda Intelligent Equipment Co.,Ltd. Address before: 448000 No.1, Jingnan Avenue, Duodao District, high tech Zone, Jingmen City, Hubei Province Patentee before: Hubei Chuda Intelligent Equipment Co.,Ltd. |
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