CN105198190A - Rotating disc type glass bottle-making machine - Google Patents
Rotating disc type glass bottle-making machine Download PDFInfo
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- CN105198190A CN105198190A CN201510572696.XA CN201510572696A CN105198190A CN 105198190 A CN105198190 A CN 105198190A CN 201510572696 A CN201510572696 A CN 201510572696A CN 105198190 A CN105198190 A CN 105198190A
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Abstract
The invention belongs to the technical field of bottle-making machines, and discloses a rotating disc type glass bottle-making machine. According to the rotating disc type glass bottle-making machine, the problems that an existing bottle-making machine is complex in structure and is inconvenient to mount and maintain are solved. The rotating disc type glass bottle-making machine comprises a base, a forward blowing mechanism and an air supplementing mechanism; a blank mold mechanism and a turnover mechanism are arranged on the base; a rotating disc machine body is also arranged on the base and is driven by a rotating disc motor to rotate; a vertical shaft is arranged on the rotating disc machine body in a sleeving way; the forward blowing mechanism and the air supplementing mechanism are arranged on the vertical shaft in a sleeving way; a mold opening/closing mechanism is arranged on the rotating disc machine body and comprises air cylinder seat base plates arranged on the rotating disc machine body; sliding rails are arranged on the air cylinder seat base plates; an air cylinder which can slide on the sliding rails is arranged on the sliding rails; the air cylinder is communicated with an external air source; the air cylinder is provided with a rack support; racks are arranged on the rack support; mold opening/closing shafts for driving holding clamps to move are arranged on the corresponding air cylinder seat base plates through bearings in a sleeving way; a sector gear which is meshed with the corresponding rack is arranged on each mold opening/closing shaft.
Description
Technical field
The invention belongs to bottle-making machine technical field, specifically disclose a kind of rotating disc type glass bottle-making machine.
Background technology
At present, the domestic and even full mode from world's vitreous bottle producing, what all adopt is individual section machine, semi-automatic bottle machine and complete manual bottle processed etc.; Individual section machine, individual section machine primarily of single station tear drop being processed as material base blank just mold mechanism, material base blank is turned over turnback to the switching mechanism of moulding machine structure and single station moulding machine structure composition material base blank being blow molded into finished product, after its weak point is that material base blank is blow molded into finished product in single station moulding machine structure, the temperature of its finished product is very high, cooling finished product needs large blower fan to force blowing heat radiation, bottle energy consumption processed is high, and a Dan Zuxu is equipped with 10kw with fan; Some special-shaped bottle ranks bottle-making machine cannot complete simultaneously.Complete manual bottle-making machine everything is all with manually completing, and labour intensity is large, and envrionment temperature is very high, time-consuming effort of taking a lot of work; Semi-automatic bottle machine refers to simple bottle-making machine material base blank being blow molded into finished product; namely one independently moulding machine structure; being generally multi-work-station, is go to semi-automatic bottle machine by the manual material base blank by the just mold mechanism processing of single station to be blow molded into finished product again during its work.In prior art, the document about bottle-making machine is also more, such as application number be 201110184508.8 patent of invention disclose a kind of full-automatic multi-station glass bottle making machine, it is made up of frame, first mold mechanism, switching mechanism and multi-work-station moulding machine structure, first mold mechanism, switching mechanism and multi-work-station moulding machine structure are arranged in frame, multi-work-station moulding machine structure is by support, rotating disk mechanism, Zheng Chui mechanism, embrace jaw mechanism and one group of mold base formation for one group, rotating disk mechanism is by top rotary table, lower rotary table, passive transmitting gear, main drive gear, step-down gear, servomotor, hollow poling bobbin, swivel joint is formed, hollow poling bobbin is arranged on support by bearing and bearing support, lower rotary table is provided with hollow column, hollow poling bobbin is by bearing and the bearing sleeve hollow column Inner at lower rotary table, the power shaft of servomotor is connected with main drive gear transmission by step-down gear, main drive gear engages with passive transmitting gear, passive transmitting gear and lower rotary table are connected, top rotary table is fixedly mounted on the hollow column of lower rotary table, one group of mold base and one group are embraced jaw mechanism and are arranged on respectively on top rotary table, and Zheng Chui mechanism is arranged in the frame of full-automatic multi-station glass bottle making machine, and swivel joint is arranged on hollow poling bobbin, the Zheng Chui mechanism of multi-work-station moulding machine structure is made up of bracket, just blow cylinder, blow head, screw mandrel, rotating disk, oscillating cylinder, bearing support, just air blowing cylinder is fixed on bracket, blow head is arranged on just blows on the piston rod of cylinder, bracket and screw mandrel are fixedly linked, screw mandrel is arranged in the frame of full-automatic multi-station glass bottle making machine by bearing and bearing support, rotating disk is arranged on screw mandrel by flat key, piston rod and the rotating disk of oscillating cylinder are movably connected, rotating disk is fixedly mounted on screw mandrel, it also has screw mandrel arrangement for adjusting height, arrangement for adjusting height is by nut, set nut and nut locating sleeve are formed, nut and set nut and nut-screw rod screw thread match, set nut is pressed on nut, nut locating sleeve is fixedly mounted on bearing support, and be pressed on the location bank of nut.
Application number be 201220088248.4 utility model patent disclose a kind of full-automatic glass bottle-making machine, it comprises mainframe, first mold mechanism, switching mechanism and four station moulding machine structures are formed, first mold mechanism, switching mechanism and four station moulding machine structures are arranged on mainframe, and four station moulding machine structures are primarily of A frame, column, top rotary table, lower rotary table, two pincers bottle fixture device, servo-actuating device, automatic die sinking mechanism and Zheng Chui mechanism composition, switching mechanism is by servosystem, leading screw, nut, tooth bar, fluted disc, fluted disc bearing and turning up frame composition, servosystem is made up of servo-driver and servomotor, servosystem is arranged in the B frame of just mold mechanism, the power output shaft of servomotor is connected with the transmission of leading screw one end by shaft coupling, nut and threads of lead screw match, tooth bar one end is arranged on nut, fluted disc (is arranged on fluted disc bearing by movable axis, fluted disc is meshed with tooth bar, fluted disc bearing is arranged in the B frame of just mold mechanism, turning up frame is arranged on fluted disc bearing, and turning up frame one end is coaxial with fluted disc, Zheng Chui mechanism is that rotary Zheng Chui mechanism is by driving cylinder, drive cylinder mount frame, rod head, pull bar, drag link bearing, Upright post base, just to blow column, just to blow cylinder, just air blowing Cylinder mount bracket and just air blowing joint composition, drive cylinder to be arranged on and drive on cylinder mount frame, rod head is arranged on and drives on cylinder, drag link bearing is arranged on just on air blowing column, just air blowing column is arranged on switching mechanism by Upright post base, just air blowing cylinder is arranged on just on air blowing column by just air blowing Cylinder mount bracket, just air blowing jiont treatment is at the air outlet place of cylinder of just blowing.
But existing bottle-making machine also exists complex structure, install and keep in repair inconvenient feature.
Summary of the invention
The present invention in order to solve existing bottle-making machine and exist complex structure, installation and maintenance inconvenience problem, and provide a kind of rotating disc type glass bottle-making machine, there is structure simple, installation, maintenance and easy to operate feature.
For solving the problems of the technologies described above, the technical solution adopted in the present invention is:
A kind of rotating disc type glass bottle-making machine, comprise base, Zheng Chui mechanism and air supply mechanism, first mold mechanism and switching mechanism on described base, it is characterized in that, described base is also provided with rotating disk body, described rotating disk body is driven by rotary tray motor and rotates, described rotating disk body is arranged with vertical shaft, described Zheng Chui mechanism and air supply mechanism are set on vertical shaft, described rotating disk body is equipped with switching molding mechanism, described switching molding mechanism comprises the cylinder block base plate be arranged on rotating disk body, described cylinder block base plate is provided with slide rail, described slide rail is equipped with the cylinder that can slide on slide rail, described cylinder is communicated with outside source of the gas, described cylinder is equipped with rack frame, and described rack frame is provided with tooth bar, described cylinder block base plate is provided with for driving the switch mold shaft embracing pincers motion through bearing housing, and described switch mold shaft is provided with the intermeshing toothed segment with tooth bar.
Described switch mold shaft two is one group, described rotating disk body is provided with four cylinder block base plates, each cylinder block base plate is provided with one group of switch mold shaft.
Described cylinder is communicated with Pneumatic valve and gas path distributor by the road successively, and described gas path distributor is arranged on rotating disk body; Described base is also provided with the assembly of taking blame for others cooperatively interacted with gas path distributor.
Described gas path distributor is provided with the left inlet mouth of divider, divider primary air inlet, the right inlet mouth of divider, the left air outlet of divider, the main air outlet of divider and the right air outlet of divider, the left inlet mouth of divider and the left air outlet of divider are formed through path, described divider primary air inlet and the main air outlet of divider are formed through path, the right inlet mouth of described divider and the right air outlet of divider are formed through path, and the path that divider primary air inlet and the main air outlet of divider are formed is as main gas circuit.
Described assembly of taking blame for others comprises corner three-way, takes blame for others, and described corner three-way is connected with taking blame for others; Described assembly of taking blame for others also comprises fourth cyanogen sealing-ring, inflation sleeve, and described fourth cyanogen sealing-ring is arranged in corner three-way, and described inflation sleeve is arranged in fourth cyanogen sealing-ring; Described fourth cyanogen sealing-ring bottom centre position and sidewall respectively have a circular hole; Described inflation sleeve bottom centre position has the circular hole of and fourth cyanogen sealing-ring bottom centre position circular hole formed objects, and inflation sleeve sidewall has the circular hole of and fourth cyanogen sealing-ring sidewall circular hole formed objects; Described corner three-way comprises an air source inlet and two trench structures, and described air source inlet and trench structure are arranged on wherein two adjacently situated surfaces of corner three-way four rotary surfaces; Two trench structure sizes are identical, are arranged symmetrically in air source inlet both sides; It is through that described air source inlet and trench structure pass through circular hole; Two trench structures form two pneumatic outlets.
Described rotating disk body is also arranged with the lifting disk for placing glass bottle, the number of described lifting disk is identical with the group number of switch mold shaft, and described lifting disk is mutually adaptive with armful position of clamping be arranged on switch mold shaft; The lower end of described lifting disk is set on pedestal, described base sleeve is located on rotating disk body, the bottom of described pedestal is arranged with control hand wheel, described control hand wheel is connected with governor lever, described governor lever to stretch in pedestal and is threaded with lifting disk, the upper end of described pedestal is connected with bearing cover, and the lower end of described lifting disk is stretched in pedestal through bearing cover; Described lifting disk offers keyway, and described bearing cover is provided with the projection mutually adaptive with keyway.
Be arranged with linear bearings in described pedestal, the lower end of described lifting disk is set in linear bearings.
Described base is also provided with and holds up bottle to clamp bottle vertical shaft, described in hold up bottle to clamp bottle vertical shaft is arranged with and hold up a bottle mechanism rack, described in hold up a bottle mechanism rack to be provided with to hold up a bottle cylinder, described in hold up the lower end of bottle cylinder to be connected with to hold up a bottle head; Described holding up on bottle pincers bottle vertical shaft is also arranged with tong moving mechanism, described tong moving mechanism comprises being set in holds up the pincers on bottle pincers bottle vertical shaft to move device bearing, described pincers move on device bearing and are equipped with transmitting gear, described pincers move on device bearing and are connected with servomotor, described servomotor is connected with gear, described gear clamps the transmitting gear moved on device bearing and engages each other with being arranged on, described transmitting gear is connected with pincers and moves device, described pincers move on device and are hinged with clamp, described clamp comprises chuck, and described chuck is equipped for driving the pincers of chuck opening and closing to move cylinder.
Described holding up on bottle pincers bottle vertical shaft is also arranged with rotary cooling body, and described rotary cooling body is located at the below of tong moving mechanism.
Described rotary cooling body comprises transmission rig, coolship, coolship bellows, coolship body frame and motor, described coolship body frame is arranged on holds up bottle to clamp on bottle vertical shaft, described transmission rig is driven by motor, described coolship is fixedly connected with transmission rig, coolship level is placed in above coolship body frame, and described coolship bellows are installed on coolship body frame; Described coolship offers some circular holes.
Compared with prior art, the present invention has following beneficial effect:
Rotating disc type glass bottle-making machine of the present invention, comprise base, Zheng Chui mechanism and air supply mechanism, first mold mechanism and switching mechanism on described base, described base is also provided with rotating disk body, described rotating disk body is driven by rotary tray motor and rotates, described rotating disk body is arranged with vertical shaft, described Zheng Chui mechanism and air supply mechanism are set on vertical shaft, described rotating disk body is provided with cylinder block base plate, described cylinder block base plate is provided with slide rail, described slide rail is equipped with the cylinder that can slide on slide rail, described cylinder is communicated with outside source of the gas; Described cylinder is equipped with rack frame, and described rack frame is provided with tooth bar; Described cylinder block base plate is provided with for driving the switch mold shaft embracing pincers motion through bearing housing, and described switch mold shaft is provided with the intermeshing toothed segment with tooth bar.Switching molding of the present invention has the simple feature of structure, is convenient to installation and maintenance; Meanwhile, the present invention drives switch mold shaft to rotate by cylinder thus controls to embrace the motion of pincers, has energy-conservation feature.
Cylinder of the present invention is controlled by Pneumatic valve, gas path distributor and assembly of taking blame for others, and assembly of taking blame for others is arranged on base, do not rotate with rotating disk body, avoid and adopt circuit when being directly connected with the external world, the problem that circuit is tied a knot, be wound around, twist into two parts, it also avoid because pipeline is pullled the potential safety hazard that can exist.The source of the gas that assembly of taking blame for others provides intermittent type to commutate for cylinder, can stably intermittent type action when cylinder is rotated on rotating disk body, achieves and does switch motion by pincers of embracing for air cylinder driven.
Lifting disk of the present invention, integrates speed governing and is elevated, and has and regulates good hand touch, feature easy to adjust, with the use of satisfied different body height.
The present invention holds up bottle, clip bottle mechanism by setting, by clip bottle mechanism, bottle pincers is moved to rotary cooling body and cools, improve the efficiency of producing, reduce the labour intensity of staff simultaneously after holding up bottle; Meanwhile, of the present inventionly hold up bottle, clip bottle mechanism have structure simple, operate steadily, overhaul feature easily, improve practicality of the present invention.
Rotary cooling body of the present invention, its cooling table becomes the coolship of rotation from long transfer limes.When coolship rotates, vial placed thereon, just always by cold front heavy rain, until temperature drops to appropriate level, is just taken off by workman.This mechanism effectively avoids the situation needing larger place when using transfer limes, also effectively ensure that vial can stop the sufficient time on coolship, thus thoroughly cools.It is simple that rotary cooling body of the present invention has structure, be easy to mounting arrangements, and energy consumption is also relatively low; And existing cooling body mostly is the automatic delivering mechanism that straight line is arranged, this mechanism often needs longer transfer limes, and to ensure that vial thoroughly cools, therefore, this mechanism needs larger place, the place of wider width in other words.Whole transfer limes all will have cold wind carry, therefore the power consumption of this mechanism is also larger.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the front view schematic diagram of switching molding mechanism of the present invention;
Fig. 3 is the side-view schematic diagram of switching molding mechanism of the present invention;
Fig. 4 is connection mechanism's schematic diagram of cylinder of the present invention and Pneumatic valve, gas path distributor and assembly of taking blame for others;
Fig. 5 is the structural representation of lifting disk of the present invention and pedestal;
Fig. 6 is the structural representation holding up bottle mechanism rack and tong moving mechanism of the present invention;
Fig. 7 is the structural representation of tong moving mechanism of the present invention;
Fig. 8 is the front view schematic diagram of rotary cooling body of the present invention;
Fig. 9 is the side-view structural representation of rotary cooling body of the present invention;
Mark in figure: 1, base, 2, first mold mechanism, 3, switching mechanism, 4, air supply mechanism, 5, Zheng Chui mechanism, 6, to take blame for others assembly, 601, corner three-way, 602, take blame for others, 603, fourth cyanogen sealing-ring, 604, inflation sleeve, 605, air source inlet, 7, rotating disk body, 8, vertical shaft, 9, pedestal, 10, rotary cooling body, 1001, transmission rig, 1002, coolship, 1003, coolship bellows, 1004, coolship body frame, 1005, motor, 1006, motor coupling shaft, 1007, coolship main shaft, 1008, secondary gear coupling shaft, 1009 tertiary gear coupling shafts, 1010, step cover, 1011, axle sleeve, 1012, gear protective cover, 1013, air intake vent, 11, lifting disk, 1101, pedestal, 1102, control hand wheel, 1103, governor lever, 1104, bearing cover, 1105, keyway, 1106, linear bearings, 1107, zanjon bearing, 1108, spring, 1109, steel ball, 12, bottle is held up to clamp bottle vertical shaft, 13, tong moving mechanism, 1301, lifting nut, 1302, verticality governor lever, 1303, magnetic switch, 1304, pincers move device, 1305, magnet, 1306, pincers move device bearing, 1307, servomotor, 1308, step-down gear, 1309, flange seat, 1310, gear, 1311, binding clip, 1312, chuck, 14, hold up a bottle mechanism rack, 1401, hold up a bottle cylinder, 1402, proximity switch, 1403, hold up a bottle head, 15, switching molding structure, 1501, cylinder block base plate, 1502, slide rail, 1503, bearing, 1504, toothed segment, 1505, tooth bar, 1506, switch mold shaft, 1507, rack frame, 1508, cylinder mounting plate, 1509, cylinder, 1510, take-up housing, 1511, slide block, 16, Pneumatic valve, 17, gas path distributor, 1701, the left air outlet of divider, 1702, the main air outlet of divider, 1703, the right air outlet of divider, 1704, the left inlet mouth of divider, 1705, divider primary air inlet, 1706, the right inlet mouth of divider.
Embodiment
Below in conjunction with embodiment, the invention will be further described, and described embodiment is only the present invention's part embodiment, is not whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments used obtained under creative work prerequisite, belongs to protection scope of the present invention.
By reference to the accompanying drawings, rotating disc type glass bottle-making machine of the present invention, comprise base 1, Zheng Chui mechanism 5 and air supply mechanism 4, first mold mechanism 2 and switching mechanism 3 on described base 1, switching mechanism 3 is for being turned to rotating disk body by the blank of first mold mechanism 2, and blank is placed on the lifting disk that is disposed on rotating disk body, described base 1 is also provided with rotating disk body 7, described rotating disk body 7 is driven by rotary tray motor and rotates, described rotating disk body 7 is arranged with vertical shaft 8, described Zheng Chui mechanism 5 and air supply mechanism 4 are set on vertical shaft 8, described rotating disk body 7 is equipped with switching molding mechanism 15, described switching molding mechanism 15 comprises the cylinder block base plate 1501 be arranged on rotating disk body 7, described cylinder block base plate 1501 is provided with slide rail 1502, described slide rail 1502 is equipped with the cylinder 1509 that can slide on slide rail 1502, described cylinder 1509 is communicated with outside source of the gas, described cylinder 1509 is equipped with rack frame 1507, and described rack frame 1507 is provided with tooth bar 1505, described cylinder block base plate 1501 is arranged with for driving the switch mold shaft 1506 embracing pincers motion through bearing 1503, and described switch mold shaft 1506 is provided with the intermeshing toothed segment 1504 with tooth bar 1505.
Switch mold shaft of the present invention 1,506 two is one group, and two switch mold shafts 1506 by linkage and an armful clipper joint, thus control an opening and closing of embracing pincers; Described rotating disk body 7 is provided with four cylinder block base plates 1501, each cylinder block base plate 1501 is provided with one group of switch mold shaft 1506; The group number of switch mold shaft 1506 is identical with the station number on rotating disc type bottle-making machine.
Four air cylinder base plates 1501 are distributed in forward and backward, the left and right side of rotating disk body 7 respectively.
The plane at the axis place of the switch mold shaft 1506 of two adjacent groups is mutually vertical, that is to say, four groups of switch mold shafts 1506 formed one rectangular-shaped, be separately positioned in four orientation of rotating disk body 7.
Cylinder 1509 of the present invention is arranged on cylinder mounting plate 1508, and the below of described cylinder mounting plate 1508 is provided with the slide block 1511 mutually adaptive with slide rail 1502.
The below of described cylinder mounting plate 1508 is provided with take-up housing 1510, and described slide block 1511 is arranged on take-up housing 1510.
Rack frame 1507 of the present invention is set in the periphery of cylinder 1509, and rack frame 1507 is driven by the cylinder axis of cylinder 1509 and rotates; Be connected with tooth bar 1505 outside rack frame 1507.
The working process of switching molding mechanism 15 of the present invention is: when cylinder 1509 has source of the gas to commutate; cylinder to-and-fro movement; the to-and-fro movement of cylinder band carry-over bar; because tooth bar engages with toothed segment; and then drive toothed segment to rotate; switch mold shaft is by the rotary motion of sector wheel seat, thus the embrace pincers of control linkage on switch mold shaft move.Compared to prior art, the present invention has the simple feature of structure, is convenient to installation and maintenance; Meanwhile, the present invention drives switch mold shaft to rotate by cylinder thus controls to embrace the motion of pincers, has energy-conservation feature.
Cylinder 1509 of the present invention is communicated with Pneumatic valve 16 and gas path distributor 17 by the road successively, and described gas path distributor 17 is arranged on rotating disk body 7; Described base 1 is also provided with the assembly 6 of taking blame for others cooperatively interacted with gas path distributor 17.
Described gas path distributor 17 is provided with the left inlet mouth 1704 of divider, divider primary air inlet 1705, the right inlet mouth 1706 of divider, the left air outlet 1701 of divider, the main air outlet of divider 1702 and the right air outlet 1703 of divider, the left inlet mouth of divider 1704 and the left air outlet 1701 of divider are formed through path, described divider primary air inlet 1705 is formed through path with the main air outlet 17402 of divider, the right inlet mouth of described divider 1706 and the right air outlet 1703 of divider are formed through path, the path that divider primary air inlet 1705 and divider main air outlet 1702 are formed is as main gas circuit.
Described assembly 6 of taking blame for others comprises corner three-way 601, takes blame for others 602, and described corner three-way 601 602 to be connected with taking blame for others; Described assembly 6 of taking blame for others also comprises fourth cyanogen sealing-ring 603, inflation sleeve 604, and described fourth cyanogen sealing-ring 603 is arranged in corner three-way 601, and described inflation sleeve 604 is arranged in fourth cyanogen sealing-ring 603; Described fourth cyanogen sealing-ring 603 bottom centre position and sidewall respectively have a circular hole; Described inflation sleeve 604 bottom centre position has the circular hole of and fourth cyanogen sealing-ring 603 bottom centre position circular hole formed objects, and inflation sleeve 604 sidewall has the circular hole of and fourth cyanogen sealing-ring 603 sidewall circular hole formed objects; Described corner three-way 601 comprises an air source inlet 605 and two trench structures, and described air source inlet 605 and trench structure are arranged on wherein two adjacently situated surfaces of corner three-way four rotary surfaces; Two trench structure sizes are identical, are arranged symmetrically in air source inlet both sides; It is through that described air source inlet and trench structure pass through circular hole; Two trench structures form two pneumatic outlets.
As a kind of preferred mode of the present invention, Pneumatic valve 16 selects 3 position-5 way Pneumatic valve.Cylinder 1509 of the present invention is controlled by Pneumatic valve 16, gas path distributor 17 and assembly 6 of taking blame for others, and assembly of taking blame for others is arranged on base, do not rotate with rotating disk body, avoid and adopt circuit when being directly connected with the external world, the problem that circuit is tied a knot, be wound around, twist into two parts, it also avoid because pipeline is pullled the potential safety hazard that can exist.The source of the gas that assembly of taking blame for others provides intermittent type to commutate for cylinder, can stably intermittent type action when cylinder is rotated on rotating disk body, achieves and does switch motion by pincers of embracing for air cylinder driven.
Rotating disk body 7 of the present invention is also arranged with the lifting disk 11 for placing glass bottle, the number of described lifting disk 11 is identical with the group number of switch mold shaft 1506, described lifting disk 11 be arranged on switch mold shaft 1506 to embrace the position of clamp mutually adaptive, clamped by lifting disk 11 and embracing and realize the placement of vial on rotating disk body and motion control is carried out to vial; The lower end of described lifting disk 11 is set on pedestal 1101, described pedestal 1101 is set on rotating disk body 7, the bottom of described pedestal 1101 is arranged with control hand wheel 1102, described control hand wheel 1102 is connected with governor lever 1103, described governor lever 1103 to stretch in pedestal 1101 and is threaded with lifting disk 11, the upper end of described pedestal 1101 is connected with bearing cover 1104, and the lower end of described lifting disk 11 is stretched in pedestal 1101 through bearing cover 1104; Described lifting disk 11 offers keyway 1105, and described bearing cover 1104 is provided with the projection mutually adaptive with keyway 1105.
Be arranged with linear bearings 1106 in described pedestal 1101, the lower end of described lifting disk 11 is set in linear bearings 1106.
Be arranged with zanjon bearing 1107 in described pedestal 1101, described governor lever 1103 stretches in lifting disk 11 through zanjon bearing 1107.
Be arranged with spring 1108 in described pedestal 1101, described control hand wheel 1102 offers ring groove, between described spring 1108 and ring groove, be provided with steel ball 1109.
Lifting disk 11 of the present invention, integrates speed governing and is elevated, and has and regulates good hand touch, feature easy to adjust, with the use of satisfied different body height.
Described base 1 is also provided with and holds up bottle to clamp bottle vertical shaft 12, described in hold up bottle to clamp bottle vertical shaft 12 is arranged with and hold up bottle mechanism rack 14, described in hold up bottle mechanism rack 14 to be provided with to hold up bottle cylinder 1401, described in hold up the lower end of bottle cylinder 1401 to be connected with to hold up bottle 1403, described holding up on bottle pincers bottle vertical shaft 12 is also arranged with tong moving mechanism 13, described tong moving mechanism 13 comprises being set in holds up the pincers on bottle pincers bottle vertical shaft 12 to move device bearing 1306, described pincers move on device bearing 1306 and are equipped with transmitting gear, described pincers move on device bearing 1306 and are connected with servomotor 1307, described servomotor 1307 is connected with gear 1310, described gear 1310 clamps the transmitting gear moved on device bearing 1306 and engages each other with being arranged on, described transmitting gear is connected with pincers and moves device 1304, described pincers move on device 1304 and are hinged with clamp 1311, described clamp 1311 comprises chuck 1312, described chuck 1312 is equipped for driving the pincers of chuck 1312 opening and closing to move cylinder.
As a kind of preferred mode of the present invention, described clamp 1311 is equipped with the verticality governor lever 1302 for regulating clamp 1311 verticality.
Hold up the lower end of bottle mechanism rack 14 to be provided with and be set in the lifting nut 1301 held up on bottle pincers bottle vertical shaft 12, the lower end of tong moving mechanism 13 is provided with the lifting nut 1301 being set in and holding up on bottle pincers bottle vertical shaft 12, thus be convenient to the use of the bottle for different heights, improve practicality of the present invention.
Servomotor 1307 of the present invention is equipped with step-down gear 1308, and described gear 1310 is connected on step-down gear 1308 through flange seat 1309.
Described pincers move the magnet 1305 device 1304 being equipped with and resetting for making pincers move device 1304, and pincers move on device bearing 1306 and are equipped with magnetic switch 1303, realize clamping the reset moving device 1304 by the acting in conjunction of magnetic switch 1303 with magnet 1305.
The described top of bottle cylinder 1401 of holding up is equipped with proximity switch 1402, carries out shift position by proximity switch 1402.
The present invention holds up bottle to clamp the working process of bottle: when bottle-making machine rotating disk body station then, hold up a bottle cylinder to move down, the smart mould for gripping bottle is opened, and holds up a bottle cylinder to return after holding up bottle.When proximity switch detects that cylinder gets back to the motion of permission tong moving mechanism, servomotor rotates forward, and tong moving mechanism moves to servomotor stop motion when clamping bottle position, drives chuck to carry out pincers bottle under the effect of cylinder; Servomotor reversion after pincers bottle, when tong moving mechanism runs to and puts bottle position, cylinder drives chuck to unclamp bottle and completes; So circulate.
The present invention holds up bottle, clip bottle mechanism by setting, by clip bottle mechanism, bottle pincers is moved to rotary cooling body and cools, improve the efficiency of producing, reduce the labour intensity of staff simultaneously after holding up bottle; Meanwhile, of the present inventionly hold up bottle, clip bottle mechanism have structure simple, operate steadily, overhaul feature easily, improve the practicality of invention.
Of the present invention holding up on bottle pincers bottle vertical shaft 12 is also arranged with rotary cooling body 10, and described rotary cooling body 10 is located at the below of tong moving mechanism 13.
Described rotary cooler 10 structure comprises transmission rig 1001, coolship 1002, coolship bellows 1003, coolship body frame 1004 and motor 1005, described coolship body frame 1004 is arranged on holds up bottle to clamp on bottle vertical shaft 12, described transmission rig 1001 is driven by motor 1005, described coolship 1005 is fixedly connected with transmission rig 1001, coolship 1002 level is placed in above coolship body frame 1004, and described coolship bellows 1003 are installed on coolship body frame 1004; Described coolship 1002 offers some circular holes, and preferably, circular hole is evenly distributed on coolship 1002.
Coolship bellows 1003 of the present invention offer air intake vent 1013.
Transmission rig 1001 of the present invention is three-stage gear reduction mechanism, the transmission of power provided by motor 1005 is to coolship 1002, described three-stage gear reduction mechanism comprises motor coupling shaft 10006, coolship main shaft 1007, secondary gear coupling shaft 1008, tertiary gear coupling shaft 1009, gear, bearing, step cover 1010, axle sleeve 1011, described coolship main shaft 1007, secondary gear coupling shaft 1008, tertiary gear coupling shaft 1009 is arranged on coolship body frame 1004 by bearing, described motor coupling shaft 1006, tertiary gear coupling shaft 1009, power is transmitted in turn by gear between secondary gear coupling shaft 1008 and coolship main shaft 1007.
As a kind of preferred mode of the present invention, coolship body frame 1004 exposure position that cogs is provided with gear protective cover 1012.
The vial that the present invention makes cools by holding up bottle mechanism rack 14 and tong moving mechanism 13 to be delivered on coolship 1002.
Rotary cooling body of the present invention, its cooling table becomes the coolship of rotation from long transfer limes.When coolship rotates, vial placed thereon, just always by cold front heavy rain, until temperature drops to appropriate level, is just taken off by workman.This mechanism effectively avoids the situation needing larger place when using transfer limes, also effectively ensure that vial can stop the sufficient time on coolship, thus thoroughly cools.It is simple that rotary cooling body of the present invention has structure, be easy to mounting arrangements, and energy consumption is also relatively low; And existing cooling body mostly is the automatic delivering mechanism that straight line is arranged, this mechanism often needs longer transfer limes, and to ensure that vial thoroughly cools, therefore, this mechanism needs larger place, the place of wider width in other words.Whole transfer limes all will have cold wind carry, therefore the power consumption of this mechanism is also larger.
As a kind of preferred mode of the present invention, in order to improve vertical shaft and hold up bottle to clamp the stability of bottle vertical shaft, vertical shaft and the top holding up bottle to clamp bottle vertical shaft link together through union lever, form a portalframe.
Bottle-making machine of the present invention also has the feature that structure is simple, floor space is little on the whole.
Claims (10)
1. a rotating disc type glass bottle-making machine, comprise base, Zheng Chui mechanism and air supply mechanism, first mold mechanism and switching mechanism on described base, it is characterized in that, described base is also provided with rotating disk body, described rotating disk body is driven by rotary tray motor and rotates, described rotating disk body is arranged with vertical shaft, described Zheng Chui mechanism and air supply mechanism are set on vertical shaft, described rotating disk body is equipped with switching molding mechanism, described switching molding mechanism comprises the cylinder block base plate be arranged on rotating disk body, described cylinder block base plate is provided with slide rail, described slide rail is equipped with the cylinder that can slide on slide rail, described cylinder is communicated with outside source of the gas, described cylinder is equipped with rack frame, and described rack frame is provided with tooth bar, described cylinder block base plate is provided with for driving the switch mold shaft embracing pincers motion through bearing housing, and described switch mold shaft is provided with the intermeshing toothed segment with tooth bar.
2. rotating disc type glass bottle-making machine according to claim 1, is characterized in that, described switch mold shaft two is one group, described rotating disk body is provided with four cylinder block base plates, each cylinder block base plate is provided with one group of switch mold shaft.
3. rotating disc type glass bottle-making machine according to claim 2, is characterized in that, described cylinder is communicated with Pneumatic valve and gas path distributor by the road successively, and described gas path distributor is arranged on rotating disk body; Described base is also provided with the assembly of taking blame for others cooperatively interacted with gas path distributor.
4. rotating disc type glass bottle-making machine according to claim 3, it is characterized in that, described gas path distributor is provided with the left inlet mouth of divider, divider primary air inlet, the right inlet mouth of divider, the left air outlet of divider, the main air outlet of divider and the right air outlet of divider, the left inlet mouth of divider and the left air outlet of divider are formed through path, described divider primary air inlet and the main air outlet of divider are formed through path, the right inlet mouth of described divider and the right air outlet of divider are formed through path, the path that divider primary air inlet and the main air outlet of divider are formed is as main gas circuit.
5. rotating disc type glass bottle-making machine according to claim 4, is characterized in that, described in assembly of taking blame for others comprise corner three-way, take blame for others, described corner three-way is connected with taking blame for others; Described assembly of taking blame for others also comprises fourth cyanogen sealing-ring, inflation sleeve, and described fourth cyanogen sealing-ring is arranged in corner three-way, and described inflation sleeve is arranged in fourth cyanogen sealing-ring; Described fourth cyanogen sealing-ring bottom centre position and sidewall respectively have a circular hole; Described inflation sleeve bottom centre position has the circular hole of and fourth cyanogen sealing-ring bottom centre position circular hole formed objects, and inflation sleeve sidewall has the circular hole of and fourth cyanogen sealing-ring sidewall circular hole formed objects; Described corner three-way comprises an air source inlet and two trench structures, and described air source inlet and trench structure are arranged on wherein two adjacently situated surfaces of corner three-way four rotary surfaces; Two trench structure sizes are identical, are arranged symmetrically in air source inlet both sides; It is through that described air source inlet and trench structure pass through circular hole; Two trench structures form two pneumatic outlets.
6. rotating disc type glass bottle-making machine according to claim 2, it is characterized in that, described rotating disk body is also arranged with the lifting disk for placing glass bottle, the number of described lifting disk is identical with the group number of switch mold shaft, and described lifting disk is mutually adaptive with armful position of clamping be arranged on switch mold shaft; The lower end of described lifting disk is set on pedestal, described base sleeve is located on rotating disk body, the bottom of described pedestal is arranged with control hand wheel, described control hand wheel is connected with governor lever, described governor lever to stretch in pedestal and is threaded with lifting disk, the upper end of described pedestal is connected with bearing cover, and the lower end of described lifting disk is stretched in pedestal through bearing cover; Described lifting disk offers keyway, and described bearing cover is provided with the projection mutually adaptive with keyway.
7. rotating disc type glass bottle-making machine according to claim 6, is characterized in that, is arranged with linear bearings in described pedestal, and the lower end of described lifting disk is set in linear bearings.
8. according to the arbitrary described rotating disc type glass bottle-making machine of claim 1-7, it is characterized in that, described base is also provided with and holds up bottle to clamp bottle vertical shaft, described hold up bottle to clamp bottle vertical shaft is arranged with hold up a bottle mechanism rack, describedly hold up a bottle mechanism rack to be provided with to hold up a bottle cylinder, described in hold up the lower end of bottle cylinder to be connected with to hold up a bottle head; Described holding up on bottle pincers bottle vertical shaft is also arranged with tong moving mechanism, described tong moving mechanism comprises being set in holds up the pincers on bottle pincers bottle vertical shaft to move device bearing, described pincers move on device bearing and are equipped with transmitting gear, described pincers move on device bearing and are connected with servomotor, described servomotor is connected with gear, described gear clamps the transmitting gear moved on device bearing and engages each other with being arranged on, described transmitting gear is connected with pincers and moves device, described pincers move on device and are hinged with clamp, described clamp comprises chuck, and described chuck is equipped for driving the pincers of chuck opening and closing to move cylinder.
9. rotating disc type glass bottle-making machine according to claim 8, is characterized in that, described in hold up bottle to clamp on bottle vertical shaft to be also arranged with rotary cooling body, described rotary cooling body is located at the below of tong moving mechanism.
10. rotating disc type glass bottle-making machine according to claim 9, it is characterized in that, described rotary cooling body comprises transmission rig, coolship, coolship bellows, coolship body frame and motor, described coolship body frame is arranged on holds up bottle to clamp on bottle vertical shaft, described transmission rig is driven by motor, described coolship is fixedly connected with transmission rig, and coolship level is placed in above coolship body frame, and described coolship bellows are installed on coolship body frame; Described coolship offers some circular holes.
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| CN201510572696.XA CN105198190B (en) | 2015-09-10 | 2015-09-10 | A kind of rotating disc type glass bottle-making machine |
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| CN201510572696.XA CN105198190B (en) | 2015-09-10 | 2015-09-10 | A kind of rotating disc type glass bottle-making machine |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105906188A (en) * | 2016-06-23 | 2016-08-31 | 太仓市黄发记机械模具制造有限公司 | Glass kettle molding machine |
| CN108007678A (en) * | 2017-11-13 | 2018-05-08 | 杭州优纳摩擦材料有限公司 | A kind of wind power yawing brake tester |
| CN110642502A (en) * | 2019-11-05 | 2020-01-03 | 荆门市楚大机电有限公司 | Bottle making machine |
| CN112320357A (en) * | 2020-10-09 | 2021-02-05 | 建德市帝华饰品有限公司 | Gantry type glass drop detection device |
| CN112590437A (en) * | 2020-12-30 | 2021-04-02 | 石家庄弘品科技有限公司 | Adjustable cylinder metal engraving device capable of automatically changing surface |
| CN115259633A (en) * | 2022-07-23 | 2022-11-01 | 浙江恒雁通用设备有限公司 | Molding switch device of ranks machine |
| CN115401457A (en) * | 2022-08-02 | 2022-11-29 | 鹤山市信佳自动化机械设备有限公司 | Drilling and tapping flying surface combined machine |
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| CN201031200Y (en) * | 2007-05-17 | 2008-03-05 | 荆门市楚大机电有限公司 | Numerical controlled machine for forming bottle made with glass |
| CN102363551A (en) * | 2011-07-02 | 2012-02-29 | 湖北亚哥机电有限公司 | Fully automatic multi-station glass bottle making machine |
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| CN201031200Y (en) * | 2007-05-17 | 2008-03-05 | 荆门市楚大机电有限公司 | Numerical controlled machine for forming bottle made with glass |
| CN102363551A (en) * | 2011-07-02 | 2012-02-29 | 湖北亚哥机电有限公司 | Fully automatic multi-station glass bottle making machine |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105906188A (en) * | 2016-06-23 | 2016-08-31 | 太仓市黄发记机械模具制造有限公司 | Glass kettle molding machine |
| CN108007678A (en) * | 2017-11-13 | 2018-05-08 | 杭州优纳摩擦材料有限公司 | A kind of wind power yawing brake tester |
| CN108007678B (en) * | 2017-11-13 | 2019-11-19 | 杭州优纳摩擦材料有限公司 | A kind of wind power yawing brake tester |
| CN110642502A (en) * | 2019-11-05 | 2020-01-03 | 荆门市楚大机电有限公司 | Bottle making machine |
| CN112320357A (en) * | 2020-10-09 | 2021-02-05 | 建德市帝华饰品有限公司 | Gantry type glass drop detection device |
| CN112590437A (en) * | 2020-12-30 | 2021-04-02 | 石家庄弘品科技有限公司 | Adjustable cylinder metal engraving device capable of automatically changing surface |
| CN115259633A (en) * | 2022-07-23 | 2022-11-01 | 浙江恒雁通用设备有限公司 | Molding switch device of ranks machine |
| CN115259633B (en) * | 2022-07-23 | 2024-01-16 | 浙江恒雁通用设备有限公司 | Molding switch device of row-column machine |
| CN115401457A (en) * | 2022-08-02 | 2022-11-29 | 鹤山市信佳自动化机械设备有限公司 | Drilling and tapping flying surface combined machine |
| CN115401457B (en) * | 2022-08-02 | 2024-07-23 | 鹤山市信佳自动化机械设备有限公司 | Drilling and tapping plane combination machine |
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