CN201693350U - Automatic straight pipe flange assembling machine - Google Patents
Automatic straight pipe flange assembling machine Download PDFInfo
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- CN201693350U CN201693350U CN2010201995565U CN201020199556U CN201693350U CN 201693350 U CN201693350 U CN 201693350U CN 2010201995565 U CN2010201995565 U CN 2010201995565U CN 201020199556 U CN201020199556 U CN 201020199556U CN 201693350 U CN201693350 U CN 201693350U
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Abstract
The utility model relates to an assembling machine, in particular to an assembling machine for automatically assembling a steel pipe flange, which comprises a base. The base is provided with a base lead rail; the base is respectively provided with a driven assembling machine and a driving assembling machine; the driven assembling machine and the driving assembling machine are oppositely arranged; and the driven assembling machine and the driving assembling machine respectively comprise a dolly moving mechanism, a pillar assembling mechanism and a chuck grasping mechanism. The assembling machine has high degree of automation, simple operation, reliable performance and high processing precision and improves the working efficiency.
Description
Technical field
The utility model relates to a kind of assembly machine, particularly a kind of assembly machine that is used to carry out automation assembling steel pipe flange.
Background technology
Assembly flange of the prior art all is to carry out artificial assembling, and automaticity is low, and inefficiency, and assembling is afraid of that precision is very low, deposit big very very potential safety hazard.
Chinese patent CN200820037771.8 discloses a kind of flange assembling device, and it includes switch board, but is equiped with the chuck of mounting flange on the switch board.Chuck is provided with three catchings in order to the ladder profile of tooth of mounting flange.The dish plane of chuck is perpendicular to the ground.The disclosed flange assembling of this utility model patent mode is a kind of simple assembling mode, do not have the function mode of automation, and stationarity is poor, is not suitable for the use in the spot welding device.
Summary of the invention
Main purpose of the present utility model is to solve the deficiencies in the prior art, proposes a kind of automatic straight tube flange assembly machine of before spot welding steel pipe flange being fixed.
The utility model is realized by following technological approaches:
A kind of automatic straight tube flange assembly machine, comprise base, base is provided with base rail, be respectively equipped with driven assembly machine and active assembly machine on the described base, described driven assembly machine is relative with assembly machine initiatively and establish, described driven assembly machine and active assembly machine comprise mobile trolley used mechanism respectively, assembling column agency and chuck grasping mechanism, described mobile trolley used mechanism comprises mobile trolley used base and scissor turning rolls, described mobile trolley used base and base rail are complementary, described scissor turning rolls is located on the mobile trolley used base, is fixed with the assembling column agency in the mobile trolley used mechanism; Described assembling column agency comprises column base, hydraulic jack, column guide rail, wire-feed motor, column slide block and column, be provided with hydraulic jack in the described column base, described column base is provided with the column guide rail, described column guide rail is provided with the column slide block, described hydraulic jack drives the column slide block and moves along the column guide rail, described column slide block is provided with column, is fixed with wire-feed motor in the described column, is fixed with the chuck grasping mechanism in the described column; Described chuck grasping mechanism comprises chuck assembly, rotary disk, ring flange, rotary disk motor and chuck motor, described rotary disk and rotary disk motor are fixedly connected, the turn of described rotary disk Electric Machine Control rotary disk, be provided with ring flange between rotary disk and chuck assembly, described ring flange matches with chuck motor and chuck assembly, described rotary disk and chuck assembly fit, described chuck assembly comprises gear mass, chuck, screw mandrel and clamp, described gear mass and chuck motor are fixedly connected, at least be evenly distributed with three chucks around the described gear mass, be provided with screw mandrel in the described chuck, described kelly and gear mass fix, the end of described chuck is provided with clamp, and described clamp and screw mandrel are fixedly connected; One side of described driven assembly machine and active assembly machine is provided with down charging mechanism, the described down charging mechanism of going up comprises feeding guide, feeding motor, material supporting rack, feeding base and hydraulic cylinder, be provided with feeding guide in the described feeding base, described feeding guide matches with the feeding motor and is connected, described feeding base is provided with material supporting rack, be provided with hydraulic cylinder in the described material supporting rack, the motion of described hydraulic cylinder control material supporting rack, the both sides of described feeding base are respectively equipped with material supporting rack and hydraulic cylinder; Described down charging mechanism and the driven assembly machine and the initiatively corresponding distribution of assembly machine gone up, described driven assembly machine, active assembly machine are controlled by control system mutually with last down charging mechanism.
The flange assembly machine adopts the automatic flange assembling, clamps automatically by scroll chuck, adjusts two end flanges automatically to the heart, the electronic chucking of scroll chuck, and the main end of chuck rotation adopts motor gear to drive the manual angle adjustment of driven end; The assembly machine two ends are covered with the walking guide rail, adopt servomotor to add the rack-and-pinion location, and the two ends column can move before and after on the walking chassis; When starting working, import outer diameter of steel pipes, steel pipe length in control system, be ready to steel pipe and flange in advance, flange is hung on the ring flange, electric chuck is fast automatic to tighten flange; Scissor turning rolls is adjusted automatically and is risen to certain height; Last down charging mechanism holder steel pipe and is moved on the chuck axis and stop, and last down charging mechanism rises steel pipe is put into to reset on the scissor turning rolls again and retreats; Regulate steel pipe two ends and flange axial alignment, the mobile trolley used mechanism in mobile two ends location, gap around mobile then two assembly machine post adjustment insertion flange depth reaches; Next just can the spot welding mounting flange, crawl chuck rotation when needing; Use the down charging mechanism discharging after spot welding finishes, transport the next process Working position to.Whole process labour intensity is little, simple to operate.As carrying out oblique flange assembling, only need the oblique flange angle of input, column can be regulated the anglec of rotation automatically, guarantees to reach the requirement of oblique flange setting angle.
Base adopts the shaped steel welding to form, and requires low to the integral installation foundation; Multiple spot is adjusted structure, and is easy to adjust, can guarantee levelness after the integral installation; Guide rail and tooth bar are installed in the both sides of base, and track base, tooth bar seat and base integral solder are made stress failures and handled other installed surfaces such as reprocessing track base, tooth bar seat, thereby guarantee installation, walking and positioning accuracy after the welding.
Mobile trolley used base in the mobile trolley used mechanism is positioned at above the entire equipment base, and the chassis both sides are equipped with road wheel and limited roller, is stuck in the track both sides, does not have the skew imagination when platform moves, and can effectively guarantee scissor turning rolls coaxial accuracy.Motor reducer, rack-and-pinion, the moving guide rail that can supply chassis to move freely be installed on chassis.By the engagement of reducing motor driven gear tooth bar, make roller horizontal cross motion on guide rail.The whole shaped steel that adopts of chassis base is welded, and has guaranteed intensity and stiffness, and there are four welding hooks at chassis base two ends, so that entire mechanism can be lifted up into the row lifting by the workshop row, the convenient installation; Levelness after the integral installation is guaranteed in the multiple spot adjustment.
The assembling column agency adopts the column of steel member welding, and is solid firm; The slide block that hydraulic jack drives the column bottom moves along the guide rail level is traversing, adopts the form of line slideway and slide block, and structure is steady, moves flexibly.Wire-feed motor is fixed on the column, makes things convenient for flange to install the back and protects the solder joint weldering with two; In order to adapt to the installation of oblique flange, column can be at the platform center line around Z axle+/+22.5 degree rotations, and the anglec of rotation is imported by operating system, and motor is adjusted voluntarily, positioning accuracy height, rapid and convenient.
Rotary disk driven by motor rotary disk in the chuck fastening mechanism rotates, and makes things convenient for spot welding; The chuck motor-driven drives bevel gear and screw mandrel, realizes the clamping of scroll chuck and unclamps.Self-centering chuck is a scroll chuck, has three clamps simultaneously, and chuck can allow the flange self-centering, is adjacent to chuck automatically, the concentricity and the depth of parallelism that can fine assurance two end flanges.Have flange bolt orifice angle alignment pin on the clamp, when needing, can guarantee the alignment of flange bolt hole, steel pipe two ends.
Roller leading screw, movable screw are equipped with in scissor turning rolls bottom, can cut the fork angle according to outer diameter of steel pipes lifting and manual the adjustment.Scissor turning rolls integral body can move axially along steel pipe, and steel pipe can roll on the roller carriage under the drive of main card dish, is convenient to steel pipe adjustment, butt joint or grafting.
Last down charging mechanism can be finished and be passed to material loading, welding back blanking.Hydraulic Station is made up of fuel tank, hydraulic pump and relevant control hydraulic valve, and fuel feeding is steady, is swift in motion.And whole hydraulic system power is big, the oil cylinder synchronism is good.Feeding driven by motor material supporting rack along guide rail walk to material stock frame pipe fitting under, material supporting rack above system's control hydraulic cylinder action jack-up dolly, after making pipe fitting fall in the V-type groove of material supporting rack, material supporting rack is back walked pipe fitting is transported out of the material stock frame, the material supporting rack initial position, the material supporting rack holder pipe fitting and is walked to two turning rolls centre positions along guide rail and stop, according to the turning rolls height, hydraulic cylinder heads on material supporting rack and rises to suitable height, the mobile trolley used action in length two ends according to pipe fitting, to suitable position, material supporting rack descends pipe fitting is put on the scissor turning rolls, and the material supporting rack material supporting rack resets, and material supporting rack leaves, after flange assembling spot welding finished, material supporting rack repetitive operation was put material stock frame to the other end with pipe fitting.Not only convenient, the stable performance of loading and unloading, and safety also can be satisfied the support feeding requirement of different pipe fitting length.
As preferably, described scissor turning rolls comprises roller control cabinet, screw, screw rod with rollers, scissors carriage and turning handle, be plugged with screw rod with rollers in the described roller control cabinet, be with the scissors carriage on the described screw rod with rollers, one end of described screw rod with rollers is provided with turning handle, and described turning handle is positioned at the sidewall of roller control cabinet, and described scissors carriage is intersected by two pressure pins and forms, two pressure pins form roller groove, are uniformly distributed with roller in described two pressure pins; Described gear mass is a bevel gear, described gear mass fixes with three chucks respectively, described three chucks be evenly distributed in gear mass around, the both sides of clamp are respectively equipped with the angle orientation pin in the chuck, described angle orientation pin matches with clamp, described clamp and screw mandrel are fixedly connected by the locking cover, are provided with detent mechanism between described chuck, and described detent mechanism and gear mass fix; Be provided with the retainer groove in the described material supporting rack, described feeding base sidewall be provided with pulley, described pulley is that symmetry shape distributes in twos.
As preferably, be respectively equipped with three rollers on described two pressure pins, described roller is evenly distributed in the pressure pin from the head of pressure pin successively; Described rotary disk is circular, the chuck motor is plugged on the circle centre position of rotary disk, described rotary disk motor is located at a side of chuck motor, clamp is " L " shape, the bottom surface of clamp contacts with chuck, described detent mechanism comprises locating piece, slide block and positioning seat, is provided with slide block in the described positioning seat, is connected with locating piece on the described slide block; Described retainer groove is flat V-arrangement.
As preferably, the sidewall of described column is provided with reinforcement, and the opening angle of described retainer groove is that 45 degree are to 75 degree.
As preferably, the both sides of described mobile trolley used base are respectively equipped with hook, and described hook is fixed on the sidewall of mobile trolley used base for the handstand shape.
As preferably, be provided with retention mechanism between described gear mass and the chuck, described retention mechanism comprises pinion, end plate, pressing plate, nut and bearing, the bottom of described gear mass is provided with pressing plate, the head of described chuck is provided with end plate, and end plate is crossed in described screw mandrel cross-under, is with bearing between described end plate and screw mandrel, described screw mandrel and pinion are fastened by nut, and described gear mass and pinion are complementary; Described gear mass also is provided with guard shield outward, and described guard shield and chuck assembly fix.
Therefore, the utility model provides automatic straight tube flange assembly machine, and the automaticity height is increased work efficiency, and improves the machining accuracy height, and is simple to operate, dependable performance.
Description of drawings
Fig. 1 is a structure general assembly schematic diagram of the present utility model;
Fig. 2 is the structural representation of mobile trolley used mechanism in the utility model;
Fig. 3 is the structural representation of assembling column agency in the utility model;
Fig. 4 be in the utility model the chuck fastening mechanism face structural representation;
Fig. 5 is a C-C sectional structure schematic diagram among Fig. 4;
Fig. 6 is the side-looking structural representation of scissor turning rolls in the utility model;
Fig. 7 is a structural representation of going up down charging mechanism in the utility model;
Fig. 8 is a side-looking structural representation of going up down charging mechanism in the utility model;
Fig. 9 is the A-A sectional structure schematic diagram of detent mechanism in the utility model.
The specific embodiment
Below by embodiment, and in conjunction with the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and shown in Figure 9, a kind of automatic straight tube flange assembly machine, comprise base 1, base 1 is provided with base rail 2, be respectively equipped with driven assembly machine 3 and active assembly machine 4 on the described base 1, described driven assembly machine 3 and assembly machine initiatively 4 are relative and establish, described driven assembly machine 3 and active assembly machine 4 comprise mobile trolley used mechanism respectively, assembling column agency and chuck grasping mechanism, described mobile trolley used mechanism comprises mobile trolley used base 5 and scissor turning rolls 6, described mobile trolley used base 5 is complementary with base rail 2, the both sides of mobile trolley used base 5 are respectively equipped with hook 38, described hook 38 is fixed on the sidewall of mobile trolley used base 5 for the handstand shape, described scissor turning rolls 6 is located on the mobile trolley used base 5, scissor turning rolls 6 comprises roller control cabinet 26, screw 27, screw rod with rollers 28, scissors carriage 29 and turning handle 30, be plugged with screw rod with rollers 28 in the described roller control cabinet 26, be with scissors carriage 29 on the described screw rod with rollers 28, one end of described screw rod with rollers 28 is provided with turning handle 30, described turning handle 30 is positioned at the sidewall of roller control cabinet 26, described scissors carriage 29 is intersected by two pressure pins 31 and forms, two pressure pins 31 form roller groove 32, be uniformly distributed with roller 33 in described two pressure pins 31, be respectively equipped with three rollers 33 on two pressure pins 31, described roller 33 is evenly distributed in the pressure pin 31 successively from the head of pressure pin 31; Described rotary disk 14 is circular, chuck motor 16 is plugged on the circle centre position of rotary disk 14, described rotary disk motor 15 is located at a side of chuck motor 16, clamp 20 is " L " shape, the bottom surface of clamp 20 contacts with chuck 18, and described detent mechanism 40 comprises locating piece 42, slide block 43 and positioning seat 44, is provided with slide block 43 in the described positioning seat 44, be connected with locating piece 42 on the described slide block 43, be fixed with the assembling column agency in the mobile trolley used mechanism; Described assembling column agency comprises column base 7, hydraulic jack 8, column guide rail 9, wire-feed motor 10, column slide block 11 and column 12, the sidewall of column 12 is provided with reinforcement 37, be provided with hydraulic jack 8 in the described column base 7, described column base 7 is provided with column guide rail 9, described column guide rail 9 is provided with column slide block 11, described hydraulic jack 8 drives column slide block 11 and moves along column guide rail 9, described column slide block 11 is provided with column 12, be fixed with wire-feed motor 10 in the described column 12, be fixed with the chuck grasping mechanism in the described column 12; Described chuck grasping mechanism comprises chuck assembly 13, rotary disk 14, ring flange 41, rotary disk motor 15 and chuck motor 16, described rotary disk 14 is fixedly connected with rotary disk motor 15,14 turns of described rotary disk motor 15 control rotary disks, 13 of rotary disk 14 and chuck assemblies are provided with ring flange 41, described ring flange 41 matches with chuck motor 16 and chuck assembly 13, described rotary disk 14 fits with chuck assembly 13, described chuck assembly 13 comprises gear mass 17, chuck 18, screw mandrel 19 and clamp 20, described gear mass 17 is fixedly connected with chuck motor 16, at least be evenly distributed with three chucks 18 around the described gear mass 17, be provided with screw mandrel 19 in the described chuck 18, described kelly 19 fixes with gear mass 17, the end of described chuck 18 is provided with clamp 20, described clamp 20 is fixedly connected with screw mandrel 19, gear mass 17 is a bevel gear, described gear mass 17 fixes with three chucks 18 respectively, described three chucks 18 be evenly distributed in gear mass 17 around, the both sides of clamp 20 are respectively equipped with angle orientation pin 34 in the chuck 18, described angle orientation pin 34 matches with clamp 20, described clamp 20 is fixedly connected by locking cover 39 with screw mandrel 19,18 on described chuck is provided with detent mechanism 40, described detent mechanism 40 fixes with gear mass 17, be provided with retention mechanism between described gear mass 17 and the chuck 18, described retention mechanism comprises pinion 45, end plate 46, pressing plate 47, nut 48 and bearing 49, the bottom of described gear mass 17 is provided with pressing plate 47, the head of described chuck 18 is provided with end plate 46, end plate 46 is crossed in described screw mandrel 19 cross-under, 19 of described end plate 46 and screw mandrels are with bearing 49, described screw mandrel 19 is fastened by nut 48 with pinion 45, and described gear mass 17 is complementary with pinion 45; The described gear mass 17 outer guard shields 50 that also are provided with, described guard shield 50 fixes with chuck assembly 13; One side of described driven assembly machine 3 and active assembly machine 4 is provided with down charging mechanism, the described down charging mechanism of going up comprises feeding guide 21, feeding motor 22, material supporting rack 23, feeding base 24 and hydraulic cylinder 25, be provided with feeding guide 21 in the described feeding base 24, described feeding guide 21 matches with feeding motor 22 and is connected, described feeding base 24 is provided with material supporting rack 23, be provided with hydraulic cylinder 25 in the described material supporting rack 23,23 motions of described hydraulic cylinder 25 control material supporting racks, be provided with retainer groove 32 in the material supporting rack 23, retainer groove 32 is flat V-arrangement, the opening angle of retainer groove 32 is that 45 degree are to 75 degree, described feeding base 24 sidewall be provided with pulley 36, described pulley 36 is symmetry shape distribution in twos, and the both sides of described feeding base 24 are respectively equipped with material supporting rack 23 and hydraulic cylinder 25; Described down charging mechanism and the driven assembly machine 3 and initiatively assembly machine 4 corresponding distributions gone up, described driven assembly machine 3, active assembly machine 4 are controlled by control system mutually with last down charging mechanism.
Workflow of the present invention is as follows:
(1) with the steel pipe work piece hoisting to material supporting rack, guarantee workpiece center symmetry on material supporting rack, off-centre is no more than 100mm, material supporting rack can be deposited 5 steel pipes simultaneously;
(2) external diameter, length parameter, the flange angle of inclination of input steel pipe on touch-screen;
(3) start the roller carriage, the roller carriage, is cut the fork opening angle and is adjusted to special angle automatically to certain height according to steel pipe parameter automatic lifting;
(4) adjust the two ends walking carriage, system regulates the two ends chuck spacing and the chuck anglec of rotation, and chuck distributes in bin center line bilateral symmetry, confirms that column is whether vertical or is offset;
(5) steel pipe flange is lifted on the electric chuck of flange assembly machine, start knob, clamping flange;
(6) if when two end flanges do not have angle to require, can directly start three-jaw, three-jaw steps up flange and looks for the heart automatically, and clamp is pressed onto flange on the chuck automatically; If two end flanges have the angle requirement, need earlier the angle orientation pin passed and start three again behind the flange mounting hole and grab chucking;
(7) start down charging mechanism arrive to transport steel pipe under, last down charging mechanism promotes steel pipe, treats that the steel pipe bottom surface exceeds material stock frame block picking-up steel pipe, down charging mechanism is walked in the startup; After last down charging mechanism is walked scissor turning rolls center line, put down steel pipe, go up the down charging mechanism supporting plate simultaneously and drop to least significant end, last down charging mechanism turn back to again next feeding steel pipe under;
(9) start column and move forward and backward mechanism, the position at the system automatic display platform of meeting place, the mode of employing crawl, it is close to pipe to order about the two ends chassis, and the pipe of lifting simultaneously height guarantees that pipe inserts flange smoothly, after if two end flanges put in place, system can automatic control platform stop.If abutted flange after flange puts in place, is regulated the height of turning rolls, guarantee that pipe is concordant with flange outer diameter.
Claims (6)
1. automatic straight tube flange assembly machine, comprise base (1), base (1) is provided with base rail (2), it is characterized in that: be respectively equipped with driven assembly machine (3) and active assembly machine (4) on the described base (1), described driven assembly machine (3) is relative with assembly machine (4) initiatively and establish, described driven assembly machine (4) and active assembly machine (4) comprise mobile trolley used mechanism respectively, assembling column agency and chuck grasping mechanism, described mobile trolley used mechanism comprises mobile trolley used base (5) and scissor turning rolls (6), described mobile trolley used base (5) is complementary with base rail (2), described scissor turning rolls (6) is located on the mobile trolley used base (5), is fixed with the assembling column agency in the mobile trolley used mechanism; Described assembling column agency comprises column base (7), hydraulic jack (8), column guide rail (9), wire-feed motor (10), column slide block (11) and column (12), be provided with hydraulic jack (8) in the described column base (7), described column base (7) is provided with column guide rail (9), described column guide rail (9) is provided with column slide block (11), described hydraulic jack (8) drives column slide block (11) and moves along column guide rail (9), described column slide block (11) is provided with column (12), be fixed with wire-feed motor (10) in the described column (12), described column is fixed with the chuck grasping mechanism in (12); Described chuck grasping mechanism comprises chuck assembly (13), rotary disk (14), ring flange (41), rotary disk motor (15) and chuck motor (16), described rotary disk (14) is fixedly connected with rotary disk motor (15), the turn of described rotary disk motor (15) control rotary disk (14), be provided with ring flange (41) between rotary disk (14) and chuck assembly (13), described ring flange (41) matches with chuck motor (16) and chuck assembly (13), described rotary disk (14) fits with chuck assembly (13), described chuck assembly (13) comprises gear mass (17), chuck (18), screw mandrel (19) and clamp (20), described gear mass (17) is fixedly connected with chuck motor (16), at least be evenly distributed with three chucks (18) around the described gear mass (17), be provided with screw mandrel (19) in the described chuck (18), described kelly (19) fixes with gear mass (17), the end of described chuck (18) is provided with clamp (20), and described clamp (20) is fixedly connected with screw mandrel (19); One side of described driven assembly machine (3) and active assembly machine (4) is provided with down charging mechanism, the described down charging mechanism of going up comprises feeding guide (21), feeding motor (22), material supporting rack (23), feeding base (24) and hydraulic cylinder (25), be provided with feeding guide (21) in the described feeding base (24), described feeding guide (21) matches with feeding motor (22) and is connected, described feeding base (24) is provided with material supporting rack (23), be provided with hydraulic cylinder (25) in the described material supporting rack (23), described hydraulic cylinder (25) control material supporting rack (23) motion, the both sides of described feeding base (24) are respectively equipped with material supporting rack (23) and hydraulic cylinder (25); Described upward down charging mechanism and driven assembly machine (3) and the initiatively corresponding distribution of assembly machine (4), described driven assembly machine (3), active assembly machine (4) are controlled by control system mutually with last down charging mechanism.
2. automatic straight tube flange assembly machine according to claim 1, it is characterized in that: described scissor turning rolls (6) comprises roller control cabinet (26), screw (27), screw rod with rollers (28), scissors carriage (29) and turning handle (30), be plugged with screw rod with rollers (28) in the described roller control cabinet (26), be with scissors carriage (29) on the described screw rod with rollers (28), one end of described screw rod with rollers (28) is provided with turning handle (30), described turning handle (30) is positioned at the sidewall of roller control cabinet (26), described scissors carriage (29) is intersected by two pressure pins (31) and forms, two pressure pins (31) form roller groove (32), are uniformly distributed with roller (33) in described two pressure pins (31); Described gear mass (17) is a bevel gear, described gear mass (17) fixes with three chucks (18) respectively, described three chucks (18) be evenly distributed in gear mass (17) around, the both sides of clamp (20) are respectively equipped with angle orientation pin (34) in the chuck (18), described angle orientation pin (34) matches with clamp (20), described clamp (20) is fixedly connected by locking cover (39) with screw mandrel (19), be provided with detent mechanism (40) between described chuck (18), described detent mechanism (40) fixes with gear mass (17); Be provided with retainer groove (35) in the described material supporting rack (23), described feeding base (24) sidewall be provided with pulley (36), described pulley (36) is that symmetry shape distributes in twos.
3. automatic straight tube flange assembly machine according to claim 2 is characterized in that: be respectively equipped with three rollers (33) on described two pressure pins (31), described roller (33) is evenly distributed in the pressure pin (31) successively from the head of pressure pin (31); Described rotary disk (14) is circular, chuck motor (16) is plugged on the circle centre position of rotary disk (14), described rotary disk motor (16) is located at a side of chuck motor (16), clamp (20) is " L " shape, the bottom surface of clamp (20) contacts with chuck (18), described detent mechanism (40) comprises locating piece (42), slide block (43) and positioning seat (44), is provided with slide block (43) in the described positioning seat (44), is connected with locating piece (42) on the described slide block (43); Described retainer groove (35) is flat V-arrangement.
4. automatic straight tube flange assembly machine according to claim 3, it is characterized in that: the sidewall of described column (12) is provided with reinforcement (37), and the opening angle of described retainer groove (35) is that 45 degree are to 75 degree.
5. automatic straight tube flange assembly machine according to claim 1 and 2, it is characterized in that: the both sides of described mobile trolley used base (5) are respectively equipped with hook (38), and described hook (38) is fixed on the sidewall of mobile trolley used base (5) for the handstand shape.
6. according to claim 2 or 3 described automatic straight tube flange assembly machines, it is characterized in that: be provided with retention mechanism between described gear mass (17) and the chuck (18), described retention mechanism comprises pinion (45), end plate (46), pressing plate (47), nut (48) and bearing (49), the bottom of described gear mass (17) is provided with pressing plate (47), the head of described chuck (18) is provided with end plate (46), end plate (46) is crossed in described screw mandrel (19) cross-under, be with bearing (49) between described end plate (46) and screw mandrel (19), described screw mandrel (19) is fastened by nut (48) with pinion (45), and described gear mass (17) is complementary with pinion (45); The outer guard shield (50) that also is provided with of described gear mass (17), described guard shield (50) fixes with chuck assembly (13).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201995565U CN201693350U (en) | 2010-05-20 | 2010-05-20 | Automatic straight pipe flange assembling machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201995565U CN201693350U (en) | 2010-05-20 | 2010-05-20 | Automatic straight pipe flange assembling machine |
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| CN201693350U true CN201693350U (en) | 2011-01-05 |
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| CN2010201995565U Expired - Fee Related CN201693350U (en) | 2010-05-20 | 2010-05-20 | Automatic straight pipe flange assembling machine |
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| CN102011907A (en) * | 2010-05-20 | 2011-04-13 | 杭州欣诚祥机电技术有限公司 | Automatic assembly machine for straight pipe flange |
| CN102745491A (en) * | 2012-07-11 | 2012-10-24 | 无锡市福曼科技有限公司 | Circular article positioning device |
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| CN102011907B (en) * | 2010-05-20 | 2012-12-12 | 杭州欣诚祥机电技术有限公司 | Automatic assembly machine for straight pipe flange |
| CN102011907A (en) * | 2010-05-20 | 2011-04-13 | 杭州欣诚祥机电技术有限公司 | Automatic assembly machine for straight pipe flange |
| CN103192256B (en) * | 2012-01-04 | 2016-06-08 | 丁伟兴 | A kind of steel bushing assembling device simultaneously assembling some flexible pipes and hose-assembly machine |
| CN103192256A (en) * | 2012-01-04 | 2013-07-10 | 丁伟兴 | Steel jacket assembling device of flexible pipe assembling machine capable of assembling multiple flexible pipes once |
| CN102745491A (en) * | 2012-07-11 | 2012-10-24 | 无锡市福曼科技有限公司 | Circular article positioning device |
| CN105290715A (en) * | 2014-06-19 | 2016-02-03 | 上海振华重工(集团)股份有限公司 | Conical cylinder body and straight cylinder body arc flange assembling and machining method |
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| CN104400427A (en) * | 2014-12-01 | 2015-03-11 | 西北工业大学 | Assembly table based on grouping technique |
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Address after: 311245, Hangzhou Town, Xiaoshan District, Zhejiang Patentee after: Xinchengxiang Electromechanical Technology Co., Ltd., Hangzhou Address before: 311225 a group of Kimcheon village, Yi Peng Town, Xiaoshan District, Zhejiang, Hangzhou Patentee before: Xinchengxiang Electromechanical Technology Co., Ltd., Hangzhou |
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