CN209697825U - Double tower disk press machine - Google Patents

Abstract

The utility model provides a kind of double tower disk press machine, is related to NC turret punch machine technical field, solves the technical problem that mold arrangement quantity is few, more mold exchange is time-consuming and laborious existing for single column disk press machine.The double tower disk press machine includes fuselage, the strike power source being arranged on fuselage, is disposed side by side in fuselage and two sets of tower tray groups being located at below strike power source, the horizontal mobile mechanism and rotating mechanism that are all connected with two sets of tower tray groups, makes any upper disk in two sets of tower tray groups and the mold face setting on any lower wall and is located at below strike power source.Two sets of tower tray groups are that linking moves in the same direction in the utility model, can load more stamping dies, use linear guide for guiding parts, reduce double tower disk it is mobile when the frictional resistance that generates, the loss for reducing energy reduces the time of die change, improves work efficiency.

Description

Double tower disk press machine

Technical field

The utility model relates to NC turret punch machine technical fields, more particularly, to used in a kind of NC turret punch machine Double tower disk is the same as mobile pressure machine.

Background technique

NC turret punch machine is mechanical, electrical, the liquid integrated product of the collection of most vitality in pressworking equipment, including pressure Power machine and feeder can be used for the processing of the sheet metal of more materials, can disposably complete the processing of multiple apertures and stretching.It is existing Have in technology, the press machine in NC turret punch machine is mostly O-shaped structure, be configured with one group of capstan head, capstan head be divided into tower tray and The rotation of lower tower tray, upper and lower tower tray is realized by chain and transmission shaft and motor.

Applicants have discovered that at least there is following technical problem in the prior art:

With the rapid development of panel beating sector, the shortcoming of the NC turret punch machine of single column disk is slowly showed: metal plate The pass of golden industry increases rapidly, the NC turret punch machine of single column disk since the relationship of structure cannot configure enough molds, this Sample must not be changed without mold when processing different metal plate products, waste the more time in this way.

Utility model content

The purpose of this utility model is to provide a kind of double tower disks for NC turret punch machine with mobile pressure machine, with solution The technology that mold arrangement quantity is few, more mold exchange is time-consuming and laborious existing for single column disk press machine certainly existing in the prior art is asked Topic.

To achieve the above object, the utility model provides following technical scheme:

A kind of double tower disk press machine provided by the utility model, including fuselage, the strike power being arranged on the fuselage Source, the two sets of tower tray groups and two sets of tower tray groups for being disposed side by side in the fuselage and being located at below the strike power source The horizontal mobile mechanism and rotating mechanism being all connected with make the mold on any upper disk and any lower wall in two sets of tower tray groups Face is arranged and is located at below the strike power source.

By two sets of tower tray groups of setting, horizontal mobile mechanism and rotating mechanism, so that any upper disk in two sets of tower tray groups With on any lower wall upper mold and lower mold face setting, so that punching press movement is carried out, through the above structure, so that press machine The number of molds of upper assembly is doubled compared to the press machine of single column disk group, reduces the more mold exchange time, improves working efficiency.

The upper disk of two in two sets of tower tray groups and/or two sets of towers as a further improvement of the utility model, Two lower walls in disk group are move mode in the same direction simultaneously；And/or two upper disks and/or two sets of institutes in two sets of tower tray groups Two in tower tray group lower walls are stated to be while rotating in same direction mode.

In press machine work, rotating Vortex and mobile in the same direction simultaneously while two groups of tower tray groups can effectively guarantee tower The movement of disk group and running accuracy, and production cost can be reduced to greatest extent, the design of double tower dish structure can effectively increase The number of cutters of oil (gas) filling device reduces the artificial lead-time, improves production efficiency.

The rotation of the upper disk and lower wall in tower tray group described in every set is independence as a further improvement of the utility model, Rotation mode.

Tower tray group described in every set includes the upper base plate being oppositely arranged, lower seat as a further improvement of the utility model, Plate, the upper disk and lower wall for being rotatably installed in the upper base plate and the lower seat board opposite side respectively, the upper base plate and it is described under Seat board passes through the horizontal mobile mechanism respectively and connect with the fuselage, and two sets of rotating mechanisms are separately positioned on the seat of honour On plate and the lower seat board, and it is sequentially connected respectively with two upper disks and two lower walls.

The horizontal mobile mechanism and the rotating mechanism are located at described as a further improvement of the utility model, The front and rear of fuselage.

The horizontal mobile mechanism includes linear guide, sliding block and engine as a further improvement of the utility model, Structure, the linear guide are fixed on the fuselage roof and bottom, and the upper base plate and the lower seat board pass through the cunning respectively The linear guide of block and corresponding position is slidably connected, and the quantity of the power mechanism is two sets, two sets of power mechanisms Be separately mounted to the upper and lower part on front side of the fuselage, and two sets of power mechanisms respectively with two upper base plates and two A lower seat board transmission connection.

The power mechanism includes motor, ball-screw, link block as a further improvement of the utility model, described The output shaft of motor is connect with the lead screw of the ball-screw, and the quantity of the link block is two, two link blocks one End is connect with two upper base plates or two lower seat boards respectively, and the nut of the other end and the ball-screw is fixed to be connected It connects.

As a further improvement of the utility model, rotating mechanism described in every set include driven flange frame, decelerating motor, Chain, outer sprocket wheel and inner sprocket, the driven flange frame are fixed on the upper base plate or the lower seat board, the decelerating motor It is sequentially connected with the outer sprocket wheel being mounted in the driven flange frame, the chain, which is successively wound around, to be mounted on described in two The inner sprocket in the rotary shaft of upper disk or two lower walls.

The double tower disk press machine further includes being mounted on the upper base plate and institute as a further improvement of the utility model, Four sets of positioning components on lower seat board are stated, pass through the positioning component after the upper disk or the lower wall rotate to designated position Realize the locking of position.

The positioning component includes T shape fixing seat, is arranged in the fixing seat as a further improvement of the utility model, Cylinder at two steps, at the top of the fixing seat and be all connected with the piston rod of two cylinders connecting plate, peace On the connecting plate and pass through the positioning being clamped after the fixing seat with the side fixation hole of the upper disk or the lower wall Pin.

The utility model has the following beneficial effects: compared with prior art

For double tower disk press machine provided by the utility model by being provided with same dynamic formula double tower disk, press machine is optional in punching press It selects any set in two sets of tower tray groups and carries out punching press, also can choose upper disk in a set of tower tray group or lower wall and another set of tower tray Mold on lower wall or upper disk in group carries out punching press, and two sets of tower tray groups are that linking moves in the same direction, the same mobile pressure of double tower disk Machine can load more stamping dies, use linear guide for guiding parts, reduce double tower disk it is mobile when generate rub Resistance is wiped, the loss of energy is reduced, reduces the time of die change, improve work efficiency.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the schematic perspective view that the utility model double tower disk press machine is looked over from front；

Fig. 2 is the schematic perspective view that the utility model double tower disk press machine is looked over from rear portion；

Fig. 3 is the schematic perspective view looked over after the utility model double tower disk press machine removes fuselage from front；

Fig. 4 is the schematic perspective view looked over after the utility model double tower disk press machine removes fuselage from rear portion；

Fig. 5 is the schematic perspective view of positioning component in the utility model double tower disk press machine.

1, fuselage in figure；2, power source is hit；3, tower tray group；3-1, No.1 tower tray group；3-2, No. two tower tray groups；31, on Disk；Disk on 31-1, No.1；31-2, No.1 lower wall；31-3, No. two upper disks；31-4, No. two lower walls；32, lower wall；33, upper base plate； 33-1, No.1 upper base plate；Seat board under 33-2, No.1；33-3, No. two upper base plates；33-4, No. two lower seat boards；34, lower seat board；4, Horizontal mobile mechanism；41, linear guide；42, sliding block；43, power mechanism；431, motor；432, ball-screw；433, it connects Block；5, rotating mechanism；51, driven flange frame；52, decelerating motor；53, chain；54, outer sprocket wheel；6, positioning component；61, fixed Seat；62, cylinder；63, connecting plate；64, fixation hole；65, positioning pin；100, mold.

Specific embodiment

To keep the purpose of this utility model, technical solution and advantage clearer, below by the technology to the utility model Scheme is described in detail.Obviously, the described embodiments are only a part of the embodiments of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not before making creative work Obtained all other embodiment is put, the range that the utility model is protected is belonged to.

As shown in Figure 1, the utility model provides a kind of double tower disk press machine, on the fuselage 1 including fuselage 1, setting Power source 2 is hit, is disposed side by side in fuselage 1 and is located at the two sets of tower tray groups 3 and two sets of tower tray groups 3 of 2 lower section of strike power source The horizontal mobile mechanism 4 and rotating mechanism 5 being all connected with make on any upper disk 31 and any lower wall 32 in two sets of tower tray groups 3 100 face of mold is arranged and is located at 2 lower section of strike power source.

By two sets of tower tray groups 3 of setting, horizontal mobile mechanism 4 and rotating mechanism 5, so that any in two sets of tower tray groups 3 Upper disk 31 and upper mold and the setting of lower mold face on any lower wall 32, to carry out punching press movement, through the above structure, make It obtains the number of molds assembled on press machine to double compared to the press machine of single column disk group, reduces the more mold exchange time, improve work Make efficiency.

Multiple stamping dies, and position are along the circumferential direction evenly arranged on upper disk 31 and lower wall 32 in two sets of tower tray groups 3 Upper mold on Yu Shangpan 31 can move down after compression.

In use, by horizontal mobile mechanism 4 by disk 31 on wherein one and a lower wall 32 upper mold and lower mold move Move strike power source 2 lower section, then by rotating mechanism 5 by upper/lower die to just, using strike power source 2 to press upper mold It enters in lower mold and stamps out the hole of required shape on the workpiece between upper disk 31 and lower wall 32.

As optional embodiment, two upper disks 31 in two sets of tower tray groups 3 and/or two in two sets of tower tray groups 3 Lower wall 32 is move mode in the same direction simultaneously；And/or two in two sets of tower tray groups 3 go up in disks 31 and/or two sets of tower tray groups 3 Two lower walls 32 are while rotating in same direction mode.

It should be noted that in the present invention, two upper disks 31 in two sets of tower tray groups 3 are movement side in the same direction simultaneously Formula, two lower walls 32 are move mode in the same direction simultaneously, and moving horizontally as independent control mode between upper disk 31 and lower wall 32, Two in two sets of tower tray groups 3 upper disks 31 are to rotate in same direction mode simultaneously, two lower walls 32 for and meanwhile rotate in same direction mode, and on Rotation between disk 31 and lower wall 32 is independent control mode.

In press machine work, rotating Vortex and mobile in the same direction simultaneously while two groups of tower tray groups 3 can effectively guarantee tower The movement of disk group 3 and running accuracy, and production cost can be reduced to greatest extent, the design of double tower dish structure can effectively increase The number of cutters of oil (gas) filling device reduces the artificial lead-time, improves production efficiency.

The rotation of upper disk 31 and lower wall 32 in every set tower tray group 3 is independent rotation mode.

As optional embodiment, as shown in Fig. 2, every set tower tray group 3 includes upper base plate 33, the lower seat being oppositely arranged Plate 34, the upper disk 31 and lower wall 32 for being rotatably installed in upper base plate 33 and lower 34 opposite side of seat board respectively, upper base plate 33 and lower seat board 34 are connect by horizontal mobile mechanism 4 with fuselage 1 respectively, and two sets of rotating mechanisms 5 are separately positioned on upper base plate 33 and lower seat board 34 On, and be sequentially connected respectively with two upper disks 31 and two lower walls 32.

It should be noted that in the present invention, before horizontal mobile mechanism 4 and rotating mechanism 5 are located at fuselage 1 Portion and rear portion.Design with this configuration can be avoided and interfere between horizontal mobile mechanism 4 and rotating mechanism 5, thus The volume of press machine can be reduced.

As shown in figure 3, horizontal mobile mechanism 4 includes linear guide 41, sliding block 42 and power mechanism 43, linear guide 41 is solid 1 top and bottom of fuselage are scheduled on, upper base plate 33 and lower seat board 34 are sliding by the linear guide 41 of sliding block 42 and corresponding position respectively Dynamic connection, the quantity of power mechanism 43 are two sets, and two sets of power mechanisms 43 are separately mounted to the upper and lower part of 1 front side of fuselage, And two sets of power mechanisms 43 are sequentially connected with two upper base plates 33 and two lower seat boards 34 respectively.

It should be noted that in the present invention, power mechanism 43 includes motor 431, ball-screw 432, link block 433, the output shaft of motor 431 is connect with the lead screw of ball-screw 432, and the quantity of link block 433 is two, two link blocks 433 one end are connect with two upper base plates 33 or two lower seat boards 34 respectively, and the nut of the other end and ball-screw 432 is fixed to be connected It connects.

Link block 433 is L shape, including plate portion and block portion, plate portion are fitted and connected in 34 plate face of upper base plate 33 or lower seat board, U-lag is offered in block portion, and the opening specification of U-lag is less than bottom specification, the nut of ball-screw 432 is fixed on U-shaped In slot.

As optional embodiment, as shown in figure 4, every set rotating mechanism 5 includes driven flange frame 51, decelerating motor 52, chain 53, outer sprocket wheel 54 and inner sprocket, driven flange frame 51 are fixed on upper base plate 33 or lower seat board 34, decelerating motor 52 It is sequentially connected with the outer sprocket wheel 54 being mounted in driven flange frame 51, chain 53, which is successively wound around, is mounted on two upper disks 31 or two Inner sprocket in the rotary shaft of a lower wall 32.When decelerating motor 52 starts, two in two sets of tower tray groups 3 are gone up disks 31 or two Lower wall 32 rotates in same direction simultaneously together under the drive of chain 53, so that the upper mold on upper disk 31 and the lower mold pair on lower wall 32 Just.

Upper disk 31 and lower wall 32 move in punching course after rotating to designated position in order to prevent, double tower disk press machine It further include four sets of positioning components 6 being mounted on upper base plate 33 and lower seat board 34, when upper disk 31 or lower wall 32 rotate to specific bit Postpone the locking that position is realized by positioning component 6.

It should be noted that in the present invention, as shown in figure 5, positioning component 6 exists including T shape fixing seat 61, setting Cylinder 62 at 61 two steps of fixing seat, positioned at connection fixing seat 61 top and be all connected with the piston rod of two cylinders 62 Plate 63 is mounted on connecting plate 63 and passes through the positioning being clamped after fixing seat 61 with the side fixation hole 64 of upper disk 31 or lower wall 32 Pin 65.Mold face setting when positioning pin 65 snaps onto fixation hole 64, on upper disk 31 and lower wall 32.

By being arranged with dynamic formula double tower disk, press machine may be selected double tower disk press machine provided by the utility model in punching press Any set in two sets of tower tray groups 3 carries out punching press, also can choose upper disk 31 in a set of tower tray group 3 or lower wall 2 with it is another set of Mold on lower wall 32 or upper disk 31 in tower tray group 3 carries out punching press, and two sets of tower tray groups 3 are that linking moves in the same direction, double tower disk More stamping dies can be loaded with mobile pressure machine, to facilitate the plate of reply different materials and thickness, are led using straight line Rail 41 is guiding parts, reduce double tower disk it is mobile when the frictional resistance that generates, reduce the loss of energy, reduce mold It the time of replacement, improves work efficiency.

Specific embodiment:

Comprehensive attached drawing 1-4, a kind of double tower disk press machine provided by the utility model, including fuselage 1, the top of fuselage 1 and Bottom is separately installed with four linear guides 41, the corresponding upper base plate 33 of every two linear guides 41 or a lower seat board 34, Two linear guides 41 are located at the both ends of 34 length direction of upper base plate 33 or lower seat board, are provided with three in every linear guide 41 A sliding block 42, upper base plate 33 and lower seat board 34 are slidably arranged in two linear guides 41 by two sliding blocks 42 of two sides respectively On；In fig. 3, two sets of tower tray groups 3 are respectively No.1 tower tray group 3-1 and No. two tower tray group 3-2, and No.1 tower tray group 3-1 includes Seat board 33-2 under No.1 upper base plate 33-1, No.1, disk 31-1 and No.1 lower wall 31-2 in No.1；No. two tower tray group 3-2 include two Number upper base plate 33-3, No. two lower seat board 33-4, No. two upper disk 31-3 and No. two lower wall 31-4；No. two are each configured on sliding block 42 It is arranged on seat board 33-2, No. two upper base plate 33-3 under upper base plate 33-3, No. two lower seat board 33-4, No.1 upper base plate 33-1, No.1 There are No. two upper disk 31-3, is provided with No. two lower wall 31-4 on No. two lower seat board 33-4, No.1 upper base plate 33-1 is provided in No.1 Disk 31-1, seat board 33-2 is provided with No.1 lower wall 31-2 under No.1, No. two upper base plate 33-3, No. two lower seat board 33-4, in No.1 Seat board 33-2 is provided with positioning component 6 under seat board 33-1, No.1, No. two upper base plate 33-3, No. two lower seat board 33-4, in No.1 Seat board 33-2 is provided with link block 433 under seat board 33-1, No.1, is configured with ball-screw 432, ball wire on link block 433 Motor 431 is provided on thick stick 432, disk 31-1 and No. two upper disk 31-3 are provided with chain 53, No.1 lower wall 31-2 and two in No.1 Chain 53 is provided on number lower wall 31-4, chain 53 and driven flange frame 51 connect, and deceleration electricity is provided in driven flange frame 51 Machine 52, driven flange frame 51 are connect with No. two lower seat board 33-4 and No. two upper base plate 33-3；

Disk 31-1 and No. two upper disk 31-3 are driven by chain 53 jointly in No.1, realize rotating Vortex simultaneously at work, No.1 lower wall 31-2 and No. two lower wall 31-4 are driven by chain 53 jointly, realize rotating Vortex simultaneously at work；Disk in No.1 31-1 and No. two upper disk 31-3 is commonly connected on same root ball-screw 432, realizes mobile in the same direction simultaneously, No.1 at work Lower wall 31-2 and No. two lower wall 31-4 are commonly connected on same root ball-screw 432, are realized at work mobile in the same direction simultaneously.

The working principle of press machine provided by the utility model: in press machine work, No. two tower tray group 3-2 are selected, then Motor 431 drives ball-screw 432 that No. two tower tray group 3-2 is driven to be moved to strike power source 2, carries out punching press；Select No.1 tower Disk group 3-1, then motor 431 drives ball-screw 432 that No.1 tower tray group 3-1 is driven to be moved to strike power source 2, carries out punching press.

Rotating Vortex and movement in the same direction simultaneously, can effectively guarantee the movement of tower tray group 3 and rotation while two groups of tower tray groups 3 Precision, and production cost can be reduced to greatest extent, double tower dish structure designs the cutter number that can effectively increase equipment Amount, reduces the artificial lead-time, improves production efficiency.

Taking or use for reference prior art in aforesaid way for the limited technical content that is related to can be realized.

Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with the power Subject to the protection scope that benefit requires.

Claims (10)

1. a kind of double tower disk press machine, which is characterized in that including fuselage, the strike power source being arranged on the fuselage, side by side It is arranged in the fuselage and is located at what two sets of tower tray groups and two sets of tower tray groups below the strike power source were all connected with The mold face on any upper disk and any lower wall in two sets of tower tray groups is arranged in horizontal mobile mechanism and rotating mechanism And it is located at below the strike power source.

2. double tower disk press machine according to claim 1, which is characterized in that two upper disks in two sets of tower tray groups And/or two lower walls in two sets of tower tray groups are move mode in the same direction simultaneously；And/or two in two sets of tower tray groups Two lower walls in upper disk and/or two sets of tower tray groups are while rotating in same direction mode.

3. double tower disk press machine according to claim 2, which is characterized in that upper disk and lower wall in tower tray group described in every set Rotation be independent rotation mode.

4. double tower disk press machine according to claim 2 or 3, which is characterized in that tower tray group described in every set includes opposite The upper base plate of setting, lower seat board, the upper disk and lower wall for being rotatably installed in the upper base plate and the lower seat board opposite side respectively, institute It states upper base plate and the lower seat board passes through the horizontal mobile mechanism respectively and connect with the fuselage, two sets of rotating mechanisms point It She Zhi not connect on the upper base plate and the lower seat board, and respectively with two upper disks and two lower wall transmissions It connects.

5. double tower disk press machine according to claim 4, which is characterized in that the horizontal mobile mechanism and the whirler Structure is located at the front and rear of the fuselage.

6. double tower disk press machine according to claim 5, which is characterized in that the horizontal mobile mechanism includes that straight line is led Rail, sliding block and power mechanism, the linear guide are fixed on the fuselage roof and bottom, the upper base plate and the lower seat board It being slidably connected respectively by the linear guide of the sliding block and corresponding position, the quantity of the power mechanism is two sets, two Cover the upper and lower part that the power mechanism is separately mounted on front side of the fuselage, and two sets of power mechanisms respectively with two The upper base plate and two lower seat board transmission connections.

7. double tower disk press machine according to claim 6, which is characterized in that the power mechanism includes motor, ball wire Thick stick, link block, the output shaft of the motor are connect with the lead screw of the ball-screw, and the quantity of the link block is two, and two A described link block one end is connect with two upper base plates or two lower seat boards respectively, the other end and the ball-screw Nut be fixedly connected.

8. double tower disk press machine according to claim 5, which is characterized in that rotating mechanism described in every set includes driven method Blue frame, decelerating motor, chain, outer sprocket wheel and inner sprocket, the driven flange frame are fixed on the upper base plate or the lower seat board On, the decelerating motor is sequentially connected with the outer sprocket wheel being mounted in the driven flange frame, the chain successively winding The inner sprocket in the rotary shaft for being mounted on two upper disks or two lower walls.

9. double tower disk press machine according to claim 4, which is characterized in that the double tower disk press machine further includes being mounted on Four sets of positioning components on the upper base plate and the lower seat board are logical after the upper disk or the lower wall rotate to designated position Cross the locking that the positioning component realizes position.

10. double tower disk press machine according to claim 9, which is characterized in that the positioning component include T shape fixing seat, Cylinder at two steps of the fixing seat, at the top of the fixing seat and equal with the piston rod of two cylinders is set The connecting plate of connection is mounted on the connecting plate and consolidates after passing through the fixing seat with the side of the upper disk or the lower wall Determine the positioning pin of hole clamping.