CN208261966U - A kind of fully-automatic metal materials in the tube cutter device - Google Patents

Abstract

A kind of fully-automatic metal materials in the tube cutter device, including cutting mechanism, the guide rail below cutting mechanism positioned at the guide rail other end and far from the locating piece of cutting mechanism, and place the rack of materials in the tube positioned at guide rail one end and close to the guiding mechanism of cutting mechanism；It is characterized by: being equipped with hold-down mechanism between the cutting mechanism and locating piece, the hold-down mechanism includes a pair of of the idler wheel A being movably arranged on track, and the cylinder A right above idler wheel A, it is movably equipped on the telescopic end of the cylinder A and is fixed on the side of track by a bracket A with the mutually matched idler wheel B of idler wheel A, the cylinder A.The utility model is mainly used in materials in the tube cutting, and has many advantages, such as that structure is simple, occupied area is small, cost is relatively low and automation cutting.

Description

A kind of fully-automatic metal materials in the tube cutter device

Technical field

The utility model relates to a kind of metal working devices, in particular to it is a kind of for according to actual use size requirements into And the cutter device of automatic cutting metal tube material.

Background technique

Currently, fully-automatic metal materials in the tube cutter device, since it takes up a large area, structure is complicated, maintenance cost height etc. lacks Point, is generally bought by large enterprise.For above-mentioned factor, for general medium-sized and small enterprises, more is still adopted Materials in the tube are sent to cutting machine underface cut in turn by traditional approach cutting, i.e. operator's materials in the tube dominated by hand.This Kind mode of operation does not control factor there are a variety of, also easily causes personal injury, risk can not control.For example, when cutting materials in the tube, by It is to be in rotation status in entire cutting process in materials in the tube, so easily causing the abrasion of operator's hand, either Gloves, clothing etc. are easy to be wound on cutting machine, this phenomenon is abnormally dangerous, and generally only veteran old skilled worker could grasp Make.For another example, it needs to position the length dimension of materials in the tube when cutting materials in the tube, typically be completed by positioning matrix；But by It is very fast in the rotation speed that materials in the tube are in rotation status and materials in the tube, it results in materials in the tube top and is produced with the part that matrix contacts is positioned Raw friction causes materials in the tube top to generate frequent bounce, finally easily leads to the cut lengths disunity of materials in the tube, generates waste material. Uncontrollable factor is there are also very much, such as scrap iron from splashing, grinding wheel breakage splash；So how to provide a kind of suitable for medium-sized and small enterprises Materials in the tube cutter device, it appears it is particularly important.

Utility model content

Purpose of the utility model is to solve above-mentioned prior art problems, so provide a kind of structure it is simple, at This lower, higher fully-automatic metal materials in the tube cutter device of automation.

Used technical solution is the utility model in order to solve the technical problem:

A kind of fully-automatic metal materials in the tube cutter device, including cutting mechanism, the guide rail below cutting mechanism, positioned at leading The guiding mechanism of rail one end and close cutting mechanism positioned at the guide rail other end and far from the locating piece of cutting mechanism, and is placed The rack of materials in the tube.Hold-down mechanism is equipped between the cutting mechanism and locating piece, the hold-down mechanism includes activity setting A pair of of idler wheel A in orbit, and the cylinder A right above idler wheel A, be movably equipped on the telescopic end of the cylinder A with Idler wheel A mutually matched idler wheel B, the cylinder A are fixed on the side of track by a bracket A.

Further, unloading mechanism is equipped between hold-down mechanism and locating piece, the unloading mechanism includes being fixed on track The cylinder B of side, and the pushing block being fixed on cylinder B telescopic end, the pushing block can will be located at the materials in the tube on track and release Except track.

Further, the guiding mechanism includes a guide pad and a pair of of idler wheel C；The guide pad is fixed on one end of guide rail On, and the middle part of guide pad is equipped with the groove to match with materials in the tube shape；The idler wheel C is movably arranged on track and is located at and cuts The underface of cutting mill structure.

Further, in corresponding two idler wheel C and it is located at the other side of guide pad and is additionally provided with guide pipe, in the guide pipe Axis is overlapped with the central axes of the central axes of the groove of guide pad, two idler wheel C；The guide pipe is fixed on by a bracket B and is led To the other side of block.

Further, feeding mechanism is equipped between guiding mechanism and rack, the feeding mechanism includes a cylinder C, with And the push plate on cylinder C telescopic end, the push plate, which is equipped with, provides the driving wheel of power by motor, and corresponding driving wheel is set The one group of driven wheel set；The push plate is reciprocally movable to be arranged on slideway.

Further, the rack include a body frame that can carry materials in the tube and one with the mutually matched subframe of body frame； The body frame is equipped with a skewback；The subframe includes an inclined-plane pressing plate, the fixed plate for being bolted inclined-plane pressing plate, with And it is fixed on the cylinder D of inclined-plane pressing plate bottom end；The space for placing materials in the tube is formed between the skewback and inclined-plane pressing plate.

Further, mechanism for monitoring is equipped between guiding mechanism and rack, the mechanism for monitoring includes that a pair of of activity is solid Inductor on the idler wheel D being scheduled in main body, and central axes between two idler wheel D and close to rack side.

Further, the locating piece is mobilizable is arranged on guide rail.

Further, the cutting mechanism is equipped with cutting depth adjustment mechanism, and the cutting depth adjustment mechanism includes one The fine tuning screw rod being fixed on cutting mechanism, and the pilum immediately below fine tuning screw rod.

Further, each mechanism is successively integrated on a platform or on a pedestal.

By implementing above-mentioned technical proposal, the utility model is lower to the technical experience requirement property of operator, is easy to grasp Make personnel's operation.In use, the materials in the tube for holding rotation manually without operator can carry out according to predetermined dimensions Automatic cutting.The structure design of the utility model is reasonable, and structure is simple, and is general common machined piece, relative to Existing complexity automated circuit, fluid path control, cost are relatively low, but also easy to maintain, are able to satisfy in numerous The materials in the tube of small enterprise cut demand.

Working principle: opening control cabinet power supply, and when the imperceptible top of inductor is there are materials in the tube, cylinder D contraction is put into one It is resetted again after root canal material, feeding mechanism will clamp materials in the tube and enter decaptitating after cutting position, feeder by guiding mechanism at this time Feeding is until materials in the tube top bottom is on locating piece forward again for structure, and hold-down mechanism compresses materials in the tube at this time, and cutting mechanism carries out again After cutting, hold-down mechanism resets, and unloading mechanism pushes the materials in the tube after cutting outside errant, and so on.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

In figure: 1. cutting depth adjustment mechanisms；2. guide rail；3. guiding mechanism；4. locating piece；5. rack；6. compacting machine Structure；7. unloading mechanism；8. feeding mechanism；9. mechanism for monitoring；10. cutting mechanism；11. finely tuning screw rod；12. pilum；31. guiding Block；32. idler wheel C；33. groove；34. guide pipe；35. bracket B；51. body frame；52. subframe；53. skewback；54. inclined-plane pressing plate； 55. bolt；56. fixed plate；57. cylinder D；61. idler wheel A；62. cylinder A；63. idler wheel B；64. bracket A；71. cylinder B；72. pushing away Block；81. cylinder C；82. push plate；83. driving wheel；84. driven wheel；85. slideway；91. main body；92. idler wheel D；93. inductor.

Specific embodiment

The utility model is described in further details below in conjunction with the drawings and specific embodiments.

A kind of fully-automatic metal materials in the tube cutter device as shown in Figure 1, including cutting mechanism 10 are located under cutting mechanism 10 The guide rail 2 of side is located at 2 other end of guide rail and far from cutting positioned at 2 one end of guide rail and close to the guiding mechanism 3 of cutting mechanism 10 The locating piece 4 of mechanism 10, and place the rack 5 of materials in the tube.Compacting machine is equipped between the cutting mechanism 10 and locating piece 4 Structure 6, the hold-down mechanism 6 include a pair of of the idler wheel A61 being movably arranged on track, and the gas right above idler wheel A61 Cylinder A62 is movably equipped on the telescopic end of the cylinder A62 and passes through with the mutually matched idler wheel B63 of idler wheel A61, the cylinder A62 One bracket A64 is fixed on the side of track.

Secondly, having carried out larger improvement for structure, connection relationship and the positional relationship of above-mentioned every mechanism, specifically such as Under:

Unloading mechanism 7 is between hold-down mechanism 6 and locating piece 4.The unloading mechanism 7 includes being fixed on track side Cylinder B71, and the pushing block 72 being fixed on cylinder B71 telescopic end, the pushing block 72 can push away the materials in the tube being located on track Except errant.Designing in this way is advantageous in that can be avoided operator directly contacts the materials in the tube after cutting, avoids incised wound, scalds Phenomena such as hurting appearance, while also improving material returned efficiency.

Guiding mechanism 3 includes a guide pad 31 and a pair of of idler wheel C32；The guide pad 31 is fixed on one end of guide rail 2, And the middle part of guide pad 31 is equipped with the groove 33 to match with materials in the tube shape；The idler wheel C32 is movably arranged on track and position In the underface of cutting mechanism 10.Even, it can also be led corresponding to two idler wheel C32 and being additionally provided with positioned at the other side of guide pad 31 To pipe 34, the central axes of the groove 33 of the central axes and guide pad 31 of the guide pipe 34, the central axes of two idler wheel C32 are overlapped； The guide pipe 34 is fixed on the other side of guide pad 31 by a bracket B35.Design in this way be advantageous in that guiding mechanism 3, Hold-down mechanism 6 and locating piece 4 are capable of forming perfect cooperation, maximized to reduce materials in the tube bounce, improve the cutting essence of materials in the tube Degree.

Feeding mechanism 8 is between guiding mechanism 3 and rack 5.The feeding mechanism 8 includes cylinder a C81, Yi Jiwei Push plate 82 on cylinder C81 telescopic end, the push plate 82, which is equipped with, provides the driving wheel 83 of power, corresponding active by motor One group of driven wheel 84 of 83 setting of wheel；The push plate 82 is reciprocally movable to be arranged on slideway 85.Pass through driving wheel 83 in this way And the clamping cooperation of driven wheel 84, it can be realized automatic charging, avoid the manual feeding of operator, not only increase feeding Efficiency, and operator's personal injury risk is also reduced, while also saving labour.

Rack 5 include one can carry materials in the tube body frame 51 and one with the mutually matched subframe 52 of body frame 51；It is described Body frame 51 is equipped with a skewback 53；The subframe 52 includes an inclined-plane pressing plate 54, passes through 55 constant inclined surface pressing plate 54 of bolt Fixed plate 56, and it is fixed on the cylinder D57 of 54 bottom end of inclined-plane pressing plate；It is formed and is put between the skewback 53 and inclined-plane pressing plate 54 Set the space of materials in the tube.Designing in this way is advantageous in that and can make materials in the tube are single to be laid between skewback 53 and inclined-plane pressing plate 54, The quantity and speed of the self gravity of materials in the tube and the contraction control blanking of cylinder D57 can be leaned on simultaneously.

Mechanism for monitoring 9 can be set between guiding mechanism 3 and rack 5, and the mechanism for monitoring 9 includes that a pair of of activity is solid Induction on the idler wheel D92 being scheduled in main body 91, and central axes between two idler wheel D92 and close to 5 side of rack Device 93.Design in this way be advantageous in that can by inductor 93 control rack 5 when blowing, save manpower expenditure.

The locating piece 4 is mobilizable to be arranged on guide rail 2.Cutting for materials in the tube can be thus limited according to actual needs Cut size.

Cutting depth adjustment mechanism 1 is arranged on cutting mechanism 10, and the cutting depth adjustment mechanism 1 is fixed on including one Fine tuning screw rod 11 on cutting mechanism 10, and the pilum 12 immediately below fine tuning screw rod 11.The benefit designed in this way has two A, one can cut too deep, destruction guide rail 2 to avoid cutting mechanism 10；Second, guaranteeing the complete cutting of materials in the tube, will not generate Phenomenon separated but still in each other's thoughts.

Each mechanism of the utility model can be successively integrated on a platform or on a pedestal, and user can be according to certainly The area of own workshop is determined.

Claims (10)

1. a kind of fully-automatic metal materials in the tube cutter device, including cutting mechanism, the guide rail below cutting mechanism are located at guide rail The guiding mechanism of one end and close cutting mechanism positioned at the guide rail other end and far from the locating piece of cutting mechanism, and places pipe The rack of material；It is characterized by: being equipped with hold-down mechanism between the cutting mechanism and locating piece, the hold-down mechanism includes A pair of of the idler wheel A being movably arranged on track, and the cylinder A right above idler wheel A are living on the telescopic end of the cylinder A Dynamic be equipped with is fixed on the side of track by a bracket A with the mutually matched idler wheel B of idler wheel A, the cylinder A.

2. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: in hold-down mechanism and positioning Unloading mechanism is equipped between block, the unloading mechanism includes the cylinder B for being fixed on track side, and is fixed on cylinder B and stretches Pushing block on end, the pushing block can will be located at the materials in the tube on track and release except track.

3. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: the guiding mechanism includes One guide pad and a pair of of idler wheel C；The guide pad is fixed on one end of guide rail, and the middle part of guide pad is equipped with and materials in the tube shape The groove to match；The idler wheel C is movably arranged on the underface on track and being located at cutting mechanism.

4. a kind of fully-automatic metal materials in the tube cutter device as claimed in claim 3, it is characterised in that: in corresponding two idler wheel C and Guide pipe, the central axes of the groove of the central axes and guide pad of the guide pipe, two rollings are additionally provided with positioned at the other side of guide pad The central axes for taking turns C are overlapped；The guide pipe is fixed on the other side of guide pad by a bracket B.

5. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: in guiding mechanism and placement Feeding mechanism is equipped between frame, the feeding mechanism includes a cylinder C, and the push plate on cylinder C telescopic end, described to push away Plate, which is equipped with, provides the driving wheel of power, one group of driven wheel of corresponding driving wheel setting by motor；The push plate is reciprocally lived Dynamic setting is on slideway.

6. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: the rack includes one Can carry materials in the tube body frame and one with the mutually matched subframe of body frame；The body frame is equipped with a skewback；The subframe Including an inclined-plane pressing plate, it is bolted the fixed plate of inclined-plane pressing plate, and is fixed on the cylinder D of inclined-plane pressing plate bottom end；Institute State the space for being formed between skewback and inclined-plane pressing plate and placing materials in the tube.

7. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: in guiding mechanism and placement Mechanism for monitoring is equipped between frame, the mechanism for monitoring includes a pair of idler wheel D being movably fixed in main body, and is located at two idler wheels Inductor on central axes between D and close to rack side.

8. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: the locating piece is movable Setting on guide rail.

9. a kind of fully-automatic metal materials in the tube cutter device as described in claim 1, it is characterised in that: set on the cutting mechanism There is cutting depth adjustment mechanism, the cutting depth adjustment mechanism includes a fine tuning screw rod being fixed on cutting mechanism, and Pilum immediately below fine tuning screw rod.

10. a kind of fully-automatic metal materials in the tube cutter device as described in any one of claim 1 to 9, it is characterised in that: each mechanism It is successively integrated on a platform or on a pedestal.