CN209664038U - A kind of color steel plate Pocket Machining machine - Google Patents

Abstract

The utility model discloses a kind of color steel plate Pocket Machining machines, including rack component, position-limited rack component, base assembly, crossbeam, roller fixed plate, upper roller wheel assembly, lower roll wheel assembly and width adjustment component, the outside of position-limited rack component is arranged in the rack component, the side of the position-limited rack component is bolted on one end of two groups of crossbeams respectively, crossbeam described in one group is bolted on the side of base assembly, the other side of crossbeam described in one group and base assembly described in one group is slidably connected, lower roll wheel assembly described in eight groups is separately positioned on the lower section of eight groups of upper roller wheel assemblies, the both ends of lower roll wheel assembly described in eight groups pass through bearing respectively and are mounted between two groups of roller fixed plates, the width adjustment component is mounted on the side of two groups of base assemblies, the width adjustment component and one group of crossbeam are sequentially connected, pass through width Adjustment component can be adjusted according to the width of color steel plate, to meet the Pocket Machining of different in width color steel plate.

Description

A kind of color steel plate Pocket Machining machine

Technical field

The utility model belongs to technical field of mechanical processing, and in particular to a kind of color steel plate Pocket Machining machine.

Background technique

The substrate of color steel plate is cold-rolled substrate, hot dip galvanizing substrate and electrogalvanizing substrate.Coat type can be divided into polyester, silicon changes Property polyester, polyvinylidene fluoride and plastisol.The surface state of color steel plate can be divided into clad plate, matrixes for embossing and printing plate, color Steel plate be widely used in building the industries such as household electrical appliances and communications and transportation, for construction industry be mainly used for steel-structure factory building, airport, storehouse and The roof wall surface and door etc. of the industry such as freezing and commercial building, use compression moulding for the processing of color steel plate groove.

But cannot be adjusted according to the width of color steel plate when traditional color steel plate Pocket Machining, it can not meet more specifications The process requirements of width color steel plate.

Utility model content

The purpose of this utility model is to provide a kind of color steel plate Pocket Machining machines, can be adjusted according to the width of color steel plate Section, to meet the process requirements of different in width color steel plate, to solve the problems mentioned in the above background technology.

To achieve the above object, the utility model provides the following technical solutions: a kind of color steel plate Pocket Machining machine, including puts Set frame component, position-limited rack component, base assembly, crossbeam, roller fixed plate, upper roller wheel assembly, lower roll wheel assembly and width adjustment The outside of position-limited rack component is arranged in component, the rack component, and the side of the position-limited rack component is solid by bolt respectively It is scheduled on one end of two groups of crossbeams, crossbeam described in one group is bolted on the side of base assembly, described in one group described in one group The other side of crossbeam and base assembly is slidably connected, and roller fixed plate described in two groups is bolted on two groups of crossbeams respectively Top, the both ends of upper roller wheel assembly described in eight groups pass through bearing respectively and are fixed between two groups of roller fixed plates, described in eight groups under Roll assembly is separately positioned on the lower section of eight groups of upper roller wheel assemblies, passes through chain drive respectively between two adjacent groups upper roller wheel assembly It connects, is connected respectively by chain drive between two adjacent groups lower roll wheel assembly, the both ends difference of lower roll wheel assembly described in eight groups It is mounted between two groups of roller fixed plates by bearing, the width adjustment component is mounted on the side of two groups of base assemblies, institute It states width adjustment component and one group of crossbeam is sequentially connected, one end of lower roll wheel assembly described in one group passes through shaft coupling and lower servo electricity The output axis connection of machine, one end of upper roller wheel assembly described in one group pass through the output axis connection of shaft coupling and upper servo motor.

Preferably, the rack component includes rack pedestal, rack sliding block, roller bracket, material frame roller and silk Bar, the rack sliding block are bolted on the bottom of one group of roller bracket, roller bracket described in one group and rack bottom Seat is slidably connected and is bolted, and roller bracket described in another group is bolted with rack pedestal, the material frame The both ends of roller pass through bearing respectively and are mounted on two groups of roller brackets, and the screw rod is mounted in the sliding slot of rack pedestal, The screw rod and rack sliding block are sequentially connected.

Preferably, the position-limited rack component includes position-limited rack, limited block, limit roller mounting base and limits roller, described Limited block is bolted on the top of two groups of position-limited racks respectively, and limit roller mounting base described in two groups is solid by bolt respectively Be scheduled on the side of two groups of position-limited racks, the both ends of the limit roller pass through respectively bearing be mounted on two groups of limit roller mounting bases it Between, the limit roller is arranged in, the lower section side of limited block.

Preferably, the upper roller wheel assembly includes cam, the first internal gear, the first external gear and first axle, described in six groups Cam is equidistantly positioned on upper roller wheel assembly, and the first internal gear described in described two groups passes through key respectively and is symmetrically mounted on upper roll wheel The both ends of component, the first external gear described in two groups are separately positioned on the outside of two group of first internal gear, the first external tooth described in two groups Wheel is symmetrically mounted on the both ends of upper roller wheel assembly by key respectively, and two groups of the first axle pass through bearing respectively and are mounted on two groups Between roller fixed plate.

Preferably, the lower roll wheel assembly includes concave wheel, secondary annulus, the second external gear and the second axis, described in six groups Concave wheel is equidistantly positioned on lower roll wheel assembly, and concave wheel described in six groups is respectively with six groups of cam engagements, the second internal tooth described in two groups Wheel is symmetrically mounted on the both ends of lower roll wheel assembly by key respectively, and the second external gear described in two groups is separately positioned in two group second The outside of gear, the second external gear described in two groups pass through the both ends that key is symmetrically mounted on lower roll wheel assembly, second axis respectively Both ends pass through bearing respectively and be mounted between two groups of roller fixed plates.

Preferably, the width adjustment component includes the first fixed plate, the second fixed plate, adjusts screw rod, the first sliding block, watches Motor and the second sliding block are taken, first fixed plate is bolted on the side of two groups of base assemblies, and described second is fixed Plate is bolted among the bottom of one group of crossbeam, and the both ends for adjusting screw rod pass through bearing respectively, and to be mounted on first solid Between fixed board and the second fixed plate, first sliding block is bolted among the bottom of another group of crossbeam, and described first Sliding block is connect with screw rod transmission is adjusted, and the output shaft of the servo motor is connect with the one end for adjusting screw rod by shaft coupling, and two Group second sliding block is respectively symmetrically mounted on the bottom both ends of one group of crossbeam, and the second sliding block described in two groups and the first sliding block are installed In the bottom of same group of crossbeam, the second sliding block described in two groups is slidably connected with two groups of base assemblies respectively.

Compared with prior art, the utility model has the beneficial effects that

1, it can be adjusted according to the width of color steel plate by width adjustment component, to meet different in width color steel plate Pocket Machining.

2, it is fixed on limited block on position-limited rack component by the bolt that moves through of one group of limit roller mounting base In elongated hole, to meet the needs of different in width color steel plate.

3, rack can drive the movement of one group of roller bracket by the rotation of screw rod, adjust two groups of roller brackets with this The distance between.

Detailed description of the invention

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

Fig. 2 is the rack component diagram of the utility model；

Fig. 3 is the position-limited rack component diagram of the utility model；

Fig. 4 is the upper roll wheel component diagram of the utility model；

Fig. 5 is the lower roll wheel component diagram of the utility model；

Fig. 6 is the width adjustment component diagram of the utility model.

In figure: 1, rack component；101, rack pedestal；102, rack sliding block；103, roller bracket；104, expect frame Roller；105, screw rod；2, position-limited rack component；201, position-limited rack；202, limited block；203, roller mounting base is limited；204, it limits Roller；3, base assembly；4；Crossbeam；5, roller fixed plate；6, upper roller wheel assembly；601, cam；602, the first internal gear；603, First external gear；604, first axle；7, lower roll wheel assembly；701, concave wheel；702, secondary annulus；703, the second external gear； 704, the second axis；8, width adjustment component；801, the first fixed plate；802, the second fixed plate；803, screw rod is adjusted；804, first Sliding block；805, servo motor；806, the second sliding block.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-6 is please referred to, the utility model provides a kind of technical solution: a kind of color steel plate Pocket Machining machine, including place Frame component 1, position-limited rack component 2, base assembly 3, crossbeam 4, roller fixed plate 5, upper roller wheel assembly 6, lower roll wheel assembly 7 and width Component 8 is adjusted, the outside of position-limited rack component 2 is arranged in the rack component 1, and the side of the position-limited rack component 2 leads to respectively One end that bolt is fixed on two groups of crossbeams 4 is crossed, crossbeam 4 described in one group is bolted on the side of base assembly 3, one group of institute Crossbeam 4 and the other side of base assembly 3 described in stating one group are slidably connected, and roller fixed plate 5 described in two groups is solid by bolt respectively It is scheduled on the top of two groups of crossbeams 4, the both ends of upper roller wheel assembly 6 described in eight groups pass through bearing respectively and are fixed on two groups of roller fixed plates Between 5, lower roll wheel assembly 7 described in eight groups is separately positioned on the lower section of eight groups of upper roller wheel assemblies 6, two adjacent groups upper roller wheel assembly 6 Between connected respectively by chain drive, respectively by chain drive connection between two adjacent groups lower roll wheel assembly 7, described in eight groups The both ends of lower roll wheel assembly 7 pass through bearing respectively and are mounted between two groups of roller fixed plates 5, and the width adjustment component 8 is installed In the side of two groups of base assemblies 3, the width adjustment component 8 and one group of crossbeam 4 are sequentially connected, lower roll wheel assembly described in one group 7 one end passes through the output axis connection of shaft coupling and lower servo motor 9, and one end of upper roller wheel assembly 6 described in one group passes through shaft coupling The output axis connection of device and upper servo motor 10.

Specifically, the rack component 1 includes rack pedestal 101, rack sliding block 102, roller bracket 103, material Frame roller 104 and screw rod 105, the rack sliding block 102 are bolted on the bottom of one group of roller bracket 103, and one group The roller bracket 103 is slidably connected and is bolted with rack pedestal 101, roller bracket 103 described in another group with Rack pedestal 101 is bolted, and the both ends of the material frame roller 104 pass through bearing respectively and are mounted on two groups of roller brackets On 103, the screw rod 105 is mounted in the sliding slot of rack pedestal 101, and the screw rod 105 connects with the transmission of rack sliding block 102 Connect, by screw rod 105 rotation drive one group of roller bracket 103 movement, with this adjust between two groups of roller brackets 103 away from From the material frame roller 104 for then placing suitable dimension again meets the process requirements of different in width color steel plate.

Specifically, the position-limited rack component 2 includes position-limited rack 201, limited block 202, limit roller mounting base 203 and limit Roller 204, the limited block 202 are bolted on the top of two groups of position-limited racks 201 respectively, limit roller peace described in two groups Dress seat 203 is bolted on the side of two groups of position-limited racks 201 respectively, and the both ends of the limit roller 204 pass through axis respectively It holding and is mounted between two groups of limit roller mounting bases 203, the limit roller 204 is arranged in, the lower section side of limited block 202, Realize that the distance between two groups of position-limited racks 201 adjust, and then pass through 201 one end of position-limited rack by mobile one group of position-limited rack 201 Elongated hole be fixed on position-limited rack 20, suitable limit roller is then placed between two groups of limit roller mounting bases 203 again 204。

Specifically, the upper roller wheel assembly 6 includes cam 601, the first internal gear 602, the first external gear 603 and first axle 604, cam 601 described in six groups is equidistantly positioned on upper roller wheel assembly 6, and the first internal gear 602 described in described two groups leads to respectively The both ends that key is symmetrically mounted on upper roller wheel assembly 6 are crossed, the first external gear 603 described in two groups is separately positioned on two group of first internal gear 602 outside, the first external gear 603 described in two groups are symmetrically mounted on the both ends of upper roller wheel assembly 6 by key respectively, and described first Two groups of axis 604 pass through bearing respectively and are mounted between two groups of roller fixed plates 5.

Specifically, the lower roll wheel assembly 7 includes concave wheel 701, secondary annulus 702, the second external gear 703 and the second axis 704, concave wheel 701 described in six groups is equidistantly positioned on lower roll wheel assembly 7, concave wheel 701 described in six groups respectively with six groups of cams 601 Cooperation, secondary annulus 702 described in two groups is symmetrically mounted on the both ends of lower roll wheel assembly 7 by key respectively, second described in two groups External gear 703 is separately positioned on the outside of two groups of secondary annulus 702, and the second external gear 703 described in two groups passes through key pair respectively Claim the both ends for being mounted on lower roll wheel assembly 7, the both ends of second axis 704 pass through bearing respectively and are mounted on two groups of roller fixed plates Between 5, six groups of lower roll wheel assemblies 7 process color steel plate with six groups of cooperations of upper roller wheel assembly 6, and structure simple motion is steady.

Specifically, the width adjustment component 8 include the first fixed plate 801, the second fixed plate 802, adjust screw rod 803, First sliding block 804, servo motor 805 and the second sliding block 806, first fixed plate 801 are bolted on two groups of pedestals The side of component 3, second fixed plate 802 are bolted among the bottom of one group of crossbeam 4, the adjusting screw rod 803 both ends pass through bearing respectively and are mounted between the first fixed plate 801 and the second fixed plate 802, and first sliding block 804 is logical It crosses bolt to be fixed among the bottom of another group of crossbeam 4, first sliding block 804 is sequentially connected with screw rod 803 is adjusted, described to watch The output shaft for taking motor 805 is connect with the one end for adjusting screw rod 803 by shaft coupling, and the second sliding block 806 described in two groups is right respectively Claim the bottom both ends for being mounted on one group of crossbeam 4, the second sliding block 806 and the first sliding block 804 described in two groups are mounted on same group of crossbeam 4 Bottom, the second sliding block 806 described in two groups is slidably connected with two groups of base assemblies 3 respectively, passes through the rotation band of servo motor 805 The movement of dynamic base assembly 3 adjusts the distance between two groups of base assemblies 3 with this, and then meets different in width color steel plate Process requirements.

Working principle: the color steel plate of entire volume is bred into the color steel of one end on the material frame roller 104 on rack component 1 Plate is the limit roller 204 and limited block 202 on position-limited rack component 2, subsequently into upper roller wheel assembly 6 and lower roll wheel group Between part 7, color steel plate is pressed；

Suitable adjustable is carried out according to the width of color steel plate, rack component 1 drives placement by the rotation of screw rod 105 with this Frame sliding block 102 slides on rack pedestal 101, the movement of one group of roller bracket 103 is driven with this, and then adjust two groups of rollers The distance between bracket 103；

Then position-limited rack 201 and limited block 202 are fixed by bolt by adjusting one group of position-limited rack 201, then Suitable limit roller 204 is changed, to meet the processing of different in width color steel plate；

It drives the first sliding block 804 to be driven on adjusting screw rod 803 by the rotation of servo motor 805, drives one group with this Second sliding block 806 of the movement of crossbeam 4, both ends slides on two groups of base assemblies 3 respectively, so that movement is more stable.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of color steel plate Pocket Machining machine, including rack component (1), position-limited rack component (2), base assembly (3), crossbeam (4), roller fixed plate (5), upper roller wheel assembly (6), lower roll wheel assembly (7) and width adjustment component (8), it is characterised in that: institute It states rack component (1) to be arranged in the outside of position-limited rack component (2), the side of the position-limited rack component (2) passes through bolt respectively It is fixed on one end of two groups of crossbeams (4), crossbeam described in one group (4) is bolted on the side of base assembly (3), one group of institute Crossbeam described in stating one group (4) and the other side of base assembly (3) are slidably connected, and roller fixed plate (5) described in two groups passes through respectively Bolt is fixed on the top of two groups of crossbeams (4), and the both ends of upper roller wheel assembly (6) described in eight groups pass through bearing respectively and are fixed on two groups Between roller fixed plate (5), lower roll wheel assembly (7) described in eight groups is separately positioned on the lower section of eight groups of upper roller wheel assemblies (6), adjacent It is connected respectively by chain drive between two groups of upper roller wheel assemblies (6), passes through chain respectively between two adjacent groups lower roll wheel assembly (7) Item transmission connection, the both ends of lower roll wheel assembly (7) described in eight groups pass through respectively bearing be mounted on two groups of roller fixed plates (5) it Between, the width adjustment component (8) is mounted on the side of two groups of base assemblies (3), and the width adjustment component (8) is horizontal with one group Beam (4) transmission connection, one end of lower roll wheel assembly (7) described in one group are connected by shaft coupling and the output shaft of lower servo motor (9) It connects, one end of upper roller wheel assembly (6) described in one group passes through the output axis connection of shaft coupling and upper servo motor (10).

2. a kind of color steel plate Pocket Machining machine according to claim 1, it is characterised in that: rack component (1) packet Rack pedestal (101), rack sliding block (102), roller bracket (103), material frame roller (104) and screw rod (105) are included, it is described Rack sliding block (102) is bolted on the bottom of one group of roller bracket (103), roller bracket described in one group (103) with Rack pedestal (101) is slidably connected and is bolted, roller bracket described in another group (103) and rack pedestal (101) it is bolted, the both ends of the material frame roller (104) pass through bearing respectively and are mounted on two groups of roller brackets (103) On, the screw rod (105) is mounted in the sliding slot of rack pedestal (101), the screw rod (105) and rack sliding block (102) Transmission connection.

3. a kind of color steel plate Pocket Machining machine according to claim 1, it is characterised in that: position-limited rack component (2) packet Include position-limited rack (201), limited block (202), limit roller mounting base (203) and limit roller (204), the limited block (202) It is bolted on the top of two groups of position-limited racks (201) respectively, limit roller mounting base (203) described in two groups passes through spiral shell respectively Bolt is fixed on the side of two groups of position-limited racks (201), and the both ends of limit roller (204) pass through bearing respectively and are mounted on two groups of limits Between position roller mounting base (203), limit roller (204) setting is in the lower section side of, limited block (202).

4. a kind of color steel plate Pocket Machining machine according to claim 1, it is characterised in that: upper roller wheel assembly (6) packet Include cam (601), the first internal gear (602), the first external gear (603) and first axle (604), cam described in six groups (601) etc. Distance is arranged on upper roller wheel assembly (6), and the first internal gear (602) described in described two groups is symmetrically mounted on upper roller by key respectively The both ends of wheel assembly (6), the first external gear (603) described in two groups are separately positioned on the outside of two group of first internal gear (602), and two Group first external gear (603) is symmetrically mounted on the both ends of upper roller wheel assembly (6), the first axle (604) by key respectively Two groups pass through bearing respectively and be mounted between two groups of roller fixed plates (5).

5. a kind of color steel plate Pocket Machining machine according to claim 4, it is characterised in that: lower roll wheel assembly (7) packet Include concave wheel (701), secondary annulus (702), the second external gear (703) and the second axis (704), concave wheel described in six groups (701) etc. Distance is arranged on lower roll wheel assembly (7), and concave wheel described in six groups (701) cooperates with six groups of cams (601) respectively, the described in two groups Two internal gears (702) are symmetrically mounted on the both ends of lower roll wheel assembly (7) by key respectively, the second external gear (703) described in two groups It is separately positioned on the outside of two groups of secondary annulus (702), the second external gear (703) described in two groups is symmetrically installed by key respectively At the both ends of lower roll wheel assembly (7), the both ends of second axis (704) pass through bearing respectively and are mounted on two groups of roller fixed plates (5) between.

6. a kind of color steel plate Pocket Machining machine according to claim 1, it is characterised in that: the width adjustment component (8) Including the first fixed plate (801), the second fixed plate (802), adjust screw rod (803), the first sliding block (804), servo motor (805) With the second sliding block (806), first fixed plate (801) is bolted on the side of two groups of base assemblies (3), and described Two fixed plates (802) are bolted among the bottom of one group of crossbeam (4), the both ends difference for adjusting screw rod (803) It is mounted between the first fixed plate (801) and the second fixed plate (802) by bearing, first sliding block (804) passes through bolt It is fixed among the bottom of another group of crossbeam (4), first sliding block (804) and adjusting screw rod (803) transmission connection are described to watch The output shaft for taking motor (805) is connect with the one end for adjusting screw rod (803) by shaft coupling, the second sliding block (806) described in two groups The bottom both ends of one group of crossbeam (4) are respectively symmetrically mounted on, the second sliding block (806) described in two groups and the first sliding block (804) are installed In the bottom of same group of crossbeam (4), the second sliding block (806) described in two groups is slidably connected with two groups of base assemblies (3) respectively.