CN201735670U - C-shaped steel production line for stretched net for steel mesh framework - Google Patents
C-shaped steel production line for stretched net for steel mesh framework Download PDFInfo
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- CN201735670U CN201735670U CN2010202367474U CN201020236747U CN201735670U CN 201735670 U CN201735670 U CN 201735670U CN 2010202367474 U CN2010202367474 U CN 2010202367474U CN 201020236747 U CN201020236747 U CN 201020236747U CN 201735670 U CN201735670 U CN 201735670U
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Abstract
The utility model relates to the technical field of special equipment for punching and stretching forming, in particular to a C-shaped steel production line for a stretched net of a steel mesh framework, comprising an uncoiler, a basic framework, a feeding guider, a cold roll unit, a cold forming roll unit, a shearing roll unit, a stretching roll unit, a shaping roll unit, a finished product receiving platform, and conveying roll units, wherein the basic framework is arranged in front of the uncoiler; the feeding guider, the cold roll unit, the cold forming roll unit, the shearing roll unit, the stretching roll unit, the shaping roll unit and the finished product receiving platform are arranged on the basic framework in sequence; the conveying roll units are inserted among the shearing roll unit, the stretching roll unit and the shaping roll unit sequentially in a penetrating manner; the cold forming roll unit consists of two cold forming rolls connected with a driving device, and the two cold forming rolls are in transmission link with the adjacent cold roll unit and the shearing roll unit by chains; and the shearing roll unit is in transmission link with the conveying roll units by chains. The C-shaped steel production line for the stretched net for the steel mesh framework has the characteristics of novel structure, complete functions, simple transmission, convenient operation, high production efficiency, high raw material utilization ratio and the like, and is advanced equipment of building materials that are greatly promoted in production building industry in future.
Description
Technical field
The utility model relates to the special equipment technical field of punching press and drawing and forming, relates in particular to a kind of production line of C-shaped steel for tensile steel frame mesh.
Background technology
In recent years, along with the progress of society, building industry is also in development constantly.The floor of building, body of wall begins extensively to adopt reinforced concrete structure, this form has the intensity height, shock resistance is strong, advantages such as long service life, be in the world today, heavy construction, the version that skyscraper often adopts, the all process steps of this version is all operated at construction site, exist the steel waste big, energy consumption is big, rubbish is many, artificial amount is big, the building progress waits shortcoming slowly, advanced technology and the standards system that is applicable to the industrialization dwelling house will be progressively promoted in Beijing recently, so-called housing industrialization is exactly that part or all of member with dwelling house is prefabricated in the factory and is transported to the job site after finishing, member is assembled into an integral body by reliable connected mode, because most of member all is prefabricated in the factory, its machining accuracy and quality are that the conventional on-site operation is incomparable, and construction speed also can be accelerated greatly.But people are greatly still being perplexed in the consumption of steel always, if there is a kind of new type steel to replace traditional raw material again, and make this residential housing member integral body of production more save material, the cost of so this dwelling house will reduce greatly, development to building industry will be played the effect of adding fuel to the flames, and benefit the nation and the people.
Summary of the invention
The purpose of this utility model provides a kind of production line of C-shaped steel for tensile steel frame mesh that the building dwelling house is used of producing, this stretching nets C shaped steel profile is that channel-section steel shape and bottom surface pull into netted, the steel meshwork framework that adopts this stretching nets C shaped steel to produce uses the raw material tonnage that is consumed to reduce greatly as the residential housing member, and this steel meshwork framework intensity height, shock resistance is strong, and the life-span is long.
The purpose of this utility model realizes in the following manner:
Production line of C-shaped steel for tensile steel frame mesh of the present utility model is by uncoiler, be located at the basic framework in this uncoiler the place ahead, be located at the pan feeding guider on this basic framework successively, the cold roll unit, cold rolling format roll unit, the shear roller unit, the draw roll unit, shaping roller unit, the finished product platform that connects material, intert successively at the shear roller unit, conveying roller unit between draw roll unit and the shaping roller unit is formed, described cold rolling format roll unit is made up of two that all are connected with drive unit cold rolling format roll machines, these two cold rolling format roll machines are made transmission link by chain and adjacent cold roll unit and shear roller unit respectively, described shear roller unit is made transmission link by chain and conveying roller unit
Described basic framework comprises the underframe of fixedlying connected with ground, is located at one group of gate-type frame on this underframe, is located at the chute track of these gate-type frame two column inboards, one group of longeron that adjacent with each respectively gate-type frame is connected,
Described cold roll unit is made up of one group of cold roll machine, described cold roll machine is by being located at described gate-type frame lower and both ends by two cold rolling roll shafts of die that have the die cold roll bearing arrangement support of slide rail, the fixedly connected double drive sprocket of cold roll of the cold rolling roll shaft left end of die head therewith, be fixed on the die cold roll at the cold rolling roll shaft of this die middle part, be located at this die cold roll top and the punch cold roll of die cold roll coupling therewith, the middle part is the fixedly connected cold rolling roll shaft of punch of punch cold roll therewith, two punch cold roll bearing arrangements that have slide rail that are located at the cold rolling roll shaft of this punch both ends are formed, described protruding, slide rail on the die cold roll bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected
Described cold rolling format roll machine is by being located at described gate-type frame lower and both ends by two die moulding roll shafts that have the die format roll bearing arrangement support of slide rail, be located at the double drive sprocket of format roll of the left end head of this die moulding roll shaft, be located at the format roll travelling gear on this die moulding roll shaft left side, be located at the die format roll at this die moulding roll shaft middle part, be located at this die format roll top and the punch format roll of die format roll coupling therewith, the middle part is the fixedly connected punch moulding roll shaft of punch format roll therewith, two punch format roll bearing arrangements that have slide rail that are located at the cold rolling roll shaft of this punch both ends are formed, described protruding, slide rail on the die format roll bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described drive unit is provided with driven wheel, this driven wheel and the crop rotation of format roll driving cog are connected with a joggle
Described shear roller unit is made up of one group of shear roller machine, described shear roller machine is sheared roll shaft by being located at gate-type frame lower and both ends by two dies that have the die shear roller bearing arrangement support of slide rail, be located at this die and shear the double drive sprocket of shear roller of roll shaft left end head, be located at the shear roller travelling gear I on this die shearing roll shaft left side, be located at this die and shear the die shear roller at roll shaft middle part, be located at this die shear roller top and the punch shear roller that is complementary of die shear roller therewith, roll shaft is sheared at the middle part fixedly connected punch of punch shear roller therewith, be located at the shear roller travelling gear II on this punch shearing roll shaft left side respectively, shear roller travelling gear III on the right-hand part, the punch shear roller bearing arrangement that has slide rail that is located at these punch shearing roll shaft both ends is formed, described protruding, slide rail on the die shear roller bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described shear roller travelling gear I and shear roller travelling gear II are connected with a joggle, the crop rotation of shear roller driving cog is connected with a joggle on described shear roller travelling gear III and adjacent another shear roller unit
Described draw roll unit is made up of one group of draw roll machine, described draw roll machine is fixed on draw roll crossbeam on the described longeron by two ends, symmetry is located at two draw rolls at middle part on this draw roll crossbeam and forms, in described one group of draw roll unit, distance between the every pair of draw roll is all variant, be increased to distance in the support two sides of finished product requirement gradually by stretch distance in the preceding two sides of support, the support base plate is broadened gradually by narrow, promptly form the reticular lamina face that has one group of rule diamond hole.
Described shaping roller unit is made up of one group of shaping roller machine, described shaping roller machine is by the shaping roller crossbeam that is fixed on the described longeron, be symmetricly set on left shaping roller bearing, the right shaping roller bearing at middle part on this shaping roller crossbeam, be located at the left shaping roller group on this left shaping roller bearing, the right shaping roller bearing respectively, right shaping roller group is formed
Described conveying roller unit is made up of one group of conveying roller machine, described conveying roller machine is carried roll shaft by being located at gate-type frame lower and both ends by two dies that have the die conveying roller bearing arrangement support of slide rail, be located at this die and carry the double drive sprocket of conveying roller of roll shaft left end head, be located at the conveying roller travelling gear I on this die conveying roll shaft left side, be located at this die and carry the die conveying roller at roll shaft middle part, be located at this die conveying roller top and the punch conveying roller that is complementary of die conveying roller therewith, roll shaft is carried at the middle part fixedly connected punch of punch conveying roller therewith, be located at the conveying roller travelling gear II on this punch conveying roll shaft left side, the punch conveying roller bearing arrangement that has slide rail that is located at these punch shearing roll shaft both ends is formed, described protruding, slide rail on the die conveying roller bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described conveying roller travelling gear I and described conveying roller travelling gear II are connected with a joggle
The double drive sprocket of cold roll on the described cold roll machine is connected with the double drive sprocket of format roll on the adjacent cold rolling format roll machine by chain, the double drive sprocket of format roll on another cold rolling format roll machine is connected with the double drive sprocket of shear roller on the adjacent shear roller machine by chain, and the double drive sprocket of this shear roller is connected with the double drive sprocket of conveying roller on the adjacent conveying roller machine by chain.
Described draw roll is by being vertically fixed on supermedial two the stretching roll shafts of described crossbeam, the draw roll bearing that connects of the bottom of two stretching roll shafts therewith, and the stretching roll body that connects of draw roll bearing top circle is formed therewith,
Described left shaping roller group is by being located on the described left shaping roller bearing and two left shaping roll shafts that are obliquely installed, the left punch shaping roller, the left die shaping roller that are connected of bottom by the left therewith shaping roll shaft of bearing formed respectively, right shaping roller group is by being located on the described right shaping roller bearing and two right shaping roll shafts that are obliquely installed, and the right punch shaping roller, the right die shaping roller that are connected of the bottom by the right therewith shaping roll shaft of bearing formed respectively.
Be equipped with hold-down bolt on described punch cold roll bearing arrangement, die cold roll bearing arrangement, punch format roll bearing arrangement, die format roll bearing arrangement, punch shear roller bearing arrangement, die shear roller bearing arrangement, punch conveying roller bearing arrangement, the die conveying roller bearing arrangement and adjust nut.
The course of work of the present utility model is:
1) at first the pan feeding guider will be with the steel raw material to be transported between protruding, the recessed cold roll, and semi-finished product cross section after format roll is cold rolling once more of the C-shaped steel for tensile steel frame mesh of cold rolling back pre-profiling forms similar channel-section steel shape.
2) having had the cross section is that the semi-finished product of C-shaped steel for tensile steel frame mesh of channel-section steel shape are after one group of protruding, recessed shear roller is sheared, on half-finished base plate of C-shaped steel for tensile steel frame mesh, be staggered to form the longitudinal fracture mouth, be transported to subsequent processing through conveying roller then, i.e. stretching process.
3) have fracture port C-shaped steel for tensile steel frame mesh semi-finished product through one group the distance draw roll stretch-draw that continues to increase after, fracture port on the bottom surface forms diamond hole gradually, and then be transported to subsequent processing through conveying roller after tentatively flattening shaping, i.e. trimming.
4), this product is transported to next process, i.e. steel meshwork framework assembling welding sequence by the finished product platform that connects material then after form the qualified products of final C-shaped steel for tensile steel frame mesh after the shaping of one group of shaping roller.
The utility model has the advantages that:
1) the utility model adopts the continuous cold rolling processing technology from band steel raw material → moulding → stretch-draw → qualified products, not only guarantees product quality but also form production scale, the automaticity height.
2) the utility model adopts each procedure to be the modular construction of separate unit, can be at any time according to the output of product, and quantity, specification are adjusted needed cold roll quantity of each operation and shape.
3) the utlity model has novel structure, complete function, characteristics such as transmission is simple and direct, easy to operate, production efficiency is high, utilization rate of raw materials height.
4) application of the present utility model can increase the kind that China industry and China Democratic National Construction Association build the needed steel profile of industry, promotes the exploitation of construction material innovative product, improves the technology content of building industry, promotes the raising of construction quality.
Description of drawings
Accompanying drawing 1 is a structural representation of the present utility model.
Accompanying drawing 2 is the G-G broken section enlarged drawing of the utility model Fig. 1.
Accompanying drawing 3 is the A-A cutaway view of the utility model Fig. 1.
Accompanying drawing 4 is the B-B cutaway view of the utility model Fig. 1.
Accompanying drawing 5 is the C-C cutaway view of the utility model Fig. 1.
Accompanying drawing 6 is the D-D cutaway view of the utility model Fig. 1.
Accompanying drawing 7 is the E-E cutaway view of the utility model Fig. 1.
Accompanying drawing 8 is the F-F cutaway view of the utility model Fig. 1.
The specific embodiment
Below in conjunction with the description of drawings specific embodiment of the present utility model.
As Fig. 1, shown in, production line of C-shaped steel for tensile steel frame mesh of the present utility model is by uncoiler 1, be located at the basic framework 13 in this uncoiler the place ahead, be located at the pan feeding guider 2 on this basic framework 13 successively, cold roll unit 3, cold rolling format roll unit 5, shear roller unit 6, draw roll unit 7, shaping roller unit 8, the finished product platform 14 that connects material, intert successively at described shear roller unit 6, conveying roller unit 11 between draw roll unit 7 and the shaping roller unit 8 is formed, described cold rolling format roll unit 5 is made up of two that all are connected with drive unit 4 cold rolling format roll machines, these two cold rolling format roll machines are made transmission link by chain 12 and adjacent cold roll unit 3 and shear roller unit 6 respectively, described shear roller unit 6 is made transmission link by chain 12 and conveying roller unit 11
As Fig. 1,2, shown in, described basic framework 13 comprises the underframe 13-2 of fixedlying connected with ground, be located at one group of gate-type frame 13-1 on this underframe 13-2, be located at the chute track 13-3 of this gate-type frame 13-1 two column inboards, one group of longeron 15 that adjacent with each respectively gate-type frame 13-1 is connected
As Fig. 2, shown in 3, described cold roll unit 3 is made up of one group of cold roll machine, described cold roll machine is by being located at described gate-type frame 13-1 bottom and both ends by two cold rolling roll shaft 3-6 of die that have the die cold roll bearing arrangement 3-5 support of slide rail 16, the fixedly connected double drive sprocket 3-1 of cold roll of the cold rolling roll shaft 3-6 of die left end head therewith, be fixed on the die cold roll 3-7 at the cold rolling roll shaft of this die middle part, be located at this die cold roll top and the punch cold roll 3-3 of die cold roll coupling therewith, the middle part is the fixedly connected cold rolling roll shaft 3-4 of punch of punch cold roll 3-3 therewith, two punch cold roll bearing arrangement 3-2 that have slide rail that are located at the cold rolling roll shaft 3-4 of this punch both ends form, described protruding, slide rail on the die cold roll bearing arrangement is slidingly connected with the chute track of the last two column inboards of described gate-type frame 13-1 respectively, so that can adjust protruding according to raw-material specification at any time, the upper-lower position of die cold roll
As shown in Figure 4, described cold rolling format roll machine is by being located at described gate-type frame 13-1 bottom and both ends by two die moulding roll shaft 5-6 that have the die format roll bearing arrangement 5-5 support of slide rail, be located at the double drive sprocket 5-1 of format roll of the left end head of this die moulding roll shaft 5-6, be located at the format roll travelling gear 5-8 on this die moulding roll shaft 5-6 left side, be located at the die format roll 5-7 at this die moulding roll shaft 5-6 middle part, be located at this die format roll 5-7 top and the punch format roll 5-3 of die format roll 5-7 coupling therewith, the middle part is the fixedly connected punch moulding roll shaft 5-4 of punch format roll 5-3 therewith, two punch format roll bearing arrangement 5-2 that have slide rail that are located at the cold rolling roll shaft 5-4 of this punch both ends form, described protruding, die format roll bearing arrangement 5-2, slide rail on the 5-5 is slidingly connected with the chute track of the last two column inboards of described gate-type frame 13-1 respectively, described drive unit 4 is provided with driven wheel 4-1, this driven wheel 4-1 and format roll travelling gear 5-8 are connected with a joggle
As shown in Figure 5, described shear roller unit 6 is made up of one group of shear roller machine, described shear roller machine is sheared roll shaft 6-8 by being located at gate-type frame 13-1 bottom and both ends by two dies that have the die shear roller bearing arrangement 6-7 support of slide rail, be located at this die and shear the double drive sprocket 6-1 of shear roller of roll shaft 6-8 left end head, be located at the shear roller travelling gear I6-10 on this die shearing roll shaft 6-8 left side, be located at this die and shear the die shear roller 6-9 at roll shaft 6-8 middle part, be located at this die shear roller 6-9 top and the punch shear roller 6-4 that is complementary of die shear roller 6-9 therewith, roll shaft 6-5 is sheared at the middle part fixedly connected punch of punch shear roller 6-4 therewith, be located at the shear roller travelling gear II6-3 on this punch shearing roll shaft 6-5 left side respectively, shear roller travelling gear III6-6 on the right-hand part, the punch shear roller bearing arrangement 6-2 that has slide rail that is located at this punch shearing roll shaft 6-5 both ends forms, described protruding, die shear roller bearing arrangement 6-2, slide rail on the 6-7 is slidingly connected with the chute track of the last two column inboards of described gate-type frame 13-1 respectively, described shear roller travelling gear I6-10 and shear roller travelling gear II6-3 are connected with a joggle, the crop rotation of shear roller driving cog is connected with a joggle on described shear roller travelling gear III6-6 and adjacent another shear roller unit
As shown in Figure 6, described draw roll unit 7 is made up of one group of draw roll machine, described draw roll machine is fixed on draw roll crossbeam 7-1 on the described longeron 14 by two ends, two draw roll 7-2 that symmetry is located at the last middle part of this draw roll crossbeam 7-1 form, in described one group of draw roll unit, distance between the every pair of draw roll is all variant, be increased to distance in the support two sides of finished product requirement gradually by stretch distance in the preceding two sides of support, the support base plate is broadened gradually by narrow, promptly form the reticular lamina face that has one group of rule diamond hole.
As shown in Figure 8, described shaping roller unit 8 is made up of one group of shaping roller machine, described shaping roller machine is by the shaping roller crossbeam 8-1 that is fixed on the described longeron, be symmetricly set on left shaping roller bearing 8-2, the right shaping roller bearing 8-3 at middle part on this shaping roller crossbeam, the left shaping roller group, the right shaping roller group that are located at respectively on this left shaping roller bearing 8-2, the right shaping roller bearing 8-3 are formed
As shown in Figure 7, described conveying roller unit 11 is made up of one group of conveying roller machine, described conveying roller machine is carried roll shaft 11-7 by being located at gate-type frame 13-1 bottom and both ends by two dies that have the die conveying roller bearing arrangement 11-8 support of slide rail, be located at this die and carry the double drive sprocket 11-1 of conveying roller of roll shaft 11-7 left end head, be located at the conveying roller travelling gear I11-9 on this die conveying roll shaft 11-7 left side, be located at this die and carry the die conveying roller 11-6 at roll shaft 11-7 middle part, be located at this die conveying roller 11-6 top and the punch conveying roller 11-4 that is complementary of die conveying roller 11-6 therewith, roll shaft 11-5 is carried at the middle part fixedly connected punch of punch conveying roller 11-4 therewith, be located at the conveying roller travelling gear II 11-3 on this punch conveying roll shaft 11-5 left side, the punch conveying roller bearing arrangement 11-2 that has slide rail that is located at this punch shearing roll shaft 11-5 both ends forms, described protruding, die conveying roller bearing arrangement 11-2, slide rail on the 11-8 is slidingly connected with the chute track of the last two column inboards of described gate-type frame 13-1 respectively, described conveying roller travelling gear I 11-9 and described conveying roller travelling gear II1-3 are connected with a joggle
Shown in Fig. 3,4,5,7, the double drive sprocket 3-1 of cold roll on the described cold roll machine is connected with the double drive sprocket 5-1 of format roll on the adjacent cold rolling format roll machine by chain, the double drive sprocket of format roll on another cold roll forming machine is connected with the double drive sprocket 6-1 of shear roller on the adjacent shear roller machine by chain, and the double drive sprocket 6-1 of this shear roller is connected with the double drive sprocket 11-1 of conveying roller on the adjacent conveying roller machine by chain.
As shown in Figure 6, described draw roll 7-2 is by being vertically fixed on supermedial two the stretching roll shaft 7-2-1 of described crossbeam 7-1, the draw roll bearing 7-2-2 that connects of the bottom of two stretching roll shafts therewith, the stretching roll body 7-2-3 that connects of draw roll bearing top circle forms therewith
As shown in Figure 8, described left shaping roller group is by being located at two left shaping roll shaft 8-8 that described left shaping roller bearing 8-2 goes up and is obliquely installed, the left punch shaping roller 8-7, the left die shaping roller 8-9 that are connected of bottom by the left therewith shaping roll shaft of bearing forms respectively, right shaping roller group is by being located at two right shaping roll shaft 8-4 that described right shaping roller bearing 8-3 goes up and is obliquely installed, and the right punch shaping roller 8-6, the right die shaping roller 8-5 that are connected of the bottom by the right therewith shaping roll shaft of bearing 8-4 forms respectively.
Shown in Fig. 3,4,5,7, described punch cold roll bearing arrangement 3-2, die cold roll bearing arrangement 3-5, punch format roll bearing arrangement 5-2, die format roll bearing arrangement 5-5, punch shear roller bearing arrangement 6-2, die shear roller bearing arrangement 6-7, punch conveying roller bearing arrangement 11-2, die are carried and are equipped with hold-down bolt 9 on the conveying roller bearing arrangement 11-8 and adjust nut 10.
The utlity model has novel structure, complete function, transmission is simple and direct, easy to operate, production efficiency is high, the utilization rate of raw materials high. Be production intensity height, bonding property good, strong fire resistance arranged, the convenient special stand production equipment that solves connectivity problem between support and reinforcing bar, the concrete. The operation of this equipment and the extensive use of product with satisfying the needs of China's industry with the civil buildings industry, promote the exploitation of the advanced product of construction material, improve the technology content of product, promote the raising of construction quality.
Claims (4)
1. production line of C-shaped steel for tensile steel frame mesh, it is characterized in that by uncoiler, be located at the basic framework in this uncoiler the place ahead, be located at the pan feeding guider on this basic framework successively, the cold roll unit, cold rolling format roll unit, the shear roller unit, the draw roll unit, shaping roller unit, the finished product platform that connects material, intert successively at the shear roller unit, conveying roller unit between draw roll unit and the shaping roller unit is formed, described cold rolling format roll unit is made up of two that all are connected with drive unit cold rolling format roll machines, these two cold rolling format roll machines are made transmission link by chain and adjacent cold roll unit and shear roller unit respectively, described shear roller unit is made transmission link by chain and conveying roller unit
Described basic framework comprises the underframe of fixedlying connected with ground, is located at one group of gate-type frame on this underframe, is located at the chute track of these gate-type frame two column inboards, one group of longeron that adjacent with each respectively gate-type frame is connected,
Described cold roll unit is made up of one group of cold roll machine, described cold roll machine is by being located at described gate-type frame lower and both ends by two cold rolling roll shafts of die that have the die cold roll bearing arrangement support of slide rail, the fixedly connected double drive sprocket of cold roll of the cold rolling roll shaft left end of die head therewith, be fixed on the die cold roll at the cold rolling roll shaft of this die middle part, be located at this die cold roll top and the punch cold roll of die cold roll coupling therewith, the middle part is the fixedly connected cold rolling roll shaft of punch of punch cold roll therewith, two punch cold roll bearing arrangements that have slide rail that are located at the cold rolling roll shaft of this punch both ends are formed, described protruding, slide rail on the die cold roll bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected
Described cold rolling format roll machine is by being located at described gate-type frame lower and both ends by two die moulding roll shafts that have the die format roll bearing arrangement support of slide rail, be located at the double drive sprocket of format roll of the left end head of this die moulding roll shaft, be located at the format roll travelling gear on this die moulding roll shaft left side, be located at the die format roll at this die moulding roll shaft middle part, be located at this die format roll top and the punch format roll of die format roll coupling therewith, the middle part is the fixedly connected punch moulding roll shaft of punch format roll therewith, two punch format roll bearing arrangements that have slide rail that are located at the cold rolling roll shaft of this punch both ends are formed, described protruding, slide rail on the die format roll bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described drive unit is provided with driven wheel, this driven wheel and the crop rotation of format roll driving cog are connected with a joggle
Described shear roller unit is made up of one group of shear roller machine, described shear roller machine is sheared roll shaft by being located at gate-type frame lower and both ends by two dies that have the die shear roller bearing arrangement support of slide rail, be located at this die and shear the double drive sprocket of shear roller of roll shaft left end head, be located at the shear roller travelling gear I on this die shearing roll shaft left side, be located at this die and shear the die shear roller at roll shaft middle part, be located at this die shear roller top and the punch shear roller that is complementary of die shear roller therewith, roll shaft is sheared at the middle part fixedly connected punch of punch shear roller therewith, be located at the shear roller travelling gear II on this punch shearing roll shaft left side respectively, shear roller travelling gear III on the right-hand part, the punch shear roller bearing arrangement that has slide rail that is located at these punch shearing roll shaft both ends is formed, described protruding, slide rail on the die shear roller bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described shear roller travelling gear I and shear roller travelling gear II are connected with a joggle, the crop rotation of shear roller driving cog is connected with a joggle on described shear roller travelling gear III and adjacent another shear roller unit
Described draw roll unit is made up of one group of draw roll machine, and described draw roll machine is fixed on draw roll crossbeam on the described longeron by two ends, and symmetry is located at two draw rolls at middle part on this draw roll crossbeam to be formed,
Described shaping roller unit is made up of one group of shaping roller machine, described shaping roller machine is by the shaping roller crossbeam that is fixed on the described longeron, be symmetricly set on left shaping roller bearing, the right shaping roller bearing at middle part on this shaping roller crossbeam, be located at the left shaping roller group on this left shaping roller bearing, the right shaping roller bearing respectively, right shaping roller group is formed
Described conveying roller unit is made up of one group of conveying roller machine, described conveying roller machine is carried roll shaft by being located at gate-type frame lower and both ends by two dies that have the die conveying roller bearing arrangement support of slide rail, be located at this die and carry the double drive sprocket of conveying roller of roll shaft left end head, be located at the conveying roller travelling gear I on this die conveying roll shaft left side, be located at this die and carry the die conveying roller at roll shaft middle part, be located at this die conveying roller top and the punch conveying roller that is complementary of die conveying roller therewith, roll shaft is carried at the middle part fixedly connected punch of punch conveying roller therewith, be located at the conveying roller travelling gear II on this punch conveying roll shaft left side, the punch conveying roller bearing arrangement that has slide rail that is located at these punch shearing roll shaft both ends is formed, described protruding, slide rail on the die conveying roller bearing arrangement respectively with described gate-type frame on the chute track of two column inboards be slidingly connected, described conveying roller travelling gear I and described conveying roller travelling gear II are connected with a joggle
The double drive sprocket of cold roll on the described cold roll machine is connected with the double drive sprocket of format roll on the adjacent cold rolling format roll machine by chain, the double drive sprocket of format roll on another cold rolling format roll machine is connected with the double drive sprocket of shear roller on the adjacent shear roller machine by chain, and the double drive sprocket of this shear roller is connected with the double drive sprocket of conveying roller on the adjacent conveying roller machine by chain.
2. production line of C-shaped steel for tensile steel frame mesh according to claim 1, it is characterized in that described draw roll is by being vertically fixed on supermedial two the stretching roll shafts of described crossbeam, the draw roll bearing that connects of the bottom of two stretching roll shafts therewith, the stretching roll body that connects of draw roll bearing top circle is formed therewith.
3. production line of C-shaped steel for tensile steel frame mesh according to claim 1, it is characterized in that described left shaping roller group is by being located on the described left shaping roller bearing and two left shaping roll shafts that are obliquely installed, the left punch shaping roller, the left die shaping roller that are connected of bottom by the left therewith shaping roll shaft of bearing formed respectively, right shaping roller group is by being located on the described right shaping roller bearing and two right shaping roll shafts that are obliquely installed, and the right punch shaping roller, the right die shaping roller that are connected of the bottom by the right therewith shaping roll shaft of bearing formed respectively.
4. production line of C-shaped steel for tensile steel frame mesh according to claim 1 is characterized in that being equipped with on described punch cold roll bearing arrangement, die cold roll bearing arrangement, punch format roll bearing arrangement, die format roll bearing arrangement, punch shear roller bearing arrangement, die shear roller bearing arrangement, punch conveying roller bearing arrangement, the die conveying roller bearing arrangement hold-down bolt and adjusts nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202367474U CN201735670U (en) | 2010-06-25 | 2010-06-25 | C-shaped steel production line for stretched net for steel mesh framework |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202367474U CN201735670U (en) | 2010-06-25 | 2010-06-25 | C-shaped steel production line for stretched net for steel mesh framework |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201735670U true CN201735670U (en) | 2011-02-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202367474U Expired - Lifetime CN201735670U (en) | 2010-06-25 | 2010-06-25 | C-shaped steel production line for stretched net for steel mesh framework |
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| Country | Link |
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| CN (1) | CN201735670U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101862789A (en) * | 2010-06-25 | 2010-10-20 | 鞍山东方钢结构有限公司 | Production line of C-shaped steel for tensile steel frame mesh |
| CN105880280A (en) * | 2016-06-08 | 2016-08-24 | 张家港市天力达机电有限公司 | Cold rolling technology used for machining special-shaped steel |
| CN109175014A (en) * | 2018-09-06 | 2019-01-11 | 童丹桂 | New energy purlin shaping device |
-
2010
- 2010-06-25 CN CN2010202367474U patent/CN201735670U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101862789A (en) * | 2010-06-25 | 2010-10-20 | 鞍山东方钢结构有限公司 | Production line of C-shaped steel for tensile steel frame mesh |
| CN105880280A (en) * | 2016-06-08 | 2016-08-24 | 张家港市天力达机电有限公司 | Cold rolling technology used for machining special-shaped steel |
| CN109175014A (en) * | 2018-09-06 | 2019-01-11 | 童丹桂 | New energy purlin shaping device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110209 Effective date of abandoning: 20110810 |