CN110340145A - A kind of steel structure forming processing equipment - Google Patents

Abstract

The present invention relates to a kind of steel structure forming processing equipments, including rack, along the evenly distributed convex roller mechanism of multiple moldings being mounted on the rack of same level rectilinear direction, along the evenly distributed recessed roller mechanism of multiple moldings being mounted on the rack of same level rectilinear direction and two driving mechanisms being mounted on the rack, the convex roller mechanisms of multiple moldings be located at the surfaces of multiple recessed roller mechanisms of molding and be arranged in a one-to-one correspondence or positioned at multiple recessed roller mechanisms of molding underfaces and be arranged in a one-to-one correspondence, one of them described driving mechanism can drive multiple convex roller mechanisms of molding to rotate synchronously, another described driving mechanism can drive multiple recessed roller mechanisms of molding to rotate synchronously.Processing equipment provided by the invention can realize freely adjusting to the profile angle for forming convex roller mechanism and the recessed roller mechanism of molding, meet the production requirement with processing equipment to the forming requirements of different molding specification steel constructions.

Description

A kind of steel structure forming processing equipment

Technical field

The present invention relates to steel contour machining equipment technical field, specifically a kind of steel structure forming processing equipment.

Background technique

Steel board is the most frequently used material for forming steel construction, and steel board generally also needs to add by molding after the completion of production Work technique produces the steel board structure of different application occasions and different language functions, most commonly used for the processing of steel board It is by mangle tool roll forming, mangle has the characteristics that molding is simple, molding is fast, high production efficiency, but at present The shaping mechanism of mangle tool be all fixed structure, thus a kind of steel board of molding structure can only be carried out it is one-to-one plus Work production, the production requirement without being able to satisfy the steel board structure for a variety of molding specification requirements, applicability is lower, and for The steel board of difference molding specification needs to design the mangle of different shaping mechanisms, not only will increase equipment cost, and can account for With excessive production site.

In view of the above technical problems, the invention proposes a kind of steel structure forming processing equipments, mainly for channel steel and angle A kind of processing equipment of steel molding and design.

Summary of the invention

To solve the above-mentioned problems, the present invention provides a kind of steel structure forming processing equipment, it can solve above-mentioned background The problem of being proposed in technology.

To achieve the goals above, the present invention is realized using following technical scheme: a kind of steel structure forming processing equipment, Including rack, along the evenly distributed convex roller mechanism of multiple moldings being mounted on the rack of same level rectilinear direction, along same The evenly distributed recessed roller mechanism of multiple moldings being mounted on the rack in horizontal linear direction and two are mounted on the rack Driving mechanism, the convex roller mechanisms of multiple moldings are located at the surfaces of multiple recessed roller mechanisms of molding and are arranged in a one-to-one correspondence Or positioned at multiple underfaces for forming recessed roller mechanisms and be arranged in a one-to-one correspondence, one of them described driving mechanism can drive more A convex roller mechanism of molding rotates synchronously, another described driving mechanism can drive multiple recessed roller mechanisms of molding are synchronous to turn It is dynamic, in which:

The convex roller mechanism of the molding include form convex roller, insertion be mounted on the convex roller both ends of molding two adjusting sets, Be fixedly mounted on two of the convex roller both ends of the molding for the adjusting set rotation-limited limit end socket, respectively with two institutes State two No.1 convex sets that adjusting set is slidably connected, the No.1 band tooth being fixedly mounted in one of them described No.1 convex set Bearing, the No.1 built-in bearing being fixedly mounted in another described No.1 convex set and No.1 can turn thread spindle；Described in two No.1 convex set is rotatably installed in the rack, the convex roller of the molding, two adjusting sets, two limit end sockets, Two No.1 convex sets, the No.1 shaft with gear are held, the No.1 built-in bearing and the No.1 can turn in thread spindle Mandrel is conllinear, and the No.1 can turn thread spindle and be threadedly coupled with two adjusting sets, hold limit with the No.1 shaft with gear Rotation connection can turn screw thread axle thread company with the No.1 built-in bearing rotation-limited, two adjusting sets and the No.1 The thread rotary orientation that connects is on the contrary, the adjusting set can slide into ipsilateral No.1 convex set, the sides of two limit end sockets The convex roller guide rod that multiple horizontal anomalous movements are inserted into ipsilateral No.1 convex set is equipped on end face, the convex roller of molding includes The hinged convex roller of multiple No.1s in two ends and one of them described end being fixedly connected respectively with two limit end sockets Valve, the multiple No. two convex roller valves and two inner support connectors hinged with another described end, multiple convex roller valves of No.1 with Multiple No. two convex roller valves correspond hinged setting, the convex roller valve of No.1 and described No. two convex roller valve opposed vertical directions Angle it is all the same, a pair of hinged convex roller valve of the No.1 and the section of described No. two convex roller valves compositions are V-shaped, one of them The inner support connector is hingedly mounted on the convex roller valve inner sidewall of each No.1, another described inner support connector is hingedly pacified On the inner sidewall of each No. two convex roller valves, two inner support connectors can turn thread spindle level with the No.1 It is slidably connected.

The recessed roller mechanism of molding includes two No. two for forming recessed roller, being slidably connected with the recessed roller both ends horizontal of molding Convex set, No. two shafts with gear being fixedly mounted in one of them described No. two convexs set are held, are fixedly mounted on described in another No. two built-in bearings in No. two convexs set and No. two can turn thread spindle, the recessed roller of the molding, two No. two convex sets, institutes State No. two shafts with gear hold, No. two built-in bearings and No. two central axises that can turn thread spindle it is conllinear, it is described molding it is recessed Roller includes the recessed roller valve of multiple No.1s, corresponds with the recessed roller valves of multiple No.1s multiple No. two hinged recessed roller valves, is twice The connecting rod of multiple recessed roller valve quantity of the No.1, two detent sets, two spiral shells being separately mounted in two detent sets Line set, wherein the inner sidewall of connecting rod one end described in half and each recessed roller valve of No.1 corresponds hinged, one of them Detent set is hinged with the other end of connecting rod described in the half, one end of the other half connecting rod and each described No. two The inner sidewall of recessed roller valve corresponds hinged, another detent set, institute hinged with the other end of connecting rod described in the half It states No. two and can turn thread spindle and be threadedly coupled with two thread bush, and the thread rotary orientation of two thread bush is on the contrary, described No. two can turn thread spindle and No. two shafts with gear hold rotation-limited, with No. two built-in bearing rotation-limiteds, the recessed roller valve of No.1 and The angle in No. two recessed roller valve opposed vertical directions is all the same.

Preferably, bearing installation riser disposed in parallel there are two being set in the rack, two bearing installation risers The position of relatively each No.1 convex set and each No. two convexs set is equipped with rotationally connected rolling bearing.

Preferably, the inner support connector include multiple groups connector sleeve, be connected to every group described in spring in connector sleeve and with The No.1 can turn the sliding sleeve that thread spindle level is slidably connected, and connector sleeve described in every group includes two connector sleeves being oppositely arranged, The spring, the group number of the connector sleeve and the convex roller valve of the No.1 or institute are respectively connected between every group of two connector sleeves The number for stating No. two convex roller valves is identical；Described in one of them in connector sleeve described in every group in one of them described inner support connector The inner sidewall of connector sleeve and each convex roller valve of No.1 corresponds hinged, another described connector sleeve and sliding sleeve hinge It connects；In connector sleeve described in every group in another described inner support connector one of them described connector sleeve and each described No. two it is convex The inner sidewall of roller valve corresponds hingedly, another described connector sleeve and the sliding sleeve are hinged.

Preferably, the side end face of No.1 convex set is equipped with what level corresponding with each convex roller guide rod was slidably connected Multiple convex roller guide sleeves, the detent set end face outside are equipped with multiple recessed roller guide rods, set on the side end face of No. two convexs set The multiple recessed roller guide sleeves for thering is level corresponding with each recessed roller guide rod to be slidably connected.

Preferably, the No.1 shaft with gear contract include the No.1 bearing portion being fixedly mounted in No.1 convex set and with The No.1 bearing portion integrally connected is located at external No.1 end gear, and No. two shafts with gear, which contract to include, to be fixedly mounted on No. two bearing portions in No. two convexs set and No. two end teeth for being located at outside with No. two bearing portion integrally connecteds Wheel.

Preferably, it includes that convex roller adjusts thread spindle and is fixedly mounted on the convex roller adjusting spiral shell that the No.1, which can turn thread spindle, The No.1 handwheel in line shaft end portion, the medium position that the convex roller adjusts thread spindle are equipped with the polished rod with two sliding sleeve settings Axis, the No.1 handwheel are located at the outer fix of the No.1 built-in bearing, the cam adjustment thread spindle and two tune The connection of section external threading connect with the No.1 bearing portion rotation-limited, connect with No.1 built-in bearing rotation-limited, the cam It adjusts thread spindle and being threadedly engaged for two adjusting sets is oppositely oriented, it includes recessed roller adjusting spiral shell that described No. two, which can turn thread spindle, Line axis and the two trumpeters wheel for being fixedly mounted on the recessed roller adjusting thread spindle end, the two trumpeters wheel are located at built in described No. two The outer fix of bearing, the recessed roller adjust thread spindle and are threadedly coupled with two thread bush, limit with No. two bearing portions Position rotation connection is connect with No. two built-in bearing rotation-limiteds, and the recessed roller adjusts thread spindle and two thread bush Be threadedly engaged it is oppositely oriented.

Preferably, the driving mechanism includes driving motor and chain belt；The driving of one of them driving mechanism Motor is fixedly mounted on one of them bearing installation riser side, the output shaft of the driving motor and one of institute It states No.1 end gear centre to be fixedly connected, the chain belt is linked on all No.1 end gears；Described in another The driving motor of driving mechanism is fixedly mounted on another bearing installation riser side, the driving motor it is defeated Shaft is fixedly connected with No. two end gear centres described in one of them, and the chain belt is linked at all No. two end teeth On wheel.

It is proposed by the present invention that the technical scheme has the following advantages or beneficial effects:

A kind of steel structure forming processing equipment provided by the invention has carried out corresponding improvement mainly for shaping mechanism and has set It counts, the shaping mechanism in this processing equipment structure includes the convex roller mechanism of molding to match and forms recessed roller mechanism, wherein forming In convex roller mechanism, be provided with the convex roller valve of multiple No.1s and corresponding No. two convex roller valves, and the convex roller valve of No.1 and No. two it is convex Using installation form hinged one by one between roller valve, it is located at and forms in convex roller provided with two inner support connectors, improve molding Stability, toughness and the reliability of convex roll structure can adjust thread spindle by convex roller additionally by rotation No.1 handwheel and drive Two adjusting sets are towards or away from movement, to push or pull on the folder between the convex roller valve of No.1 and No. two convex roller valve adjustment Angle, thus can realize the adjusting to the profile angle for forming convex roller mechanism, it is corresponding, it is arranged in forming recessed roller mechanism The recessed roller valve of multiple No.1s and corresponding No. two convex roller valves can pass through recessed roller by two trumpeters of rotation wheel and adjust thread spindle band Two thread bush are moved towards or away from movement, change the recessed roller valve of No.1 and No. two to can adjust under the pulling function of connecting rod Angle between recessed roller valve then realizes the adjusting to recessed roller mechanism profile angle is formed, in conclusion the processing in the present invention The shaping mechanism of mechanical structure can conveniently adjust for comparing more traditional fixed structure, can satisfy to different steel knots The production requirement of structure forming requirements, applicability is high, improves the utilization rate of processing equipment.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, the present invention and its feature, outer Shape and advantage will become more apparent.Identical label indicates identical part in all the attached drawings, not deliberately according to than Example draws attached drawing, it is preferred that emphasis is shows the gist of the present invention.

Fig. 1 is a kind of top view of steel structure forming processing equipment provided by the invention；

Fig. 2 is the partial enlargement diagram in the present invention in Fig. 1 at A；

Fig. 3 is a kind of main view of steel structure forming processing equipment provided by the invention；

Fig. 4 is the schematic cross-sectional view that convex roller mechanism is formed in the present invention；

Fig. 5 is the schematic cross-sectional view that recessed roller mechanism is formed in the present invention；

Fig. 6 is the schematic perspective view that the half structure containing the convex roller valve of No.1 in convex roller is formed in the present invention；

Fig. 7 is the schematic perspective view that the half structure containing No. two convex roller valves in convex roller is formed in the present invention；

Fig. 8 is the schematic perspective view that the half structure containing the recessed roller valve of No.1 in recessed roller is formed in the present invention；

Fig. 9 is the schematic perspective view that the half structure containing No. two recessed roller valves in recessed roller is formed in the present invention.

Wherein, 1, rack；11, bearing installation riser；111, rolling bearing；2, convex roller mechanism is formed；21, convex roller is formed； 211, end；212, the convex roller valve of No.1；213, No. two convex roller valves；214, inner support connector；2141, connector sleeve；2142, spring； 2143, sliding sleeve；22, adjusting set；23, end socket is limited；231, convex roller guide rod；24, No.1 convex set；241, convex roller guide sleeve；25, one Number shaft with gear is held；251, No.1 bearing portion；252, No.1 end gear；26, No.1 built-in bearing；27, No.1 can turn thread spindle； 271, convex roller adjusts thread spindle；2711, polished rod axis；272, No.1 handwheel；3, recessed roller mechanism is formed；31, recessed roller is formed；311, one Number recessed roller valve；312, No. two recessed roller valves；313, connecting rod；314, detent set；3141, recessed roller guide rod；315, thread bush；32, two Number convex set；321, recessed roller guide sleeve；33, No. two shafts with gear are held；331, No. two bearing portions；332, No. two end gears；34, No. two Built-in bearing；35, No. two can turn thread spindle；351, recessed roller adjusts thread spindle；352, two trumpeters take turns；4, driving mechanism；41, it drives Motor；42, chain belt.

Specific embodiment

In order to which technical problems, technical solutions and advantages to be solved are more clearly understood, tie below Accompanying drawings and embodiments are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only To explain the present invention, it is not intended to limit the present invention.

Refering to shown in 1-9, a kind of steel structure forming processing equipment, including rack 1, uniformly arrange along same level rectilinear direction It arranges the convex roller mechanism 2 of be mounted in rack 1 four moldings, be mounted in rack 1 along same level rectilinear direction is evenly distributed Four recessed roller mechanisms 3 of molding and two driving mechanisms 4 being mounted in rack 1, four convex roller mechanisms 2 of molding are located at four moldings The surface of recessed roller mechanism 3 and be arranged in a one-to-one correspondence or positioned at four recessed roller mechanisms 3 of molding underface and be arranged in a one-to-one correspondence, One of driving mechanism 4 can drive four convex roller mechanisms 2 of molding to rotate synchronously, another driving mechanism 4 can drive four at The recessed roller mechanism 3 of type rotates synchronously, in which:

Form convex roller mechanism 2 include form convex roller 21, insertion is mounted on and form two adjusting sets 22 at convex 21 both ends of roller, consolidates Dingan County mounted in form two of convex 21 both ends of roller for 22 rotation-limited of adjusting set limit end socket 23, respectively with two adjusting sets The 22 two No.1 convexs sets 24 being slidably connected, the No.1 shaft with gear that is fixedly mounted in one of No.1 convex set 24 are held 25, the No.1 built-in bearing 26 and No.1 being fixedly mounted in another No.1 convex set 24 can turn thread spindle 27；Two No.1s Convex set 24 is rotatably installed in rack 1, forms 21, two, convex roller limit 23, two No.1 convexs of end socket of adjusting set 22, two Set 24, No.1 shaft with gear hold 25, No.1 built-in bearing 26 and No.1 can turn thread spindle 27 central axis it is conllinear, No.1 can turn spiral shell Line axis 27 is threadedly coupled with two adjusting sets 22,25 rotation-limiteds are held with No.1 shaft with gear connect, limits with No.1 built-in bearing 26 Position rotation, two adjusting sets 22 and No.1 can turn thread rotary orientation that thread spindle 27 is threadedly coupled on the contrary, adjusting set 22 can slide into together In the No.1 convex set 24 of side, it is all provided with that be inserted into ipsilateral No.1 convex there are four horizontal anomalous movement on the side end face of two limit end sockets 23 Convex roller guide rod 231 in shape set 24, forming convex roller 21 includes limiting two ends that end socket 23 is fixedly connected with two respectively 211, it is uniformly distributed the hinged convex roller valve 212 of four No.1s with one of end 211, is uniformly distributed with another end 211 The convex roller valve 213 of hinged four No. two and two inner support connectors 214, the convex roller valve 212 of four No.1s and four No. two convex roller valves 213 correspond hinged setting, and the convex roller valve 212 of No.1 and the angle in No. two convex 213 opposed vertical directions of roller valve are all the same, a pair of The section that the convex roller valve 212 of hinged No.1 and No. two convex roller valves 213 are constituted is V-shaped, and one of inner support connector 214 is hingedly pacified On convex 212 inner sidewall of roller valve of each No.1, another inner support connector 214 is hingedly mounted on each No. two convex roller valves 213 Inner sidewall on, two inner support connectors 214 can turn 27 level of thread spindle with No.1 and be slidably connected.

Form recessed roller mechanism 3 include form recessed roller 31, be slidably connected with recessed 31 both ends horizontal of roller of molding two No. two it is convex Shape set 32, No. two shafts with gear being fixedly mounted in one of them No. two convex set 32 hold 33, are fixedly mounted on another No. two No. two built-in bearings 34 in convex set 32 and No. two can turn thread spindle 35, form 31, two No. two convexs of recessed roller and cover 32, No. two Shaft with gear holds 33, No. two built-in bearings 34 and No. two central axises that can turn thread spindle 35 are conllinear, and it includes uniform for forming recessed roller 31 The recessed roller valve 311 of four No.1s of distribution corresponds the recessed roller valve 312, eight of hinged four No. two with the recessed roller valve 311 of four No.1s Two thread bush 315 that 313, two detents of a connecting rod cover 314, are separately mounted in two detents sets 314, wherein four companies The inner sidewall of 313 one end of extension bar and the recessed roller valve 311 of each No.1 corresponds hingedly, and one of detent covers 314 and this four The other end of connecting rod 313 is hinged, and the inner sidewall one of one end of other four connecting rod 313 and each No. two recessed roller valves 312 is a pair of Should be hinged, another detent set 314 is hinged with the other end of four connecting rods 313, and No. two can turn thread spindle 35 and two spiral shells Line set 315 is threadedly coupled, and the thread rotary orientation of two thread bush 315 is on the contrary, No. two can turn thread spindle 35 and hold with No. two shafts with gear 33 rotation-limiteds and No. two 34 rotation-limiteds of built-in bearing, the recessed roller valve 311 of No.1 and No. two recessed 312 opposed vertical directions of roller valve Angle it is all the same, the section that a pair of hinged recessed roller valve 311 of No.1 and No. two recessed roller valves 312 are constituted is in inverted V type.

Further, bearing installation riser 11 disposed in parallel there are two being set in rack 1, two 11 phases of bearing installation riser Rotationally connected totally eight rolling bearings are equipped with to the position of each No.1 convex set 24 and each No. two convexs set 32 111.Eight rolling bearings 111 can only execute rotational action for limiting No.1 convex set 24 and No. two convex sets 32, and cannot Generate radial displacement.

Further, inner support connector 214 includes four groups of connector sleeves 2141, the spring being connected in every group of connector sleeve 2141 2142 and the sliding sleeve 2143 that 27 level of thread spindle is slidably connected can be turned with No.1, every group of connector sleeve 2141 includes two and be oppositely arranged Connector sleeve 2141, be respectively connected with spring 2142 between every group of two connector sleeves 2141；In one of inner support connector 214 Every group of connector sleeve 2141 in the inner sidewall of one of connector sleeve 2141 and the convex roller valve 212 of each No.1 correspond it is hinged, Another connector sleeve 2141 and sliding sleeve 2143 are hinged；Wherein one in every group of connector sleeve 2141 in another inner support connector 214 The inner sidewall of a connector sleeve 2141 and each No. two convex roller valves 213 corresponds hinged, another connector sleeve 2141 and sliding sleeve 2143 is hinged.Four groups of connector sleeves 2141 of each inner support connector 214 are with respect to the central axis array distribution of sliding sleeve 2143.Molding The shape main body of convex roller 21 is made of the convex roller valve 212 of No.1 and No. two convex roller valves 213, i.e., internal is hollow structure, without Pipe is that the convex roller 21 of molding or the recessed roller 31 of molding can all be squeezed power, two inner support connectors in steel molding process 214 can effectively realize the inside support of structure, improve the structural strength and stability of the convex roller 21 of molding of structure.

Further, the side end face of No.1 convex set 24 is uniformly provided with horizontal sliding corresponding with each convex roller guide rod 231 and connects The convex roller guide sleeve 241 of four connect, detent, which covers, is uniformly provided with four recessed roller guide rods 3141 in 314 end face outsides, No. two convex sets 32 Side end face be equipped with four recessed roller guide sleeves 321 that level corresponding with each recessed roller guide rod 3141 is slidably connected.Convex roller guide rod 231 It is slidably matched with the level of convex roller guide sleeve 241 and is on the one hand adjusted each other without limitation on the convex roller valve 212 of No.1 and No. two convex roller valves 213 Between angle, on the other hand can guarantee to realize that entirely form convex roller mechanism 2 realizes whole turn under the driving of driving mechanism 4 It is dynamic, likewise, on the one hand the level of recessed roller guide rod 3141 and recessed roller guide sleeve 321 is slidably matched without limitation on the recessed roller valve 311 of No.1 Angle between adjusting with No. two recessed roller valves 312, on the other hand can guarantee to realize that entirely forming recessed roller mechanism 3 is driving Whole rotation is realized under the driving of mechanism 4.

Further, it includes the No.1 bearing portion 251 being fixedly mounted in No.1 convex set 24 that No.1 shaft with gear, which holds 25, With the external No.1 end gear 252 that is located at 251 integrally connected of No.1 bearing portion, it includes fixed peace that No. two shafts with gear, which hold 33, No. two bearing portions 331 in No. two convex sets 32 and No. two ends for being located at outside with No. two 331 integrally connecteds of bearing portion Head gear 332.No.1 end gear 252 and No. two end gears 332 are all to realize 4 pairs of driving mechanism moldings with the cooperation of chain belt 42 Convex roller mechanism 2 and the rotate driving for forming recessed roller mechanism 3.

Further, it includes that convex roller adjusts thread spindle 271 and is fixedly mounted on convex roller adjusting that No.1, which can turn thread spindle 27, The No.1 handwheel 272 of 271 end of thread spindle, the medium position that convex roller adjusts thread spindle 271 is equipped with to be arranged with two sliding sleeves 2143 Polished rod axis 2711, No.1 handwheel 272 is located at the outer fix of No.1 built-in bearing 26, cam adjustment thread spindle 271 and two Adjusting set 22 is threadedly coupled, connect with 251 rotation-limited of No.1 bearing portion, connect with 26 rotation-limited of No.1 built-in bearing, convex Wheel adjusts thread spindle 271 and being threadedly engaged for two adjusting sets 22 is oppositely oriented, and it includes the adjusting of recessed roller that No. two, which can turn thread spindle 35, Thread spindle 351 and the two trumpeters wheel 352 for being fixedly mounted on recessed roller adjusting 351 end of thread spindle, two trumpeters wheel 352 are located in No. two The outer fix of bearing 34 is set, recessed roller adjusts thread spindle 351 and is threadedly coupled with two thread bush 315, limits with No. two bearing portions 331 Position rotation connection is connect with No. two 34 rotation-limiteds of built-in bearing, and recessed roller adjusts the spiral shell of thread spindle 351 and two thread bush 315 Line cooperates oppositely oriented.Convex roller adjusting thread spindle 271, which is limited between No.1 bearing portion 251 and No.1 built-in bearing 26, to be turned It is dynamic, so that the tune to angle between the convex roller valve of No.1 212 and No. two convex roller valves 213 may be implemented by rotating No.1 handwheel 272 Section, recessed roller adjusting thread spindle 351, which is limited between No. two bearing portions 331 and No. two built-in bearings 34, to be rotated, thus by turning Dynamic two trumpeters wheel 352 can realize the adjusting to angle between the recessed roller valve of No.1 311 and No. two recessed roller valves 312.

Further, driving mechanism 4 includes driving motor 41 and chain belt 42；The driving electricity of one of driving mechanism 4 Machine 41 is fixedly mounted on one of 11 side of bearing installation riser, the output shaft of driving motor 41 and one of No.1 end 252 center of head gear is fixedly connected, and chain belt 42 is linked on all No.1 end gears 252；The drive of another driving mechanism 4 Dynamic motor 41 is fixedly mounted on another 11 side of bearing installation riser, the output shaft of driving motor 41 with one of them No. two Gear 332 center in end is fixedly connected, and chain belt 42 is linked on No. two all end gears 332.Two driving mechanisms 4 are distinguished The convex roller mechanism 2 of four moldings and recessed 3 mirror image synchronization of the roller mechanism rotation of four moldings are driven, thus by steel during molding It can be fed forward automatically on one side with an edge forming.

The principle and its course of work of a kind of steel structure forming processing equipment provided by the invention are described in detail below:

It is specifically designed present invention is generally directed to form convex roller mechanism 2 and form recessed roller mechanism 3, it can be achieved that the convex roller of No.1 The adjusting of angle between valve 212 and No. two convex roller valves 213, and realize and pressed from both sides between the recessed roller valve 311 of No.1 and No. two recessed roller valves 312 The corresponding of angle is adjusted, specifically:

The process that convex 2 angle of roller mechanism is adjusted is formed, the forming angle for forming convex roller 21 is adjusted by rotation No.1 handwheel 272 Degree is rotating No.1 handwheel because convex roller adjusts thread spindle 271 and being threadedly engaged for two adjusting sets 22 is oppositely oriented While the 272 convex rollers of drive adjust the rotation of thread spindle 271, it will drive two adjusting sets 22 towards or away from movement (rotation No.1 Handwheel 272 leads to that two adjusting sets 22 move toward one another or back movement is determined by being specifically threadedly engaged relationship, for this field Technical staff understood, herein not with repeat)；When moving toward one another, two adjusting sets 22 will push the synchronous phase in two ends 211 To movement, so that the convex roller valve 212 of No.1 and No. two convex roller valves 213 angle between the two will reduce, V-type section is shown as more Protrusion, in addition adjusting set 22 moves in No.1 convex set 24 to skidding off direction；When back movement, two adjusting sets 22 are pulled on Two 211 back movements of end, so that the convex roller valve 212 of No.1 and No. two convex roller valves 213 angle between the two will increase, performance Gentler for V-type section, in addition adjusting set 22 can also slide further into No.1 convex set 24；To pass through one trumpeter of rotation Wheel 272 adjusts the adjusting realized to angle between the convex roller valve of No.1 212 and No. two convex roller valves 213, then realizes to molding The adjusting of convex 21 profile angle of roller；

The process that recessed 3 angle of roller mechanism is adjusted is formed, the forming angle for forming recessed roller 31 is adjusted by two trumpeters of rotation wheel 352 Degree, because recessed roller adjusts thread spindle 351 and being threadedly engaged for two thread bush 315 is oppositely oriented, in two trumpeters of rotation Two thread bush 315 be will drive while taking turns 352 towards or away from movement；When connecting rod 313 is in vertical position, one Angle number between recessed roller valve 311 and No. two recessed roller valves 312 is minimum, using state shown in attached drawing 5 as initial state, moves toward one another When, two thread bush 315 will pull the recessed roller valve 311 of No.1 and No. two recessed rollers by connecting rod 313 while moving toward one another Valve 312 and cause angle between the two to be gradually reduced, when back movement, two thread bush 315 are same while back movement Sample will pull the recessed roller valve 311 of No.1 and No. two recessed roller valves 312 and angle between the two caused to be gradually reduced, to pass through rotation two Trumpeter's wheel 352 realizes the adjusting to angle between the recessed roller valve of No.1 311 and No. two recessed roller valves 312, then realizes to molding The adjusting of recessed 31 profile angle of roller；

According to the requirement of actual steel profile angle, the profile angle and each recessed roller of molding of each convex roller 21 of molding are adjusted 31 profile angle is consistent it, in addition must guarantee the consistency for forming convex roller 21 and the profile angle for forming recessed roller 31, It is subject to measurement during practical adjustments, steel processing and forming can be carried out after angular adjustment is good, passes through 4 band of driving mechanism The dynamic convex roller mechanism 2 of molding is rotated with recessed 3 mirror image synchronization of roller mechanism is formed, and carries out formation rolling to steel on one side, defeated forward on one side It send.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent It defines.

Claims (7)

1. a kind of steel structure forming processing equipment, including rack (1), along same level rectilinear direction it is evenly distributed be mounted on it is described The convex roller mechanism of multiple moldings (2) in rack (1) is mounted on the rack (1) along same level rectilinear direction is evenly distributed The recessed roller mechanism of multiple moldings (3) and two driving mechanisms (4) being mounted on the rack (1), the convex rollers of multiple moldings Mechanism (2) is located at the surfaces of the recessed roller mechanisms (3) of multiple moldings and is arranged in a one-to-one correspondence or to be located at multiple moldings recessed It the underface of roller mechanism (3) and is arranged in a one-to-one correspondence, one of them described driving mechanism (4) can drive multiple convex rollers of molding Mechanism (2) rotates synchronously, another described driving mechanism (4) can drive multiple recessed roller mechanisms (3) of molding to rotate synchronously, It is characterized in that, in which:

The convex roller mechanism (2) of molding is including forming convex roller (21), insertion is mounted on two for forming convex roller (21) both ends Adjusting set (22), two limit envelopes for compressing the adjusting set (22) for being fixedly mounted on convex roller (21) both ends of molding Head (23), is fixedly mounted wherein one at two No.1 convex sets (24) being slidably connected respectively with two adjusting sets (22) No.1 shaft with gear in a No.1 convex set (24) is held (25), is fixedly mounted in another described No.1 convex set (24) No.1 built-in bearing (26) and No.1 can turn thread spindle (27)；Two No.1 convex sets (24) are rotatably installed in the machine It is described to form convex roller (21), two adjusting sets (22), two the limit end sockets (23), two No.1s on frame (1) Convex set (24), the No.1 shaft with gear, which hold (25), the No.1 built-in bearing (26) and the No.1, can turn thread spindle (27) Central axis it is conllinear, the No.1 can turn thread spindle (27) be threadedly coupled with two adjusting sets (22), with the No.1 Shaft with gear hold the connection of (25) rotation-limited, with No.1 built-in bearing (26) rotation-limited, two adjusting sets (22) with The No.1 can turn the thread rotary orientation of thread spindle (27) threaded connection on the contrary, the adjusting set (22) can slide into ipsilateral described one In number convex set (24), be equipped on the side end faces of two limits end socket (23) multiple horizontal anomalous movements be inserted into it is ipsilateral described Convex roller guide rod (231) in No.1 convex set (24), the convex roller (21) of the molding include respectively with two limit end sockets (23) two ends (211) being fixedly connected, the multiple No.1s convex roller valve (212) hinged with one of them described end (211), Hinged multiple No. two convex roller valves (213) and two inner support connectors (214) with end described in another (211) are multiple described The convex roller valve (212) of No.1 and multiple No. two convex roller valves (213) correspond hinged setting, the convex roller valve (212) of No.1 It is all the same with the angle in described No. two convex roller valve (213) opposed vertical directions, a pair of hinged convex roller valve (212) of the No.1 with The section that No. two convex roller valves (213) are constituted is V-shaped, one of them described inner support connector (214) is hingedly mounted on each On convex roller valve (212) inner sidewall of No.1, another described inner support connector (214) be hingedly mounted on each described No. two it is convex On the inner sidewall of roller valve (213), two inner support connectors (214) can turn thread spindle (27) sliding with the No.1 and connect It connects.

The recessed roller mechanism (3) of molding includes two for forming recessed roller (31), being slidably connected with recessed roller (31) both ends of molding No. two convex sets (32), No. two shafts with gear being fixedly mounted in one of them described No. two convex set (32) are held (33), are fixed No. two built-in bearings (34) being mounted in another described No. two convex set (32) and No. two can turn thread spindle (35), it is described at The recessed roller of type (31), two No. two convex sets (32), No. two shafts with gear hold (33), No. two built-in bearings (34) and Described No. two central axises that can turn thread spindle (35) are conllinear, the recessed roller (31) of the molding include the recessed roller valve (311) of multiple No.1s, Multiple No. two hinged recessed roller valves (312), twice multiple No.1s are corresponded with multiple recessed roller valves (311) of No.1 Recessed roller valve 311) quantity connecting rod (313), two detent sets (314), be separately mounted in two detent sets (314) Two thread bush (315), the wherein inner sidewall of (313) one end of connecting rod described in half and each recessed roller valve (311) of No.1 It corresponds hingedly, one of them described detent set (314) and the other end of connecting rod described in the half (313) are hinged, another The inner sidewall of one end of half connecting rod (313) and each No. two recessed roller valves (312) corresponds hinged, another institute It states detent set (314) and the other end of connecting rod described in the half (313) is hinged, described No. two can turn thread spindle (35) and two The thread bush (315) is threadedly coupled, and the thread rotary orientation of two thread bush (315) is on the contrary, described No. two can turn screw thread Axis (35) and No. two shafts with gear hold (33) rotation-limited and No. two built-in bearing (34) rotation-limiteds, the recessed roller valve of No.1 (311) and the angle in No. two recessed roller valve (312) the opposed vertical directions is all the same, a pair of hinged recessed roller valve of the No.1 (311) and the section of No. two recessed roller valve (312) compositions is in inverted V type.

2. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: the rack (1) is equipped with Two bearing installation risers (11) disposed in parallel, the relatively each No.1 convex set of two bearing installation risers (11) (24) and the position of each No. two convex sets (32) is equipped with rotationally connected rolling bearing (111).

3. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: the inner support connector (214) include multiple groups connector sleeve (2141), be connected to every group described in spring (2142) in connector sleeve (2141) and with described one Number it can turn the sliding sleeve (2143) that thread spindle (27) is slidably connected, connector sleeve described in every group (2141) includes two companies being oppositely arranged Female connector (2141) is respectively connected with the spring (2142), the connector sleeve between the connector sleeve (2141) of two of every group (2141) group number is identical as the number of the convex roller valve (212) of the No.1 or No. two convex roller valves (213)；Described in one of them The connector sleeve (2141) of one of them in connector sleeve (2141) described in every group in inner support connector (214) and each described one The inner sidewall of number convex roller valve (212) corresponds hinged, another described connector sleeve (2141) and the sliding sleeve (2143) are hinged； In connector sleeve (2141) described in every group in another described inner support connector (214) one of them described connector sleeve (2141) with The inner sidewall of each No. two convex roller valves (213) corresponds hinged, another described connector sleeve (2141) and the sliding sleeve (2143) hinged.

4. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: the No.1 convex set (24) Side end face be equipped with the multiple convex roller guide sleeves (241) being slidably connected corresponding with each convex roller guide rod (231), the detent set (314) end face outside is equipped with multiple recessed roller guide rods (3141), the side end faces of No. two convex sets (32) be equipped with it is each The corresponding multiple recessed roller guide sleeves (321) being slidably connected of recessed roller guide rod (3141).

5. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: the No.1 shaft with gear is held (25) include the No.1 bearing portion (251) that is fixedly mounted in the No.1 convex set (24) and with the No.1 bearing portion (251) the No.1 end gear (252) for being located at outside of integrally connected, it includes being fixedly mounted on that No. two shafts with gear, which hold (33), No. two bearing portions (331) in No. two convex sets (32) and outer with being located at for No. two bearing portions (331) integrally connected No. two end gears (332) in portion.

6. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: the No.1 can turn thread spindle It (27) include that convex roller adjusts thread spindle (271) and is fixedly mounted on the No.1 handwheel that the convex roller adjusts thread spindle (271) end (272), the medium position that the convex roller adjusts thread spindle (271) is equipped with the polished rod axis with two sliding sleeve (2143) settings (2711), the No.1 handwheel (272) is located at the outer fix of the No.1 built-in bearing (26), the cam adjustment thread spindle (271) be threadedly coupled with two adjusting sets (22), connect with No.1 bearing portion (251) rotation-limited and No.1 in The connection of bearing (26) rotation-limited is set, the cam adjustment thread spindle (271) is threadedly engaged with two adjusting set (22) Oppositely oriented, it includes that recessed roller adjusts thread spindle (351) and is fixedly mounted on the recessed roller tune that described No. two, which can turn thread spindle (35), Two trumpeters for saving thread spindle (351) end take turns (352), and two trumpeter takes turns (352) and is located at No. two built-in bearings (34) Outer fix, recessed roller adjusting thread spindle (351) is threadedly coupled with two thread bush (315) and No. two bearings (331) rotation-limited connection in portion's is connect with No. two built-in bearings (34) rotation-limited, and the recessed roller adjusts thread spindle (351) oppositely oriented with being threadedly engaged for two thread bush (315).

7. a kind of steel structure forming processing equipment according to claim 1, it is characterised in that: driving mechanism (4) packet Include driving motor (41) and chain belt (42)；The driving motor (41) of one of them driving mechanism (4) is fixedly mounted on On one of them described bearing installation riser (11) side, the output shaft and one of them described No.1 of the driving motor (41) End gear (252) center is fixedly connected, and the chain belt (42) is linked on all No.1 end gears (252)；Separately The driving motor (41) of one driving mechanism (4) is fixedly mounted on another bearing installation riser (11) side On, the output shaft of the driving motor (41) is fixedly connected with No. two end gear (332) centers described in one of them, the chain Band (42) is linked on all No. two end gears (332).