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Publication numberCN102688960 A
Publication typeApplication
Application numberCN 201210209879
Publication date26 Sep 2012
Filing date25 Jun 2012
Priority date25 Jun 2012
Also published asCN102688960B
Publication number201210209879.1, CN 102688960 A, CN 102688960A, CN 201210209879, CN-A-102688960, CN102688960 A, CN102688960A, CN201210209879, CN201210209879.1
Inventors彭仲平
Applicant安徽天宇金属股份有限公司
Export CitationBiBTeX, EndNote, RefMan
External Links: SIPO, Espacenet
Non-spiral bidirectional straightening roll device for straightening and cutting off steel bar
CN 102688960 A
Abstract
The invention relates to a non-spiral bidirectional straightening roll device for straightening and cutting a steel bar and belongs to steel bar straightening and cutting devices. The non-spiral bidirectional straightening roll device for straightening and cutting the steel bar is characterized by mainly comprising a main engine seat, a left rack, a right rack, a front regulating driven roll, a front driven roll shaft, a back driven roll, a back driven roll shaft, a front driven roll regulator, an upper regulating driven press roll, an upper driven press roll shaft, an upper regulating driven roll, an upper driven roll shaft, a lower drive roll, a lower drive roll shaft, an upper driven press roll regulator and an upper driven roll regulator, wherein from left to right, the steel bar firstly passes through the front regulating driven roll and the back driven roll to be straightened in front and back directions and then passes through the upper regulating driven roll and the lower drive roll to be straightened in up and down directions under the clamping and the traction of the lower drive rolls; and after the straightening, the longitudinal rib of the steel bar is not twisted. The non-spiral bidirectional straightening roll device has the advantages that the processing speed and quality of the product are improved, the time and the labor are saved and the cost is reduced.
Claims(1)  translated from Chinese
1. ー种钢筋矫直切断用非螺旋双向矫直辊装置,其特征是:该钢筋矫直切断用非螺旋双向矫直辊装置主要由主机座(25)、左机架(12)、右机架(13)、前调节从动辊(I)、前从动辊轴(2 )、后从动辊(3 )、后从动辊轴(4)、前从动辊调节器(24)、上调节从动压辊(21)、上从动压辊轴(15 )、上调节从动辊(10 )、上从动辊轴(11)、下主动辊(17 )、下主动辊轴(18 )和上从动压辊调节器(20)、上从动辊调节器(16)组成; 该主机座(25)为横截面呈矩形的长方体钢结构框架件,在主机座(25)的上表面焊装主钢平台,在主钢平台的左部间隔对称地固定安装长方体钢结构的左机架(12)并焊装共同的左钢平台,在此左钢平台的后部从左至右均布间隔地安装各后从动辊(3),此各后从动辊(3)均为呈水平状的圆盘,在此后从动辊(3)上开设有中心轴孔并圆周开设圆弧形环槽,在后从动辊(3)中心轴孔中安装轴承,在此轴承中安装上端部带四方而下端段为螺纹段的后从动辊轴(4),各后从动辊轴(4)对应拧装在左钢平台上开设的螺孔中,并使各后从动辊(3)环槽的前侧切线位于同一水平线上; 在此左钢平台的前部从左至右均布间隔地安装各前调节从动辊(I)和辊座(9),各前调节从动辊(I)均为呈水平状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各前调节从动辊(I)均对应位于两两相邻的后从动辊(3)之间的中部部位,且各前调节从动辊(I)环槽的的后侧切线与各后从动辊(3)环槽的前侧切线位于同一水平线上,各前调节从动辊(I)均用前从动辊调节器(24)固定安装在辊座(9)的座板上,此辊座(9)由矩形的座板和前从动辊调节器(24)组成,在座板的左右侧部对称地开设安装孔,在此安装孔中穿装螺栓将各座板固定安装在左钢平台上,在各座板的中上部分别焊装前从动辊调节器(24),在前从动辊调节器(24)的连接杆(26)的Π形叉头(22)上用前从动辊轴(2)安装前调节从动辊(I); 在主机座(25)主钢平台的右部固定安装竖向设置的长方体箱形右机架(13),在右机架(13)前后侧板的下部从左至右均布间隔地分别对称开设轴承孔并安装轴承,在各前后轴承中均固定安装下主动辊轴(18),在各下主动辊轴(18)位于右机架(13)箱体内的中段上用键安装齿轮或前后链轮,在各下主动辊轴(18)伸出右机架(13)箱体的前端段上用键安装下主动辊(17),各下主动辊(17)均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各下主动辊(17)环槽的上侧切线位于同一水平线上,此外,在中部的下主动辊轴(18)的伸出右机架(13)箱体的后端段上用联轴节与安装在右机架(13)后侧的减速箱和电动机相对应连接,同时,在各两两相邻的下主动辊轴(18)上的齿轮之间安装中间轴和中间齿轮相对应啮合传动,或在各两两相邻的下主动辊轴(18)上的前链轮或后链轮之间安装链条相传动,在电动机的带动下,使各下主动辊(17)同作顺时针旋转; 在右机架(13)前上部的左端部和右端部对应位于左端和右端的下主动辊(17)的部位分别用安装板(23)安装上从动压辊调节器(20),在此上从动压辊调节器(20)的连接杆(26)的Π形叉头(22)上用上从动压辊轴(15)安装上调节从动压辊(21),并使此左右上调节从动压辊(21)与左端和右端的下主动辊(17)的圆周分别对应相抵靠,此上调节从动压辊(21)为呈垂直状的圆盘并均开设有中心轴孔,同时,在右机架(13)的前上部分别用安装板(23)安装上从动辊调节器(16),在各上从动辊调节器(16)的连接杆(26)的Π形叉头(22)上均用上从动辊轴(11)安装上调节从动辊(10),并使各上调节从动辊(10)对应位于两两相邻的下主动辊(17)之间的中部部位,各上调节从动辊(10)均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,且各上调节从动辊(10)的环槽的的下侧切线与各下主动辊(17)环槽的上侧切线位于同一水平线上,同时,各上调节从动辊(10)环槽的的下侧切线和各下主动辊(17)环槽的上侧切线又与各前调节从动辊(I)环槽的后侧切线和各后从动辊(3)环槽的前侧切线均位于同一水平线上; 此前从动辊调节器(24)、上从动压辊调节器(20)和上从动辊调节器(16)的结构相同,该上从动压辊调节器(20)主要由导向套管(6)、调节螺杆(7)、锁紧螺母(8)、连接杆(26)和限位螺栓(5)组成,该导向套管(6)呈圆柱形,在导向套管(6)的顶盖上开设中心螺孔并对应拧装带有锁紧螺母(8)的调节螺杆(7),在导向套管(6)的底板上开设中心通孔,在伸入导向套管(6)内的调节螺杆(7)的下端部安装连接杆(26),在连接杆的(26)上段的前部开设滑槽,而在导向套管(6)上对应开设螺孔并对应拧装限位螺栓(5),此各限位螺栓(5)拧入滑槽中,此连接杆(26)穿过导向套管(6)底板上的通孔并在其下外伸端上焊装直角η形的叉头(22),在叉头(22)上开设轴孔分别对应穿装上从动压辊轴(15)或前从动辊轴(2)或上从动辊轴(11),该上从动压辊调节器(20)和上从动辊调节器(16)的导向套管(6)为竖向设置并用安装板(23)安装在右机架(13)的前上部,此连接板(23)用螺栓(14)固定安装在右机架(13)的顶板上,而前从动辊调节器(24)的导向套管(6)呈前后向设置焊装在座板的中上部,此外,在上从动压辊调节器(20)的调节螺杆(7)的顶段上安装手轮(19)。 1. ー kinds of steel straightening and cutting non-screw-way straightening roller device, wherein: the non-spiral steel straightening and cutting-way straightening roller device mainly by the host seat (25), the left frame (12), right the rack (13), the front driven roller adjustment (I), the front driven roller (2), after the driven roller (3), after the driven roller shaft (4), the front driven roller adjuster (24) , the regulator driven roll (21), the driven roll shaft (15), the regulator driven roller (10), the driven roller (11), a lower drive roller (17), under the initiative rollers (18) and the driven roll conditioner (20), the driven roller regulator (16) members; the main housing (25) is a rectangular steel frame member rectangular in cross-section, in the main housing (25) The upper surface of the main welding steel platform, in the left portion of the main steel platform fixedly mounted symmetrically spaced rectangular steel left frame (12) and welding together the left and steel platform steel platform at the rear of the left of the left to the right uniform intervals after installation of each driven roller (3), after this each driven roller (3) are horizontal-shaped disc, the creation of a central shaft hole thereafter driven roller (3) and circumferential ring opening arcuate groove, after the driven roller (3) holes on the center axis of the bearing means mounted in the upper portion and the lower end section of the bearing after the driven roller shaft (4) of the thread segments, each with four rear from moving roller (4) corresponds to screwing on the left opened holes in the steel platform, and each rear driven roller (3) lateral line before the ring groove in the same horizontal line; this left in front of the steel platforms from Left to right are attached to each of the front cloth interval adjustment driven roller (I) and roll seat (9), adjust the driven roller (I) are each shaped disc horizontally before and are now offering a central shaft hole and circumferential open arcuate annular groove, and each of the front driven roller adjustment (I) corresponding to the central portion are located between two adjacent rear driven roller (3) between each of the front and the driven roller adjustment (I) ring The rear side of the groove with the rear driven roller tangent (3) before the lateral line of the annular groove in the same horizontal line, before the adjustment of each driven roller (I) are driven by the front roller adjuster (24) fixedly mounted roll Block (9) seat board, this roller holder (9) consists of a rectangular base plate and a front driven roller adjuster (24), with the left and right side portions of the base plate mounting holes symmetrically opened, through this mounting hole Each bolt seat means fixedly mounted on the left plate steel platform, in front of the upper portion of each base plate are welding regulator driven roller (24), the front driven roller adjuster (24) of the connecting rod (26) (2) adjusting the front mounted Π-shaped prongs (22) with a front driven roller driven roller (I); in the right part of the fixed installation main housing (25) to set the main steel platform vertical rectangular box-shaped Right the rack (13), in the lower right frame (13) of the front and rear side panels from left to right uniform intervals symmetric open bearing hole and install bearing, respectively, are fixedly mounted in the lower front and rear driving roller shaft bearing (18) before and after each under active roller (18) in the right frame (13) keyed on the middle gear or sprocket cabinets, each under the driving roller shaft (18) extends the right frame (13) Box on the front section with the following key installation drive roller (17), each lower drive roller (17) are vertically shaped disc and are set up with a central shaft hole and a circumferential ring groove open arc, and all under the initiative Roller (17) on lateral line of the annular groove in the same horizontal line, in addition, in the middle of the drive roller shaft (18) extends the right frame (13) with the coupling mounted on the rear end of the housing section Right frame (13) rear gearbox and the electric motor corresponding to the connection, while, in the next two adjacent two active rollers arranged between the gear (18) on the intermediate shaft and the intermediate gear corresponding to gear transmission, or front sprocket in the next two adjacent two active rollers (18) on or after the phase between the sprocket chain drive is installed, driven by the motor, the respective lower drive roller (17) with a clockwise rotation; In the right frame (13) corresponding to the left and right end portions located on the upper portion of the front left and right ends of the lower drive roller (17) parts are mounted with a mounting plate (23) on the driven pressure roller regulator (20), in this the driven roll conditioner (20) of the connecting rod (26) to spend Π-shaped prongs (22) on the driven platen roller shaft (15) mounted regulator driven roll (21), and this is about the regulator driven roll (21) and the lower drive roller (17) of the circumference of the left and right ends abut respectively, this last adjustment driven roll (21) is vertically shaped disc and are now offering a central axis hole, while, in the right front upper frame (13) are mounted with a mounting plate (23) on a driven roller actuator (16), in each of the driven roller actuator (16) connecting rod (26) Π-shaped prongs (22) on average spend driven roller (11) is mounted adjust driven roller (10), and the regulator each driven roller (10) located between two adjacent corresponding to the lower drive roller ( Central portion 17) between each of the adjustment follower roller (10) are vertically disc-shaped and has a central shaft hole are opened and the arc-shaped circumferential annular groove opening, each of the regulator and the driven roller (10 ) under the lateral line of the ring groove and each of the lower drive roller (17) on the lateral line of the annular groove in the same horizontal line, at the same time, the regulator of each driven roller (10), the annular groove of the lateral line and each of the lower active Roller (17) on lateral line ring groove before adjusting again with the driven roller (I) of the annular groove of the rear side of the tangent and each rear driven roller (3) before the lateral line of the annular groove are on the same horizontal line; previously from driven roller regulator (24), the same as the driven roll regulator (20) and the driven roller regulator (16) the structure of the regulator on the driven roll (20) is mainly composed of the guide sleeve (6 ), adjusting screw (7), the lock nut (8), connecting rod (26) and the stopper bolt (5), with the guide sleeve (6) is cylindrical, the top cover of the guide sleeve (6) the open center holes and screwing with the corresponding locking nut (8) of the adjusting screw (7), the creation of the center bore in the guide sleeve (6) of the floor, in projecting into the guide sleeve (6) of the lower end of the adjusting screw (7) installation connecting rod (26), opened the chute in (26) the front section of the connecting rod, and the guide sleeve (6) for the corresponding screw and open the corresponding stop screwing bolts (5), this all stop bolt (5) into the chute, this connecting rod (26) through the guide tube (6) through the hole on the bottom plate and at its lower end extended η welding rectangular shape The prongs (22), the prongs (22) set up through the shaft holes respectively mounted on the driven platen roller shaft (15) or the front driven roller (2) or the driven roller (11) the driven roll regulator (20) and the driven roller regulator (16) guide sleeve (6) is vertically disposed and mounted on the upper front right frame (13) with a mounting plate (23), this plate (23) with bolts (14) fixedly mounted on the right frame (13) roof, and the front driven roller regulator (24) guide sleeve (6) was set up around the seat plate welding the upper part, moreover, install hand wheel on the driven roll conditioner (20) of the adjusting screw (7) of the top section (19).
Description  translated from Chinese

钢筋矫直切断用非螺旋双向矫直辊装置 Steel straightening and cutting non-spiral-way straightening roller device

技术领域 Technical Field

[0001] 本发明属于钢筋矫直切断装置,尤其是涉及ー种钢筋矫直切断机用双向矫直辊装置。 [0001] The present invention pertains to steel straightening and cutting device, and more particularly ー kind of two-way steel straightening and cutting machine straightening roller device.

背景技术 Background

[0002]目前,国内ー些钢筋矫直切断机,一般采用单辊螺旋式装置对钢筋进行应力消除,并起到对钢筋矫直的作用;但此方法存在一些弊端:ー是加工速度慢,ニ是当轧制的钢筋矫直应力比较大时,必须加大对钢筋的扭矩,才能使钢筋矫直,但由于加大扭矩,使原本在一条线上的钢筋纵肋,矫直后产生螺旋状扭曲现象,而且应力不能完全释放,影响钢筋力学性能和产品质量,因此,此方法既影响产品加工量、又带来质量隐患。 [0002] Currently, some domestic ー steel straightening and cutting machine, generally use a single roller screw-type device reinforced stress relief, and act on the steel straightening; however, this method has some drawbacks: ー is a slow process, Ni steel straightening stress when rolling is relatively large, it is necessary to increase the torque of steel to make steel straightening, but because of increased torque, so that the original in a line of steel longitudinal ribs, resulting in a spiral straightening shape distortions, and stress can not be completely released, affect the mechanical properties of steel and product quality, and therefore, this method not only affect processing capacity, brings quality problems.

发明内容 DISCLOSURE

[0003] 本发明的目的是提供ー种钢筋矫直切断用非螺旋双向矫直辊装置,不仅结构合理,使用安全可靠,而且矫直后,保持钢筋纵肋不扭曲,提高产品加工速度和产品质量,省时省エ、降低生产成本。 [0003] The object of the present invention is to provide a kind of steel straightening and cutting ー non-screw-way straightening roller device, not only rational structure, safe and reliable, and after straightening, holding steel longitudinal ribs do not distort, improve processing speed and product quality, saving time and EVAL, reduce production costs.

[0004] 本发明的目的是这样来实现的:ー种钢筋矫直切断用非螺旋双向矫直辊装置,其特征是:该钢筋矫直切断用非螺旋双向矫直辊装置主要由主机座、左机架、右机架、前调节从动辊、前从动辊轴、后从动辊、后从动辊轴、前从动辊调节器、上调节从动压辊、上从动压辊轴、上调节从动辊、上从动辊轴、下主动辊、下主动辊轴和上从动压辊调节器、上从动辊调节器组成; [0004] The object of the present invention is achieved: ー kinds of steel straightening and cutting non-screw-way straightening roller device, characterized in that: the steel straightening and cutting non-spiral-way straightening roller device mainly by the host seat, left frame and right frame before adjusting the driven roller driven rollers before, after the driven roller, after the driven roller, driven roller before the regulator, the regulator driven pressure roller, the follower roll axis, the regulator driven roller, the driven roller, roller under the initiative, under the initiative and the follower rollers roll regulator, the follower roller conditioner composition;

该主机座为横截面呈矩形的长方体钢结构框架件,在主机座的上表面焊装主钢平台,在主钢平台的左部间隔对称地固定安装长方体钢结构的左机架,并焊装共同的左钢平台,在此左钢平台的后部,从左至右均布间隔地安装各后从动辊,此各后从动辊均为呈水平状的圆盘,在此后从动棍上开设有中心轴孔并圆周开设圆弧形环槽,在后从动棍中心轴孔中安装轴承,在此轴承中安装上端部带四方而下端段为螺纹段的后从动辊轴,各后从动辊轴对应拧装在左钢平台上开设的螺孔中,并使各后从动辊环槽的前侧切线位于同一水平线上。 The main housing is rectangular in cross-section steel frame members rectangle on the surface of the welding main steel platform host seat in the left portion of the main steel platform fixedly mounted symmetrically spaced rectangular steel frame left and welding Left common steel platform steel platform at the rear of the left, the uniform spacing mounted after each driven roller from left to right, this all driven rollers are after is horizontal disc, thereafter driven stick the creation of a central axial bore and a circumferential ring groove open arc, driven stick in the center axis of the holes after fitted bearing, with the upper end of the lower section of the Quartet and the rear driven roller thread segments, each bearing in this After the driven roller is mounted on the left correspond screwed steel platform opened holes in the front and rear lateral lines of the driven roller ring groove located on the same horizontal line.

[0005] 在此左钢平台的前部从左至右均布间隔地安装各前调节从动辊和辊座,各前调节从动辊均为呈水平状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各前调节从动辊均对应位于两两相邻的后从动辊之间的中部部位,且各前调节从动辊环槽的的后侧切线与各后从动辊环槽的前侧切线位于同一水平线上,各前调节从动辊均用前从动辊调节器固定安装在辊座的座板上,此辊座由矩形的座板和前从动辊调节器组成,在座板上左右侧部对称地开设安装孔,在此安装孔中穿装螺栓将各座板固定安装在左钢平台上,在各座板的中上部,分别焊装前从动辊调节器,在前从动辊调节器连接杆的η形叉头上用前从动辊轴安装前调节从动辊,前从动辊调节器的结构在后面作进ー步说明; [0005] In the disc left front portion of this uniform spacing of steel platforms mounted from left to right adjustment driven roll and each of the front seat, adjust each of the front rollers are driven horizontally shaped and are now offering a central axis opening hole and a circumferential arc ring groove, and each former follower roller adjustment corresponds in the central part of each two adjacent rear driven rolls, and each driven roller ring groove before adjusting the rear side of the tangent front lateral lines of the rear driven roller ring groove in the same horizontal line, each of the front rollers are driven by adjusting the front driven roller adjuster fixedly mounted chock seat board, this chock by a rectangular base plate and the front driven roller adjuster composition, the seat plate portions symmetrically right and left side mounting hole opened in this mounting bolt hole through the respective seat means fixedly mounted on the left plate steel platform, in the upper portion of each seat plate, respectively, welding η fork-shaped follower roller head mounted before the regulator, the regulator connected to the first driven roller shaft with a pre-adjusted before installation follower roller driven roller, the driven roller before the actuator structure as a later step into ーDescription;

在主机座主钢平台的右部固定安装(焊装)竖向设置的长方体箱形右机架,在右机架前后侧板的下部从左至右均布间隔地分别对称开设轴承孔并安装轴承,在各前后轴承中均固定安装下主动辊轴,在各下主动辊轴位于右机架箱体内的中段上用键安装齿轮或前后链轮,在各下主动辊轴伸出右机架箱体的前端段上用键安装下主动辊,各下主动辊均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各下主动辊环槽的上侧切线位于同一水平线上,此外,在中部的下主动辊轴的伸出右机架箱体的后端段上用联轴节与安装在右机架后侧的减速箱和电动机相对应连接,同时,各两两相邻的下主动辊轴上的齿轮之间安装中间轴和中间齿轮相对应啮合传动,或在各两两相邻的下主动辊轴上的前链轮或后链轮之间安装链条相传动,在电动机的带动下,使各下主动辊同时作顺时针旋转; In the right part of the fixed installation host seat main steel platform (welding) vertically disposed rectangular box shape the right frame, the frame around the lower part of the right side of the uniform intervals symmetric open bearing hole and install the bearing respectively, from left to right , are fixedly mounted in the lower front and rear bearings in the drive roller shaft, keyed front and rear sprocket gear or driving roll axis in the lower rack cabinets located in the right middle, each driving roll axis extending under the right frame box the front end portion thereof is installed with the following key initiative rolls, each roll under the initiative are vertically shaped disc and are now offering a central axial bore and a circumferential ring groove open arc, and each lower annular groove on the drive roller lateral line in the same horizontal line, in addition, in the middle of the drive roller shaft extending from the rear end of the right section of the rack cabinet with the corresponding coupling connection and installation of the rack in the right rear side of the gearbox and motor, Meanwhile, the installation between any two adjacent driving roller shaft gear under the intermediate shaft and the intermediate gear meshing corresponding drive, or front sprocket in the next two adjacent two active roller shaft or the rear sprocket installation phase between the chain drive, driven by the motor, so that all under active roll while rotating clockwise;

在右机架前上部的左端部和右端部对应位于左端和右端的下主动辊的部位分别用安装板安装上从动压辊调节器,在此上从动压辊调节器的连接杆的η形叉头上用上从动压辊轴安装上调节从动压辊,并使此上调节从动压辊与左端和右端的下主动辊的圆周分别对应相抵靠,此上调节从动压辊为呈垂直状的圆盘并均开设有中心轴孔,同时,在右机架前上部分别用安装板安装上从动辊调节器,在各上从动辊调节器的连接杆的η形叉头上均用上从动辊轴安装上调节从动辊,并使各上调节从动辊对应位于两两相邻的下主动辊之间的中部部位,各上调节从动辊均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,且各上调节从动辊环槽的的下侧切线与各下主动辊环槽的上侧切线位于同一水平线上,同时,各上调节从动辊环槽的的下侧切线和各下主动辊环槽的上侧切线又与各前调节从动辊环槽的后侧切线和各后从动辊环槽的前侧切线均位于同一水平线上; Corresponding to the left and right end portions in the right frame is located at the upper front left and right ends of the lower parts of the drive roller mounting plates are mounted on the driven roll regulator, η connecting rod on the driven roll in this regulator fork-shaped head to spend on the driven roll shaft mounted regulator driven roller, and the regulator under this driven roll and left and right ends of the drive roller circumference abut respectively, this last adjustment driven roll showing a vertical-shaped disc and are now offering a central shaft hole, while the upper part of the right front of the rack with mounting plates are mounted on the driven roller regulators in each of the driven roller regulator connecting rod η-Fork driven roller head are adjusted to spend a driven roller shaft is mounted, and the central portion of each of the adjustment follower roller located between two adjacent corresponding to the lower drive roller between the driven roller are adjusted on the respective vertically The disc-shaped and are now offering a central axial bore and a circumferential ring groove open arc, and each of the adjusting lateral line lateral line driven lower roller ring groove and each of the lower drive roller ring groove in the same horizontal line, At the same time, each of the driven roller adjusting ring groove on the lower lateral lines and lateral lines of the lower ring groove drive rolls and driven roller ring groove before rear tangent and each rear driven roller ring groove with the front adjustment Lateral lines are located on the same horizontal line;

此前从动辊调节器、上从动压辊调节器和上从动辊调节器的结构相同,现以上从动压辊调节器为例作进ー步说明(见图3):该上从动压辊调节器主要由导向套管、调节螺杆、锁紧螺母、连接杆和限位螺栓组成,该导向套管呈圆柱形,在导向套管的顶盖上开设中心螺孔并对应拧装带有锁紧螺母的调节螺杆,在导向套管的底板上开设中心通孔,在伸入导向套管内的调节螺杆的下端部安装连接杆,在连接杆上段的前部开设滑槽,而在导向套管上对应开设螺孔并对应拧装限位螺栓,此各限位螺栓拧入滑槽中,防止连接杆旋转,起到限位、锁紧的作用,此连接杆穿过导向套管底板上的通孔并在其下外伸端上焊装直角η形的叉头,在叉头上开设轴孔分别对应穿装上从动压棍轴或前从动棍轴或上从动棍轴,该上从动压辊调节器和上从动辊调节器的导向套管为竖向设置并用安装板安装在右机架的前上部,此安装板用螺栓固定安装在右机架的顶板上,而前从动辊调节器的导向套管呈前后向设置焊装在座板的中上部,此外,在上从动压辊调节器的调节螺杆的顶段上安装手轮。 Previously driven roller regulator, the same structure as the driven roll regulator and the driven roller regulator, now more driven roll feed ー regulator example for step by step instructions (see Figure 3): the upper follower roll regulator primarily by the guide sleeve, adjustment screw, locking nut, connecting rod and the stopper bolts, which the guide sleeve is cylindrical, open center holes on the top cover of the guide sleeve and tighten the corresponding loading a lock nut of the adjustment screw, open the central through-hole in the floor of the guide sleeve, adjusting screw extends into the lower end of the guide sleeve in the connecting rod installation, open the chute at the front of the connecting rod segment, while in the guide corresponding to the open holes on the sleeve and a corresponding stop screwing bolts, each stopper screwed in this chute, preventing the rotation of the connecting rod, play limit, locking effect, this connecting rod through the guide tube plate through holes and at its lower end extended η welding rectangular-shaped prongs, open shaft hole corresponding to wear in the fork head mounted on the driven shaft or front driven pressure stick stick stick shaft or the driven shaft The regulator on the driven roll and the follower roller regulator guide sleeve is vertically disposed and mounted on the upper front right frame mounting plate, the mounting plate with screws on the right rack roof , and driven around before guide roller regulator was to set the upper casing welding of the base plate, in addition, install handwheel adjustment screw on the top section of the driven roll regulator.

[0006] 使用时,钢筋在各下主动辊的夹持牵引下自左至右先穿过前调节从动辊、后从动辊作前后向矫直,接着穿过上调节从动辊、下主动辊作上下向矫直,矫直后,保持钢筋纵肋不扭曲,提高了产品加工速度和质量,省时省エ、降低了成本。 [0006] In use, the steel holding traction at all under the regulation of the driving roller driven roller from the first through the front left, back and forth to the rear driven roller straightening, and then adjust the driven roller through the upper and lower After driving roller up and down to straightening, straightening, holding steel longitudinal ribs are not distorted, improved processing speed and quality, EVAL saving time, reducing costs.

[0007] 本发明所提出的钢筋矫直切断用非螺旋双向矫直辊装置,不仅结构合理,使用安全可靠,而且矫直后,保持钢筋纵肋不扭曲,提高了产品加工速度和质量,省时省エ、降低了成本。 [0007] The present invention is proposed steel straightening and cutting non-helix-way straightening roller device, not only rational structure, safe and reliable, and after straightening, holding steel longitudinal ribs are not distorted, improved processing speed and quality, the province When the province EVAL, reducing costs.

[0008] 现结合附图和实施例对本发明所提出的钢筋矫直切断用非螺旋双向矫直辊装置作进ー步说明。 [0008] are combined with the accompanying drawings and embodiments of the present invention proposed a non-spiral steel straightening and cutting means for two-way straightening roll into ー-step instructions.

附图说明[0009] 图I是本发明所提出的钢筋矫直切断用非螺旋双向矫直辊装置的主视示意图。 BRIEF DESCRIPTION [0009] FIG. I is proposed by the invention of steel straightening and cutting schematic view of a two-way with the main non-helical straightening roller means.

[0010] 图2是图I中的A向(俯视)示意图。 [0010] FIG. 2 is a diagram of the A to I (top view) Fig.

[0011] 图3是图I中的B向(左视)示意图。 [0011] FIG. 3 is a diagram of the I, B (left view) Fig.

[0012] 图4是图I中的CC剖视示意图。 [0012] Figure I Figure 4 is a sectional view of the CC.

[0013] 图I、图2、图3、图4中: [0013] Figure I, Figure 2, Figure 3, Figure 4:

I、前调节从动辊2、前从动辊轴3、后从动辊4、后从动辊轴5、限位螺栓6、导向套管7、调节螺杆8、锁紧螺母9、辊座10、上调节从动辊11、上从动辊轴12、左机架13、右机架14、螺栓15、上从动压辊轴16、上从动辊调节器17、下主动辊18、下主动辊轴19、手轮20、上从动压辊调节器21、上调节从动压辊 22、叉头23、安装板24、前从动辊调节器25、主机座26、连接杆。 I, before adjusting the follower roller 2, the driven roller 3 before, after the driven roller 4, after the driven roller 5, the stopper bolt 6, the guide tube 7, the adjusting screw 8, lock nut 9, chocks 10, the regulator driven roller 11, the driven roller 12, the left frame 13, a right frame 14, a bolt 15, the driven platen roller shaft 16, the driven roller actuator 17, under the drive roller 18, Under the drive roller shaft 19, the handwheel 20, the driven roll regulator 21, the regulator driven roll 22, the prongs 23, the mounting plate 24, a former follower roller regulator 25, the host seat 26, the connecting rod.

具体实施方式 DETAILED DESCRIPTION

[0014] 从图I、图2、图3、图4中可以看出:ー种钢筋矫直切断用非螺旋双向矫直辊装置,其特征是:该钢筋矫直切断用非螺旋双向矫直辊装置主要由主机座25、左机架12、右机架13、前调节从动辊I、前从动辊轴2、后从动辊3、后从动辊轴4、前从动辊调节器24、上调节从动压辊21、上从动压辊轴15、上调节从动辊10、上从动辊轴11、下主动辊17、下主动辊轴18和上从动压辊调节器20、上从动辊调节器16组成; [0014] From Figure I, Figure 2, Figure 3, Figure 4 can be seen: ー kinds of steel straightening and cutting non-screw-way straightening roller device, wherein: the non-spiral steel straightening and cutting-way straightening roll apparatus main seat 25 by the host, the left frame 12 and right frame 13, a driven roller adjustment before I, before the follower roller 2, the driven roller 3, after the driven roller shaft 4, the front driven roller adjustment 24, the regulator driven pressure roller 21, the driven platen roller shaft 15, the regulator driven roller 10, the driven roller 11, under the drive roller 17, under the initiative roller 18 and the driven roll adjustment 20, the driven roller 16. The regulator;

该主机座25为横截面呈矩形的长方体钢结构框架件,在主机座25的上表面焊装主钢平台,在主钢平台的左部间隔对称地固定安装长方体钢结构的左机架12并焊装共同的左钢平台,在此左钢平台的后部从左至右均布间隔地安装各后从动辊3,此各后从动辊3均为呈水平状的圆盘,在此后从动辊3上开设有中心轴孔并圆周开设圆弧形环槽,在后从动辊3中心轴孔中安装轴承,在此轴承中安装上端部带四方而下端段为螺纹段的后从动辊轴4,各后从动辊轴4对应拧装在左钢平台上开设的螺孔中,并使各后从动辊3环槽的前侧切线位于同一水平线上; The main housing 25 is a rectangular steel frame member cross section rectangular seat on the surface of the host welding main steel platform 25, in the left portion of the main steel platform fixedly mounted symmetrically spaced rectangular steel frame 12 and left welding together the left and steel platform, steel platform at the rear left of this uniform spacing mounted to each rear driven roller 3 from left to right, this all driven roller 3 after both horizontally shaped disc, thereafter driven roller 3 has a central opening and the circumference of the shaft hole opened arc-ring groove in the 3 holes on the central axis of the rear driven roller mounted bearing, bearing the upper end of the lower section with the Quartet and after thread segments from 4 movable rollers, each rear driven roller shaft 4 is mounted on the left correspond screwed steel platform open holes on the front of each lateral line and driven roller 3 after the ring groove in the same horizontal line;

在此左钢平台的前部从左至右均布间隔地安装各前调节从动辊I和辊座9,各前调节从动辊I均为呈水平状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各前调节从动辊I均对应位于两两相邻的后从动辊3之间的中部部位,且各前调节从动辊I环槽的的后侧切线与各后从动辊3环槽的前侧切线位于同一水平线上,各前调节从动辊I均用前从动辊调节器24固定安装在辊座9的座板上,此辊座9由矩形的座板和前从动辊调节器24组成,在座板上左右侧部对称地开设安装孔,在此安装孔中穿装螺栓将各座板固定安装在左钢平台上,在各座板的中上部分别焊装前从动辊调节器24,在前从动辊调节器24的连接杆26的Π形叉头22上用前从动辊轴2安装前调节从动辊1,前从动辊调节器24的结构在后面作进ー步说明; This left front portion of the disk steel platforms uniform spacing mounted from left to right before adjusting each driven roller I and chock 9, each of the front driven roller adjustment I like both horizontally and are now offering a central axis bore and a circumferential annular groove open circular arc, and each of the front driven roller adjusting I site located in the middle are two corresponding to two adjacent rear driven roller 3, and each of the front driven roller adjusting ring groove of I before the lateral line tangent with the rear side of the driven roller 3 after the ring groove in the same horizontal line, each of the front adjustment follower roller follower I are made before the regulator roller 24 is fixedly mounted in the roller housing base plate 9 of the roll Block 9 is composed of a rectangular base plate and a front driven roller 24. The regulator, the seat portion symmetrically left and right side panel mounting holes opened in this fitted bolts through the mounting holes in the base plate each fixedly mounted on the left and steel platform, the upper portion of each front seat plate welding respectively driven roller conditioner 24, the former regulator connecting rod driven roller 24 is driven by the front rollers before adjusting the follower roller 2 is mounted on a 26 Π-shaped prong 22 1 , structure of the front driven roller conditioner 24 in the back-step instructions for intake ー;

在主机座25主钢平台的右部固定安装(焊装)竖向设置的长方体箱形右机架13,在右机架13前后侧板的下部从左至右均布间隔地分别对称开设轴承孔并安装轴承,在各前后轴承中均固定安装下主动辊轴18,在各下主动辊轴18位于右机架13箱体内的中段上用键安装齿轮或前后链轮,在各下主动辊轴18伸出右机架13箱体的前端段上用键安装下主动辊17,各下主动辊17均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,并使各下主动辊17环槽的上侧切线位于同一水平线上,此外,在中部的下主动辊轴18的伸出右机架13箱体的后端段上用联轴节与安装在右机架13后侧的减速箱和电动机相对应连接,同时,各两两相邻的下主动辊轴18上的齿轮之间安装中间轴和中间齿轮相对应啮合传动,或在各两两相邻的下主动辊轴18上的前链轮或后链轮之间安装链条相传动,在电动机的带动下,使各下主动辊17同作顺时针旋转; In the right part of main housing 25 fixedly mounted main steel platform (welding) vertically disposed rectangular box-shaped frame 13 the right, in the right frame around the lower portion of the side plates 13 are symmetrically opened from left to right uniform bearing intervals hole and install the bearings are fixedly mounted in the lower front and rear bearings in the drive roller shaft 18, on 18 13 cabinets located right in the middle of each rack driving roller shaft is mounted under the front and rear sprocket gear or with the key, active roll in next Right on the rack shaft 18 extending the front end of the housing section 13 with the following key to install the drive roller 17, the drive roller 17 are each lower vertically-shaped disc and are set up with a central shaft hole and a circumferential ring groove open arc on the lateral line and each of the lower drive roller 17 of the annular groove in the same horizontal line, in addition, on extending the right frame under the drive roller shaft in the middle of the rear end 18 of the housing section 13 and mounted with couplings Right rear frame 13 corresponding gearbox and motor connections while mounted between any two adjacent gear on the lower roller 18 and the intermediate gear countershaft initiative corresponds meshing transmission, or in the two two-phase o Under drive roller shaft sprocket 18 on the front or rear sprocket mounting chain between phase drive, driven by the motor, the respective lower drive roller 17 with clockwise rotation;

在右机架13前上部的左端部和右端部对应位于左端和右端的下主动辊17的部位分别用安装板23安装上从动压辊调节器20,在此上从动压辊调节器20的连接杆26的Π形叉头22上用上从动压辊轴15安装上调节从动压辊21,并使此上调节从动压辊21与左端和右端的下主动辊17的圆周分别对应相抵靠,此上调节从动压辊21为呈垂直状的圆盘并均开设有中心轴孔,同时,在右机架13的前上部分别用安装板23安装上从动辊调节器16,在各上从动辊调节器16的连接杆26的Π形叉头22上均用上从动辊轴11安装上调节从动辊10,并使各上调节从动辊10对应位于两两相邻的下主动辊17之间的中部部位,各上调节从动辊10均为呈垂直状的圆盘并均开设有中心轴孔和圆周开设圆弧形环槽,且各上调节从动辊10的环槽的的下侧切线与各下主动辊17环槽的上侧切线位于同一水平线上,同时,各上调节从动辊10环槽的的下侧切线和各下主动辊17环槽的上侧切线又与各前调节从动辊I环槽的后侧切线和各后从动辊3环槽的前侧切线均位于同一水平线上; The left and right end portions corresponding to the upper portion of the right front frame 13 is located at the left and right end portion of the drive roller 17, respectively, a mounting plate 23 is mounted on the driven roll regulator 20, the driven roll in this regulator 20 The connecting rod 26 to spend on Π-shaped prongs 22 on the driven platen roller shaft 15 is mounted regulator driven roll 21, and the regulator this circumference were driven roll 21 and the lower left and right ends of the drive roller 17 corresponding to abut, adjust this on the pressure roller 21 is driven vertically shaped disc and are set up with a central shaft hole, at the same time, in the right front upper frame 13, respectively, with a mounting plate 23 is mounted on a driven roller regulator 16 In each of the driven roller regulator connecting rod 16 of the 26 Π-shaped prongs 22 are driven to spend regulator roller 11 is mounted on a driven roller 10, and the regulator 10 corresponds to each follower roller located between two adjacent to the central portion of the lower drive roller 17 between the regulator each driven roller 10 are vertically shaped disc and are set up with a central shaft hole and a circumferential ring groove open arc, and each of the adjustment follower lower lateral line lateral line under the lateral line roller ring groove 10 with the lower drive roller 17 of the annular groove in the same horizontal line, at the same time, each of the adjusting ring groove driven roller 10 and the drive roller 17 at each ring before the lateral line on lateral line slot with the front and I adjust driven roller ring groove tangent and each rear driven roller 3 after the ring groove are located on the same level;

此前从动辊调节器24、上从动压辊调节器20和上从动辊调节器16的结构相同,现以上从动压辊调节器20为例作进ー步说明(见图3):该上从动压辊调节器20主要由导向套管 Previously driven roller conditioner 24, the driven roll regulator 20 and the driven roller 16 of the same structure as the regulator, now more driven roll 20 as an example for the regulator into ー step instructions (see Figure 3): The regulator on the driven roll 20 is mainly composed of the guide sleeve

6、调节螺杆7、锁紧螺母8、连接杆26和限位螺栓5组成,该导向套管6呈圆柱形,在导向套管6的顶盖上开设中心螺孔并对应拧装带有锁紧螺母8的调节螺杆7,在导向套管6的底板上开设中心通孔,在伸入导向套管6内的调节螺杆7的下端部安装连接杆26,在连接杆26上段的前部开设滑槽,而在导向套管6上对应开设螺孔并对应拧装限位螺栓5,此各限位螺栓5拧入滑槽中,防止连接杆26旋转,起到限位、锁紧的作用,此连接杆26穿过导向套管6底板上的通孔并在其下外伸端上焊装直角H形的叉头22,在叉头22上开设轴孔分别对应穿装上从动压棍轴15或前从动棍轴2或上从动棍轴11,该上从动压棍调节器20和上从动辊调节器16的导向套管6为竖向设置并用安装板23安装在右机架13的前上部,此安装板23用螺栓14固定安装在右机架13的顶板上,而前从动辊调节器24的导向套管6呈前后向设置焊装在座板的中上部,此外,在上从动压辊调节器20的调节螺杆7的顶段上安装手轮19。 6, 7 adjustment screw, locking nut 8, the connecting rod 26 and the stopper bolt 5 composed of the guide sleeve 6 is cylindrical, open center holes on the guide bushing cap (6) and the corresponding screwing with lock 8 adjusting screw nut 7, the opening of the central through hole in the base plate 6 of the guide sleeve, projecting into the lower end portion of the guide sleeve 6 in the adjustment screw 7 mounted connecting rod 26, open at the front portion of the upper connecting rod 26 chute, and 6 open holes on the guide sleeve and the corresponding limit corresponding to screwing the bolt 5, the stopper bolt 5 is screwed into each chute, preventing the rotation of the connecting rod 26, play limit, locking action This connecting rod 26 through the guide sleeve through hole 6 on the floor and in the lower end of the extended H-shaped welding rectangular prongs 22, opened the shaft hole in the fork head 22 respectively mounted on the driven pressure wear stick shaft 15 or driven a stick before or on the driven shaft 2 stick shaft 11, the upper guide rod driven pressure regulator 20 and the driven roller actuator 16 is vertically disposed sleeve 6 with a mounting plate 23 is mounted Right before the upper frame 13, the mounting plate 23 by a bolt 14 fixedly mounted on the right roof rack 13, and forward-driven roller adjuster sleeve 6 was around 24 to set the welding of the base plate in the upper part In addition, on the driven roll regulator adjusting screw 20 paragraph 7 of the top 19 installation handwheel.

[0015] 使用时,钢筋在各下主动辊17的夹持牵引下自左至右先穿过前调节从动辊I、后从动辊3作前后向矫直,接着穿过上调节从动辊10、下主动辊17作上下向矫直,矫直后,保持钢筋纵肋不扭曲,提高了产品加工速度和产品质量,省时省エ、降低了成本。 When the [0015] use, reinforced at each lower gripping traction drive roller 17 through the adjustment from the front left first driven roller I, 3 for the front after a driven roller to straightening, then adjust driven through the roller 10 under the drive roller 17 and down to straightening after straightening, holding steel longitudinal ribs are not distorted, improved processing speed and product quality, EVAL saving time, reducing costs.

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Referenced by
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CN106119504A *30 Aug 201616 Nov 2016湖州迈拓精密管业有限公司Thermal treatment device for coil pipes
Classifications
International ClassificationB21F1/02
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26 Sep 2012C06Publication
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18 Jun 2014C14Grant of patent or utility model