TWI803342B - Adjustment assembly for a roller of straightening machine - Google Patents

Adjustment assembly for a roller of straightening machine Download PDF

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TWI803342B
TWI803342B TW111121331A TW111121331A TWI803342B TW I803342 B TWI803342 B TW I803342B TW 111121331 A TW111121331 A TW 111121331A TW 111121331 A TW111121331 A TW 111121331A TW I803342 B TWI803342 B TW I803342B
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Taiwan
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carrier
roller
seat
adjustment assembly
transmission rod
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TW111121331A
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Chinese (zh)
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TW202348327A (en
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黃永茂
王貫宇
黃建傑
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國立中山大學
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Publication of TW202348327A publication Critical patent/TW202348327A/en

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Abstract

An adjustment assembly provided to adjust a distance between two rollers of a straightening machine includes a mounting base, a first carrier, a roller base, a second carrier, a load cell and a transmission rod. The first carrier is connected to the mounting base, one of the rollers is connected to the roller base, the second carrier is mounted between the roller base and the first carrier and connected to the first carrier, and the load cell is mounted between the roller base and the second carrier. The transmission rod is provided to move the first carrier so as to allow the second carrier, the load cell and the roller base to be moved together with the first carrier vertically, and allow the roller connected to the roller base to contact a workpiece during rolling and/or straightening operation. The roller load applied to the workpiece can be sensed by the load cell and used to determine whether to adjust the distance between the two rollers.

Description

矯直機的輥輪調整總成Roller adjustment assembly of straightening machine

本發明是關於一種矯直機的輥輪調整總成，尤其是用以輥軋及/或矯直一板材的輥輪調整總成。The invention relates to a roller adjustment assembly of a straightening machine, especially a roller adjustment assembly for rolling and/or straightening a plate.

台灣發明專利申請第104117365號「滾壓機之夾合間隙與夾合力檢測控制裝置」揭露將一第二滾輪13的二端分別結合於二擺臂16，各該擺臂16的一端樞設於一架體11處，且各該擺臂16的另一端分別連結一驅動裝置20，藉由各該驅動裝置20分別帶動各該擺臂16，以調整該第二滾輪13及一第一滾輪12之間的一滾壓夾合間隙14，各該驅動裝置20以一減速器22分別帶動一螺桿21，利用各該螺桿21帶動各該擺臂16擺動，二荷重元(Load cells)40分別設置於各該驅動裝置20的各該螺桿21，並由各該螺桿21帶動各該荷重元(Load cells)40，以分別測得該第一滾輪12與該第二滾輪13之間的左右二側力量值。Taiwan Invention Patent Application No. 104117365 "Clamping Gap and Clamping Force Detection and Control Device for Rolling Press" discloses that the two ends of a second roller 13 are respectively combined with two swing arms 16, and one end of each swing arm 16 is pivotally arranged on A frame body 11, and the other end of each swing arm 16 is respectively connected with a drive device 20, and each drive device 20 drives each swing arm 16 respectively to adjust the second roller 13 and a first roller 12 A rolling clamping gap 14 between them, each driving device 20 drives a screw 21 with a speed reducer 22, and uses each screw 21 to drive each swing arm 16 to swing, and two load cells (Load cells) 40 are respectively set Each of the screw rods 21 on each of the driving devices 20, and each of the load cells (Load cells) 40 are driven by each of the screw rods 21, so as to measure the left and right sides between the first roller 12 and the second roller 13 respectively. strength value.

然，由於各該擺臂16分別被各該驅動裝置20的各該螺桿21帶動，因此，當各該螺桿21不當帶動各該擺臂16時，會造成該第二滾輪13傾斜地滾壓一物料A(如板材)，而使該物料A受壓不均，進而造成該物料A受壓後，發生曲率分佈不均，而產生波浪狀的問題，此外，由於各該荷重元(Load cells)40分別設置於各該驅動裝置20的各該螺桿21，因此只能分別測得該第一滾輪12與該第二滾輪13之間的左右二側力量值，並無法準確地感測該第一滾輪12與該第二滾輪13之間的輥軋力。However, since each of the swing arms 16 is driven by each of the screw rods 21 of each of the driving devices 20, when each of the screw rods 21 improperly drives each of the swing arms 16, the second roller 13 will be caused to roll a material obliquely. A (such as a plate), so that the material A is compressed unevenly, and then the curvature of the material A is unevenly distributed after being compressed, resulting in a wave-like problem. In addition, due to the load cells (Load cells) 40 Each of the screw rods 21 of each of the driving devices 20 is respectively arranged, so the force values on the left and right sides between the first roller 12 and the second roller 13 can only be measured respectively, and the first roller cannot be accurately sensed. 12 and the rolling force between the second roller 13.

本發明的主要目的是在提供一種矯直機的輥輪調整總成，藉由一傳動桿帶動一第一載體，使該第一載體沿著一軸向帶動一第二載體、一荷重元及一輥輪座移動，並使結合於該輥輪座的一輥輪接觸一待輥軋件以進行一輥軋及/或矯直製程，並藉由設置於該輥輪座與該第二載體之間的該荷重元量測該輥輪輥軋一待輥軋件的輥軋力，以做為是否調整輥輪間的距離之依據。The main purpose of the present invention is to provide a roller adjustment assembly of a straightening machine, which drives a first carrier through a transmission rod, so that the first carrier drives a second carrier, a load cell and a load cell along an axial direction. A roller seat moves, and a roller combined with the roller seat contacts a workpiece to be rolled to perform a rolling and/or straightening process, and by being arranged on the roller seat and the second carrier The load cell in between measures the rolling force of the roller rolling a piece to be rolled, as a basis for whether to adjust the distance between the rollers.

本發明之一種矯直機的輥輪調整總成，用以結合於一基座，以調整一第一輥輪與一第二輥輪的一軸向距離，使該第一輥輪與該第二輥輪對一待輥軋件進行一輥軋及/或矯直製程，該輥輪調整總成包含一固定座、一第一載體、一輥輪座、一第二載體、一荷重元及一傳動桿，該固定座用以與該基座結合成一體，該第一載體沿著一第一軸向，該第一載體活動地結合於該固定座，該輥輪座用以結合該第一輥輪，該第二載體設置於該輥輪座與該第一載體之間，該第二載體與該第一載體結合成一體，且該第一載體與該第二載體之間具有一固定間距，該荷重元設置於該輥輪座與該第二載體之間，且該荷重元結合於該輥輪座與該第二載體，該傳動桿結合該第一載體，該傳動桿用以帶動該第一載體，使該第一載體沿著該第一軸向帶動該第二載體、該荷重元及該輥輪座移動，並使該第一輥輪接觸位於該第一輥輪與該第二輥輪之間的該待輥軋件以進行該輥軋及/或矯直製程。A roller adjustment assembly of a straightening machine of the present invention is used to be combined with a base to adjust an axial distance between a first roller and a second roller, so that the first roller and the second roller Two rollers perform a rolling and/or straightening process on a piece to be rolled, and the roller adjustment assembly includes a fixed seat, a first carrier, a roller seat, a second carrier, a load cell and A transmission rod, the fixed base is used to integrate with the base, the first carrier is along a first axial direction, the first carrier is movably combined with the fixed base, and the roller seat is used to combine with the second A roller, the second carrier is arranged between the roller base and the first carrier, the second carrier is integrated with the first carrier, and there is a fixed between the first carrier and the second carrier spacing, the load cell is arranged between the roller seat and the second carrier, and the load cell is combined with the roller seat and the second carrier, the transmission rod is combined with the first carrier, and the transmission rod is used to drive For the first carrier, the first carrier drives the second carrier, the load cell and the roller base to move along the first axial direction, and makes the first roller contact the first roller and the second roller. The workpiece to be rolled between the two rollers is used for the rolling and/or straightening process.

本發明藉由設置於該輥輪座與該第一載體之間的該第二載體結合該荷重元，以準確的感測該第一輥輪與該第二輥輪輥軋該待輥軋件的輥軋力，及藉由該傳動桿帶動該第一載體，使該第一載體沿著該第一軸向帶動該第二載體、該荷重元及該輥輪座移動，以避免該待輥軋件受壓不均，而造成該待輥軋件(如板材)受壓後，發生曲率分佈不均，而產生波浪狀的問題。The present invention combines the load cell with the second carrier arranged between the roller seat and the first carrier to accurately sense the rolling of the workpiece to be rolled by the first roller and the second roller The rolling force, and the first carrier is driven by the transmission rod, so that the first carrier drives the second carrier, the load cell and the roller seat to move along the first axial direction, so as to avoid the Uneven pressure on the rolled piece causes the problem that the curvature distribution of the piece to be rolled (such as a plate) is uneven after being pressed, resulting in a wavy problem.

請參閱第1圖，本發明的一種矯直機的輥輪調整總成100結合於一基座200以形成一矯直機10，該基座200設置於一輸送機構500的一輸送路徑，藉由該輸送機構500以將一待輥軋件(如板材，圖未繪出)輸送至該矯直機10以進行一輥軋及/或矯直製程。Please refer to Fig. 1, a roller adjustment assembly 100 of a straightening machine of the present invention is combined with a base 200 to form a straightening machine 10, and the base 200 is arranged on a conveying path of a conveying mechanism 500, by The conveying mechanism 500 conveys a piece to be rolled (such as a plate, not shown in the figure) to the straightener 10 for a rolling and/or straightening process.

請參閱第1至3圖，該輥輪調整總成100包含一固定座110、一第一載體120、一輥輪座130、一第二載體140、一荷重元(Load cells)150及一傳動桿160，在本實施例中，一第一輥輪300轉動地結合於該輥輪座130，至少一第二輥輪400轉動地結合於該基座200，請參閱第3、4及5圖，該第一輥輪300與該第二輥輪400之間具有一軸向距離D1，該第一輥輪300及該第二輥輪400被一動力組件(如齒輪組、鍊條及馬達等組件，圖未繪出)帶動，以對該待輥軋件(如板材，圖未繪出)進行該輥軋及/或矯直製程。Please refer to Figures 1 to 3, the roller adjustment assembly 100 includes a fixed seat 110, a first carrier 120, a roller seat 130, a second carrier 140, a load cell (Load cells) 150 and a transmission Rod 160, in this embodiment, a first roller 300 is rotatably combined with the roller base 130, and at least one second roller 400 is rotatably combined with the base 200, please refer to Figures 3, 4 and 5 , there is an axial distance D1 between the first roller 300 and the second roller 400, and the first roller 300 and the second roller 400 are driven by a power assembly (such as a gear set, a chain, a motor, etc.) , not shown in the figure) is driven to carry out the rolling and/or straightening process on the piece to be rolled (such as a plate, not shown in the figure).

請參閱第1至3圖，該輥輪調整總成100以該固定座110與該基座200結合成一體，該輥輪調整總成100可藉由該固定座110沿著一第二軸向Y調整與該基座200的結合位置，並以至少一固定件111(如螺栓等)與該基座200結合成一體，該第一載體120沿著一第一軸向Z活動地結合於該固定座110，請參閱第3至5圖，在本實施例中，沿著該第一軸向Z，該固定座110具有一導槽112，該第一載體120的一端部120a容置於該導槽112中，該第一載體120的該端部120a被限制於該導槽112，使該第一載體120僅可沿著該第一軸向Z移動。Please refer to Figures 1 to 3, the roller adjustment assembly 100 is integrated with the base 200 by the fixing seat 110, and the roller adjustment assembly 100 can be moved along a second axial direction by the fixing seat 110 Y adjusts the combined position with the base 200, and integrates with the base 200 with at least one fixing member 111 (such as a bolt, etc.), and the first carrier 120 is movably combined with the base 200 along a first axis Z. For the fixing seat 110, please refer to Figures 3 to 5. In this embodiment, along the first axis Z, the fixing seat 110 has a guide groove 112, and an end 120a of the first carrier 120 is accommodated in the In the guide groove 112 , the end portion 120 a of the first carrier 120 is restricted in the guide groove 112 , so that the first carrier 120 can only move along the first axis Z.

請參閱第3至5圖，該第二載體140設置於該輥輪座130與該第一載體120之間，該第二載體140與該第一載體120結合成一體，請參閱第5圖，該第一載體120與該第二載體140之間具有一固定間距D2，在本實施例中，該輥輪調整總成100另包含一第一連接件171，該第二載體140以該第一連接件171與該第一載體120結合成一體，並使該第一載體120與該第二載體140之間形成該固定間距D2，請參閱第3及5圖，在本實施例中，該輥輪調整總成100另包含一第二連接件172，該第二載體140以該第一連接件171及該第二連接件172連接該第一載體120及該第二載體140，使該第一載體120及該第二載體140結合成一體，沿著該第一軸向Z，一第一軸線C1通過該第一連接件171及該輥輪座130，一第二軸線C2通過該第二連接件172及該輥輪座130。Please refer to Figures 3 to 5, the second carrier 140 is disposed between the roller seat 130 and the first carrier 120, the second carrier 140 is integrated with the first carrier 120, please refer to Figure 5, There is a fixed distance D2 between the first carrier 120 and the second carrier 140. In this embodiment, the roller adjustment assembly 100 further includes a first connecting member 171. The connecting member 171 is integrated with the first carrier 120, and forms the fixed distance D2 between the first carrier 120 and the second carrier 140. Please refer to the 3rd and 5th figures. In this embodiment, the roller The wheel adjustment assembly 100 further includes a second connecting piece 172, the second carrier 140 connects the first carrier 120 and the second carrier 140 with the first connecting piece 171 and the second connecting piece 172, so that the first The carrier 120 and the second carrier 140 are combined into one body, along the first axis Z, a first axis C1 passes through the first connecting member 171 and the roller seat 130, and a second axis C2 passes through the second connection Part 172 and the roller seat 130.

請參閱第3至5圖，該荷重元150設置於該輥輪座130與該第二載體140之間，且該荷重元150的二端分別結合於該輥輪座130與該第二載體140，在本實施例中，該荷重元150選自於S型荷重元，該荷重元150以螺栓等元件分別結合於該輥輪座130與該第二載體140，使該荷重元150設置於該輥輪座130與該第二載體140之間，較佳地，該荷重元150位於該第一軸線C1與該第二軸線C2之間。Please refer to Figures 3 to 5, the load cell 150 is disposed between the roller seat 130 and the second carrier 140, and the two ends of the load cell 150 are respectively combined with the roller seat 130 and the second carrier 140 , in this embodiment, the load cell 150 is selected from an S-type load cell, and the load cell 150 is respectively combined with the roller seat 130 and the second carrier 140 with bolts and other elements, so that the load cell 150 is arranged on the Between the roller seat 130 and the second carrier 140 , preferably, the load cell 150 is located between the first axis C1 and the second axis C2 .

請參閱第3及5圖，該傳動桿160結合該第一載體120，以帶動該第一載體120沿著該第一軸向Z移動，在本實施例中，該傳動桿160轉動地穿設於該固定座110，且該傳動桿160的一端部161螺合於該第一載體120，較佳地，該第一載體120設有一螺合件121，該傳動桿160以該端部161螺合於該螺合件121，當轉動該傳動桿160時，藉由該傳動桿160帶動該第一載體120，使該第一載體120藉由該第一連接件171及該第二連接件172沿著該第一軸向Z帶動該第二載體140、該荷重元150及該輥輪座130移動，並使該第一輥輪300接觸位於該第一輥輪300與該第二輥輪400之間的該待輥軋件以進行該輥軋及/或矯直製程。Please refer to Figures 3 and 5, the transmission rod 160 is combined with the first carrier 120 to drive the first carrier 120 to move along the first axis Z. In this embodiment, the transmission rod 160 is rotatably passed through On the fixing base 110, and an end 161 of the transmission rod 160 is screwed to the first carrier 120. Preferably, the first carrier 120 is provided with a screw 121, and the transmission rod 160 is screwed to the end 161. Closed to the threaded part 121, when the transmission rod 160 is rotated, the first carrier 120 is driven by the transmission rod 160, so that the first carrier 120 is connected by the first connecting part 171 and the second connecting part 172 Drive the second carrier 140, the load cell 150 and the roller base 130 to move along the first axis Z, and make the first roller 300 contact the first roller 300 and the second roller 400 The workpiece to be rolled to carry out the rolling and/or straightening process.

請參閱第3、4及6圖，該輥輪調整總成100另包含一驅動件180，在本實施例中，該驅動件180轉動地樞設於該固定座110，該驅動件180結合該傳動桿160，該驅動件180用以帶動該傳動桿160轉動，較佳地，該傳動桿160包含一傳動部160a，該驅動件180囓接該傳動部160a，該驅動件180可選自於蝸桿，該傳動部160a可選自於蝸輪，但不以此為限制，當轉動該驅動件180時，藉由該驅動件180囓接該傳動部160a以帶動該傳動桿160轉動，以帶動該第一載體120沿著該第一軸向Z移動。Please refer to Figures 3, 4 and 6. The roller adjustment assembly 100 further includes a driving member 180. In this embodiment, the driving member 180 is rotatably pivoted on the fixing base 110. The driving member 180 combines the Transmission rod 160, the driving member 180 is used to drive the transmission rod 160 to rotate, preferably, the transmission rod 160 includes a transmission part 160a, the driving part 180 is engaged with the transmission part 160a, and the driving part 180 can be selected from Worm, the transmission part 160a can be selected from a worm wheel, but it is not limited thereto. When the drive part 180 is rotated, the drive part 180 engages with the transmission part 160a to drive the transmission rod 160 to rotate, so as to drive the drive part 180. The first carrier 120 moves along the first axis Z.

請參閱第3及5圖，該輥輪調整總成100另包含至少一導桿190，該導桿190沿著該第一軸向Z活動地穿設於該第二載體140，且該導桿190的一固定端191與該輥輪座130結合成一體，該導桿190可在該第二載體140滑移，較佳地，該第二載體140中設有一襯套141，該導桿190活動地穿設於該襯套141中，藉由該導桿190及該襯套141限制該輥輪座130，以導引該輥輪座130沿著該第一軸向Z移動，並可避免該輥輪座130傾斜，在本實施例中，該第一載體120具有一讓位孔122，該導桿190的一自由端192對準該讓位孔122，較佳地，該自由端192活動地穿設於該讓位孔122中，以避免該第一輥輪300與該第二輥輪400輥軋該待輥軋件時，造成該導桿190撞擊該第一載體120，而損壞該矯直機10。Please refer to Figures 3 and 5, the roller adjustment assembly 100 further includes at least one guide rod 190, the guide rod 190 is movably passed through the second carrier 140 along the first axis Z, and the guide rod A fixed end 191 of 190 is integrated with the roller seat 130, and the guide rod 190 can slide on the second carrier 140. Preferably, a bushing 141 is provided in the second carrier 140, and the guide rod 190 Vigorously passed through the bush 141, the roller seat 130 is restricted by the guide rod 190 and the bush 141 to guide the roller seat 130 to move along the first axis Z, and avoid The roller seat 130 is inclined. In this embodiment, the first carrier 120 has a relief hole 122. A free end 192 of the guide rod 190 is aligned with the relief hole 122. Preferably, the free end 192 Vigorously pass through the relief hole 122 to prevent the guide rod 190 from colliding with the first carrier 120 and being damaged when the first roller 300 and the second roller 400 roll the workpiece to be rolled. The straightener 10.

請參閱第1及5圖，當該待輥軋件(如板材，圖未繪出)被輸送至該矯直機10時，藉由該第一輥輪300與該第二輥輪400輥軋該待輥軋件，輥軋該待輥軋件的一輥軋力並經由該輥輪座130傳導至設置於該輥輪座130與該第二載體140之間該荷重元150，以量測輥軋該待輥軋件的輥軋力，且由於該荷重元150位於該第一軸線C1與該第二軸線C2之間，因此可增加該荷重元150量測輥軋力的準確度。Please refer to Figures 1 and 5, when the piece to be rolled (such as a plate, not shown in the figure) is transported to the straightener 10, it is rolled by the first roller 300 and the second roller 400 For the workpiece to be rolled, a rolling force of rolling the workpiece to be rolled is transmitted to the load cell 150 arranged between the roller base 130 and the second carrier 140 via the roll base 130 for measurement The rolling force of rolling the workpiece to be rolled, and since the load cell 150 is located between the first axis C1 and the second axis C2, the accuracy of measuring the rolling force by the load cell 150 can be increased.

本發明藉由設置於該輥輪座130與該第一載體120之間的該第二載體140結合該荷重元150，使結合於該輥輪座130與該第二載體140之間的該荷重元150能準確的感測輥軋該待輥軋件的輥軋力，以做為是否調整該第一輥輪300與該第二輥輪400之間的該軸向距離D1之依據，且藉由該傳動桿160帶動該第一載體120沿著該第一軸向Z移動，使該第一載體120沿著該第一軸向Z帶動該第二載體140、該荷重元150及該輥輪座130移動，以避免該待輥軋件被該第一輥輪300及該第二輥輪400輥軋矯直時，因受壓不均，而造成該待輥軋件(如板材)受壓後，發生曲率分佈不均，而產生波浪狀的問題。The present invention combines the load cell 150 with the second carrier 140 arranged between the roller seat 130 and the first carrier 120, so that the load combined between the roller seat 130 and the second carrier 140 The unit 150 can accurately sense the rolling force of rolling the workpiece to be rolled, as the basis for adjusting the axial distance D1 between the first roller 300 and the second roller 400, and by The transmission rod 160 drives the first carrier 120 to move along the first axis Z, so that the first carrier 120 drives the second carrier 140, the load cell 150 and the roller along the first axis Z Seat 130 moves, and when avoiding this to-be-rolled piece by this first roller 300 and this second roller 400 rolling and straightening, because of the uneven pressure, cause this to-be-rolled piece (such as plate) to be under pressure After that, uneven curvature distribution occurs, resulting in a wave-like problem.

本發明之保護範圍，當視後附之申請專利範圍所界定者為準，任何熟知此項技藝者，在不脫離本發明之精神和範圍內所作之任何變化與修改，均屬於本發明之保護範圍。The scope of protection of the present invention shall be subject to the scope of the appended patent application. Any changes and modifications made by anyone who is familiar with this technology without departing from the spirit and scope of the present invention shall all belong to the protection of the present invention. scope.

10:矯直機100:輥輪調整總成 110:固定座111:固定件 112:導槽120:第一載體 120a:端部121:螺合件 122:讓位孔130:輥輪座 140:第二載體141:襯套 150:荷重元160:傳動桿 160a:傳動部161:端部 171:第一連接件172:第二連接件 180:驅動件190:導桿 191:固定端192:自由端 200:基座300:第一輥輪 400:第二輥輪500:輸送機構 C1:第一軸線C2:第二軸線 D1:軸向距離D2:固定間距 Z:第一軸向Y:第二軸向 10: Straightening machine 100: Roller adjustment assembly 110: fixed seat 111: fixed piece 112: guide groove 120: first carrier 120a: end 121: screw fitting 122: give way hole 130: roller seat 140: second carrier 141: bushing 150: load cell 160: transmission rod 160a: transmission part 161: end 171: the first connector 172: the second connector 180: drive member 190: guide rod 191: fixed end 192: free end 200: base 300: first roller 400: the second roller 500: conveying mechanism C1: first axis C2: second axis D1: axial distance D2: fixed spacing Z: first axis Y: second axis

第1圖：本發明的矯直機與輸送機構的立體圖。 第2圖：本發明的矯直機的立體圖。 第3圖：本發明的矯直機的輥輪調整總成的立體圖。 第4圖：本發明的矯直機的輥輪調整總成的上視圖。 第5圖：沿著第4圖A-A線的剖視圖。 第6圖：沿著第4圖B-B線的剖視圖。 Figure 1: a perspective view of the straightening machine and the conveying mechanism of the present invention. Figure 2: A perspective view of the straightening machine of the present invention. Figure 3: a perspective view of the roller adjustment assembly of the straightener of the present invention. Fig. 4: The top view of the roller adjustment assembly of the straightener of the present invention. Figure 5: Sectional view along line A-A of Figure 4. Figure 6: Sectional view along line B-B in Figure 4.

100:輥輪調整總成 100: Roller adjustment assembly

110:固定座 110: fixed seat

112:導槽 112: guide groove

120:第一載體 120: First carrier

121:螺合件 121: screw fittings

122:讓位孔 122: Give way hole

130:輥輪座 130: roller seat

140:第二載體 140: second carrier

141:襯套 141: Bushing

150:荷重元 150: load cell

160:傳動桿 160: transmission rod

160a:傳動部 160a: transmission part

171:第一連接件 171: The first connector

172:第二連接件 172: Second connector

180:驅動件 180: Driver

190:導桿 190: guide rod

300:第一輥輪 300: the first roller

400:第二輥輪 400: Second roller

Y:第二軸向 Y: the second axis

Z:第一軸向 Z: the first axis

Claims (8)

一種矯直機的輥輪調整總成，用以結合於一基座，以調整一第一輥輪與一第二輥輪的一軸向距離，使該第一輥輪與該第二輥輪對一待輥軋件進行一輥軋及/或矯直製程，該輥輪調整總成包含：一固定座，用以與該基座結合成一體；一第一載體，沿著一第一軸向，該第一載體活動地結合於該固定座；一輥輪座，用以結合該第一輥輪；一第二載體，設置於該輥輪座與該第一載體之間，該第二載體與該第一載體結合成一體，且該第一載體與該第二載體之間具有一固定間距；一荷重元，設置於該輥輪座與該第二載體之間，且該荷重元結合於該輥輪座與該第二載體；一傳動桿，結合該第一載體，該傳動桿用以帶動該第一載體，使該第一載體沿著該第一軸向帶動該第二載體、該荷重元及該輥輪座移動，並使該第一輥輪接觸位於該第一輥輪與該第二輥輪之間的該待輥軋件以進行該輥軋及/或矯直製程；以及一第一連接件及一第二連接件，該第二載體以該第一連接件及該第二連接件與該第一載體結合成一體，沿著該第一軸向，一第一軸線通過該第一連接件及該輥輪座，一第二軸線通過該第二連接件及該輥輪座，該荷重元位於該第一軸線與該第二軸線之間。 A roller adjustment assembly of a straightening machine, used to be combined with a base to adjust an axial distance between a first roller and a second roller, so that the first roller and the second roller For performing a rolling and/or straightening process on a workpiece to be rolled, the roll adjustment assembly includes: a fixed seat, used to integrate with the base; a first carrier, along a first axis In the direction, the first carrier is movably combined with the fixed seat; a roller seat is used to combine the first roller; a second carrier is arranged between the roller seat and the first carrier, and the second The carrier is integrated with the first carrier, and there is a fixed distance between the first carrier and the second carrier; a load cell is arranged between the roller seat and the second carrier, and the load cell is combined on the roller seat and the second carrier; a transmission rod, combined with the first carrier, the transmission rod is used to drive the first carrier, so that the first carrier drives the second carrier along the first axis, The load cell and the roller seat move, and make the first roller contact the workpiece to be rolled between the first roller and the second roller to perform the rolling and/or straightening process; And a first connecting piece and a second connecting piece, the second carrier is integrated with the first carrier through the first connecting piece and the second connecting piece, along the first axial direction, a first axis Through the first connecting piece and the roller seat, a second axis passes through the second connecting piece and the roller seat, and the load cell is located between the first axis and the second axis. 如請求項1之矯直機的輥輪調整總成，其中該傳動桿轉動地穿設於該固定座，且該傳動桿的一端部螺合於該第一載體。 According to claim 1, the roller adjustment assembly of the straightening machine, wherein the transmission rod is rotatably passed through the fixing seat, and one end of the transmission rod is screwed to the first carrier. 如請求項2之矯直機的輥輪調整總成，其中該第一載體設有一螺 合件，該傳動桿以該端部螺合於該螺合件。 The roller adjustment assembly of the straightening machine as claimed in item 2, wherein the first carrier is provided with a screw A fitting, the transmission rod is screwed to the screw fitting with the end. 如請求項2之矯直機的輥輪調整總成，其另包含一驅動件，該驅動件轉動地樞設於該固定座，該驅動件結合該傳動桿，該驅動件用以帶動該傳動桿轉動。 The roller adjustment assembly of the straightening machine as claimed in claim 2, which further includes a driving member, which is rotatably pivoted on the fixed seat, the driving member is combined with the transmission rod, and the driving member is used to drive the transmission The rod turns. 如請求項4之矯直機的輥輪調整總成，其中該傳動桿包含一傳動部，該驅動件囓接該傳動部以帶動該傳動桿轉動。 According to claim 4, the roller adjustment assembly of a straightening machine, wherein the transmission rod includes a transmission part, and the driving part engages with the transmission part to drive the transmission rod to rotate. 如請求項1之矯直機的輥輪調整總成，其另包含至少一導桿，該導桿沿著該第一軸向活動地穿設於該第二載體中，且該導桿的一固定端與該輥輪座結合成一體。 The roller adjustment assembly of the straightening machine according to claim 1, which further includes at least one guide rod, the guide rod is movably installed in the second carrier along the first axial direction, and one of the guide rods is The fixed end is integrated with the roller seat. 如請求項6之矯直機的輥輪調整總成，其中該第一載體具有一讓位孔，該導桿的一自由端活動地穿設於該讓位孔中。 According to claim 6, the roller adjustment assembly of a straightener, wherein the first carrier has a relief hole, and a free end of the guide rod is movably passed through the relief hole. 如請求項1之矯直機的輥輪調整總成，其中沿著該第一軸向，該固定座具有一導槽，該第一載體的一端部容置於該導槽中。 According to claim 1, the roller adjustment assembly of a straightening machine, wherein along the first axial direction, the fixing seat has a guide groove, and one end of the first carrier is accommodated in the guide groove.
TW111121331A 2022-06-08 2022-06-08 Adjustment assembly for a roller of straightening machine TWI803342B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH03114612A (en) * 1989-09-27 1991-05-15 Daido Kikai Seisakusho:Kk Automatic control method for correction load of straightening machine
JPH05111716A (en) * 1991-10-21 1993-05-07 Kawasaki Steel Corp Method for operating roller leveler
US6216940B1 (en) * 1997-09-10 2001-04-17 Kawasaki Steel Corporation Pipe forming roll apparatus and method
WO2013038837A1 (en) * 2011-09-14 2013-03-21 スチールプランテック株式会社 Roller leveler and method for leveling plate using same
CN113714335A (en) * 2021-08-31 2021-11-30 江苏江海机床集团有限公司 Steel pipe straightening machine with real-time detection straightening effect

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH03114612A (en) * 1989-09-27 1991-05-15 Daido Kikai Seisakusho:Kk Automatic control method for correction load of straightening machine
JPH05111716A (en) * 1991-10-21 1993-05-07 Kawasaki Steel Corp Method for operating roller leveler
US6216940B1 (en) * 1997-09-10 2001-04-17 Kawasaki Steel Corporation Pipe forming roll apparatus and method
WO2013038837A1 (en) * 2011-09-14 2013-03-21 スチールプランテック株式会社 Roller leveler and method for leveling plate using same
CN113714335A (en) * 2021-08-31 2021-11-30 江苏江海机床集团有限公司 Steel pipe straightening machine with real-time detection straightening effect

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