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    • 1. 发明授权
    • Process and installation for producing reinforcement wire meshes
    • 生产钢丝网的加工和安装
    • US5446254A
    • 1995-08-29
    • US133004
    • 1993-10-06
    • Klaus RitterGerhard Ritter
    • Klaus RitterGerhard Ritter
    • B21F27/10B21F27/14B23K11/14B23K11/10
    • B21F27/10B21F27/14
    • A process and installation for producing reinforcement wire meshes by welding longitudinal and transverse wires (L, Q) together at their crossing points, leaving ends (E) or the transverse wires projecting beyond the longitudinal edge wires using a continuous wire meshes welding machine, in which, in order to produce reinforcement wire meshes where at least one of the projecting ends or the transverse rods is bent back towards the longitudinal edge wire in the form or a loop and welded thereto, straight transverse wires are supplied, at least one of the ends in front of the weld line of the wire meshes welding machine is bent back in the form of a loop towards the longitudinal edge wire (L') and the loop end (S) is welded to the longitudinal edge wire in the weld line (C) at the same time as the longitudinal and transverse wires are welded together.
    • PCT No.PCT / AT93 / 00013 Sec。 371日期:1993年10月6日 102(e)日期1993年10月6日PCT提交1993年2月3日PCT公布。 公开号WO93 / 16825 日期:1993年9月2日。一种用于通过在其交叉点处将纵向和横向线(L,Q)焊接在一起的钢丝网网格的制造和安装,使端部(E)或横向线材使用 连续丝网焊接机,其中为了生产钢丝网,其中突出端或横杆中的至少一个以形状或环形的方式向纵向边缘线弯回并焊接在其上,直的横向线是 在丝网焊接机的焊接线前方的端部中的至少一个端部朝向纵向边缘焊丝(L')以环形的形式向后弯曲,环形端部(S)被焊接到纵向 焊接线(C)的边缘线与纵向和横向电线焊接在一起的同时。
    • 2. 发明授权
    • Reinforcement body for a floor slab
    • 楼板加固体
    • US5398470A
    • 1995-03-21
    • US263950
    • 1994-06-22
    • Klaus RitterGerhard RitterKlaus Matz
    • Klaus RitterGerhard RitterKlaus Matz
    • E04B5/38E04C5/06E04C2/26
    • E04B5/38E04B5/326E04C5/064
    • Reinforcement body for a cast concrete floor slab provided with stiffening ribs, having a foundation reinforcement (1), a distribution reinforcement (2) and at least one displacement body (8) e.g. of polystyrene foam, arranged between these reinforcements which delimits cavities to accept the stiffening ribs. The displacement body is rigidly fixed between the reinforcements by means of spacer wires (7) connecting the foundation reinforcement to the distribution reinforcement (2) at a selectable distance, e.g. by passing through the displacement body, so that the foundation reinforcement, the distribution reinforcement and the displacement body form a dimensionally stable unit. Additional reinforcement elements (10, 11, 15), can be placed in the rib cavities (9). The cavities are either formed in a one-part displacement body or formed between several displacement bodies and having predetermined directional course in the reinforcement body and predetermined width, in accordance with the static requirements of the floor slab including the stiffening ribs.
    • 具有加强筋的铸造混凝土楼板的加固体,具有基础加强件(1),分配加强件(2)和至少一个位移体(8),例如, 聚苯乙烯泡沫,其布置在这些加强件之间,其限定空腔以接纳加强肋。 位移体通过间隔丝线(7)刚性地固定在加强件之间,间隔丝线(7)以可选择的距离将基础加强件(2)连接到分配加强件(2)。 通过穿过位移体,使得基础加强件,分配加强件和位移体形成尺寸稳定的单元。 另外的加强元件(10,11,15)可以放置在肋腔(9)中。 这些空腔或者形成在一个部分的位移体中,或者形成在几个位移体之间,并且根据包括加强肋的地板的静态要求,在加强体中具有预定的定向方向和预定的宽度。
    • 4. 发明授权
    • Apparatus for loading a grid-welding machine with elongate elements
    • 用于装载具有直杆元件的网状焊接机的装置
    • US5125436A
    • 1992-06-30
    • US474850
    • 1990-10-01
    • Josef GrabuschnigKlaus RitterGerhard Ritter
    • Josef GrabuschnigKlaus RitterGerhard Ritter
    • B21F23/00B21F27/10
    • B21F27/10B21F23/00
    • Apparatus for loading a grid-welding machine with elongate elements, comprising, evenly spaced from each other and arranged transverse to the feed direction in a feed plane, means (1) for inserting the elongate elements into feed channels (K) mounted in the feed plane for pivotal movement transverse to the feed direction, each feed channel being laterally confined by guide members (5) fixedly connected to the insertion member and individually pivotable transverse to the feed direction, the free ends of the guide members being releasably fixable to the inlet end of downstream feed members (7) of the welding machine by guide means (15, 16) mounted on the feed members, the feed members transversely moveable relative to the feed direction being adjustable to freely selectable transverse spacings and each feed member being connectable to one or more feed channels by the guide members.
    • PCT No.PCT / AT90 / 00010 Sec。 371 1990年10月1日第 102(e)1990年10月1日PCT PCT 1990年1月19日PCT公布。 公开号WO90 / 08606 日本1990年8月9日。用于装载具有细长元件的格栅焊接机的装置,包括彼此均匀间隔并且在进给平面中横向于进给方向布置的装置(1),用于将细长元件插入进料通道 (K)安装在进给平面中用于与进给方向垂直的枢转运动,每个进给通道由固定地连接到插入构件并且可单独地横向于进给方向枢转的引导构件(5)横向限制,导向件的自由端 构件通过安装在进给构件上的引导装置(15,16)可释放地固定到焊接机的下游进给构件(7)的入口端,进给构件可相对于进给方向横向移动,可自由选择的横向间隔 并且每个进给构件可由引导构件连接到一个或多个进给通道。
    • 5. 发明授权
    • Wire or strip bending mechanism
    • 线或条弯曲机构
    • US4526025A
    • 1985-07-02
    • US524299
    • 1983-08-18
    • Klaus RitterGerhard RitterGerhard SchmidtJosef Ritter
    • Klaus RitterGerhard RitterGerhard SchmidtJosef Ritter
    • B21D11/12B21F1/00B21F27/14B21D9/05
    • B21F1/00B21D11/12B21F27/14
    • A bending mechanism for wire or strip material is provided, which is intended in particular for bending back towards the edge longitudinal wires the projecting end portions of crosswires of reinforcement grids for reinforced concrete construction. The mechanism comprises a substantially circular-sectioned cylindrical bending form, and a bending-tool eccentrically mounted on a rotatable tool carrier which can be rotated in either direction about the axis of the bending-form. The bending-form is shiftable along said axis between a working position, in which the end faces of said tool carrier and said bending-form are substantially touching, and a rest position in which said two end faces define between them a gap for the passage of a wire which is to be bent, in particular a crosswire of a reinforcement grid.
    • 提供了一种用于线材或带材的弯曲机构,其特别是用于向钢筋混凝土结构的钢筋网的交叉线的突出端部朝向边缘纵向线弯曲。 该机构包括基本上圆形的圆柱形弯曲形式,以及偏心地安装在可旋转的工具架上的弯曲工具,该工具架可以围绕弯曲形状的轴线在任一方向上旋转。 所述弯曲形式可沿着所述轴线在工作位置之间移动,所述工作位置在所述工具载体的端面和所述弯曲形状基本上接触的工作位置和所述两个端面之间在其间限定所述通道的间隙的静止位置 要弯曲的电线,特别是钢筋网的交叉线。
    • 6. 发明授权
    • Grid mat
    • 网格垫
    • US4503650A
    • 1985-03-12
    • US467379
    • 1983-02-17
    • Gerhard SchmidtGerhard RitterKlaus Ritter
    • Gerhard SchmidtGerhard RitterKlaus Ritter
    • E04C5/04E04C2/42
    • E04C5/04
    • A grid mat consists of longitudinal (L) and transverse (Q) wires welded to one another, in which at least some transverse wires project beyond the longitudinal edge wires and are bent back to these in the form of loops (S).For the purpose of space-saving stacking of the grid mats in the same way and with the same devices as used for grid mats with perfectly straight longitudinal and transverse wires, at each mat edge at least the curved parts of the loops (S) formed by the ends of the transverse wires are angled or curved out of the plane of the transverse wires (Q) so far in the direction of the plane of the longitudinal wires (L) that the arches of the loops lie between these two planes.
    • 栅格垫由彼此焊接的纵向(L)和横向(Q)电线组成,其中至少一些横向电线突出超过纵向边缘电线并且以环形(S)的形式向后弯曲回到这些电线。 为了以相同的方式和与用于具有完全直的纵向和横向线的网格垫相同的装置节省堆叠网格垫的目的,在每个垫缘处至少形成环(S)的弯曲部分 通过横向导线的端部在纵向导线(L)的平面方向上横向线(Q)的平面成角度或弯曲,使得环的拱形部位于这两个平面之间。
    • 7. 发明授权
    • Method and apparatus for the production of welded grid bodies
    • 焊接网格体的生产方法和装置
    • US4500763A
    • 1985-02-19
    • US372478
    • 1982-04-28
    • Gerhard SchmidtKlaus RitterGerhard Ritter
    • Gerhard SchmidtKlaus RitterGerhard Ritter
    • B21F27/10B21F27/12B23K9/00B23K11/00B23K11/32
    • B23K11/0086B21F27/128
    • Grid bodies which consist of two parallel plane grid mats of longitudinal and transverse wires crossing one another and welded together at the points of cross, and of spacer wires, which hold the mats spaced apart and which are welded at each end to one wire of one of the two grid mats, are produced in a continuous method and in such a way that if necessary an insulating core may be introduced into the grid body during its production. For this purpose two widths (3,4) of grid matting are drawn off in steps from stock coils (1,2), straightened and arranged at a distance apart. Simultaneously a number of wires (22,23) are drawn off in steps from stock coils (20,21), straightened and introduced through one (3) of the widths (3,4) of grid matting from the side into the gap between the widths of grid matting, welded to one wire in each width of grid and separated from the wire stock.
    • 网格体由纵向和横向线彼此相交的两个平行的平行格栅网组成,并在十字点处焊接在一起,间隔导线分别保持垫子间隔开,并在每一端焊接到一根导线上 的两个网格垫,以连续的方法制造,并且以如果需要可以在其生产期间将绝缘芯引入网格体中。 为此目的,网格消光的两个宽度(3,4)从库存线圈(1,2)中逐步抽出,被拉直并以一定距离布置。 同时,多个线(22,23)从库存线圈(20,21)中逐步抽出,被拉直并通过网格垫的宽度(3,4)中的一个(3)从侧面进入到 网格消光的宽度,焊接到每个宽度的网格中的一根线,并与线材分离。