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    • 2. 发明授权
    • Method and apparatus for transferring wires that have been cut into lengths from a wire bundle into a single layer
    • 用于将已经从线束切割成长度的导线转移到单层中的方法和装置
    • US07370409B2
    • 2008-05-13
    • US11302916
    • 2005-12-13
    • Klaus Ritter
    • Klaus Ritter
    • H01R43/00B65G47/12
    • H01R43/28Y10T29/49117Y10T83/2074
    • A method and an apparatus for extricating and transferring wires cut into lengths from a loose, random wire bundle (B) into a single layer (L) of parallel wires, in which first the loose, random wire bundle is fanned out into a plurality of random wire layers, and from the fanned-out, random wire layers, a partial bundle (T, T′) is extracted and put into the operative range of a portioning device (4, 4′), whereupon a plurality of wires (D) are extracted simultaneously as an intermediate bundle (Z) from the partial bundle and, for forming a bundle to be combed out (K), are put into the operative range of a plurality of combing-out devices (33); then for ordering the wires (D) of the bundle to be combed out, one wire (D2) at a time is engaged in succession by a combing-out device (33′; 33″) and combed out, and the combed-out wire then slides and/or rolls by gravity on inclined faces (20, 20′; 24) into the single layer.
    • 一种从松散的无规线束(B)切割成长度的电线的方法和装置,用于将松散的无规线束首先松散成多个 随机线层,并且从扇形出的随机线层中提取部分束(T,T')并将其放入分割设备(4,4')的操作范围内,由此多个线(D )作为来自部分束的中间束(Z)同时提取,并且用于形成待梳理的束(K),被放入多个梳理装置(33)的操作范围内。 然后为了排列要梳理的束的导线(D),一个线(D 2)一次由梳理装置(33'; 33“)连续接合并梳理,梳理 然后通过重力在倾斜面(20,20'; 24)上滑动和/或滚动成单层。
    • 3. 发明授权
    • Welding machine for the production of wire grid sheet
    • 焊机用于生产线网板
    • US07247809B2
    • 2007-07-24
    • US10558785
    • 2005-03-22
    • Klaus Ritter
    • Klaus Ritter
    • B23K11/00B21F27/10
    • B23K11/008
    • A welding machine, operating by the electric resistance welding method, for producing wire grid mat of longitudinal and transverse wires (L, Q) crossing one another and welded together at the crossing points, having a plurality of welding units (1, 1′), located transversely to the production direction, which at least for each longitudinal wire have one upper welding head (2) with an upper electrode, located above the grid production plane (X-X), and one lower welding head (5) along with a lower electrode movable counter to the upper electrode, the lower welding head being located below the grid production plane (X-X), having a common rail system (26, 28, 31) with at least two common rails extending along the welding line (S-S), for delivering the welding current to the welding electrodes, in which for continuously variable positioning of all the welding units transversely to the production direction (P1) along the welding line, adjusting devices (56, 57) and clamping devices (64, 65, 66; 64′, 65′, 66′) as well as drive mechanisms (60, 60′, 60″; 61, 62, 63) are provided.
    • 一种通过电阻焊接方法操作的焊接机,用于制造在交叉点彼此交叉并焊接在一起的纵向和横向导线(L,Q)的网格垫,具有多个焊接单元(1,1') ,横向于生产方向,其至少对于每个纵向丝线具有位于格栅生产平面(XX)上方的一个具有上部电极的上部焊接头(2)和一个下部焊接头(5)以及下部 电极可以与上电极相对移动,下焊接头位于格栅生产平面(XX)下方,具有共轨系统(26,28,31),其具有沿焊接线(SS)延伸的至少两条公共轨道, 用于将焊接电流输送到焊接电极,其中用于沿着焊接线横向于沿着生产方向(P 1)横向地定位所有焊接单元的调节装置(56,​​57)和夹紧装置 (64,65,66; 64',65',66')以及驱动机构(60,60',60“,61,62,63)。
    • 4. 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。
    • 5. 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。
    • 8. 发明申请
    • Apparatus for transferring wires that have been cut into lengths from a wire bundle into a single layer
    • 用于将已经从线束切割成长度的导线转移到单层中的装置
    • US20080216626A1
    • 2008-09-11
    • US12152233
    • 2008-05-12
    • Klaus Ritter
    • Klaus Ritter
    • B26D7/06
    • H01R43/28Y10T29/49117Y10T83/2074
    • An apparatus for extricating and transferring wires cut into lengths from a loose, random wire bundle into a single layer of parallel wires, the apparatus comprising a fanning device for fanning out the wire bundle (B) into a plurality of random wire layers at least one extraction device for extracting a partial bundle (T, T′) of wires (D) from the fanned-out wire layers (F) a wire guide conduit inclined relative to the horizontal and a portioning device for extracting an intermediate bundle (Z) from the partial bundle, transferring the intermediate bundle into an operative range of combing-out devices, and forming a bundle (K) to be combed out wherein each combing-out device has a plurality of continuously drivable combing-out wheels having a rotation direction and being distributed over the length of the wires (D) to be processed, and provided with teeth for combing out the wires (D), and wherein the rotation direction of the combing-out wheels is oriented counter to the inclination of the wire guide conduit.
    • 一种用于将电线从松散的无规线束切割成单层平行导线的装置,该装置包括用于将线束(B)扇形成多个无规线层的扇形装置,至少一个 提取装置,用于从扇形线层(F)中提取线(D)的部分束(T,T'),相对于水平面倾斜的线引导导管和用于从中间束(Z)提取中间束 将所述中间束传送到梳理装置的操作范围内,并形成要梳理的束(K),其中每个梳理装置具有多个具有旋转方向的连续可驱动的梳理轮,并且 分布在待处理的电线(D)的长度上,并且设置有用于梳理电线(D)的齿,并且其中梳理轮的旋转方向定向为相对于倾斜 的导线导管。
    • 9. 发明授权
    • Method and device for production of a pre-fabricated cast concrete element
    • 用于生产预制浇注混凝土构件的方法和装置
    • US07143559B1
    • 2006-12-05
    • US10148280
    • 2000-11-17
    • Klaus Ritter
    • Klaus Ritter
    • E04C2/22
    • E04C2/044E04C2/049E04C2/06E04C2/288E04C5/064E04C5/168E04C5/20
    • Device for producing a prefabricated cast concrete element having a plurality of central structural elements each comprising two parralel welded wire lattice mats, straight bridging wires welded at each end to the two wire lattice mats holding the wire lattice mats at a predetermined mutual separation and an insulating member penetrated by the bridging wires arranged with its cover surfaces parallel to the wire lattice mats and at a predetermined distance to the latter and having two concrete shells which each adjoin the insulating member and completely enclose the wire lattice mats of the structural elements, characterized in that a plurality of central structural elements are each arranged with their narrow sides abutting one another with selectable spacing between two shuttering walls and the spaces between the insulating members of the structural elements and the shuttering walls completely filled out with concrete.
    • 用于生产具有多个中心结构元件的预制铸造混凝土元件的装置,每个中心结构元件均包括两个二次焊接的电线格子垫,每个端部焊接在以预定的相互间隔保持金属网格垫的两个网格垫的绝缘桥接线 由桥接线穿过的桥接线被布置成其覆盖表面平行于网状格子垫并且以预定的距离布置在其上,并且具有两个混凝土壳体,每个混凝土壳体与绝缘构件相邻并且完全包围结构元件的网格垫,其特征在于: 多个中心结构元件各自被布置成使得它们的窄边彼此邻接,并且在两个遮蔽壁之间具有可选择的间隔,并且结构元件的绝缘构件和完全填充有混凝土的遮蔽壁之间的空间。
    • 10. 发明申请
    • Building element
    • 建筑元素
    • US20010010140A1
    • 2001-08-02
    • US09809855
    • 2001-03-16
    • EVG Entwicklungs - U. Verwertungs-Gesellschaft M.B.H.
    • Klaus RitterGerhard Ritter
    • E04C001/00E04B001/16E04H012/00E04C002/42E04C005/04E04F015/06
    • E04C2/044E04C2/049E04C2/06E04C2/288
    • Building element having two parallel welded wire grid mats (1, 2), of straight web wires (7) which hold the wire grid mats at a predetermined distance apart and are joined at each end to the two wire grid mats. An insulating body (8) is arranged between the wire grid mats, through which the web wires pass. At least one of the wire grid mats is in the form of a grid reinforcement mat which possesses a minimum strength of the weld nodes which complies with the static requirements applicable to the building element, corresponding mechanical strength of the grid mat wires (3, 4) and also corresponding diameters and mutual spacings of the grid mat wires. The web wires are arranged in predetermined directions relative to the wire grid mats, and the insulating body is held at a predetermined distance from each of the wire grid mats.
    • 具有两个平行的焊接网格网(1,2)的建筑构件,直的网状网(7),其将网格垫保持在预定距离处并且在每一端处连接到两个网格网。 绝缘体(8)布置在网格网之间,网状网通过该绝缘体。 至少一个线栅垫是格栅加固垫的形式,其具有符合适用于建筑构件的静态要求的焊接节点的最小强度,网格垫线(3,4)的相应机械强度 )以及栅格线的相应直径和相互间隔。 腹板线相对于线网垫布置在预定方向上,并且绝缘体保持在距每个线网垫的预定距离处。