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The sheet metal configuration component which is formed the sheet metal configuration component which has the square corner which possesses three edges which are suited for laser welding, it produces and optimizes the mannered null sheet metal
The sheet metal configuration component which is formed the sheet metal configuration component which has the square corner which possesses three edges which are suited for laser welding, it produces and optimizes the mannered null sheet metal
The present invention, sheet metal components which are formed by bending a (10) comprises a (11) corners with edges of three edges of the two corner (11) (12, 13) is a metal formed by the (2, 3) sheet metal foot pieces of first or second bent at (, 1, R i, 2 R i) thin plate blank (1), the bending radius of the inside areas, the edges of the three The third edge (11) (14), are formed blank two edges (2, 3) both sheet metal leg piece bent by (4,5) with corner sheet metal blank (1 and a inner angle (6), recesses wedge opening (6) interior angles and (7), the wedge tip, which is rounded (7a, and 7b) 2 wedge edge recess (7)) is, (7c sheet metal components which are formed by a) on (10). Place the interval for u (A) of the bending line (2) leg bending the first intersection (7a, 7b) (8), the bending line of (3) leg bending of the second wedge both sides I'm at a distance x against (B). Wedge the first side (7a), the point of intersection with another (8), spaced with respect to v (A) bending line, are spaced apart with respect to z (B) and the bending line (9a) it is defined by. Wedge sides of the second (7b), intersection (8), an interval T for (A) the bending line, you are at a distance y for (B) further point bending line of another (9b) It is defined by the. T = (0.7 × S + VK / 2) ± 20% (where, S is the thickness of the metal sheet. The fractional shortening VK) interval T, u, v, x, y, z are,, u = ( 1.0 × R i, 1) ± 20%, v = (1.0 × R i, 1) ± 20%, x = (1.0 × R i, 2) ± 20%, y = (0. It is defined as a 20% z = (VK / 2-0.1) ± and 20% 25 × R i, 2) ±.
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机译:通过弯曲(10)形成的本发明的钣金部件包括(11)角,两个角(11)的三个边缘的边缘(12、13)是由(2、3)形成的金属第一个或第二个钣金脚板在薄板毛坯(1)处弯曲(, Sub> 1, R i,2 R i) Sub>,内部区域的弯曲半径,三个边缘的第三边缘(11)(14),分别形成毛坯的两个边缘(2,3),两个角铁片(1,5)和内角(6)折弯(4,5) ),楔形开口(6)内角和(7)的凹槽,将圆形尖端(7a和7b)2楔形边缘凹槽(7)倒圆的楔形尖端(7c由a形成的钣金零件) (10)。将弯曲线(2)腿弯曲第一相交点(7a,7b)(8)的u(A)的距离,第二楔子两侧I弯曲的(3)腿弯曲的弯曲线的距离i x(B)。楔入第一侧面(7a),即与另一侧面(8)的相交点,相对于v(A)弯曲线隔开,相对于z(B)隔开,弯曲线(9a)定义为。楔形的第二个边(7b),交点(8),间隔T为(A)折弯线,您在距离y为(B)另一点折弯线(9b)由其定义。 T =(0.7×S + VK / 2)±20%(其中,S是金属板的厚度。缩短VK的分数)间隔T,u,v,x,y,z为,u =(1.0 × R i,1) Sub>± 20%, Sub> v =(1.0× R i,1) Sub>± 20%, Sub> x =(1.0× R i,2) Sub>± 20%, Sub> y =(0.定义为20%z =(VK / 2-0.1 )±和20%25× R i,2) Sub>±。
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