TH65617A - - Google Patents

Abstract

DC60 (25/12/46) A spline consisting of wire (3) connecting the first anchor connection (A) and the second anchor connection (Z) where the wire (3) will have a pinched section ( 3c) obtained by squeezing part of the wire (3) and the top of the ball (30) welded to the first attachment point (A) using capillary tubes (4), the arc is It is built using the method of bonding wire. Which consists of Bonding of the wire (3) to the first anchor connection (A); Movement at the capillary tube (4) horizontally and vertically While the curve is controlled; Attach the wire (3) to the area near the top of the ball (30) connected to the first attachment point (A) and then. It is the movement of the capillary pipe (4) to the horizontal and vertical. To the second clamping point (Z), while the wire (3) is sent out and the curve is controlled too Then the wire (3) is welded to the second (Z) arc spacing, which consists of the wire (3) connecting the first anchor connection (A) and the second anchor connection (Z). ) Where the wire (3) will have a squeezed part (3c) obtained by squeezing the part of the wire (3) and the top of the ball (30) welded to the first anchor connection (A) by Using capillary tubes (4), the curves are created by means of welding. It consists of: bonding of wire (3) to the first anchor (A); Movement at the capillary tube (4) horizontally and vertically While the curve is controlled; Attach the wire (3) to the area near the top of the ball (30) connected to the first attachment point (A) and then. It is the movement of the capillary pipe (4) to the horizontal and vertical. To the second clamping point (Z), while the wire (3) is sent out and the curve is controlled too And then the wire (3) is joined to the second anchor (Z):

Claims (9)

Disclaimers (all) that will not appear on the advertisement page: 1. Semiconductors Where it consists of: - first anchor connection (A); - second anchor connection (Z); And - the wire (3) is welded to the first anchor connection. (A) and the aforementioned second anchor (Z) to connect the first anchor connection. (A) and the second (Z) anchor connection point thereof; - where the said wire (3) will consist of a ball (30) The weld is attached to the first attachment point (A), the neck (H) adjacent to the ball (2) and the main part (L, S) that comes out of the section (H). To the aforementioned second anchor (Z), where it is characterized as: - the main (L, S) of such wire (3) There will be parts that are squeezed (3c) Which is closer to the part of the neck (H) by means of squeezing part of the wire (3) together with the aforementioned top of the ball (30), where the said neck (H) portion of the wire (3) will be extended in any way. It enters the squeezed portion (3c) and the main (L, S) section of the wire (3) extends from the squeezed portion (3c) to the other. Attached to the second mounting point (Z) as mentioned 2. Semiconductors As stated in claim 1, where the neck (H) will consist of the bent point (3a, 3a1) obtained by the such part of the neck (H) folded together. 3. Semiconductors As specified in either of the Claims 1 or 2 Where the main part (L, S) of the wire (3) consists of the horizontal part (L) that extends in the direction Along the horizontal from the neck (H) and slanting (S) sections, which will extend from the horizontal (L) to the second (Z) anchor connection point and where there is a tip. One side of it is attached to The second anchor connection (Z) as mentioned; And the slanting part (S) is connected to the said horizontal (L) through the second bend (3b) on that part of the wire (3). 4. Semiconductors As stated in claim 2, where the neck (H) is at least one additional bend formed by the fold (3a, 3a1). As well as the first bend point (3a1) as mentioned. 5.The method of bonding the wire (3) between the first (A) and the second (Z) welding point (Z) using capillary pipe (4) consists of the steps of: (a) A) the connection of a ball (30) located at the top end of the wire (3) to the first clamping point (A); (b) moving such capillary tube (4) horizontally; and Verticals while the curve is controlled. In order to create a bend (3a, 3a1) in the neck (H) of the wire that is closer to the ball (30); (c) the bonding of the wire (3) to the top or near the side of the ball (30) that is attached to the first attachment point (A); And (d) is then transported at the caliper pipe (4) horizontally and vertically to the second attachment point (Z), while the wire (3) is removed from the catheter. Pilari (3) such and curve control. And later the bonding of the wire (3) to the second (Z) of the attachment point; Where there is a characteristic that - step (c) includes squeezing part of the wire (3) and the top of the ball (30) onto such capillary tube (4) to form the correct part. Squeeze (3c) up into the wire (3), so the neck (H) portion of the wire (3) will protrude to either side towards the squeezed part (3c) and the wire (3). Will protrude from the pinched part (3c) in another direction Attached to the second mounting point (Z) as mentioned 6.Wire clamp welding method As stated in claim 5, where in steps (b) and (c), the aforementioned neck (H) portion of the wire (3) is folded together to form a bend. (3a) Such 7. Wire bonding method As specified in either Clause 5 or 6 Where steps (b) and (c) are repeated a number of times. In order to create the folds Coming together is another point of flexion (3a2, 3a3), which is the least in the neck (H). 8.Wire clamp welding method As specified in any of Clause 5, 6 or 7 Where the step (d) consists of working the aforementioned capillary tube (4) to form an additional bend (3b) in the part of the wire (3) between the correct part. Squeeze (3c) and the second such (Z) anchor weld point. 9.Wire fixing device Used in wire bonding methods As set out in any of Clause 5 to 8 Where it contains: - capillary tube (4) where wire (3) is inserted in order to deliver wire (3) out of the capillary tube (4); - a holding holder (5) for holding and releasing the wire (3); - means of movement (21-27,33) for moving such capillary tubes (4) horizontally and vertically; Where there is a characteristic that It will be accompanied by - control unit (32) for controlling the movement of such capillary tubes (4); And - path (34) for the capillary tube height input (4) by hand in order to raise the tube. In the control unit (32) where such capillary movement (4) is automatically controlled