TH41997B - Clamping machine - Google Patents

Abstract

DC60 Sensing Mechanism (24) will be provided with a senser for detecting a condition that has been Clamping and release clamping of the clamping clamp (10), sensing mechanism (24), consisting of a plate that Tiltable (116), which is tilted on the inner part of the switch holder (114) that has been installed on the body (16) and the lever (126) that can Moving with the piston rod (54), which has been moved in a direction perpendicular to the tiltable disc (116), the slide rod (126) is pressed against the slantable plate (116), resulting Tilting under action The displacement of the piston (52) with the release condition of the clamping pin (10) is detected. By means of the second sensing switch (120), the sensing mechanism (24) will be provided for detectors for detecting the affected condition. Clamping and release clamping of the clamping clamp (10), sensing mechanism (24), consisting of a plate that Tiltable (116), which is tilted on the inner part of the switch holder (114) that has been installed on the body (16) and the lever (126) that can Moving with the piston rod (54), which has been moved in a direction perpendicular to the tiltable disc (116), the slide rod (126) is pressed against the slantable plate (116), resulting Tilting under action The displacement of the piston (52) with the release condition of the clamping pin (10) is detected. By the second detection switch (120)

Claims (9)

1. The clamping vise where the linear motion of the cylinder is converted to Rotating movement by a toggle mechanism For clamping the workpiece by means of the clamping arm part, the clamping clamp is included: main body part (16); The cylinder (18) that is connected to the aforementioned main body (16) and has a piston (52) inside it that can be moved in an axial direction under the pressure of a pressure fluid; An adjustment mechanism has been placed so that it can move within the cylinder (18), which can control the piston movement (52) and adjust the volume. The movement of such piston stroke (52) is possible; And a detection mechanism (24) for detecting the condition of clamped and detached clamps of The workpiece is based on the displacement of the aforementioned piston stroke (52), where at least part of the aforementioned adjustment mechanism will be exposed on the exterior of the The cylinder (18) and the operating angle of the clamping arm section (22) are adjusted with It is based on the displacement of the aforementioned piston stroke (52) when adjusted by the mechanism. Such adjustment 2. The clamps are based on claim 1, which includes the mechanism of adjustment. Adjustment bolt (44) facing the said piston (52) that can move in the inlet direction. Find and distance from the pistons (52) where the movement of the pistons (52) and the adjustment bolts (44) will be regulated by means of the mounting of the pistons (52) close. With latch Such adjustment thread (44). 3. The clamps are attached to the second right where the screw lock (46) will be soldered. Threaded with such adjustment bolt (44) for controlling the movement of such adjustment bolt (44) in axial direction. 4. The clamps are based on claim 3, where such a detection mechanism (24) will be assembled; The first rod (124) has been arranged so that it moves within the welded piston rod (54). Connected to the aforementioned piston (52) where the first rod (124) will be moved with The piston rod (54) and also where the first such rod (124) will be acting all the time. To approach the side of the adjustment mechanism under the elastic action of the elastic assembly (144); The second stem (126) will be significantly perpendicular to the first stem (124), which has been inserted. So that it moves within the piston rod (54) and will be coordinated with the first rod (124); The detection sheet (116) was strategically placed parallel to the first stem (124), with the tip of the second stem (126) leaning against the detection plan by At the aforementioned detection sheet (116) can move in a tilted motion. With which end has been crucified Acts as a pivot point Under the aforementioned movement of the stem (126) and by receiving Compression by the aforementioned second stem (126); And the sensor is placed near the sensor (116), which will detect the motion. Tilt of the detection sheet (116) 5. The clamps are fixed according to claim 4, where the first stem (124) is included. One (138) tilted piece that has been tilted with a preset angle that Facing the second shaft (126) and the second shaft (126), it consists of the resulting part. Get the second tilted (148) tilted with a predetermined angle facing it. The first shank (124), the second tilted piece (148), which is attached to the resulting part. Receive the 1st tilt (138) where the direction of movement of the aforementioned rod (124) will be transmitted. Go to the second shaft (126) perpendicular to that second shaft, with the part being tilted at One and the second such (138, 148). 6. The clamping clamp follows claim 5, where the roller (154) is properly supported. Rotating around that axis is placed on the tip of the second rod (126), the second rod (126), which is leaned against the detection plate (116) through the said roller (154). ) 7.The clamp is attached to claim 5, where the sensing connector (128) faces the The sensor, when the detection sheet (116) is tilted, is positioned on the other end of the sensor (116). 8.The clamps are based on claim 4, where the receiver is made up of a pair of The first and second senses (118, 120), arranged in order, facing one end (116a) and the other end (116b) of the said detection sheet (116). 9.The clamps are based on claim 8, where the receiver consists of a side switch. Near where the location of the aforementioned detection sheet (116) can be performed, which uses the change of Impedance arising under the action of the approach of the detection plate (116)