TH6841A - Sliding axis formwork for injection casting - Google Patents

Abstract

Slider formwork for injection casting where slider formwork is arranged in the front surface with a low cut core. It is arranged so that it is sliding on the side of the formwork. The slanted surface axes support the compressive load are provided with a guide groove. The opposite side is positioned behind the slit projecting protrusions are arranged on opposite sides at the relative positions of the correlated formwork. A molded body built into the front surface with the slanted compressive face in contact with the compressive slope of the rear of the protruded slider formwork. And slider formwork responds in relation to the adhesion and non-adhesion of axial formwork and cavity formwork.

Claims (4)

1. Spindle formwork consists of: Spindle lock formwork (l), spindle formwork (3), which is attached to the spindle lock frame. The channel formwork lock frame (11) is attached for movement in and out of the spindle lock frame The cavity mold (31) is attached to the cavity of the mold locking frame and the chuck is fixed. The cavity mold (31) is attached to the said cavity mold and grips. With the said core formwork To designate a channel (33) with a low-cut clearance (35) near the edge of the cavity, the injection device is connected to the aforementioned molded locking frame and the axial molded locking frame. To inject the material to be cast into the channel. The first slider formwork (42) has a face that faces the core formwork. And the front surface of the back, which is opposite to the said surface The first slider formwork is slidly attached to the spindle lock frame. For movement in and out of the axial formwork The front end face includes a compressive sloping face (44) facing the slider formwork locking frame, the lower cut axis (4) is connected to the first slider formwork. On that front surface of that thing The low-cut axes are inserted into the low-cut space when the first slider formwork slides towards the spool, the first (36) is connected to the locking frame. Casting that is such a niche And includes a sloping compressive face (45) that can be fixed to the sloping surface supporting the aforementioned compressive loads of the first formwork. When the cavity formwork lock and the molded lock frame are moved together. In order to move the formwork, the first slider is approaching the rod of the rod. The first slider formwork includes the guide groove (6) located therein on the opposite side of the sloping surface supporting it. And on the back surface of the first slider formwork And the first such formwork shall include protrusions (61) on the opposite side of the sloping pressed surface. To fix the slide in the relative guide (6) of the first slider formwork. Such overhangs and guides will be tilted. So that when moving together and apart of the slotted formwork locking frame And the axial formwork locking frame The first slider formwork slides in and out of the spindle formwork. 2. Slider formwork according to claim 1, where the first slider formwork This includes the support groove and the lower cut axle will have an attachment to fix into the groove. 3. Sliding formwork according to claim 2, where the support groove extends in the direction of sliding of the first slider formwork on the spindle lock frame. 4. The slider formwork according to claim 3 includes the second slider formwork and the second slider formwork. Which are respectively connected to the axle and the channel formwork locking frame. And are positioned opposite to the first slider formwork and the first slider formwork respectively.