摘要:
When one of a set of two metallic molds swingingly turns in association with the mold-opening motion on opening of the set of molds and then is kept turned sideways, the face of said mold is directed outward to facilitate insertion of an insert into the mold or take out of a molded product therefrom and permit mold face monitoring with ITV. A movable mold (11) is kept just opposite to a stationary mold (2) when the molds are closed, however, when the molds are opened, a pinion (12) is driven to turn by a rack (14) lowering in assocation with the mold opening action and a turning block (7) swingingly turns integrally with the movable mold (11), and, when mold opening is completed, the turning block (7) is kept turned sideways and the mold face is directed outward, whereby a molded product pushed by the protruding pins (18) drops by its own weight.
摘要:
An injection molding machine of the present invention includes a first mold half (63) having one of at least one mold cavity (64) and at least one mold core (68a-b) and a rotatable turret block (65) rotatable on an axis for rotating at least one movable mold half (66, 67) thereof into alignment with the first mold half (63). Each of the movable mold halves (66, 67) include one of at least one mold cavity (64) and at least one mold core (68a-b) matable with the first mold half (63) for forming a mold for molding a molded article. The rotatable turret block (65) is further for clamping the movable mold halves (66, 67) and the first mold half (63) together. The machine further includes a mechanism for moving the rotatable turret block (65) relative the first mold half (63) and a mechanism for rotating the rotatable turret means (65), wherein the mechanism for moving is linked to the mechanism for rotating, and a first injector for injecting melt into the at least one mold cavity (64).
摘要:
An injection molding machine of the present invention includes a first mold half (63) having one of at least one mold cavity (64) and at least one mold core (68a-b) and a rotatable turret block (65) rotatable on an axis for rotating at least one movable mold half (66, 67) thereof into alignment with the first mold half (63). Each of the movable mold halves (66, 67) include one of at least one mold cavity (64) and at least one mold core (68a-b) matable with the first mold half (63) for forming a mold for molding a molded article. The rotatable turret block (65) is further for clamping the movable mold halves (66, 67) and the first mold half (63) together. The machine further includes a mechanism for moving the rotatable turret block (65) relative the first mold half (63) and a mechanism for rotating the rotatable turret means (65), wherein the mechanism for moving is linked to the mechanism for rotating, and a first injector for injecting melt into the at least one mold cavity (64).
摘要:
When one of a set of two metallic molds swingingly turns in association with the mold-opening motion on opening of the set of molds and then is kept turned sideways, the face of said mold is directed outward to facilitate insertion of an insert into the mold or take out of a molded product therefrom and permit mold face monitoring with ITV. A movable mold (11) is kept just opposite to a stationary mold (2) when the molds are closed, however, when the molds are opened, a pinion (12) is driven to turn by a rack (14) lowering in assocation with the mold opening action and a turning block (7) swingingly turns integrally with the movable mold (11), and, when mold opening is completed, the turning block (7) is kept turned sideways and the mold face is directed outward, whereby a molded product pushed by the protruding pins (18) drops by its own weight. (See Fig. 3).
摘要:
When one of a set of two metallic molds swingingly turns in association with the mold-opening motion on opening of the set of molds and then is kept turned sideways, the face of said mold is directed outward to facilitate insertion of an insert into the mold or take out of a molded product therefrom and permit mold face monitoring with ITV. A movable mold (11) is kept just opposite to a stationary mold (2) when the molds are closed, however, when the molds are opened, a pinion (12) is driven to turn by a rack (14) lowering in assocation with the mold opening action and a turning block (7) swingingly turns integrally with the movable mold (11), and, when mold opening is completed, the turning block (7) is kept turned sideways and the mold face is directed outward, whereby a molded product pushed by the protruding pins (18) drops by its own weight. (See Fig. 3).