A mold includes a fixed mold, a fixture, a movable mold and an ejecting mechanism including a fixture thimble, a nozzle thimble, an auxiliary thimble, an elastic member and a top plate located in ejecting space and having a limit cavity. The nozzle thimble is extended to the molding cavity, and the auxiliary thimble is adjacent to the nozzle thimble. A first end of the fixture thimble is assembled in the limit cavity, and a second end of the fixture thimble is extended to the slider. The elastic member urges the top plate to slide towards a demolding direction. Due to the elastic member, the top plate obtains an elastic force to drive the nozzle thimble and the auxiliary thimble to retreat and separate from the long handle thereby providing a clearance for removing the fixture together with the product and avoiding scratching the product.

A manufacturing method of a plastic lens formed by using a metal mold having a fixed mold and a movable mold. The plastic lens comprises a flange part surrounding a lens face, and an image side face of the flange part comprises a black coating part and an outer peripheral part. The manufacturing method may include a molding process in which the plastic lens is molded by using the fixed mold for molding an object side lens face and the movable mold for molding an image side lens face and the flange part, a mold opening process in which the metal mold is opened by moving the movable mold, and a pushing-out process in which the outer peripheral part is pushed out by an ejector pin disposed in the movable mold when the mold opening process is performed or, after the mold opening process has been performed.

A device for demolding negatives in thermoplastic injection molds includes an ejector which comprises an ejector profile for the fastening thereof to an ejector plate and a figure insert with a profile that is complementary to a piece to be molded. The ejector further comprises a flexible element arranged between the ejector profile and the figure insert which pushes the figure insert in order to demold the negative by an angular displacement and stretches the figure insert so as to return the ejector to the injection position thereof. The device eliminates the need for molding sliders which are costly as well as the need for a machining process for the installation thereof.

The separating device comprises: an actuating device (8) translatable along a first axis (A1) between a retracted position and a separated position, at least one separating element (28, 60) translatable along a second axis (A2) between a retracted position and a separated position, a transfer device (26) connecting the actuating device (8) and the separating device (28, 60). The transfer device (26) comprises at least two links (46), rotatable relative to one another and relative to the actuating device (8) and the separating element (28, 60), and a guide element (36) receiving said links (46), said links being moved along a movement path by the actuating device (8) and moving the separating element (28, 60).

Face masks, including filter masks, and methods for their production. The disclosed methods include using an overmoulding step to both form a sealing member and to fix the sealing member to a support frame and a sheet of filtering material.

A quick connector is used for releasably connecting a knockout bar and a mold tool. The quick connector includes an inner body that is attached to the knockout bar or the mold tool and is configured to receive a male fitting of the other of the knockout bar or the mold tool. The quick connector also has an outer sleeve movable along the inner body between (i) a locking position, where the outer sleeve causes locking elements of the quick connector to engage the male fitting to lock the male fitting in the inner body, and (ii) an unlocking position, where the locking elements do not engage the male fitting and do not lock the male fitting in the inner body. The quick connector includes a retaining element that functions to retain the outer sleeve in the unlocking position.

The ejection device comprises: a pushing device (14) translatable along a first axis (A1) between a retracted position and an ejection position, an ejection element (28) translatable along a second axis (A2) between a retracted position and an ejection position, a transfer device (26) connecting the pushing device (14) and the ejection device (28). The transfer device (26) comprises at least two links (44), translatable relative to one another and relative to the pushing device (14) and the ejection element (28).

An electrical connector is used to electrically connect a chip module to a circuit board. The electrical connector has an insulating body, provided with multiple accommodating holes vertically penetrating through the insulating body. An upper surface of the insulating body protrudes upward to form a protruding block located between adjacent ones of the accommodating holes to support the chip module. The protruding block has a first ejector pin surface. The insulating body has a second ejector pin surface adjacent to the protruding block. The first ejector pin surface and the second ejector pin surface are provided for an ejector pin on a mold to push thereon so as to push the insulating body out of the mold. Multiple terminals are correspondingly accommodated in the accommodating holes to be electrically connected to the chip module.

An injection molding device includes a housing having a door, an injection molding machine, a detection section, and a control section. The control section controls voltage applied to the mold clamping motor, and performs mold-clamping and mold-opening of the upper mold and the lower mold by either moving the injection unit and the upper mold along the vertical direction or by moving the lower mold along the vertical direction. The mold clamping device further includes a first brake section that, when application of voltage to the mold clamping motor is stopped, regulates movement of the injection unit and the upper mold in the vertical direction or movement of the lower mold in the vertical direction. When the detection section detects that the door is open or detects intrusion of foreign matter, the control section stops application of voltage to the mold clamping motor.

An injection molding system includes a first unit in which an injection molding machine is disposed and an option unit. The injection molding machine is configured to be attachable with a stationary die and a movable die that moves with respect to the stationary die. The option unit includes at least one of a second unit in which a robot that moves a molded article molded by the injection molding machine is disposed and a third unit in which at least one of a material dryer that dries a material supplied to the injection molding machine and a material supply section that supplies the material to the injection molding machine is disposed. The first unit is configured to be detachably attachable with the option unit.