Abstract: This invention relates to a heating method for forming a thermoplastic bottle in which a heating member is inserted into the interior from a preform made of a thermoplastic material or the bottle and the preform or plastic bottle is heated by the heating member and a heating device located externally so as to thereby heat the same simultaneously internally and externally thereof, the temperature of the respective heating member being controlled respectively. Radiant heat energy distribution is variable along the longitudinal direction of the heating member so as to carry out the heating process in conformity with the bottle to be formed so as to manufacture the plastic bottle with high quality.

Abstract: This invention relates to a heating method for forming a thermoplastic bottle in which a heating member is inserted into the interior of a preform made from a thermoplastic material or the bottle and the preform or plastic bottle is heated by the heating member and a heating device located externally so as to thereby heat the same simultaneously internally and externally thereof, the temperature of the respective heating member being controlled respectively. Radiant heat energy distribution is variable along the longitudinal direction of the heating member so as to carry out the heating process in comformity with the bottle to be formed so as to manufacture the plastic bottle with high quality.

Abstract: A container body is sealed by means of a lid made of a flexible sheet having an insulative property and an antenna made of an electrically conductive material which is laminated upon the lid. According to this construction, when the container body is exposed to microwaves within a microwave oven, microwave energy is concentrated at a position near the front end of the antenna and the microwave energy is converted into heat energy, whereby the lid is opened by means of the thus converted heat. The lid can thus be precisely partially melted so as to form an opening of a predeterminedly suitable size.

Abstract: An electric remote-controlled rearview mirror assembly for a vehicle includes a mirror pivotally supported by a three point pivot connection of which the center pivot connection is stationary to permit angular movement of the mirror therearound. The remaining two pivot connections are spaced a predetermined angle from each other about the center pivot connection and are connected to rod members which are individually actuatable for longitudinal movement by at least one electric reversible motor to thereby positively angularly adjust the mirror around the center pivot connection. The drive of the motor is transmitted to the rod members through nut members. The rod members is made of an elastic material with providing threads whereas the nut members is made of a rigid material with providing teeth to be meshed with the threads of the rod members.

Abstract: An electric remote-controlled rearview mirror assembly for a vehicle includes a mirror pivotally supported by a three point pivot connection of which the center pivot connection is stationary to permit angular movement of the mirror therearound. The remaining two pivot connections are spaced a predetermined angle from each other about the center pivot connection and are connected to rod members which are individually actuatable for longitudinal movement by at least one electric reversible motor to thereby positively angularly adjust the mirror around the center pivot connection. The drive of the motor is transmitted to the rod members through nut members. Either one of the rod members and the nut members is made of an elastic material whereas the other of the rod members and the nut members is made of a rigid material. The use of pairs of pinch roller instead of the nut members is also disclosed.