US 11,684,967 B2Granted

Rotational symmetrical and non-symmetrical plastic forming machine

AssigneeTusas Motor Sanayii Anonim Sirketi

InventorMahmut Faruk Aksit

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Abstract

A plastic forming machine including a fixed pole; a movable pole; a shaft for fixing a raw material; an electric motor for rotating the shaft; a linear movement system enabling the movement of the movable pole; a first pressing rod positioned on lower surface of the movable pole, includes a first arm extending parallel to the movable pole, a second arm extending vertical to the first arm, and a third arm, having a first end and second end, connected to the first arm from its second end; a second pressing rod having a first and a second end, is connected slidingly to the first arm from its first end; at least one actuator connected to the first arm; a contact end connected to the second ends of the second pressing rod and the third arm; at least one control system for controlling the linear movement mechanism and the actuator.

Claims18

Dependent claims

A plastic forming machine for shaping a raw material comprising:

at least one fixed pole;
a movable pole positioned at a right angle with the fixed pole and extending parallel to a portion of the fixed pole comprising at least one upper surface and one lower surface;
a shaft for fixing a raw material thereon, wherein the shaft is a temperature-controlled shaft;
an electric motor for rotating the shaft;
a shank, wherein one end of the shank is connected to an outlet of the electric motor and another end of the shank is connected to the shaft;
at least one linear movement system comprising a motor for moving the movable pole on a vertical axis on the fixed pole;
a first pressing rod positioned on the lower surface of the movable pole, comprising a first arm extending parallel to the movable pole, a second arm extending vertical to the first arm, and a third arm comprising a first end and a second end and connected to the first arm from the second end;
a second pressing rod comprising a first and a second end, and the second pressing rod is connected to the first arm in a sliding manner from the first end of the pressing rod;
an actuator adapted to move the second pressing rod in a horizontal axis, and connected to the second arm;
a first contact end connected to the second end of the second pressing rod and a second contact end connected to the second end of the third arm;
at least one control system adapted to control the at least one linear movement system and the actuator,
wherein the actuator is configured to implement a relative movement between the second pressing rod and the first pressing rod and wherein the first pressing rod and the second pressing rod have a structure configured to implement the shaping of said raw material via contact of the raw material with the first and second contact ends through force applied by the actuator.

9 more elements

A plastic forming machine for shaping a raw material comprising:

at least one fixed pole;
movable pole positioned at a right angle with the fixed pole and extending parallel to a portion of the fixed pole comprising at least one upper surface and one lower surface;
a shaft for fixing a raw material thereon, wherein the shaft is a temperature-controlled shaft;
an electric motor for rotating the shaft;
a shank, wherein one end of the shank is connected to an outlet of the electric motor and another end of the shank is connected to the shaft;
at least one linear movement system comprising a motor for moving the movable pole on a vertical axis on the fixed pole;
a first pressing rod positioned on the lower surface of the movable pole, comprises a first arm extending parallel to the movable pole, a second arm and a third arm extending vertical to the first arm;
two second pressing rods, each of the two pressing rods having a first and a second end, the two second pressing rods are connected to the first arm in a sliding manner from the first ends of the two second pressing rods;
a first actuator connected to the second arm and a second actuator connected to the third arm, wherein the first actuator is adapted to move one of the two second pressing rods in a horizontal axis, and the second actuator is adapted to move the other of the two second pressing rods in the horizontal axis;
two contact ends facing each other, wherein a first contact end of the two contact ends is connected to the second end of one of the two second pressing rods and a second contact end of the two contact ends is connected to the second end of the other of the two second pressing rods;
at least one control system adapted to control the at least one linear movement system and the first and second actuators,
wherein the first and second actuators are configured to implement a relative movement between the second pressing rods, and wherein the second pressing rods have a structure configured to implement the shaping of said raw material via contact of the raw material with the first and second contact ends through forces applied by the first and second actuators.

9 more elements

Dependencies are inferred from the claim text.

Facts

Application: 16/459,644Filed 2 Jul 2019
Priority: TR 2018/094733 Jul 2018
Published: US 2020/0009641 A19 Jan 2020
Granted: 27 Jun 2023
Term ends: Not estimatedThe source records don’t support an estimate.

Classification8 codes

B21J 5/06
Methods for forging, hammering, or pressing ; Special equipment or accessories therefor: for performing particular operations
B21D 22/18
Spinning: using tools guided to produce the required profile
B21H 1/04
Discs; disc wheels: with rim, e.g. railways wheels or pulleys
B21J 5/04
Methods for forging, hammering, or pressing ; Special equipment or accessories therefor: by directly applied fluid pressure or explosive action