TH85292A - Start relay - Google Patents

Abstract

------ 21/09/2018 ------ (OCR) page 1 of number 1 page invention The starter relay (100) consists of a container (2) containing an insulating rigid resistor (1) with a positive resistance temperature ratio and is placed in a container and a spring of contact of Conductive and flexible feeding device that is shaped to compress Resistance to form a connection with a resistor. Each contact spring consists of a body (5A.6A), a fitting (5B1,5B2,6B1,6B2) protruding from the casing. And spaced contact assembly (5C1,5C2,6C1,6C2) extended from the arm to compress the resistor. The compression assembly contact of one of the springs. The contacts and the composite contacts of one another are compressed in a diagonal direction. So the broken part Of the resistor will not be pinched between the contact springs even when the clamped resistor is broken. ------------

Claims (3)

------21/09/2561------(OCR) Page 1 of 1 page. Disclaimer 1. The starter relay consists of a resistor (1) with a positive temperature coefficient of resistance, a pair of contact springs (5,6) which are guided and shaped to compress the pair of opposite surfaces of the resistor (1) and clamp the resistor (1) to create a connection with the resistor (1), and a container (2) consisting of a fire-insulating material to enclose the resistor (1) and the pair of contact springs (5,6). The contact springs (5,6) are characterized by being flexible and each contact spring (5,6) consists of a body (5A.6A), arms (5B1,5B2,6B1,6B2) extending from the body (5A.6A) and compression contacts (5C1,5C2,6C1,6C2) extending from the arms. (5B1,5B2,6B1,6B2) to compress resistor (1), where the compression contacts (5C1,5C2,6C1,6C2) are arranged on different positions on the pair of opposite surfaces of resistor (1). 2. The start relay under claim 1 is of the type in which each spring contact (5.6) consists of a body (5A,6A), two arms (5B1,5B2,6B1,6B2) extending from both ends of the body (5A,6A) and two compression contacts (5C1,5C2,6C1,6C2) spaced apart extending from the ends of the arms (5B1,5B2,6B1,6B2) to compress resistor (1), where the spaced compression contacts (5C1,5C2,6C1,6C2) are arranged transversely. 3. The starter relay according to claim 1 or 2 is of the type in which the spring contacts (5,6) consisting of the body (5A,6A), arms (5B1,5B2,6B1,6B2) and compression contacts (5C1,5C2,6C1,6C2) are constructed by stamping a plate-like piece. ------------ ------28/02/2018------(OCR) Page 1 of 1 page Claim 1. The starter relay consists of a resistor (1) with a positive resistance temperature, a pair of conductive clamps (5,6) which are conductive and are shaped to compress a pair of matching surfaces. A cross-section of resistor (1) and a clamp for resistor (1) are used to create a connection with resistor (1). A container (2) is constructed with an electrical clamp to enclose resistor (1) and a pair of conductive clamps (5,6). The conductive clamps (5,6) are constructed flexibly, and each conductive clamp (5,6) consists of a body (5A.6A), arms (5B1,5B2,6B1,6B2) extending from the body (5A.6A) and compression contacts (5C1,5C2,6C1,6C2) extending from the arms (5B1,5B2,6B1,6B2) to compress resistor (1), with the compression contacts (5C1,5C2,6C1,6C2) are arranged on different positions on the pair of opposite surfaces of the resistor (1). 2. The starter relay under claim 1 is of the type in which each conductive clamp (5,6) consists of a body (5A,6A), two arms (5B1,5B2,6B1,6B2) extending from both ends of the body (5A,6A) and two compression contacts (5C1,5C2,6C1,6C2) spaced apart from the ends of the arms (5B1,5B2,6B1,6B2) to compress the resistor (1), where the compression contacts (5C1,5C2,6C1,6C2) shall be arranged transversely. 3. The starter relays under claim 1 or 2 are of the type in which the conductive clamp (5,6) consisting of a body (5A,6A), arms (5B1,5B2,6B1,6B2) and compression contacts (5C1,502,601,602) shall be constructed by hammering a plate-like component. ------------ 1. The starter relay consists of a resistor with a positive temperature coefficient of resistance, a pair of conductive clamps that are flexible and designed to compress the opposite surfaces of the resistor and clamp the resistor to create a connection, and a housing containing electrical clamps to enclose the resistor and the pair of conductive clamps inside. Each conductive clamp consists of a body, an arm extending from the body, and a compression contact extending from the arm to compress the resistor, with the compression contacts arranged in different positions on the pair of opposite surfaces of the resistor. 2. The starter relay under claim 1 is of the type in which each conductive clamp consists of a housing, two arms extending from both ends of the housing, and two compression contacts spaced apart from the ends of the arms to compress the resistor, with the compression contacts arranged transversely. 3. The starter relay, as per claim 1 or 2, is of the type where the conductive clamp assembly, consisting of a body, arm, and compression contacts, is fabricated by hammering together plate-like components.