TH7607B

TH7607B - Cable joint

Info

Publication number: TH7607B
Application number: TH9001000636A
Authority: TH
Inventors: นาคามูระ Mr Kunio Nakamura นายคูนิโอะ
Original assignee: นายเดชอุดม ไกรฤทธิ์
Filing date: 1990-05-15
Publication date: 1998-01-23

Abstract

ข้อต่อสายเคเบิ้ลที่ประกอบด้วย ตัวเรือนข้อต่อเพื่อผ่านสายเคเบิ้ลตลอดมัน และชิ้นส่วนบีบยึดที่ขบยึดกับพื้นผิวภายนอกของสายเคเบิ้ลดังกล่าว เพื่อยึดสายเคเบิ้ลดังกล่าวอยู่ในตัวเรือนดังกล่าว ข้อต่อสายเคเบิ้ลได้ถูกทำให้มีลักษณะขึ้นในลักษณะที่ว่าตัวเรือนดังกล่าวมีส่วนเปิดอยู่ในระนาบด้านหน้าและด้านหลังเพื่อผ่านสายเคเบิ้ลดังกล่าวตลอดมัน และมีช่องอยู่บนระนาบด้านข้างเพื่อยินยอมให้ขาบีบยึดของชิ้นส่วนบีบยึดดังกล่าวเข้าไปอยู่ที่ด้านในของตัวเรือนดังกล่าว โดยเคลื่อนมาจาก ด้านนอกของมัน และความหนาของขาของชิ้นส่วนบีบยึดดังกล่าวจะยื่นเข้าไปในตัวเรือนดังกล่าวผ่านร่องดังกล่าว โดยมีความหนาอย่างสัมพันธ์กันมากกกว่าความกว้างของร่องดังกล่าวอย่างน้อยที่ส่วนของมัน The cable connectors consist of Housing joints to pass cables throughout it. and clamping parts that are attached to the external surface of the cable. to hold such cables in the housing Cable joints are characterized in such a way that the housing has openings in the front and rear planes to pass through the cables throughout it. and there is a recess on the side plane to allow the clamping pin of the clamping element to enter the inside of the housing. by moving from outside of it and the leg thickness of the clamping element protrudes into the housing through the groove. with a relative thickness greater than the width of the groove, at least on its part.

Claims

1.Cable joint to hold the cable against axial movement. Which the above joints consist of A housing with a cable opening that extends through the opening. And there is a slot at the end of the middle of the said case And intersect normally with such open sections The first compartment includes a narrower first, the rest and a flat U-shaped pinch with a single pair of legs attached to the bay at one end. For insertion into the opening Through the first channel and for cables When placed in the opening between the first pair of these legs The clamping element is thicker than the width of the first of the said compartment. Which would cause the clamping parts to be fooled into the said housing

2. The joint according to claim 1, where the first part of the first channel is at And adjacent to both ends of the first part

3. The joint according to claim 1 where the first part of the first block is in the middle of both ends of the first part.

4. The joint according to claim 1 that also includes a second channel that is spaced from and parallel to the said first. It has a narrow first and the aforementioned clamping parts will include the second pair of legs connected to the first pair. In areas that are interconnected and are adapted for insertion into the aforementioned second cavity.

5. Coupling according to claim 1 where the first pair of legs is applied to cut the insulator. Which surrounds the cable

6.Cable joint to hold the cables against axial movement. Which the above joints consist of A housing with a cable opening that extends through the opening. And there is a slot at the end of the middle of the said case And intersect normally with such open sections The first compartment includes the tapered inner wall that converges at the local common midpoint of the cable receptacle. U shape clamping piece with a pair of legs attached to the bay at one end. For insertion into the exposure of the said cable Through the first channel That leg that receives the cable between that pin. When placed in the exposure section of the cable And pseudo-fastening against the corresponding tapered inner wall at the outer edge of that wall This will make the inner surface of the mounting pin on the cable.

7.Cable joint according to claim 6, where the pin, including the bottom, has a tapered outer edge.

8. Cable joint according to claim 6, where the opposite edge of the top of the pin has a tapered section. And the opposite edge of the lower part of the leg has a large slender.