Electrical connector assembly and contacts therein

Claim 2

A socket connector adapted to mountably lie on a mother board for reception of a daughter board therein, comprising: an insulative elongated housing having a central slot extending in a lengthwise direction along said housing; a plurality of upper row passageways and lower row passageways staggered one another along said slot for receiving a plurality of upper row contacts and lower row contacts therein, respectively; a pair of engagement arms extending forwardly at two opposite ends of the housing, each engagement arm having a platform for supporting the daughter board thereon; and a latch horizontally positioned in each engagement arm, said latch further including: a main base; a retention blade rearwardly extending from an upper portion of a rear edge of said main base; a generally U-shaped body extending from a lower portion of the rear edge of said main base; an extension section forwardly extending from an end of the U-shaped body; a hook section upwardly extending from said extension section adjacent said U-shaped body; and a lever section upwardly extending from a free end of said extension section.

Claim 3

The socket connector as described in claim 1, wherein said engagement arm includes a slit-like groove for receiving the main base and the retention blade of the latch, a cavity communicatively positioned adjacent said groove for receiving the U-shaped body and the extension section of the latch, and a top opening for receiving the upwardly extending hook section of the latch.

Claim 4

The socket connector as described in claim 2, wherein an independent retaining bracket is positioned beside each latch, said retaining bracket including a vertical plate, a retention blade extending rearward from a rear edge of said plate, and a mounting pad outwardly horizontally extending from a bottom edge of said plate.

Claim 5

The socket connector as described in claim 3, wherein the engagement arm further includes a recess and an associated aligned indent, and a lateral opening therein for receiving said retaining bracket therein.

Claim 6

The socket connector as described in claim 1, wherein each upper row contact has a base from which a mounting leg downward extends and a retention section forwardly extends, and an engagement beam upwardly extends from said retention section and is spaced from said base, said engagement beam further including a vertical first section extending from the retention section, a curved second section extending from the first section, and a generally horizontal third section extending from the second section, whereby a free end of the third section extends into the central slot, and a rear edge of the second section is exposed adjacent a rear surface of the housing.

Claim 7

The socket connector as described in claim 5, wherein each upper passageway further includes an upper channel extending from a front surface of a top wall above said central slot for receiving the engaged free end of the engagement beam of the upper row contact, and a lower channel extending from a front surface of a bottom wall below the central slot for retainably receiving the retention section of the upper row contact.

Claim 8

The socket connector as described in claim 5, wherein each lower row contact includes a base from which a mounting leg rearward extends and a retention section forwardly extends, and an engagement beam extends from said retention section and is spaced from said base, said engagement beams of the lower row contact further including a vertical first section extending upwardly from the retention section, a curved second section extending from said first section, and an angled third section extending forwardly and downward from the second section whereby a free end of said third section extends into the central slot and an rear edge of the second section is visible adjacent the rear surface of the housing.

Claim 9

The socket connector as described in claim 7, wherein each lower row passageway further includes a first lower channel and a second lower channel both extending from the front surface of the bottom wall for receiving the engaged free end of the engagement beam of the lower row contact and for retainably receiving the retention section of the lower row contact, respectively.

Claim 10

The socket connector as described in claim 7, wherein the first section and the second section of the lower row contact is wider than the first section and the second section of the upper row contact.

Claim 11

A socket connector (1) adapted to mountably lie on a mother board for reception of a daughter board (100) therein, comprising: an insulative elongated housing (10) having a central slot (12) extending lengthwise along said housing (10); a plurality of upper row passageways (14) and lower row passageways (16) staggered one another along said slot (12) for receiving a plurality of upper row contacts (60) and lower row contacts (80) therein, respectively; a pair of engagement arms (20) extending forwardly at two opposite ends of the housing (10), each engagement arm (20) having a platform (22) for supporting the daughter board (100) thereon; and a latch (40) horizontally positioned in each engagement arm (20), wherein each upper row contact (60) has a base (62) from which a mounting leg (64) downward extends and a retention section (66) forwardly extends, and an engagement beam (68) upwardly extends from said retention section (66) and is spaced from said base (62), said engagement beam (68) further including a vertical first section (70) extending from the retention section (66), a curved second section (72) extending from the first section (70), and a generally horizontal third section (74) extending from the second section (72), whereby a free end (75) of the third section (74) extends into the central slot (12), and a rear edge of the second section (72) is exposed adjacent a rear surface (27) of the housing (10); and each lower row contact (80) includes a base (82) from which a mounting leg (84) rearward extends and a retention section (86) forwardly extends, and an engagement beam (88) extends from said retention section (86) and is spaced from said base (82), said engagement beams (88) of the lower row contact (80) further including a vertical first section (90) extending upwardly from the retention section (86), a curved second section (92) extending from said first section (90), and an angled third section (94) extending forwardly and downward from the second section (92) whereby a free end of said third section (94) extends into the central slot (12) and an rear edge of the second section (92) is visible adjacent the rear surface (27) of the housing (10).

Claim 12

A socket connector (1) adapted to mountably lie on a mother board for reception of a daughter board (100) therein, comprising: an insulative elongated housing (10) having a central slot (12) extending lengthwise along said housing (10); a plurality of upper row passageways (14) and lower row passageways (16) staggered one another along said slot (12) for receiving a plurality of upper row contacts (60) and lower row contacts (80) therein, respectively; a pair of engagement arms (20) extending forwardly at two opposite ends of the housing (10), each engagement arm (20) having a platform (22) for supporting the daughter board (100) thereon; and a latch (40) horizontally positioned in each engagement arm (20), wherein each upper row contact (60) has a base (62) from which a mounting leg (64) downward extends and a retention section (66) forwardly extends, and an engagement beam (68) upwardly extends from said retention section (66) and is spaced from said base (62), said engagement beam (68) further including a vertical first section (70) extending from the retention section (66), a curved second section (72) extending from the first section (70), and a generally horizontal third section (74) extending from the second section (72), whereby a free end (75) of the third section (74) extends into the central slot (12), and a rear edge of the second section (72) is exposed adjacent a rear surface (27) of the housing (10); and each lower row contact (80) includes a base (82) from which a mounting leg (84) rearward extends and a retention section (86) forwardly extends, and an engagement beam (88) extends from said retention section (86) and is spaced from said base (82), said engagement beams (88) of the lower row contact (80) further including a vertical first section (90) extending upwardly from the retention section (86), a curved second section (92) extending from said first section (90), and an angled third section (94) extending forwardly and downward from the second section (92) whereby a free end of said third section (94) extends into the central slot (12) and an rear edge of the second section (92) is visible adjacent the rear surface (27) of the housing (10).

Claim 13

The socket connector (1) as described in claim 10, wherein each upper passageway (14) further includes an upper channel (15) extending from a front surface (17) of a top wall (13) above said central slot (12) for receiving the engaged free end (75) of the engagement beam (68) of the upper row contact (60), and a lower channel (19) extending from a front surface (32) of a bottom wall (34) below the central slot (12) for retainably receiving the retention section (66) of the upper row contact (60).

Claim 14

A socket connector (1) adapted to mountably lie on a mother board for reception of a daughter board (100) therein, comprising: an insulative elongated housing (10) having a central slot (12) extending lengthwise along said housing (10); a plurality of upper row passageways (14) and lower row passageways (16) staggered one another along said slot (12) for receiving a plurality of upper row contacts (60) and lower row contacts (80) therein, respectively; a pair of engagement arms (20) extending forwardly at two opposite ends of the housing (10), each engagement arm (20) having a platform (22) for supporting the daughter board (100) thereon; and a latch (40) horizontally positioned in each of said engagement arms (20), wherein each upper row contact (60) has a base (62) from which a mounting leg (64) downwardly extends and a retention section (66) forwardly extends, and an engagement beam (68) upwardly extends from said retention section (66) and is spaced from said base (62), said engagement beam (68) further including a vertical first section (70) extending from the retention section (66), a curved second section (72) extending from the first section (70), and a generally horizontal third section (74) extending from the second section (72), whereby a free end (75) of the third section (74) extends into the central slot (12), and a rear edge of the second section (72) is exposed adjacent a rear surface (27) of the housing (10); each lower row contact (80) includes a base (82) from which a mounting leg (84) rearward extends and a retention section (86) forwardly extends, and an engagement beam (88) extends from said retention section (86) and is spaced from said base (82), said engagement beams (88) of the lower row contact (80) further including a vertical first section (90) extending upwardly from the retention section (86), a curved second section (92) extending from said first section (90), and an angled third section (94) extending forwardly and downward from the second section (92) whereby a free end of said third section (94) extends into the central slot (12) and an rear edge of the second section (92) is visible adjacent the rear surface (27) of the housing (10); and because the length of the engagement beam (88) of the lower row contact (80) is considerably larger than that of the engagement beam (68) of the upper row contact (60), the first section (90) and the second section (92) of the lower row contact (80)are wider than the first section (70) and the second section (72) of the upper row contact (60) for obtaining generally equal elasticity coefficient on both of the lower row contact (80) and the upper row contact (60).

Claim 15

A socket connector (1) adapted to mountably lie on a mother board for reception of a daughter board (100) therein, comprising: an insulative elongated housing (10) having a central slot (12) extending lengthwise along said housing (10); a plurality of upper row passageways (14) and lower row passageways (16) staggered one another along said slot (12) for receiving a plurality of upper row contacts (60) and lower row contacts (80) therein, respectively; a pair of engagement arms (20) extending forwardly at two opposite ends of the housing (10), each engagement arm (20) having a platform (22) for supporting the daughter board (100) thereon; and a latch (40) horizontally positioned in each of said engagement arms (20), wherein each upper row contact (60) has a base (62) from which a mounting leg (64) downwardly extends and a retention section (66) forwardly extends, and an engagement beam (68) upwardly extends from said retention section (66) and is spaced from said base (62), said engagement beam (68) further including a vertical first section (70) extending from the retention section (66), a curved second section (72) extending from the first section (70), and a generally horizontal third section (74) extending from the second section (72), whereby a free end (75) of the third section (74) extends into the central slot (12), and a rear edge of the second section (72) is exposed adjacent a rear surface (27) of the housing (10); each lower row contact (80) includes a base (82) from which a mounting leg (84) rearward extends and a retention section (86) forwardly extends, and an engagement beam (88) extends from said retention section (86) and is spaced from said base (82), said engagement beams (88) of the lower row contact (80) further including a vertical first section (90) extending upwardly from the retention section (86), a curved second section (92) extending from said first section (90), and an angled third section (94) extending forwardly and downward from the second section (92) whereby a free end of said third section (94) extends into the central slot (12) and an rear edge of the second section (92) is visible adjacent the rear surface (27) of the housing (10); and because the length of the engagement beam (88) of the lower row contact (80) is considerably larger than that of the engagement beam (68) of the upper row contact (60), the first section (90) and the second section (92) of the lower row contact (80)are wider than the first section (70) and the second section (72) of the upper row contact (60) for obtaining generally equal elasticity coefficient on both of the lower row contact (80) and the upper row contact (60).