Modular connector

Claim 2

A connector module comprising: an insulative first half housing having a boss extending from an inner surface thereof and a reception hole defined through an axis of the boss; an insulative second half housing having a plurality of contact reception grooves defined in an inner surface thereof, and a reception hole defined separately from the contact reception grooves for forcibly receiving the boss of the first half housing; and a set of right angle contacts each comprising a soldering tail portion connected to an intermediate portion connected to a mating portion, wherein the intermediate portions of the contacts are received in the contact reception grooves of the second half housing, while the mating portions and the soldering tail portions respectively extend out from adjacent sides of the second half housing; wherein at least one cutout is defined in the periphery of the boss of the first half housing allowing the boss to deform during insertion into the reception hole of the second half housing.

Claim 3

The connector module as claimed in claim 1, wherein an an inner flange projects from inner periphery of the boss reception hole for preventing the boss of the first half housing from releasing from the boss reception hole of the second half housing.

Claim 4

The connector module as claimed in claim 1, wherein the first half housing has at least one engaging protrusion projecting from the inner surface thereof and the second half housing has at least one engaging hole for retaining the engaging protrusion therein when the first half housing is connected to the second half housing.

Claim 5

A modular connector comprising: an insulative mother housing defining rows of passageways through opposite sides thereof; a plurality of modules each having contacts extending therefrom for connection to the passageways of the mother housing, each module defining a reception hole so that all the reception holes of all the modules are in alignment with each other when the modules are connected to the mother housing by the extended contacts thereof; a dowel sized to be inserted into the reception holes of at least two adjacent modules thereby connecting the at least two adjacent modules in addition to the connection thereof to the mother housing; wherein each module comprises an insulative first half housing having a boss extending from an inner surface thereof and a reception hole defined through an axis of the boss, an insulative second half housing having a plurality of contact reception grooves defined in an inner surface thereof, and a reception hole defined separately from the contact reception grooves for forcibly receiving the boss of the first half housing, and a set of right angle contacts each comprising a soldering tail portion connected to an intermediate portion connected to a mating portion, wherein the intermediate portions of the contacts are received in the contact reception grooves of the second half housing, while the mating portions and the soldering tail portions respectively extend out from adjacent sides of the second half housing; and wherein at least one cutout is defined in the periphery of the boss of the first half housing allowing the boss to deform during insertion into the reception hole of the second half housing.

Claim 6

A modular connector comprising: an insulative mother housing defining rows of passageways through opposite sides thereof; a plurality of modules each having contacts extending therefrom for connection to the passageways of the mother housing, each module defining a reception hole so that all the reception holes of all the modules are in alignment with each other when the modules are connected to the mother housing by the extended contacts thereof; a dowel sized to be inserted into the reception holes of at least two adjacent modules thereby connecting the at least two adjacent modules in addition to the connection thereof to the mother housing; wherein each module comprises an insulative first half housing having a boss extending from an inner surface thereof and a reception hole defined through an axis of the boss, an insulative second half housing having a plurality of contact reception grooves defined in an inner surface thereof, and a reception hole defined separately from the contact reception grooves for forcibly receiving the boss of the first half housing, and a set of right angle contacts each comprising a soldering tail portion connected to an intermediate portion connected to a mating portion, wherein the intermediate portions of the contacts are received in the contact reception grooves of the second half housing, while the mating portions and the soldering tail portions respectively extend out from adjacent sides of the second half housing; and wherein at least one cutout is defined in the periphery of the boss of the first half housing allowing the boss to deform during insertion into the reception hole of the second half housing.

Claim 7

The modular connector as claimed in claim 4, wherein the dowel is a hollow cylinder which defines a hole through an axis thereof.

Claim 8

The modular connector as claimed in claim 5, wherein the dowel forms in a periphery thereof a longitudinal cutout in communication with the hole.

Claim 9

The modular connector as claimed in claim 4, wherein an an inner flange projects from inner periphery of the boss reception hole for preventing the boss of the first half housing from releasing from the boss reception hole of the second half housing.

Claim 10

The modular connector as claimed in claim 4, wherein the first half housing has at least one engaging protrusion projecting from the inner surface thereof and the second half housing has at least one engaging hole for retaining the engaging protrusion therein when the first half housing is connected to the second half housing.