OMNIDIRECTIONAL IMAGE CAPTURE APPARATUS ARCHITECTURE

1 . An image capture apparatus comprising:

a front housing defining a front opening and a front window spaced vertically from the front opening, wherein the front housing includes:

an antenna mount configured for connection to a first antenna;

a first locating member configured for engagement with the first antenna to guide the first antenna during connection to the front housing;

a pocket configured to receive a second antenna;

a second locating member configured for engagement with the second antenna to guide the second antenna during connection to the front housing;

a speaker assembly connected to an inner side wall of the front housing, wherein the speaker assembly includes:

a speaker; and

a mounting bracket defining:

at least one aperture; and

at least one opening configured to receive at least one mechanical fastener;

at least one alignment member configured for insertion into the at least one aperture in the mounting bracket to guide the mounting bracket during connection of the speaker assembly to the front housing; and

at least one boss configured to receive the at least one mechanical fastener to thereby connect the speaker assembly to the front housing;

a front mounting member connected to the front housing and located within the front opening;

a front integrated sensor-lens assembly (ISLA) that extends through the front mounting member and mechanically connected thereto;

a rear housing defining a rear opening and a relief spaced vertically from the rear opening, wherein the rear housing is connected to the front housing so as to form a watertight seal therebetween;

a rear mounting member connected to the rear housing and located within the rear opening; and

a rear ISLA extending through the rear mounting member such that the image capture apparatus is devoid of any direct connection between the rear mounting member and the rear ISLA.

2 . The image capture apparatus of claim 1 , wherein the front mounting member is adhesively connected to the front housing, and wherein the rear mounting member is adhesively connected to the rear housing.

3 . The image capture apparatus of claim 1 , further comprising:

a front internal heat sink connected to the front housing; and

a rear internal heat sink connected to the rear housing.

4 . The image capture apparatus of claim 3 , wherein the front internal heat sink is heat staked to the front housing, and wherein the rear internal heat sink is heat staked to the rear housing.

5 . The image capture apparatus of claim 3 , further comprising:

mechanical fasteners extending through the front housing, through the front internal heat sink, and into threaded engagement with the rear internal heat sink.

6 . An image capture apparatus comprising:

a front housing defining a front opening;

a front mounting member located within the front opening;

a front integrated sensor-lens assembly (ISLA) mechanically connected to and extending through the front mounting member;

a front internal heat sink connected to the front housing;

a rear housing defining a rear opening and connected to the front housing so as to form a watertight seal therebetween;

a rear mounting member located within the rear opening;

a rear ISLA extending through the rear mounting member such that the image capture apparatus is devoid of any direct connection between the rear mounting member and the rear ISLA; and

a rear internal heat sink connected to the rear housing.

7 . The image capture apparatus of claim 6 , wherein the front mounting member is adhesively connected to the front housing, and wherein the rear mounting member is adhesively connected to the rear housing.

8 . The image capture apparatus of claim 6 , wherein the front ISLA includes a front seal configured for engagement with the front mounting member to inhibit water and/or debris from entering the image capture apparatus through the front housing and/or through the front mounting member, and wherein the rear ISLA includes a rear seal configured for engagement with the rear mounting member to inhibit water and/or debris from entering the image capture apparatus through the rear housing and/or through the rear mounting member.

9 . The image capture apparatus of claim 6 , further comprising:

a speaker assembly connected to an inner side wall of the front housing.

10 . The image capture apparatus of claim 9 , wherein the speaker assembly includes:

a speaker; and

a mounting bracket supporting the speaker.

11 . The image capture apparatus of claim 10 , wherein the front housing includes:

at least one alignment member extending from the inner side wall and configured for insertion into the mounting bracket to guide the speaker assembly during connection to the front housing; and

at least one boss extending from the inner side wall and configured to receive at least one mechanical fastener such that the at least one mechanical fastener extends through the mounting bracket and into the at least one boss to thereby connect the speaker assembly to the front housing.

12 . The image capture apparatus of claim 6 , wherein the front internal heat sink and the rear internal heat sink are mechanically connected to the front housing.

13 . The image capture apparatus of claim 12 , wherein the front internal heat sink includes first apertures, the rear internal heat sink includes second apertures, and the front housing includes third apertures, and wherein the first apertures, the second apertures, and the third apertures are configured to receive mechanical fasteners such that the mechanical fasteners extend through the front housing, through the front internal heat sink, and into threaded engagement with the rear internal heat sink.

14 . The image capture apparatus of claim 13 , further comprising:

an interconnect mechanism configured for engagement with an accessory to thereby connect the image capture apparatus to the accessory.

15 . The image capture apparatus of claim 14 , wherein the first apertures, the second apertures, and the third apertures are spaced laterally outward of the interconnect mechanism.

16 . A method of assembling an image capture apparatus that includes a front housing having an inner side wall and an antenna mount and a pocket associated with the inner side wall, the method comprising:

inserting an operational button into a receptacle extending into the inner side wall, wherein the receptacle is positioned between the antenna mount and the pocket;

connecting a speaker assembly to the inner side wall;

connecting a front mounting member to the front housing;

positioning a front integrated sensor-lens assembly (ISLA) within the front mounting member;

connecting a rear mounting member to a rear housing of the image capture apparatus;

positioning a rear ISLA within the rear mounting member; and

adhesively connecting the front housing and the rear housing so as to form a watertight seal therebetween,

wherein the antenna mount is configured for connection to a first antenna, and

wherein the pocket is configured to receive a second antenna such that the second antenna is positioned vertically below the first antenna.

17 . The method of claim 16 , wherein connecting the speaker assembly to the inner side wall includes:

inserting at least one alignment member extending laterally inward from the inner side wall into at least one aperture defined by a mounting bracket of the speaker assembly; and

inserting at least one mechanical fastener through at least one opening in the mounting bracket and into at least one boss on the inner side wall.

18 . The method of claim 16 , further comprising:

connecting a front internal heat sink to the front housing; and

connecting a rear internal heat sink to the rear housing.

19 . The method of claim 18 , wherein connecting the front internal heat sink to the front housing includes heat staking the front internal heat sink to the front housing, and wherein connecting the rear internal heat sink to the rear housing includes heat staking the rear internal heat sink to the rear housing.

20 . The method of claim 18 , further comprising:

inserting mechanical fasteners through the front housing, through the front internal heat sink, and into threaded engagement with the rear internal heat sink to thereby mechanically connect the front internal heat sink and the rear internal heat sink to the front housing.