Control module for inspection tool

1 . A hand-held control module of an inspection tool, the hand-held control module comprising:

a housing extending between a first side and a second side and including a first surface at a bottom side thereof;

a pair of grip protrusions, each grip protrusion having a second surface inclined with respect to the first surface by a first angle;

a battery receptacle configured to receive a battery, positioned between the pair of grip protrusions, having a third surface inclined with respect to the first surface by the first angle, and having an opening opposite the third side through which the battery is received; and

a user interface supported by the housing and operable to control the inspection tool;

wherein the hand-held control module is configured to be supported on a work surface in a reclined position in which the second surfaces of the pair of grip protrusions and the third surface of the battery receptacle engage the work surface.

2 . The hand-held control module of claim 1 , wherein in the reclined position the first surface is spaced from the work surface.

3 . The hand-held control module of claim 1 , wherein in the reclined position the user interface is tilted back to form an acute angle with the work surface.

4 . The hand-held control module of claim 1 , wherein the hand-held control module is further configured to be supported on the work surface in an upright position in which the first surface engages the work surface and the second surfaces are spaced from the work surface.

5 . The hand-held control module of claim 1 , wherein the pair of grip protrusions is a pair of hand holds configured to be engaged by hands of a user to support the hand-held control module above the work surface.

6 . The hand-held control module of claim 5 , wherein one of the pair of hand holds is disposed adjacent the first side of the housing and another of the pair of hand holds is disposed adjacent the second side of the housing.

7 . The hand-held control module of claim 6 , wherein the battery receptacle is disposed on a rear side of the housing.

8 . The hand-held control module of claim 1 , wherein the battery receptacle further includes a foot and the third surface extends at least partially under the foot.

9 . The hand-held control module of claim 1 , wherein the third surface and the second surfaces are coplanar and cooperate to form a reclined surface.

10 . The hand-held control module of claim 1 , further comprising a pair of straps, each of the pair of straps coupled to one of the pair of grip protrusions, and wherein the pair of straps is configured to couple the hand-held control module to one or both hands of a user.

11 . A control module of an inspection tool, the control module comprising:

a housing extending between a first side and a second side, the housing including a first surface at a bottom side thereof;

a battery receptacle disposed at a rear side of the housing, centrally located between the first side and the second side, and configured to receive a battery, the battery receptacle having a second surface inclined with respect to the first surface by a first angle; and

a user interface supported by the housing and operable to control the inspection tool;

wherein the control module is configured to be supported on a work surface in a reclined position in which the second surface engages the work surface,

wherein the battery receptacle includes a channel for receiving the battery, and wherein the channel is accessible through an opening opposite the second surface.

12 . The control module of claim 11 , wherein the battery receptacle includes a foot extending rearwardly therefrom, and wherein the second surface extends at least partially under the foot.

13 . The control module of claim 11 , further comprising a pair of grip protrusions, each grip protrusion having a third surface, and wherein the third surfaces of the pair of grip protrusions are coplanar with the second surface and engage the work surface in the reclined position.

14 . The control module of claim 13 , further comprising a pair of straps, each of the pair of straps coupled to one of the pair of protrusions, and wherein the pair of straps is configured to couple the control module to one or both hands of a user.

15 . The control module of claim 11 , further comprising a cover coupled to the housing for movement between a closed position, in which the cover covers the user interface, and an open position, in which the cover shades the user interface.

16 . An inspection tool comprising:

a scope unit; and

a hand-held control module operable to control the scope unit, the hand-held control module including

a housing extending between a first side and a second side, the housing including a first surface at a bottom side thereof,

a battery receptacle disposed at a rear side of the housing and configured to receive a battery, the battery receptacle having a second surface inclined with respect to the first surface by a first angle and an opening opposite the second surface through which the battery is received,

a pair of grip protrusions spaced apart from and on opposing sides of the battery receptacle, each grip protrusion having a third surface inclined with respect to the first surface by the first angle, and

a user interface supported by the housing and configured to control the scope unit;

wherein the hand-held control module is configured to be supported on a work surface in a reclined position in which the second surface of the battery receptacle and third surfaces of the pair of grip protrusions engage the work surface and the user interface is tilted backwards relative to vertical.

17 . The inspection tool of claim 16 , wherein one of the pair of grip protrusions is disposed adjacent the first side of the housing and another of the pair of grip protrusions is disposed adjacent the second side of the housing.

18 . The inspection tool of claim 16 , wherein the scope unit is physically coupled to the hand-held control module, wherein in the reclined position the second surface and third surfaces cooperate to form a reclined surface, and wherein the reclined surface creates a stable base configured to withstand tipping forces applied to the hand-held control module by the scope unit.