Fluid draining system

A fluid draining system, comprising:

• a main body integrally formed into a single-piece unit, the main body comprising one or more walls enclosing an interior space, a fluid entrance opening communicated with the interior space, and a chute extending from and in fluid communication with the interior space, the chute oriented to direct fluid flow out of the main body to an open end of the chute by gravity, the main body further comprising one or more slots, wherein each slot of the one or more slots is elongately formed and straight and comprises a respective bottom, open end;
• a tool connector assembly carried by the main body, the tool connector assembly comprising:
• a sleeve, elongately formed along a first direction,
• a bore, elongately formed through the sleeve and through the main body along the first direction, the bore comprising a first end located at the interior space of the main body and an opposite, second end at an outside of the main body,
• at least one elastic seal mounted at the bore and configured to elastically seal against an elongated element extending through the bore and to block fluid communication between the first end and the second end of the bore, and
• an elastic seal retainer, comprising an annular body configured to elastically abut against an inner wall facing the bore to retain the elastic seal retainer in place relative to the inner wall and thereby block a movement of the elastic seal relative to the bore along the first direction;
• and
• a tool retainer, the tool retainer comprising an annular body mountable about and frictionally securable to said elongated element receivable through the bore to at least partially block a longitudinal movement of said elongated element through said bore;
• wherein
• the fluid draining system is configured to adopt a working configuration in which the main body is mounted on and stabilized with respect to a fluid collection container by a generally planar wall structure of the fluid collection container being received within the one or more slots of the main body through the respective bottom open end of each slot of the one or more slots, with the one or more slots extending upward such that gravity maintains the fluid draining system mounted on said generally planar wall structure, and further in which the open end of the chute is arranged within an interior space of the fluid collection container permitting the delivery of said fluid flow into the interior space of the fluid collection container, and the second end of the bore of the tool connector assembly is arranged outside the interior space of the fluid collection container;
• and further wherein
• the one or more slots are arranged between the open end of the chute and the tool connector assembly when the main body is observed in side elevation view.

A fluid draining system, comprising:

• a main body integrally formed into a single-piece unit, the main body comprising one or more walls enclosing an interior space, a fluid entrance opening communicated with the interior space, and a chute extending from and in fluid communication with the interior space, the chute oriented to direct fluid flow out of the main body to an open end of the chute by gravity, the main body further comprising one or more slots, wherein each slot of the one or more slots is elongately formed and straight and comprises a respective bottom, open end;
• a tool connector assembly carried by the main body, the tool connector assembly comprising:
• a sleeve, elongately formed along a first direction and integrally formed with the main body into said single-piece unit,
• a bore, elongately formed through the sleeve and through the main body along the first direction, the bore comprising a first end located at the interior space of the main body and an opposite, second end at an outside of the main body,
• at least one elastic seal mounted at the bore and configured to elastically seal against an elongated element extending through the bore and to block fluid communication between the first end and the second end of the bore, and
• an elastic seal retainer, comprising an annular body configured to elastically abut against an inner wall facing the bore to retain the elastic seal retainer in place relative to the inner wall and thereby block a movement of the elastic seal relative to the bore along the first direction;
• and
• a tool retainer, the tool retainer comprising an annular body mountable about and frictionally securable to said elongated element receivable through the bore to at least partially block a longitudinal movement of said elongated element through said bore;
• wherein
• the fluid draining system is configured to adopt a working configuration in which the main body is mounted on and stabilized with respect to a fluid collection container by a generally planar wall structure of the fluid collection container being received within the one or more slots of the main body through the respective bottom open end of each slot of the one or more slots, with the one or more slots extending upward such that gravity maintains the fluid draining system mounted on said generally planar wall structure, and further in which the open end of the chute is arranged within an interior space of the fluid collection container permitting the delivery of said fluid flow into the interior space of the fluid collection container, and the second end of the bore of the tool connector assembly is arranged outside the interior space of the fluid collection container;
• and further wherein
• the one or more slots are arranged between the open end of the chute and the tool connector assembly when the main body is observed in side elevation view.