Rotary broom with vacuum dust control
View Patent ↗A vacuum assembly module mountable to a work machine attachment for providing dust-reducing capabilities is provided. The vacuum assembly module is a self-supported unit and can be mountable to work machine attachments such as rotary brooms, cold planers, and the like to retrofit the attachment with dust-reducing capabilities. The vacuum assembly module includes a central frame that provides an air flow passage. The central frame supports a filter and a fan within the air flow passage. A fan motor operably drives the fan to draw air through the air flow passage and filter. The fan motor is operably connected to an auxiliary power source, such as a work machine. An optional vibrator may be included for operably shaking and dislodging debris from the filter. The vacuum assembly module may be attached to a debris collecting bin to form a vacuum having a hose.
1. A vacuum assembly module attachment for a work machine attachment for a work machine having at least one auxiliary power source, the work machine attachment performing an end function for the work machine, the work machine attachment having a housing in which the end function for the work machine is performed, the module comprising:
a frame structure including an air flow passage extending between an inlet and an outlet;
a filter supported by the frame structure and arranged relative to the air flow passage to remove dust particulate from air passing therethrough;
a fan supported by the frame structure mounted within a portion of the air flow passage arranged to move the air through the air flow passage between the inlet and the outlet;
a motor supported by the frame structure and operably coupled to the fan;
wherein the frame structure, the fan, the filter and the motor, together, form a self-supported module apart from the work machine and apart from the work machine attachment, mountable to the work machine attachment, the module requiring an external power source to power the motor; and
at least one power transmission line to operably releasably connect the module to a power source external to the module to power the motor during operation of the module; and
further comprising a seal surface facing away from the frame structure and exposed to sealingly mount the vacuum assembly module attachment to the housing of the work machine attachment, the seal surface surrounding the inlet.
2. The vacuum assembly module attachment of claim 1 , further comprising a vibrator supported by the frame structure and acting on the filter to operably shake the filter.
3. The vacuum assembly module attachment of claim 1 , wherein the at least one power transmission line is selected from the group consisting of a hydraulic line, a pneumatic line or an electrical cord to operably releasably connecting the module to a power source provided by the work machine to power the motor.
4. The vacuum assembly module attachment of claim 1 , wherein the seal surface is provided by a seal member in the form of a gasket, the gasket having a mounting surface opposite the sealing surface, the mounting surface facing the frame structure and fixedly mounted thereto, such that the gasket is compressed between the frame structure and the work machine attachment when mounted thereto.
5. A vacuum assembly module attachment for a broom attachment for a work machine, the broom attachment having a housing, the module comprising:
a frame structure including an air flow passage extending between an inlet and an outlet;
a filter supported by the frame structure and arranged relative to the air flow passage to remove dust particulate from air passing therethrough;
a fan supported by the frame structure mounted within a portion of the air flow passage arranged to move the air through the air flow passage between the inlet and the outlet;
a motor supported by the frame structure and operably coupled to the fan;
wherein the frame structure, the fan, the filter and the motor, together, form a self-supported module apart from the work machine and apart from the broom attachment, mountable to the broom attachment; and
at least one power transmission line to operably releasably connect the module to a power source provided by the work machine; and
further comprising a seal surface facing away from the frame structure and exposed to sealingly mount the vacuum assembly module attachment to the broom attachment, the seal surface surrounding the inlet.
6. The vacuum assembly module attachment of claim 5 , further comprising a power splitting device operably interposed between the motor and the at least one power transmission, the power splitting device configured such that the power source provided by the work machine can be used to power the motor as well as another mechanism.
7. The vacuum assembly module attachment of claim 5 , further comprising a vibrator supported by the frame structure and acting on the filter to operably shake the filter.
8. The vacuum assembly module attachment of claim 7 , further including at least one power transmission line having a quick connect connector to releasably connect the vibrator to an auxiliary power source.
9. The vacuum assembly module attachment of claim 5 , wherein the at least one power transmission line is selected from the group consisting of a hydraulic line, pneumatic line or an electrical cord.
10. The vacuum assembly module attachment of claim 5 , wherein the fan can move at least 900 cubic feet of air per minute.
11. The vacuum assembly module attachment of claim 5 , wherein the module requires connection to an external power source during operation of the motor.
12. A vacuum assembly module attachment for a broom attachment for a work machine, the broom attachment having a housing, the module comprising:
a frame structure including an air flow passage extending between an inlet and an outlet;
a filter supported by the frame structure and arranged relative to the air flow passage to remove dust particulate from air passing therethrough;
a fan supported by the frame structure mounted within a portion of the air flow passage arranged to move the air through the air flow passage between the inlet and the outlet;
a motor supported by the frame structure and operably coupled to the fan;
wherein the frame structure, the fan, the filter and the motor, together, form a self-supported module apart from the work machine and apart from the broom attachment, mountable to the broom attachment; and
at least one power transmission line to operably releasably connect the module to a power source provided by the work machine; and
wherein a seal surface is provided by a seal member in the form of a gasket, the gasket having a mounting surface opposite the sealing surface, the mounting surface facing the frame structure and fixedly mounted thereto, such that the gasket is compressed between the frame structure and the broom attachment when mounted thereto.
13. A vacuum assembly module attachment for a work machine attachment for a work machine, the work machine attachment having a housing, the module comprising:
a frame structure including an air flow passage extending between an inlet and an outlet;
a filter supported by the frame structure and arranged relative to the air flow passage to remove dust particulate from air pan therethrough
a fan supported by the frame structure mounted within a portion of the air flow passage arranged to move the air through the air flow passage between the inlet and the outlet;
a motor supported by the frame structure and operably coupled to the fan;
wherein the frame structure, the fan, the filter and the motor, together, form a self-supported module apart from the work machine and apart from the work machine attachment, mountable to the housing of the work machine attachment; and
at least one power transmission line having a quick connect connector to operably releasably connect the motor to a power source provided by the work machine; and
wherein the inlet is in fluid communication with the interior of the housing of the work machine attachment.
14. The vacuum assembly module attachment of claim 13 , wherein the filter is mounted in a flexible membrane connected to the frame structure.
15. The vacuum assembly module attachment of claim 13 , wherein the filter is washable and the filter media includes polytetrafluoroethylene.
16. The vacuum assembly module attachment of claim 13 , wherein the at least one power transmission line is selected from the group consisting of a hydraulic line, pneumatic line or an electrical cord.