Abstract:
A debris deflecting system for a milling machine includes at least one deflecting element disposed proximate to a component of the milling machine. The deflecting element is configured to deflect debris away from a front end of the component. The component includes at least one side plate of the milling machine and/or at least one sensor of the milling machine. The debris deflecting system also includes at least one actuating element coupled to the deflecting element. The actuating element is configured to actuate the deflecting element to deflect the debris away from the front end of the component.
Abstract:
A self-propelled object-gathering apparatus includes a chassis, a drive system coupled to the chassis and configured to traverse the apparatus over a surface, and a receptacle coupled to the chassis. The apparatus also includes a sweep assembly coupled to the chassis and rotatable with respect to the chassis. The sweep assembly is configured to transfer objects from the surface into the receptacle by mechanical action on the objects, and without the use of negative pressure or vacuum suction acting on the objects during the transfer, in response to rotation of the sweep assembly.
Abstract:
An object-gathering apparatus includes a chassis, a plurality of wheels coupled to the chassis, a receptacle coupled to the chassis, a power supply coupled to the chassis, and a sweep assembly coupled to the chassis. The sweep assembly is configured to transfer objects from a surface into the receptacle by mechanical action on the objects, and without the use of negative pressure or vacuum suction acting on the objects during the transfer, in response to powered rotation of the sweep assembly by the power supply. The wheels can be configured to be manually driven or driven by the power supply. The power supply can include a battery clip affixed to the chassis and accessible from an exterior of the object-gathering apparatus. The sweep assembly can be coupled to a sweep assembly housing that is coupled to the chassis and configured for vertical adjustment relative to the chassis.
Abstract:
A vehicle assisted working device for cleaning streets and similar surfaces includes at least one brush for detachment of the extraneous material from the surface, element for providing an underpressure for a suction of the detached material into the air flow from the surface, units for separating the detached material from the air flow and for providing an overpressure and return of the separated air to the surface. At least one brush is arranged to rotate counter-wise to the intended direction of movement of the working device, so that the element are ordered in such a way that when the working device is intended to move over a spot to be cleaned, it treats the spot in the following order: suction of the extraneous materials, at least one brush and mechanism for return of the separated air to the surface. Also disclosed are a system and method for cleaning.
Abstract:
A strip brush assembly with a plurality of elongated polymer bristles forming a section and a plurality of elongated metal bristles forming another section adjacent the polymer bristles section, such that the metal bristles section is supported by the polymer bristles section. The polymer and metal bristles are bonded and encapsulated in a base formed by direct extrusion onto and around the polymer and metal bristles to secure them to the formed base. The strip brush assembly may be used on a tubular mandrel of a street sweeper.
Abstract:
A broom assembly for a vehicle includes a frame, a broom core axle rotatably coupled to the frame and defining an axis around which a broom rotates when in use, an actuator coupled to the frame and positioned to raise and lower the broom core axle relative to the frame, and a controller. The controller has an output for adjusting the actuator and an input for receiving position information from a sensor. The controller is configured to use the received position information to automatically lower the broom core axle over a period of operation to account for an estimated wear of the broom.
Abstract:
A cleaning tool for a floor cleaning appliance is provided, including a main body carrying a cleaning cover which is subject to wear, and including a signal transmitter which provides a wireless signal in dependence upon the degree of wear of the cleaning cover. To be able to detect in a cost-effective manner when a maximum admissible degree of wear of the cleaning cover is reached, the signal transmitter is of rigid construction and fixed to a movable carrying part, the carrying part being held on the main body and being movable from a normal position to an evasive position against a restoring force, the carrying part protruding further from the main body in the normal position than in the evasive position, and the carrying part and/or the signal transmitter contacting the floor surface to be cleaned when a maximum admissible degree of wear of the cleaning cover is reached.
Abstract:
The box broom sweeper with adjustable bottom surface attachment can include a box broom having a broom and a housing. The housing can include a top portion, a bottom portion having a guard, opposing front and rear ends, two opposing side walls connecting the top portion and the bottom portion, and an adjustable bottom surface attachment. The adjustable bottom surface attachment includes a plate and two opposing sides extending from the plate. The two opposing sides of the adjustable bottom surface attachment extend along corresponding side walls of the housing. The adjustable bottom surface attachment can be detachably coupled to the side walls of the housing to allow the adjustable bottom surface attachment to be detached when a front portion of the plate becomes damaged. The adjustable bottom surface attachment can be coupled to the box broom housing by welding.
Abstract:
A rotary broom mounts upon a slotted plate that pivots upon a double gearbox. The broom has bristles upon an axle within a shield that receives power from a chain drive that receives its power from a driveline from a top gear box. The top gearbox orients in the direction of the chain driveline and delivers its power through an output shaft. The top gearbox joins to a slotted plate that turns in the same direction as the broom. The top gear box receives its power through an input shaft perpendicular to the output shaft. The top gearbox input shaft extends downwardly and becomes the output shaft of the bottom gearbox. The bottom gearbox has an input shaft that connects to a power take off. This rotary broom receives rotational power, rotates it 90° upwardly, then rotates it 90° downwardly and at an angle laterally to drive the broom.
Abstract:
An apparatus and method for clearing a playing surface are provided. The apparatus preferably includes a chassis or frame, a sensor connected to the chassis to sense a location of a line on a playing surface that needs to be cleaned, and a drive connected to the chassis to drive the chassis in a selected direction of travel. The apparatus also preferably includes a controller connected to the chassis, in communication with the drive, and responsive to the sensor to control the drive to thereby direct the chassis to move along the line that needs to be cleaned in the selected direction of travel and a cleaning device connected to the chassis to clean the line while the chassis is being driven along the line. Associated software is provided as well.