Clark Equipment Compnay

Cummins Engine Company, Inc.

Mark F Bares

James H Page

Larry E Albright

Brandon J Kisse

William A Wright

Yue Yun Wang

Scott B Jacobson

Leslie A Roettgen

Dennis O Taylor

Gary W Weddle

Eric K Bradley

Chuan He

William C Shelbourn

G George Zhu

Charles H Krause

Jason Lee Magnuson

Robert D Waletzko

Emma Sweetland

Steven G Smith

James A Rupp

Richard D Johnston

Ryan J Dotzenrod

Scott R Mason

A fishing bait cartridge speed loader includes a body along an axis comprising an inlet and an outlet; a multiple of bait orientation feeder channels within the inlet to the body; and a bait cartridge receipt member adjacent to the outlet to receive a bait cartridge along the axis such that each of the multiple of bait orientation feeder channels are aligned with at least one of a multiple of bait cells within the bait cartridge.

Fishing bait cartridge speed loader

The present application discloses a fishing bait cartridge that may contain fishing bait. A cartridge may be loaded with bait. Bait in the cartridge may be stored in individual cells. The cartridge allows for bait to be removed from a cell by a hook. A bait being removed from a cell allows for the bait to be installed on a hook without a fisher being required to touch the bait. The cartridge may be configured in size and shape to allow for the cartridge to fit within a fisher's pocket. The cartridge may be configured to work with a variety of bait types and containers.

Fishing bait cartridge

The application discloses embodiments of a universal pinning system for lift arms of a power machine or vehicle. In embodiments disclosed, the universal pinning system includes a universal shaft. Lift arms are coupled to the universal shaft to provide a common pivot axis for the lift arms. The universal shaft is coupled to a frame or support of the power machine or vehicle via a pinning assembly. As disclosed, the universal pinning system has application for radial lift arms operable along a radial path or vertical lift arms operable along a vertical path.

Lift arm assembly for a power machine or vehicle

A universal linkage assembly for a power machine is disclosed. The universal linkage is adaptable for different control configurations or patterns. For example, in embodiments disclosed, the linkage assembly includes a first control interface connectable to one of a first or second joysticks to operate one of a left or right drive motor or other function and a second control interface connectable to either the first or second joystick to operate the other of the left or right drive motor or other function with separate joysticks or the same joystick depending upon the control pattern desired.

Universal linkage assembly for a power machine

A track driven vehicle has an undercarriage transmission assembly that has a central transmission housing forming a one piece all welded housing. The central transmission housing has upright side wall portions with multiple layers of plates or walls in a sandwich construction on which drive motors are mounted. The drive motors are on the interior of the transmission housing, with track driven sprocket assemblies on the exterior of the side walls. Track mounting pods or frames are welded to the exterior of the side walls of the transmission housing.

Fully welded track undercarriage transmission with inboard motor mounting flange

A ride-on operator platform or sulky is used in connection with a small self-propelled loader to provide a support for an operator. The operator platform is pivotally mounted to the loader about a generally horizontal axis, and has a rear support engaging the surface over which the loader is operating to maintain the operator platform at a desired position relative to the surface. The upward pivoting of rear portions of the operator platform is limited by stop members, and substantial downward pivoting is permitted.

Ride on platform for small loader

A loader has lift arms that are used for mounting a number of different attachments. The attachments can be mounted to the rear of the forward end of the lift arms in order to move the center of gravity of the attachment more directly over the loader frame. Various types of attachments can be used, as shown, and can be controlled to be pivoted for dumping or loading, and can be raised and lowered on the lift arms.

Attachment for small skid steer loader

Track for a small loader

A skid steer loader has an interlock system that is responsive to sensor input to lock out such as operation of lift and tilt cylinders of the skid steer loader when the input indicates a condition has not been met. The loader is provided with a cab that has an operator entrance and egress door, and a door latch and a latch striker on the cab are provided with a sensor that senses when the cab door is closed and latched. The lockout prevents carrying out the functions when the door is not closed and latched.

Sensor and interlock on an industrial vehicle

One embodiment of the present invention pertains to a system, including a mechanical arm, an attachment member, an actuator, a power system, an electronic control, and an operator interface. The attachment member is tiltably mounted on the mechanical arm about a pivot joint. The actuator is operably connected to the attachment member for powering the attachment member to tilt about the pivot joint. The power system is operably connected to the actuator. The electronic control is operatively connected to the power system, and comprises an automatic vibration mechanism for causing the attachment member to vibrate automatically in response to an activation signal. The operator interface is in operable communication with the electronic control. The system comprises a default state and an activation state for causing the activation signal.

Automated attachment vibration system

A control system for a small work vehicle such as a compact track propelled loader has a control handle that is mounted onto a swinging support plate. The support plate swings about a vertical axis positioned forwardly of the control handle, and the control handle is mounted on the support plate about a horizontal axis. Linkages are provided between the control handle and the pivotal mounting about the upright axis to respective motor control levers for operating motors on opposite sides of the vehicle for steering and propelling the vehicle. Moving the control handle about the horizontal axis causes a drive selectively in forward and reverse direction, and moving the support plate and the control handle about the vertical axis provides differential movement for steering control.

Hand controls for small loader

A fluid pressure cylinder assembly is provided with a sensor for sensing the extension of a piston rod from a tubular cylinder. The tubular cylinder has a base block that seals the end of the tubular cylinder with an inner wall. The inner wall has a threaded bore for receiving the sensor housing, which has an elongated sensor rod passing into an axial bore in the piston rod. The piston rod carries a sensor element that moves relative to the elongated sensor rod. The inner wall is at an inner end of an access bore in the base block. The sensor is threaded into a bore in the inner wall using a socket that has a slot to permit a sensor lead to extend to the exterior of the socket and out of the access bore so the lead rotates with the socket in the access bore while the sensor is tightened in place. The base block is provided with a slot that extends to the exterior of the base block so that when installed the sensor lead can be extended out through the slot for connection to suitable controls.

Method and apparatus for stroke position sensor for hydraulic cylinder

Small loader

A small or mini loader is operated by a platform standing on the ground or other surface supporting the loader, and at the rear of the machine. Hydraulic control levers operate drives on opposite sides of the machine, and the control levers are pulled rearwardly from a stopped position to effect the rearward drive. A pivoting panel is mounted on the rear of the frame and has a wall portion that protrudes outwardly from the rear of the machine. When the lower end of the pivoting panel engages an obstruction or other item that provides a force tending to move the lower end of the panel forwardly relative to the frame, an actuator arm will move to cause control levers that are in a rearward drive position to be moved to the stopped position.

Pivoting panel for mechanical control disengagement

A small loader has a central body that is formed as a unitary frame that has spaced apart side walls. The body is supported on drive and support units that are independently assembled, and have mounting plates that bolt to the exterior of the respective side walls of the body when the loader is to be assembled. The mounting plates support a framework for mounting spaced rotatable members, as shown members that mount a drive track for propelling and supporting the body. In one form a separate track drive sprocket is positioned above a slidably mounted track idler that creates a tension in the drive track.

Growing community of inventors

Oakes, ND, United States of America

Mark F Bares