For a lubricant press (1), a follower piston (13) is proposed that can be inserted into a cartridge (4) and is matched to a closing wall (6) of a cartridge holder (3), such that the follower piston (13) in the used-up cartridge (4) lies against the closing wall (6) in a planar manner.

The present invention relates to a lubricant applicator for applying lubricant to a fastener. The applicator includes engagement means for engaging with and applying lubricant to the fastener. The engagement means typically includes an absorbent felt liner. The applicator further includes a dispenser for dispensing lubricant to the engagement means.

The present invention relates to a lubricant applicator for applying lubricant to a fastener. The applicator includes engagement means for engaging with and applying lubricant to the fastener. The engagement means typically includes an absorbent felt liner. The applicator further includes a dispenser for dispensing lubricant to the engagement means.

A treadmill lubrication system and method is provided. In a preferred embodiment, the lubrication system comprises a spray bottle with a nozzle including an extended tube through which a silicone-based lubricant may be sprayed. The extended tube of the nozzle is designed to be inserted underneath the belt of a treadmill with the tube having a length sufficient to reach the treadmill components that require lubrication. The extended tube is preferably constructed from a material that provides enough rigidity to prevent significant bending and/or kinking of the tube, while still allowing for enough flexibility that the tube can be inserted underneath the belt of a treadmill without breaking or snapping in half.

In accordance with one aspect of the disclosure, a lubricant application device for providing lubricant to an airfoil of a gas turbine engine is disclosed. The device may include a container for holding a lubricant, a fluid outlet in fluid communication with the container, a discharge mechanism controlling a flow of the lubricant from the container to the fluid outlet, and an extension tube in fluid communication with the fluid outlet. When the discharge mechanism is activated the lubricant may flow out of the container and through the extension tube. The extension tube may be dimensioned to fit between an airfoil root and rotor cavity of a gas turbine engine.

A hybrid power type of an automatic grease gun includes a storage tank to store grease, a discharge part to discharge the grease from the storage tank, a drain port to drain out the grease which is discharged from the discharge part, and a power supply part to supply power to the discharge part, to supply power, which is received from moving equipment in connection with the power of the moving equipment, to a rechargeable battery as power to be charged in the rechargeable battery, to first supply the power charged in the rechargeable battery to the discharge, and to automatically and directly supply the power of the moving equipment to the discharge part when the rechargeable battery is fully discharged.

A dispensing device for storing and dispensing oils and other viscous liquids is provided. The device comprises an elongate body member and a dispensing tip. The dispensing tip comprises a valve member that is biased toward a closed position to prevent unwanted egress of device contents. In order to dispense device contents, a force is applied to the contents within the device, and that force is transmitted to the valve member to urge the valve member toward a temporary open position and allow contents to be dispensed.

The bolt lubrication apparatus has a base and a plunger wherein the plunger slides vertically within the base. The base has flared arms, an upper section, and a lower section. The plunger has a plunger top and a sealed base. The flared arms provides an area where the user can grab the base with two fingers and push the plunger down with a thumb. The upper section provides an area that receives lubricant and is injected into the lower section. The sealed base forms a seal between the plunger and the upper section to ensure the lubricant is contained within the lubricant cavity until it is injected through channels. As the lubricant travels through the channels, the lubricant is then ejected through the bottom opening onto a threaded surface of a bolt received within the internal cylinder cavity.

The bolt lubrication apparatus has a base and a plunger wherein the plunger slides vertically within the base. The base has flared arms, an upper section, and a lower section. The plunger has a plunger top and a sealed base. The flared arms provides an area where the user can grab the base with two fingers and push the plunger down with a thumb. The upper section provides an area that receives lubricant and is injected into the lower section. The sealed base forms a seal between the plunger and the upper section to ensure the lubricant is contained within the lubricant cavity until it is injected through channels. As the lubricant travels through the channels, the lubricant is then ejected through the bottom opening onto a threaded surface of a bolt received within the internal cylinder cavity.