A Dust Capturing Device for Reciprocating Saws is disclosed. The device is attachable to a convenational shop vacuum cleaner so that virtually all dust created by the reciprocating saw at the cutting blade is captured by the vacuum cleaner. The system is universally attachable to all powered reciprocating saws on the market. A pair of suction hoses are snugly attached to the body of the saw, from intake ports located adjacent to the saw blade to an adapter manifold that combines the two suction hoses into a single hose adaptable to the vacuum cleaner hose. The hoses are attached to the body of the saw by one or more body straps, with each body strap having a pair of hose clips extending therefrom for restraining the two suction hoses running along the body.

A drill dust receptacle (1) for collecting drill dust (2) formed of a blank (4) of foldable sheet material and configured to be detachably attached to a surface, wherein the drill dust receptacle (1) comprises a receptacle portion (1.1) for holding drill dust having an upper edge (50) and a pointed bottom (40) and further comprises a front panel (20), a back panel (21) and a first and a second side section (22, 23), coupled to each other by a joint (60) such that the front panel (20) may be folded out from the back panel (21) and that; the joints (60) are formed by folds (31, 32, 33) in the foldable sheet material wherein that the receptacle portion (1.1) is formed of a rectangular receptacle section (10) of the blank (4) of foldable sheet material.

A cutting apparatus includes a cutting liquid supply nozzle that is disposed adjacent to a cutting unit and supplies a cutting liquid to a contact point between a cutting blade and a workpiece and a chemical liquid supply nozzle that has a length in a Y-axis direction which is greater than the width of the workpiece and supplies a chemical liquid for preventing adhesion of cutting swarf to a front surface of the workpiece.

A cutting apparatus includes a cutting liquid supply nozzle that is disposed adjacent to a cutting unit and supplies a cutting liquid to a contact point between a cutting blade and a workpiece and a chemical liquid supply nozzle that has a length in a Y-axis direction which is greater than the width of the workpiece and supplies a chemical liquid for preventing adhesion of cutting swarf to a front surface of the workpiece.

An apparatus (100), including: a base (102) configured to retain a liquid therein; an abrasive mat (200) configured to rest on a bottom of the base and to support a saw blade in a horizontal orientation; and a blade slot (612) configured to hold the saw blade in a vertical orientation.

An apparatus (100), including: a base (102) configured to retain a liquid therein; an abrasive mat (200) configured to rest on a bottom of the base and to support a saw blade in a horizontal orientation; and a blade slot (612) configured to hold the saw blade in a vertical orientation.

An apparatus (100), including: a base (102) configured to retain a liquid therein; an abrasive mat (200) configured to rest on a bottom of the base and to support a saw blade in a horizontal orientation; and a blade slot (612) configured to hold the saw blade in a vertical orientation.

An apparatus (100), including: a base (102) configured to retain a liquid therein; an abrasive mat (200) configured to rest on a bottom of the base and to support a saw blade in a horizontal orientation; and a blade slot (612) configured to hold the saw blade in a vertical orientation.

There is provided a machine tool comprising: a moving cover 4 that opens or closes a machining chamber M; a blowout unit including a blowout port 42 that releases gas so as to cover an opening region Op generated when the moving cover 4 is moved from a closed position toward an open position; and a control unit that changes an amount of the gas released from the blowout port 42 according to an opening degree L of the opening region Op.

There is provided a machine tool comprising: a moving cover 4 that opens or closes a machining chamber M; a blowout unit including a blowout port 42 that releases gas so as to cover an opening region Op generated when the moving cover 4 is moved from a closed position toward an open position; and a control unit that changes an amount of the gas released from the blowout port 42 according to an opening degree L of the opening region Op.