Abstract: Method of producing a body (1) for bar feeders, wherein it comprises a first molding step (A) carried out with the aid of a first molding material (M1) in a mold (20) jointly with an overmolding step (B) of a countermold (50), the shape of the mold (20) and/or the shape impressions of the countermold being conceived to achieve in an integral way at least one structural and/or functional element of the said bar feeder.

Abstract: A bar feeding device, for example for a lathe, and a process for using a bar feeding device This bar feeding device comprises: a base extending lengthwise, a channel cover extending lengthwise and rotatably connected to the base, a guiding member comprising a guiding channel extending lengthwise, a pusher flag, a mover, such as an endless chain, fastened to a first end of the pusher flag and able to move the pusher flag lengthwise, a push bar able to move within the guiding channel and fastened to a second end of the pusher flag. The channel cover comprises at least one displaceable member and an displacer for actively displacing the displaceable member relative to the channel cover.

Abstract: A bar feeder for separately feeding longitudinal bars (3, 3?) from a storage unit (1) to a transportation unit (2) is provided. The storage unit (1) comprises a delivery mechanism, which delivers bars (3) in delivery direction to the transport unit (2). The transport unit (2) comprises separated, moveable spaces (8) for accommodating the bars (3?), wherein the spaces are moveable in a transport direction. An abutment screw section is provided on the transport unit, which is moveable from a blocking position for blocking a bar (3) in delivery direction and a release position for allowing movement of the bar in delivery direction and into a space. The abutment screw section is switched between the blocking position and the release position by a rotational movement of the transport unit (2).

Abstract: A bar feeder for separately feeding longitudinal bars (3, 3?) from a storage unit (1) to a transportation unit (2) is provided. The storage unit (1) comprises a delivery mechanism, which delivers bars (3) in delivery direction to the transport unit (2). The transport unit (2) comprises separated, moveable spaces (8) for accommodating the bars (3?), wherein the spaces are moveable in a transport direction. An abutment means is provided on the transport unit, which is moveable from a blocking position for blocking a bar (3) in delivery direction and a release position for allowing movement of the bar in delivery direction and into a space. The abutment means is switched between the blocking position and the release position by a rotational movement of the transport unit (2).

Abstract: The invention relates to a bar feeding device, for example for a lathe. This bar feeding device comprises:—a base (1) extending lengthwise, a channel cover (4) extending lengthwise and rotatably connected to the base (1), a guiding member (7) comprising a guiding channel (8) extending lengthwise, a pusher flag (12), a mover, such as an endless chain (13), fastened to a first end of the pusher flag (12) and able to move the pusher flag (12) lengthwise, a push bar (9) able to move within the guiding channel (8) and fastened to a second end of the pusher flag (12). This bar feeding device is further characterised in that the channel cover (4) comprises at least one displaceable member (14,14a) and an actuator (15) for displacing the displaceable member (14,14a). The invention also pertains to a process for using such a bar feeding device.

Abstract: The present invention relates to a filter unit or more specifically a filter box (3) for a filtering chip conveyor. The filter box (3) comprises at least one filtration element (15) comprising a filtration region having a plurality of first openings for permitting cutting fluid to pass through the filtration element while not permitting chips with given dimensions to pass through it; and at least one second opening (13) allowing filtered cutting fluid inside the filter unit (3) to pass out of the filter unit (3) through the second opening (13). The filter unit (13) further comprises at least one brush (20) on the inside of the filter unit (3), wherein the brush (20) is arranged to brush and jolt the filtration element (15) to remove and clean at least a part of the filtration region.

Abstract: A filtering chip conveyor comprises: a conveyor tank arranged to retain a cutting fluid containing chips; and a continuous hinge belt at least party disposed inside the conveyor tank, the belt being arranged to rotate and to make turns at a tail end and at a discharge end, leaving a space between an upper flight and a lower flight of the belt. The chips are arranged to be transported by the belt to the discharge end to be discharged off the conveyor. The conveyor further comprises at least one filter box for filtering the cutting fluid that is to be discharged off the conveyor through the filter box. The filter box comprises a filter plate having photo etched or chemically milled orifices having a minimum aperture dimension of less than 0.3 mm and an open proportion of at least 15%.

Abstract: Installation for sequential loading of bars of material, referred to as bars, in a functional subassembly of a machine for machining these bars, the installation including an elongated element, referred to as pusher, which has a front end, and is placed under the control of a first device, the pusher including at least one first part which has the front end and a second part that is connected to the first device and these two parts.