Abstract: A bearing removal tool and method are provided for removing a bearing swaged in a housing with speed and ease of use without damaging the housing, where the bearing removal tool includes a locating fixture having an annular support engaging an outer race of the bearing, with the locating fixture further including a locating mandrel extending axially from a center of the annular support into a center of the bearing locating the bearing outer race relative to the annular support; a cutter head having an axially extending shank extending from one end received in a drill press chuck, with the cutter head having at least one tooth extending axially away from the shank for cutting a swaged lip of the outer race of the bearing on a side of the bearing opposite from the side of the bearing engaged by the annular support.

Abstract: An automated system for disassembling a roller rail assembly includes an actuation device configured to move the roller rail assembly in a disassembling direction. A guide bracket is arranged and configured to receive the roller rail assembly as the roller rail assembly is moved in the disassembling direction. The guide bracket allows movement of the roller rail assembly in the disassembling direction. A separator member is located downstream of the actuation device. The separator member being received by a housing member of the roller rail assembly and having a wide region that separates sidewalls of the housing member and releases roller wheels of the roller rail assembly as the roller rail assembly is moved past the separator member by the actuation device.

Abstract: Implementations and techniques for removing and segregating components from printed circuit boards are generally disclosed.

Abstract: A multifunctional tool which enables a single robot or other manipulator to perform each of the operations to depalletize a palletized load is disclosed. The depalletization can proceed without the need to move the palletized load from one station to another. The multifunctional tool includes a strap cutting mechanism, extendable vacuum arms, and a fork lift mechanism.

Abstract: A shaft, a factory head, and a conical recess form a rivet. The shaft is cylindrical and includes a diameter, a first end, and a second end, the second end having a deformable portion to form a shop head. The factory head is connected to the first end of the shaft and has a diameter greater than the diameter of the shaft. The conical recess is preformed in the factory head coaxial with the shaft and narrows while extending into the factory head towards the shaft. The conical recess has an angle between 100 degrees and 135 degrees and a depth between 0.0254 centimeters and 0.1016 centimeters.

Abstract: A method of shortening an end of a well car includes removing a plurality of parts that would inhibit the shortening process; cutting a shear plate and a set of side sill angles at a location on the well side of the end assembly; detaching the end assembly from a main body of the well car; on each side of the main body: cutting the top tube at a location above a monument plate that is just beyond a reinforcement plate attached to the monument plate; cutting through a weld between the monument and reinforcement plates and a side sheet; cutting through the side sheet generally at the attachment location of the monument and reinforcement plates; and cutting the shear plate of the main body with a contoured cut such that the remaining shear plate has a contoured pattern substantially matching the cut shear plate under the removed end assembly.

Abstract: Methods and apparatus for high velocity electromagnetic metal forming are described for sealing containers. The methods include applying an electromagnetic field to the container to seal a metal containing cap to the container. One or more containers may be simultaneously sealed. The apparatus includes an actuator that emits the electromagnetic field to seal the caps to the containers. The containers may contain a medicine.

Abstract: A method of separating a structure including a fragile zone delimiting two substructures to be separated, where at least one plane blade is advanced in a separation plane corresponding to a median plane of the fragile zone, from an entry edge of the structure in a direction of advance toward an exit edge of the structure, so as to cause progressive separation of the two substructures, and where the inclination of the blade in the separation plane is varied relative to the direction of advance.

Abstract: A hands-free system for connecting and disconnecting a tool from an adjustable length extension pole. The system includes first and second slidably interconnected elongated members, a tool-holding assembly releasably coupled to the second elongated member, and a locking assembly disposed between the first and second elongated members. The relative sliding of the first and second elongated members can be selectively restrained by rotating the first and second elongated members relative to one another. The tool-holding assembly can be disconnected from the second elongated member by sliding the first and second elongated members together.

Abstract: A railroad freight car with a lengthened container well, including an extended and reinforced well car unit side sill, and a method for lengthening a container well of a railroad freight car intended for carrying an intermodal cargo container. A side sill extension member is welded into position, between a body bolster at each end of the container well unit and a nearest container support assembly, and a container-well bottom assembly is lengthened at each end of the container well. A longitudinally-extending doubler plate may be welded to the longitudinally central portion of the side sill, to ensure sufficient rail clearance at mid-length of the car.

Abstract: A method for dismantling pallets includes hanging a pallet on the upstream end of a cantilevered support having a substantially horizontal top surface with the bottom surfaces of the upper deck boards of the pallet resting on the top surface of the cantilevered support and with the stringer boards and lower deck boards extending downwardly from the top surface, advancing the hanging pallet in a downstream direction along the cantilevered support toward a band saw blade which lies directly on the top surface of the cantilevered support and defines a cutting plane aligned with the top surface of the cantilevered support, thereby automatically aligning the band saw blade with the pallet joints between the upper deck boards and the stringer boards; and advancing the pallet past the band saw blade to separate the upper deck boards from the stringer boards at the pallet joints.

Abstract: A multi-core optical fiber according to the present invention includes plural single-core optical fibers, and comprises an intermediate portion in which a side surface of each single-core optical fiber is covered with a resin layer, and a terminal portion in which the each single-core optical fiber is exposed from the resin layer. In the terminal portion of the multi-core optical fiber, the single-core optical fibers are separated from each other.

Abstract: A method of removing a wall assembly may comprise removing a first panel from the wall assembly to thereby exposing a space between a backside of a second panel and an outer surface of a support member. The second panel may be secured to the support member by a fastening member. The method may further comprise introducing a tool into the space and releasing the second panel from engagement with the support member using the tool. The second panel may be removed in a manner that it is in condition for reuse in the construction of another wall assembly.

Abstract: The invention concerns a method for controlling the adhesive bond between an electric-field responsive material and a substrate, which method comprises using an electric field to control the strength and integrity of the adhesive bond. The method may be used, for example, for removing or delaminating a material, which material is responsive to an electric field, from a substrate. The invention further comprises elimination of the application of the electric field and application of the previously removed electric-field-responsive material to the substrate, thereby resuming the strength and integrity of the adhesive bond. The invention includes apparatus for use in the bond controlling process.

Abstract: Devices and methods for removing a partially severed fastener by mating a retractable shaped neck (220) on a latching guide (200) to a corresponding recess (26) in a partially severed fastener (20), said fastener being fixed in a workpiece (40) and extending a punch head (114) through said shaped neck (via retracting of said shaped neck) and transferring a force from said punch to said fastener thereby severing the shank (24) portion of the fastener from other portions of the fastener are disclosed.

Abstract: A method of disassembling a lock-down device in use by a protester may include the steps of applying liquid nitrogen to the lock-down device, wherein the lock-down device includes a connection member for insertion of a protesters arm, wherein the connection member is struck such that it fractures; removing the connection member; and unlocking the protester from the protesters position. A system for disassembling a lock-down device may include a tank for storing the liquid nitrogen; a hose for applying liquid nitrogen; a striking apparatus for fracturing the connection member; an unlocking device for unlocking a protester from the protesters position; and a housing defining a top aperture, wherein the tank, the striking apparatus, and the unlocking device are stored within the housing.

Abstract: A method for separating a bearing channel of a housing by cracking. The bearing covers of the bearing channel are separated from the housing by cracking by means of a cracking mandrel. The steps include clamping the housing at the top thereof so that the bearing channel is downwardly oriented, i.e., towards a supporting or clamping surface of the housing and supporting the bearing cover during separation by cracking by means of a counter bracket.

Abstract: A disassembly method for membrane electrode assembly for fuel cell, and a disassembly method for fuel cell are provided, disassembly methods which are advantageous for the recovery of catalysts that are included in catalytic layers by making structural destruction of the catalytic layers progress by means of expanding a volumetrically-expandable material inside the catalytic layers. In such a state that a catalytic layer includes a volumetrically-expandable material that is capable of expanding volumetrically, the volumetrically-expandable material, which is included in the catalytic layer, is expanded by means of expansion treatment. Next, expansion of the volumetrically-expandable material, which has undergone volumetric expansion in the catalytic layer, is cancelled.

Abstract: A lighting module includes a strip-shaped carrier. At least one light source, and at least one electrical contact element that can be contacted at the edge, are present on the strip-shaped carrier. The at least one light source may be a semiconductor lighting element. The at least one electrical contact element is designed as a material volume element.

Abstract: The present invention is directed to a robotized method for removing discharge from furnaces used for smelting. The method includes punching and tapping exit passages, sampling different materials, and cleaning exit channels.

Abstract: A method and apparatus for removing wires from a bale includes a conveyor system for moving one or more bales and a de-wiring station positioned adjacent the conveyor system. The de-wiring station includes a robot with an end tool. A bale that is bound by one or more wires is transferred by the conveyor system to a position proximate the de-wiring station. The robot with end tool moves to sense the location of the wires, cut the wires, collect the wires and deposit the wires in a collection hopper.

Abstract: A method of detachment of a connector which is provided with a housing having connector pins to be inserted into a board and with a first member which is arranged between the housing and the board and through which the connector pins are inserted, the method including a process of pulling out the connector pins from the board. This process utilizes the lever principle, which uses the first member as a fulcrum and which uses any point on the housing as a point of action, so as to pull out the connector pins from the board.

Abstract: The invention relates to a method for uncoupling the support and removing a protective film from lenses during production. The method consists of: a phase comprising the weakening of the layer (5) of fluxing material, specific to a matching support (4), with the application of a hot fluid in order to soften same; the lateral projection of a jet (7) of pressurized liquid onto the support (4) in order to detach said support; the lateral projection of an orientable pressurized jet (8) onto the edge of the lens (1) in order to raise the protective sheet (3) to be found on the front face of the lens and to detach same fully from the lens; and the draining of the lens (1) in order for same to be delivered to an outlet tray.

Abstract: An isolation system for isolating a mobile computing device from an environment while retaining the functionality of the mobile computing device that includes at least one sheet and a sealable region. The sheet may include one or more layer to maintain functionality of the enclosed mobile computing device during use. The isolation system may include a sterilizable outer surface for rendering an enclosed mobile computing device usable in a surgical environment. The isolation system may include a pump and channels or valves to allow for fluid removal or addition to the interior of the isolation system. The sheet of the isolation system may further comprise microtextured inner layer so as to maintain functionality of the enclosed mobile computing device in an aqueous environment or in a soiled condition.

Abstract: A tool for removing a damaged lug stud from a vehicle may include, at one end thereof, a socket that fits over a lug nut. The socket may be held in place with a wrench, pliers, or the like while the stud is drilled through a bushing on the other end of the tool. The tool may remove the damaged lug stud quickly, without damage to the wheel of the vehicle.

Abstract: Embodiments of the present disclosure provide a deglazing apparatus and method for use to remove glass from a frame. Embodiments further describe an apparatus with cutting, heating and prying capabilities and a method of use. Some embodiments include a deglazing apparatus carrying device to storage during portions of the glass removal process.

Abstract: An extraction apparatus (40) for the removal of a riveted fastener (12) from a structure (10) includes a shaft (42) and a cutting element (62). The cutting element (62) is mechanically coupled to the shaft (42) and is configured to cut a portion of the riveted fastener (12). The shaft (42) and the cutting element (62) are configured for insertion through an inner channel (24) of the riveted fastener (12). A method of replacing the riveted fastener (12) from the structure (10) includes inserting the extraction apparatus (40) through the inner channel (24). The extraction apparatus (40) is rotated. A portion of the riveted fastener (12) that extends through the structure (10) is removed. A head (20) of the riveted fastener (12) is also removed from the structure.

Abstract: A removal tool includes a staking unit configured to deform a circlip located at a bore of an apparatus when the removal tool is pushed into the bore, and a spring fork unit configured to push a ferrule ring located at the bore when the removal tool is pushed into the bore.

Abstract: A punch tool includes a housing, a ram bar, and a floating punch assembly. The housing includes a cap having a lip defining an opening, and elongated slots. The floating punch assembly includes a floating punch having a first portion, a second portion, and a third portion with ledges formed at the intersection of the three portions. One ledge is larger than the opening in the cap. The floating punch also includes a bore, and a retaining pin extends through the slots in the housing and the bore.

Abstract: A bearing removal tool and method are provided for removing a bearing swaged in a housing with speed and ease of use without damaging the housing, where the bearing removal tool includes a locating fixture having an annular support engaging an outer race of the bearing, with the locating fixture further including a locating mandrel extending axially from a center of the annular support into a center of the bearing locating the bearing outer race relative to the annular support; a cutter head having an axially extending shank extending from one end received in a drill press chuck, with the cutter head having at least one tooth extending axially away from the shank for cutting a swaged lip of the outer race of the bearing on a side of the bearing opposite from the side of the bearing engaged by the annular support.

Abstract: In a method for detaching wafers from a carrier unit, the wafers being formed by sawing a wafer block fastened to the carrier unit by gluing, and the wafers themselves still being glued on one side, the carrier unit with the wafers is introduced into an ungluing unit along a uniform movement plane. It remains therein and is enclosed in an ungluing basin by movable wall parts. Solvent for ungluing is applied into the ungluing basin and onto the wafers after the formation and closing of the ungluing basin to dissolve the glued bond and subsequently detach the wafers from the carrier unit.

Abstract: An enclosure method comprising a first enclosure portion and a second enclosure portion configured to mate with the first enclosure portion. A receptacle is provided on the first enclosure portion. The receptacle has a frangible wall portion accessible from an exterior of the first enclosure portion. The frangible wall portion is operable to be broken from outside the enclosure method. A protrusion is provided on the second enclosure portion and the protrusion is operable to be received in the receptacle. A first locking member is connected to the frangible wall portion to extend inside the receptacle and a second locking member is provided on the protrusion. The second locking member is configured to engage the first locking member such that separation of the first and second enclosure portions is prevented unless the frangible wall portion is deliberately broken.

Abstract: A method for recycling thin-film solar cell modules which are which are composed of a substrate layer with a superimposed structure of functional layers, a plastic layer that encapsulates the functional layers, and a cover layer. The substrate layer is transparent to a working laser beam, and the first functional layer, an electrode layer, is able to absorb this working laser beam. The free surface of the substrate layer is scanned with the working laser beam so that the first electrode layer, due to having absorbed the working laser beam, is at least partially vaporized and the superimposed structure of the functional layers is thus detached from the substrate layer. The substrate layer, separately from the functional layers that are attached to the plastic layer and the cover layer, is subsequently available for separate further processing.

Abstract: A device connector producing method includes a primary molding step of forming a primary molded body (20) formed with pilot holes (24), a terminal press-fitting step of press-fitting intermediate terminals (11) into the pilot holes (24) to form an intermediate product (40), and an insert molding step of setting the intermediate product (40) in a secondary molding die (50) and forming a device connector. The primary molded body (20) includes a resin inflow opening (21) that enables resin from a gate (52) to flow through the primary molded body (20) during secondary molding, and a supporting projection (23) to contact an inner surface of the secondary molding die (50). Thus, resin flow during secondary molding is good and the intermediate product (40) will not displace.

Abstract: Removal of a conventional separable insulated connector from an electric power system often results in a shortened electric cable. An extender for a separable insulated connector enables the separable insulated connector to connect to a shortened cable. A conventional cable adapter is inserted into the extender, which includes a conductive connector for accepting the shortened cable and a conductive rod for carrying electric power from the shortened cable to the separable insulated connector. The extender also includes an inner semi-conductive layer that borders the conductive rod and compression connector, an outer semi-conductive layer, and a insulating layer between the two semi-conductive layers. The extender is inserted into a separable insulated connector, which is then connected to the electric power system.

Abstract: A multi-step method to repair damaged wooden pallets includes in a first step, the connector members of the pallet element to be replaced are cut through by means of a band saw and then removed. In a subsequent step, both the partially disassembled pallet as well the new pallet elements are transferred into an assembly station, where the new pallet elements are attached to the pallet from the top side. Preferably, damaged bottom parts of the pallet are removed as a module Before the replacement module is attached, preferably the position of the connector elements still present in a top deck board member is electronically scanned, such that the new connector members can be applied in a position offset to the existing connector members.

Abstract: A method and an apparatus which can be used for separating a dummy disc from a substrate in a process for manufacturing multi-layer optical storage discs are provided.

Abstract: A battery pack includes a cover coupled to a housing, wherein the cover and the housing are hermetically sealed to enclose one or more batteries. A wire is integrally molded within a perimeter of the cover to allow for the removal of the cover from the housing upon application of current to the wire. The wire is molded within the cover so as to be co-located along an edge of the housing. First and second contacts are coupled to the wire and remain exposed on the cover. The cover can be separated from the housing in response to current being applied to the first and second contacts and pulling of the wire.

Abstract: A method for separating a first component and a second component from one another at an adhesive bond interface between the first component and second component. Typically the method involves irradiating the first component with infrared radiation from a source that radiates substantially only short wavelengths until the adhesive bond is destabilized, and then separating the first component and the second component from one another. In some embodiments an assembly of components to be debonded is placed inside an enclosure and the assembly is illuminated from an IR source that is external to the enclosure. In some embodiments an assembly of components to be debonded is simultaneously irradiated by a multi-planar array of IR sources. Often the IR radiation is unidirectional. In some embodiments the IR radiation is narrow-band short wavelength infrared radiation.

Abstract: A guide assembly comprises a frame assembly, a plurality of clamping assemblies, and a head assembly. The clamping assemblies may be mountable to the frame assembly for attaching the frame assembly to a structure. The head assembly may be mountable to the frame assembly and may include a tool coupled to the head assembly. The tool assembly may be axially movable relative to the head assembly to cause the tool to exert a down force on the structure when the frame assembly is attached thereto.

Abstract: A method and apparatus are present for removing a blind fastener from a structure. A first hole is drilled in a guide located around a center of a head of a core bolt in a body of the blind fastener to form a pilot hole. A second hole is drilled in the pilot hole in the head of the core bolt. The head of the core bolt is separated from the shaft of the core bolt. The core bolt is separated from the body. The core bolt is moved out of the body after the core bolt has been separated from the body. A head of the body is separated from a shaft of the body. The shaft of the body is moved out of the structure.

Abstract: Apparatus for accessing a length of a selected one or more of a plurality of optical fibers within an outer protective jacket of a cable including the plurality of optical fibers and at least one strength member extending along a longitudinal axis of the cable include a cutting member and a cutter blade positioned in the cutting member. The cutter blade has a cutting edge with a middle region of a first sharpness and outer side regions adjacent opposite sides of the middle region of a second sharpness that is sharper than the first sharpness.

Abstract: An extraction apparatus (40) for the removal of a riveted fastener (12) from a structure (10) includes a shaft (42) and a cutting element (62). The cutting element (62) is mechanically coupled to the shaft (42) and is configured to cut a portion of the riveted fastener (12). The shaft (42) and the cutting element (62) are configured for insertion through an inner channel (24) of the riveted fastener (12). A method of replacing the riveted fastener (12) from the structure (10) includes inserting the extraction apparatus (40) through the inner channel (24). The extraction apparatus (40) is rotated. A portion of the riveted fastener (12) that extends through the structure (10) is removed. A head (20) of the riveted fastener (12) is also removed from the structure.

Abstract: An apparatus and method for removing a fitting from a pipe having a central axis. The apparatus includes a guide member which defines a guide passage and a means for supporting the guide member within at least a portion of the pipe with the longitudinal axis of the guide passage in a coaxial relationship with the central axis of the pipe. The apparatus also includes a rotary hole saw having a cylindrical wall provided with a plurality of cutting teeth on an open end thereof and a central axis of rotation. The cylindrical wall defines a cylindrical chamber. A guide rod is connected to the rotary hole saw such that the guide rod extends through the cylindrical chamber of the hole saw and beyond the open end thereof in coaxial alignment with the central axis of rotation. The guide rod is slidingly receivable in the guide passage of the guide member.

Abstract: The present invention provides assemblies and methods for selectively removing resin coatings from a radiation detector. A method includes positioning a cutting edge on a resin coating formed on a radiation detector. The method further includes positioning a bonding member on the resin coating, applying a force to the bonding member such that a portion of the resin coating is pulled away from the radiation detector, and cutting the resin coating so as to detach the portion of the resin coating pulled away from the detector, thereby selectively removing the portion of the resin coating from the radiation detector.

Abstract: A tool for removing islands from a stent is disclosed. The tool includes a tube with at least one exit hole in communication with the center of the tube, and the tube being connected to a pressurized fluid source. A stent island is located over the exit hole and is removed by the force of the exiting fluid from the exit hole.

Abstract: A method of removing aircraft mastic includes contacting a cutting head with a body of aircraft mastic within a fuel tank of an aircraft, and vibrating the cutting head with a pneumatic vibrator to cut away the mastic without scratching the metal components to which the mastic is adhered.

Abstract: An extraction apparatus (40) for the removal of a riveted fastener (12) from a structure (10) includes a shaft (42) and a cutting element (62). The cutting element (62) is mechanically coupled to the shaft (42) and is configured to cut a portion of the riveted fastener (12). The shaft (42) and the cutting element (62) are configured for insertion through an inner channel (24) of the riveted fastener (12). A method of replacing the riveted fastener (12) from the structure (10) includes inserting the extraction apparatus (40) through the inner channel (24). The extraction apparatus (40) is rotated. A portion of the riveted fastener (12) that extends through the structure (10) is removed. A head (20) of the riveted fastener (12) is also removed from the structure (10).

Abstract: A joint connecting a container corner support assembly to a body bolster and a connecting assembly portion of an end of a container well unit in connection with shortening a container well of a railroad freight car intended for carrying an intermodal freight container. A connector member is welded into position, between a transverse gusset plate of a container corner support assembly and a closure plate of a connecting assembly, to transmit forces between the gusset plate and the connecting assembly associated with a body bolster in an end of the container well unit.

Abstract: A screw attachment (10, 10?, 10?) disposed around a fastening piece (17) secured to a main fastening body (25a), the screw attachment sandwiched between a head (17b) of the fastening piece and a securing object (22) so that the screw attachment bears a securing force of the fastening piece to press the securing object. The screw attachment includes a pair of arms (12, 13) made of a shape restoring material. Each arm has a fore end, and the fore ends are joined to each other with an adhesive material that is softened when heated. The arms expands radially such that the screw attachment is released from the head of the fastening piece when heat or force is applied to the arms.