Abstract: A machine tool clamping device for releasably holding a tool holder having a tapered shank and a knob protruding from the tapered shank, the clamping device having: a spindle, rotatable about an axis, and having a tapered socket at a lower end thereof and an axial passage, the tapered socket being complementary in shape to the shank of a tool holder. Clamping members are pinned to the spindle and extend into the axial passage, the clamping members being pivotal between a clamped position in which the clamping members clamp the tool holder knob, and an unclamped position in which the clamping members release the tool holder knob. A drawbar is slidable within the spindle axial passage between the clamping members, the drawbar having a surface that acts to pivot the clamping members between the clamped and unclamped positions depending on the position of the drawbar within the axial passage. A spring is arranged between the drawbar and the spindle to bias the drawbar to the clamped position.

Abstract: A method and apparatus for removing a pad adhesively secured to a platen. The apparatus includes a barrel assembly having a clamp assembly fixedly attached to a perimeter of the barrel assembly; a rotatable handle assembly nested within the barrel assembly; and a ratchet assembly nested between the handle assemble and the barrel assembly the ratchet assembly configured to engage the rotatable handle assembly.

Abstract: A device for rotating a web material roll supported on a reel shaft having a pair of ends. The rotating device includes a female drive member coupled to one end of the reel shaft and defining an opening having a non-circular perimeter, such as a square opening. Also included is a male drive device having a rotatably powered drive shaft having an end that is congruent to the non-circular perimeter of the opening in the female drive member. The non-circular perimeter allows the reel shaft, and web material roll, to be positively rotated during unwinding. A telescoping assembly of the male drive device is capable of extending the drive shaft into the opening so as to allow co-rotation of the shaft and female member. An optional roll supporting cart may be employed to rotatably support the web material roll when aligning the male and female drive members.

Abstract: An apparatus for processing a film has a cutting mechanism for cutting an elongate film, first and second feed mechanisms disposed on respective opposite sides of the cutting mechanism, an inserting mechanism for inserting an end of the film into a spool, and a cam switching mechanism for changing the timing of operation of the cutting mechanism depending on sized films having various different lengths. The sized films having various different lengths can automatically and easily be inserted into spools with a simple arrangement.

Abstract: A roll sheet conveying device includes a spool arranged to be rotatable while holding a roll-shaped sheet, a sheet conveying roller for driving and conveying the sheet, and a spool brake mechanism for generating a rotation load to act on the spool, wherein, when the sheet is sent out from the spool by driving the sheet conveying roller, the rotation load of the spool brake mechanism is caused to act on the spool, and when the sheet is rewound onto the spool by driving the spool, the rotation load of the spool brake mechanism is prevented from acting on the spool.

Abstract: A winding unit is provided in which one-way clutches for driving and braking are mounted in the inner surface of the reel and a web such as a cover tape 39 is wound by intermittently rotating the reel. Tension acting on the web can be released during replacement of the reel. A spring type torque limiter 18 is disposed between the reel boss 25 and outer rings 12, 12′ of the one-way clutches 9, 11 for driving and braking. The torque limiter 18 is arranged such that, during rotation in the winding direction, a coil spring 27 locks to transmit torque, and when the reel is forcibly turned in the unwinding direction, slip occurs, thus releasing the tension in the web.

Abstract: An apparatus for winding or unwinding material webs onto or from a winding core (3) has a bearing device (5) and a drive device (9) for driving the winding core (3) that is rotatably mounted in the bearing device (5). The drive device (9) comprises a drive (10) and a torque-transmitting device (11) from the drive (10) to the winding core (3). In order to achieve the smallest possible winding-core diameter and, nonetheless, to achieve an adequate winding or unwinding speed, the torque-transmitting device (11) comprises a toothed-belt reduction gear mechanism (12).

Abstract: A high bulk tissue web is made by depositing an aqueous suspension of papermaking fibers onto a forming fabric to form a web, drying the web, winding the dried web to form a plurality of large diameter parent rolls wound on a core, and transporting the parent rolls to an unwind stand having torque transmitting clamping means for engaging opposite end surfaces of the parent rolls. A backing plate is connected to and rotatable with an unwind shaft connected to an electric drive. An inflatable bladder is mounted on the backing plate. The clamping means engage a first parent roll by inflating the bladder such that the opposite end surfaces of the roll are sandwiched between the side clamping mechanisms for partially unwinding the first parent roll using a variable speed drive operably associated with the clamping means.

Abstract: A winding device, having a winding shaft, which can be inserted into and removed from the winding device, and a winding element and bearing journals protruding from both ends in the direction of the center axis of the winding shaft. The winding device has two outer bearings for receiving the bearing journals for rotatable seating of the winding shaft in the winding device, and an additional bearing for the winding shaft is assigned, spaced apart, to each outer bearing. Each outer bearing has a coupling device, and the coupling devices are displaceable along the center axis of the winding shaft and can be connected with or disconnected from the respective ends of the bearing journals. The additional bearings, acting as inner bearings, are formed between the ends of the bearing journals, which can be connected with the outer bearings, and the winding element on the bearing journal of the winding shaft.

Abstract: A recording and/or reproducing apparatus (1) can hold a magnetic-tape cassette (2), which accommodates a supply reel (3) including a first magnetic circuit element (42) and has a disc-shaped drive member (47) including a second magnetic circuit element (49), the two magnetic circuit elements (42, 49) forming magnetically acting holding means (43) for holding the supply reel (3) in the apparatus (1) and the disc-shaped drive member (47) having magnetic-force-of-attraction limiting means (51) which serve to and are adapted to cooperate with the first magnetic circuit element (42) and which enable the magnetic force of attraction produced between the two magnetic circuit elements (42, 49) to be limited.

Abstract: Self-aligning chucks are provided on a docking station that is adapted to provide rotary motion to shaft-mounted rotatable components carried on a portable truck. The chucks are self-aligning, in both vertical and horizontal directions, with respect to the spatial and rotary positions of the shafts of the truck-mounted components. The truck also includes a mechanism for automatically positioning a portable truck with respect to the post and maintaining the portable truck at a desired position.

Abstract: A reel-up in which paper is reeled up on reeling drums to form paper reels is provided. The reel-up comprises two stand members provided with stand rails to support the reeling drum. A secondary system consisting of first and second secondary units for receipt of new reeling drums is provided adjacent to the stand members. Each secondary unit comprises a first and a second secondary member, each arranged adjacent one of the stand members. Both secondary members of each secondary unit are arranged at the outer sides of the stand members so that the deleterious effects of paper dust, etc. between the stand members are eliminated.

Abstract: Self-aligning chucks are provided on a docking station that is adapted to provided rotary motion to shaft-mounted rotatable components carried on a portable truck. The chucks are self-aligning with respect to the spatial and rotary positions of the shafts of the truck-mounted components. The post also includes means for automatically positioning a portable truck with respect to the post and maintaining the portable truck at a desired position.

Abstract: A display apparatus employing a scrolling principle having two rollers that are activated and supported by independently controllable conveyors. The rollers, which can serve either as a supply roller or as a take-up roller, are attached to opposite sides of a conveyor display platform. The rollers are connected to each other by a traveling full width belt which winds off one roller, is transported via the conveyor display platform, and winds up on the other roller in a scrolling fashion, with carpets of display attached to the belt by a releasable device so as to allow for convenient viewing, examining, storage, and retrieval of the carpets.

Abstract: A film winding device comprises: a cartridge loading portion for holding a cartridge in which a photographic film is wound around a spool shaft and is accommodated so that the photographic film can be pulled out from and inserted into a photographic film insertion opening of the cartridge; guide bar which is provided to face the insertion opening of the cartridge loaded in the cartridge loading portion and around which a middle portion of the length of the photographic film pulled out from the cartridge is entrained; a driving member for rotating the spool shaft which is provided in the cartridge loaded in the cartridge loading portion so as to wind the photographic film pulled out from the cartridge into the cartridge; and a base portion connected integrally with the cartridge loading portion and having a casing in which the driving member is accommodated.

Abstract: A photo film cassette includes a spool for winding the photo film thereabout, and a cassette shell for containing the spool in a rotatable manner. The spool has first and second ends disposed to appear outside the cassette shell. To manufacture the photo film cassette, a cassette shell with the spool is retained while confronting a drive shaft with the first end and confronting a support shaft with the second end. The support shaft is slid in an axial direction, to support the second end. The spool is displaced via the support shaft to a braked state where rotation of the spool is blocked. The spool is displaceable between the braked state and a released state. The drive shaft is rotated and slid while the spool is in the braked state, to engage the drive shaft with the first end in a key-engaged manner. After the drive shaft is engaged with the first end, the spool is displaced from the braked state to the released state.

Abstract: A weaving loom is equipped with a trolley or several trolleys, each of which carries a cloth winding mandrel. A single drive which is either separate from the main loom drive or which derives its power from the main loom drive is provided to drive one or more fabric winding mandrels in series. The trolley with its mandrel or a plurality of trolleys take up the space conventionally taken up by a cloth beam, whereby substantial floor space on the factory floor is saved.

Abstract: A drive shaft is moved in a machine direction and a cross-machine direction to engage a spool on a winder. The drive shaft has an inner drive shaft which is elastically linked to an outer cylindrical shell, thereby allowing misalignment between the inner shaft and the outer shell and allows angular as well as horizontal and vertical displacement when the drive head engages the spool to provide centerwind assist to a roll of paper being formed thereon. The location of the drive shaft axis is determined at all times from geometric considerations and this data is used to position the drive shaft on the axis of the winding spool.

Abstract: A belt-slitting machine (10) comprising a frame (12), a work table (16), a first carriage (18) for supporting a supply roll (30) of belt material (51) and a second carriage (20) for supporting takeup rolls (32) of slit belt material (54). Motors/gearboxes (40, 42) turn spindles (28) in order to unwind the supply roll (30) of belt material and to roll up the slit webs of belt material into rolls (32). Coupler assemblies (102,104) are provided between cylinders (40, 42) and spindles (28). Coupler assemblies (102, 104) provide positive torque between cylinders (40, 42) and spindles (28) as spindles (28) deflect due to the weight of the belt material and cause the ends of the spindle to angularly deflect about the rotation axis of the spindle and to rise vertically a small distance due to the deflection. An outfeed belt divider apparatus (108, 112, 114) is provided for keeping the slit rolls of belt material separated as the belt material winds around into rolls (32).

Abstract: A toilet-paper holder has a casing with a pan. The pan has a base, a peripheral wall extending from the base and an open end. The peripheral wall has an exit opening. The casing further has a cover which is pivoted to the pan and which covers openably the open end of the pan. The cover has a base wall opposite to the base of the pan. A stationary shaft is provided in the casing and has a first end fixed to the base of the pan and a second end extending toward the base wall of the cover. A sleeve member is mounted coaxially and rotatably to the stationary shaft and has an end which extends toward the base wall of the cover. A rotary knob is mounted movably on the base wall of the cover and is operable to rotate the sleeve member.

Abstract: A film feeding device for a camera uses first and second electric motors associated with first and second planetary gearing mechanisms, respectively. In one embodiment, the first motor and first planetary gearing mechanism drive a spool shaft of a film cartridge to supply film to a winding spool. The winding spool is driven by the second motor and second planetary gearing mechanism to wind film onto the winding spool, at which time the first motor is stopped and the first planetary gearing mechanism is automatically disconnected from the spool shaft. For rewinding, the second motor is operated in reverse and the second planetary gearing mechanism is automatically disconnected from the winding spool and connected to the spool shaft of the film cartridge.

Abstract: A torque limiting device for a reel turntable can obtain a stable limiting torque even when an ambient temperature or speed is changed and also can prevent a tape from being damaged when a tape path is fluctuated. First and second magnets are disposed in such an opposing relation as to sandwich therebetween a magnetic plate of a limiting gear from both surfaces thereof and magnetic poles are magnetized on the opposing surfaces of the two magnets which repulse one another.

Abstract: A drive for a movable center wind takeup for web material has an upright support frame (A) which carries a motor driven power takeoff (B) which is drivingly engageable with the movable takeup. An articulated arm (C) is carried by the upright support and is extensible to achieve alignment between the power takeoff (B) for driving the takeup and a vertically adjustable device (D) including a lever arm for effecting vertical adjustment between the power takeoff (B) and the takeup.

Abstract: A reel-up comprises a surface winding drum; two rails to support a reeling drum; and secondary carriages movable linearly along the rails and provided with press devices to press against the reeling drum to maintain a predetermined linear pressure in the nip between the surface winding drum and the paper reel as it increases in size. Each secondary carriage comprises an actuator arranged to press the press device against the reeling drum with a predetermined force to control the linear pressure at each set position of the secondary carriage without influence from the actuator which sets the secondary carriage depending on the growth of the paper reel.

Abstract: The reel-up has a surface winding drum; two rails to support the reeling drum over which the web runs; secondary carriages movable linearly along the rails and provided with press devices to press against the reeling drum to maintain a linear pressure between the surface winding drum and the paper reel as it increases in size; and drive motor for central driving of the reeling drum. The central drive motor is mounted to one of the secondary carriages to be moved together with this, and positioning devices are disposed on the secondary carriages to abut against the reeling drum in order, together with the press devices, to fix the reeling drum so that its axis of rotation coincides with that of the coupling device of the central drive motor. Further, the central drive motor is axially movable on the secondary carriage in relation to the reeling drum to bring the coupling device of the central drive motor into engagement with the opposite coupling device of the reeling drum.