Abstract: A machine for wrapping divider panels or the like comprising a main frame (20) having a flat work surface (32) and a distributor (34) such that fabric from a roll (30) may be uniformly fed through and distributed by distributor (34) and quickly wrapped around and secured to a panel framework.

Abstract: Drive head apparatus for driving the drill string of a rock boring machine, such apparatus comprising one or two drill string connectors (28) (30) having resilient means such as a coil spring (66) acting therebetween, with respective floating bearings (62) (64) separably secured thereto and with each bearing arrangement comprising respective cooperating, axially fixed bearing seating surfaces (68) (86). Each floating bearing (62) (64) is in the form of a softer metal insert replaceable on the associated connector (28) (30) without replacement of the drill string connector (28) (30). A splined cylindrical drive insert (88) rotatably drives the drill string connector and is separable from the drive body (58) in which it is seated and is axially reversible to swap wear ends or is readily replaceable without need for replacement of the entire drive body (58).

Abstract: The syringe includes a barrel (12) and first and second piston-like elements (16,18) which are adapted for fluid tight movement therein, wherein the first and second pistons (16,18) are connected by a flexible, thin cord (36). A hollow needle (28) is mounted on and extends from the front surface (24) of the first piston (16). The needle (28) communicates with the space between the first and second pistons (16,18). A plunger (32) is attached to the rear surface (31) of the second piston (18) and extends from the rear of the syringe in conventional fashion. In the forwardmost position of the first piston (16), the needle (28) extends outwardly from the front end of the syringe barrel (12) but in the rearmost position, the needle (28) is within the barrel (12).

Abstract: A guide to assist a player of a stringed instrument in the process of applying rosin to their bow including a base (2) and a pair of parallel guides (8, 10) which are parallel to the diameter of the rosin and are capable of rotating about the axis of the rosin.

Abstract: A test fixture (10) which includes a base portion (12) and upstanding successive side walls (16, 17, and 18) integral with the base portion (12). Lateral grooves (22, 24, 26) extend around the inner surface of the three side walls (16, 17, and 18). A first movable clamp 30 is positioned between opposing side walls 16 and 18 and is movable in a selected slot (22, 24, 26) toward and away from the intermediate side wall 17. A second movable clamp (80) is mounted on and movable along the first clamp 30 and extends a small distance in the direction of the intermediate side wall (17). A circuit board (90) to be tested is typically clamped between the side walls (16 and 17) and the first and second clamps (30 and 80). A test probe (130) is positioned in a holder (91) which is mounted for movement between the first and third side walls (16 and 18) and toward and away from the second intermediate side wall (17). The position of the probe holder (91) relative to the board (90) is recognized by an optics system (142).

Abstract: A wood chip sizing apparatus, based on the thickness dimension, which includes a gyratory screen system (16) comprising three separate screens (18, 22, 26) which produces a total of four fractions, one fraction (20) comprising substantially all overthick chips, another fraction (24) comprising both overthick chips and accepts, another fraction (28) comprising substantially all accepts, and another fraction (30) comprising substantially all unders. Fraction (20) is moved directly to a chip slicer (52) which reduces the size of substantially all the chips to accepts. Fraction (24) is directed to a second screening station (42) which separates fraction (24) into two further fractions (44 and 46), one of which (44) comprises overthick chips, and the other of which (46) comprises accepts. The overthick chips (fraction 44) are applied to the chip slicer (52).

Abstract: An electronic, programmable check encoder (10) having a check guide (14) capable of receiving a check to be encoded. A plurality of sensors (40,42,44,46) locate the position of the check in the check guide (14). Following determination of the position of the check, the check is clamped and moved by a drive assembly to an encoder (80) and then moved out of the apparatus by an eject assembly. the structure and interrelationship of the check gudie (14), the sensors (40,42,44,46) the check drive assembly and the check eject assembly are such that the check processing speed is significantly increased.

Abstract: An apparatus which includes a bladder element (10) which is at least partially filled with fluid, a belt-like element (12) which holds the bladder against the patient's abdomen with some pressure, and a pressure monitoring device (18) which is connected to the bladder (10) to detect changes in the pressure of the fluid in the bladder (10) as the abdomen hardens due to uterine contractions.

Abstract: The apparatus includes a driver (86). The driver (86) includes a front portion (90) which is adapted to receive a riveting die (92), and a rear portion (88) which is a copper plate. The copper plate (88) is receptive to the establishment of magnetic field currents therein. The actuator further includes a coil (72) which is positionable in close proximity to the copper plate (88) of the driver (86). The apparatus further includes a bank of capacitors having a stored charge so as to produce a current pulse through the coil (72) when the capacitors are connected to the coil (72). Still further, the apparatus includes a control means for selectively connecting the stored charge from the capacitors to the coil. The copper plate (88) is relatively thick compared to that used in high voltage electromagnetic actuators, such that the present apparatus requires only a relatively low voltage in order to produce the required high forces to accomplish the desired riveting.

Abstract: The system includes a veneer lathe, a conveyor or apron (50) onto which the veneer from the lathe is initially directed, followed by a combination of an anvil roller (54) and a rotating clipper knife (62), which in turn is followed by a trash gate (72). The speed and rotation of the knife (62) is controlled such that the veneer material produced by operation of the lathe is first cut upon recognition of the start of random veneer and then again upon the recognition of the start of ribbon veneer. The trash gate (72) is controlled synchronously with the operation of the knife (62) such that the trash gate (72) is open up to the point in time where the veneer trash is cut from the remainder of the veneer material, at which point the trash gate (72) is closed.

Abstract: A hot gas defrost type refrigeration system in which refrigerant used to defrost is returned to the system's refrigerant circuit after being collected and reduced in pressure, as by expansion valve means, to a pressure below the pressure in the system's return suction header, then heated as by means involving heat exchange with the system's high pressure refrigerant, the refrigerant used to defrost thus being in a superheated gaseous state and returned to the system's return suction header in such state without risk of introduction of liquid refrigerant to the system's compressor(s).

Abstract: A valve (10) which includes a valve body (12) having a plurality of ports (32) around the periphery thereof, which open onto a central opening (22). A drum assembly (14) is configured to fit within the opening (22) and is mounted for rotation therein. The drum assembly (14) also includes a plurality of openings (38) around the periphery thereof, which are arranged to be capable of being in registry with the openings (22) in the valve body (12). The drum assembly includes a vane member defining interior passageways connecting the openings (22). An actuator assembly (18) is adapted to rotate the drum assembly (14) within the valve body (12) in response to electrical actuation signals.

Abstract: The adjustable blade apparatus (10) is adapted for use with an earth moving vehicle (12). It includes a support frame (20) which is pivotable in the vertical plane relative to the vehicle (12). A blade assembly (22) is rotatably secured to a connecting frame portion (54) of the support frame (20) by means of a turntable (26) and a swivel connection (27). The blade assembly (22) is moved relative to connecting frame (54) by hydraulic cylinders (28,30).

Abstract: A diver's alarm apparatus, for use with conventional diving equipment, having a body portion (34) and a noisemaker portion (32). The body portion (34) includes a first opening (42) therethrough communicating at opposite ends thereof with connections for a first hose (14) from an air tank and a second hose (16) from a buoyancy vest (12). The body portion (34) includes another opening (50) in fluid communication with the first opening in which is positioned a guide element (68). A movable stem element (75) is positioned within said guide element (68). A bore (64) extends between the second opening (50) and the noisemaker portion (32) in which a horn bell (84) supported by a diaphragm (94) are positioned. A button (80) is connected to the stem element (75) and is biased in one position by a spring (82). Actuation of the button (80) results in fluid communication between the first opening (42) in the body portion (34) and the noisemaker portion (32), further resulting in an audible alarm.

Abstract: The article comprises a mirror element (10) and a hanger/support element (14). The hanger (14) includes a flat, flexible base member (16) having a plurality of integral suction cups (22) extending from one surface thereof and a mushroom-shaped projection (20) extending from the opposing surface thereof. The projection (20) is configured to removably fit through an opening (12) in the mirror. Thus, the hanger (14) removably secures the mirror (10) directly to a shower wall or the like and is also removable relative to the mirror (10) itself.

Abstract: A hinged container for use in a pneumatic tube including a primary container and a secondary container which is simultaneously opened and closed when the main container is opened and closed, the secondary container provides reinforcement for the hinge of the primary container.

Abstract: A storage device for compact disks or the like including tray members (46) including means (50, 56) to secure the disk container and a device (26) secured to the hinged lid (12) of the container to open the container when the tray is pulled outwardly of the storage device.

Abstract: A flat single piece windshield (10) which extends across the bow of the boat and is rotatably connected thereto by hinges (20,22). The windshield (10) includes two elongated support elements (48,50) which extend, respectively, from the top edge (14) of the windshield (10) downwardly to tracks which extend respectively along the gunwales of the boat. The lower ends of the support elements (48,50) are movable along the longitudinal tracks, thereby providing a capability for the windshield (10) to be raised and lowered through a large angle relative to the plane of the boat. A canopy (11) which includes a frame (67) and a cover (124) extends rearwardly from the top edge (14) of the windshield (10). The canopy (b 11) is supported by telescoping poles (82,84) which extend from the rear of the canopy (11) downwardly to the gunwales of the boat.