Abstract: A thrust reverser for a turbojet engine is provided with at least one displaceable assembly including a displaceable cowling portion and a flap. The displaceable cowling portion and the flap each subtend stationary upstream and downstream cowling portions such that the displaceable cowling portion forms a portion of the external engine cowling covering a reverse thrust opening and the flap forms a portion of the outer boundary of the gas flow in a forward thrust position. In a reverse thrust position, the reverse thrust opening is uncovered, and the displaceable cowling portion and the flap are displaced downstream such that the displaceable cowling portion extends downstream, parallel to the longitudinal engine axis and above, without interference, the downstream cowling portion.

Abstract: A control system for an internal combustion engine having an exhaust system provided with a catalyst is provided. The control system comprises a catalyst temperature rise accelerating control in which the intake air amount is increased and the ignition timing is retarded according to the engine rotational speed. A transient control from the catalyst temperature rise accelerating control to the normal control, is started when the speed of a vehicle driven by the engine reaches a predetermined vehicle speed or higher during the catalyst temperature rise accelerating control. During the transient control, the intake air amount is gradually reduced and the ignition timing is set according to the vehicle speed.

Abstract: An exhaust gas purification control apparatus is used for an engine provided with a NOx catalyst absorbing or adsorbing NOx when an air fuel ratio of exhaust gas from the engine is lean and reducing the absorbed or adsorbed NOx when the exhaust gas is at the stoichiometric air fuel ratio or richer in fuel, and an exhaust sensor arranged upstream or downstream of the NOx catalyst, and characterized in that thed exhaust gas purification control apparatus comprises a sulphur component calculating means for calculating or estimating a quantity of sulphur components in the exhaust gas and an operation mode changing means for changing an air fuel ratio of the engine on the basis of the detected value of the sulphur components, and the calculated or estimated value of sulphur components is a prescribed value or more, the operation changing means decreases frequencies of lean mode operation of the engine, shortens continuation time of the lean mode operation or prohibits the lean mode operation.

Abstract: A method for controlling reductant added to an exhaust of an engine having a lean NOx catalyst and a particulate filter adjusts a reductant amount during particulate filter regeneration. The method adjusts the reductant amount to account for reducing agents released from the particulate filter that are experienced by the lean NOx catalyst. In addition, management of particulate filter regeneration is based on both an estimated amount of stored particles and conditions of the lean NOx catalyst. In this way, operation of both the particulate filter and the lean NOx catalyst can be optimized. Also, termination of particulate filter regeneration is determined based on operating conditions.

Abstract: This system is characterized in that the engine (1) is linked to various members and to means (17) for checking the operation of these various members in order to control the operation of the engine, these means also being designed to trigger a regeneration phase of the particle filter by combustion of the particles trapped in the latter, at the same time initiating a phase of multiple injections of fuel into the cylinders of the engine during their expansion phase, and in that the checking means (17) comprise means (18) for determining the particle load of the filter (7), which are connected a differential-pressure sensor (20) arranged at the terminals of the filter and designed to deliver information representing the overall load of the filter, means (18) for estimating the load of the filter in terms of residues other than the particles, and means (18) for calculating the load of the particle filter from the overall load and from the load of other residues of the filter.

Abstract: A device to eliminate particulates contained in exhaust gas ejected from motors, such as diesel engines for ships, surface transportation vehicles and overland fixed diesel engines, and a process to eliminate particulates contained in the exhaust gas are provided.

Abstract: A hydrostatic transaxle axle assembly for a vehicle such as a grass mowing lawn or garden tractor comprising a housing for an internally disposed hydrostatic transmission having a variable-displacement hydraulic pump fluidly connected to a fixed-displacement hydraulic motor, the hydraulic motor being connected by differential gearing to axle shafts supported in the housing. The housing is formed by three housing members, two of which are preferably separable on a parting plane coincident with the longitudinal axes of the axle shafts. One of the housing members being provided with an opening to allow a portion of one of the other housing members to extend through, and where the extending housing member contains within its interior a number of internal fluid passages for fluidly connecting the hydraulic pump to the hydraulic motor.

Abstract: A reservoir flange portion is formed in a leg portion of a reservoir so as to protrude beyond a seal member in a direction of a cylinder body and extend radially outward. An annular retaining member, which has an outer diameter larger than the outer diameter of the reservoir flange portion and an inner diameter smaller than the outer diameter of the reservoir flange portion, is interposed between an engaging surface of the reservoir flange portion of the reservoir on a side of the seal member and an engaging surface of the seal member on a side of the cylinder body. By this arrangement, retention of the reservoir relative to the seal member and the cylinder body is markedly improved by means of the retaining member having an outer diameter larger than the outer diameter of the reservoir flange portion.

Abstract: As geothermal steam containing contaminants such as boron, arsenic, and mercury is passed through a turbine-condenser system, the contaminants preferentially collect in the initial condensate produced from the steam. Collecting this initially-produced condensate and segregating it from the remainder of the steam being condensed ensures that condensate produced from the remainder of the steam is contaminants-lean, preferably containing the contaminants in concentrations allowing for discharge of the contaminants-lean condensate to the environment.

Abstract: The performance of mobile air conditioning systems is improved with the use of a pressure sensing valve to control refrigerant flow in the system. The pressure sensing valve is connected between the condenser and the evaporator. The control valve senses the refrigerant pressure adjacent the evaporator, ie. the input, or output, or the combination of both, to control the refrigerant flow through the evaporator in a manner to improve the performance of the system. The reference pressure for the valve can be the atmosphere or a fixed or variable source. Various other operating variables can be sensed to control the variable source in a manner to interact with the sensed pressure to provide added control of system performance.

Abstract: The performance of mobile air conditioning systems is improved with the use of a pressure sensing valve to control refrigerant flow in the system. The pressure sensing valve is connected between the condenser and the evaporator. The control valve senses the refrigerant pressure adjacent the evaporator, ie. the input, or output, or the combination of both, to control the refrigerant flow through the evaporator in a manner to improve the performance of the system. The reference pressure for the valve can be the atmosphere or a fixed or variable source. Various other operating variables can be sensed to control the variable source in a manner to interact with the sensed pressure to provide added control of system performance.

Abstract: A device (1) for calibrating cooling of an extruded synthetic profile (P) exhibits a water tank (2) through which coolant flows by means of coolant inlet and outlet pipes (5, 6), which water tank (2) extending longitudinally in the direction of extrusion is subdivided into single cooling chambers (4) by means of calibrating apertures (3) for the synthetic profile (P) spaced at a mutual distance in series in the direction of extrusion. To ensure effective cooling a coolant inlet pipe (5) discharges into each cooling chamber (4) and the cooling chambers (4) are each attached to a coolant outlet (6) by means of an outlet opening (12, 13).

Abstract: An adjustable jewelry assembly comprises a releasable clamping device and an elongate flexible member, such as a necklace or bracelet chain, that is releasably secured to the clamping device. The elongate flexible member forms a loop portion at one side of the clamping device and a pair of legs at an opposite side of the clamping device. The clamping device includes a cap and an insert slidably mounted in the cap. The legs extend through openings in the cap and insert. A biasing member is located between the cap and insert for biasing the insert away from the cap. When the clamping device is at rest, the openings are misaligned and a shear force is applied to the legs, thereby securing the legs against slidable movement with respect to the clamping device. Pressing the cap and insert toward each other against the biasing force causes the openings to align and release the shear force so that the legs can slide with respect to the clamping device.

Abstract: An item of jewelry has a decorative element that is provided with a shaft which interfaces with an annular element such as a ring. A portion of the ring has, within its thickness in the radial direction, a radial notch, followed by a circumferential notch, thus forming approximately a L-shaped notch. An elastically deformable element is accommodated on the inner face of the ring, making it possible to lock the decorative element in position on the annular segment after introducing the shaft as far as the bottom of the L-shaped notch.

Abstract: When drawing an optical fiber from a preform, positive and negative dispersion sections of an optical fiber are provided, respectively, with target glass diameters different from each other, whereby the positive and negative dispersion sections attain their respective desirable values of chromatic dispersion. Also, the positive and negative dispersion sections and a transient section therebetween are provided, respectively, with values of control constant different from each other, which are used to converge the measured glass diameter to said target diameter, for adjusting the drawing speed, whereby the transient section is shortened. Alternatively, the positive and negative dispersion sections of the optical fiber are provided with respective target drawing speeds different from each other, whereby the transient section is shortened.

Abstract: A device for the electronic adjustment of hosiery tension in circular textile machines, whose particularity consists of the fact that it comprises an actuator which is adapted to move a carriage, which is in turn adapted to perform a translatory motion along an axis which is parallel to a diametrical axis of the circular textile machine, the carriage supporting at least one transducer connected to a hosiery advancement device, the transducer being adapted to detect a contrasting force which is due to the advancement of the hosiery item, the contrasting force being processed in a controller which is adapted to emit a speed signal for the actuator, in order to adjust the movement speed of the carriage in contrast with the contrasting force.

Abstract: A female member of a hook and loop attachment structure enables a one to one correspondence between loops and stitches in the knitted structure. The female member comprises individual wales of chain stitches with loops, wherein the wales of chain stitches are knitted on a supporting background, such that there is a corresponding number of loops to stitches. Each stitch may be associated with a respective loop or each loop may be attached to two respective stitches. The loops may be formed using a single guide bar, and the wales of chain stitches with loops may be made either with a single yarn or with two yarns.

Abstract: A washing machine includes a wash tub, a water-supply mechanism for supplying water into the wash tub, and a disposition section in which a solid antimicrobial agent containing an organic compound having a nitrogen-halogen atomic combination is disposed. The disposition section is provided in the water-supply mechanism. The antimicrobial agent is brought into contact with water thereby to release hypohalogenous acid into the water.

Abstract: The present invention relates to electronic door locks, and more particularly to an override mechanism for unlatching an electronic door mortise lock from an electronically controlled locked side when it cannot be unlocked electronically. The override mechanism comprises an interior drive mechanism connected to a door handle input hub of the unlocked side, for driving the door handle input hub from a closed position to an open position, and a locking mechanism adapted to actuate the interior drive mechanism.

Abstract: One or more closed perimeter openings are formed in the compression area of a flange of a member that is to be bent transversely to the flange. The member is bent along a transverse bend line, and the flanges are bent inwardly on themselves. The bending of the member along the transverse bend line is done with a great force, and because portions of the side flanges are supported on their distal and proximal side, the material of the side flanges in the compression area plasticizes and flows into the closed perimeter opening, causing them to deform. Because the closed perimeter opening or openings are present, the side flanges are compressed in a more controlled manner, reducing cracking, wrinkling and thinning during the bending of the member along the transverse bend line.

Abstract: A power assisted combination shear used for forming structural louvers in the crimped seam of structural steel decking comprises a frame supporting a pair of jaws which are opened and closed by means of an operator-controlled pneumatic cylinder. One jaw terminates in a blade and the other jaw has a corresponding die member. The blade and die have undercut reliefs in the root portions, which permit the louver to be formed without breaking through to the edge of the seam. The louver comprises a sheared portion in the form of a bowed tab bridging a corresponding window formed in the seam by the shearing of the tab. The interference between the louver and window provides a substantial increase in the lateral resistance (shear strength) of the crimped seam, thereby obviating the need to additionally weld or screw the seam to provide the necessary shear strength for even the highest stress applications.

Abstract: A method of improving an output characteristic of an angular rate sensor including, for example, a fork oscillator and an improved structure of an angular rate sensor are provided. The improvement of the output characteristic is achieved by adjusting a physical structure of the oscillator to minimize unwanted vibrations of the oscillator or noises of a sensor output. The adjustment of the physical structure is achieved by trimming away an edge portion of the oscillator or a supporter for supporting the oscillator on a base.

Abstract: A measurement cylinder having a passage for an indenter hammer to go forward and backward formed therein is provided with two light receiving holes a distance S apart. The times required for the indenter hammer to go past the light receiving holes are measured and, in accordance with the required times measured and the distance S, the impacting velocity and the rebounding velocity of the indenter hammer are detected, whereby it is made possible to greatly improve the detecting accuracy of both the velocitys.

Abstract: An aircraft fuel quantity gauging system has a number of probes within a tank to measure the height of fuel at different locations. Each probe includes a still well and an ultrasonic transducer mounted at the top and bottom of the still well. The lower transducer transmits pulses of acoustic energy upwardly through the fuel to its surface and measures the time of travel back of the reflected pulse back to the transducer. This is used to derive a first, bottom-up measure of fuel height. Similarly, the upper transducer transmits pulses down through air to the fuel surface to derive a second, top-down measurement. These are compared to check for correct operation of the probes.

Abstract: An ejector plate movement detector is provided that can be mounted, without complicatedly machining a mold tool and occupying an installation place, and can detect movement of an ejector plate, with damages of parts suppressed to a necessary minimum. The detector 21A comprises a rod-like pin 22; a pressure detector 23 integrally attached on one end of the pin 22 and mounted on the ejector plate 12, for detecting the pressure applied via the pin 22 when the ejector plate 12 is moved forward and backward; a biasing member 24 for always biasing the ejector plate 12 to its original position with respect to the pin 22; and a holder 25 having one end fixedly mounted to the receiving plate 6, for housing said biasing means 24 and movably holding the pin against the biasing means 24. Whether or not the ejector plate 12 is normally moved is checked by monitoring waveforms of output values from the pressure sensor 27 before and after the movement of the ejector plate 12 at the ejection of a molded piece.

Abstract: The present invention provides a piezo-electric vibration gyroscope comprising: a body of a rectangle plate shape defined by a first size in a length direction and a second size in a width direction; plural driver arms extending from a first side of the body in the length direction and also extending in the same plane as the body; plural detective arms extending from a second side opposite to the first side of the body in an anti-parallel direction to the length direction and also extending in the same plane as the body; plural driver electrodes being provided on the plural driver arms and being applied with an alternating current voltage for causing the plural driver electrodes to show an in-plane vibration of a driving mode in the width direction included in the plane; plural detecting electrodes on at least one of the plural detective arms for detecting a voltage caused by a vertical-to-plane vibration of a detective mode in a vertical direction to the plane, wherein the first size of the body is equal to

Abstract: A method and apparatus for measuring properties of a liquid composition includes a mechanical resonator, such as a thickness shear mode resonator or a tuning fork resonator, connected to a measurement circuit. The measurement circuit provides a variable frequency input signal to the tuning fork, causing the mechanical resonator to oscillate. To test the properties of a liquid composition, the mechanical resonator is placed inside a sample well containing a small amount of the liquid. The input signal is then sent to the mechanical resonator and swept over a selected frequency range, preferably less than 1 MHz to prevent the liquid being tested from exhibiting gel-like characteristics and causing false readings. The mechanical resonator's response over the frequency range depends on various characteristics of the liquid being tested, such as the temperature, viscosity, and other physical properties.

Abstract: A gear unit in which a cable, band or similar device is fitted between the drive and the output in order to transform a fast rotational movement at the drive end, which is limited in both directions, into a slow rotational movement at the output end. The cable is fastened at both ends to an oscillating intermediary single-piece divided into two segments, and rests against the outer walls of the intermediary piece and is wound around the shaft of the drive so as to transfer a driving torque. A position sensor is assigned to the inner segment of the intermediary piece, and/or a torque sensor is mounted between both segments of the intermediary piece. A fast rotational movement of the drive is transformed into a slow rotational movement without play, and provides a good synchronization characteristic.

Abstract: A ring-like lubricant supply device 6 is fitted into a recess 4 of a nut member 2. The lubricant supply device 6 contains a lubricant and is formed in an outer peripheral surface with notches 7. Tubular members 8 each having an outer diameter larger than the diameter of the notch 7 are inserted into the notches, pushing and widening the notches 7 in a circumferential direction. One end of the tubular member 8 is fitted into a recess 9b of a retaining ring 9 and the retaining ring 9 is fixed to a nut member 2.

Abstract: A transmission unit for axles for vehicles with electric drive comprises a drive gear, a driven gear, and an intermediate idler gear, meshing with the drive gear and with the driven gear. The unit is housed in half-shells. The intermediate idler gear is mounted on a pin the central portion of which is eccentric by a predetermined amount with respect to the axis extending through the end portions of the pin, which are engaged in the half-shells. Angularly spaced radial holes formed in one end portion of the pin are selectively engageable by a resilient split pin which extends through a radial hole formed in one of the half-shells.

Abstract: A transmission shift control assembly comprising a housing (12) presenting a support (16) and a lever (18) pivotally is supported by the housing (12) for movement between shift positions. A mechanical connection (20) produces rectilinear movement in response to pivotal movement of the lever (18) and a core element (28) is connected to the mechanical connection (20) for receiving the rectilinear movement. A casing (30) movably supports the core element (28) and is supported in the support (16). The casing (30) includes a swivel tube (32) supported by a fitting (34) for swiveling movement relative thereto. The invention is characterized by an electrical sensor (46) supported by the swivel tube (32) for measuring the rectilinear movement of the core element (28).

Abstract: A steering wheel cover includes an outer layer and an inner layer. The outer layer is made of a transparent or translucent material. The inner layer is printed with patterns of various colors and is attached to the inner side of the outer layer to provide the steering wheel cover with a decorative effect. The steering wheel cover is attached to the steering wheel such that the inner layer is in contact with the steering wheel. The outer layer is formed of a polymeric material. The inner and outer layers are removably attached to the steering wheel.

Abstract: A locking differential in which the two side gears comprise end toothings facing one another, and the differential component is a differential disc with end toothings on both faces, with the end toothings on each face co-operating with one of the side gears' end toothings. The number of teeth of each pair of inter-engaging end toothings differs by one, and the ratio of the number of teeth of both pairs of toothings is unequal. The differential disc is mounted to wobble between the side gears so that, by means of diametrically-opposed portions of its two sets of end toothings, it engages the associated sets of end toothings of the side gears. In a first embodiment, the desired ratios of the numbers of teeth exist if the differential disc is provided with end toothings with identical numbers of teeth (z=n), and one side gear comprises a set of end toothings having one tooth fewer (z=n−1) and the other side gear having one tooth more (z=n+1).

Abstract: A method of introducing a denitrogenizing flux material into a container of molten metal includes steps of providing a wire-like vector that has an inner core of flux material and an outer layer that is used to contain the inner core, and using a wire feed machine to introduce the wire-like vector into a container of molten metal. In comparison with conventional top slag removal techniques, this process permits the material from which the inner core is made to be injected into the container of molten metal at a speed and direction that promotes a controlled mixing of the flux material and the molten metal.

Abstract: A head-to-handle interface for a striking tool having a plane of symmetry has a web in the plane of symmetry and sidewalls around the periphery of the web except for the direction of joining the handle to the head, the web and sidewalls forming socket areas on both sides of the web, such that a handle shaped to engage the sockets is joined to the head in a manner that bending stresses are greatly alleviated at and near the head-to-handle interface. In one embodiment a variable weight system provides for a user varying the weight of the head of a striking tool. In another aspect, a nail-pulling slot is provided with significantly tapered inner walls.

Abstract: A rotary die cutter for cutting a series of irregular-shaped blanks from a continuous web. The rotary die cutter includes a male die cylinder that has a series of die cavities formed along its outer circumference. Each of the die cavities includes a surrounding cutting edge that defines the shape of the blank to be cut. The male die cylinder is pressed into engagement with either an anvil cylinder or a female die cylinder to form either crush-cutting or shear-cutting nips therebetween. The continuous web is fed into the cutting nip such that the cutting edges of the die cavities contact the web to cut the blanks from the web. A plurality of vacuum ports positioned in the die cavities along the outer circumference of the male die cylinder are connected to a source of vacuum contained in the male die cylinder to remove the die-cut blanks from the web. The die-cut blanks are vacuum-transferred to a stacking unit, while the scrap web is continuously discarded by air-conveying removal.

Abstract: A mail opener comprises a cutting device, the cutting device being movable between an operating position and a retracted position where it is inoperative, the position of the cutting device being controllable by a drive means controlled by the postage meter. The arrangement is such that a single post station can be provided for both franking mail and opening mail, the post station incorporating a safety measure to prevent newly franked outgoing mail from being inadvertently opened or damaged by the mail opener.

Abstract: The head of a head assembly for a cutting machine defines a first channel oriented at an oblique angle to an axis of movement of the assembly, a slide, mounted for slidable movement in the channel, between a withdrawn blade position and a plunged blade position, and a blade-holding magazine. The slide has a second channel extending substantially parallel to the first channel for receiving the blade-holding magazine, and the slide and head include cooperating mechanical elements for adjustably limiting the movement of the slide to the plunged blade position. Cooperating mechanical components also adjustably limit the depth of magazine insertion into the second channel.

Abstract: A stringed musical instrument having an instrument body and an elongated neck along which the strings are stretched. A spring-loaded clamping device is provided by securing the neck to the body while permitting limited pivotal movement of the neck relative to the body. The clamping device includes a spring arranged to provide a biasing force for urging the neck toward a neck seating position on the body, and an adjustment member is moveably mounted on either the neck or the body so as to move in a direction opposing the biasing force of the spring in order to cause the neck to pivot away from the neck seating position, to thereby adjust the angular position of the neck relative to the body to adjust the action of the instrument. An intonation adjustment mechanism is also provided for adjusting the intonation of the instrument, and which advantageously provides for rigidity enhancement by urging the neck against a side of the neck recess to provide a firm, rigid and stable mounting of the neck to the body.

Abstract: MIDI data words are supplied to a data transmitter of a music data transmitting system at irregular intervals; when the data transmitter receives each of the MIDI data words, the data transmitter checks the status byte to see whether or not the status byte contains a data nibble identical with a synchronous data nibble, replaces the data nibble with another data nibble with positive answer for producing a quasi MIDI data word, supplements synchronous data nibble or nibbles between the quasi MIDI data words, and modulates a data stream containing the quasi MIDI data words and the synchronous data nibbles for synchronously transmitting the modulated signal to a data receiver of the music data transmitting system at high transfer efficiency; when the modulated signal reaches the data receiver, the data receiver demodulates the received signal, eliminates the synchronous data nibbles from the data stream, and converts the quasi MIDI data words to the MIDI data words.

Abstract: A retaining unit 8 is constituted by a first retainer 25 and a second retainer 26. The first retainer 25 and the second retainer 26 are mounted, respectively, on a bleeder screw 7 of a cylinder body 11 and a projecting portion of a piston rod 19. While the piston rod 19 is being forced in a cylinder bore 13, first and second engagement portions 25d, 26e are brought into engagement with each other, and the piston rod 19 is retained in a retracted state. The engaged state of the first and second engagement portions 25d, 26e is released by removing the first retainer 25 from the bleeder screw 7, whereby the piston rod 19 is allowed to extend.

Abstract: An anti-reentrainment device is provided for use with a cyclone separator. The anti-reentrainment device comprises a plurality of upwardly extending members positioned towards the bottom of a cyclone chamber and extending radially inwardly across the cyclone chamber. The vanes separate the lower end of the cyclone from the cyclonic fluid flow portion, thereby creating a reduced flow region above particle settling out of a fluid in the cyclone. The device impedes the cyclonic flow from reentraining the separated particles.

Abstract: A hot press apparatus in which workpieces are placed between heating plates in a chamber of a machine bed, so that the workpieces are heated and pressed by moving a movable plate toward a stationary plate to form a laminate, wherein the movable plate is held at its peripheral portions by shaft members and is moved toward the stationary plate by a drive means. A center portion pressing member is provided at the center portion of the movable plate to press substantially the enter portions of the heating plates.

Abstract: An ink regulating device that measures color in a web-fed rotary printing machine for printing a printing material web or sheets in a plurality of colors. The ink regulating device measures and evaluates the colors black, cyan, magenta, and yellow, and after general calibration (i.e., the recording of standard values), derives set values for the inking zone setting devices, without requiring any further patterns, and without the need for a special copy when the printing pattern is changed.

Abstract: The drum has a balancer disposed at both ends of a drum body around which a printing plate is wound, and with a rotating shaft rotatably supported by a supporting plate via an elastic support member of a shaft receiving member. When the rotating drum is rotated in a state in which the rotating drum is out of balance, the elastic support member is elastically deformed so that the rotating shaft rotates integrally with the rotating drum. Balance of the drum is restored by eccentric revolution of the balancers, whereby the rotating drum is rotated around a center of the rotating shaft. A recording head is mounted at a bracket that moves integrally with the rotating drum. Thus, the recording head continually opposes a fixed position at the rotating drum, and an appropriate image can be formed on a printing plate.

Abstract: A paper discharge base 10 is applied with a sponge sheet 84 as a damping plate 78 of an impact wall 70 provided at a paper discharge base 10. A protection sheet 16 is pasted on a surface of the sponge sheet 84. When the damping plate 78 is impacted by print sheet P, the impact force is transmitted from the protection sheet 86 to the sponge sheet 84 and is damped by the sponge sheet 84. Further, the sponge sheet 84 is protected by the protection sheet 86 and therefore, the sponge sheet 84 is not destructed by impact of the print sheet P.

Abstract: A support structure for a plate cylinder is composed of a pair of support frames; a pair of eccentric slide bearings rotatably supported on the support frames; a pair of eccentric roller bearings rotatably supported by the eccentric slide bearings and rotatably supporting end portions of a shaft of the plate cylinder; dogs and pinions for rotating the eccentric slide bearings relative to the support frames in the same amount; an annular plate, a casing, a drive shaft, a worm wheel, a worm gear, a threaded shaft, a support member, a connecting rod, and a connecting pin for rotating one of the eccentric roller bearings relative to one of the support frames; and an annular plate, a connecting rod, and connecting pins for restraining rotation of the other eccentric roller bearing relative to the other support frame.

Abstract: Disclosed are various embodiments of an ink roller assembly with a capillary ink metering unit and a surrounding porous ink retaining sleeve, wherein the unit is comprised of a pair of capillary sections connected to each other and wherein capillary sections include a hollow shaft and discs with intervening ink capillary chambers interconnected by passages. In another embodiment, a capillary ink metering unit includes discs on a solid shaft, wherein there are passages interconnecting capillary chambers. In yet other embodiments, separate sections are provided to enable inks of different colors, viscosities and/or types to be applied to printing members. There is also provision to meter ink to printing members having different faces or areas in accordance with or as function of the sizes of those areas. The ink roller assembly with separate sections can carry both visible ink and visually alterable ink for coding purposes.

Abstract: The invention relates to a toy car with adjustable magnetic adhesion for an auto racetrack having ferromagnetic current conductors countersunk in the roadbed. The conductors are in active communication with a permanent magnet countersunk in the chassis of the toy car. The permanent magnet is shiftable in the chassis along an inclined plane in order to adjust the clearance between permanent magnet and the current conductors. According to the invention, the permanent magnet can be shifted along a ferromagnetic holding plate oriented at an angle relative to the roadway plane. The plate is received in a retaining means formed in one piece with the chassis. The underside of the retaining means contains two guide rails, along which the permanent magnet can be shifted.

Abstract: A method for producing depressed center railcars involves a combination of casting and fabrication. Transition members of the railcar can be casted, preferably with interlocking ledges on the ends of the transition members. The center section can be fabricated from, preferably precambered, longitudinal stringers which can then be connected between the casted transition members via the interlocking ledges. Standard steel warehouse plates can be attached to the fabricated framework of longitudinal stringers to form the surface of the center section. The transition members can be cast with integral provision to accept a center plate member. The fabricated framework of stringers can include reinforcement members for added strength. The framework can also be constructed to allow for the placement of the parts of the brake system and other components on the underside of the railcar.