Abstract: Ionic species in an aqueous sample stream are analyzed by (a) chromatographically separating the ionic species in the presence of an aqueous eluent solution comprising electrolyte to form a chromatographic effluent, (b) suppressing the electrolyte in the chromatography effluent by flowing the same through a suppressor (e.g., a membrane suppressor) to form a suppressed effluent, (c) detecting the ionic species in the suppressed effluent, and (d) regenerating the suppressor by flowing a mixture of a gas stream and a regenerant liquid stream through the suppressor. The gas stream may be generated by flowing the detected suppressed effluent through an electrolytic gas generator which electrolyzes water in the effluent to hydrogen and oxygen gas. Also, pressurized gas may be directed into a reservoir of regenerant liquid for flow from said reservoir to said regenerant flow channel.

Abstract: A slider holding a measuring tool moves along an approximately reverse U-shaped guide rail provided in parallel with a moving direction of the measuring tool without being rotated. Accordingly, a cross section of the guide rail can be enlarged without increasing the size of the entirety of a drive unit. As a result, high rigidity can be obtained while reducing the size and weight of the drive unit as compared to a conventional arrangement having two shafts. Further, linearity of the slider and the measuring tool moving along a reference surface of the guide rail can be attained with high accuracy. Further, since a pre-load means for biasing the slider toward a guide rail is provided, a position or orientation of the slider and the measuring tool can be stabilized, thus securely repeating movement of the measuring tool.

Abstract: The present invention is an optical ice detection probe capable of detecting the presence, thickness and continued buildup of ice. The invention works by attaching the probe to the external surface of an airplane such as the wing, fuselage or empannage. The probe has a recessed surface, which is mounted to face directly into the airflow. One or more beams are passed over and parallel to the recessed surface. These beams can be of any useful wavelength, however for best results visible, infrared or ultraviolet beams should be used. Ice on the recessed surface interrupts the beams thereby indicating the presence of ice. If two or more beams are used, then each beam emitter is paired with a beam detector and the corresponding beam detector only detects the beam from that emitter. This can be accomplished by numerous methods.

Abstract: A microflow sensor element for obtaining a response quickly with high response sensitivity regardless of the direction of an air flow. A pyroelectric detection unit is provided on a substrate, the pyroelectric detection unit having an upper and a lower electrode which are respectively provided on the surface and undersurface of a ferroelectric thin film. A heater portion whose temperature is modulated periodically as designated is provided on the upper electrode via a thin film of insulating material.

Abstract: In a lever transmitter for a fuel tank, two spring tongues, each with a sliding contact, are arranged on a contact plate of a potentiometer. The contact plate is prestressed against sliding tracks of the potentiometer by a spring element fastened to the carrier and having the sliding contacts due to vibrations are thereby reliably avoided.

Abstract: A capacitive sensor is described which includes a first electrode remote from a second electrode, wherein the first electrode and the second electrode form a measurement capacitance. The first electrode is arranged on a first substrate member and the second electrode is arranged on a second substrate member. At least one of the electrodes has a spatially resolved structure which allows a spatially resolved measurement of the capacitance. The spatial structure of the electrode may be implemented in form of several mutually parallel stripe-shaped elements or in form of a plurality of spaced-apart elements that are arranged in a two-dimensional pattern. Associated with the electrodes are electronic processing units integrated in the substrate members.

Abstract: A pressure sensor is provided for measuring a pressure difference between two fluids which does not require isolation fluid. The pressure sensor includes a diaphragm support member having an outer periphery and diaphragms coupled thereto. Movement of the diaphragms are the movement of a moveable member. The movement can be sensed to determine the applied differential pressure. The coupling member is joined to the outer periphery with a web. The web is recessed from opposed outwardly facing surfaces of the outer periphery, and first and second diaphragms disposed on opposite sides of the diaphragm support member. Each diaphragm is joined to the outer periphery and to the coupling member.

Abstract: A relative-pressure sensor is provided which is protected against contaminants and/or moisture and manages without an oil filling, having a gas-filled measuring chamber (5), which is sealed with a pressure-sensitive measuring diaphragm (3), on the outside of which a pressure (P) to be measured acts during operation, a gas-filled compressible resilient bellows (17, 18), on which a reference pressure (R) acts from outside during operation, whose internal volume depends on the reference pressure (R), and which is connected to the measuring chamber (5) in order to adapt an internal pressure prevailing in the measuring chamber (5) to the reference pressure (R), and a transducer for converting a pressure-dependent deflection of the measuring diaphragm, (3) into an electric measured variable.

Abstract: A discharge pressure measuring device is provided with a discharge pressure measuring system that measures a discharge pressure of the air discharged from a discharging end of an air supplying tube provided to an endoscope. The air discharged by the discharging end is directed to a pressure sensing portion of the discharging pressure measuring system through a pipe. A circuitry for obtaining a voltage representing a true discharge pressure based on a voltage output by the discharge pressure measuring member is provided. A positional relationship of the air discharge portion of the pipe with respect to the pressure sensing portion is changeable.

Abstract: A sensor plug for use in sensing a plurality of operating conditions of a gearbox is disclosed. The sensor plug includes a body defining an axis. A probe end is formed at one end of the body and is particularly adapted for attaching to an oil drain plug of the gearbox. A plurality of sensors are located within the body for sensing operating conditions of the gearbox through the probe end. Examples of the sensors located within the body include a vibration sensor, a temperature sensor, and a pressure sensor.

Abstract: A pressure sensor unit which comprises (i) a housing, (ii) pressure sensor members installed therein including a mount, the bottom of which is fixed to the inner base of the housing by means of an adhesive, a sensor chip firmly bonded to the top of the mount, terminals disposed on the inner base of the housing and bonding wires connecting the sensor chip to their respective terminals, and (iii) a sealant filling the housing so that all the pressure sensor members are completely buried therein; with the terminals being covered with a fluorinated polymer-containing composition functioning as adhesive in at least an upper part thereof and with the sealant being a fluorinated polymer-containing gel material, wherein the composition as adhesive is similar in fluorinated polymer to the gel material.

Abstract: The three point force sensing system includes three spaced sensor members which change in resistance linearly or monotonically over a selected range of force applied thereto. The sensor members are arranged in a triangle configuration in a flex circuit which is positioned between a brushhead and a brushhead body. The brushhead has three raised portions on a lower surface thereof which bear against the sensor members in a spring-like relationship. Electrically conductive trace lines extend from the sensor members along the length of the toothbrush to a connector at the rear end thereof. A microprocessor is used to evaluate the change of resistance as force is applied against the brushhead to determine force in the z direction against the teeth, as well as motion in the x and y direction in a plane parallel with a base portion of the brushhead.

Abstract: Suction device to draw off sample liquids from filtration vessels to recipient vessels including an evacuable chamber, which has an upper opening with a continues circular sealing surface for marginally supporting at least one filtration vessel mountable in place from top and may be opened for the insertion and removal of at least one recipient vessel, and including a support parallel to the sealing surface to enable the recipient vessel to be positioned in the chamber below the filtration vessel wherein the upper opening including the circular sealing surface is disposed on a first chamber portion adapted to be displaced with regard to a stationarily disposed, second chamber portion including the support where the first and second chamber portions complement each other in a charging position to form a sealed chamber and the first chamber portion releases the support, in an access position displaced away from the second chamber portion, for the insertion and removal of the recipient vessel.

Abstract: A networked air measurement system includes a sensor capable to measuring a characteristic of an air sample, the sensor having an air inlet port; a backbone tube in communication with the air inlet port of the sensor; a plurality of air intake valves in communication with the backbone tube, air admitted through one of the plurality of air intake valves communicated into the backbone tube; an air flow induction device in communication with air in the system, air moved by the air flow induction device from the plurality of air intake valves through the backbone tube, to the sensor; and a controller connected to the sensor and to each air intake valve, the controller executing a control sequence which opens and closes air intake valves to admit air and form air samples communicated to the sensor. The system controller may use time intervals or measurements of air samples to determine proper times at which to open individual ones of the air intake valves.

Abstract: A system for improving the Baroball valve and a method for retrofitting an existing Baroball valve. This invention improves upon the Baroball valve by reshaping the interior chamber of the valve to form a flow meter measuring chamber. The Baroball valve sealing mechanism acts as a rotameter bob for determining volume flow rate through the Baroball valve. A method for retrofitting a Baroball valve includes providing static pressure ports and connecting a measuring device, to these ports, for measuring the pressure differential between the Baroball chamber and the well. A standard curve of nominal device measurements allows the volume flow rate to be determined through the retrofitted Baroball valve.

Abstract: A gauge for monitoring the relative height of two points comprises a generally tubular conduit extending from a first end thereof via a first limb thereof to a monitoring position spaced from the first end and via a second limb of the conduit from the monitoring position to a second end of the conduit in the region of its first end, two immiscible fluids of different densities, each in one of the first and second limbs with a mutual interface within the region of the monitoring position, means to vary the relative vertical positions of the monitoring position on the one hand and the first and second conduit ends on the other, and a pressure comparator to compare the pressures of the fluids at the conduit ends.

Abstract: A testing device of an inside door handle, the device comprising a surface plate, a plurality of support legs, a locking release device, a driving device and a control unit is mounted inside a testing car to enable an automatic test of durability and workability of an inside door handle, thereby expediting an accurate quality test of a manufactured inside door handle.

Abstract: A continuously variable transmission is disclosed to change an input rotational velocity along a continuous spectrum using an eccentrically positioned cam cooperating with a counterweight assembly to counteract the imbalance generated by the eccentric cam. A plurality of cam followers in contact with the cam actuate crankshafts that drive planetary gears disposed about the crankshaft and cooperate with overrunning clutches. The overrunning clutch with the highest instantaneous velocity drives a sun gear connected to an output shaft. The velocity of the output shaft is governed by the eccentricity of the cam.

Abstract: A rolling-body screw drive includes a threaded spindle and a threaded nut (10) enclosing the threaded spindle, a helically running threaded channel being provided between an outer circumferential surface of the threaded spindle and an inner circumferential surface (24) of the threaded nut (10), the threaded channel forming, together with a return channel (50) which connects the two end regions of the threaded channel, an endless circulatory channel in which an endless series of rolling bodies is accommodated. A deflecting element (32, 34) is mounted in a cutout (28, 30) in the nut adjacent each end region of the threaded channel. Each deflecting element has a deflecting channel (64) for transferring the rolling bodies between the threaded channel and the return channel (50) and between the return channel (50) and the threaded channel.

Abstract: A robot for movement of a moveable element (2) relative to a base element (1) comprises at least two link devices (4, 5, 6) coupled between the elements. These link devices comprise each at least two mutually articulated link units (7, 8; 9, 10; 11, 12) and power exerting arrangements (13, 14, 15) adapted to pivot the link devices for changing the relative position of the elements. A first (4) of the link devices is connected with the moveable element (2) via a hinge connection (16) so that there are, on consideration of the robot in its entirety, at least two degrees of freedom in the form of relative pivotability about two pivot axes, real or imaginary, extending at an angle relative to each other between the first link device (4) and said element (2).

Abstract: An improved clipless pedal of the kind having forward and rearward cleat retainers configured to releasably secure the cleat of a rider's shoe and prevent an unintended release of the securement. The pedal includes a special wall/stop fixture that defines forward and rearward walls for preventing the cleat from moving forwardly or rearwardly relative to the pedal by an amount that otherwise would be sufficient to cause an unintended disengagement of the cleat from the pedal. These walls have no effect on the intended release of the cleat from the pedal, which is accomplished by rotating the shoe about an axis perpendicular to the pedal's upper face.

Abstract: A flexible mounted jar holder tightly holds a jar upon a flat base while a user loosens a tightened cap therefrom. The jar holder includes a resilient, ribbed gripping first retaining strap which encircles and locks the jar in place therebetween, preferably with as friction inducing members, such as a plurality of suction cups. A locking member includes a pair of upwardly extending fixed posts, and a third locking cam post, which includes an ellipsoid cross sectional diameter. A further retaining means includes at least one further flexible strap which is urged against a portion of the outer circumference of the jar to be held at a point opposite to where the first retaining strap is urged against the outer circumference of the jar to be held. This further flexible retaining strap is stretched linearly between the pair of fixed posts. Preferably the further flexible retaining strap includes a pair of further retaining straps having respective looped ends insertable over each respective fixed post.

Abstract: A nosepiece for fastener driving tools with a contact surface for engagement with the workpiece with a rounded profile to facilitate driving fasteners at an angle into the workpiece. Preferably, the contact surface has a first radially innermost portion of the contact surface for engagement of the workpiece when a screw is being driven substantially normal to the surface of the workpiece and a second outer portion of the contact surface radially outwardly from the innermost portion which outer portion is adopted to engage the work surface when a screw is being driven at an angle other than substantially normal to the work surface, the characteristics of the innermost portion of the contact surface and outermost portion of the contact surface varying such that the outer portion provides resistance to slippage of the nosepiece on the work surface when a screw is being driven at an angle to the normal.

Abstract: A screwdriver comprises a handle, a shank, a chuck rod, a first blade, and a second blade. The chuck rod is provided with two chuck slots opposite in location to each other and different in specification from each other. The first blade and the second blade are provided with the phillips tips of various specifications, and the cabinet or keystone tips of various specifications. The first blade and the second blade are held interchangeably by the chuck rod. The two longitudinal ends of the chuck rod are interchangeably engageable with one end of the shank.

Abstract: A toolholder apparatus is provided for holding a cutting tool adjacent a rotating workpiece. The apparatus includes a mounting block base and a mounting block body slidably supported on the base. A first adjustable connector connects the body to the base so that apposition of the body on the base can be adjusted in a first direction toward the workpiece. A center adjustment block slidably engages the body. A second adjustable connector connects the center adjustment block and the body so that a position of the center adjustment block on the body can be adjusted in a second direction transverse to the first direction and transverse to the rotational axis of the workpiece. A head is detachably mounted on the center. adjustment block. The head is removable from the center adjustment block by. sliding movement in a third direction transverse to both of the first and second directions.

Abstract: A workpiece-supporting fence has a pair of movable fences movably attached to a fixed fence which is secured to a base of the device in which the fence is being used. The pair of movable fences are located on opposite sides of a working tool such as a saw blade. A fixed clamping arrangement is associated with each movable fence and provides a single point actuation member for each movable fence to clamp the movable fence to the fixed fence such that the movable fence is vertically aligned and flush with the fixed fence. In one embodiment, each movable fence is provided with a gap-filling flap which is pivotably secured to the movable fence to be movable between a lower and an upper position. In its lower position, the gap-filling flap minimizes the gap between the movable fence and the working tool. In its upper position, the gap-filling flap provides additional support when working with taller or thicker workpieces.

Abstract: An assemblage of members held in a sleeve form a series of plenums which each have a reaction wall surface against which propulsion gasses generate anti recoil forces. Vents from the plenums direct propulsion gasses upwardly and outwardly to further counter recoil forces.

Abstract: The invention is a pry-proof gun port for shielding a gun whenever the gun port is in a closed position and for permitting the gun to be discharged through the gun port whenever the gun port is in an open position. The gun port includes a frame mountable to a support structure such as a currency transport vehicle, the frame including an exterior mount plate that defines a discharge port dimensioned to support a closure shield. A push rod has an exterior end secured to a peripheral region of the closure shield and an intermediate portion passing through a chamber of the frame. The push rod moves axially to position the closure shield out of the discharge port, and the push rod then rotates the closure shield away from the discharge port to place the gun port in the open position. A lock rod interacts between a shoulder of the chamber of the frame and a lock shaft coaxial with and within the push rod to restrict opening of the closure shield from the exterior mount plate.

Abstract: The present invention provides a brake booster that, although simple in construction, capable of adjusting the braking force derived by operation of a solenoid mechanism without worsening the braking response. In the brake booster according to the present invention, when a movable member (34) is shifted toward the rear side by electromagnetic force of a solenoid (31), the shifting movement is transmitted to a valve seat member (21) through pins (50) to open an atmospheric valve (27) through which air is introduced into a variable pressure chamber (9,10), whereby a pressure difference is created between the variable pressure chamber and a constant pressure chamber and generates booster output (thrust output force).

Abstract: In an axial piston motor having a drive shaft, an inclined plate, and an adjusting device for the inclined plate, and at least one adjusting control cylinder with control piston adapted to establish pressure contact and to cooperate with the inclined plate and having a closed face and being formed as an inwardly open cylinder having an open end, a coil spring disposed within the inwardly open cylinder and pressing against the closed face, a sliding bush having two ends, one end thereof ranging into the inwardly open cylinder and having a flange at its opposite end and having different operating positions, one end of the coil spring resting against the flange, with the coil spring biasing the flange away, the improvement which comprises a rod connected to the closed face of the control piston, the sliding bush being formed as a hollow cylindrical sliding object having an inside diameter guided upon the rod.

Abstract: The invention relates to an axial piston engine having an inclined disc (13), sliding blocks (9, 10) provided with bearing sockets (25) and a retaining ring (18), the curved outer face of which is in contact with the inner face of the retaining ring (18). The bearing points (19-21) of the retaining ring (18) are provided with slide-assisting material at least in the contact region to the engine shaft (1).

Abstract: A seal member includes a first seal portion inscribed on the outer circumferential surface of a small projection in an end cover, a second seal portion circumscribed around the inner surface of a cylinder tube, and a size expanded portion continuing from said second seal portion.

Abstract: A piston drive mechanism for use in an internal combustion engine that allows for relative movement between the piston head and the connecting rod to permit the piston head to self align inside the cylinder. In the preferred form, the, mechanism includes an interior ball having a wrist pin that extends out from opposite sides of the interior ball. An intermediate housing movably contains the interior ball, and allows the wrist pin to extend beyond opposite sides of the intermediate housing. The intermediate housing allows the wrist pin And the interior ball freedom to move independently with respect to the intermediate housing. A connecting rod is fixedly connected to the intermediate housing. An exterior housing movably contains the intermediate housing. The exterior housing allows the wrist pin to extend beyond opposite sides of the exterior housing, and thus the exterior housing moves together with the interior ball.

Abstract: The present invention is directed to a filter basket having a wall configured to form a basket. The wall has a drain hole formed in a lower portion thereof and a regulating member for regulating a flow of liquid flowing through the basket into the drain hole. One embodiment includes a pair of planar surfaces positioned within the basket and connected to an inner surface of the wall; the pair of planar surfaces define a longitudinal slot therebetween. The size of the slot is configured to restrict the flow of fluid through the basket to maintain a predetermined level of fluid within the basket for a predetermined dwell period of about five minutes to about seven minutes.

Abstract: A barbecuing cooker uses infrared rays to cook the food contained therein to provide excellent taste and nutrition and to permit easy cleaning of the cooking chamber as well as handy mounting or dismounting of spits. The barbecuing cooker comprises a main body with side and rear reflecting plates as the inner walls of a cooking chamber, an upper and lower door for opening or closing the inlet opening of the cooking chamber, a ceramic heater, spits provided rotatably through gear wheels, a motor for operating the gear wheels, a control panel for controlling the ceramic heater and motor, an oil receiver and a parching cage.

Abstract: A griller includes a control circuit for controlling heating operation of an electric heater unit. The control circuit includes a heater controller for controlling supply of electric power to the electric heater unit, a sensor unit for detecting cooking temperature in a cooking space of the griller and for generating a sensor output corresponding to the detected cooking temperature, a user input unit for providing a cooking temperature setting and a cooking time setting, a processor unit for controlling operation of the heater controller in accordance with the sensor output and the cooking temperature setting, and for generating an alarm activate signal upon detection that a predetermined time period corresponding to the cooking time setting has elapsed since the start of the supply of the electric power to the electric heater unit, and an alarm unit activated by the alarm activate signal for generating an alarm output.

Abstract: A pressure cooking apparatus has a locking device for locking the lid of the apparatus relative to the pan of the apparatus. The lid includes lid ramps for engaging pan ramps on the pan. The locking device is mounted to move along the wall of the pan in an inter-ramp zone so that the locking device has a locking position flush against a lateral edge of a pan ramp.

Abstract: A juice extractor includes an auger tube having an auger rotatably mounted within it. The auger has a spiral formation of decreasing pitch toward a grinding end. At the grinding end, a grinding surface bears against a grinding plate to extract more juice from fruit or vegetable sediment. Sediment is delivered through an outlet, whereas juice is deliver from a separate outlet to a cup having a special shape.

Abstract: The present invention is for a log made from wastes from forestry and the like material. The invention also is for means and method for the production of such log. The log comprises a sheath which surrounds the compressed forestry wastes of the log. A log according to the invention is produced by that forestry wastes is compressed. The goods are fed to a delimited space which corresponds to the outer shape of the log. In this space the goods are rotated around the lengthwise axis of the log to be during compression after which a holding, moisture releasing sheath is applied during rotation. In the compriming engine the log is formed inside the space which is defined by the compression rolls and the side walls including their movable side wall parts.

Abstract: In a method and an apparatus for disposing of thin, flexible material, which is in the form of a material web moved in the web direction and supplied to the disposal apparatus, a front web section at the front in the movement direction is held fast in areal manner by first holding means and a second web section spaced behind the same is held fast in areal manner by second holding means. The web material is separated by a separating device in an exposed and optionally taut intermediate section located between the retained web sections. Even tear-sensitive material can be reliably held by the flat-engaging holding means. The separation of web material held on both sides under the action of a knife or the like can take place in troublefree manner, particularly without drawing in the material. The apparatus can be used with particular advantage for the continuous disposal of used stamping film in hot stamping devices.

Abstract: Disclosed is an improved electronic image printing method, which uses a fourfold-laminated sheet B comprising a substrate, a mold-release layer, an adhesive layer and a milk white layer joined on top of each other in the order named, and a triple-laminated sheet A comprising a substrate, a mold-release layer and a resin layer joined on top of each other in the order named, thereby permitting a white letter or pattern to be printed on a piece of colored cloth. The adhesive layer may be selected to be appropriate for sticking fast to the material of which an article to be printed is made.

Abstract: An offset printing method comprises the steps of: a process for suspending a sheet-shaped or belt-shaped blanket by supporting both ends thereof at the leading and trailing ends thereof in the printing direction; and a process for performing ink reception from a plate to the blanket and also transferring ink from the blanket to a work, by pressing the blanket by a pressuring jig from an upwards direction down onto a plate or work situated below and sweeping in the printing direction. An offset printing apparatus is configured so as to carry out this method.

Abstract: An inking unit in a printing machine includes a throw-off device for throwing an ink applicator roller group off a printing form cylinder, the throw-off device including a rotatable roller throw-off cam contoured so that, in a first rotational position of the cam, all the ink applicator rollers are in contact with the form cylinder and, in a second rotational position of the cam, the ink applicator roller group is thrown off the form cylinder and at least one ink applicator roller is in contact with the form cylinder; and a printing machine, especially an offset printing machine, having at least one inking unit with the foregoing features.

Abstract: A method for forming a seamless cylindrical photosensitive element on a flexible cylindrical sleeve wherein the flexible sleeve is mounted onto a sleeve support to isolate the flexible sleeve from high temperature and/or high pressure associated with forming a cylindrical photosensitive layer on the flexible sleeve.

Abstract: There are provided a plate-making sheet and a printing device for printing on the plate-making sheet. The plate-making sheet is in the form of a strip and for being printed with stamp characters to be engraved on a stamping face of a stamp, in parallel with a process for making the stamp, for permitting checking of the stamp characters and for indication of the stamp characters on a back surface of the stamp. The plate-making sheet comprises a backing sheet, and an adhesive sheet laminated on the backing sheet and having a surface to be printed with the stamp characters. The surface of adhesive sheet is formed with a character check area to be printed with the stamp characters for permitting the checking of the stamp characters, and at least one indication character area to be printed with the stamp characters for the indication of the stamp characters. In the printing device, a printing mechanism prints stamp characters in a character check area and at least one indication character area.

Abstract: The apparatus of the present invention increases the operating envelope for large format thermal ink jet printing via a directed fluid flow from specially-designed orifices which promote fluid flow on a printed surface adjacent a printing zone in a large format ink jet printer where in addition to the optimized fluid flow one or more heating elements are inserted directly into the fluid flow to thereby promote drying of said printed surface. In one embodiment, a single dual-duct plennum spans the width of a roll-fed large format ink jet print engine and a first duct distributes heated air downward (in the direction of media web movement) and a second duct evacuates a printing space so that any potentially harmful ink vapors or other air-borne contaminant is appropriately fluidly coupled to either a remote exhaust vent or vapor capture vessel.

Abstract: A method and apparatus for changing a printing plate on a plate cylinder in a sheet-fed offset printing machine is provided. The printing plate is first fed to the plate cylinder with its print-end edge leading the print-start edge. The print-end edge of the printing plate is then fixed in a first fixing device on the plate cylinder assigned to the print-end edge of the printing plate. The plate cylinder is then rotated in a direction opposite to the direction of rotation used during a printing operation to draw the printing plate around the outer circumference of the plate cylinder. The print-start edge of the printing plate is then fixed to a second fixing device on the plate cylinder that is assigned to the print-start edge of the printing plate and tensioned on the plate cylinder.

Abstract: An image is printed on a substrate by means of a computer driven printer using heat activated dyes, without activating the dyes during the process of printing onto the substrate. The dyes are susequently activated by applying sufficient heat and pressure to the substrate to activate the dyes.

Abstract: A shock tube connector system comprises a substantially cylindrical detonator having a longitudinal axis a block body receiving the detonator therein, and an end cap. The detonator includes an axisymmetric exterior shell including a cylindrical main section, a cylindrical explosive end portion having a diameter less than the diameter of the main section, and a transition portion connecting the main section and the explosive end portion of the shell. An explosive charge is contained within the explosive end portion of the shell and is distributed along the longitudinal length of the explosive end portion. The explosive charge preferable comprises two portions of lead azide or a first charge portion of lead azide and PETN and a second charge portion of PETN. An initiating shock tube is operatively connected to the explosive charge via a delay element. The block body includes a housing within which the main section of the detonator is received.

Abstract: A loading car for bulk materials includes a vehicle undercarriage frame defining a longitudinal axis and including first and second car frames connected to one another by a coupler. Rail undercarriages are provided for supporting the vehicle undercarriage frame for mobility on a railroad track. A carrying frame is mounted on the first and second car frame by means of swivel rings, with a storage box built on the carrying frame. A bottom conveyor belt having a discharge end is deposited in the storage box, and a transfer conveyor belt extending at an angle to a horizontal plane is associated with the discharge end of the bottom conveyor belt. Disposed between the storage box and the first and second car frames are supported members, each of which including two hydraulic cylinders positioned opposite one another transversely to the longitudinal axis.