Abstract: A method of screening for possible onset of sepsis in a patient includes providing the patient with a transducer that automatically and periodically measures a first physiological parameter of the patient and transmits a first signal that is encoded with the measured parameter value, and receiving the first signal and automatically comparing the measured parameter value with at least one alarm limit. The first physiological parameter is body temperature, heart rate, respiration rate or a clinical indicator of sepsis. A conditional warning signal is asserted in the event that the measured parameter value bears a predetermined relationship to said alarm limit and an alarm signal is issued in the event that a physiological condition other than the condition that gave rise to the conditional warning signal is indicative of onset of sepsis.

Abstract: A device for measuring a resistance includes a comparator. A D-type flip-flop has its D input connected to the output of the comparator and its latch input connected for receiving a pulse signal at a fixed pulse repetition rate. A reference voltage source is connected to a first of the inputs of the comparator and an integrator is coupled between an output of the flip-flop and the second of the two inputs of the comparator. The integrator includes a resistor whereby the integrator develops a voltage at the second input of the comparator that depends on the pulse repetition rate and on the resistance of the resistor. The comparator, the integrator and the flip-flop are connected in a negative feedback loop such that at steady state the voltage developed by the integrator at the second input of the comparator is substantially equal to the reference voltage.

Abstract: A method of screening for possible onset of sepsis in a patient includes providing the patient with a transducer that automatically and periodically measures a first physiological parameter of the patient and transmits a first signal that is encoded with the measured parameter value, and receiving the first signal and automatically comparing the measured parameter value with at least one alarm limit. The first physiological parameter is body temperature, heart rate, respiration rate or a clinical indicator of sepsis. A conditional warning signal is asserted in the event that the measured parameter value bears a predetermined relationship to said alarm limit and an alarm signal is issued in the event that a physiological condition other than the condition that gave rise to the conditional warning signal is indicative of onset of sepsis.

Abstract: A skin patch includes first and second layers of material and a telesensor sandwiched between the first and second layers. The first layer has a coating of skin-compatible adhesive material on its face that is remote from the second layer.

Abstract: Score values representing a user's subjective rating of a condition as recorded using a monitor worn by or secured to the user. The monitor includes a clock for generating a periodic timing signal, a user interface for entering score values and a transducer for prompting the user to enter a score value. A time storage device stores timing information and a data storage device for stores time values and related score values. A controller activates the transducer at times indicated by the timing information. The stored time values and related score values can be read from the data storage device.

Abstract: A screen printing machine has a printing screen and above the same a roller squeegee including a stationary shaft and a tubular jacket which rotatably surrounds the shaft with clearance. Fluid pressure is exertable on the jacket of the squeegee roller in a direction away from the printing screen to counteract the weight of the jacket.

Abstract: A squeegee arrangement has a holder which supports a squeegee member having a squeegee blade. A supporting block on the holder engages and supports the squeegee member. A spring element engages the squeegee blade at or in the vicinity of the longitudinally extending free edge thereof.

Abstract: A screen printing machine wherein a hollow cylindrical stencil rotates about a stationary but adjustable horizontal header which supplies a liquid and is welded to a carrier for a reciprocable or pivotable holder supporting a blade-like or rod-like squeegee. The latter is biased against the internal surface of the stencil by a deformable tubular cushion which is received in a U-shaped portion of the carrier and is deformed by an elongated extension of the holder which imparts to the cushion a kidney-shaped cross-sectional outline. The cushion can be bonded to the carrier and comprises an elastic hose which is reinforced by one or more textile or metallic layers or a non-elastic hose which is reinforced by one or more layers of elastomeric material.

Abstract: A screen printing machine according to the invention has one or more printing stations each provided with a printing screen having a surface adapted to support a printing medium which is to be forced through the printing screen onto a travelling web. A rotary squeegee is provided for forcing the printing medium through the printing screen. The squeegee has a non-rotatable shaft which is mounted so as to be upwardly spaced from and extending substantially parallel to the surface of the printing screen, and a driven tubular jacket which rotatably surrounds the shaft and which is driven in rotation. An arrangement is provided for shifting the squeegee relative to the printing screen surface and into pressure-exerting line contact with the same.

Abstract: A control device for controlling the level of a liquid in a container, a tank, a printing machine, or the like, which includes an elongated member in form of a tube or a cable, having a free end adjacent the desired maximum liquid level in the container and being adapted to feed a control medium, i.e., a gas, electric current, or light therethrough, which acts on a signalling device, or control means of a pump for feeding liquid in the container and which are actuated when the liquid reaches the free end of the elongated member. The elongated member being adjustably mounted for adjusting the position of the free end thereof in vertical direction.

Abstract: A textile web is advanced in a path, and one or more printing stations print onto it. Downstream of the printing station or stations is provided a suction arrangement which contacts the advancing textile web from below, extending across the entire width of the web and exerting suction through the latter.

Abstract: A screen printing machine has an endless stencil which is trained about a plurality of supporting rollers. A squeegee roller defines with a portion of the inwardly directed stencil surface a trough into which printing medium can be fed to form a medium pool therein. Confining elements extend across the trough at locations spaced lengthwise of the same and have surface portions which sealingly and slidably engage the squeegee roller and the inwardly directed stencil surface, respectively, to prevent undesired escape of printing medium from the pool.

Abstract: A screen printing machine wherein a hollow cylindrical stencil rotates about a stationary but adjustable horizontal header which supplies a liquid and is welded to a carrier for a reciprocable or pivotable holder supporting a blade-like or rod-like squeegee. The latter is biased against the internal surface of the stencil by a deformable tubular cushion which is received in a U-shaped portion of the carrier and is deformed by an elongated extension of the holder which imparts to the cushion a kidney-shaped cross-sectional outline. The cushion can be bonded to the carrier and comprises an elastic hose which is reinforced by one or more textile or metallic layers or a non-elastic hose which is reinforced by one or more layers of elastomeric material.

Abstract: An endless printing screen is trained about two or more guide rollers for traveling an endless path. Abutment members in form of longitudinally continuous or discontinuous elements are mounted on the respective lateral edge portions of the screen, extending from one of the screen surfaces. Tensioning units are mounted adjacent these edge portions and are provided with grooves through which the abutment members travel. Each tensioning unit at one of the lateral edge portions is connected with a tension unit at the opposite lateral edge portion by an arrangement which makes it possible to move the tensioning units apart from one another in direction transversely of the travel of the printing screen, thereby tensioning the printing screen. The thus-connected tensioning units can also be moved in toto in direction transversely of the travel of the printing screen.

Abstract: An enclosed receptacle has a plurality of outlet nozzles, and is subdivided into two compartments one of which communicates with the outlet nozzles and which are separated by a flexible diaphragm. A cushion of compressed gas is maintained in the other compartment, and an arrangement is provided for admitting printing ink into the compartment communicating with the outlet nozzles.

Abstract: A screen printing machine wherein a cylindrical stencil is rotatable about a horizontal axis and the liquid-supplying header in the stencil supports a carrier for a horizontal pintle pivotably mounting an elongated holder for a blade-like or rod-like squeegee. A gas-filled deformable cushion between the carrier and the holder biases the squeegee against the internal surface of the stencil opposite the locus where the external surface of the stencil contacts the material to be printed. Several helical springs which are attached to the holder and to the header bias the holder upwardly with a force which compensates for the combined weight of the squeegee and holder so that the force with which the squeegee bears against the internal surface of the stencil depends exclusively on the regulatable pressure of gaseous fluid in the cushion.

Abstract: A web is guided onto a movable support, such as a printing blanket, and the web and the support are advanced together in a common direction, but at differential speeds so that the web will be subjected to tensioning. Onto the thus supported and tensioned web, a print is then applied. The invention discloses the method of carrying out the above sequence, and an apparatus.

Abstract: A web is guided onto a movable support, such as a printing blanket, and the web and the support are advanced together in a common direction, but at differential speeds so that the web will be subjected to tensioning. Onto the thus supported and tensioned web, a print is then applied. The invention discloses an apparatus for carrying out the above sequence.

Abstract: A screen printing machine includes a pair of transversely spaced first rollers mounted for rotation about axes located in a common substantially horizontal plane, and a second roller which is mounted for rotation about a second axis substantially paralleling the first axes and being located in a higher second plane. An endless printing screen is placed about the rollers to be entrained by the same; in the space between the first rollers it defines a printing run. First adjusting arrangements are provided by means of which the second roller can be raised and lowered with reference to the first rollers, and second adjustments are provided by means of which the second roller can be displaced in its horizontal plane transversely of its axis of rotation.

Abstract: A printing machine has a printing station, certain components of which require intermittent cleaning due to fouling by the printing ink. An endless printing blanket is trained about a reversing roller that is spaced lengthwise of the machine from the printing station; the printing blanket has an upper run extending beneath the printing station and carrying the workpiece to be printed. The upper run is inclined downwardly with respect to the horizontal in direction from the printing station towards the reversing roller. A cleaning arrangement is provided for at times admitting a cleaning liquid into the printing station so as the clean the ink off the components, whereupon the liquid will run off the components onto the upper run of the printing blanket. Liquid-intercepting side members are provided which extend along the respective lateral edge portions of the upper run to the reversing roller and which prevent the liquid from running off the lateral edge portions into the machine.