WO/2015/143460 ELECTRODE SET, IN PARTICULAR FOR A DEFIBRILLATOR||WO||01.10.2015|
||PCT/AT2015/000031||LEONH. LANG||LANG, Burrhus|
The invention relates to an electrode set (30), in particular for a defibrillator (35), containing at least two electrodes (1a, 1b). Each electrode consists of a carrier layer (2), a conductive contact layer (3), a conductive gel layer (4), and a non-conductive electrode cover (5). In the stored state of the electrode set (30), the electrode covers (5) lie against each other in a planar manner at least in some sections, on the side facing away from the gel layer (4) of the at least two electrodes (1a, 1b). The gel layers (4) of the electrodes (1a, 1b) directly touch each other in some sections through at least two openings (14, 15) in the electrode covers (5).
WO/2015/143466 DEVICES, SYSTEMS, AND METHODS FOR EMERGENCY LIGHT OPERATION||WO||01.10.2015|
||PCT/AT2015/050071||TRIDONIC GMBH & CO KG||SIMMET, Armin|
The invention relates to an operating device (10) for at least one light-emitting diode (9) having an input (11) for coupling to a DC bus (6) in order to receive a DC supply voltage. The operating device (10) has a configurable emergency light function. The operating device (10) is designed to produce, in the emergency light case, the LED current for the at least one light-emitting diode (9) in dependence on how the emergency light function is configured.
WO/2015/143470 ILLUMINATION SYSTEM HAVING A CONTROL DEVICE||WO||01.10.2015|
||PCT/AT2015/050075||TRIDONIC GMBH & CO KG||MOHR, Klaus|
The invention relates to an illumination system (A) comprising at least one operating device (1) for operating illumination means, comprising a control device (10), which transmits and receives digital control commands, wherein the operating devices (1) are controlled in terms of brightness and preferably colour by means of control commands, wherein the control device has a receiver for the radio signal of a radio-controlled clock, the control device (10) is designed for detecting the clock time with reference to the radio signal of the radio-controlled clock and for determining a/the current light colour of the external light with reference to the detected clock time, the control device (10) sends a colour command as control command to at least one operating device independently of the determined light colour, the operating device adapts the control of the illumination means according to the received colour command.
WO/2015/143468 METHOD FOR CLEANING SYSTEMS||WO||01.10.2015|
||PCT/AT2015/050073||THONHAUSER GMBH||HERZOG, Daniel|
The invention relates to a method for cleaning a system, comprising conducting through a cleaning composition which comprises at least one oxidizing agent and conducting through an indicator composition for detecting the cleanliness state of the system by way of observation of a colour change of the indicator composition, to which end colour values are determined at one or more points and are compared with a setpoint value, with the characterizing part that: a cleaning composition which contains a colour indicator is used, which cleaning composition is conducted continuously through the system; the colour values F of the composition are determined at fixed time intervals after the exit thereof from the system; differences ΔF are formed from two colour values which follow one another; colour values are determined before commissioning of the clean system until the difference ΔF=0, after which the colour value measured last is defined as an inherent system value FA and a maximum tolerable deviation from said value is fixed as a setpoint value ΔFA for cleaning; and the cleaning of the system is carried out after operation thereof until a difference of ≤ ΔFA is measured.
WO/2015/143465 OPERATING CIRCUIT, CONTROL GEAR, LIGHTING SYSTEM AND METHOD FOR OPERATING AT LEAST ONE LIGHT-EMITTING DIODE||WO||01.10.2015|
||PCT/AT2015/050070||TRIDONIC GMBH & CO KG||SCHÖNBERGER, John|
An operating circuit (10) for at least one light-emitting diode (5) is configured to receive a DC supply voltage and to provide an LED current for the at least one light-emitting diode (5). The operating circuit (10) comprises an integrated semiconductor circuit (11) for controlling the operating circuit (10). The integrated semiconductor circuit (11) is configured to read control signals modulated onto the DC supply voltage and/or to modulate a signal onto the DC supply voltage.
WO/2015/143461 ABRASIVE PARTICLE AGGLOMERATE||WO||01.10.2015|
||PCT/AT2015/000034||TYROLIT - SCHLEIFMITTELWERKE
SWAROVSKI K.G.||HIRSCHMANN, Martin|
The invention relates to an agglomerate (1) which consists of at least two substantially rod-shaped abrasive particles (2), the at least two of the substantially rod-shaped abrasive particles (2) being bonded to each other via a glass bond (3) and the longitudinal axes of the at least two substantially rod-shaped abrasive particles (2) pointing in different directions in space.
WO/2015/143471 METHOD FOR THE OPTICAL DETECTION OF SYMBOLS||WO||01.10.2015|
||PCT/AT2015/050080||9YARDS GMBH||ALBERTINI, Daniel|
The invention relates to the optical detection of symbols (4) displayed on a display (2), wherein image data which contains a representation of the display (2) is obtained, comprising the steps: detection (29, 30) of a display area of the display (2) in the image data obtained; preparation (32) of the image data representing the display area detected; performance of an optical symbol detection (34, 35) by using the prepared image data; and storage of the symbol detected during the optical symbol detection (34, 35) in a memory (13).
WO/2015/143463 DEVICE AND METHOD FOR NON-INVASIVELY DETERMINING LACTATE VALUES||WO||01.10.2015|
||PCT/AT2015/000046||KROTTMAIER, Johannes||KROTTMAIER, Johannes|
The invention relates to a device (1) for non-invasively determining lactate values, comprising at least one optical sensor (11), a signal excitation unit, which emits light that excites a luminescence event of the at least one optical sensor, an optical measuring electrode (3), and an evaluating unit, wherein the at least one optical sensor (11) is an oxygen sensor that is integrated in an inhalation and exhalation pipe (10) and is based in particular on a platinum-porphyrin complex or ruthenium-porphyrin complex embedded in a polymer matrix, the signal excitation unit, which is designed as an excitation light source, has a reference light source (15), and the optical measuring electrode (3), which is designed as a photodiode (4), has an excitation or measurement frequency in the range of 50 to 400 ms-1. Furthermore, both the signal excitation unit and the evaluating unit (5) are coupled to a computing unit, and the signal excitation unit and the evaluating unit are also coupled to at least one measuring electrode (3) designed as a pulse measuring electrode and to a measured-value transferring unit. The invention further relates to method in which said device is used.
WO/2015/143464 METHOD FOR FAULT-TOLERANT CLOCK SYNCHRONIZATION IN WIRELESS TIME-TRIGGERED NETWORKS||WO||01.10.2015|
||PCT/AT2015/050065||FTS COMPUTERTECHNIK GMBH||KOPETZ, Hermann|
The invention relates to a method for the wireless fault-tolerant synchronization of clocks of node computers in a distributed real-time system, which distributed real-time system comprises a number of arenas, wherein a multiplicity of node computers communicate with base stations in each arena using time-controlled wireless data messages, wherein one or more base stations are arranged in each arena, and wherein at least one Global Navigation System Signal Generator (GNSSG) is present in each arena, wherein all GNSSGs communicate with one another via a wired time-controlled communication system (ZKS) using time-controlled messages, and wherein each GNSSG transmits at least one GNS message exactly at the beginning of each full and half minute of the global ZKS time provided by the time-controlled communication system, and wherein a node computer disciplines the oscillator of the clock thereof using at least one received GNS message and therefore participates in the global ZKS time, and wherein trigger signals for transmitting time-controlled data messages between the node computers and the base stations on one or preferably more wireless bidirectional data channels are derived from the progression of the global ZKS time according to a schedule individually created a priori for each node computer and each base station.
WO/2015/143462 METHOD FOR FASTENING OR FIXING A GLASS PANE||WO||01.10.2015|
||PCT/AT2015/000044||GOLL, Jürgen||GOLL, Jürgen|
The invention relates to a method for fastening or fixing a glass pane (2) or a sheet-like structure in a frame (3), in particular for fixed glazing units. The frame (3) has an outer glass stop (4) with a smaller clear width than the glass pane (2), on which stop the glass pane (2) is placed, if appropriate via a seal (19). After placing the glass pane (2) on the glass stop (4), there is arranged at least one glass holder (1) which lies on the surface of the frame (3) and bears by way of a pressing face (5) against the glass pane (2) at the edge region of the latter. This glass holder (1) has a bore (6) which is provided at an angle (a) to the glass plane and is intended for a screw (7), wherein the fastening of the glass pane (2) is effected via the glass holder (1) and a contact pressure on the outer glass stop (4) is produced by the screw (7) which is provided in the glass holder (1), is guided obliquely via the bore (6) and is screwed into the frame (3).