Abstract: Techniques are disclosed for automatically executing scripts for event in response to user activity within the event. A server executing a video conferencing service, receives meeting scheduling information and a set of user-specified scripting information from a user requesting to generate an event. In response to receiving a request from user device to access the event, the server causes display of an event interface to the device, the displayed interface including indications of sub-groups of a group of users accessing the conferencing service via a plurality of user devices and an indication of a video feed of a user in the group of users that is currently active. In response to one or more triggers corresponding to the event, one or more scripts are executed for the event, where executing the one or more scripts includes altering the displayed interface.

Abstract: Oil system for a turbomachine, making it possible to continue the supply of oil to the pieces of equipment of the turbomachine in case of occurrence of a fire within the turbomachine, including an oil circuit, at least one oil-consuming piece of equipment, supplied by the oil circuit, a pumping unit, including at least one speed-pilotable electrically driven pump, supplying the oil circuit, and an electronic control unit, configured to pilot the electrically driven pump, wherein the electronic control unit includes two separate logics of piloting the electrically driven pump, and wherein the electronic control unit is configured to pilot the electrically driven pump according to the first logic by default and to switch to the second logic in case of receipt of a signal representative of the presence of a fire or of an overheating.

Abstract: Oil system for a turbomachine, making it possible to continue the supply of oil to the pieces of equipment of the turbomachine in case of occurrence of a fire within the turbomachine, including an oil circuit, at least one oil-consuming piece of equipment, supplied by the oil circuit, a pumping unit, including at least one speed-pilotable electrically driven pump, supplying the oil circuit, and an electronic control unit, configured to pilot the electrically driven pump, wherein the electronic control unit includes two separate logics of piloting the electrically driven pump, and wherein the electronic control unit is configured to pilot the electrically driven pump according to the first logic by default and to switch to the second logic in case of receipt of a signal representative of the presence of a fire or of an overheating.

Abstract: The invention relates to a method for coupling/uncoupling between a transmitter (1) and a receiver (2) capable of communicating with one another via a wireless link, characterized in that it comprises the following steps: transmission of a first signal by the transmitter (1), transmission of a second signal by said transmitter (1), amplitude processing by the receiver (2) of the first signal (30, 32) and of the second signal (31, 33) received and storage or deletion by the receiver of an identification code (C1, C2, Cn) of the transmitter (1) according to the processing carried out.

Abstract: The present invention relates to a reading/writing station (ST) comprising a casing (1) including in particular a memory (M) and an antenna (AN) for exchanging data wirelessly by inductive technology with electronic tags (ET, ETI), each having an antenna (5, 8), a memory (60, 70) and data processing means (61, 71) for interpreting requests sent by the station (ST), characterized in that: an electronic tag, called integrated electronic tag (ETI), suitable for storing data in its memory (70), is incorporated in the reading station (ST), the integrated electronic tag (ETI) is located in the reading station (ST), within range of the antenna (AN) of the reading station (ST). The integrated electronic tag (ETI) makes it possible in particular to store data relating to the configuration of the reading station (ST) and/or application data.

Abstract: The invention relates to an inductive proximity detector comprising an oscillating circuit excited with resonance by a generator and comprising a detection coil sensitive to a metal target to be detected, wherein the oscillating circuit comprises a reference coil arranged to present a mutual inductance with respect to the metal target to be detected that is substantially lower than that of the detection coil with respect to the metal target, the oscillating circuit comprises a switch able to assume two positions to connect each coil alternately, the detector comprises processing means connected to the coils making it possible to determine the presence or absence of the metal target close to the detector.

Abstract: The invention relates to a method for coupling/uncoupling between a transmitter (1) and a receiver (2) capable of communicating with one another via a wireless link, characterized in that it comprises the following steps: transmission of a first signal by the transmitter (1), transmission of a second signal by said transmitter (1), amplitude processing by the receiver (2) of the first signal (30, 32) and of the second signal (31, 33) received and storage or deletion by the receiver of an identification code (C1, C2, Cn) of the transmitter (1) according to the processing carried out.

Abstract: The invention relates to an inductive proximity detector comprising an oscillating circuit (1) excited with resonance by a generator (2) and comprising a detection coil (10) sensitive to a metal target (4) to be detected, characterized in that: the oscillating circuit (1) comprises a reference coil (11) arranged to present a mutual inductance with respect to the metal target (4) to be detected that is substantially lower than that of the detection coil (10) with respect to the metal target (4), the oscillating circuit (1) comprises a switch (13) able to assume two positions to connect each coil (10, 11) alternately, the detector comprises processing means (3) connected to the coils (10, 11) making it possible to determine the presence or absence of the metal target (4) close to the detector.

Abstract: A method is presented for setting parameters of a field station equipped with an antenna for exchanging data in a contactless manner through RFID technology with electronic tags, the field station equipped with a signalling unit and equipped with electronic circuits including a memory containing at least one parameter. The invention consists in particular of updating a field station parameter as a function of the duration for which an electronic setting tag remains within the range of the field station antenna and of transmitting a signal using a signalling unit when the parameter of the field station is being updated.

Abstract: The present invention relates to a reading/writing station (ST) comprising a casing (1) including in particular a memory (M) and an antenna (AN) for exchanging data wirelessly by inductive technology with electronic tags (ET, ETI), each having an antenna (5, 8), a memory (60, 70) and data processing means (61, 71) for interpreting requests sent by the station (ST), characterized in that: an electronic tag, called integrated electronic tag (ETI), suitable for storing data in its memory (70), is incorporated in the reading station (ST), the integrated electronic tag (ETI) is located in the reading station (ST), within range of the antenna (AN) of the reading station (ST). The integrated electronic tag (ETI) makes it possible in particular to store data relating to the configuration of the reading station (ST) and/or application data.

Abstract: The subject of the present invention is a method for setting parameters of a field station (St) equipped with an antenna (An) for exchanging data in a contactless manner through RFID technology with electronic tags (Et1, Et2, EP), equipped with a signalling unit (1) and equipped with electronic circuits including a memory (M) containing at least one parameter. The invention consists in particular in determining a field station parameter as a function of the time in which an electronic setting tag (EP) remains within the range of the field station antenna (An) and in transmitting a signal using a signalling unit (1) when the parameter of the field station (St) is being modified. The invention applies for example to the setting of an address of the field station (St) in a communications network.

Abstract: Compounds of Formula (IA), (IB), (IC), and (ID) wherein R1, R2, R3, R4, R5, and R6 are as respectively defined herein for Formula (IA), (IB), (IC), and (ID), or a tautomer, prodrug, solvate, or salt thereof; pharmaceutical compositions containing such compounds, and methods of modulating the glucocorticoid receptor function and methods of treating disease-states or conditions mediated by the glucocorticoid receptor function or characterized by inflammatory, allergic, or proliferative processes in a patient using these compounds.

Abstract: Light curtain comprising two long assemblies defining between them an area to be monitored. Each assembly P1, P2 comprises with regard to the other assembly a striped surface of light 13 and dark areas 12 thus forming a grid. A linear or matrix receiver having a suitable optic picks up the image from the grid and the processing means of the two assemblies process the corresponding image signals to send an intrusion signal. Each assembly should preferably have two receivers RH1, RB1; RH2, RB2 near its ends and the optic associated to each receiver should cover the whole length of the opposite assembly, and the processing means should carry out a redundant processing of the images of the monitored area.

Abstract: Disclosed are novel cathepsin S, K, F, L and B reversible inhibitory compounds of the formulas (I), (II), (Ia) and (Ib) further defined herein. The compounds are useful for treating autoimmune diseases. Also disclosed are processes for making such novel compounds.

Abstract: Disclosed are cathepsin S ,K, F, L and B reversible inhibitory compounds of the formulas (I), (II), (Ia) and (Ib) further defined herein. The compounds are useful for treating autoimmune diseases. Also disclosed are processes for making such novel compounds.

Abstract: Each assembly P1, P2 comprises with regard to the other assembly a striped surface of light 13 and dark areas 12 thus forming a grid. A linear or matrix receiver having a suitable optic picks up the image from the grid and the processing means of the two assemblies process the corresponding image signals to send an intrusion signal. Each assembly should preferably have two receivers RH1, RB1; RH2, RB2 near its ends and the optic associated to each receiver should cover the whole length of the opposite assembly, and the processing means should carry out a redundant processing of the images of the monitored area.