Abstract: The present invention relates to a flow measurement system for controlling a gas fireplace (1) comprising a flow passage (11) in fluid communication with the gas fireplace by use of a differential pressure pressostat (13). A first gauge connector (14) is in the flow passage and connected to a first pressure sensor in the differential pressure pressostat for measuring a total pressure in a fluid flowing in the flow passage. A second gauge connector (15) is arranged near the first gauge connector and connected to a second pressure sensor in the differential pressure pressostat for measuring a static pressure in the fluid flowing in the flow passage. Based on these measures a dynamic pressure, and there from the flow velocity, in the fluid flowing in the flow passage is determined and used to switch off the gas fireplace, when the flow becomes below a set threshold value.

Abstract: The present invention relates to a flow measurement system arranged for controlling a gas fireplace (1). It comprises a flow passage (11) in fluid communication with the gas fireplace to be controlled by use of a differential pressure pressostat (13). A first gauge connector (14) is arranged in the flow passage and connected to a first pressure sensor in the differential pressure pressostat for measuring a total pressure in a fluid flowing in the flow passage. A second gauge connector (15) is arranged near the first gauge connector and connected to a second pressure sensor in the differential pressure pressostat for measuring a static pressure in the fluid flowing in the flow passage. Based on these measures a dynamic pressure, and there from the flow velocity, in the fluid flowing in the flow passage is determined. This parameter is used to switch off the gas fireplace, when the flow becomes below a set threshold value.

Abstract: A method and an assemblage for checking an output of a random generator are presented. In the method, signatures that are respectively created from a sequence of sampled values are compared with one another.

Abstract: A method for generating a one-way function, as well as a circuit arrangement, which implements the one-way function, are set forth.

Abstract: A method and a device for generating a random output bit sequence are put forth. In the case of these, an input is inputted into a set-up of finite state machines. The set-up ascertains an output on the basis of the input; the input being inputted into the set-up, linked to a one-way function.

Abstract: A system for wireless data transmission between a stationary transmitting/reception device and a rotating body, e.g., a vehicle wheel, having secondary antennas, is provided. A plurality of stationary primary antennas are coupled to the stationary transmitting/reception device, and a plurality of secondary antennas are positioned along a circumference of the rotating body. Amongst the plurality of primary antennas, at least one primary antenna is provided for transmitting electrical energy to the secondary antennas, and at least one other primary antenna is provided for communications with the secondary antennas. In this manner, data transmission independent of the speed of the rotating body and the position of the secondary antennas is achieved.

Abstract: A system for wireless data transmission between a stationary transmitting/reception device and a rotating body, e.g., a vehicle wheel, having secondary antennas, is provided. A plurality of stationary primary antennas are coupled to the stationary transmitting/reception device, and a plurality of secondary antennas are positioned along a circumference of the rotating body. Amongst the plurality of primary antennas, at least one primary antenna is provided for transmitting electrical energy to the secondary antennas, and at least one other primary antenna is provided for communications with the secondary antennas. In this manner, data transmission independent of the speed of the rotating body and the position of the secondary antennas is achieved.

Abstract: Carboxylic acid amides of general formula which inhibit telomerase and are useful for treating tumor diseases such as carcinomas, sarcomas and leukaemias. Exemplary compounds are: (1) trans-3-(naphth-2-yl)-but-2-enoic acid-N-(2-carboxy-phenyl)-amide, and, (2) trans-3-(naphth-2-yl)-but-2-enoic acid-N-(2-carboxy-4,5-dimethoxy-phenyl)-amide.

Abstract: The present application relates to new carboxylic acid amides of general formula wherein A, B and R1 to R3 are defined as in claim 1, processes for preparing them, pharmaceutical compositions containing these compounds and the use thereof and their preparation.

Abstract: The present application relates to the use of the carboxylic acid derivatives of general formula

Abstract: The present application relates to carboxylic acid amides of general formula wherein A, B and R1 to R3 are defined as in claim 1, processes for preparing them, pharmaceutical compositions containing these compounds and the use thereof and their preparation.

Abstract: The present application relates to carboxylic acid amides of general formula 1

Abstract: The present application relates to new carboxylic acid amides of general formula 1

Abstract: Carboxylic acid amides of general formula 1

Abstract: Carboxylic acid amides of general formula which inhibit telomerase and are useful for treating tumour diseases such as carcinomas, sarcomas and leukaemias. Exemplary compounds are: (1) trans-3-(naphth-2-yl)-but-2-enoic acid-N-(2-carboxy-phenyl)-amide, and, (2) trans-3-(naphth-2-yl)-but-2-enoic acid-N-(2-carboxy-4,5-dimethoxy-phenyl)-amide.

Abstract: A protective ring for resisting contact corrosion for a connecting element such as a screw which can be fitted to a component and which has a bearing surface for bearing against the component includes a sealing ring of plastic material. The sealing ring is carried on the connecting element in such a position that before the connecting element is tightened the sealing ring provides a bead which projects in the axial direction beyond the bearing surface and which, upon tightening of the connecting element, can be permanently axially braced relative to the component to form an annular sealing surface which extends around the contact surface between the connecting element and the component. The sealing ring has a protective sheathing for the connecting element, which projects in the opposite direction to the bead.

Abstract: A force fit connecting element (1), particularly a wheel stud, which may be force fit into in a drilled hole (3) through the exertion of an axial force, having a shank (5) and a stop (4) in the shape of a head, a collar or the like, having a diameter larger than shank (5). The shank (5) has on the side facing the stop (4) a force fit section (10), which is oversized with respect to the corresponding drilled hole (3). The shank (5) has on the side facing away from the stop (4) a section (22) with a fastening thread (23). The force fit section (10) has a multiple-threaded, preferably at least triple-threaded, helical profile (11). The helical profile (11), with respect to the cylindrical surface area of the drilled hole (3), has a contact area fraction (33) of at least 30% and is made by cold forming.

Abstract: Disclosed are novel trans-repressing analog receptors wherein the ligand-binding domain(s) are modified versus wild type receptor, such novel receptors having repressed trans-activation transcription activation properties. Also disclosed are recombinant methods and means for preparing such receptors and assays using such receptors.

Abstract: A sound decoupling connecting element (1) for two parts (27, 28) with a gasket (29) inserted inbetween has a screw (2) with a head (4) and a shaft (8) with a threaded section (10, 11) and a radially extending support area (14) resting on a counter surface in the end-mounted position. The connecting element (1) has a sound decoupling sleeve-like formed body 3 made of an elastomer material. The formed body (3) has limited axial movement on the screw (2) in the mounted state of the connecting element (1), but is held in an unlosable fashion. The formed body (3) has such an axial length that it protrudes the first part (27) with a continuation (19) in the direction of the gasket (29) in the state of being inserted in the first part (27). The continuation (19) of the formed body (3) has a recess (20) for taking up in an unlosable fashion the gasket (29).