SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

Electromagnetically induced vibration process for steel tubes - silently vibrates tubes passing through powder-melting lining installations for even covering

The vibration unit comprises a one-way rectifier, >=1 coil, the steel tube to be vibrated and abutments. The rectifier which is connected to the coil(s) can be connected up to a frequency-variable AC generator or the normal AC mains with 50 Hz. The coil(s) is connected between two abutments Pref. above or below the tube to be vibrated whilst the tube serves directly i.e. without further mechanical transfer elements, as the yoke for the coil although it does not actually contact the coil. The lack of mechanical vibratory means ensures the noise level is minimal. The one-way rectifier allows the AC to be converted into a pulsating DC which still only consists of the positive or negative semi-wave of the AC current.

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

WAERMESCHUTZ FUER DEN GAMMASTRAHLENDETEKTOR EINER ROHRWANDDICKENMESSEINRICHTUNG

SYSTEM AND PROCEDURE FOR MIXING AT LEAST FOUR COMPONENTS

System and method for mixing at least four components

VORRICHTUNG ZUR KONTINUIERLICHEN PRUEFUNG UND AUSWERTUNG VON STAHLROHREN MIT NICHTFERROMAGNETISCHEN SCHICHTEN

System and method for mixing at least four components

System und Verfahren zum Mischen von wenigstens vier Komponenten

Thermal protection for the gamma detector of a tube thickness meter

The invention relates to the protection of a gamma detector against thermal radiation. The aim of the invention consists in protecting the gamma detector against damage and destruction in tube thickness meters for hot tubes which operate using gamma radiation, in preventing corruption of the measurement results, and in minimising the distance between the measurement object and the radiation detector. The object is achieved when the holder of the measuring device accommodates the gamma detector, is designed to be hollow and is flowed through by water at a defined pressure, a silicate filter protects the gamma detector against thermal radiation, and the measurement object is surrounded at the measuring point by a double-walled table roller adaptor through which water flows at a defined pressure.

EINRICHTUNG ZUR ERZEUGUNG EINER ERSCHUETTERUNG EINES STAHLROHRES

System and method for mixing at least four components

A system for mixing four components (K1, K2, K3, K4) has a first syringe arrangement (10) and a second syringe arrangement (20). The first and second syringe arrangements (10, 20) each contain at least two chambers (11, 12; 21, 22) for holding one each of the components (K1, K2, K3, K4). It is possible to connect each chamber of one of the syringe arrangements (10) in a detachable fashion to a chamber (21, 22) of the other syringe arrangement (20). By transferring the components (K1, K2) from one of the syringe arrangements (10) into chambers (21, 22) of the other syringe arrangement (20), the transferred components (K1, K2) are mixed with components (K3, K4) which are contained in this chamber (21, 22).

Circuit arrangement for reversing and adjusting variable linear voltages

The invention relates to a circuit arrangement for reversing and adjusting variable voltages, such as can be tapped as a measure of the material thickness or density in measuring instruments which operate with radioactive radiation and scintillation measuring probes in order to determine the thickness or density of materials at a logarithmic amplifier which is followed by a pulse density meter, and serves the purpose of simple representation of the exponential relationship between the material thickness or density and the number of output pulses. The conversion and adjustment of the voltages is performed by feeding these voltages to a non-inverting operational amplifier, whose gain can be continuously controlled, in the circuit arrangement via an input voltage divider and, furthermore, by counterconnecting the output voltage of the operational amplifier to a compensation voltage, the stable countervoltage required for the compensation being obtained by dividing the operating voltage. The ...

Name-based identifiers of model elements

Embodiments of the present invention pertain to implementation of textual names as the actual identifiers of elements of models. A structured system provided for constructing the textual names so as to be unique in a specific context. In one embodiment, namespaces are added to a name as a mechanism for ensuring uniqueness across multiple development sources. In one embodiment, upon deployment to a runtime environment, alternate names are assigned to support efficient processing.

THERMAL PROTECTION OF DETECTOR FOR GAMMA- IRRADIATING DEVICES USED FOR MEASURING OF GLASS TUBE THICKNESS

System and method for mixing at least four components

SYSTEM AND METHOD FOR MIXING AT LEAST FOUR COMPONENTS

PROBLEM TO BE SOLVED: To provide a system and a method for mixing at least four components. SOLUTION: This system for mixing four components K1, K2, K3, K4 has a first syringe arrangement 10 and a second syringe arrangement 20. The first and second syringe arrangements 10, 20 include at least two chambers 11, 12;21, 22 for holding one of each component K1, K2, K3, K4, respectively. Each chamber of the syringe arrangement 10 on one side can be connected with one chamber 21 or 22 of the syringe arrangement 20 on the other side so as to separate them from each other. The components K1, K2 are transferred from the syringe arrangement 10 on one side into the syringe arrangement 20 on the other side to mix the transferred components K1, K2 with the components K3, K4 included in the chambers 21, 22. COPYRIGHT: (C)2005,JPO&NCIPI ...

System and method for mixing at least four components

System for mixing four components including a first syringe arrangement and a second syringe arrangement each with two chambers for holding components. Each of the two respective chambers of the syringe arrangements are connected in a uniquely defined fashion due to specific means for connecting the syringe arrangements. A component held by one chamber is mixed with a component of the corresponding other chamber by transfer into the other chamber. After mixing and disconnecting the second syringe arrangement from the first syringe arrangement, the two component mixtures in the chambers of the first syringe arrangement are further mixed and discharged by means of a mixing device which is to be connected to the first syringe arrangement. The connecting means allows connecting of the mixing device to the first syringe arrangement only after removal of the second syringe arrangement and a portion of the connecting means.

USER CONFIGURABLE TILES

A user configurable tile allows the user to configure a set of threshold values for a corresponding metric. When the metric is calculated by the system, it is compared against the threshold values to determine what range the calculated metric resides in. A corresponding tile is displayed, with a visual indicator that is indicative of the range that the corresponding metric resides in, relative to the one or more threshold values. 1. A computing system , comprising:a user interface component;a tile configuration system that controls the user interface component to surface a threshold configuration user input mechanism and that detects user actuation of the threshold configuration user input mechanism to identify a metric threshold corresponding to a metric for a given tile; anda tile processing system that intermittently accesses underlying data corresponding to the given tile and calculates a metric value for the metric based on the underlying data, compares the metric value to the metric threshold, and controls the user interface component to surface a tile display displaying the given tile, the metric value, and visual indicia indicative of how the metric value compares to the metric threshold.2. The computing system of wherein the tile configuration system comprises:a threshold configuration component that controls the user interface component to surface the threshold configuration user input mechanism, the metric threshold defining a plurality of ranges.3. The computing system of wherein the tile configuration system comprises:a sentiment configuration component that controls the user interface component to surface a sentiment selection user input mechanism and detect user actuation of the sentiment selection user input mechanism to identify a sentiment corresponding to at least one of the plurality of ranges.4. The computing system of wherein the tile processing system comprises:a threshold comparison component that compares the metric value to the metric ...

USER CONFIGURABLE TILES

A user configurable tile allows the user to configure a set of threshold values for a corresponding metric. When the metric is calculated by the system, it is compared against the threshold values to determine what range the calculated metric resides in. A corresponding tile is displayed, with a visual indicator that is indicative of the range that the corresponding metric resides in, relative to the one or more threshold values. 120-. (canceled)21. A computing system comprising:a processor; and detect an indication of a user input through a threshold configuration user input mechanism, the threshold configuration user input mechanism corresponding to a particular display tile, on a tile display, representing a data metric associated with a computing device;', 'define a metric threshold associated with the particular display tile;', 'define a visual indicator associated with the particular display tile, the visual indicator being indicative of the metric threshold;', 'based on data associated with the computing device, generate a metric value for data metric; and', 'generate a user interface representation of the tile display including the particular display tile representing the generated metric value, the particular display tile including the visual indicator that indicates how the generated metric value relates to the metric threshold., 'memory storing instructions executable by the processor, wherein the instructions, when executed, cause the computing system to22. The computing system of claim 21 , wherein the instructions cause the computing system to:generate a user interface representation of the threshold configuration user input mechanism that corresponds to a particular display tile, on a tile display, representing a data metric associated with the computing device.23. The computing system of claim 21 , wherein the tile display comprising a plurality of display tiles claim 21 , each display tile representing a metric based on data associated with the ...

Dynamically managing different versions of a service

A management portal receives an input indicating that a management operation is to be performed on a service. The management portal dynamically hosts a management interface for performing the management operation on different versions of the service.

BIOLOGICALLY ACTIVE PERMANENT IMPLANTS FOR STOMATOLOGY APPLICATIONS

IMPLANTS PERMANENTS BIOLOGIQUEMENT ACTIFS CONSTITUES PAR UNE MATIERE CERAMIQUE VITREUSE BIOLOGIQUEMENT ACTIVE POUVANT ETRE TRAVAILLEE MECANIQUEMENT ET AYANT LA COMPOSITION PONDERALE SUIVANTE, EN : SIO 29,5 A 32,5, ALO 14,5 A 17,5, MGO 14,5 A 16,5, NAO 2,0 A 3,0, KO 5,5 A 6,5, F 5,0 A 6,0, CAO 13,0 A 15,0, PO 10,0 A 12,0, ET PAR LES PHASES CRISTALLINES SEPAREES CONSTITUEES PAR 50 A 80 EN VOLUME DE MICA ET PAR 15 A 20 EN VOLUME D'APATITE POUR APPLICATIONS EN STOMATOLOGIE. BIOLOGICALLY ACTIVE PERMANENT IMPLANTS CONSISTING OF A BIOLOGICALLY ACTIVE CERAMIC MATERIAL THAT CAN BE WORKED MECHANICALLY AND HAVING THE FOLLOWING WEIGHT COMPOSITION, IN: SIO 29.5 TO 32.5, ALO 14.5 TO 17.5, MGO 14.5 TO 16, 5, NAO 2.0 A 3.0, KO 5.5 A 6.5, F 5.0 A 6.0, CAO 13.0 A 15.0, PO 10.0 A 12.0, AND BY SEPARATE CRYSTALLINE PHASES CONSISTING OF 50 TO 80 BY VOLUME OF MICA AND BY 15 TO 20 BY VOLUME OF APATITE FOR APPLICATIONS IN STOMATOLOGY.

BIOLOGICALLY ACTIVE PERMANENT IMPLANTS FOR APPLICATIONS IN STOMATOLOGY

Method for gesture based modeling

A computer program based method is described for creating models using gestures. On an input device, such as an electronic whiteboard, a user draws a gesture which is recognised by a computer program and interpreted relative to a predetermined meta-model. Based on the interpretation, an algorithm is assigned to the gesture drawn by the user. The executed algorithm may, for example, consist in creating a new model element, modifying an existing model element, or deleting an existing model element.

System and method for mixing at least four components

A system for mixing four components (K1, K2, K3, K4) has a first syringe arrangement (10) and a second syringe arrangement (20). The first and second syringe arrangements (10, 20) each contain at least two chambers (11, 12; 21, 22) for holding one each of the components (K1, K2, K3, K4). It is possible to connect each chamber of one of the syringe arrangements (10) in a detachable fashion to a chamber (21, 22) of the other syringe arrangement (20). By transferring the components (K1, K2) from one of the syringe arrangements (10) into chambers (21, 22) of the other syringe arrangement (20), the transferred components (K1, K2) are mixed with components (K3, K4) which are contained in this chamber (21, 22).

System und verfahren zum mischen von wenigstens vier komponenten

Dispositif de protection thermique du detecteur de rayonnement gamma d'un appareil de mesure d'epaisseur de paroi de tube

Tepelna ochrana pro detektor gama zareni u zarizeni pri mereni tloustky sten trubek

Dispozitiv de protectie termica pentru detectorul de raze gamma al unei instalatii de masurat grosimea peretilor tevilor

Heat protector structure to devices measuring wall thicknaess of tubes

Thermal protection of gamma radiation detector for tubes' wall thickness measuring devices

Dispositif de protection thermique du detecteur de rayonnement gamma d'un appareil de mesure d'epaisseur de paroi de tube

L'INVENTION CONCERNE UN DISPOSITIF DE PROTECTION D'UN DETECTEUR DE RAYONNEMENT GAMMA CONTRE UN RAYONNEMENT THERMIQUE, NOTAMMENT DANS DES APPAREILS DE MESURE D'EPAISSEUR DE PAROI DE TUBES LAMINES A CHAUD. LE SUPPORT 1 DU DISPOSITIF DE MESURE COMPORTE UN DETECTEUR DE RAYONNEMENT GAMMA 2, EST REALISE CREUX ET EST PARCOURU PAR DE L'EAU A UNE PRESSION DEFINIE; UN FILTRE AU SILICATE 3 PROTEGE LE DETECTEUR DE RAYONNEMENT GAMMA CONTRE UN RAYONNEMENT THERMIQUE ET UN ELEMENT INTERCALAIRE 5 A ROULEAUX, A DOUBLE PAROI ET PARCOURU PAR DE L'EAU A UNE PRESSION DEFINIE, ENTOURE L'OBJET A MESURER 6 DANS LA ZONE DE MESURE.

Dynamically managing different versions of a service

A management portal receives an input indicating that a management operation is to be performed on a service. The management portal dynamically hosts a management interface for performing the management operation on different versions of the service.

Steel tube with unferromagnetic layers continual measuring and evaluoting equipment

User configurable tiles

A user configurable tile allows the user to configure a set of threshold values for a corresponding metric. When the metric is calculated by the system, it is compared against the threshold values to determine what range the calculated metric resides in. A corresponding tile is displayed, with a visual indicator that is indicative of the range that the corresponding metric resides in, relative to the one or more threshold values.