Abstract: A pressure vessel assembly includes a plurality of pressure vessels which are disposed so as to be mutually parallel, one or a plurality of fixed bearings, and one or a plurality of floating bearings. Each pressure vessel at one longitudinal end is fastened to a fixed bearing and at an opposite longitudinal end is fastened to a floating bearing. The floating bearings define an initial intrusion space and, by displacing the pressure vessels along the floating bearings, a dynamic intrusion space opposite the floating bearings is defined.

Abstract: A pressure vessel with a braided wall surrounds an interior in which an overpressure can be generated. The wall has a degree of coverage that is greater than 1 up to an overpressure, which maximally corresponds to a specified threshold, and a degree of coverage that is less than 1 when the threshold is exceeded. In this manner, gaseous fuel can be discharged slower than in a bursting event. A pressure vessel system having at least one such pressure vessel is disclosed.

Abstract: A method is provided for forming connections from reinforcing fibers between faces of a wall for a pressure container. The reinforcing fibers are gripped by tufting needles and are pushed through the faces, and loops are formed through which support elements are introduced. A corresponding method produces a pressure container.

Abstract: A method for producing a polymer from a first component and a second component using a reactor (50) offers technical advantages, wherein reaction heat produced in the reactor (50) is discharged via a boiling cooler (40) by supplying gaseous vapors produced in the reactor (50) to the boiling cooler (40). A product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via a separation vessel (60), and an aqueous phase is separated from the product flow in the separation vessel (60). A system is provided for producing a polymer from a first component and a second component, comprising a reactor (50) and a boiling cooler (40) for discharging reaction heat produced in the reactor (50). A separation vessel (60) is arranged between the boiling cooler (40) and the reactor (50) such that a product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via the separation vessel (60).

Abstract: A method for producing a polymer from a first component and a second component using a reactor (50) offers technical advantages, wherein reaction heat produced in the reactor (50) is discharged via a boiling cooler (40) by supplying gaseous vapors produced in the reactor (50) to the boiling cooler (40). A product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via a separation vessel (60), and an aqueous phase is separated from the product flow in the separation vessel (60). A system is provided for producing a polymer from a first component and a second component, comprising a reactor (50) and a boiling cooler (40) for discharging reaction heat produced in the reactor (50). A separation vessel (60) is arranged between the boiling cooler (40) and the reactor (50) such that a product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via the separation vessel (60).

Abstract: A diffraction system for determining a crystalline structure of a sample collects a series of diffraction frames from a crystal sample illuminated by a beam of photonic or particulate radiation, such as X-rays. A plurality of software modules for processing the detected diffraction frames perform different tasks in refining the collected diffraction data, such as harvesting, indexing, scaling, integration, and structure determination. Output parameters from certain modules are used as input parameters in others, and are exchanged between the modules as they become available. The modules operate simultaneously, and generate successive versions of output parameters as corresponding input parameters are changed until a final result is achieved. This provides a system of structure determination that is fast and efficient.

Abstract: The invention relates to a method for polymerizing acrylates using a reactor (50). Reaction heat produced in the reactor (50) is discharged via a boiling cooler (40) in that gaseous vapors produced in the reactor (50) are supplied to the boiling cooler (40), and condensed vapors are returned to the reactor (50) from the boiling cooler (40). At least one component containing acrylate is at least partly added via the boiling cooler (40) and reaches the reactor (50) via the boiling cooler (40). The invention additionally relates to a system for polymerizing an acrylate, comprising a reactor (50) and a boiling cooler (40) for discharging reaction heat produced in the reactor (50). The boiling cooler (40) has at least one filling opening (46) for supplying at least one component containing acrylate.

Abstract: A method for producing a polymer from a first component and a second component using a reactor (50) offers technical advantages, wherein reaction heat produced in the reactor (50) is discharged via a boiling cooler (40) by supplying gaseous vapors produced in the reactor (50) to the boiling cooler (40). A product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via a separation vessel (60), and an aqueous phase is separated from the product flow in the separation vessel (60). A system is provided for producing a polymer from a first component and a second component, comprising a reactor (50) and a boiling cooler (40) for discharging reaction heat produced in the reactor (50). A separation vessel (60) is arranged between the boiling cooler (40) and the reactor (50) such that a product flow containing condensed vapors is returned to the reactor (50) from the boiling cooler (40) via the separation vessel (60).

Abstract: The invention relates to a method for producing a polymer from a first component and a second component by means of a reactor (50), wherein reaction heat in the reactor (50) is discharged via an evaporative cooler (40), wherein gaseous exhaust vapour in the reactor (50) is supplied to the evaporative cooler (40), and condensed exhaust vapour is guided from the evaporative cooler (40) back into the reactor (50). In this way, the first component and/or second component are supplied at least partially via the evaporative cooler (40) and moved from the evaporative cooler (40) into the reactor (50). The invention also relates to a system for producing a polymer, comprising a reactor (50) and an evaporative cooler (40) for discharging reaction heat in the reactor (50). In addition, the evaporative cooler (40) has at least one filling opening (46) for filling in the first and/or second component.

Abstract: The invention relates to a method for polymerizing acrylates using a reactor (50). Reaction heat produced in the reactor (50) is discharged via a boiling cooler (40) in that gaseous vapors produced in the reactor (50) are supplied to the boiling cooler (40), and condensed vapors are returned to the reactor (50) from the boiling cooler (40). At least one component containing acrylate is at least partly added via the boiling cooler (40) and reaches the reactor (50) via the boiling cooler (40). The invention additionally relates to a system for polymerizing an acrylate, comprising a reactor (50) and a boiling cooler (40) for discharging reaction heat produced in the reactor (50). The boiling cooler (40) has at least one filling opening (46) for supplying at least one component containing acrylate.

Abstract: The invention relates to a method for producing a polymer from a first component and a second component by means of a reactor (50), wherein reaction heat in the reactor (50) is discharged via an evaporative cooler (40), wherein gaseous exhaust vapour in the reactor (50) is supplied to the evaporative cooler (40), and condensed exhaust vapour is guided from the evaporative cooler (40) back into the reactor (50). In this way, the first component and/or second component are supplied at least partially via the evaporative cooler (40) and moved from the evaporative cooler (40) into the reactor (50). The invention also relates to a system for producing a polymer, comprising a reactor (50) and an evaporative cooler (40) for discharging reaction heat in the reactor (50). In addition, the evaporative cooler (40) has at least one filling opening (46) for filling in the first and/or second component.

Abstract: A method of generating an audio summary may include recording multiple calls between a user device and one or more remote devices, and generating a textual representation of a conversation for each of the recorded calls. The method may also include providing a call history user interface on the user device from which each textual representation may be accessed.

Abstract: A method of X-ray diffraction-based analysis for determining the structure of a crystal sample is provided. The method comprises conducting pre-experiment to collect a first set of diffraction images including reflections at corresponding intensities. The method also comprises conducting a main experiment to collect a second set of diffraction images, the diffraction images of the second set including the reflections with higher relative intensities than those produced during the first experiment, at least some of the diffraction images of the second set including topped reflections resulting from detector saturation. The method also includes a step of replacing intensities of the topped reflections from the second set of images with intensities obtained for the corresponding reflections from the first set of images.

Abstract: A manipulator configuration according to the invention comprises at least one manipulator and at least one control device and features a mechanical energy storage device, which is configured for storing mechanical energy of at least one manipulator.

Abstract: A method of X-ray diffraction-based analysis for determining the structure of a crystal sample is provided. The method comprises conducting pre-experiment to collect a first set of diffraction images including reflections at corresponding intensities. The method also comprises conducting a main experiment to collect a second set of diffraction images, the diffraction images of the second set including the reflections with higher relative intensities than those produced during the first experiment, at least some of the diffraction images of the second set including topped reflections resulting from detector saturation. The method also includes a step of replacing intensities of the topped reflections from the second set of images with intensities obtained for the corresponding reflections from the first set of images.

Abstract: Systems and methods for communication between local wireless networks and mobile devices and more particularly, to sending presence-based content to mobile devices over local wireless network access points. The method includes receiving notification that the mobile device has established a wireless network connection with a LWN through a WAP of the LWN; receiving a request from a content provider to send content through the WAP to the mobile device; allowing the content provider to send content to the mobile device through the WAP or other network connected to the mobile device. In one exemplary method, a wireless service provider or mobile device user can govern what content is sent to a mobile device.

Abstract: A chat interface allowing a user to exchange haptic chat messages with other users in a chat session over a computer network. A chat interface can be displayed by a local computer and receives input data from a user of the local computer, such as text characters or speech input. The input data provides an outgoing chat message that can include sent force information. The outgoing chat message is sent to a remote computer that is connected to the local host computer via a computer network. The remote computer can display a chat interface and output a haptic sensation to a user of the remote computer based at least in part on the force information in the outgoing chat message. An incoming message from the remote computer can also be received at the chat interface, which may also include received force information. The incoming chat message is displayed on a display device to the user of the local computer.

Abstract: An optimal compressor/decompressor (codec) module is intelligently selected for use when transmitting audio from a mobile communication device to a recipient. The codec can be selected based on the type of the audio data or the characteristics of the recipient. The codec can also be selected based on whether the audio data is to be transmitted to the recipient in real time or recorded and transmitted asynchronously. Audio data that is to be transmitted to the recipient is encoded or compressed using the selected codec and then sent to the recipient. Selection of the codec in this manner permits the compression to be optimized in response to specific circumstances associated with the communication of the audio data between the sender device and the recipient. The codec can be selected during the communication in response to a tone or other data provided by the recipient.

Abstract: A method of transmitting digitally coded traffic information is described, in which a digitally coded traffic message including location information is transmitted is standard format, preferably according to the TMC method. When the location information in the traffic message requires change and/or completion, a header is provided in front of the traffic message, which indicates that additional information including changes or additions to the location information in the traffic message follows the traffic message. A receiver for reception and analysis of the digitally coded traffic information is also provided, which analyses the traffic information including the additional information to obtain the changed or completed location information.

Abstract: Systems and methods for defining and using a data collection profile in connection with a telecommunications network that includes multiple devices. Initially, a query is defined that concerns one or more aspects of the communications network. The query is then used as a basis for building a data collection profile. Next, a set of target devices is selected based upon criteria relating to the query. The data collection profile is then provided to the target devices which collect data in accordance with the data collection profile. Finally, the collected data is transmitted to a service platform for further processing.