Abstract: There is provided a phase shifting device and method of manufacturing the same. The device comprises an auto-transformer comprising a primary winding configured to receive an input signal; and two secondary windings, wherein a first one of the two secondary windings is in phase with the primary winding and a second one of the two secondary windings is out of phase with the primary winding. The device also comprises a first switch coupled to an output signal of the first one of the two secondary windings of the auto-transformer; and a second switch coupled to an output signal of the second one of the two secondary windings of the auto-transformer. Output signals of the first and second switches are couplable to an output of the phase shifting device.

Abstract: Shut-off device for a duct, in which a measuring device comprising a transmitter is housed, the shut-off device comprising: a connecting ring formed of a peripheral wall and an inner rim, which is at least present on one section of the periphery of the peripheral wall and defines a housing for accommodating at least part of the transmitter; a cover configured to close the duct and clip onto the connecting ring and thus rigidly connect the transmitter of the measuring device to the shut-off device.

Abstract: The present invention relates to a dosage regimen of an S1P receptor modulator or agonist in the course of the treatment of patients suffering from multiple sclerosis. Specifically, the present invention relates to testing a patient for a history of infection caused by varicella zoster virus and vaccinating the patient prior to administration of an S1P receptor modulator or agonist.

Abstract: Techniques for input session between devices based on an input trigger are described and may be implemented to enable a first device (e.g., a mobile device) to serve as an input device for a second device. Generally, the described implementations enable multiple different input triggers to be utilized to trigger an input session between devices, such as for enabling proximity-based input (e.g., stylus input, touch input, etc.) to a first device to be provided as input to a second device.

Abstract: In aspects of adaptive grip suppression, a wireless device has a display screen with curved display edges to display a user interface associated with a device application, the user interface including a selectable element to initiate a device application action. The wireless device implements an adaptive control module to adaptively manage grip suppression in the curved display edges of the display screen, which limits the device application action from being initiated based on inadvertent touch inputs on the selectable element. The adaptive control module can determine that the selectable element of the user interface is displayed within a region of a curved display edge of the display screen, and decrease the grip suppression in the region of the curved display edge proximate the selectable element of the user interface.

Abstract: S1P receptor modulators are administered following a dosage regimen providing a positive benefit-risk profile.

Abstract: Techniques for connectivity session between devices based on a connectivity trigger are described and may be implemented to enable a first device (e.g., a mobile device) to provide network connectivity for a second device. Generally, the described implementations enable multiple different connectivity triggers to be utilized to trigger a connectivity session between devices, such as for enabling network connectivity of a first device to be provided to a second device.

Abstract: In aspects of adaptive grip suppression, a wireless device has a display screen with curved display edges to display a user interface associated with a device application, the user interface including a selectable element to initiate a device application action. The wireless device implements an adaptive control module to adaptively manage grip suppression in the curved display edges of the display screen, which limits the device application action from being initiated based on inadvertent touch inputs on the selectable element. The adaptive control module can determine that the selectable element of the user interface is displayed within a region of a curved display edge of the display screen, and decrease the grip suppression in the region of the curved display edge proximate the selectable element of the user interface.

Abstract: Techniques for a controller mode for a mobile device are described and may be implemented to enable a mobile device to implement a controller mode. In the controller mode a controller graphical user interface is presented on the mobile device and is utilized to receive input to interact with application content communicated from the mobile device to a remote display device. Generally, the described implementations enable multiple controller triggers to be utilized to trigger a controller mode on a mobile device.

Abstract: Techniques for input session between devices based on an input trigger are described and may be implemented to enable a first device (e.g., a mobile device) to serve as an input device for a second device. Generally, the described implementations enable multiple different input triggers to be utilized to trigger an input session between devices, such as for enabling proximity-based input (e.g., stylus input, touch input, etc.) to a first device to be provided as input to a second device.

Abstract: Techniques for a controller mode for a mobile device are described and may be implemented to enable a mobile device to implement a controller mode. In the controller mode a controller graphical user interface is presented on the mobile device and is utilized to receive input to interact with application content communicated from the mobile device to a remote display device. Generally, the described implementations enable multiple controller triggers to be utilized to trigger a controller mode on a mobile device.

Abstract: In aspects of adaptive grip suppression, a wireless device has a display screen with curved display edges to display a selectable element in a region of a curved display edge. The wireless device implements an adaptive control module to adaptively tune grip suppression in the curved display edges of the display screen, which limits a device application action from being initiated based on inadvertent touch inputs on the selectable element. The adaptive control module can adaptively tune the grip suppression by decreasing the grip suppression in the region of the curved display edge proximate the selectable element responsive to false rejects indicating that the device application action is not initiating responsive to intended touch inputs, or by increasing the grip suppression in the region of the curved display edge proximate the selectable element responsive to false accepts indicating that the device application action is initiating responsive to inadvertent touch inputs.

Abstract: Systems and methods are provided for generating a personalizable user interface (UI) component layout on a curved screen on a mobile electronic communication device, the curved screen having a front screen display surface and a plurality of edge screen display surfaces. In an example, the described technique entails detecting that a device user has opened an application on the mobile electronic communication device, determining whether the application opened by the user supports placement of UI components on edge screen display surfaces, and determining a coverage area on the front screen display surface and the edge screen display surfaces areas when the application supports placement of UI components on edge screen display surfaces, and estimating a user hand size based on the determined coverage area, and placing one or more UI components on an edge screen display surface to be reached by the user based on the estimated hand size.

Abstract: In aspects of adaptive user interface display size for curved display edges, a wireless device has a display screen with curved display edges to display a user interface that includes selectable elements, which are selectable to initiate respective device application actions. The wireless device implements a display control module that can determine a display size of the user interface effective to prevent the selectable elements of the user interface from being displayed within a curved display edge of the display screen. The display control module can then resize the user interface according to the determined display size, and initiate to display the user interface on the display screen, where at least a portion of the user interface is displayable within the curved display edges of the display screen and without the selectable elements of the user interface being displayed within the curved display edge of the display screen.

Abstract: This medical container includes a tubular barrel defining a reservoir for a medical product and a longitudinal distal tip defining a fluid path in communication with the reservoir in order to allow the medical product to be expelled from the medical container. The distal tip and the barrel are made of glass and the distal tip is provided with a thread, the thread being configured to connect the distal tip to a connecting element having a complementarily shaped internal thread.

Abstract: An automatic mirror mode system determines when a user is facing a display device and is close to the display device, and when the intent of the user is to activate a mirror mode of the computing device. In response to determining that the user is facing the display device and is close to the display device, and that the intent of the user is to activate a mirror mode of the computing device, the computing device automatically enters the mirror mode. In the mirror mode, one or more images are captured using a front-facing camera and are displayed on the display device. This allows the user to, for example, check his teeth or hair before meeting someone, entering a meeting, and so forth.

Abstract: S1P receptor modulators or agonists are administered following a dosage regimen whereby during the initial days of treatment the daily dosage is lower than the standard daily dosage.

Abstract: In aspects of selectable element selection within a curved display edge, a wireless device has a display screen with curved display edges to display a user interface that includes one or more selectable elements to initiate respective device application actions. The wireless device implements an input control module, which can detect that a selectable element of the user interface is displayed at least partially within a curved display edge of the display screen. The input control module can receive a touch input proximate the selectable element of the user interface, and determine that the touch input is received within an element selection distance threshold as an intended touch input to select the selectable element. The input control module can then initiate to activate a respective device application action based on the intended touch input being proximate the selectable element within the element selection distance threshold.

Abstract: In aspects of selectable element selection within a curved display edge, a wireless device has a display screen with curved display edges to display a user interface that includes one or more selectable elements to initiate respective device application actions. The wireless device implements an input control module, which can detect that a selectable element of the user interface is displayed at least partially within a curved display edge of the display screen. The input control module can receive a touch input proximate the selectable element of the user interface, and determine that the touch input is received within an element selection distance threshold as an intended touch input to select the selectable element. The input control module can then initiate to activate a respective device application action based on the intended touch input being proximate the selectable element within the element selection distance threshold.

Abstract: In aspects of adaptive user interface display size for curved display edges, a wireless device has a display screen with curved display edges to display a user interface that includes selectable elements, which are selectable to initiate respective device application actions. The wireless device implements a display control module that can determine a display size of the user interface effective to prevent the selectable elements of the user interface from being displayed within a curved display edge of the display screen. The display control module can then resize the user interface according to the determined display size, and initiate to display the user interface on the display screen, where at least a portion of the user interface is displayable within the curved display edges of the display screen and without the selectable elements of the user interface being displayed within the curved display edge of the display screen.