Abstract: The present disclosure describes thermal mitigation for an electronic speaker device and associated systems and methods. The thermal mitigation includes monitoring several thermal zones to determine or estimate thermal conditions in corresponding parts of the electronic speaker device. The thermal zones may include a System-on-Chip (SoC) integrated circuit (IC) component, audio components including power-dissipating IC components, and a temperature of an exterior surface of a housing component of the electronic speaker device. To mitigate thermal runaway, different throttling schemes may be triggered based on the thermal zones exceeding certain thermal limits. The throttling schemes may include reducing the amount of power supplied to the SoC, reducing audio power of the audio components to a lower wattage, or manipulating SoC cores such as by disabling one or more of the cores or adjusting utilization of the SoC cores.

Abstract: The present invention relates to systems, kits, and methods for treating a subject that has cardiovascular disease or Systemic Sclerosis with at least one of the following: a) IgG3 ?1-Adrenergic Receptor antibodies (IgG3 ?1AR antibodies), or antigen-binding portion thereof; b) an antigenic protein that elicits the production of IgG3 ?1AR antibodies in the subject; or c) a vector comprising a nucleic acid sequence encoding the antigenic protein or IgG3 ?1AR antibodies. In certain embodiments, the subject has dilated cardiomyopathy. In some embodiments, the subject is also administered a beta-blocker.

Abstract: The present disclosure describes thermal mitigation for an electronic speaker device and associated systems and methods. The thermal mitigation includes monitoring several thermal zones to determine or estimate thermal conditions in corresponding parts of the electronic speaker device. The thermal zones may include a System-on-Chip (SoC) integrated circuit (IC) component, audio components including power-dissipating IC components, and a temperature of an exterior surface of a housing component of the electronic speaker device. To mitigate thermal runaway, different throttling schemes may be triggered based on the thermal zones exceeding certain thermal limits. The throttling schemes may include reducing the amount of power supplied to the SoC, reducing audio power of the audio components to a lower wattage, or manipulating SoC cores such as by disabling one or more of the cores or adjusting utilization of the SoC cores.

Abstract: Provided herein is a method of ambulatory respiratory support where LTOT by concentrated oxygen and high flow air delivery are used to create a new form of respiratory support wherein the benefits of both methods can be achieved. This is delivered via a respiratory circuit in combinations of intermittent and continuous flow modalities.

Abstract: The present disclosure describes thermal mitigation for an electronic speaker device and associated systems and methods. The thermal mitigation includes monitoring several thermal zones to determine or estimate thermal conditions in corresponding parts of the electronic speaker device. The thermal zones may include a System-on-Chip (SoC) integrated circuit (IC) component, audio components including power-dissipating IC components, and a temperature of an exterior surface of a housing component of the electronic speaker device. To mitigate thermal runaway, different throttling schemes may be triggered based on the thermal zones exceeding certain thermal limits. The throttling schemes may include reducing the amount of power supplied to the SoC, reducing audio power of the audio components to a lower wattage, or manipulating SoC cores such as by disabling one or more of the cores or adjusting utilization of the SoC cores.

Abstract: The accuracy of the cost estimates to produce a sequence of views that include computer animation is increased by recording different views of a computer-generated object that follows an action sequence in a computer-generated world. The different views can then be edited to produce a sequence of views that is similar to the final sequence of views that are shown on screen to the public.