Abstract: A percussive massage device includes a housing. The housing defines a handle portion and a corner where the handle portion meets another portion of the housing. The percussive massage device also includes a motor contained within the housing, a reciprocation shaft coupled to the motor and configured to reciprocate when the motor is active, and a heart rate sensor located at the corner.

Abstract: A massage head for a percussive therapy device includes a base. The base is configured to connect a massage attachment to a reciprocating shaft of a percussive therapy device. The massage head also includes an end portion that includes a heater. The massage head also includes a medial portion located between the base and the end portion. The medial portion is configured to resiliently bias the end portion away from the base.

Abstract: A massage head for a percussive therapy device includes a base. The base is configured to connect a massage attachment to a reciprocating shaft of a percussive therapy device. The massage head also includes an end portion that includes a heater. The massage head also includes a medial portion located between the base and the end portion. The medial portion is configured to resiliently bias the end portion away from the base.

Abstract: A percussive massage device includes a housing. The housing defines a handle portion and a corner where the handle portion meets another portion of the housing. The percussive massage device also includes a motor contained within the housing, a reciprocation shaft coupled to the motor and configured to reciprocate when the motor is active, and a heart rate sensor located at the corner.

Abstract: A percussive therapy device includes a housing, a motor, a reciprocation shaft coupled to the motor and configured to reciprocate when the motor is active, an infrared radiation emitter contained in the housing, and a fan. The housing includes a window including a surface. The fan is configured to direct air along an air flow path, and a portion of the air flow path extends along the surface of the window.

Abstract: The present disclosure relates to methods and intermediates useful for preparing a compound of formula I: or a co-crystal, solvate, salt or combination thereof.

Abstract: The invention provides a chemical-mechanical polishing composition comprising: (a) a titanium oxide abrasive; (b) an oxidizing agent; and (c) water, wherein the chemical-mechanical polishing composition has a pH of about 7 or less. The invention also provides a method of chemically-mechanically polishing a substrate, especially a substrate comprising a boron-doped polysilicon layer on a surface of the substrate, using said composition.

Abstract: An integrated approach is provided to running web applications with various compatibilities that do not require third-party extensions or sacrifice user experience. When a page of an application incompatible with a first browser is to be executed, an instance of a second browser with which the page is compatible is separately invoked and/or executed without opening a window for that second browser. Instead, the second browser opens a page within the window of the first browser. Moreover, rendering and/or contextual information for a page opened via the second browser is provided to the first browser. Such information is utilized by the first browser to provide a visual experience to the user in which the web page is being hosted by the first browser, even though it is in fact being hosted by the second browser.

Abstract: A storage system configured for use with an energy management system is provided. For example, a storage system comprises a battery; a microinverter coupled to the battery; and a chassis comprising a metal backing plate and at least one of an outer metal barrier or an inner metal barrier connected to a metal backing plate, the chassis configured to house the battery and the microinverter in an assembled configuration.

Abstract: An AC battery system configured for use with an energy management system is provided herein. For example, a controller can be configured to measure an initial voltage during a first predetermined state at a predetermined state-of-charge percentage, measure a subsequent voltage during a second predetermined state different from the first predetermined state, calculate a new hysteresis maximum polarization value based on a difference between the initial voltage and the subsequent voltage, and replace a previously stored hysteresis maximum polarization value with the new hysteresis maximum polarization value for performing at least one of a state-of-charge analysis or a state-of-health analysis.

Abstract: Systems and methods for providing artificial intelligence (AI) character-specific contextual conversational language models are provided. The method may include providing a plurality of speech models for conversation features of an AI character generated by an AI character model in a virtual environment; ascertaining a context of interactions involving the AI character generated by the AI character model in the virtual environment; selecting, based on the context, a speech model from the plurality of speech models; generating an output using the speech model; and inserting the output into a content of the AI character being generated by the AI character model.

Abstract: Systems and methods for providing artificial intelligence (AI) character-specific contextual conversational language models are provided. The method may include providing a plurality of speech models for conversation features of an AI character generated by an AI character model in a virtual environment; ascertaining a context of interactions involving the AI character generated by the AI character model in the virtual environment; selecting, based on the context, a speech model from the plurality of speech models; generating an output using the speech model; and inserting the output into a content of the AI character being generated by the AI character model.

Abstract: A disclosed method may include receiving user information for electronically filing or updating an electronic data sheet that corresponds to a user and a domain; maintaining a record of past electronic activities by the user; electronically receiving interchange data associated with interchanges executed by the user; automatically generating the electronic data sheet for the user based on the user information and the interchange data, the electronic data sheet indicating a finalized amount of resources to be transmitted to the domain; and electronically adjusting an electronic value for the user according to a remittance risk determination that is based on the interchange data and the record of past electronic activities by the user, the adjusted electronic value indicating a maximum amount of resources for which an online software platform will transmit and receive protocols to enable providing by the online software platform the maximum amount of resources.

Abstract: Systems and methods are disclosed for automated preparation and transmission of electronic registrations, data sheets and resources. This may include electronically initiating a process to collect data via a graphical user interface (GUI) to facilitate automated preparation of an electronic registration, including electronically obtaining a pre-existing entity identifier. The system may use the entity identifier to perform automated actions to electronically collect one or more support content. The system may generate the electronic registration based on the one or more support content and also receives interchange data. The system then automatically generates an electronic data sheet based on the registration and interchange data. The system may then electronically file the generated electronic data sheet, electronically issuing an alert to electronically request additional resources and automatically transmitting the finalized amount of resources to the domain.

Abstract: A storage system configured for use with an energy management system is provided and includes a battery having a plurality of cells and a propagation barrier comprising a first set of slabs, phase change material, an opening positioned adjacent the phase change material, a second set of slabs positioned between the first set of slabs and configured such that as temperature of an initiating cell increases, the phase change material absorbs energy and melts so that a previous volume occupied by the phase change material is replaced with air to create high temperature gradient that reduces adjacent cell temperature rise.

Abstract: An example method includes receiving, by one or more processors of a computing device, audio data recorded by one or more microphones of the computing device; and generating, based on the audio data and by the one or more processors, one or more structured sound records, a first structured sound record of the one or more structured sound records including: a description of a first sound, the description including a descriptive label of the first sound, the descriptive label different than a text transcription of the first sound, and a time stamp indicating a time at which the first sound occurred; and outputting a graphical user interface including timeline representation of the one or more structured sound records.

Abstract: A modified T cell includes exogenous polynucleotides that encode components of a therapeutic expression system. A first exogenous polynucleotide encodes a therapeutic polypeptide operably linked to a regulatory region inducible by inducer. A second exogenous polynucleotide encodes polypeptide components of a chemical induced proximity (CIP) complex. A third exogenous polynucleotide that encodes a chimeric antigen receptor that specifically binds to an antigen.

Abstract: Method and apparatus include a circuit having a duty cycle and interleaving modulation configured to realize high density and efficient energy transfer. The circuit may efficiently achieve higher step-down voltage ratios with fewer electrical components. For example, as few as seven electrical devices, such as switches and diodes, may be used to realize at least a four-to-one conversion ratio. The high density of the circuit is advantageous to meet shrinking space demands. A modulator may interleave signals sent to the electrical components (e.g., switching devices via driver circuitry). The driver signals may include a duty cycle of 1/(nc+1), where nc is (n?1)/3, and n is the number of devices.