Abstract: Systems and methods are disclosed for an electrical sensing, pacing, and ablation device comprising a bendable and stretchable balloon catheter and a bendable and stretchable first layer connected to or embedded in said balloon catheter, where the first layer has an electrode array with a plurality of electrodes. The is also a bendable and stretchable second layer connected to or embedded in the balloon catheter, and the second layer has a pressure sensor array with a plurality of pressure sensors.

Abstract: A blank, package and method for producing a package comprising: a blank of sheet material folded along a longitudinal length to form a front wall, a bottom wall, a back wall, a first side wall and opposing second side wall, the package defining a cavity; the front wall defining a display opening for displaying product contained within the cavity; and where the first and second side walls each comprise spaced inner and outer side panels; including reinforcing spacing portions.

Abstract: Apparatuses, systems, and techniques to generate a trusted execution environment including multiple accelerators. In at least one embodiment, a parallel processing unit (PPU), such as a graphics processing unit (GPU), operates in a secure execution mode including a protect memory region. Furthermore, in an embodiment, a cryptographic key is utilized to protect data during transmission between the accelerators.

Abstract: An implantable device for monitoring a physiological status and administering drugs therefor includes at least one drug reservoir for containing at least one drug solution; a delivering member coupled to the at least one drug reservoir for operably delivering the at least one drug solution from the at least one drug reservoir to the living subject; a sensor member for measuring physiological parameters of a living subject so as to monitor a physiological status of the living subject; a wireless communication system for wireless data transmission; a power management system for wireless power harvesting; and a controller coupled to the power management system, the wireless communication system, the sensor member and the delivering member for wireless data transmission and power harvesting; obtaining the physiological status of the living subject, and controlling operations of the delivering member based on the physiological status of the living subject.

Abstract: A waveguide combiner assembly for an augmented reality or virtual reality display. A waveguide combiner has front and rear surfaces substantially parallel to a waveguide plane. A chassis includes a support arm for supporting the waveguide combiner and defining a cavity between front and rear walls of the support arm which are spaced along a first direction by a distance greater than the thickness of the waveguide combiner. A waveguide axis normal to the waveguide plane and the first direction define therebetween a zero or nonzero offset angle. An edge portion of the waveguide combiner extends into the cavity. At least one actively adjustable mounting structure is configured to hold a respective point of the edge portion of the waveguide combiner at a selected position relative to the support arm, thereby enabling adjustment of the offset angle.

Abstract: The invention provides an implantable device and method of monitoring wirelessly and continuously thermal conductivity and blood flow on the surface of a target region of a subject. The implantable device comprises a probe operably attached to the target region; and an electronic module coupled with the probe for wireless, real-time, and continuous measurements of physiological information of the target region.

Abstract: This disclosure relates to the field of mass spectrometry analysis. In some embodiments, the disclosure relates to compositions and methods for detecting and quantifying proteins in the AKT-mTOR pathway by immunoprecipitation enrichment followed by mass spectrometry analysis.

Abstract: Provided is a long-term implantable electronic device comprising a first thermally oxidized laver from a first substrate, wherein the first thermally oxidized laver forms a first encapsulation laver; an electronic component supported by the first encapsulation laver, wherein the electronic component and the first encapsulation laver have an exposed surface relative to the first encapsulation laver; a barrier laver that covers the first encapsulation laver and the electronic component exposed surface; a second thermally oxidized layer from a second substrate, wherein the second thermally oxidized layer forms a second encapsulation laver, and the second encapsulation laver is in contact with the barrier layer. Each of the first and second encapsulation layers, the barrier layer, and the electronic component are flexible or bendable, so that the long-term implantable electronic device is configured to conformally contact with a curved biological surface.

Abstract: Apparatuses, systems, and techniques to generate a trusted execution environment including multiple accelerators. In at least one embodiment, a parallel processing unit (PPU), such as a graphics processing unit (GPU), operates in a secure execution mode including a protect memory region. Furthermore, in an embodiment, a cryptographic key is utilized to protect data during transmission between the accelerators.

Abstract: A software system comprising a non-transitory computer-readable medium, where the medium includes a set of instructions stored thereon that when accessed by a processor enable the processor to perform a method of creating an internet product page, the method comprising: adding a product to the system; querying a subscriber for information; generating an internet product page displaying information from the subscriber queries; generating a QR code; and downloading the QR code to the subscriber.

Abstract: A device for reversibly blocking activities of a target region of a subject includes a microfluidic system configured to route a fluid around the target region to change a local temperature of the target region; and an electronic system coupled with the microfluidic system for providing a real-time feedback.

Abstract: In some implementations, a system enables users to create dynamically configurable applications that can be dynamically configured and adjusted. An application that runs on the server system in a first configuration is configured using a first configuration template. Data indicating (i) that the application is being accessed on a computing device in the first configuration, and (ii) a request to adjust the first configuration of the application is received. Operations are then performed while the application is being accessed on the computing device in the first configuration. A second configuration template that specifies a second configuration of the application corresponding to the request included in the received data is generated. The application is adjusted using the second configuration template to run in the second configuration. An instruction is provided to the computing device to enable the computing device to access the application running in the second configuration.

Abstract: A waveguide combiner assembly for an augmented reality or virtual reality display. A waveguide combiner has front and rear surfaces substantially parallel to a waveguide plane. A chassis includes a support arm for supporting the waveguide combiner and defining a cavity between front and rear walls of the support arm which are spaced along a first direction by a distance greater than the thickness of the waveguide combiner. A waveguide axis normal to the waveguide plane and the first direction define therebetween a zero or nonzero offset angle. An edge portion of the waveguide combiner extends into the cavity. At least one actively adjustable mounting structure is configured to hold a respective point of the edge portion of the waveguide combiner at a selected position relative to the support arm, thereby enabling adjustment of the offset angle.

Abstract: Wipe compositions for cleaning, sanitizing and disinfecting with a sanitizing or disinfecting composition comprising a non-cationic surfactant chemistry and a substrate derived from cellulose or modified cellulose fibers comprising lyocell and viscose to provide an Elmendorf wet tear strength that approximates that of a 100% lyocell substrate of approximately the same basis weight (GSM) are disclosed. Methods of using the wipe compositions are also disclosed.

Abstract: A method, computer program product, and computing system for processing a request to generate a visualization concerning a plurality of data concepts. A new data concept for the visualization is generated by transforming an existing data concept using a program synthesizer and a generative model. The visualization is rendered by processing a mapping of the new data concept to a visual channel of the visualization.

Abstract: An implantable, wireless cardiac hemodynamics monitor system includes a bio-sensing module and a wireless electronic subsystem. The bio-sensing module is implanted in a heart or an artery of the mammal subject to continuously monitor cardiac functions of the mammal subject. The wireless electronic subsystem is implanted between a fat layer and a dermis layer of a skin of the mammal subject and electrically connected to the bio-sensing module through insulated flexible wires. the wireless electronic subsystem is wirelessly communicated to an external wireless power transfer (WPT) module and an external user interface module. In operation, the wireless electronic subsystem is used to wirelessly receive power transferred from the external WPT module, and provide the power to the bio-sensing module; and to obtain sensing signals of the cardiac functions monitored by the bio-sensing module, and wirelessly transmit the sensing signals obtained to the external user interface module.

Abstract: A test fixture facilitates non-destructive testing of a protective mask. The test fixture includes a mock facial structure, a clamping form that makes a seal around at least part of the facial structure, and can employ the retaining straps of the protective mask to a make a seal around at least part of the facial structure. In use, the protective mask is tested in situ on the facial structure. In some examples, the clamping form has a negative contour of the mock facial structure or of the outer surface of a protective mask that is to be tested. The testing can include repetitive testing of the fit, structural components (e.g., ultrasonic welds and straps), and the degradation of materials as a function of donning/doffing or environmental factors (e.g., temperature and humidity).

Abstract: Provided herein are smart functional fabrics and therapeutic/diagnostic garments which utilize flexible wireless electronic devices to enhance functionality, for example, by measuring key therapy parameters and providing data to clinicians, and methods utilizing such devices. The provided methods are designed to avoid patient discomfort and decrease harm or irritation caused by garments which utilize bulkier, more rigid sensors. Additionally, the described devices are multiplexed to allow for sensing of multiple parameters of therapeutic interest and combinations of measured data for new clinical metrics.

Abstract: This invention relates to apparatuses and methods for non-invasively measuring physiological parameters of a mammal subject using easily removable flexible electronics, and applications of the same. Specifically, a novel sensor class with a pre-curved architecture and strategically located perforations that may be used in apparatuses and methods for measuring physiological parameters of a mammal subject. Further, adhesive layers are used to attach the sensor systems on the skin of the mammal subject, and each adhesive layer is switchable chemically or physically between an adhesive state and a non-adhesive state, allowing easy removal of the corresponding sensor system from the skin of the mammal subject when being switched to the non-adhesive state.

Abstract: A software system comprising a non-transitory computer-readable medium, where the medium includes a set of instructions stored thereon that when accessed by a processor enable the processor to perform a method of creating an internet product page, the method comprising: adding a product to the system; querying a subscriber for information; generating an internet product page displaying information from the subscriber queries; generating a QR code; and downloading the QR code to the subscriber.