Abstract: The embodiments disclose an apparatus including an eyewear pupilometer for detecting, measuring and processing a wearer's pupil movement and size, for detecting and processing retinal images, for detecting and processing a wearer's field of view, for broadcasting alerts, for pre-diagnostic screening, for overriding vehicle operation and for measuring, recording and transmitting circadian responses, at least one eyewear pupilometer module including a lens fiber optic camera module, an image processor module, a retinal image infrared detector module, an outward camera module, at least one alert module, an alert light and message projector, a WI-FI module, an automated pullover module, an automated steering module, fiber optic & data cables, a contact lens pupilometer image, sensor and processor module, and at least one eyewear pupilometer module coupled to and/or embedded into eyewear frames and lenses, contact lenses, a vehicle wind shield and protective covers for hand held devices and laptop computers.

Abstract: Techniques enable contextually-aware selections of event forums. Scheduling data can be analyzed to identify a context associated with an appointment. A forum that is appropriate for the identified context can be selected and utilized. The analysis can also utilize traffic data, map data, weather data, user preferences, and other contextual data to select one or more forums. A forum can be a place or communication medium. A service provider can associate one or more forums with a particular skill set. For example, a legal office can associate an online forum, such a videoconference, with a first category of services, and an on-site location for a second category of services. Depending on a category of services identified in one or more user preferences and/or meeting requests, a forum can be selected. Other factors, which may include weather conditions, traffic conditions, and commute times can also influence the selection of a forum.

Abstract: Techniques described herein provide resource-based auto completion for data entry fields of a graphical user interface. In some configurations, the techniques disclosed herein utilize input data and contextual data from a number of resources to select and display text entry candidates for assisting users in populating one or more data entry fields. For example, the input data can include an indication of a service category or a topic and other data defining a calendar event. The contextual data can be related to service providers and customers including, data defining a prior work history between two or more entities, commute projections, scheduling conflicts, preferences, and other data, such as traffic data and weather data. Data indicating a lifetime value of a customer or provider can also be utilized to select text entry candidates.

Abstract: Techniques described herein provide the automation of workflow events. Input data can be processed with contextual data to generate workflow data. Workflow data can define a multi-stage process describing aspects of an orchestrated pattern of activity. In some configurations, input data indicating a calendar event can be received by one or more computing devices. The input data can include a voice input or text description indicating a desire to initiate a project, define a goal, achieve one or more metrics, etc. In response to receiving the input data, contextual data can be received from a number of resources, including specialized resources having a knowledgebase for particular topics. The techniques disclosed herein utilize the contextual data to generate workflow data that can define a multi-stage process. Calendar events, reminders and other forms of communication can be generated from the workflow data.

Abstract: Techniques described herein provide mechanisms for generating contextually-aware scheduling exceptions. In some configurations, when a scheduling conflict is detected, the techniques disclosed herein can utilize contextual data from a number of resources to determine if a scheduling exception can be made. The contextual data can include preferences, such as preferences of a service provider or a customer, that define criteria and/or goals. The techniques disclosed herein prioritize customers based on the contextual data and provide different scheduling options for customers and other entities based on a priority associated with individual customers. When there is a conflict between two or more calendar events, a scheduling exception can be made for some customers and a scheduling conflict can be made for other customers depending on one or more priorities associated with the customers.

Abstract: Techniques provide a contextually-aware resource manager. In response to one or more events, such as the creation or modification of a calendar event, one or more contextually-aware recommendations are generated and displayed to a user. For example, a recommendation can include the names of service providers, the names of customers, time slots for one or more calendar events, and notifications of one or more conditions. The recommendation can be based on data defining a level of eligibility for service providers and customers. The level of eligibility can be determined by a wide range of contextual data, including but not limited to traffic data, payment data, location data, map data, preference data, scheduling data, workload data, work history data, status data, skill set data, or weather data. The techniques assist user interaction with a computing device, and among other benefits, saves computing resources and reduce the number of inadvertent user entries.

Abstract: Techniques described herein provide contextually-aware insights into calendar events. Generally described, the techniques disclosed herein can analyze a wide variety of contextual data including, but not limited to, weather data, traffic data, location data, performance data, preference data, and scheduling data, to generate salient insights that can be automatically displayed and/or communicated to a user. Insights related to one or more calendar events may be generated in response to a discovery of a predetermined condition. A predetermined condition may be detected at the time an appointment is made or at a later time when contextual data indicates a change in one or more conditions. An insight can include a text description, an image, a graphical indicator, a generated voice, and any other suitable form of communication describing useful information regarding one or more calendar events. An insight can include ranked list of recommendations can also be displayed.

Abstract: The embodiments disclose an apparatus including—at least one pupillary response feedback eyewear configured to include at least one pupillary response feedback eyewear module coupled to and/or embedded into the at least one pupillary response feedback eyewear frames and lenses, contact lenses, and vehicle wind shields, wherein the at least one pupillary response feedback eyewear module is configured for detecting, measuring, recording, transmitting and processing any type of pupillary response feedback during a wearer's activities.

Abstract: The embodiments disclose an apparatus including an eyewear pupilometer for detecting, measuring and processing a wearer's pupil movement and size, for detecting and processing retinal images, for detecting and processing a wearer's field of view, for broadcasting alerts, for pre-diagnostic screening, for overriding vehicle operation and for measuring, recording and transmitting circadian responses, at least one eyewear pupilometer module including a lens fiber optic camera module, an image processor module, a retinal image infrared detector module, an outward camera module, at least one alert module, an alert light and message projector, a WI-FI module, an automated pullover module, an automated steering module, fiber optic & data cables, a contact lens pupilometer image, sensor and processor module, and at least one eyewear pupilometer module coupled to and/or embedded into eyewear frames and lenses, contact lenses, a vehicle wind shield and protective covers for hand held devices and laptop computers.

Abstract: The embodiments disclose an apparatus including an eyewear pupilometer for detecting, measuring and processing a wearer's pupil movement and size, for detecting and processing retinal images, for detecting and processing a wearer's field of view, for broadcasting alerts, for pre-diagnostic screening, for overriding vehicle operation and for measuring, recording and transmitting circadian responses, at least one eyewear pupilometer module including a lens fiber optic camera module, an image processor module, a retinal image infrared detector module, an outward camera module, at least one alert module, an alert light and message projector, a WI-FI module, an automated pullover module, an automated steering module, fiber optic & data cables, a contact lens pupilometer image, sensor and processor module, and at least one eyewear pupilometer module coupled to and/or embedded into eyewear frames and lenses, contact lenses, a vehicle wind shield and protective covers for hand held devices and laptop computers.

Abstract: Truck fairings are connected together with a vibration-isolating bracket device. The device includes three parts: two brackets and a strap. The brackets are a lightweight material such as aluminum. The brackets are formed and configured to be coupled together by the strap without the need for further fasteners such as bolts or rivets. The strap is flexible and elastic and provides vibration isolation as well as coupling.

Abstract: A process for forming composite articles includes the steps of delivering resin to a mixer at a pre-set flow rate; mixing the resin with a catalyst in the mixer to form a composite material; delivering a stream of the composite material to a mould; detecting variations in flow rate of the resin during delivery relative to a pre-set value of flow rate of the resin; and controlling delivery of the resin material to reduce the variations in flow rate of the resin during delivery.

Abstract: The present specification relates to the use of a quinazolinone compound of the formula (I) wherein R1, R2, R3, R4, R5 and m are as defined in the specification and in the claims, in free form or in salt form, and, where possible, in acid addition salt form.

Abstract: The present specification relates to the use of a quinazolinone compound of the formula (I) wherein R1, R2, R3, R4, R5 and m are as defined in the specification and in the claims, in free form or in salt form, and, where possible, in acid addition salt form.

Abstract: The present invention relates to the use of a quinazolinone compound of the formula (I) wherein R1, R2, R3, R4, R5 and m are as defined in the specification and in the claims, in free form or in salt form, and, where possible, in acid addition salt form, as a vanilloid.