Abstract: Apparatuses, systems, and techniques for test an application in a cloud environment. A method can include selecting an application hosted at a virtualized computing environment of an application hosting platform for a test session. Method further includes selecting a set of users associated with the application hosting platform to execute the application during the test session, select a set of observers associated with the application hosting platform to monitor the set of users. The method further includes initiating the test session, authenticating the set of users, causing content data corresponding to the application to be streamed to a user device of each user. The method further includes causing a video stream of the test session to be transmitted to a user device of a corresponding observer for presentation in a observer graphical user interface (GUI), the video stream reflecting interactions of the user with the content of the application.

Abstract: A face mask and method of use are disclosed. A base of the face mask is placed around a lower region of the person's nose. A horizontal wall of the base is positioned under the person's nose and first and second bosses extending upwardly from the wall are positioned in the user's nostrils. Holes in the bosses allow the user to breathe through their nose. A filter assembly extends downwardly from the base and fits over the person's mouth and under their chin. An elastic frame on the filter assembly is press-sealed to the user's skin on either side of their mouth and under their chin. The horizontal wall prevents airflow between the environment and a space in front of the user's mouth. Exhaled and inhaled air is forced to pass through the filter assembly's filter, trapping infectious respiratory moisture droplets in the filter.

Abstract: An athletic pant that includes an area of compressive fabric disposed in a position on either pant leg that will surround the athlete's knee when the pants are worn. The area of compressive fabric in each pant leg also includes a pair of pockets positioned to lie on either side of the athlete's knee. The pockets can be opened to receive a support and closed to secure the support therein, whereby the support restricts lateral movement of the athlete's knee. If the athletic pants are to be used for ice hockey, the pants may also include connectors disposed on the outer surface of the pant legs for the connection of hockey socks.

Abstract: An athletic pant that includes an area of compressive fabric disposed in a position on either pant leg that will surround the athlete's knee when the pants are worn. The area of compressive fabric in each pant leg also includes a pair of pockets positioned to lie on either side of the athlete's knee. The pockets can be opened to receive a support and closed to secure the support therein, whereby the support restricts lateral movement of the athlete's knee. If the athletic pants are to be used for ice hockey, the pants may also include connectors disposed on the outer surface of the pant legs for the connection of hockey socks.

Abstract: A lacelock for a lacrosse stick head generally comprising a mechanical device affixed to a lacrosse head frame which interacts with one or more of the thongs and/or netting materials of the lacrosse head to securely hold the thongs or netting materials at a desired tension and to enable a person to readily release and adjust the tension of the thongs and/or netting materials as desired and relock into place.

Abstract: A women's lacrosse stick head generally comprising a frame and netting wherein the frame comprises a throat portion, sidewalls diverging from the throat portion, and a lip portion joining the sidewalls distal from the throat portion, wherein the sidewalls have a bottom edge provided with a plurality of concavities and apices, including a notchback area proximate to the throat portion to create a pocket, yet enabling a lacrosse ball to clear the top edge of the sidewalls.

Abstract: A plug-in fuse device can be handled without special tools and permits convenient replacement of a burnt-out fuse element. The device has a rigid housing with a pair of plug portions. Each plug portion is shaped to plug into a socket and carries a fuse assembly which includes a pair of terminals for engagement with socket elements, a fuse element between the terminals, and a pair of conductive contacts. The terminals extend from one end surface of the plug portion, and the contacts are located at an axially opposite end surface. The plug portions are connected at their contact-bearing surfaces, and the terminals of one plug portion extend in one axial direction and the terminals of the other plug portion, in the opposite axial direction. The plug portions are also offset to different sides of the general plane of the housing. Thus, when either plug portion is plugged into the socket, its contact-bearing surface is available for continuity testing.