Abstract: An improved device for adjusting spray guns in an IC spray machine. Adjustments may be done using electro-mechanical or pneumatic actuators, and may rotate the nozzles toward an evacuation hood for cleaning, etc. Two actuators are used per spray gun, one mechanically engaged to a slide which moves the gun in translation (traversing in the X dimension), one which is mechanically engaged to a bracket which in turn is mechanically engaged to the gun mount, so the gun may be either moved or rotated. In addition, a Z-axis beam allows control in depth by an additional actuator/motor.

Abstract: A method and system for an application to load one or more files from a device (e.g., local disc of the device) rather than from a location outside of the device (e.g., a server) via a service worker. The service worker can communicate with one or more main JavaScript threads (e.g., clients) via one or more corresponding service worker bridges that communicates with one or more corresponding main JavaScript thread bridges that communication with the main JavaScript threads. The main JavaScript threads can communicate with the local disc of the device (e.g., native) to retrieve the one or more files and transmit them to the service worker such that the service worker can provide the one or more files to the application. In this manner, service workers can provide service with data stored in a memory of a computer device of a computer.

Abstract: An improved device for adjusting spray guns in an IC spray machine. Adjustments may be done using electro-mechanical or pneumatic actuators, and may rotate the nozzles toward an evacuation hood for cleaning, etc. Two actuators are used per spray gun, one mechanically engaged to a slide which moves the gun in translation (traversing in the X dimension), one which is mechanically engaged to a bracket which in turn is mechanically engaged to the gun mount, so the gun may be either moved or rotated. In addition, a Z-axis beam allows control in depth by an additional actuator/motor.

Abstract: A method of supporting a transducer head in a read/write application provides an air bearing member that has a bearing surface area. The transducer is reciprocally supported on the air bearing member. Gas is flowed out of the bearing surface area so that the transducer floats on a resulting air cushion. The transducer is then reciprocated in a controlled manner while floating. The method may be accomplished by mounting the transducer on a carriage and floatably supporting the carriage on the air bearing member. The bearing member and the carriage may be keyed to one another, and the bearing member may be formed of porous material. Reciprocation of the bearing member may be accomplished electromagnetically. The transducer may be used to read or write data on a tape medium.

Abstract: An impact target having a frame that houses and supports knockdown targets with each knockdown target having its own reset target. Knockdown targets are positioned having the target rest on top of the frame. The knockdown target is protected inside of the frame. Once the knockdown target is hit a bullet it swings back and down in a vertical position inside of the frame. Reset targets are positioned horizontally with the target positioned in front of the frame; the reset target is positioned to slide through the face of the frame once a bullet hits it. The impact by the bullet on the reset target will then transfer its energy to its knockdown target returning it to its resting position on top of the frame. Therefore, a bullet has hit the reset target.

Abstract: An impact target that consists of a frame that houses and supports knockdown targets. With each knockdown target having its own reset target. Knockdown targets are positioned having the target rest on top of the frame. The knockdown target is protected inside of the frame. Once the knockdown target is hit by the bullet it swings back and down in a vertical position inside of the frame. Reset targets are positioned horizontally with the target positioned in front of the frame, the reset target is positioned to slide through the face of the frame once a bullet hits it. The impact by the bullet on the reset target will then transfer its energy to its associated knockdown target returning it to its resting position on top of the frame. Therefore, a bullet has hit the reset target.