Abstract: Approaches for application testing are provided. An approach includes recording a test case of an application running on a mobile device. The approach also includes generating an expected layout based on object data received from the mobile device during the recording. The approach additionally includes receiving playback object data based on the test case being played back on the mobile device or a different mobile device. The approach further includes comparing the playback object data to the expected layout data.

Abstract: Approaches for application testing are provided. An approach includes transmitting a command to an agent associated with an application installed on a mobile device. The approach includes receiving from the agent information about an executed step of the application on the mobile device. The approach includes comparing the information to an expected value of the step. The approach includes display an output based on the comparing.

Abstract: According to one aspect, an apparatus is configured to couple to an arrow-mounted electronic device where the apparatus includes a housing, a receptacle included in the housing and at least one electrical contact configured to couple to a contact included in the arrow-mounted electronic device. According to one embodiment, the receptacle is configured to receive at least a portion of the arrow-mounted electronic device, the at least one electrical contact includes a spring-bias in a first direction and the spring bias is opposed with the arrow-mounted electronic device inserted within the receptacle.

Abstract: According to one aspect, an apparatus is configured to couple to an arrow-mounted electronic device where the apparatus includes a housing, a receptacle included in the housing and at least one electrical contact configured to couple to a contact included in the arrow-mounted electronic device. According to one embodiment, the receptacle is configured to receive at least a portion of the arrow-mounted electronic device, the at least one electrical contact includes a spring-bias in a first direction and the spring bias is opposed with the arrow-mounted electronic device inserted within the receptacle.

Abstract: A coupling device comprises a mounting tube having a shank defining at least one hole therethrough, the shank sized to be received within a receiving tube; a flange attached to the mounting tube; a collar disposed on the mounting tube between the receiving tube and the flange; a strike plate attached to the collar and disposed proximate to the flange, and the flange or strike plate defining a through-hole. A bolt is disposed within the through-hole and in contact with the strike plate or flange. A mounting post or plate may be attached to the mounting tube, and a reinforcing member may be attached to the mounting tube and the mounting post. The mounting tube may define a hole in an end portion, which may be sized to receive a shank from another tube.

Abstract: According to one aspect, an apparatus is configured to couple to an arrow-mounted electronic device where the apparatus includes a housing, a receptacle included in the housing and at least one electrical contact configured to couple to a contact included in the arrow-mounted electronic device. According to one embodiment, the receptacle is configured to receive at least a portion of the arrow-mounted electronic device, the at least one electrical contact includes a spring-bias in a first direction and the spring bias is opposed with the arrow-mounted electronic device inserted within the receptacle.

Abstract: A portable active pneumatically-powered ankle foot orthosis. A lower leg mount and a foot bed are pivotally coupled at or proximate to an ankle position. A pneumatically powered rotary actuator is configured to receive power from a wearable fluid power source and provide controlled force and resistance to aid or inhibit relative rotation of the foot bed and the lower leg mount. Embedded sensors provide feedback from the device.

Abstract: A fixture includes a support structure having a flexible arm which carries an input device. The input device is in communication with a moveable vehicle barrier and controls its operation. The flexible arm flexes in response to an applied force so that the input device can move if it is engaged by a vehicle.

Abstract: The present invention allows a user to synchronize a device with at least two data sources that may cross-pollinate. The user's device is used to shuttle changes between the sources and resolves conflicts when changes are made to an item on multiple sources concurrently. The user's device keeps track of which version of the item each sync source has and synchronizes each of the sources to the latest version of an item.

Abstract: A tubing connection arrangement and a method used for coupling expandable tubing sections together. In one embodiment, there is disclosed a tubing connection arrangement comprising a first expandable tubing section defining a male portion; a second expandable tubing section defining a female portion, the first and second expandable tubing sections being engageable with one another; one of the first and second expandable tubing sections including a restraining member for restraining part of the other expandable tubing section; and the first expandable tubing section including a tapered shoulder for co-operating with a corresponding tapered shoulder of the second expandable tubing section.

Abstract: A fire door control system permits user input during regular use and during alarm conditions. The system utilizes primary and secondary power sources and incorporates a variety of preventive safeguards assuring that functionality of the fire door control system will not be lost. The system utilizes primary power when possible in all alarm conditions. However, during alarm conditions when primary power is lost or when a hand crank hoist remains dangerously engaged, the system is bumplessly connected to a secondary power source and a fire door of the system is closed with the aid of a clutch that directly connects the drive input with an axle that supports the fire door. The clutch pulses on and off to control the descent of the door. The system includes an electronic controller for coordinating the operation of elements of the system and for implementing a method of controlling a fire door system.

Abstract: A fire door control system permits user input during regular use and during alarm conditions. The system utilizes primary and secondary power sources and incorporates a variety of preventive safeguards assuring that functionality of the fire door control system will not be lost. The system utilizes primary power when possible in all alarm conditions. However, during alarm conditions when primary power is lost or when a hand crank hoist remains dangerously engaged, the system is bumplessly connected to a secondary power source and a fire door of the system is closed with the aid of a clutch that directly connects the drive input with an axle that supports the fire door. The clutch pulses on and off to control the descent of the door. The system includes an electronic controller for coordinating the operation of elements of the system and for implementing a method of controlling a fire door system.