Abstract: Devices, systems and/or methods for repairing soft tissue adjacent a soft tissue repair site. In one embodiment, a repair device configured to couple to soft tissue is provided. The repair device includes a capture portion and an anchor portion. The capture portion configured to extend with radial portions. The anchor portion includes a base with multiple legs extending therefrom. The multiple legs are configured to move from a linear position to a formed position such that, in the formed position, the multiple legs couple to structure of the capture portion.

Abstract: A method for self-calibrating a sound pickup process that uses a microphone array in a wearable device that also includes a loudspeaker, where the microphone array being in a physical arrangement with respect to the loudspeaker. The method obtains, for each of several microphones of the microphone array, one or more transfer functions that each represent a response of the microphone to sound from a position in an acoustic space. The method determines whether a physical arrangement of the microphone array with respect to the loudspeaker has changed and adjusts the transfer function, for at least one of the microphones of the several microphones, in response to determining that the current physical arrangement of the microphone array with respect to the loudspeaker has changed.

Abstract: Apparatuses and methods for protecting an optical device generally comprise: a sleeve portion to circumscribe and substantially conform to the shape of at least a portion of a housing of the optical device, and a body portion detachably coupled to the sleeve portion, wherein the body portion comprises an elongated piece comprising at least a first flap at a first end to encase a first lens. The sleeve portion and the body portion comprise of an elastic material.

Abstract: Apparatuses and methods for protecting an optical device generally comprise: a sleeve portion to circumscribe and substantially conform to the shape of at least a portion of a housing of the optical device, and a body portion detachably coupled to the sleeve portion, wherein the body portion comprises an elongated piece comprising at least a first flap at a first end to encase a first lens. The sleeve portion and the body portion comprise of an elastic material.

Abstract: Apparatuses and methods for protecting an optical device generally comprise: a sleeve portion to circumscribe and substantially conform to the shape of at least a portion of a housing of the optical device, and a body portion detachably coupled to the sleeve portion, wherein the body portion comprises an elongated piece comprising at least a first flap at a first end to encase a first lens. The sleeve portion and the body portion comprise of an elastic material.

Abstract: A software quality assurance tool (“IVRT”) for VoiceXML applications is described. IVRT makes speech and telephony irrelevant to the testing of VoiceXML logic. IVRT follows a machine-readable “Test Plan” to execute the logic of an application. The Plan provides the results of telephony interactions. Testing is done without live callers, and runs at computer speed. A Plan contains any number of calls, to guide the application execution through all logic paths. The tool executes the application in a live environment with respect to all non-telephony functions, particularly web interactions, to test the application's web logic. IVRT executes multiple threads, acting as simultaneous callers, to provide controlled load web logic testing. The tool summarizes Plan “coverage”. For regression testing, IVRT tests an updated application with its original Test Plan and compares the log to previous logged output. Differences indicate potential regression failures.

Abstract: A process control procedure for a bonding process includes predetermining a deformation limit and a deforming time limit is for deforming a bonding precursor member. The bonding precursor member is deformed while monitoring instantaneous deformation values and instantaneous deforming time values for the bonding precursor member. A deforming shut-down time value is set at an instantaneous deforming time value corresponding to an occurrence of a first condition or a second condition. The first condition is an instantaneous deformation value for the bonding precursor member reaching the deformation limit and the second condition is an instantaneous deforming time value for the bonding precursor member reaching the deforming time limit. Deformation of the bonding precursor member is shut down at the deforming shut-down time value, thereby producing a deformed bond member from the bonding precursor member.

Abstract: Apparatuses and methods for protecting an optical device generally comprise: a sleeve portion to circumscribe and substantially conform to the shape of at least a portion of a housing of the optical device, and a body portion detachably coupled to the sleeve portion, wherein the body portion comprises an elongated piece comprising at least a first flap at a first end to encase a first lens. The sleeve portion and the body portion comprise of an elastic material.

Abstract: A nonconductive bridge element is secured to a pair of end plates in a conduit retainer apparatus in a trench. The pair of end plates are secured to a trench wall by dowels extending through holes in the end plates and the bridge element is disposed in the trench on top of conduits. The end plates are two piece elements, a plate and an insert pin extending through the plate. The center bridge element comprises a nonconductive tube, the ends of which receive the insert pins.

Abstract: Conduit retainer apparatus includes a central bridge element and a pair of end plates secured to the central bridge element. The conduit retainer apparatus is disposed in a trench on top of conduits. The end plates dig into the sides of the trench to prevent the conduits from rising or floating as the conduit is being encased in concrete. The end plates include barb elements to help lock the conduit apparatus to the sides of the trench. Different configurations of barb elements are illustrated, and also different embodiments of end plates and bridge elements.

Abstract: A voice recognition grammar (“VRG”) tool for facilitating the creation of speech grammars for speech recognition applications is described. The VRG tool 114 uses syntax diagrams to enable a developer to visually build vendor-independent speech recognition grammars. The grammars are built from visual components called blocks, which represent the elements of a grammar. Blocks are connected and assigned values to define a grammar. A grammar is built with the VRG tool within a “Construction Area” by selecting blocks from a “Tool Kit.” Every phrase must start with a start block and be completed with an end block, with the various grammar blocks being connected between them. Once the syntax for the grammar is constructed, using the aforementioned blocks labeled and defined appropriately, a grammar specific to the selected vendor may be generated and is then ready for use by a voice recognition application.

Abstract: Conduit retainer apparatus includes a central bridge element and a pair of end plates secured to the central bridge element. The conduit retainer apparatus is disposed in a trench on top of conduits. The end plates dig into the sides of the trench to prevent the conduits from rising or floating as the conduit is being encased in concrete. The end plates include barb elements to help lock the conduit apparatus to the sides of the trench. Different configurations of barb elements are illustrated.

Abstract: A generic java applet which opens a connection to a web server allowing the web server to asynchronously push data to a browser. The java applet is embedded in a web page and loaded by the web browser with the web page. The java applet enables the web server to transmit any form of data to the browser so specialized java applets would be unnecessary. As the java applet is opened by the standard web browser, specialized software, or plug-ins, are unnecessary.

Abstract: A bond head is provided for a wire bonding machine having a linear axis frame, a rotary axis frame, a bond tool and a wire clamp. The linear axis frame is vertically linearly displacable along a linear axis, while the rotary axis frame is rotationally displacable along a rotary axis. A pivotal connector is provided which pivotally connects the rotary axis frame to the linear axis frame, enabling the rotary axis frame to rotate independent of linear displacement of the linear axis frame. The bond tool is connected to the rotary axis frame and is vertically linearly displacable in response to vertical linear displacement of the linear axis frame and rotationally displacable in response to rotational displacement of the rotary axis frame. The wire clamp is connected to the linear axis frame and is vertically linearly displacable in response to vertical linear displacement of the linear axis frame, while the wire clamp is maintained rotationally stationary during rotational displacement of the rotary axis frame.

Abstract: Scope cover apparatus includes a generally cylindrical element made of stretchable material with end pieces and with a relatively narrow and elongated opening through which a scope fits into the scope cover. The material out of which the scope cover is made is elastic enough to stretch to fit onto a scope and yet to substantially cover the scope when the scope cover is placed on the scope for maximum protection.

Abstract: Scope cover apparatus includes a generally cylindrical element made of stretchable material with end pieces and with a relatively narrow and elongated opening through which a scope fits into the scope cover. The material out of which the scope cover is made is elastic enough to stretch to fit onto a scope and yet to substantially cover the scope when the scope cover is placed on the scope for maximum protection.

Abstract: A method of bond quality monitoring wherein a bonding machine is fitted with a touchdown mechanism including a pair of contacts (23, 24), which normally open upon touchdown of a bonding tool (27) raised and lowered by a bond head carriage (13). As the tool (27) is lowered towards a bonding surface (31), the bonding machine's computer (61) performs a test (103) to sense production of a touchdown signal produced by opening of the contacts (23, 24). If touchdown is sensed, the carriage (13) proceeds to an overtravel position. Upon reaching the overtravel position, a second test (108) is performed to confirm touchdown, and energy is then applied to the bond site. During energy application, the logic state of the touchdown mechanism is checked to ensure that the contacts do not close, for example, to check for application of inadequate force during bonding. If a contact closure is sensed, the bond site location is logged for further examination such as a nondestructive pull test.

Abstract: A method of bond quality monitoring wherein a bonding machine is fitted with a touchdown mechanism including a pair of contacts (23, 24), which normally open upon touchdown of a bonding tool (27) raised and lowered by a bond head carriage (13). As the tool (27) is lowered towards a bonding surface (31), the bonding machine's computer (61) performs a test (103) to sense production of a touchdown signal produced by opening of the contacts (23, 24). If touchdown is sensed, the carriage (13) proceeds to an overtravel position. Upon reaching the overtravel position, a second test (108) is performed to confirm touchdown, and energy is then applied to the bond site. During energy application, the logic state of the touchdown mechanism is checked to ensure that the contacts do not close for example to check for application of inadequate force during bonding. If a contact closure is sensed, the bond site location is logged for further examination such as a nondestructive pull test.

Abstract: In a system wherein a system master (11) communicates with a plurality of subsystems (13, 25, 27, 29), each subsystem (13, 25, 27, 29) is associated with a unique reset address and a reset circuit which recognizes that reset address and generates a reset signal. Each reset circuit includes an address decoder (15) for decoding the reset address to produce a signal which closes a logic gate switch (19). The logic gate switch (19) is repeatedly closed in response to repeated assertions of the address to successively discharge the voltage on a capacitor (C). When the capacitor voltage is discharged to a selected level, a buffer level detector circuit (23) generates the reset signal.

Abstract: Apparatus and method for detecting missing interconnect material. The distance traveled by a bonding tool is measured while the interconnect material is being bonded to a site. Unless it exceeds a predetermined threshold, a signal is generated indicating missing interconnect material. A pivoting system associated mating electrical contacts, and a measurement/comparator are advantageously employed to facilitate this measurement.