Abstract: A computer-implemented method executed by one or more computing devices executing one or more sequences of stored program instructions, the computer-implemented method comprising initiating execution of an interactive form editor and presenting a graphical user interface comprising a concurrent display of an interactive form, a template panel comprising a plurality of data entry fields, and at least three windows corresponding to a form data window, a data schema window, and a user interface schema window; receiving a first input specifying to drag and drop one or more data entry fields into the interactive form; receiving a second input specifying one or more data values for the one or more data entry fields, respectively; and in response to receiving the first input and the second input, automatically concurrently updating the at least three windows corresponding to the form data window, the data schema window, and the user interface schema window.

Abstract: At least one resurfacing system and at least one adjustment guide system for positioning a chuck holding a watch component relative to the resurfacing system. In example embodiments, the adjustment guide system includes one guide rail providing linear offset/distance and angular adjustment and guidance, or two perpendicular guide rails providing linear offset/distance and lateral position adjustment and guidance. Some embodiments include first and second resurfacing systems and a common rotary drive system that drives both the first and second resurfacing systems. The first resurfacing system can be a linear belt resurfacing system and the second resurfacing system can be a rotary disc resurfacing system. Some embodiments including the rotary disc resurfacing system have a metal rotary mounting disc driven by the drive system and a replaceable magnetic resurfacing disc that magnetically adheres to the rotary disc. Also disclosed is a method of resurfacing watches using these watch resurfacing devices.

Abstract: A computer-implemented method executed by one or more computing devices executing one or more sequences of stored program instructions, the computer-implemented method comprising initiating execution of an interactive form editor and presenting a graphical user interface and a concurrent display of three or more windows corresponding to a form, data schema, user interface schema, field attributes, and field templates; receiving first input specifying to drag and drop two or more data entry fields into two or more pages of a multipage form; automatically concurrently updating a data schema window with data schema code corresponding to the two or more data entry fields; receiving second input, and in response thereto, exporting the data schema code to a digital file in a digital data storage system; receiving third input, and in response thereto, copying the data schema code to a configuration file and adding the configuration file to a digitally stored package; uploading the digitally stored package to a share

Abstract: A computer-implemented method executed by one or more computing devices executing one or more sequences of stored program instructions, the computer-implemented method comprising initiating execution of an interactive form editor and presenting a graphical user interface and a concurrent display of three or more windows corresponding to a form, data schema, user interface schema, field attributes, and field templates; receiving first input specifying to drag and drop two or more data entry fields into two or more pages of a multipage form; automatically concurrently updating a data schema window with data schema code corresponding to the two or more data entry fields; receiving second input, and in response thereto, exporting the data schema code to a digital file in a digital data storage system; receiving third input, and in response thereto, copying the data schema code to a configuration file and adding the configuration file to a digitally stored package; uploading the digitally stored package to a share

Abstract: Embodiments of the fuse include a fuse body having a first end and a second end. A fuse element is disposed within a cavity of the fuse body, an end of the fuse element extending beyond an edge of the fuse body. An arc disc is disposed on the edge of the fuse body, and includes a notch such that the end of the fuse element extends to an outer surface of the arc disc. The end of the fuse element is configured to be folded over the outer surface of the arc disc. An end cap is disposed over the end of the fuse body and the arc disc, and the end cap includes a hole at a top surface. Solder deposited within the hole provides an electrical connection between the arc disc, the fuse element, and the end cap.

Abstract: Embodiments of the fuse include a fuse body having a first end and a second end. A fuse element is disposed within a cavity of the fuse body, an end of the fuse element extending beyond an edge of the fuse body. An arc disc is disposed on the edge of the fuse body, and includes a notch such that the end of the fuse element extends to an outer surface of the arc disc. The end of the fuse element is configured to be folded over the outer surface of the arc disc. An end cap is disposed over the end of the fuse body and the arc disc, and the end cap includes a hole at a top surface. Solder deposited within the hole provides an electrical connection between the arc disc, the fuse element, and the end cap.

Abstract: One embodiment of the present invention provides a fuse having opened-fuse indication, which places two or more coils or conductors in parallel and in thermal contact with an indicating material. The multiple conductors allow a lower level of current to produce sufficient heat or sufficient electrical resistance to transform the indicating material. The multiple conductors can also be made of a reduced diameter, resulting in surge protection at a lower device temperature. The multiple conductor indicator in an embodiment includes a base material. First and second conductors contact the base material. An indicating material thermally couples to the first and second conductors. The indicating material can be on the inside or outside of the fuse body. If on the outside, the body can define a recess, wherein the indicator resides within the recess. The indicator can operate with fuses and other types of circuit protection devices.

Abstract: One embodiment of the present invention provides a fuse having opened-fuse indication, which places two or more coils or conductors in parallel and in thermal contact with an indicating material. The multiple conductors allow a lower level of current to produce sufficient heat or sufficient electrical resistance to transform the indicating material. The multiple conductors can also be made of a reduced diameter, resulting in surge protection at a lower device temperature. The multiple conductor indicator in an embodiment includes a base material. First and second conductors contact the base material. An indicating material thermally couples to the first and second conductors. The indicating material can be on the inside or outside of the fuse body. If on the outside, the body can define a recess, wherein the indicator resides within the recess. The indicator can operate with fuses and other types of circuit protection devices.

Abstract: One embodiment of the present invention provides a fuse having opened-fuse indication, which places two or more coils or conductors in parallel and in thermal contact with an indicating material. The multiple conductors allow a lower level of current to produce sufficient heat or sufficient electrical resistance to transform the indicating material. The multiple conductors can also be made of a reduced diameter, resulting in surge protection at a lower device temperature. The multiple conductor indicator in an embodiment includes a base material. First and second conductors contact the base material. An indicating material thermally couples to the first and second conductors. The indicating material can be on the inside or outside of the fuse body. If on the outside, the body can define a recess, wherein the indicator resides within the recess. The indicator can operate with fuses and other types of circuit protection devices.

Abstract: One embodiment of the present invention provides a fuse having opened-fuse indication, which places two or more coils or conductors in parallel and in thermal contact with an indicating material. The multiple conductors allow a lower level of current to produce sufficient heat or sufficient electrical resistance to transform the indicating material. The multiple conductors can also be made of a reduced diameter, resulting in surge protection at a lower device temperature. The multiple conductor indicator in an embodiment includes a base material. First and second conductors contact the base material. An indicating material thermally couples to the first and second conductors. The indicating material can be on the inside or outside of the fuse body. If on the outside, the body can define a recess, wherein the indicator resides within the recess. The indicator can operate with fuses and other types of circuit protection devices.