Abstract: A guide assembly in one embodiment includes at least one guide rigidly supported by a table saw, a bearing assembly including a first, a second, and a third bearing engaged with the at least one guide, and a fence base assembly supported by the bearing assembly, wherein the first and the second bearings are biased in a first direction with respect to the at least one guide and the third bearing is biased in a second direction with respect to the at least one guide, the second direction at least partially opposite to the first direction.

Abstract: An image can be formed onto a device such as a cell phone or a tablet by laser engraving the image onto a housing of the device. A coloring agent can then be applied to the engraved image to modify the color of the image. The coloring agent can darken the engraved image. The coloring agent can include multiple colors of ink (e.g., UV curing ink) that can be applied to form a multi-color image. The coloring agent can be applied without requiring the use of a masking layer, for example, by aligning the laser engraved image with a coloring agent applicator so that the coloring agent is applied to substantially only the engraved image on the device.

Abstract: A power tool includes a table structure defining a blade slot, a frame supporting the table structure, a blade assembly mounted within the frame, and a carriage assembly. The blade assembly includes a blade positioned within the blade slot and a motor assembly to rotate the blade, in which the carriage assembly supports the motor assembly relative to the table structure. The carriage assembly defines a chamber within which said blade operates and a discharge chute for discharge of dust and debris from the chamber during operation of the blade. The bottom wall of the carriage assembly below said blade defines a plurality of openings that are sized to permit passage of the dust and debris. The openings may be sized to comply with finger probe test safety standards. In certain embodiments, the openings may be provided with a cover that is movable to expose or close the openings.

Abstract: A power tool includes a table structure defining a blade slot, a frame supporting the table structure, a blade assembly mounted within the frame, and a dust cover assembly. The blade assembly includes a blade positioned within the blade slot, a motor assembly to rotate the blade, and a carriage assembly supporting the motor assembly and pivotably mounted to adjust the angular orientation of the blade relative to the table structure. The carriage assembly includes a cover arranged to define a gap between an upper edge of the cover and the underside of the table structure. The dust cover assembly is mounted between the carriage assembly and the table structure to substantially cover the gap at all angular orientations of the blade relative to the table structure. The dust cover assembly is mounted for relative movement relative to at least one of said carriage assembly and said table structure.

Abstract: A collapsible folding stand for use with an object that is attached to the stand. In the closed position, the stand is generally vertically oriented with the object attached to a top frame. To open the stand a locking mechanism is released which enables a folding mechanism supporting the top frame to unfold in a manner whereby the rear legs having wheels that separate from forward side struts which contact the ground, with the center of gravity of the object being positioned between the wheels and the front ground contact points so that the weight of the object tends to separate the same and bring the top frame into a generally horizontal position. To move the stand to its closed position, the handle is lifted to move the top frame to its generally vertical closed position.

Abstract: A collapsible folding stand for use with an object that is attached to the stand. In the closed position, the stand is generally vertically oriented with the object attached to a top frame. To open the stand a locking mechanism is released which enables a folding mechanism supporting the top frame to unfold in a manner whereby the rear legs having wheels that separate from forward side struts which contact the ground, with the center of gravity of the object being positioned between the wheels and the front ground contact points so that the weight of the object tends to separate the same and bring the top frame into a generally horizontal position. To move the stand to its closed position, the handle is lifted to move the top frame to its generally vertical closed position.

Abstract: An x-ray window comprising a plurality of thin film layers stacked together, including a thin film layer and a polymer layer. The thin film layer can be diamond, graphene, diamond-like carbon, beryllium, and combinations thereof. The polymer layer can be a polyimide. A boron hydride layer may also be included.

Abstract: A method and system provide information by which an audience made of one or more prospects or customers of payroll and benefits processing may compare its human capital metrics with human capital metrics of other customers. A customer database is maintained for each customer that includes demographic data, employee data and financial data for that customer. Each customer database is updated based on periodically processing payroll and benefits transactions for that customer. A benchmark database is created by aggregating selected fields of data from databases of customers of interest so that the benchmark database represents a sample of customers of interest. An audience database is created for the one or more prospects or customers forming the audience by retrieving the selected fields of data from the customer databases for the one or more customers forming the audience. The audience database is compared to the benchmark database, and results of the comparison are reported to the audience.

Abstract: A conveyor comprises at least one endless conveyor belt extending longitudinally for conveying objects from an inlet end to an outlet end, and a frame extending longitudinally along the conveyor belt and having a cross-section that partially encloses the conveyor belt. The frame includes opposed side frames having longitudinal side openings therein for providing access to the conveyor belt. The conveyor further comprises removable belt guards configured to cover the longitudinal side openings, and belt guard guides located adjacent to the longitudinal side openings. Each belt guard guide is shaped to provide a guideway for slidably receiving the belt guards.

Abstract: A collapsible folding stand for use with a portable table saw or other object that is attached to the stand and is capable of being manipulated between open and closed positions. In the closed position, the stand is generally vertically oriented with the object attached to a top frame. To open the stand a locking mechanism is released which enables a folding mechanism supporting the top frame to unfold in a manner whereby the rear legs having wheels that separate from forward side struts which contact the ground, with the center of gravity of the object being positioned between the wheels and the front ground contact points so that the weight of the object tends to separate the same and bring the top frame into a generally horizontal position. To move the rolling stand to its closed position, the user needs only to lift the handle and the top frame will then move to its generally vertical closed position.

Abstract: A device for cleaning a paint brush B has a shaft 1 is fast in a hub 2 moulded around the shaft. Opposite from the shaft, the hub has a spigot 3 with an external screw thread 4 and a socket 5 having bore 6 opening at the end of the spigot with a counter-bore 7. A step 8 is provided at the inner end of the counter bore. At a larger diameter portion 9 of the hub, it has a small collar 10, providing at an end face 11 an abutment 12. Behind the collar is a circumferential groove 14. A paint brush tip locator 21 is partially housed in the socket 5. It has an inner stem 22, which has a bore 23 with a bottom 24 forming an abutment for a spring 25. The stem 22 is a clearance size in the bore 6. Outwards of the stem is an external collar 26, which is a clearance size in the counter-bore 7. Within the stem, outwards of the bottom 24, the tip locator has a series of step 28 in a socket 29 opening at the outer end of the locator and sized to receive a paint brush handle tip.

Abstract: A nonwoven acoustic sheet material including Asian cardboard and a scrim layer and method of construction thereof is provided. The method of construction includes providing Asian cardboard and comminuting the cardboard into pieces of a predetermined size. Further, combining the reduced size pieces of cardboard with heat bondable textile fibers and staple fibers to form a substantially homogenous mixture, and then, forming a web from the mixture. Then, thermally bonding the constituent ingredients of the web to produce a matt of a desired thickness. Further, laminating a scrim layer to at least one side of the matt while maintaining the thickness of the matt as initially produced.

Abstract: The present invention is an adaptive communication device with telephonic interface capabilities which allows the device to interface with standard telephony. The adaptive communication device is comprised of a user interface with a digitized user interface and movement transducer.

Abstract: The present invention is a constraint-based planning tool that specifically addresses the needs of complex discrete and process industries by providing a computationally efficient method and system for fulfillment of customer orders in a supply chain. By comprehensively synchronizing and optimizing the flow of materials through the enterprise, the present invention creates a feasible plan for manufacturing operations that simultaneously optimizes both material and capacity constraints by planning and scheduling multiple customer orders, planning for use the various resources located in remote locations needed to fulfill such orders, and scheduling the used resources for replenishment at appropriate times so that the resources meet the needs of the orders.

Abstract: The present invention is a constraint-based planning tool that specifically addresses the needs of complex discrete and process industries by providing a computationally efficient method and system for fulfillment of customer orders in a supply chain. By comprehensively synchronizing and optimizing the flow of materials through the enterprise, the present invention creates a feasible plan for manufacturing operations that simultaneously optimizes both material and capacity constraints by planning and scheduling multiple customer orders, planning for use the various resources located in remote locations needed to fulfill such orders, and scheduling the used resources for replenishment at appropriate times so that the resources meet the needs of the orders.

Abstract: The present invention is a constraint-based planning tool that specifically addresses the needs of complex discrete and process industries by providing a computationally efficient method and system for fulfillment of customer orders in a supply chain. By comprehensively synchronizing and optimizing the flow of materials through the enterprise, the present invention creates a feasible plan for manufacturing operations that simultaneously optimizes both material and capacity constraints by planning and scheduling multiple customer orders, planning for use the various resources located in remote locations needed to fulfill such orders, and scheduling the used resources for replenishment at appropriate times so that the resources meet the needs of the orders.

Abstract: The present invention is a constraint-based planning tool that specifically addresses the needs of complex discrete and process industries by providing a computationally efficient method and system for fulfillment of customer orders in a supply chain. By comprehensively synchronizing and optimizing the flow of materials through the enterprise, the present invention creates a feasible plan for manufacturing operations that simultaneously optimizes both material and capacity constraints by planning and scheduling multiple customer orders, planning for use the various resources located in remote locations needed to fulfill such orders, and scheduling the used resources for replenishment at appropriate times so that the resources meet the needs of the orders.

Abstract: The present invention is a constraint-based planning tool that specifically addresses the needs of complex discrete and process industries by providing a computationally efficient method and system for fulfillment of customer orders in a supply chain. By comprehensively synchronizing and optimizing the flow of materials through the enterprise, the present invention creates a feasible plan for manufacturing operations that simultaneously optimizes both material and capacity constraints by planning and scheduling multiple customer orders, planning for use the various resources located in remote locations needed to fulfill such orders, and scheduling the used resources for replenishment at appropriate times so that the resources meet the needs of the orders.

Abstract: A proximity-based mutually capacitance-sensitive touchpad that is disposed directly beneath a keypad keymat of a mobile telephone, wherein posts associated with each key pass through a mutually capacitance-sensitive sensor electrode grid of the touchpad such that the keypad posts do not interfere with touchpad detection and tracking of a pointing object that moves along the keypad surface, to thereby enable touchpad data entry, cursor control, and scroll bar control on a display of the mobile telephone, wherein the keypad posts actuate mechanical switches underneath the touchpad.