Abstract: A razor cartridge comprising a housing; a guard located at the front of the housing; a cap located at the rear of the housing; two or more blades disposed in the housing between the guard and the cap; a skin contact element extending across the housing between two of said blades; and a plurality of projections extending from a base of said skin contact element, each having a skin contacting surface, the projections being spaced along the length of the skin contact element, wherein there is a pitch of up to 2 mm between adjacent projections and the skin contacting surface has a width extending for up to 35% of the pitch.

Abstract: A razor having a housing, a guard located at a front of the housing and a cap located at a rear of the housing. A skin contact plane is tangential to the guard and the cap. A blade couplet is disposed in the housing, the blade couplet being formed of a leading blade having a leading edge and a trailing blade having a trailing edge, both edges being directed towards the front of the housing and the leading blade being positioned between the guard and the trailing blade. There is a span of about 25 ?m to about 850 ?m between the leading edge and the trailing edge, the leading edge has an exposure of about 25 ?m to about 500 ?m below the skin contact plane, the trailing edge is positioned in line with or above the leading edge and has an exposure of about 150 ?m above the skin contact plane to about 300 ?m below the skin contact plane, and the difference in exposure between the leading edge and the trailing edge is equal to or less than the span between the leading edge and the trailing edge.

Abstract: A test generator and methods for generating tests from a hybrid diagram are provided. A hybrid diagram is a diagram that primarily uses one higher-level semantic notation with portions utilizing one or more secondary higher-level semantic notations. Example higher-level semantic notations are statechart notation and data-flow notation. A test generator processes the hybrid diagram without reducing the higher-level semantic constructs to lower-level semantic constructs. The test generator generates test-generation templates as needed based on the higher-level semantic model used in the diagram. The test generator uses the test-generation templates to generate tests for a system-performing device specified by the diagram. The generated tests may be executed automatically by a test driver or manually by a human tester.

Abstract: A razor cartridge comprising a housing; a guard located at the front of the housing; a cap located at the rear of the housing; two or more blades disposed in the housing between the guard and the cap; a skin contact element extending across the housing between two of said blades; and a plurality of projections extending from a base of said skin contact element, each having a skin contacting surface, the projections being spaced along the length of the skin contact element, wherein there is a pitch of up to 2 mm between adjacent projections and the skin contacting surface has a width extending for up to 35% of the pitch.

Abstract: An apparatus and methods for generating a plurality of output test vectors from a statechart are provided. The statechart may specify requirements of a system function to be executed by a system-performing device. The statechart comprises a plurality of states, a plurality of transitions, and a plurality of variables. A forward-propagation pass through the statechart may be performed to generate a plurality of forward-reached-transition environments. A backward-propagation pass through the statechart may be performed to generate a plurality of backward-reached-transition environments. The plurality of output test vectors is generated from the plurality of forward-reached-transition environments and/or the plurality of backward-reached-transition environments. A test driver may execute a plurality of tests on the system-performing device, wherein the plurality of tests are based on the plurality of output test vectors.

Abstract: A method of viewing a surface comprising taking at least a first image from a first position and a second image from a second position to allow for comparative analysis and diagnosis of the surface.

Abstract: A wet shaving razor cartridge that comprises a plurality of at least five elongate blade assemblies disposed in parallel between a guard and a cap of a housing, each blade assembly having a sharp cutting edge; wherein said blade assemblies exhibit a cumulative interblade span of no greater than about 3 mm. Also, a wet shaving razor cartridge that comprise a plurality of at least four elongate blade assemblies disposed in parallel between a guard and a cap of a housing, each blade assembly having a sharp cutting edge; wherein said blade assemblies exhibit a cumulative interblade span of no greater than about 2.5 mm.

Abstract: A shaving razor has a housing joined to a handle, one or more blades mounted in the housing and a light source. The light source projects a defined image indicating the exact location of a blade edge on the skin of a user enabling the user to properly align the blade edge on the skin during shaving.

Abstract: A shaving razor has a housing joined to a handle, one or more blades mounted in the housing and a light source. The light source projects a defined image of a line segment indicating the exact location of a blade edge on the skin of a user enabling the user to properly align the blade edge on the skin during shaving.

Abstract: A digital microscope for viewing the surface of an object comprises a housing having a proximal end and a distal end. The distal end forms an opening to the housing. A sensor that receives light reflected from the surface of an object is located towards the proximal end of the housing. The sensor converts the light to a digital image. A lens that focuses light reflected from the object onto the sensor is located within the housing between the sensor and the object to be viewed. A reflective member is located within the opening. In use, light is reflected from the object to the sensor and a portion of the reflected light is directed via the reflective member such that the surface of the object can be viewed simultaneously from two different directions.

Abstract: A shaving apparatus comprising a first shaving unit, including a first outer cutter (101,102) and a first undercutter (20) which cooperate together, a skin agitation member (12), a housing and a drive source (58) mounted in the housing. The outer cutter is mounted in a frame (10). The drive source is coupled to the first undercutter to provide oscillatory movement with respect to the frame at a frequency in the range 70 to 280 Hz. The drive source is also coupled to the skin agitation member to provide oscillatory movement at a frequency in the range 5 to 50 Hz. The first outer cutter is un-driven with respect to the frame.

Abstract: A wet shaving razor cartridge that comprises a plurality of at least five elongate blade assemblies disposed in parallel between a guard and a cap of a housing, each blade assembly having a sharp cutting edge; wherein said blade assemblies exhibit a cumulative interblade span of no greater than about 3 mm. Also, a wet shaving razor cartridge that comprise a plurality of at least four elongate blade assemblies disposed in parallel between a guard and a cap of a housing, each blade assembly having a sharp cutting edge; wherein said blade assemblies exhibit a cumulative interblade span of no greater than about 2.5 mm.

Abstract: A test generator and methods for generating tests from a hybrid diagram are provided. A hybrid diagram is a diagram that primarily uses one higher-level semantic notation with portions utilizing one or more secondary higher-level semantic notations. Example higher-level semantic notations are statechart notation and data-flow notation. A test generator processes the hybrid diagram without reducing the higher-level semantic constructs to lower-level semantic constructs. The test generator generates test-generation templates as needed based on the higher-level semantic model used in the diagram. The test generator uses the test-generation templates to generate tests for a system-performing device specified by the diagram. The generated tests may be executed automatically by a test driver or manually by a human tester.

Abstract: An apparatus and methods for generating a plurality of output test vectors from a statechart are provided. The statechart may specify requirements of a system function to be executed by a system-performing device. The statechart comprises a plurality of states, a plurality of transitions, and a plurality of variables. A forward-propagation pass through the statechart may be performed to generate a plurality of forward-reached-transition environments. A backward-propagation pass through the statechart may be performed to generate a plurality of backward-reached-transition environments. The plurality of output test vectors is generated from the plurality of forward-reached-transition environments and/or the plurality of backward-reached-transition environments. A test driver may execute a plurality of tests on the system-performing device, wherein the plurality of tests are based on the plurality of output test vectors.

Abstract: A shaving razor has a housing joined to a handle, one or more blades mounted in the housing and a light source. The light source projects a defined image indicating the exact location of a blade edge on the skin of a user enabling the user to properly align the blade edge on the skin during shaving.

Abstract: A framework provides for the creation, use, and management of archetypes as a basic building block for graphical model-based development environments. Archetypes are user-definable, domain-independent modeling entities that can contain one or more domain-specific models as well as archetype-specific operations, such as code generation. Archetypes may contain portals that are the explicit application programming interfaces of archetypes. Users define archetype definitions (including visual representations, portals, implementations, and operations) and they or others can then instantiate instances of defined archetypes into different modeling notations. The semantic interpretation of the archetype instances via archetype- and implementation-specific operations provide support for high-level operations such as code generation, model transformations, and model analyses.

Abstract: The present invention relates to new methods for delivering solutions during electronic device manufacture. Methods of the invention include delivering metallization solutions to the device at an angle of less than 90 degrees with the surface of the device. The method may further comprise partially treating the device by delivering the metallization solutions from above the device, turning the device over, and then completing treatment by delivering the metallization solutions from below the article. The method is particularly useful in the formation of printed circuit boards and other electronic packaging devices having through-holes and blind vias.

Abstract: A safety razor blade unit includes a hair pulling member (7) located immediately in front of the cutting edge of a blade (6), the hair pulling member (7) having slots (10) through which the hairs pass defined by a series of elements (9). The edges of the elements (9) which define the slots (10) are formed to notch the hairs as they pass through the slots, and trailing end portions (14) of the elements (9) are inclined to guide the hairs to follow a path for pulling the hairs from the skin just before they are cut through by the blade.

Abstract: A method of providing an electrically conductive polymer coating on a copper clad circuit board prior to electroplating is disclosed. The method teaches the application of certain organic solvents to a conductive polymer composition already applied to the board but before drying the conductive polymer composition to remove liquids therefrom to form a conductive polymer film.

Abstract: A microetch composition for a circuit board containing sulfuric acid in combination with a carboxylic acid having 2 to 6 carbon atoms, wherein the volume of the carboxylic acid is preferably greater than the amount of sulfuric acid. The method discloses the contacting of a electrically conductive polymer with the microetch composition disclosed above to expose copper underlying the electrically conductive polymer.