Abstract:
Golf club heads according to at least some example aspects of this disclosure include: an iron-type golf club head including an iron-type golf club head body, a ball striking face, or face plate, a rear plate, a sole, and a sole channel. According to aspects of the disclosure, the sole may be considered a wide sole 30 - 50% wider than conventional iron-type club heads. According to aspects of the portion removed from the sole. The sole channel is located within the sole portion of the club head.
Abstract:
A system (10) and method (50) for displaying relationships between concepts (14c, 14d) to provide classification suggestions via inclusion is provided. A set of reference concepts (14d) each associated with a classification code is designated. One or more of the reference concepts (14d) are combined with a set of uncoded concepts (14c). Clusters of the uncoded concepts (14c) and the one or more reference concepts (14d) are generated. Relationships between the uncoded concepts (14c) and the one or more reference concepts (14d) in at least one cluster (173) are visually depicted as suggestions for classifying the uncoded concepts (14c) in that cluster (173).
Abstract:
The drying time for aqueous asphalt emulsions used in the roofing and other waterproofing industries is shortened by separately applying an emulsion breaking agent to the substrate to be waterproofed, to the aqueous asphalt emulsion after it is applied, or both.
Abstract:
An electronic device of a preferred embodiment includes a tip emitter (10) formed in a well (12) defined in a substrate. An extractor (14) disposed about the well extracts emissions from the tip emitter. A wide lens (16) is spaced apart from the extractor for focusing the emissions through an opening defined the wide lens. The opening has a diameter greater than a diameter of the well. An aperture (17) is disposed between the extractor and the wide lens. The device may be used in a memory or a computer device.
Abstract:
A mixer apparatus (10) includes a container (14) for the reception of materials such as feed. An auger (24) rotatably mounted in the container (14). A drive (32) connected to a main source of power (31) and an auxiliary driver (34) are provided. An over running device (36) is associated with the main source of power (31) and the auxiliary driver (34).
Abstract:
A system (10) and method (50) for providing generating reference sets (14b) for use during document review is provided. A collection of unclassified documents (14a) is obtained. Selection criteria (61) are applied (53) to the document collection and those unclassified documents (14a) that satisfy the selection criteria (61) are selected as reference set candidates. A classification code is assigned (55) to each reference set candidate. A reference set (14b) is formed (57) from the classified reference set candidates. The reference set (14b) is quality controlled and shared between one or more users.
Abstract:
A system (10) and method (50) for displaying relationships between concepts to provide classification suggestions via injection is provided. A reference set (14d) of concepts each associated with a classification code is designated. Clusters (130) of uncoded concepts (14c) are designated. One or more of the uncoded concepts (14c) from at least one cluster (130) are compared to the reference set (14d). At least one of the concepts in the reference set (14d) that is similar to the one or more uncoded concepts (14c) is identified. The similar concepts (14d) are injected into the at least one cluster (130). Relationships between the uncoded concepts (14c) and the similar concepts (14d) in the at least one cluster (130) are visually depicted as suggestions for classifying the uncoded concepts (14c).
Abstract:
A system (11) and method (40) for providing reference documents (14b) as a suggestion for classifying uncoded documents (14a) is provided. Reference electronically stored information items (14b) and a set of uncoded electronically stored information items (14a) are designated. Each of the reference information items are previously classified. At least one uncoded electronically stored information item (14a) is compared with the reference electronically stored information items (14b). One or more of the reference electronically stored information items (14b) similar to the at least one uncoded electronically stored information items (14a) are identified. Relationships are depicted between the at least one uncoded electronically stored information item (14a) and the similar reference electronically stored information items (14b) for classifying the at least one uncoded electronically stored information item (14a).
Abstract:
A system (11) and method (40) for providing a classification (82) suggestion for electronically stored information (13) is provided. A corpus of electronically stored information (13) including reference electronically stored information items (14b) each associated with a classification (82) and uncoded electronically stored information items (14a) are maintained. A cluster (93) of uncoded electronically stored information items (14a) and reference electronically stored information items (14b) is provided. A neighborhood (70) of reference electronically stored information items in the cluster (93) is determined for at least one of the uncoded electronically stored information items (14a). A classification (82) of the neighborhood (70) is determined using a classifier. The classification (82) of the neighborhood (70) is suggested as a classification (82) for the at least one uncoded electronically stored information item (14a).
Abstract:
A system (11) and method (40) for providing a classification (82) suggestion for electronically stored information (13) is provided. A corpus of electronically stored information (13) including reference electronically stored information items (14b) each associated with a classification (82) and uncoded electronically stored information items (14a) are maintained. A cluster (93) of uncoded electronically stored information items (14a) and reference electronically stored information items (14b) is provided. A neighborhood (70) of reference electronically stored information items in the cluster (93) is determined for at least one of the uncoded electronically stored information items (14a). A classification (82) of the neighborhood (70) is determined using a classifier. The classification (82) of the neighborhood (70) is suggested as a classification (82) for the at least one uncoded electronically stored information item (14a).