Abstract: A rotating movable body for a wire rope includes a rotating portion through the interior of which a wire rope passes, the wire rope being formed by twisting together eight strands, and rotary plates provided on the rotating portion so as to engage with parts of the outer shape of the wire rope, wherein the rotary plates are arranged at a predetermined interval in the extension direction of the wire rope, and in a state where each of the plurality of strands is in contact with one of the rotary plates, the rotating portion moves in the extension direction of the wire rope and rotates so as to follow the twist of the strands.

Abstract: A latching mechanism includes a gauge defining a passage extending therethrough, and a latch operably connected to the gauge and structured to be rotatable from a latching position to an unlatched position by movement of a component at least partially through the passage. The latch is structured to engage a latch engagement feature positioned on a lid of a receptacle to maintain the lid in a closed condition when the latch is in the latching position. The receptacle lid is released for opening when the latch disengages from the latch engagement feature.

Abstract: A cable measuring tool includes a first end portion and a second end portion. The first end portion includes a first rounded edge and a cutaway. The cutaway is configured to fit at least a half of a cable having a maximum diameter. The first rounded edge has a radius greater than the maximum diameter of the cable. The second end portion is opposite from the first end portion. The second end portion includes a second edge. The first rounded edge of the first end portion and the second edge of the second end portion define a length of the cable measuring tool.

Abstract: The present disclosure generally relates to the measurement of objects. Using unique processes, the present systems and methods can determine the size of an object using a computing device. For example, in certain embodiments, the present systems and methods receive a physical object such as a finger, determine the size of the finger in pixels, and convert the size of the finger in pixels into a ring size.

Abstract: Turned edge fabric appliqués are produced using a first template whose perimeter corresponds to a desired shape of a finished appliqué of certain size, and a second template having a corresponding opening so that the perimeter of the first template fits in the opening with a determined gap between the templates. The perimeter of the second template corresponds to an appliqué of the desired shape but a size larger than said certain size, and the second template fits in a corresponding opening in a third template to obtain the appliqué of larger size. A fabric piece is placed by the first template into the opening in the second template, and an exposed edge of the piece projects through the gap above the first template to define a seam allowance which is ironed atop the first template. The template is then withdrawn from the opening and from the ironed seam allowance.

Abstract: Inspection apparatus and methods for inspecting parts include a drum including a chamber for receiving parts to be inspected and at least one screen having at least one gauge formed therein, wherein the drum is configured to be rotatably mountable on a support, and wherein rotation of the drum is operable to present parts to be inspected to the at least one gauge.

Abstract: A bottle nipple size selection system for more accurately matching a bottle nipple to the individual anatomy of the mother. The bottle nipple size selection system generally includes a flat, rectangular member having a plurality of sizing apertures extending from its first end to its second end. Each of the apertures has a different diameter, wherein each of the aperture sizes are generally offset by at least 4 mm. By utilizing the apertures on the template, the mother may more accurately locate a bottle nipple which will match the size and contour of the mother's nipple to prevent the mother's baby from refusing breastfeeding due to becoming accustomed to a differently-sized bottle nipple.

Abstract: Ammunition measurement tools include a frame having a reference surface adapted to contact a first caliper jaw of a pair of calipers, a gauge element attached to the frame and movable, the gauge element defining a plurality of apertures of different selected diameters, each aperture diameter corresponding to a diameter of a selected part of a cartridge, the gauge element being operable to move to position a selected aperture in registration with a second jaw of the pair of calipers such that the distance from the aperture to the second jaw may be measured to determine a length dimension of a cartridge positioned in the aperture. The gauge element may be rotatably connected to the frame to rotate about an axis. The frame may include an attachment facility operable to secure to the jaw of a pair of calipers.

Abstract: Tools for measuring a lug pattern diameter of an automobile wheel are disclosed. The tools consist of substantially planar devices, each of which includes three sections, a first side that faces a center portion of the wheel, and a second side that faces an exterior portion of the wheel. Each tool further includes two obtuse angles located on the first side of the tool, and a first aperture or mark located in a first section and at least one aperture or mark located in a second section. Each tool further includes a third section located and integrally formed between the first and second section.

Abstract: A financial transaction card assembly is described. Specifically, the financial transaction card assembly comprises a drill gauge, at least one drill bit, and a substrate. The drill gauge and the drill bit may be removably coupled to the substrate. The drill gauge may be used to measure a plurality of drill bit sizes, and to purchase retail goods and services. The drill bit may be coupled to a drill to make holes in metal, wood, and plastic materials.

Abstract: A thread ring gauge includes a body having inner and outer peripheries spaced in a radial direction. The body includes a split extending from the outer periphery through the inner periphery, separating the body into two sections respectively having first and second end faces. The first end face includes a groove extending away from the second end face in a width direction perpendicular to the radial direction. The groove extends from the outer periphery towards but spaced from the inner periphery. The groove has a bottom wall facing the second end face. An adjusting member is extended through the first and second sections and movable to adjust a width of the slit between the first and second end faces in the width direction. A gauge block is received in the groove and abuts the bottom wall of the groove and the second end face.

Abstract: A financial transaction card assembly is described. Specifically, the financial transaction card assembly comprises a drill gauge, at least one drill bit, and a substrate. The drill gauge and the drill bit may be removably coupled to the substrate. The drill gauge may be used to measure a plurality of drill bit sizes, and to purchase retail goods and services. The drill bit may be coupled to a drill to make holes in metal, wood, and plastic materials.

Abstract: An apparatus for measuring concentricity of two holes at both ends of a cylindrical member includes a rotation unit supporting and rotating the cylindrical member about one of the holes, and an unit measuring the concentricity by measuring a relative position of an inner circumferential surface of the other hole to the center line of the one hole over the whole inner circumferential surface, while the member is rotated. An apparatus for measuring squareness of one end surface of a partition wall between the two holes in the cylindrical member to a longitudinal center line of the one hole includes, in addition to the rotation unit, an unit measuring the squareness by measuring a relative position of the one end surface of the partition wall along the longitudinal center line of the other hole over the whole circumference of the one end surface, while the member is rotated.

Abstract: A tool for measuring compliance with building construction codes comprises at least one indentation having a diameter that is representative of a maximum or minimum diameter of a handrail or grab bar, as permitted by code standards. The indentation is positioned adjacent a handrail or grab bar to determine compliance with relevant code standards. The tool may also include a tab positioned adjacent The indentation to simultaneously measure the distance a grab bar or handrail is spaced from a wall, and the diameter of the handrail or grab bar.

Abstract: A knitting needle sizing structure and method for determining a diametrical size of a knitting needle with a plurality of knitting needle sizing wands retained by a retaining spindle with a rod with stop members disposed at opposite ends thereof wherein each knitting needle sizing wand has a sizing ring defining a sizing aperture with a measuring size corresponding to a knitting needle diametrical size. The diametrical size of the knitting needle can be determined by comparing the knitting needle diametrical size to the sizing aperture of one or more knitting needle sizing wands. A sizing legend, which can be in the US, Metric, and/or any other sizing convention, can be associated with each knitting needle sizing wand.

Abstract: A tool for inspecting and verifying weld beads in a pipeline includes a plate-like structure which has a surface and edges adapted for inspecting and verifying various weld bead attributes. The surface is imprinted with several identification marks, including for example, wall thicknesses and ratios of weld bead width to wall thickness. The tool can be used to verify weld bead convexity, weld bead concavity, and weld bead width for many different wall thicknesses. The tool is capable of verifying weld bead width and axial alignment of successive sections of pipe along the pipeline. All verifications and measurements are visual and tactile, without need for complex machinery or calculations, and can be accomplished with a single, lightweight tool. Additionally, a single tool can be used to verify weld beads for a variety of different pipe thicknesses.

Abstract: A measuring instrument for measuring the girth of fingers is constructed to include at least one measuring card, each measuring card having a set of finger holes of different diameters for the insertion of fingers and markings indicative of the diameters of the finger holes respectively, and at least one reference card respectively pivoted to the at least one measuring card, each reference card having printed thereon advertising matters.

Abstract: A method for selecting proportions of aggregate for incorporation into concrete comprises several steps. First, a maximum aggregate size for a specific application is determined. A sample of the maximum size aggregate is loose poured into a container. The percentage voids in that sample is then calculated. An amount of smaller sized aggregate equal to approximately the volume of percentage voids calculated earlier is added to the sample until a reduced volume of voids in the mixed sample is achieved. Finally, the amounts of aggregate determined to have the reduced volume of voids in the mixed sample are used in a concrete mixture.

Abstract: A ball controller (10) is in the form of a rigid mat having a central cavity (12) for the reception of a golf ball (11) for checking the diameter of a golf ball (11), the ball controller (10) having sectionally (13, 14, 15) differing wall thicknesses (a, b, c) in the radial direction of the controller (10) and preferably having an optimal thickness in a radially innermost, annular portion (15) around the cavity (12). The cavity (12) has a cylindrical inner face (14a) having an axial dimension (1) of 3 mm minimum.