8results about "Measuring tapes" patented technology

A tape measure assembly and mount system may include a housing assembly having an enclosure with a tape assembly spooled within. An assembly may include the housing assembly having an interface in electronic communication with a controller within the enclosure. An assembly may include the controller having at least one mode selected from a group consisting of a tape / blade distance mode, and an implement distance mode. A mount system may include a first mount and a second mount selectively connected to one another, which may be configured to selectively mount to a power tool and more particularly, may attach to a fence of a power tool.

The application relates to a 360-degree visual flexible tape that can be shaped and belongs to the technical field of medical devices. The 360-degree visual flexible tape comprises a shapeable tape body and scale lines. The cross section of the shapeable tape body is circular; the scale lines are provided in multiple numbers, the multiple scale lines are arranged along the axial direction of the shapeable tape body, and the multiple scale lines are arranged at intervals around the circumference of the shapeable tape body. When the length of a curved indwelling tube is measured, the shapeable tape body can be bent into the same state as the indwelling tube, and subsequently, the degrees of the corresponding scale lines at the end of the indwelling tube are read out, so that the length of the indwelling tube can be determined. Since the cross section of the shapeable tape body is circular and the multiple scale lines are arranged at intervals around the circumference of the shapeable tape body, no matter what shape the shapeable tape body is bent into, medical staff can conveniently read out the corresponding degrees from the shapeable tape body, and the problem that the length measurement precision of the existing measuring tools for the curved indwelling tube is not high and reading is inconvenient is solved.

The application discloses a kind of surveying steel tape measure verification device, specifically related to steel tape measure verification field, including verification table, the end of verification table is equipped with the adjusting fixed component for clamping and adjusting the standard steel tape measure of being detected steel tape measure, sliding installation is equipped with lighting tackle on verification table, reading microscope is installed on lighting tackle, the other end of verification table is provided with two staggered load loading components, two load loading components are respectively used to clamp being detected steel tape measure and standard steel tape measure, and load is applied to being detected steel tape measure and standard steel tape measure upwards.The application passes through the mode that standard steel tape measure and tape hook steel tape measure are passed from the lower portion of support rod and contact with support rod, the upper surface of standard steel tape measure is contacted with support rod, while also can make the two edges of tape hook steel tape measure bending upwards and support rod contact, by the support action of support rod, the edge of standard steel tape measure and tape hook steel tape measure can be on the same height.

A computerized steel tape measure indication error detection device comprises a steel tape measure clamp and an electric rotary table assembly fixedly mounted on the front plate of the device housing at the same horizontal line. The electric rotary table assembly includes an electric rotary table and a winding wheel mechanism. The rotating shaft of the winding wheel mechanism extends out of the front plate of the housing, with a shaft groove at one end and the other end fixedly connected to the electric rotary table. The top of the housing has an operation panel and a display screen. The housing contains electrical components, including a controller, a lower-level computer, and a higher-level computer. A camera assembly and a grating ruler are also fixedly connected to the front of the front plate of the housing. The hook of the steel tape measure under test is inserted into the shaft groove of the electric rotary table assembly. The rotation of the electric rotary table pulls the steel tape measure horizontally. The display screen shows the image from the camera and the indication error calculated by the higher-level computer in real time. This utility model of an automatic steel tape measure detection device adopts a direct measurement method, occupies little space, and features fast, accurate, and automatic detection.

A tape measure device including a housing with branding options, a lock tab mechanism for controlling tape extension / retraction, and compatibility with different tape lengths is disclosed. The tape measure blade incorporates three distinct sets of ascending and descending numbers, each tailored for specific measurement scenarios. The first set offers traditional ascending linear measurements, identical to a standard tape measure, simplifying common length assessments. The second set (i.e., descending set) is engineered for calculating differences (i.e., section cut-offs) in 8-foot building materials, while the third set (i.e., descending set) caters to 12-foot materials. The aforementioned sets enable users to quickly identify and cut precise lengths without the need for extensive tape measure blade extension. The device's design optimizes ease of use, portability, and secure storage through a belt clip.

The utility model relates to measuring tool technical field discloses a tape measure auxiliary hook, including the hook body, the inside of hook body is established with the installation groove, the inside of hook body is installed with the tape end, the tape end is located the inside of installation groove, the inside of hook body is provided with the compression assembly, the outside of hook body is provided with the telescopic component, the neodymium magnet is fixedly connected with the hook body bottom, the compression assembly includes the round bar, the round bar sliding connection is in the inside of hook body, the hook body bottom is fixedly connected with the pressing plate, spring no.

In the construction of a building at least part of the information about the fabrication of the building, including what construction elements are to be used in the building and their location for carrying out said construction, is input in a computer software program to generate a plurality of marking information; said marking information is printed on a tape or strap, e.g. using a CNC printing machinery and the printed tape or strap is affixed or connected to a corresponding construction component to be used in said building. The markings may include the position of at least one of: beginning and / or end of a construction element; a cutting location for the cutting of a construction element; an anchor holder; nails or bolts for positioning string lines; plumbing drains; pipes; window assemblies; door headers; studs, posts and cripple studs; joists or rafters; chalk lines; plywood sheating.