38 results about "Snips" patented technology

A Process, Method of extracting the unique SNiP portion of DNA then using that unique SNiP to formulate a unique SNiP key and/or unique SNiP data, and using that key and/or data as input into Cryptography Systems, Data Encryption/Decryption, Data Transmission Model, then converting that binary data to a Network address for use in Identity Management, Biometric Encryption, Data Network Security, Digital Certificates, Wired and/or Wireless Data Communications and Identification, Authentication, Authorization, Accounting, Auditing, Encryption, Integrity Checking, IPv4, IPv6, Ethernet, Wired and Wireless data transmission, RFID, RFID location tracking, GPS location and tracking systems, National and/or Global Identification of organisms especially human, living or non-living, mobile or stationary, Ethernet, Identity Based Networking, Identity Tracking, Government National Id, x.400, x.500, x.509, Directory Services, LDAP, Database(s), AAA, TACACS+, Data Storage, Storage Area Networking, conversions and translations between directory services; DNA to provide encryption for data, and tie ownership of that secure data, packets and data streams to an individual human, non-human, living or non-living, mobile or stationary.

A hand tool for use by one hand provides double compound leverage of the force exerted on the handles to the jaws. This is achieved by adding additional pivots and lever arms between the handles and the jaws. The jaws may take the form of a sheet metal snip or a pruning shear.

An electrical connection box having a break away shielding structure that extends out past the perimeter edge of the connection box of a conventional connection box so as to prevent mudding over during sheet rock construction. The break away shielding structure is broken away from the electrical connection box by gripping and twisting the shielding structure to break off one or more portions of the shielding structure at a time with a pair of snips, pliers or other readily available electricians tool.

A handheld cutting snips having offset blades and bent levers, as well as replaceable blade and thrust bearing members. Bent levers and offset blades allow material being cut to pass through the cutting blades of the snips and bypass the levers without interfering with the levers or the hands of the snips' operator. Replaceable blade-bearing members allow simultaneous replacement of the snips' blades and surfaces surrounding the snips' pivot point, thereby preventing uneven wear and eventual blade interference and/or misalignment of the levers.

Two-stage force multiplier tin snips are provided which have a pair of cutting blades and associated tangs, both being pivotable about a cutting axis. Each respective tang is coupled to a pair of handles by a pair of respective tang pins. The handles are pivotably attached to one another about a handle axis. The tin snips provide a mechanism for changing a force multiplier of the cutting blades by selectively adjusting relative longitudinal positioning of the cutting blade axis, the handle axis or the tang pins, relative to another of the cutting blade axis, the handle pins or the tang pins.

There is provided a glulam wood beam comprising planks having a width substantially smaller than The width of the beam, assembled into snips. The beam is characterized by the presence of flash in the interior by external surfaces made essentially of duramen. There is further provided a method for making the wood beam of the instant invention wherein the strips are derived from panels and in which the cutting of the panels into strips is programmed to ensure that the subsequent assembly of the strips will result in beams having external surfaces comprised essentially of duramen, thus providing a beam with enhanced mechanical resistance.

A compound action snips includes first and second handles pivotally connected to each other, and first and second blades. The first handle includes first and second walls arranged opposite to each other. The second wall includes a recess. The first blade is mounted to the first handle. The second blade is mounted to the second handle. A fastener inserts into the first wall, the first blade, and the second wall. A fixing element is received into the recess and threaded onto the fastener, so that a top surface defined on the fixing element is not exposed out of the second wall of the first handle.

The invention discloses a method for deducting the whole spectrum background of a gamma energy spectrum by using successive approximation SNIP calculation, which can solve the problem of high dependency of the existing SNIP algorithm on parameters, peak searching and peak zones. The method for deducting the whole spectrum background of a gamma energy spectrum by using successive approximation SNIP calculation adapts to the improvement of a peak zone width by using a filter window, and simultaneously improves the background deducting precision by using successive approximation, thus laying a foundation for accurate analysis of gamma energy spectra, wherein the deducted background is directly regarded as a new energy spectrum for calculation after first calculation; the iterative termination condition is not a fixed step, and is set to satisfy the condition that the relative error of the background areas obtained at two successive times satisfies a FORMULA. The method for deducting the whole spectrum background of a gamma energy spectrum by using successive approximation SNIP calculation avoids artificial parameter selection, and can greatly improve the background deducting accuracy; and this improvement does not affect the execution speed of the SNIP algorithm, so the operation efficiency is high.

Snips include first and second handles pivotably connected to each other. Each of a pair of cutting members includes a connecting end and a cutting end. The connecting ends of the cutting members are respectively connected to distal ends of the first and second handles. A latch is pivotably mounted to the second handle and extends through a through-hole in the second handle. When the latch is in a locking position, a protrusion of the latch is located in a first section of the through-hole, a hook of the latch engages with a limiting member on the first handle, and the first handle is not pivotable relative to the second handle. When the latch is in the release position, the protrusion is located in a second section of the through-hole, the hook disengages from the limiting member, and the first handle is pivotable relative to the second handle.

A compound action snips includes first and second handles pivotally connected to each other, and first and second blades. The first handle includes first and second walls arranged opposite to each other. The second wall includes a recess. The first blade is mounted to the first handle. The second blade is mounted to the second handle. A fastener inserts into the first wall, the first blade, and the second wall. A fixing element is received into the recess and threaded onto the fastener, so that a top surface defined on the fixing element is not exposed out of the second wall of the first handle.

The invention discloses a machining method and a machining die for T iron with the high wire diameter ratio, and belongs to the technical field of T iron machining. The machining method is the new T iron machining technology which is high in production efficiency and stable in product quality. The machining method comprises the steps that (1), according to the requirements of T iron, bars with reasonable diameters are calculated, selected and cut into blanks; (2) the blanks are placed into a lower die installed on a circular-snip heading machine, positioning pins of a workpiece are squeezed out by a first trimming die at first, then the positioning pins are used for positioning, bar materials are clamped into the lower die, the first trimming is changed into a second trimming die to rapidly beat after the first trimming die is retreated, and a shape of an agaric head is formed; (3) blanks processed through heading and obtained in the step (2) are placed into a flattening die to be flattened; (4) the flattened blanks obtained in the step (3) are placed into a forming die, and T iron is formed. The machining die comprises the heading combination die, the flattening die and the forming die, and is used for machining the T iron with the high wire diameter ratio.

The disclosure provides a method for removing background from a spectrogram, including: finding out peak information of a raw spectrogram, the peak information including a peak position, a starting point, an ending point, and a peak width w of a peak; processing, within each peak area defined by the starting point and the ending point of each peak of the raw spectrogram, each peak of the raw spectrogram by using a SNIP method so as to obtain background data within each peak area; replacing, within each peak area, data of the raw spectrogram with the background data obtained through processing by using the SNIP method, so as to form a background spectrogram in a fitting way; smoothing the formed background spectrogram; and subtracting the smoothed background spectrogram from the raw spectrogram so as to obtain a spectrogram with removed background.

A hand tool for actuation between a closed state and an open state includes a first jaw member having a first blade portion and a first extension portion. The first blade portion defines a first cutting edge having a first substantially convex profile along its entire length. A first handle member is coupled to the first extension portion. A second jaw member is pivotably coupled to the first jaw member. The second jaw has a second blade portion and a second extension portion. The second blade portion includes a second edge having a second substantially convex profile along its entire length. A second handle member is coupled to the second extension portion. The first jaw member and the second jaw member define a jaw stop that inhibits the first blade portion and the second blade portion from opening beyond a predetermined jaw angle.

The invention discloses a pair of novel tinsmith snips, and relates to the technical field of hardware tools. Snip heads (1) are connected with connection lengthened handles (2), and the snip heads (1) and the connection lengthened handles (2) are fixed through a pin bolt (3); the back ends of the connection lengthened handles (2) are connected to back-end connecting handles (4); a safety buckling tool (5) is fixedly arranged between the two back-end connecting handles (4); the back ends of the back-end connecting handles (4) are connected to a left semicircular handle (6) and a right semicircular handle (7) respectively; finger protective jackets (8) are arranged on the inner sides of both the left semicircular handle (6) and the right semicircular handle (7); a corrugated jaw (9) is arranged at the inner sides of the back ends of the snip heads (1). The pair of the novel tinsmith snips is rational in structure design, and safe and convenient to use, can protect fingers from being galled efficiently when a hard object is snipped, improves use safety of the tinsmith snips, not only can snip iron sheets rapidly, but also can snip other objects such as steel wires, achieves functional diversity, and is suitable for popularization and application in a big range.

The invention is a convenient and portable device for cleaning and sharpening cutting tools for gardening such as pruners, clippers, snips, or shears when these have become fouled from working on plants which exude gummy residue or sticky sap when cut. The device includes a reservoir for holding cleaning solutions, at least one motor driving a planetary or epicyclic gearing or slippable roller drive mechanism, to rotate at least one disc so that bristles of the disc precess along roulette paths which include a hypocycloid, an epicycloid, a hypotrochoid, or an epitrochoid.

A motor switch detects the insertion of a gardening cutting tool and turns on the motor after a predetermined delay and for a predetermined duration. The cutting tool must be removed for the switch to be reset. The cleaning machine can be powered by internal batteries or external power.

The disclosed embodiments provide a system for recognizing a sound event in raw sound. During operation, the system receives the raw sound, wherein the raw sound comprises a sequence of digital samples of sound. Next, the system segments the raw sound into a sequence of tiles, wherein each tile comprises a set of consecutive digital samples. The system then converts the sequence of tiles into a sequence of snips, wherein each snip includes a symbol representing an associated tile in the sequence of tiles. Next, the system generates annotations for the sequence of snips and the raw sound, wherein each annotation specifies a property associated with one or more snips in the sequence of snips or the raw sound. Finally, the system recognizes the sound event based on the generated annotations.

The invention discloses a steam turbine girdle gasket dedicated bench snips which comprise a base, a workbench support, a workbench, a cutting board, a connection rod and a handle. The workbench is connected with the workbench support, the workbench is provided with a limit plate and a graduated disc, the workbench is connected with the limit plate through studs, flat washers and butterfly nuts, the workbench adjusts the relative position of the workbench and the limit plate through the studs, the flat washers and the butterfly nuts, the base is provided with a limit block, and the workbench support is connected with the base through screws. One ends of the cutting board and the connection rod are connected with the base, and the other ends of the cutting board and the connection rod are fixedly connected with the handle. The steam turbine girdle gasket dedicated bench snips are simple in structure, and convenient to operate, reduce the working strength of operation staff, save working space, improve process efficiency, and is suitable for the accurate and mass production of steam turbine girdle gaskets with diversified boundary dimensions.