A nail clipping and collecting device includes a housing and a clipper. The housing defines an interior volume and includes first and second actuation mechanisms. The clipper is enclosed by the housing. The clipper includes a first support having an end with a first cutting edge and a second support movably connected to the first support and having an end with a second cutting edge. The clipper includes a first lever arm having a first portion coupled to the first support and a second portion having a first interfacing surface interfacing with the first actuation mechanism and a second lever arm having a first portion coupled to the second support and a second portion having a second interfacing surface interfacing with the second actuation mechanism. As the first and second actuation mechanisms are actuated, the clipper is brought from a first disengaged position to a second engaged position.

A nail clipper includes a cutting jaw with a tongue as a mechanism to prevent nail clippings from flying away and a cutting board with a safety guide as a safety mechanism to prevent accidental cuts into finger/toe flesh. The tooth edge of the cutting tooth and the cutting board may either be both vertically curved with a matching curvature to better fit the curvature of the naturally curved nails or be both straight (as opposed to curved). A variation of the nail clipper has the cutting board being replaced with another identical cutting jaw with a tongue to just make use of the tongues for grabbing nail clippings.

A nail clipper includes a cutting unit which includes an inner elastic plate which is bent such that a pair of cutting blades faces each other and the inner elastic plate has elastic restoring force, an outer elastic plate which is bent to surround an outer surface of the inner elastic plate and has elastic restoring force, and a pushing plate which has one end assembled to a support shaft disposed in inner and outer shaft holes penetratively formed in the inner and outer elastic plates and elastically deforms the inner and outer elastic plates by being pushed; a handle unit which includes a first main body which has an internal space into which the cutting unit is inserted and disposed, and a scattering prevention unit prevents a cut object cut by the cutting blades from scattering.

A work tool includes a tool handle assembly that is moveable between an open default position and a closed working position. The tool handle assembly is constructed with an upper tool handle assembly and a lower tool handle assembly where the upper tool handle assembly and the lower tool handle assembly are configured to be snap-fit together to enable pivotal movement between the upper tool handle assembly and the lower tool handle assembly. The tool handle assembly further includes an attack angle orientation assembly carried partially by the upper tool handle assembly and carried partially by the lower tool handle assembly to facilitate pivotally closing a pair of cutting blades to operate on a work piece; the cutting blades are carried into alignment with a cutting blade plane defined by an imaginary cutting plane line extending between proximal end portions of the upper tool handle assembly and the lower tool handle assembly to prevent the pair of cutting blades from over-cutting a work piece beyond the cutting blade plane. The tool handle assembly further includes a biasing member which is secured between the upper tool handle assembly and the lower tool handle assembly in order to bias the tool handle assembly to an open default position and in order to bias the pair of cutting blades into an object receiving open position.

An adjustable nail clipper supports a foot of a user to clip toe nails of the user. The adjustable nail clipper comprises a support leg assembly, a hollow shaft, a handle, a clipper head with cutting blades, and a foot rest. The hollow shaft extends from an upper end of the support leg assembly, and the handle is attached to the hollow shaft. The clipper head is attached proximal to a bottom end of the hollow shaft, and the cutting blades of the clipper head are actuated via a clipping lever attached to the hollow shaft. The foot rest is pivotally connected to the hollow shaft, and positioned frontally to the clipper head. The foot rest is configured to receive and support the foot of the user seated on a chair, and to allow the user to clip each toe nail after aligning each toe nail between the cutting blades.

This invention enables a physically impaired individual to trim his or her fingernails or toenails with a commercial nail clipper without holding and squeezing the clipper. The device includes a base which holds a small and/or large commercial nail clipper in a removable, reversible sleeve, a hand/foot rest to aid in placing and holding nails between the clipper cutting blades and a lever to be pressed to apply force to the clipper actuating arm and accomplish nail trimming. The primary purpose of the device is to assist individuals in trimming their own fingernails or toenails, especially those who have lost the dexterity in one or both hands or experience pain when squeezing a nail clipper. The invention may also be hand-held by an individual who needs assistance holding and operating a nail clipper.

A nail clipping cylinder provides a layer of memory foam upon which the tip of the finger or thumb rests when inserted, a blade and one or more sensors which detect the presence of the finger or thumb, extend grippers to gently hold the tip of the finger or toe, detect the contours of the portion of the nail which is to be removed, and position the blade as necessary to trim and remove that portion. Preferably, this detection and positioning system is comprised of a fiber-optic camera, image recognition software, and a servomotor. The user may then press a button to activate the blade. The nail is safely trimmed and the clipping is retained by the cylinder for later disposal. The cylinder is manufactured entirely from recycled materials.

This invention enables a physically impaired individual to trim his or her fingernails or toenails with a commercial nail clipper without holding and squeezing the clipper. The device includes a base which holds a small and/or large commercial nail clipper in a removable, reversible sleeve, a hand/foot rest to aid in placing and holding nails between the clipper cutting blades and a lever to be pressed to apply force to the clipper actuating arm and accomplish nail trimming. The primary purpose of the device is to assist individuals in trimming their own fingernails or toenails, especially those who have lost the dexterity in one or both hands or experience pain when squeezing a nail clipper. The invention may also be hand-held by an individual who needs assistance holding and operating a nail clipper.

A fingernail and toenail trimmer is presented herein. The trimmer includes a stable, traction-providing base disposed on the bottom of a housing defining an interior portion. A nail cutting device with at least one blade is disposed at least partially within the housing and accessible through an opening in the housing. A high-torque drive mechanism drivingly engages the cutting device to effectively cut any fingernail or toenail. At least one camera, sensor and artificial intelligence module provides assistance with the accurate operation of the trimmer. The camera captures the environment surrounding the blades and transmits the images captured therefrom to the user device and artificial intelligence module for processing.

The present application provides an animal toenail knife capable of emitting light and being stored, including a storage lighting device, a switch arranged on the surface of one handle, and a battery disposed inside the same handle. The storage lighting device is arranged on the surface of one shearing blade in a rotating manner, and the bottom of the storage lighting device is provided with a storage groove. In addition, a light-emitting element is further arranged in the storage lighting device. Therefore, toenails can be safely trimmed without damaging blood vessels inside the toenails, and the trimmed toenails fall into a storage cavity.