96results about "Hand looms" patented technology

A string bead loom includes a body having a top side, a bottom side, and a rear edge; source means for providing and dispensing string wherein the source means is mounted on the top side of the body; guide means for guiding string being dispensed from the source means; and takeup mechanism for receiving string dispensed from the source means wherein the takeup mechanism is mounted on the bottom side of the body; and wherein the string being dispensed from the source means is guided by the guide means, entrained around the rear edge of the body, and releasably secured to the takeup mechanism.

An adjustable knitting and weaving hand loom includes differently shaped elongate sections. Tabs and channels connect the sections to form a closed frame by connecting adjoining sections in end-to-end abutment. The tabs and mating channels form sliding joints between adjoining sections. Each of the sections is provided with a series of substantially uniformly spaced holes or bores. End-most holes through the tabs and the channels are aligned when the axial tabs are fully slidably mated within associated axial channels. Pegs are dimensioned to be received both within aligned end-most holes at each slip joint and intermediate holes. The pegs are inserted into aligned end-most bores or holes function both to secure yarn during knitting and to lock the axial tabs from inadvertently separating from mating axial channels by movements along the direction of insertion.

A process for abrading fabrics to produce a sueded hand is provided. In particular, the process is directed to the sueding of cotton containing fabrics both before and after mercerization, to produce a unique combination of hand and retained fabric strength. Fabrics treated by this process are also contemplated within the scope of this invention.

The present invention is a hand-held loom, which includes a generally rectangular frame. A plurality of pins upstand from the top surface and are equally spaced thereon forming a row on each of the sides, with each pin in the rows being offset from an opposing pin in an opposing row, and wherein one row of the pins has an unequal number of pins as the opposing row of pins. Multiple markings are included on at least two opposing sides of the frame disposed on the top surface. A starting pin is disposed at one corner of said frame, and a starting pin indicator at a base of the starting pin indicates a position of the starting pin.

A novel rod linkage for driving a heddle shaft includes at least one strap (16), which for damping oscillation has a sandwich structure (37) oriented in the longitudinal direction (L) of the strap assembly (16). The sandwich structure includes at least one rigid element (27), extending in the longitudinal direction, which is joined to one end (17) of the strap assembly (16); a second rigid element (31), likewise extending essentially in the longitudinal direction, which is joined to the other end (19); and a two-dimensional damping element (34), again extending in the longitudinal direction, disposed between the first two. The element (34) exclusively effects the mechanical connection of the two parts (16a, 16b) of the strap assembly (16). Preferably, no additional connecting elements, such as rivets, screws, or other rigid connections, between the rigid elements (27, 31) are provided. Preferably, the rigid elements (27, 31) are embodied as wedges pointing in opposite directions, which thus define a wave resistance that varies in opposite directions in the longitudinal direction. This wave resistance brings about an intentional coupling misadaptation with respect to the oscillation transmission. The element (34) disposed between them damps the oscillations additionally, so that the strap assembly (16) transmits driving motions like a filter and destroys or absorbs interfering oscillations.

An orthogonal stitch-weave method and fiber architecture. The architecture allows near-net-shape composite preforms to be fabricated, thereby reducing costs associated with complex preform shapes and increasing desired strengths of the composite.

The beading loom with a removable warp thread cartridge has warp threads mounted in a cartridge that is removably received in a frame of the loom, allowing the user to bead the threads in a conventional manner, but without having to wrap the threads on the loom manually. Once finished with one beading product, the user may then remove the cartridge from the loom and replace the beaded project with a fresh cartridge of warp threads. The frame has an elongated base having an adjustable length along the longitudinal direction.

Disclosed herein are embodiments of devices and kits for making knotted string accessories. One embodiment of a device comprises a base having a substantially planar surface with a first end, a second end opposite the first end, and a longitudinal axis. A securing member is connected to the substantially planar surface proximate to the first end and is configured to secure a first end of the plurality of individual strings. An elongated holder is connected to the substantially planar surface proximate the second end and perpendicular to the longitudinal axis and comprises a plurality of raised portions positioned along the elongated holder and extending outward from the substantially planar surface in close proximity to one another, wherein adjacent raised portions are configured to retain individual strings. An embodiment of a kit comprises the device and a plurality of string for use with the device.

A string bead loom includes a body having a top side, a bottom side, and a rear edge; source means for providing and dispensing string wherein the source means is mounted on the top side of the body; guide means for guiding string being dispensed from the source means; and takeup mechanism for receiving string dispensed from the source means wherein the takeup mechanism is mounted on the bottom side of the body; and wherein the string being dispensed from the source means is guided by the guide means, entrained around the rear edge of the body, and releasably secured to the takeup mechanism.

Two layered beads (B) arranged between two neighboring warps (tx-1) and (tx) are woven by inserting a weft (yx) through center holes (2) of the beads in (B) in a forward direction or in a backward direction and turning the weft (yx), around one of the warps (t). A two layered beaded fabric is obtained by repeating the movements of the weft (yx). A three layered beaded fabric can be obtained in the same manner as the two layered beaded fabric.

An apparatus and method of using a bead weaving device for assisting manufacturing by jewelry makers and facilitating the positioning, stringing, cross-weaving, peyote chain maille, and accurate sizing for but not limited to necklaces, bracelets, and other hand woven beaded products. The bead weaving device includes the following components: an inclined sizing plate optionally including an imperial-measure graduated scale and / or a metric-measure graduated scale, a brass toggle half securer, a stabilizer, a support base and removably couplable peyote block attachment and a support arm. The support base of the device is adapted for use on the lap of a user or on the surface of a substrate such as a table.

An article of furniture is made from elongated polymer filaments. The polymer filaments may be monofilaments or plural filaments which are twisted together and heat set to prevent their untwisting during the subsequent weaving process. The heat setting of the polymer filaments is achieved by heating the polymer material either before or after the twisting process.

The inventive method provides highly desirable hand to various different types of fabrics through the initial immobilization of individual fibers within target fabrics and subsequent treatment through abrasion, sanding, or napping of at least a portion of the target fabric. Such a procedure includes "nicking" the immobilized fibers thereby permitting the fibers to produce a substantially balanced strength of the target fabric in the fill and warp directions while also providing the same degree of hand improvements as obtained with previous methods. Furthermore, this process also provides the unexpected improvement of non-pilling to synthetic fibers as the "nicking" of the immobilized fibers results in the lack of unraveling of fibers and thus the near impossibility of such fibers balling together to form unwanted pills on the fabric surface. Fabrics treated by this process are also contemplated within this invention.