138 results about "Selective transfer" patented technology

A system and method is provided for the inductive transfer of electric power between a substantially flat primary surface and a multitude of secondary devices in such a way that the power transfer is localized to the vicinities of individual device coils. The contact free power transfer does not require precise physical alignment between the primary surface and the secondary device and can allow the secondary device or devices to be placed anywhere and in arbitrary orientation with respect to the primary surface. Such power transfer is realized without the need of complex high frequency power switching network to turn the individual primary coils on or off and is completely scalable to almost arbitrary size. The local anti-resonance architecture of the primary device will block primary current from flowing when no secondary device or devices are in proximity to the local RF power network. The presence of a tuned secondary device detunes the local anti-resonance on the primary surface; thereby enable the RF power to be transferred from the local primary coils to the secondary device. The uniformity of the inductive coupling between the active primary surface and the secondary devices is improved with a novel multi-pole driving technique which produces an apparent traveling wave pattern across the primary surface.

There is provided a method for selectively transferring pixel control devices onto a planar display substrate, which method enables prepared pixel control devices to be easily, reliably and inexpensively mounted without inducing any loss of pixel control devices. The pixel control devices (1) are formed in a large number at pitches (5, 6) obtained respectively by dividing pitches (105, 106) on the planar display substrate (100) by natural numbers. The pixel control devices corresponding to the number of the pitches (105, 106) on the planar display substrate (100) are picked up, retained on a transparent thermoplastic resin film (101) formed on the planar display substrate (100) utilizing the plastic deformation of the film and fixed at the peripheries thereof with a transparent ultraviolet curing resin film (104).

A method for selectively transferring active components (22) from a source substrate (20) to a destination substrate (10) includes providing a source substrate with one or more active components located on the source substrate, providing a destination substrate, locating a selectively curable adhesive layer (30) between and adjacent to the destination substrate and the source substrate, selecting one or more active components (22A), selectively curing area(s) (32A) of the adhesive layer corresponding to the selected active components to adhere the selected active components to the destination substrate, and removing the source substrate from the destination substrate leaving the selected active components adhered to the destination substrate in the selected areas.

The invention concerns a process of selective transfer of labels from an initial support to a final support, each label including at least one element constituent of a microelectronic and / or optoelectronic and / or acoustic and / or mechanical device, with the elements made in a surface layer of the initial support, and the process including the following stages:a) Fixing a transfer support on the surface layer of the initial support;b) Eliminating the part of the initial support that does not correspond to the surface layer;c) Laterally defining the labels by cutting according to the thickness of the surface layer, with the cutting leaving zones to be broken off;d) Grasping one or several labels to be transferred and tearing them off by means of energy intake in the corresponding zones that can be broken off;e) Transfer and fixing the label or set of labels torn off in stage d) on the final support.

A method and apparatus for reducing the balance of a consumer or educational loan obligation using a loyalty reward program is disclosed. Loan obligors can reduce the balances of their loan obligations by purchasing consumer goods and services that they would normally purchase. The method essentially comprises the steps of (a) establishing a site on a global computer network; (b) recognizing at least certain users of the site; (c) directing the recognized users to merchants; (d) enabling accumulation of loyalty points by the recognized users based upon purchases from the merchants; (e) monitoring the purchases by the recognized users from the merchants; (f) tracking the accumulated loyalty points; and (g) permitting selective redemption of the accumulated loyalty points. Users of the site are recognized by requiring them to provide initial registration information. Accumulated loyalty points may be categorized with a status of “pending” or a status of “earned.” Selective redemption of the accumulated loyalty points includes selective application of earned loyalty points to a loan of a recognized user to permit repayment of the loan, or selective transfer of earned loyalty points from one recognized user to another recognized user. Information about accumulated, redeemed, and transferred loyalty points may be displaying to a recognized user.

An ion chromatography apparatus comprising: (a) a first chromatography column, (b) a second chromatography column, the volume of the second column being no greater than 0.9 times the volume of the first; and (c) valving disposed between said first and second columns permitting selective transfer of separated ionic species from first chamber to second chamber for further analysis.