|1.||WO||WO/2013/179276 - IMAGE PROCESSING, PRINTING, AND PRINTED ARTICLE||05.12.2013||
|PCT/IL2012/000207||HEWLETT-PACKARD INDUSTRIAL PRINTING LTD.||DAVIDSON, Alex|
According to one example, there is provided a method of processing an image to be printed. The method comprises obtaining image data for an image to be printed, determining from the image data a defined spot colour, generating, from the image data, an image mask corresponding to areas of the image having the defined spot colour, and generating printer control data to control a printer to a print non-masked areas of the image on a substrate having the defined spot colour.
|2.||WO||WO/2013/179277 - SPINAL DISC ANNULUS CLOSURE DEVICE||05.12.2013||
|PCT/IL2012/050508||NEWVERT LTD.||DRORI, Hagay|
An implant (300) for repair of a spinal inter-vertebral disc, constituted of a first section and a second section, each having: a support member section (110); a proximal support member secured to the proximal end of the support member section and arranged to extend proximally thereof, the proximal support member (170) arranged in a deployed configuration to distend in the direction of the first face (130) of the support member section (110); and a pair of one inter-annulus support members (170), each of the pair of inter-annulus support members optionally exhibiting a plurality of stacked layers, arranged so as to cooperating under ejection forces to act as a single layer, the support member section of the first section secured to the support member section of the second section such that the second face of the first section faces the second face of the second section.
|3.||WO||WO/2013/179278 - A SERRATED DENTAL IMPLANT||05.12.2013||
|PCT/IL2013/050430||A.B. DENTAL DEVICES LTD.||BAR SHALOM, Eliezer|
A dental implant having a serrated outer thread and body threads, optionally serrated in the opposite direction to outer thread. The serration of outer thread improves the penetration of implant into the jawbone, while body threads improve the anchoring of implant within the jaw bone.
|4.||WO||WO/2013/179279 - METHOD AND DEVICE FOR ANALYZING BIOLOGICAL SAMPLE||05.12.2013||
|PCT/IL2013/050433||APPLIED SPECTRAL IMAGING LTD.||FRONT, Yaron|
A device for analyzing a biological sample is disclosed. The device comprises, a substrate having thereon a sample region for carrying the sample and a reference region; and a reference substance being immobilized on the reference region, and being bindable to at least one label that is specific to at least one component of the sample.
|5.||WO||WO/2013/179280 - GATED IMAGING USING AN ADAPTIVE DEPTH OF FIELD||05.12.2013||
|PCT/IL2013/050448||BRIGHTWAY VISION LTD.||GRAUER, Yoav|
A method for gated imaging using an adaptive depth of field is provided herein. The method includes obtaining boundary conditions associated with a preliminary depth of field (DOF) parameters in a scene; illuminating the scene, using a light source, with a pulsed light beam, based on the specified boundary conditions; controlling sensor array parameters based on the boundary conditions; capturing, using the sensor array, one or more images of the scene, wherein the capturing is based on one or more exposures synchronized with the pulsed light beam, to achieve gated images of the scene in accordance with the boundary conditions associated with the DOF parameters; analyzing at least one of the captured images, using data processing algorithms, to yield updated DOF parameters; and repeating the above stages with updated sensor array parameters and updated light source parameters, based on the updated DOF parameters and updated boundary conditions.
|6.||WO||WO/2013/179281 - A METHOD FOR BRIGHTNESS ENHANCEMENT AND MODES MANIPULATION OF A MULTIMODE OPTICAL FIBER||05.12.2013||
|PCT/IL2013/050452||RAFAEL ADVANCED DEFENSE SYSTEMS LTD.||REGELMAN, Dan Vadim|
The invention relates to adaptive optics techniques applied to alter the modal structure of light propagating in an optical fiber. In particular the invention relates to altering the modal structure in a multimode beam propagating in a multimode fiber by lowering the number of higher modes. The method comprises combining a wavefront sensor and/or a power sensor with a phase control actuator and actuator control algorithms, to alter the phase structure of the beam thereby to eliminate higher modes. The corrected beam can be then effectively coupled into a smaller diameter fiber with minimum loss of energy and concentrated to smaller spot sizes limited by diffraction.
|7.||WO||WO/2013/179282 - SOLAR CELL ELECTRICALLY CONDUCTIVE STRUCTURE AND METHOD||05.12.2013||
|PCT/IL2013/050453||XJET LTD.||KRITCHMAN, Eliahu M.|
Some aspects of the invention are related to a solar cell, for producing electricity from solar radiation. The solar cell may include a substrate, for example, polycrystalline silicon and an electrically conductive structure disposed on the substrate. The electrically conductive structure may include a bus bar and one or more finger electrodes positioned such that at least a portion of a finger electrode overlaps the bus bar.
|8.||WO||WO/2013/179283 - APPARATUS FOR ADAPTING A SEATBELT FOR A CHILD||05.12.2013||
|PCT/IL2013/050454||SUMROY, Jon||SUMROY, Jon|
Apparatus for adapting an adult three-point seatbelt for securing a child, the seatbelt comprising a belt extending from above the shoulder to an anchor point connected to chassis of vehicle, and a clasp attached to the chassis on opposite side of an occupant of the seat, such that the belt may be drawn downwards and across the occupant to engage the clasp, thereby restraining the occupant with both sash and lap sections of the seatbelt, the apparatus comprising: a mat with side catches for engaging the lap section of the seatbelt and holding it down over the legs of the child, and a strap fixed to the mat and having a clip at a distal end thereof, for extending behind the child, and the clip for clippably engaging the belt extending from the drum, to bring the sash section of the belt down, over the shoulder of the child.
|9.||WO||WO/2013/179284 - WIRELESS CHARGING DEVICE||05.12.2013||
|PCT/IL2013/050456||HUMAVOX LTD.||GOLAN, Oded|
The present invention provides wireless charging techniques and devices for charging electronic device(s) within a closed space defined by a substantially hollow housing containing an antenna arrangement and configured to define an inner cavity for propagation of electromagnetic radiation from the antenna arrangement. The housing has an inner surface, encompassing the inner cavity, which geometry and material composition selected to define a general propagation path for the predetermined electromagnetic radiation from the antenna arrangement towards a charging zone. The inner cavity of the housing operates as a waveguide for directionally guiding the electromagnetic radiation to the charging zone and providing substantially maximal intensity of the electromagnetic radiation within the charging zone.
|10.||WO||WO/2013/179285 - A SYSTEM FOR HORIZONTAL TANKS COMPRISING OF HEATING MEANS MOUNTED AT TWO INCLINES||05.12.2013||
|PCT/IL2013/050457||GINOSSAR, Roni||GINOSSAR, Roni|
Water heating means to be installed into a standard horizontal tank (6) with an opening in the centre area of the side wall of tank. It comprises of a flange (1) with two inclined sections (18 & 19). On each of the two inclined sections a heating element (2 & 3) and thermostat holder (4 & 5) (containing one or two thermostats respectively (14 & 15) are mounted parallel to each other. The design of the flange (1) enables one pair to point towards the upper inner part of the tank 6 and the other pair towards the lower inner part of the tank. By connecting it to a control panel, it allows for heating the upper layers of the liquid up to a certain temperature and only then heating the lower layers of the tank, or alternatively heating all the layers simultaneously.