WO/2016/170524 MOUNT OR STAND FOR PRESENTATION OF WEARABLE ELECTRONIC PRODUCTS||WO||27.10.2016|
||PCT/IL2016/050143||OUTFORM LTD.||HAROUSH, Ariel|
A secure display stand for a wearable comprises a socket for fixing to a display cabinet or mounting, a bracelet lock for locking around a bracelet or strap of a wearable to be displayed; and a bracket extending from the bracelet lock, the bracket having a charging element for charging of the wearable, wherein the bracelet lock is attached by a retractable cord to the socket.
WO/2016/170525 PROJECTILE, AND WARHEAD ASSEMBLY AND DEPLOYMENT SYSTEM THEREFOR||WO||27.10.2016|
||PCT/IL2016/050373||ISRAEL AEROSPACE INDUSTRIES LTD.||OSDON, Tal|
A warhead assembly is provided for a projectile includes a forward module having a precursor warhead, and an aft module including a main warhead. The warhead assembly includes a deployment system for selectively deploying the warhead assembly from a retracted configuration to a deployed configuration, at predetermined conditions, to thereby provide a longitudinal displacement between the forward module and the aft module. The deployment system includes an expansion member accommodated between the forward module and the aft module, and configured for being longitudinally expanded under the predetermined conditions to thereby increase a longitudinal dimension of the expansion member and thereby urge the forward module and the aft module away from one another to provide said longitudinal displacement. A corresponding deployment system and projectile are also provided.
WO/2016/170526 MEDICATION DISPENSER DEPILLING MECHANISM||WO||27.10.2016|
||PCT/IL2016/050398||P.C.O.A. DEVICES LTD||PAZ, Ilan|
The present invention provides a depilling device for a blister package comprising at least one array of dosage forms to be dispensed, wherein each dosage form is contained within a blister formed as a covered cavity bounded by a backing, said device comprising a double action depilling mechanism, comprising a first pusher, sized and adapted to engage a top surface of said covered cavity and to exert a first sufficient force thereagainst so as to push said dosage form contained therein against its respective bounding backing, and a second pusher sized and adapted to more forcibly engage said top surface of said covered cavity and to exert a second sufficient force thereagainst so as to expel said dosage form from said blister.
WO/2016/170527 RECORDING MEDIUM||WO||27.10.2016|
||PCT/IL2016/050403||TAGIT - EAS LTD.||MANOV, Vladimir|
A recording medium is provided, such as paper, secured by magnetic microwires. The recording medium comprises: a pulp structure formed by pulp fibers, said pulp structure carrying microwires having a metal core of a predetermined material composition, and an insulating layer coating on said metal core; and at least one coating layer on at least one side of said pulp structure. The pulp structure is a single-layer structure with the microwires fully embedded in said single layer, the microwires having cross-sectional dimensions approximately equal to cross-sectional dimensions of the pulp fibers.
WO/2016/170528 BAGGAGE HANDLING SYSTEM||WO||27.10.2016|
||PCT/IL2016/050404||ISRAEL AEROSPACE INDUSTRIES LTD.||LAGZIEL, Rafi|
A baggage transfer conveyer unit for mounting over a baggage carousel having a carousel transferring path for transferring a baggage therealong is provided. The conveyor unit comprises a proximal end, a distal end, an upper surface by means of which the baggage is to be transferred from the proximal end to the distal end along a conveyor unit transferring path extending between the ends, a baggage transferring mechanism configured for causing the upper surface to transfer the baggage along the conveyor transferring path; and a baggage diverting mechanism configured for causing a part of the upper surface to divert the baggage from the conveyer unit transferring path along a diverted direction different from that of the conveyor unit transferring path. The baggage transfer conveyer unit is configured to be mounted over the baggage carousel such that the conveyer transferring path is aligned with the carousel transferring path.
WO/2016/170529 MACROALGAE BIOMASS PRODUCTION||WO||27.10.2016|
||PCT/IL2016/050405||SEAKURA PRODUCTS FROM NATURE LTD.||KARTA, Yossi|
The present invention relates to systems and methods for the cultivation and processing of high quality macroalgae, particularly for the cultivation of edible seaweed on a commercial scale.
WO/2016/170530 REVERSE POWER FEEDING SYSTEM AND METHOD||WO||27.10.2016|
||PCT/IL2016/050406||MICROSEMI CORP. - ANALOG MIXED SIGNAL GROUP, LTD.||PEKER, Arkadiy|
A reverse power feeding system for supplying power from a plurality of first devices to a second device, a first set of the plurality of first devices each being powered by a first type power source and a second set of the plurality of first devices each being powered by a second type power source different than the first type power source, the system constituted of: a plurality of power paths, each of the plurality of power paths arranged to transfer DC power between a respective one of the plurality of first devices and the second device; and a control circuitry, the control circuitry arranged to adjust the amount of power supplied by each of the second set of the plurality of first devices over the power paths responsive to the total amount of power supplied by the first set of the plurality of first devices over the power paths.
WO/2016/170531 LIQUID AND SOLID CORE MICROCAPSULES FORMED BY INTERPOLYMERIC COMPLEXATION||WO||27.10.2016|
||PCT/IL2016/050407||BOTANOCAP LTD.||LINDER, Charles|
A microcapsule including a core including at least one essential oil or a derivative thereof, and a shell comprising an interpolymeric complex of at least one polyacid and at least one other polymer; wherein the interpolymeric complex is cross-linked with at least one multivalent cationic moiety.
WO/2016/170532 ADJUSTABLE DEBURRING TOOL AND ADAPTER THEREFOR||WO||27.10.2016|
||PCT/IL2016/050409||NOGA ENGINEERING & TECHNOLOGY (2008) LTD.||YEHUD, Eitan|
An adjustable deburring tool includes a body; a rotatable deburring tip, mounted on or configured to be mounted on the body, which is configured to be rotated when powered by a power unit; and an adapter configured to be mounted over the deburring tip, when the deburring tip is mounted on the body, the adapted comprising a tube for at least partially accommodating the deburring tip, wherein the tube includes a notch through which a portion of the deburring tip extends by an adjustable extent of exposure, for performing deburring, and wherein a central axis of the tube is eccentric to a central axis of the deburring tip when the deburring tip is mounted on the body so that the extent of exposure is regulated by rotating the tube.
WO/2016/170533 DIRECTION FINDING SYSTEM DEVICE AND METHOD||WO||27.10.2016|
||PCT/IL2016/050411||HISEP TECHNOLOGY LTD.||VERED, Uri|
The invention relates to a method for determining by a direction finder (DF) the direction to a Target, which comprises^ (a) providing an antenna at said DF, and an array of antennas at the Target; (b) providing a compass at each of said DF and said Target, for determining the azimuth of the DF Heading and of the Target Heading, respectively, with respect to the North; (c) providing at said DF a look-up table which describes n antenna patterns, one per Transmission Mode that may be used respectively at the Target; (d) sequentially performing x Transmission Modes from the Target, each time using another pair of antennas, and during each of said Transmission Modes intentionally, and in a controlled manner attenuating a reception signal at the DF until a loss of communication, and recording the respective attenuation levels; (e) based on said x recorded attenuations levels and said look up table, determining by the DF the direction from the Target to the DF; and (f) receiving at the DF the azimuth of the Target, and based on (i) said determined direction from the Target to the DF (ii) azimuth of the Target; and (iii) azimuth of the DF; calculating by the DF the direction from the DF to the Target.