WO/2016/012817 CHAOS BASED COMMUNICATION SYSTEM USING CORRELATION MULTI DELAY SHIFT KEYING||WO||28.01.2016|
||PCT/HR2014/000028||ELEKTROTEHNICKI FAKULTET SVEUCILISTA U OSIJEKU ||HERCEG, Marijan |
The invention discloses a method of operating data-processing system for a chaos based communications using correlation multi delay shift keying. Said method' comprising steps of: keying, demodulation and detection. The core of the invention is keying performed by using the signal samples ϰi produced by the chaotic generator that is fed to N delay circuits having delay times n ⋅ L, N being power of two and L is the delay constants of the said modulator; producing a modulated signal sequence of. length M with signal samples denoted as si(k) = (ϰi— ϰi—kL) for the k-th symbol. Said signal si(k) is transmitted via real communication channel that adds noise to the signal. The receiver processed received signal via series of delay circuits identical to those used in modulator and corresponding correlators. Finally, the detector extracts the minimal correlator's value, which identifies symbol sent over a communication channel.
WO/2016/012818 OPTICAL SPECTROMETER||WO||28.01.2016|
||PCT/HR2014/000029||INSTITUT ZA FIZIKU ||RAKIC, Mario |
The present invention discloses a compact optical spectrometer setup which removes the necessity of embedding into the spectrometer a wavelength dispersive element (prism or grating) and provides higher spectral resolution together with smaller dimensions than conventional portable spectrometers. Incident light, which is defined by a single spectrum, passes through optical band-pass filter (5), optically diffusive element (4), optical filter with spatially non-uniform transmission characteristics (3) and is detected at optical sensor (2). Optical sensor (2) consists of large number of pixels (>le6) with each pixel being subjected to differently transformed spectrum of light incident on band-pass filter (5). Spectrum of incident light is then calculated at controlling device (PC) from signal measured at each pixel and spectral responses matrix whose elements correspond to signals measured at each pixel for each wavelength (in the wavelength range of interest) and are obtained using calibration by a wavelength tuneable monochromatic light source.
WO/2016/012819 SNOW SHOVEL LAMINATED WITH PTFE FOIL||WO||28.01.2016|
||PCT/HR2014/000037||SOING, D.O.O. ||ŠOIĆ, Siniša |
Snow shovel laminated with PTFE foil is made by gluing together at least one aluminium plate and at least one PTFE foil using a 2-part adhesive to make a sandwich panel which is pressed in a mould to form a desired shovel shape. A shovel produced in this way is characterised by higher resistance to wear and tear, the snow does not stick to it due to low friction of the PTFE surface, uses less aluminium and is at the same time sturdier and lighter up to 50% than the shovel made of pure aluminium. Instead of aluminium other alloy materials can be used.
WO/2015/189649 SCREW-TYPE CLAMPING UNIT FOR CONNECTING DEVICES||WO||17.12.2015|
||PCT/HR2014/000021||SRB Zorislav ||SRB Zorislav |
Present invention relates to a screw-type clamping unit for connecting devices for connection of electrical copper or aluminum conductors, rigid and/or flexible conductors, sector conductors or the like. Screw-type clamping unit according to the present invention is adapted for mounting on busbar (1) completely enveloping respective busbar (1), for engaging a cable lying on a saddle and to provide a secure seating and contact of the conductor against the busbar (1), wherein clamping unit housing (2) and clamping legs (9,10) are made out of one piece. Conductor is clamped under a saddle by means of screw (6) and nut (11). According to the preferred embodiment of the invention the clamping unit housing (2) comprising apertures enveloping the busbar (1) positioned in a clockwise direction, the surfaces of the apertures enveloping busbar (1) are performed in the form of a semi-ellipse provided that the large axis of the ellipse is equal to the width of the aperture enveloping the busbar (1). Therefore connecting device according the present invention is performed with fewer component parts resulting in reliable positioning and functioning of the whole assembly.
WO/2015/185951 SYSTEM FOR THE MAINTENANCE OF AN ARBITRARY DISTANCE OF A BUOYANCY ELEMENT IN THE PROCESS OF LAYING PIPELINES||WO||10.12.2015|
||PCT/HR2014/000020||KABLAR, Ivan ||KABLAR, Ivan |
This invention refers to a system for maintaining an arbitrary distance of a buoyancy element (15) from a pipelay vessel in the process of underwater installation of classic pipeline, flexible pipeline or cables. The system consists of a main structure (1), which supports a receiving framework (7), a central rotational portion (2)(3)(4) that consists of two pulleys (2)(4) and a gear (3) on an axle (5), and a brake rod (14) and a brake plate (6) that are connected to a rack (13) linked to a gear (3). The moment acting through the link of the buoyancy element (15) via the link (10) on the pulley (4) and the connection with the brake rod (14), brake plate (6) and rack (13) creates a restrained state of the system on the pipeline. Forward movement of the pipelay vessel in the length of a newly welded section of pipeline (and/or shortening the link (9)) the link with the pipelay vessel (9) begins to tighten so that it creates moment that acts in the opposite direction in respect to moment that is created by the buoyancy element (15). With a further increase in tension force, and hence in moment, raising of the rack (13) and brake plate (6) occurs and finally, the assembly begins to move together with the pipelay vessel. At the moment when the pipelay vessel stops, the force in the link with the pipelay vessel (9) begins to yield and the moment obtained from the buoyancy element (15) prevails the moment obtained from the link with the pipelay vessel (9), and therewith friction at the connection brake plate (6)-pipe (18) increases, and the system once again enters a restrained state.
WO/2015/177577 DEVICE AND METHOD FOR CREATING MULTI-COLOUR HAIR PATTERNS||WO||26.11.2015|
||PCT/HR2015/000012||MEDVED, Anamarija ||MEDVED, Anamarija |
The device and method for making multi-colour hair patterns refers to hair colouring in one application whereat: a pattern (image, logo, name...) remains on the hair in one or more colours; a relief (3D) image of the pattern (image, logo, name...) remains on the hair in one or more colours, and highlights are obtained in several colours. The device for applying patterns to the hair consists of a hair-fixing base (velcro) 15, base 8, pattern 9 and cover 11. The device used for achieving a 3D image consists of a hair-fixing base (velcro) 4, base 2 containing the pattern 3 and cover 1, and the device for making highlights consists of a base 6, partitions 6a, cushion 6b, cover 7 and 6c with the hair-fixing base (velcro) made of a non-flexible and non-absorbent material.
WO/2015/159110 COMPOSITION FOR ORGANIC-INORGANIC FERTILIZATION AND BIOLOGICAL REHABILITATION OF TREES, SHRUBS AND CLIMBING PLANTS, PACKAGE FOR THE COMPOSITION AND PROCESS FOR USING THEREOF||WO||22.10.2015|
||PCT/HR2014/000024||HERBAFARM-MAGNOLIJA D.O.O. ||BREITENBERGER, Darija|
Subject of the invention is a composition of the substrate mixture of organic-inorganic components and the packaging of the substrate, which is packed into a biodegradable bag, whose composition stimulates healthy plant growth and development of the root system and supplies plant with needed nutrients, drains soil, ensures the plant enough air for gas exchange in the root system, retains water and nutrients within reach of the plant, allows entry of air, organic material and useful microorganisms into the soil, restores soil fertility, enables evaporation of excess water from the soil of root system of the treated plant because it is in contact with the atmosphere. It effects the plant momentarily as well as in a longer period, it also effects faster growth and increment, but first of all it effects the root with, a smaller share of nitrogen that prevents rapid growth and allows a gradual, healthier growth starting from a healthy root. Besides, plants treated with the present mixture are greener, more resistant and more vital, less prone to diseases, have a healthy appearance; mixture promotes lush and longer flowering and fruiting, ensures longer presence of water and moisture in the soil (especially where there is no irrigation) and allows evaporation of excess water; it also effects the strengthening and recovery of the root system of the plant, causing the entire plant is progressing. Mixture contains expanded volcanic sand - perlite with granulation of up to 5 mm; white peat; natural manure processed by Californian worms; dehydrated manure; ground natural volcanic mineral zeolite with granulation of up to 5 mm; slow-release mineral fertilizer with magnesium oxide and microelements and mineral complex fertilizer based on nitrogen, phosphorus and potassium. Furthermore, this invention protects place and method of application of fertilization mixture during planting and biological rehabilitation of trees, shrubs, climbing plants, fruit trees, olive trees and vines, and that is embedment, perpendicular to the ground, in the drilled cylindrical pit in the root system zone of treated plants.
WO/2015/150841 A CONTINUOUS PROCESS FOR PRODUCTION OF CELLULOSE PULP FROM GRASS-LIKE PLANT FEEDSTOCK||WO||08.10.2015|
||PCT/HR2014/000015||MIKULIC Marinko ||MIKULIC Marinko |
The present invention discloses the continuous process for production of cellulose pulp from grass-like plant feedstock suitable for paper making. Process comprising the steps of: preparing the grass-like plant feedstock by comminuting, dedusting, continuous digestion, disperging, diluting the cellulose pulp, screening and fractionation, concentration to remove black liquor, dilution with fresh water, yielding final cellulose pulp suitable for manufacturing of paper or cellulose sheets, and, optionally, pulp bleaching processes. The continuous digestion is performed in the vertical column at 70-100 °C for 40 minutes to 2 hours; average composition of thus formed digestion suspension is maintained within the following ranges: 0.9-1.5% w/w of NaOH; 0.15-0.4% w/w of NaCl or Na2SO3; and 15-18% w/w of grass-like plant feedstock; where concentrations of ingredients being calculated on the weight of the liquid phase. Screening and fractionation are resulting with two fractions; one being further processed by milling, and another being further processed to final pulp with or without bleaching processes. The preferred grass-like feedstock for the process is miscanthus /Miscanthus x giganteus, Andersson/.
WO/2015/145187 MODULAR PLANTER SYSTEM||WO||01.10.2015|
||PCT/HR2015/000007||SABERO D.O.O. ||JEDREJČIĆ, Zoran|
Modular planter system (10) comprising a storage container (15) having a bottom wall (20) and an outer wall (25) attached to and extending upwardly from the bottom wall (20). The storage container (15) has a first recess (30) at the top, which is on the opposed side of the bottom wall (20). Furthermore, the storage container (15) has at least four recesses (35), which are placed on the bottom wall (20) and partially on the outer wall (25) at this place of the bottom wall (20), which are configured to receive removable leg elements (40). A second container device (45) has a similar shape like the storage container (15) and is placed in the middle of the container (15). The top of the outer wall (25), opposite to the bottom wall (20), is configured to receive a removable plate element (50) and said removable plate element (50) has an opening (55), which at least partially covers the recess of the storage container in a mountable state.
WO/2015/140583 MULTIPURPOSE CONTAINER FOR SANITARY PRODUCTS||WO||24.09.2015|
||PCT/HR2014/000013||KVASTEK, Sanja ||KVASTEK, Sanja |
This invention refers to a multipurpose container for feminine hygiene products that has separated compartments intended to store various sanitary products, including sanitary tampons, protective finger covers, and bags for the disposal of used tampons. The multipurpose container for sanitary products has a two-part housing that consists of an interior container (1) and lid (2), which with its side wall tightly overlies the container's exterior wall (3). The interior container (1) has at least two separate tampon compartments (4), a central compartment (5) intended to store protective finger covers (6), and a lower lid (11) that has a compartment on its inside intended for the storage of bags for the disposal of used tampons.