WO/2015/076759 THE PROCESS OF MOUNTING BOAT PANELS||WO||28.05.2015|
||PCT/SI2013/000074||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The invention refers to the process of installing wall and ceiling panels made of composites in the boat's interior. It comprises determining the panel geometry using 3D computer models or digital scanners, cutting the panels using a computer-guided machine and covering the visible panel surfaces with fabric, determining the area of adhesive application and making templates for positioning the adhesive or Velcro tape application, the process of mounting fixed panels with adhesive agents and double-sided tape or mounting removable panels with Velcro tape and positioning the panels using spacers.
WO/2015/072931 HYBRID ENGINE ASSEMBLY FOR WATERCRAFT||WO||21.05.2015|
||PCT/SI2013/000069||SEAWAY YACHTS, D.O.O.||SMOLEJ, Boštjan|
A hybrid engine assembly for watercraft, i.e. an assembly comprising a heat engine, preferably an internal combustion engine, and an electric motor, wherein the heat engine (1 ) and the electric motor (3) are mounted on the same axle and connected/separated by a clutch (2) and the shaft of the electric motor is connected to the propeller (6) via a transmission assembly (4) and a shaft (5). The electric motor (3) is mounted on the heat engine assembly (1) and a marine transmission assembly (4) is fitted to the electric motor (3).
WO/2015/072932 BASE PROFILES FOR THE IMPLEMENTATION OF CONTACT INSULATION FACADES WITH REDUCED IMPACT OF THERMAL BRIDGE||WO||21.05.2015|
||PCT/SI2013/000083||INTECH-LES, RAZVOJNI CENTER D.O.O.||KUNIČ, Roman|
The invention refers to a base profile for the implementation of insulation facades. A base profile consists of an internal element and external element, which are firmly joined with a connecting element. Internal and external elements are primarily acquired through recycling technological procedures, from wood materials or biopolymers. According to this invention, the impact of thermal bridge at the passage going from the plinth of the facade onto the facade surface is reduced to a minimum by using a base profile. The passage from the base of the facade on the facade surface can be emphasized or continuous.
WO/2015/072930 PROCESS FOR THE MANUFACTURE OF A VESSEL MOLD||WO||21.05.2015|
||PCT/SI2013/000068||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The present invention relates to a method for making watercraft moulds comprising the steps of waxing the model, applying vinyl ester gelcoat, laminating with vinyl ester resin, fitting blowers and laminating with polyester resin, fitting model reinforcements, demoulding and inspecting and surface-treating the mould. In the first stage, i.e. the lamination of the first layers, vinyl ester resin is used to make the watercraft mould. The surface of moulds made using this method is much more solid and has improved gloss properties, and moulds made from vinyl ester resin enable a greater number of uses, meaning that more copies of the final product, e.g. watercraft hulls, can be manufactured than using regular moulds.
WO/2015/072929 METHOD FOR MAKING "ONE-OFF" MODELS/MOULDS||WO||21.05.2015|
||PCT/SI2013/000067||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The present invention relates to a method for making "one-off" models/moulds wherein the model of individual products is made as a mould, or negative, of the final product. The method comprises the steps of creating a design of the model/mould, wherein the dimensions of the support and ribs are defined, milling a wooden base and ribs, preparing an iron support, positioning the wooden base on the iron support with a tolerance of +/- 1mm, closing the positioned ribs with wooden strips, performing manual lamination, dry lamination and infusion, applying epoxy paste manually or using a machine, rough- and fine-milling the epoxy paste using a CNC machine and surface-treating the model/mould. Making a "one-off" model/mould saves a great deal of time and money, as it eliminates the necessity of making a plastic mould.
WO/2015/072928 LIFTING KEEL OF A SAILBOAT||WO||21.05.2015|
||PCT/SI2013/000066||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The invention relates to a lifting keel mechanism for sailing boats. The method comprises the steps of manufacturing a casing for the lifting keel, fitting the keel blade to the casing, fitting the keel casing to the ship's hull and laminating the casing to the ship's hull. It also comprises the steps of levelling the keel plate contact surface on the ship's hull and assembling the keel blade and ballast. It also relates to the functioning of the top and bottom locking pins and fitting the bracket for the hydraulic cylinder.
WO/2015/069194 FORESTRY WINCH WITH IMPROVED GUIDING, COILING AND DECOILING OF A TOWING CABLE||WO||14.05.2015|
||PCT/SI2014/000061||TAJFUN PLANINA PROIZVODNJA STROJEV, D.O.O.||GORJANC, Ales|
A forestry winch with improved guiding, coiling and decoiling of a towing cable (2) comprises a frame, in which a winding drum (1) is embedded, which is preferably driven by Cardan shaft of a tractor and controlled by means of a clutch and a brake, and on which said towing cable (2) is wound, and moreover an upper pulley block (3) and a directing assembly (4), which is arranged within said winch frame and comprises two pulleys (44, 45), at least one of which is driven and adapted for forwarding the towing cable (2), which extends along said assembly (4). Accordingly, a pulley of the upper pulley block (3) is freely rotatable around its axis (320).
WO/2015/069195 INDICATOR FOR PROVING TIGHTNESS OF SEALS IN A PACKAGING CONSISTING OF AT LEAST PARTIALLY LIGHT PERMEABLE THERMOPLASTIC FILM||WO||14.05.2015|
||PCT/SI2014/000062||KOZIN, Peter||KOZIN, Peter|
The invention provides and indicator for proving tightness of seals in a packaging consisting of at least partially light permeable thermoplastic film, wherein such indicator is conceived as a cushion consisting of two flexible layers (1, 2) of a film, which are impermeable for liquid and sealed with each other substantially along the complete circumference thereof, and between which a penetration fluid (8) is stored, wherein said layers (1, 2) of the film are sealed in such manner, that two chambers (3, 4) are formed between them, which are interconnected via a narrowed intermediate passage (5) and with the possibility of transferring said penetration fluid (8) from one to another, wherein at least section (61) of a seal (6) between said layers (1, 2) of the film is weakened.
WO/2015/069193 FORESTRY WINCH WITH A CABLE GUIDING DEVICE FOR THE CONTROLLED DECOILING OF THE TOWING CABLE FROM THE WINDING DRUM||WO||14.05.2015|
||PCT/SI2014/000060||TAJFUN PLANINA PROIZVODNJA STROJEV, D.O.O.||GORJANC, Ales|
In accordance with invention, a forestry winch is improved in such manner that a supporting roller member (5) on the upper pulley block (3) is mounted pivotally around an axis (320) of rotation of a pulley (32) in the upper pulley block (3), however independently on rotation of said pulley (32), and is moreover adapted to cooperate with a section (21) of a towing cable (2), which extends towards a winding drum (1).
WO/2015/069197 OPHTHALMIC LASER DEVICE||WO||14.05.2015|
||PCT/SI2014/000064||OPTOTEK D.O.O.||VRECKO, Andrej|
The present invention belongs to the field of devices for performing selective laser trabeculoplasty, more precisely to the field of systems for adjustment of laser pulse energy with the help of automatic detection of trabecular bubble formation on the patient's eye in the therapeutic device itself, which allows setting of optimal laser pulse energy during operation. Ophthalmic laser device for performing operation procedure of selective laser trabeculoplasty functions so that after laser pulse activation in a beam splitter (5) a part of image is directed into an imaging system (2), which forwards taken images of a patient's eye (8) to a processor system (3). The processor system (3), depending on received images from the system (2) and an algorithm (11) for recognition of images on the basis of a predefined algorithm (12), controls a variable attenuation filter (7), which decreases or increases laser pulse energy.