WO/2016/013987 ACTIVE RECTIFIER FOR ALTERNATOR||WO||28.01.2016|
||PCT/SI2014/000043||SIEVA, PODJETJE ZA RAZVOJ IN TRŽENJE V AVTOMOBILSKI INDUSTRIJI, D.O.O. ||MARKIČ, Stojan |
An active rectifier of a rotary electric machine, in particular an active rectifier for alternators, intended for rectifying alternating currents (AC) to direct currents (DC) for charging batteries on vehicles. The active rectifier includes power MOSFET transistors with detecting and driving circuitry all mounted on a single substrate to form a half-bridge configuration module. N numbers of modules connected together serve as an N-phase rectifier. Each module is connected so, to rectify currents from one phase of the electric machine and has its own power supply for the included driving circuitry. The power supply takes the power from the phase which is being rectified and operates independently from the alternator's voltage regulator. The half-bridge modules have aluminum housing with cooling ribs exposed to the air stream flowing through the alternator. The active rectifier provides a reduced voltage drop in rectification and therefore increases the alternator's overall efficiency.
WO/2016/013988 PRIMARY ELECTRIC CIRCUIT INTERRUPTING DEVICE, IN PARTICULAR FOR ELECTRIC VEHICLES||WO||28.01.2016|
||PCT/SI2014/000073||RAZVOJNI CENTER ENEM NOVI MATERIALI D.O.O. ||KOPRIVSEK, Mitja |
A primary electric circuit interrupting device, in particular for electric vehicles, provides that a fuse (3', 3") comprising a melting member (3 Γ, 31") and a varistor (32', 32") is integrated within each of two electric conductors (21, 22), by means of which each driving unit (1) is connected with each electric energy source (2). Each varistor (32', 32") in each fuse (3', 3") is arranged in electric contact and simultaneously also in a heat-conductive contact with each belonging melting member (3 Γ, 31"), and moreover, each varistor (32', 32") is electrically connected with a switch (4) intended for establishing or interrupting the electric interconnection between both varistors (32', 32") of said fuses (3', 3").
WO/2016/007094 METHOD FOR MEASURING REACTIVITY IN A LIGHT WATER REACTOR||WO||14.01.2016|
||PCT/SI2014/000041||ZEL-EN, razvojni center energetike d.o.o. ||SLAVIČ, Slavko |
The method for measurement reactivity is applicable to the light water reactors using digital meter of reactivity and evaluating the control bank worth measurement with rod insertion method implemented in the digital meter of reactivity. The rod worth measurement is performed during continuous rod movement into the core and while the core goes deeply into subcritical region, including measuring of the current signal which is proportional to the neutron flux, i.e. reactor power by a first electrometer (3), measuring the voltage signal representing the temperature of the core by a second electrometer (2) and also performing primary smoothing through the integration, digitally transferring signals to the computer (5), performing secondary and tertiary smoothing of the flux signal and calculating the reactivity.
WO/2016/007095 FRONT LOAD WASHING MACHINE||WO||14.01.2016|
||PCT/SI2015/000025||GORENJE GOSPODINJSKI APARATI, D.D. ||MACKOVSEK, Roman |
A front load washing machine that is loaded through a loading opening (10) with a door (5) for closing said loading opening (10), which door (5) has an arched loading element (6) in the shape of a truncated cone, wherein the arched loading element (6) has at least one integrally formed deflector (13) formed as a triangular flat bulge that extends over the height of an outer wall of the loading element (6), preferably along the height of the flat portion of the outer wall of the loading element (6) and adapts to the curvature of the outer wall of the loading element (6), wherein the deflector (13) has an apex (16) that is oriented towards the interior of the drum (3) and two symmetrical guiding edges (17, 17') that extend diagonally along the outer wall of the loading element (6) and have a width that increases with the height of the deflector (13) and is congruent with its thickness.
WO/2016/007096 PROCESS AND DEVICE FOR ADJUSTING ROTARY ENCODER||WO||14.01.2016|
||PCT/SI2015/000026||RLS MERILNA TEHNIKA D.O.O. ||NOVAK, Janez |
The invention relates to the process and device for adjusting a rotary encoder, i.e. the absolute magnetic rotary encoder with Hall effect sensors which, when positioned in the form of a circle, detect the magnetic field of a diametrically polarised permanent magnet. The rotary encoder adjustment process features the following: the actuator magnet turns once or several times over the sensor circuit, whereby the time-dependant rotation angle is recorded/stored; time-dependant presupposed values of the rotation angle are calculated; these are then subtracted from the measured actual rotation angle values; by analysing the obtained difference, the electric parameter values for the sensor circuit are determined in such a manner as to make the newly measured difference based on new electric parameter values smaller than before the change; the electric parameter values for the sensor circuit are written into the sensor circuit.
WO/2015/195055 APPARATUS AND METHOD FOR NON-CONTACT TEMPERATURE MEASUREMENT WITH A VISIBLE LIGHT CAMERA||WO||23.12.2015|
||PCT/SI2015/000024||BIZJAN, Benjamin ||BIZJAN, Benjamin |
Apparatus and method for non-contact temperature measurement solves the technical problem of determining the temperature fields of high-temperature processes with a good dynamical response and at a high spatial resolution. The process consisting of hot objects (1) and/or hot flows (2) is recorded by a high-speed digital camera (6) with a sensor sensitive mostly to the visible light. A computer (7) is used for continuous acquisition, processing and saving of imaging data. The method of temperature calculation is based on an assumption that high-temperature objects (1) and/or flows (2) radiate as a gray body with constant emissivity and on calibration to a surface with known temperature.
WO/2015/187102 DEVICE FOR A VERTICAL CONTROL OF A VESSEL||WO||10.12.2015|
||PCT/SI2014/000032||RCJ D.O.O. ||KLOBČIČ, Marko |
A device for a vertical control of a vessel intended to control draught of the vessel while cruising on a choppy sea comprises elevation controls arranged in proximity to the bow and the stern in pairs and controlled via actuators controlled by a microprocessor on the basis of a self-learning programme, such that the following parts are foreseen to describe the current situation of the vessel: an encoder for measuring the current velocity of the vessel, a gyroscope, further sensors for determining vessel's distance to the next wave crest, and other encoders detecting the current deviation of the longitudinal cruising line from the theoretical horizontal line, and its deviation from the current tilt of the sea level at the location where the vessel is currently located.
WO/2015/183206 LASER THERAPEUTIC DEVICE FOR OPHTHALMOLOGY||WO||03.12.2015|
||PCT/SI2015/000021||OPTOTEK D.O.O. ||ORTHABER, Uros|
The object of the invention relates to a field of devices for performing treatments in ophthalmology, preferably to a field of devices for selective laser trabeculoplasty and capsulotomy. The essence of a laser therapeutic device for performing treatments in ophthalmology lies in that it is based on a laser source with a short resonator based on a end pumping technique, wherein the pumping is ascertained by a VCSEL light source (vertical-cavity surface-emitting laser). Optimization of constructional and physical properties of a laser source is herewith achieved. The laser source meets all requirements for use in both above-mentioned treatments, wherein the device for capsulotomy is also suited for iridotomy and other surgeries, in which the effects of photodisruption are exploited.
WO/2015/183205 METHOD FOR ATTACHING OF SUN SHADE AND ITS SUPPORTING STRUCTURE OVER THE FRONT DECK OF A SAIL BOAT||WO||03.12.2015|
||PCT/SI2014/000029||SEAWAY YACHTS, D.O.O. ||KOGOJ, Roman|
The present invention refers to the fastening of a shade (1) and a shade (1) support structure onto a sailboat forward deck. Back attachments (2) are used for back supports and in this manner it is possible to avoid the mast (4). For front supports (5), windsurfing masts are used that are fastened to the front pillar of the railing (12) with the help of a coupling clamp (6) and are mounted onto the coupling attachment (7) of the front pillar (5). The coupling attachment (7) is suitably adjusted to the inside diameter of the front supports (5). The fastening of tensioning ropes (11) on the ring (8) is performed only at a single point on the railing which enables easy handling with the shade (1). The shade (1) is tensioned upward with the help of a lifting element (9) which enables draining of water.
WO/2015/178860 ELECTRIC FUSE MOUNTING||WO||26.11.2015|
||PCT/SI2014/000071||RAZVOJNI CENTER ENEM NOVI MATERIALI D.O.O. ||BENKO, Peter|
An electric fuse mounting comprises a casing (1) consisting of electric insulating material, while on the lateral surfaces (14', 14") of said casing (1) two connecting terminals (15', 15") are arranged, and each of them comprises a screw (17', 17"). At least one of said screws (17', 17") is arranged in the central plane (100) of said casing (1) but extends inclined at a pre-determined angle (α, β) with respect to the central geometric axis (120) of the cavity (12) adapted to receive the fuse.