WO/2016/204699 PULSE GENERATOR WITH ADJUSTABLE AND CONTROLED UPWARD IMPULSE CURRENT||WO||22.12.2016|
||PCT/SI2016/000017||DOBOVŠEK, Marjan||DOBOVŠEK, Marjan|
The object of the invention is a pulse generator intended for sinking electrical discharge machining, comprising an ignition module and a power module, in which the speed of current increase is set by a supply voltage of the power module of the generator uj. This voltage is a sum of an average discharge voltage uep and a selected voltage difference between the supply voltage of the power module of the generator and the discharge voltage dueji. These values get summed up in a circuit (d) and a signal for the control of the voltage uj is delivered. A circuit (e) controls the speed of increase in the current diej/dt by measuring the pulse current iejn from a sensor (h) and the time needed for current increase up to selected values iejni. In case when the time of the increase in the current trn is smaller than a selected value trni, a signal from the circuit (e) interrupts the pulse. The energy efficiency of the generator can be increased by turning off a resistor in the power module of the generator Rj, until the current reaches the selected maximum value iejmi. The influence of the resistor Rj and additional inductance L on the speed of increase in the current diej/dt is eliminated since the resistor Rj of the additional inductance L are turned on only when the current iej reaches the selected value iejmi. The yield of the generator can also be increased by interrupting side discharges with lower supplied energy and by switching on a next pulse after a selected break t0.
WO/2016/175709 AN INFLATABLE WATERCRAFT WITH AN EMBEDDED COMPRESSOR||WO||03.11.2016|
||PCT/SI2016/000014||3S SPORT D.O.O.||SITAR, Sebastjan|
An inflatable watercraft with an embedded compressor (2) is provided with an opening for insertion of a set with an autonomous compressor, wherein the inserted set has an upper assembly with a housing (1), which is fastened in an upper PVC shell (7) of the watercraft, connected by means of strips (9) with a bottom assembly with a panel (12) with a fin guide (13) fastened in a bottom PVC shell (11) of the watercraft.
WO/2016/171631 LED ILLUMINATING DEVICE WITH MULTI-SEGMENT DIRECTIONAL OPTICS||WO||27.10.2016|
||PCT/SI2016/000013||PEČAN, Tomaž||PEČAN, Tomaž|
The object of the invention is a LED illuminating device (1) with multi-segment directional optics (2) that represents a concept of an illuminating device that considerably increases light quality in LED illuminating devices and reaches better efficiency compared to existing methods of light distribution. The solution also results in a low operating temperature of illuminating devices, in a simultaneous increase in efficiency of LEDs, and in an extended lifespan of the illuminating device or its components. A LED illuminating device with multi-segment directional optics of the invention eliminates drawbacks of known solutions by a LED lamp, in which the light of LEDs reflects from multi-segment optics of the illuminating device, which is made from a high-tech reflective material, wherein the multi-segment optics allows for any pre-defined and planned light distribution. Each segment can illuminate an entire or desired area with soft uniform light, wherein the number of segments is in a range from three to fifteen.
WO/2016/171630 INCREMENTAL MAGNETIC MOTION OR ROTATION ENCODER WITH A REFERENCE PULSE||WO||27.10.2016|
||PCT/SI2016/000012||RLS MERILNA TEHNIKA D.O.O.||NOVAK, Janez|
An incremental magnetic motion or rotation encoder with a reference pulse of the invention is characterized in that a non-magnetic scale is applied over at least part of the basic magnetic scale as a thin layer and there are at least two types of sensors within a reading head, wherein one or several sensors of the first type detect magnetic properties of the scale, while one or several sensors of the second type detect properties of the non-magnetic scale and the reference pulse is generated by the non-magnetic scale.
WO/2016/153437 MODIFIED 6-PHOSPHOFRUCTO-1 -KINASES, WHICH ENABLE FREMENTATIVE GROWTH OF RECOMBINANT YEAST SACCHAROMYCES CEREVISIAE CELLS ON PENTOSE SUGARS||WO||29.09.2016|
||PCT/SI2016/000010||KEMIJSKI INSTITUT||LEGISA, Matic|
The subject of the invention is the modified glycolytic enzyme 6-phosphofructo-1 -kinase (PFK) that will allow the yeast Saccharomyces cerevisiae cells to fermentatively grow on pentose sugars. The invention belongs to the field of genetic engineering and microbial cells and fermentations or processes for the synthesis of desired chemical compounds, more specifically into the field of fermentative products formation that are based on the expression of the modified genes in the host cell. The essence of the invention is a modification of the gene encoding 6-phosphofructo-1- kinase (PFK), the key regulatory enzyme, of glycolysis that determines the rate of metabolic flux through the initial part of primary metabolism. Modified gene is of human, animal, microbial origin or it is a hybrid. A consequence of modified pfk genes expression in a host cell is the formation of the shorter PFK fragments that have higher activities in respect to the native enzyme. Modified enzymes in combination with NADPH-specific malic enzyme enable the use of pentose sugars and production of fermentative products, in particular 2-phenyethanol.
WO/2016/153436 ELASTIC SHOELACE WITH A RING||WO||29.09.2016|
||PCT/SI2015/000030||KNEZ, David||KNEZ, David|
The object of the invention is an elastic shoelace with an eye and a ring. The elastic shoelace of the invention can easily be passed through holes (B) in a shoe (A) and by increasing or decreasing the tightening of an elastic string (1) a ring (5) is hooked onto a threaded pin (4) thus achieving favourable shoe tying.
WO/2016/148658 ACTIVE CHAIR||WO||22.09.2016|
||PCT/SI2016/000008||ELEMENTIS D.O.O.||VOGRIN, Saša|
An active chair according to the invention is intended for sitting and requires from the user a constant sensory and muscle activity. The chair is made of the base (2), the bar (3) and the seat (5), wherein the lower part of the base (2) is rounded and axis symmetric with the rounded part facing the ground (1 ) and in the middle, i.e. in the axis of the base (2), on the upper side of the base (2), the bar (3) is attached. Between the bar (3) and the seat (5) a joint (4) is placed, which automatically returns the angle between the direction of the bar (3) and the surface of the seat (5) in the starting, preferably right angle, whereby the changing of the angle between the bar (3) and the surface of the seat (5) preferably up to 16° is thus allowed and is made so, that by increasing the angle between the bar (3) and the surface of the seat (5) the return force of the joint (4) is increased
WO/2016/137403 FOOTWEAR WITH AN INTEGRATED HEATING DEVICE||WO||01.09.2016|
||PCT/SI2016/000005||ALPINA, TOVARNA OBUTVE, D.O.O.||LUKANČIČ, Boštjan|
The object of the invention is footwear with an integrated heating device, in which a heating part is arranged in the area around the toe section of the footwear and the heating device per se does not pose any obstacle by walking as in urban area. The footwear with an integrated heating device comprises a heated film material (1) arranged around a toe section of the boot, wherein the heating film material (1) is connected to a source of energy represented by an insert (6) of storage batteries integrated in the rear part of the footwear.
WO/2016/133467 A PHOTOVOLTAIC SYSTEM FOR CONTROLING SINGLE PHASE PHOTOVOLTAIC SOURCES FOR OPTIMAL SELF-CONSUMPTION||WO||25.08.2016|
||PCT/SI2015/000009||AMK D.O.O., INZENIRING, SVETOVANJE, TRGOVINA||STANGL, Jurij|
The present invention is a photovoltaic system, which with its structure and integrated algorithms enables optimal self-consumption of electrical energy. The system structure, with one or more photovoltaic sources (13-1, 13-2, 13-3), one or more micro-inverters (12-1, 12-2, 12-3) equipped with solid-state relay switches, controllable consumer loads (15-1, 15-2, 15-3) and non-controllable electric consumer loads (16-1, 16-2, 16-3), and a measuring and control device (8) with an integrated control algorithm, forms a base for achieving an optimal self-consumption of electrical energy, minimizing the impact of asymmetrical load on the multi-phase AC power grid and enabling consumer load management in accordance with user requirements in one unified system.
WO/2016/130093 PUSHER OF HYDRAULIC LEVER OR RECTILINEAR/STRAIGHT-LINED MOTION GENERATOR USING BUOYANCY FORCE AND VACUUM- SUPPORTED FLUID (RE-)PUMPING||WO||18.08.2016|
||PCT/SI2016/000004||BIZJAK, Silvano||BIZJAK, Silvano|
The problem addressed and resolved by the invention is how to use straight-lined motion, supported by vacuum, for the suction of fluid in a closed system and to fill the static vacuum cylinder. That solves the problem of minimal consumption of electricity for the operation of the system. The invention utilises the buoyancy force and based on vacuum, it absorbs the fluid by vacuum cylinder (Al) and a customised flat piston (BIO) and prepares the fluid for discharge When the fluid passes from the cylinder (Al) to the ballast tank (B), the ballast tank (B) starts to immerse, pulling the entire mechanism downward. Then, this process is repeated. The ballast tank (B) seats on the valves and then starts discharging the fluid into the tank for re-suction. The same fluid and gas or air are circulating in the system all the time. With the system it is possible to push the lever that drives hydraulics, and in this way the system can propel a hydraulic or another electricity-generating system.