||WO||WO/2014/137297 - PROCEDURE AND PRODUCTION LINE FOR PRODUCING HYDROPHILIC AND HYDROPHOBIC ABSORBENTS FROM PAPER INDUSTRY BY-PRODUCTS||12.09.2014||
||PCT/SI2013/000019||TEHNOLOŠKO OKOLJSKI IN LOGISTIČNI CENTER, D.O.O.||ČERNEC, Franc|
The invention includes a procedure and production line for producing hydrophilic and hydrophobic absorbents from paper industry by-products and includes mechanical, thermal and fine mechanical treatment of the aforementioned paper industry by-products with a ratio between the organic and inorganic phase ranging from 95:5% to 60:40%. The initial phase of the procedure is a mechanical treatment which consists of the grinding of paper mill sludge and/or cleaned rejects into particles with dimensions from 0.5 cm to 1.2 cm, preferably from 0.3 cm to 1 cm, followed by drying until 85 to 95% dryness is achieved or 5 to 15% moisture content is attained, and finally followed by cooling and flocculation.
||WO||WO/2014/120097 - MOUSE PAD WITH AN INTEGRATED SYSTEM FOR FINGERS AND ARM||07.08.2014||
||PCT/SI2014/000006||STATUS D.O.O. METLIKA||CULIG, Branko|
The object of the invention is a mouse pad, more precisely a mouse pad with an integrated system for exercising with fingers and arm. The essence of the mouse pad with an integrated system for fingers and arm according to the invention is that the constructional shape of the mouse pad enables controlled activity of fingers of the arm, which is working with a computer mouse. The mouse pad has three layers, wherein the inner layer has perpendicularly to the undulated side two outer longer grooves, between which are two shorter grooves. The grooves have on one end an approximately triangular space intended for mounting of springs with a ring on the outer side of the mouse pad, where the side is undulated. Opposite to the undulated side there are three holes in the carrier layer, with a rectangularly shaped entry part and circularly shaped inner part. The lower and upper layers are flat. In the mounting space for the spring an approximately triangularly shaped anchor is placed, into which the spring is mounted, wherein the ring is placed on the other end of the spring. A wrist pad can be added to the mouse pad.
||WO||WO/2014/116188 - SELF PROPELLED HYDRODYNAMIC TURBINE||31.07.2014||
||PCT/SI2014/000002||MARKOVIČ, Nataša||MARKOVIČ, Vladimir|
The subject of the present invention is submergible radial turbine, which as propellant uses the hydrodynamic energy of moving water masses, and even without additional pressure pump allows ejection of water on the surface. The turbine consists of driving and ladle hands, composed from several in box shaped working hands, which provides rotation by their specific form, embedded one direction Check Valves and installed swinging flaps, which changes their driving surface depending on the direction of hydrodynamic forces of water stream.
||WO||WO/2014/112956 - METHOD FOR TREATMENT OF A VASCULAR GRAFT||24.07.2014||
||PCT/SI2013/000003||CENTER ODLIČNOSTI POLIMERNI MARTERIALI IN TEHNOLOGIJE||JUNKAR, Ita|
Method of treatment of a vascular graft addresses the need for improved methods of increasing hemocompatibility of vascular grafts made from polyethylene terephthalate polymers against the state of the art. The present invention does not involve deposition or grafting of any anti-thrombogenic coating on the inner walls of vascular grafts. Hence, it provides a method for improved hemocompatibility of vascular grafts by treatment of inner walls by excited oxygen molecules. The efficiency of the method which is the subject of this invention is confirmed by behavior of blood platelets on modified vascular grafts. Against the state of the art the methods of the invention prevents transformation of platelets from normal state in healthy blood to highly activated states, which would further lead to undesired thrombus reactions. Thus the present invention improves hemocompatibility of artificial polyethylene terephthalate surfaces, as transformation of platelet shape from its normal state- round or discoid and dendritic to spread dendritic, spread and fully spread shape is highly reduced.
||WO||WO/2014/104984 - HYGIENIC TAMPON WITH IMPROVED CAPABILITY OF RETAINING A FLUID AND PROCESS OF MANUFACTURING SUCH TAMPON||03.07.2014||
||PCT/SI2013/000057||TOSAMA TOVARNA SANITETNEGA MATERIALA D.O.O.||ZABRET, Andrej|
Regarding a tampon, which can be manufactured of the same raw materials, by means of the same machines and by means of essentially the same steps like the commercially attractive known tampons, it is the purpose of the invention to improve its capability of retaining the fluid when inserted into each vaginal cavity and to prevent migration of fluid in both directions, namely from the vaginal cavity and also from outside into said vaginal cavity, wherein simultaneously also the interconnection between the fibers and the withdrawal string should be improved, and disinfecting effect should be achieved. To this aim, such tampon is furnished with a barrier (4), which is foreseen adjacent to the rear end portion (3) of the tampon, which prevents migration of fluid along the tampon, namely in one or another direction along the longitudinal geometric axis (0) of the tampon, wherein said barrier (4) is formed by means of a highly compressed area on the fibrous band (1), which is located at a pre-determined distance (L) apart from the rear end portion (3) of the tampon, wherein the density of fibers within said area is at least three times greater than in residual portions of the fibrous band (1) i.e. of the tampon and amounts at least approximately 2 g/cm3. The invention also includes a process for manufacturing such tampon.
||WO||WO/2014/104982 - ELECTRONIC DEVICE FOR RESIDUAL CURRENT CIRCUIT BREAKERS OF TYPE B AND ITS DERIVATIVE||03.07.2014||
||PCT/SI2012/000066||RAZVOJNI CENTER ENEM NOVI MATERIALI D.O.O.||BERTONCELJ, Rafko|
The subject of the invention is an electronic device for residual current circuit breakers of types A/AC/B/B+/B++, where device enables the implementation of improved methods of protective functions in comparison with the currently known methods of measurement, based on the new detection procedures of constant and pulsating DC differential fault- currents. Device emphasis current transformer (3) for detection of differential currents type B/B+/B++, which core is separated from the core of current transformer (1) for currents detection of type A/AC. The device also emphasis the core and summation current transformer (3) through which all the primary leads of current transformers (1) are conducted for the detection of the differential currents type A / AC and contains a separate secondary coil winding, which is completely separated (galvanic and electrical) of the secondary coil on current transformer (1).
||WO||WO/2014/104983 - PROCESS AND APPARATUS FOR MEASURING OF THICKNESS OF A PROBE DURING A TENSION TEST||03.07.2014||
||PCT/SI2012/000067||SIEVA, PODJETJE ZA RAZVOJ IN TRZENJE V AVTOMOBILSKI INDUSTRIJI, D.O.O.||JAPELJ, Blaz|
Apparatus for measuring of thickness of a probe (2) during a tension test comprises a tensioning device (1), which is furnished with a fixed jaw (11) and a displaceable jaw (12), which are arranged above each other and are adapted for clamping and tensioning of each disposable standardized probe (2), as well as a video camera (3), which is arranged in the area of said tensioning device (1) at appropriate distance apart of the probe (2), so that the optical axis (30) of the video camera (3) extends towards the longitudinal axis (20) of the probe (2) and rectangular with respect to said longitudinal axis (20) of the probe (2). The apparatus further comprises a screen (5), which forms a contrast background behind the probe (2) and is with respect to said video camera (3) arranged on the opposite side of the probe (2), and moreover also a computer (4), which is adapted for retrieving, saving and processing of data received from the video camera (3).
||WO||WO/2014/104986 - VIDEO EXTENSIOMETER||03.07.2014||
||PCT/SI2013/000087||SIEVA, PODJETJE ZA RAZVOJ IN TRZENJE V AVTOMOBILSKI INDUSTRIJI, D.O.O.||JAPELJ, Blaž|
Video extensiometer, namely apparatus for measuring of extension of a probe (2) during a tension test, comprising a tensioning device (1) furnished with a fixed jaw (11) and a movable jaw (12) which are adapted to hold and load each probe (2), a video camera (3) directed towards said probe (2), a contrast screen (5) located behind said probe (2) opposite to said camera (3), as well as a computer (4) adapted for recording pictures of the probe (2) and processing the data related to said pictures in accordance with a pre-defined algorithm for the purposes to calculate relative elongation of the tensioned and extended probe (2).
||WO||WO/2014/104985 - DEVICE AND METHOD FOR FOODSTUFFS CONDITIONING||03.07.2014||
||PCT/SI2013/000082||BRAČIČ, Aleš||BRAČIČ, Aleš|
The subject of the invention is the device and method for conditioning of foodstuffs, which solve the technical problems of: maintaining the temperature of foodstuffs at a desired temperature; slowing down the equilibration of foodstuff temperature with the ambient temperature and reducing the consumption of energy products required for foodstuff conditioning. The device according to the invention comprises at least a pallet (1) to which containers for foodstuff conditioning are loaded and containers for foodstuff conditioning (2). Foodstuffs are loaded into containers for foodstuff conditioning (2) in which the temperature is maintained with the flow of the medium at a suitable temperature through the walls of the container. The flow medium for foodstuff conditioning is primarily air; however, any other gas or water may also be used. A fraction of the flow medium may also be supplied into the interior of the containers for foodstuff conditioning to ensure a faster attainment of the desired temperature of foodstuffs. Inlet and outlet lines of the flow medium (5, 6) for foodstuff conditioning are connected to the pallet (1). The pallet is constructed in such a manner that the flow medium for foodstuff conditioning is evenly distributed in the containers for foodstuff conditioning (2). When the container for foodstuff conditioning is loaded on the pallet (1), the weight of the container opens the inlet channel of the flow medium (3) for foodstuff conditiomng by applying pressure on the pallet (1). In the same way, the flow through the outlet channel of the flow medium (4) for foodstuff conditioning is ensured. Several containers for foodstuff conditioning (2) may be loaded on the pallet (1), whereby the inlet and outlet channels of the flow medium (3, 4) are only open in places where the containers for foodstuff conditioning are loaded.
||WO||WO/2014/092655 - ADVANCED HEAT EXCHANGER WITH INTEGRATED COOLANT FLUID FLOW DEFLECTOR||19.06.2014||
||PCT/SI2012/000065||SIEVA, PODJETJE ZA RAZVOJ IN TRŽENJE V AVTOMOBILSKI INDUSTRIJI, D.O.O.||SEVER, Peter|
The Advanced Heat Exchanger with Integrated Coolant Fluid Flow Deflector for liquid cooled applications comprise the heat sink (2) with integrated coolant fluid flow deflector (2D) for controlled deflection of coolant fluid flow, which is selectively focused and guided to the local heat sources (4A) in the power electronics application. The invention is based on insight that cooling fluid flow is selectively guided to the local heat sources (4A) by integrated fluid flow deflector (2D), wherein such a heat sink (2) is part of the power electronics enclosure (1) or part of the power electronics base plate (3).