||WO||WO/2015/001365 - THERMOPLASTIC PIPE WITH REINFORCED SPIRAL AND IT'S PRODUCTION PROCEDURE||08.01.2015||
||PCT/HR2013/000020||VUKOVIC, Ante||VUKOVIC, Ante|
The presently existing thermoplastic pipes with hollow corrugated spiral (A), when laid in water, require additional loading with weights in order to sink. This problem is solved by producing the thermoplastic pipe with reinforced spiral (B). Hollow corrugated spiral (2) is filled with mixture (4) that solidifies after being injected into the spiral. The spiral is reinforced with mixture of water and one of the following materials: cement, concrete, gypsum or another material, pumped with the pump (P) into the spiral. Once solidified in the spiral, the mixture cannot move circularly nor separate after cracking. Once the mixture appears at the opposite end of the spiral, injecting is stopped and the intake and outlet ends of the spiral are closed with plugs (5). The corrugated spiral can be filled with the mixture also through a number of auxiliary openings (6), and can have various outer shapes. Thermoplastic pipe with reinforced spiral (B) has significant advantages relative to thermoplastic pipe with hollow corrugated spiral (A): increased crown load capacity, decreased deflection, longer durability, increased specific gravity, better anchoring in water, decreased part of thermoplastic material relative to the total weight; it easily sinks in water with no additional weights; decreases the costs and time required for building of underwater systems.
||WO||WO/2014/207489 - MOTOR POWERED TRICYCLE WITH A STEERING MODE SELCECTOR||31.12.2014||
||PCT/HR2014/000023||BOŠNJAK, Vladimir||BOŠNJAK, Vladimir|
Foldable, motor driven tricycle classified as the IPC B62K, comprising motor (14) which may be integrated in the drive wheel (13) and attached to the chassis (15). Chassis comprises certain part of the control system with control column (32), mode selection mechanism, swivel arms with foot rests, steering system and steering wheels. Steering mode may be changed while driving, and choice between a conventional and leaning mode may be done by acting on the mode selection mechanism control lever (39) preferably attached to the control column (32). Maneuverability of the vehicle may be adjusted by replacing one pair of linear guides (68 and 69) with other pair of differently shaped Cardan joint guiding track (66), while by replacing the left (22) and the right foot rests (20) and by relocating the control column (32) from right to left, configuration of the chassis may be changed from delta to tadpole.
||WO||WO/2014/203010 - METHOD FOR THE ANALYSIS OF N-GLYCANS ATTACHED TO IMMUNOGLOBULIN G FROM HUMAN BLOOD PLASMA AND ITS USE||24.12.2014||
||PCT/HR2014/000022||GENOS d.o.o.||LAUC, Gordan|
The invention discloses a method for the analysis of N-glycans attached to immunoglobulin G (IgG) or IgG N-glycopeptides from human blood plasma in which relative abundance of two or more glycans is determined, out of total six, and for these glycans it is determined that they strongly correlate with age. The glycans have the following structures: F(6) A2 (GP4) : R1, R2, R3, R4= H F (6) A2B (GP6) : R1= GlcNAc; R2, R3, R4 H F(6)A2G1 (GP8) : R1, R3, R4= H; R2= Gal F(6)A2G2 (GP14) : R1= H; R2, R3= Gal; R4= H F(6)A2BG2 (GP15) : R1= GlcNAc; R2, R3= Gal; R4= H F(6)A2G2S1 (GP18): R1= H; R2, R3= Gal; R4= NeuAc GlcNAc = N-acetylglucosamine Fuc = fucose Man = mannose NeuAc = N-acetylneuraminic acid Gal = galactose From the results of the analysis, Glycan Age Index (GAI) is calculated, and it is useful for: prediction of biological age of a tested individual; monitoring efficacy of methods that slow down the ageing process; monitoring progression of diseases that are developed as a result of the ageing process advancement, like: inflammatory diseases (including atherosclerosis), autoimmune diseases, tumours, diabetes, arthritis, osteoporosis, and Alzheimer disease; and evaluation of overall condition/health of a body.
||WO||WO/2014/203011 - ASSEMBLABLE MODULAR WASTE BAG HOLDERS FOR SELECTIVE WASTE COLLECTION||24.12.2014||
||PCT/HR2014/000025||STRNIŠČAK, Tomislav||STRNIŠČAK, Tomislav|
Assemblable modular waste bag holder for selective waste collection formed from modular assemblable elements, whereby the modular elements consist of two main supports (2), on each of these main supports (2) is positioned a shaft (4) on which a horizontal support (6) is fixed, said horizontal support (6) is made from at least one part with at least one shaft (8) to hold at least one vertical support (12), an outer frame (18) fixed to the vertical support (12) along with an inner frame (16) such that a bag can be clamped between the mobile inner frame (16) and the outer frame (18), whereby the vertical support (12) is adjustable in height along the shaft (8).
||WO||WO/2014/199187 - LIGHT-SOUND WARNING SYSTEM FOR PARTICIPANTS IN ROAD TRAFFIC||18.12.2014||
||PCT/HR2013/000033||ILIEV, Vojislav||ILIEV, Vojislav|
Light-sound warning system of ail participants in road traffic solves the problem of safe and reliable signaling of a pedestrian on road, in a way that a driver who saw a pedestrian on the road activates the switch which transmits the information to other vehicles via radio signals, and signals to pedestrians with light and audio signals that there is a vehicle approaching. This system protects both the pedestrian, as well as the driver who first spotted the pedestrian because the vehicle driving behind the vehicle that first saw the pedestrian often does not observe the situation on time causing the collision with both the vehicle and the pedestrian. The value of this system is that the pedestrian is protected from incoming vehicles, the damage insurance claims to insurance companies are decreased, and the safety of drivers in traffic is increased because it reduces the possibility of fatal accidents. In addition, the auto industry gets more jobs and increased employment. The system is realized by connecting the following elements installed inside the vehicle: the central unit (2), the receiving- transmitting unit (4), the switch (6), the interior light signals (10), external audio signals (12) and the internal sound signals (14); while the exterior light system is (8) is installed on the outer periphery of the vehicle.
||WO||WO/2014/195740 - FACILITY AND PROCEDURE FOR TREATMENT OF WASTE WITH CHOICE OF QUALITY OF OUTPUT PRODUCTS||11.12.2014||
||PCT/HR2013/000018||SPANOVIC, Milli||SPANOVIC, Milli|
Facility for safe treatment of liquid and solid waste from communal and industrial waste dumps. The final product is fitting for further use in several ways: - As solidificate suitable for transportation - As solidificate suitable for transformation into silicate conglomerate or gascement - As solidificate used for obtaining calcium oxide and ash Overall energy required for successful treatment is increased with additional energy from two sources: - Recirculation of hot steam and gases in heat exchangers - Solar panel This way we need less additives based on calcium to obtain high quality product while keeping the process cost-effective.
||WO||WO/2014/195741 - PROBIOTIC FORMULATION WITH APIGENIN AND PEPPERMINT EXTRACT||11.12.2014||
||PCT/HR2014/000004||PHARMAS D.O.O.||CEPANEC Ivica|
The present invention discloses improved formulation of probiotic cultures of lactic acid bacteria with apigenin (2) and peppermint (Mentha piperita L.) extract, process of its preparation, and use thereof. The formulation comprising: (i) one or more lyophilized cultures of probiotic bacteria selected from the groups consisting of: Lactobacillus acidophilus, Lactobacillus plantarum, Lactobacillus rhamnosus, Lactobacillus casei, Lactobacillus paracasei, Lactobacillus bulgaricus, Lactobacillus johnsonii, Lactobacillus delbrueckii, Bifidobacterium animalis ssp. lactis and Bifidobacterium longum;- in -amount from 1»107 to 5·1010 cfu/g or 0.01-50% w/w; (ii) apigenin (1), its O-glycosides, or dry herbal extract containing them, in amount from 10-50% w/w calculated to apigenin (1) content; (iii) dry extract of peppermint (Mentha piperita L.) leaf; in amount from 10-50% w/w and (iv) excipients required to- give final dosage forms to 100%- w/w cf the formulation. The formulation- is used as food, pharmaceutical: or veterinary product.
||WO||WO/2014/195742 - THE PROCEDURE FOR DETERMINING AND COUNTING B-LINES IN ULTRASOUND DIAGNOSIS OF LUNG DISEASES||11.12.2014||
||PCT/HR2014/000017||SVEUČILIŠTE U RIJECI MEDICINSKI FAKULTET||ŠUSTIĆ, Alan|
The procedure for determination and counting of B-lines during the ultrasound diagnosing of lung illnesses in patient's chest consists of connecting the ultrasound device (1) using the video output (3) to the computer (7) with installed software (5) which processes the incoming digital signal (4) and the processed signal (6) is exhibited on the screen (11) where result goes through the connection (9) in real time using all the necessary information to generate a diagnosis (Figure 3), or it is stored on the data- storing device (10) though a connection (8) and can be later on shown on the screen (11) using a connection (12).
||WO||WO/2014/195744 - ENERGY-EFFICIENT SYSTEM FOR DISTANT MEASUREMENT OF ANALOGUE SIGNALS||11.12.2014||
||PCT/HR2014/000019||ELEKTROTEHNICKI FAKULTET SVEUCILISTA U OSIJEKU||MATIC Tomislav|
The invention discloses an energy-efficient system for, preferably wireless, measurement of analogue signals comprising one or more measuring units (10). Each measuring unit (10) comprises measuring probe (11)' which signal is processed by the modulator (12). All measuring units (10) have identical modulators (12) selected from the Time Encoding Machine (TEM) family consisting of: Asynchronous Sigma Delta Modulator (ASDM), Integrate And Fire Modulator (IAFM) and Integral Pulse Frequency Modulator (IPFM). Signal from modulator (12) is processed by a delay circuit (13) from which is optionally fed back to the modulator (12). Signal from the delay circuit (13) and modulator (12) is used to trigger UWB pulse generator (14), from where is optionally amplified via amplifier (15) and transmitted via transmission line or antenna (16). The delay circuit (13) uniquely characterizes measuring unit (10) and enables receiving unit (20) to separate received signals from plurality of measuring units (10) signals sent in unsynchronized manner. The invention is useful for long term acquisition of analog signals, especially time varying signals such as biological signals, i.e. ECG or EEG.
||WO||WO/2014/195739 - ENERGY-EFFICIENT SYSTEM FOR DISTANT MEASUREMENT OF ANALOGUE SIGNALS||11.12.2014||
||PCT/HR2013/000015||ELEKTROTEHNICKI FAKULTET SVEUCILISTA U OSIJEKU||MATIC Tomislav|
The invention discloses an energy-efficient system for wireless measurement comprising one or more measuring units (10). Each measuring unit (10) comprises measuring probe (11), an asynchronous sigma delta modulator (12), a delay circuit (13), ultra wide band pulse generator (14) transmission line (15) being preferably, antenna and a power supply (6). Said asynchronous sigma delta modulator (12) converts an analog signal received by the corresponding measuring probe (11) into digital pulsed signal. The signal formed by asynchronous sigma delta modulator (12) is delayed in a delay circuit (13) for the fraction of time that is unique for the said measuring unit (10) identifying uniquely the analog input received by the measuring probe (11). Signal formed by asynchronous sigma delta modulator (12) and the signal from the delay circuit (13) trigger corresponding ultra wide band pulse generator (14) by their pulse edges, resulting with two ultra wide band pulses per one asynchronous sigma delta modulator (12) signal edge. The invention is very useful for long term acquisition of analog signals, especially time varying signals.