WO/2016/195523 ELIPSOIDAL REVERSIBLE HEAT EXCHANGE PIPE||WO||08.12.2016|
||PCT/RO2016/000015||BALMUŞ, Laurenţiu||BALMUŞ, Laurenţiu|
The invention relates to a heat exchanger tube ellipsoidal reversible heat-transfer Temic in various technological equipment that uses fossil fuels or thermal energy. The heat exchanger cuprinzinde three main elements, including (1) pipe oval with heat sealed by the nozzle (2), the metallic element separation (3), seal welded (4) reversibility thermal depending on positioning the heat source toward ( (A) and (B).
WO/2016/195524 AIR CONDITIONING SYSTEM AND ENGINE COOLING FOR VEHICLES BY MEANS OF EXHAUST GAS||WO||08.12.2016|
||PCT/RO2016/000020||SFERCOCI, Petru||SFERCOCI, Petru|
The invention relates to an installation for air conditioning and engine cooling, which functions by means of exhaust heat and drives a suction unit having multiple pipes (A). The suction unit absorbs the atmospheric air through a heat exchanger having concentric pipes (B), in which the air required for air conditioning (4) is cooled for both summer and winter time. The suction unit having multiple pipes (A) absorbs the atmospheric air through a radiator (C), in which the water required for engine cooling (7) is cooled, thus dispensing with the need for a motor fan, increasing the required motor power and reducing the fuel consumption by approximately two liters. The air transferred to the end pipe of the exhaust system (T) mixes with the exhaust gases so that a breathable mixture is formed. The invention can be used in the automotive industry. This is followed by three pages of drawings (see fig. 1 to fig. 4) and the explanation of the invention using the drawings of structure and, if appropriate, the functioning of the presented invention.
WO/2016/190767 MAGNETIC DEVICE FOR ADJUSTING THE DRIVING TORQUE||WO||01.12.2016|
||PCT/RO2016/000019||CHITARIU, Mihai Catalin||CHITARIU, Mihai Catalin|
The invention relates to a magnetic device for adjusting the driving torque. According to the invention, the device comprises at least one stator (1) provided with at least one circular row of recesses in which are placed some permanent magnets (4) with radial N-S polarization, in a sequence N-S, N-S or S-N, S-N, with an inclination angle ranging between 18° and 55° relative to the corresponding radii of a shaft (3) on which is mounted at least one rotor (2), the rotor having at least two arms, placed radially symmetric, each arm having recesses in which permanent magnets (4) with N-S radial polarization are placed, in a sequence N-S, N-S or S-N, S-N, in a radial symmetric arrangement in relation to the above-mentioned shaft (3), in circular arcs with inclination angles ranging between 18° and 55° relative to the corresponding radii, both the permanent magnets (4) of the stator and those of the rotor (2) being provided with some magnetic shields (5) on one or several faces of the magnets.
WO/2016/182467 PRECAST BUILDING BLOCK, MODULAR ELEMENT WITH OPTIMIZED GEOMETRY, PROCESS FOR OBTAINING THE MODULAR ELEMENT, CONSTRUCTION, METHOD FOR OBTAINING A BUILDING BY ASSEMBLING THE MODULAR ELEMENTS||WO||17.11.2016|
||PCT/RO2016/000018||BREAZ, Laurentiu Dumitru||BREAZ, Laurentiu Dumitru|
The invention refers to precast blocks for constructions from which modular elements of insulating material, with optimized geometry are obtained, to a network of channels obtained by assembling the modular elements, to a supporting structure, to a process of obtaining a construction by assembling the modular elements. The precast block for construction, according to the invention, comprises an exterior face provided with recessed areas and protrusions such that the thickness g of the precast block wall is uniform, and fastening areas for veneering elements, consisting of ribs set on the protrusions, and/or a surface without recesses and protrusions, obtaining a higher thickness of the precast block wall, for the precast blocks destined to be positioned in the areas where the outer surface of a construction obtained from precast blocks is larger than its inner surface thereof, such that the rate of heat transfer of the construction to be uniform on the entire built surface of said construction, for preventing the occurrence of thermal bridges.
WO/2016/175673 METHOD OF FUNCTIONING THE RETRACTABLE HARD TOP SYSTEM FOR CONVERTIBLE VEHICLES||WO||03.11.2016|
||PCT/RO2015/000016||VÎLCELARU, Daniel||VÎLCELARU, Daniel|
Method of functioning the retractable hard top system for convertible vehicles which implies splitting the ceiling in the middle (throught the longitudinal axis of the vehicle), mooving the rearwindow with the frame-like area arrount it on top of the trunk lid, opening the upper areas of the rear wings and folding compactly the remaining components of the roof inside the lateral areas of the trunk. This method significantly increases the usable volume of the luggage compartment and offers an easier access to the items carried in the trunk. Also, this method requires a less complex operation system which leads to less expensive manufactoring and maintenance costs.
WO/2016/140589 ONLINE-ACCESSED PSYCHOMETRIC SYSTEM||WO||09.09.2016|
||PCT/RO2015/000006||PSYCHOMETRIC SYSTEMS S.A.||GRIGORE, Dumitru|
The invention refers to an online-accessed psychometric system, which realizes the primary data acquisition with an electronic scanning device. The data are processed based on a method for rapid determination of a set of psychological indicators, by means of a server application. The electronic scanning device, according to the invention, comprises a frequency divider (1), a stepped signal generator (2), two access signal blocks (3s and 3d), two sensors grids (4), two analogue/digital converters (5D and 5S) which leads the transformed signals towards inputs (CHI and CH2) of the embedded mini-computer (6) and a user-interface (7). The invention also provides a method for rapid probing of the cerebral functions, by identifying a set of variables able to supply a set of objective psychological indicators, using the device described.
WO/2016/140590 METHOD TO MAKE CLOTHING FOR PEOPLE WITH NON-TYPICAL SIZES||WO||09.09.2016|
||PCT/RO2016/000010||SIMA, Marius-Victor||SIMA, Marius-Victor|
The invention relates to an automated method to make a clothing or a footwear object for persons with non-typical dimensions that cannot be included into the databases for standard dimensions. The method according to the invention has following steps: a) scanning of the customer's body with a 3D digital scanning system, thereafter obtaining a very accurate virtual mold VM of themselves, the 3D client body replica taking up all non-typical dimensions that cannot be included into the databases for standard dimensions, submitting of the virtual mold VM into a specialized software where those 2D digital patterns are chosen that correspond as close as possible to the dimensions of the customer's body and their changing into 2D digital patterns that are modified according to the particularities of the created virtual mold VM, then, transformed into customized 2D patterns that will be submitted to the production, b) in the next step, the transformation of the virtual mold VM occurs into a physical mold PM, that is performed with CNC routers, or with 3D printers, or any other devices that can generate a physical object at 1 :1 scale, c) the next step is the manual or automated cutting of the materials after the 2D patterns modified according to the virtual mold VM, assembling the components as cut, making the finished product, checking thereof on the physical mold PM, followed by the finishing, packing and delivering operations, whereas the virtual mold VM may be made also by direct scanning by the customer, subsequently being sent online to the manufacturer.
WO/2016/133416 MODULAR WATER HEATER TANK||WO||25.08.2016|
||PCT/RO2016/000007||CHIRIECI, Cristian, Constantin||CHIRIECI, Cristian, Constantin|
The invention is about an automatic modular water heater tank under pressure. The tank according to the invention is formed by two or more modules (4), that are insulated, series connected, independent one from another in the energetic process of heating the water, separated by a heat-insulated wall or with a low thermic conductivity, the first module (4) has an exterior port through which the cold water (1) enters when an evacuation tap (9) is opened, the cold water that enters into the water heating tank through the port which is toggled on the inferior part of the first module (4) is heated by a heating source (3) placed in the inferior part of the module (4), and their starting and the stopping are automatically operated by an electronic controller device (11), based on the temperature recorded by a sensor (2) placed in the interior of the module (4) or on the set temperature for use; the water's transit between the modules is made using a guidance device (13), which consists of three parts: a superior part (5), a median part (7) and an inferior part (6), the superior part (5) is connected to the upper part of the module from which the water comes and then the water flows upside-down into the median part, that is placed in the extension of the superior part, and then the water flows again to the bottom zone which is in the next module down side and here the water passes in, these guidance devices are made of rigid or flexible, insulated materials or with low thermic conductivity, they can also be attached to the separating wall or integrated in it; every sensor of the module registers the temperature of the water and send the information to the electronic controller device and then, according to its settings the electronic controller device commands the starting or the stopping of the heating sources, and from the last module, the water gets out of the tank through a port (8) connected to the pipe system of a building, caravan or boat; the valve (10) ensures protection against overpressure.
WO/2016/130037 METHOD AND ELECTRONIC SYSTEM FOR DIGITAL ENCODING/DECODING OF DATA IN EQUIPMENTS FOR TECHNOLOGIES FOR COMPUTATION, COMMUNICATIONS AND AUTOMATION||WO||18.08.2016|
||PCT/RO2015/050014||NICULESCU, Ionel Gabriel||NICULESCU, Ionel Gabriel|
The method and electronic system for digital encoding/decoding of data in equipments for technologies for computation, communications and automation, conform invention, is a method realized by running a computer program and is an electronic system which can be new or usual but specific equipped and/or prepared for be used to run the computer program with scope of data digital encoding/decoding with a high rate of exploitation of concept for digital data codification in equipments for technologies for computation, communications and automation which include processing units. The method digital encode/decode the data in a new specifically mode which will named number-string encoding, act which solve an optimization problem of mentioned equipments by significant growth; of performances of this by used generalized, at any level of informatics systems, from machine code to SW applications, the algorithm number-string which use a table with correspondents for encoding/decoding of data.
WO/2016/122338 MECHANISM FOR GENERATING MECHANICAL WORK THROUGH ECCENTRIC BALANCE WITH VARIABLE PITCH, CALCULATED BY MATHEMATICAL INDUCTION||WO||04.08.2016|
||PCT/RO2015/000020||BOTEZATU, Mihăiţă||BOTEZATU, Mihăiţă|
The invention relates to a device that produces mechanical work by ECCENTRIC BALANCE with VARIABLE PITCH, as the supporting element for cranes or suspended roof and is based on a simple principle, but with a new method, which consists in adding a short half rod (AO) under normal long Rod of a Class 1 Lever (AH), and which will rest on Fulcrum at one end (O) and at the other end will be embedded with long initial balance Rod (A). It is creating in this way an ECCENTRIC BALANCE whose long rods will have an imaginary halfway-support to (Ο') equal to weights at the ends of long Rod (AH). After this procedure, dissecting long Rod lengthwise of this ECCENTRIC BALANCE in two pieces that also share the Effort weight equaly, and opening up these two newly formed Rods (AB) and (AC), with an angle (a) whereas the angle formed to made the Eccentric Balance / Lever class 1, to be in mechanical equilibrium (ΑΟΉ), therefore the long Rods remaining embedded in short Rod by one of their heads each (A), but through a shaft that enable the long Rods to rotate horizontally, and the weight at the ends of long Rods are shared equally on their free ends, in order to keep in balance weights at the equal level, respectively, at opposite ends of mechanism (A = B + C), thus creating the Eccentric Balance with Variable Pitch, in which long rods rotating horizontally and mirroring each other approaching or departing synchronously with an angle (a), and when the weight- bearing ends of the long Rods (B and C) are closing in the proximity of the central axis of the mechanism (B" and C), through their rotation, they will create an additional distance (ΗΗ') at the Altitude (AH) of the triangle (ABC), against the imaginary Fulcrum (O*) of this mechanism, extending the Effort's arm and Torque, with the additional length (ΟΉ') computable mathematical, and that creates an Ascending Load Torque, at opposite embedded end (A) of the long rod's free ends. This surplus Mechanical Advantage, created by removing friction in the horizontal plane at the translation to one of weights the Lever ends, it can be used in many applications among which we list: type bracket for suspended roofs where the opening angle (a) is static or cranes for lifting of weights with low energy consumption, the ascending Force surplus created at one end (A) by closing up the weight-bearing long Rods(B') & (C'), and where angle (α) is dynamic.