WO/2016/186584 CRANK MECHANISM FOR BICYCLE DRIVE||WO||24.11.2016|
||PCT/SK2016/050006||PALDAN, František||PALDAN, František|
Crank mechanism for the bicycle drive based on the following: a-shaft (2) with centrical ly fixed driving sprocket (3) and placed in the bicycle frame (1). On both shaft (2) ends, cranks (4) are placed via freewheels (5), which ensure the torque transfer from the cranks (4) to the shaft (2) during the cranks (4) rotation in the direction of the cyclist's force action on the pedals (6) as well as the free rotation of the cranks (4) in the opposite direction. Since the cranks (4) rotation is not coupled mutually, these can be used also for mutually counter-directed swinging movement, mainly in the area next to the position where the cyclist's force acting on the pedals (6) is perpendicular to the cranks (4).
WO/2016/182515 METHOD OF PREPARING KERATIN FERTILIZER WITH AN ADDITIVE OF HUMIC ACIDS IN COLLOID FORM AND KERATIN FERTLIZER WITH HUMIC ACIDS ADDITIVE||WO||17.11.2016|
||PCT/SK2015/050007||SZOKE, Štefan||SZOKE, Štefan|
The essence of this invention according to this patent application is a method of preparing keratin fertilizerwith an additive of humic acids in colloid form and fertilizer prepared by this method, that is obtained by processing feathers, for example from chicken, ducks or ostriches from poultry processing plant and/or bristle, hairs from cowhide, horns and hoofs, pig's trotters, fish remains, fur, hair, skin remains, sheep wool, camel wool, swine, bovine and/or kangaroo bristle, bones from livestock,camels, kangaroos, bones from any kind of poultry and swine bones. Neutralization in the fifth step is realized by citric acid (C 3 H O.(COOH) 3 ), formic acid (HCOOH)oracetic acid (CH 3 COOH).
WO/2016/178637 CONSTRUCTION MODULE FRAME||WO||10.11.2016|
||PCT/SK2016/000002||POLAK, Matúš||POLAK, Matúš|
The construction module frame according to the presented solution consists of the geometric shape structure, advantageously a square or cuboid, made of wooden beams (03), (04), (05), (06) and columns (02) which are connected by connection pieces advantageously two-arm connection pieces (01.5), three-arm connection pieces (01.1), four-arm connection pieces (01.2), five-arm connection pieces (01.3) or six- arm connection pieces (01.4) where the specified connection pieces are made of steel hollow profiles of square or round section, mutually fixed and reinforced by a triangle or more angle reinforcement (08) with at least one opening (09) for the steel drawbar anchoring with the tensioning thread (07) and for the installation. Each arm of the connection piece (01.1, 01.2, 01.3, 01.4, 01.5) is equipped with at least one another opening (11) for the fixation of the wooden beams (03), (04) (05), (06) and columns (02), while there is an installation chamber (13) in the connection of all the arms of the specified connection pieces. The installation chamber (13) is equipped with at least one another opening (10) for the mutual fixation of the neighbouring module frames.
WO/2016/175710 METHOD AND DEVICE FOR TREATMENT OF WASTEWATER USING ACTIVATED SLUDGE PROCESS WITH ENHANCED NITROGEN AND PHOSPHORUS REMOVAL||WO||03.11.2016|
||PCT/SK2016/050005||PÉNZES, Ladislav||PÉNZES, Ladislav|
A method of wastewater treatment with enhanced removal of nitrogen and phosphorus through activated sludge process which includes processes running in an anaerobic zone (2), an anoxic zone (3), an oxic zone (4) and a final settlement zone (5) of a bioreactor (1) with controlling of aeration, recirculation and mixing of the mixed liquor by intermitted operation, wherein the intermitted operation of aeration and recirculation of the mixed liquor is controlled in such manner that short aeration periods alternate with short recirculation periods and one short aeration period together with one short recirculation period constitutes one cycle. A device for wastewater treatment with the activated sludge process with increased removal of nitrogen and phosphorus comprising a control unit (22) equipped with at least one daily time schedule with fixed length of short aeration periods and short recirculation periods, and optionally also of short idle periods, within one cycle, or equipped with at least one algorithm for converting the lengths of short aeration periods, short recirculation periods, and optionally also of short idle periods, within one cycle, depending on the measured quantities by means of on-line measuring devices (42, 43), wherein the control unit is connected with at least one valve (21, 35) which is controlled by the control unit and is arranged on at least one air branch (26, 29, 30, 31, 32) for.
WO/2016/163959 PRESSURE FLUSHING SYSTEM FOR A TOILET||WO||13.10.2016|
||PCT/SK2016/050004||PANCURÁK, František||PANCURÁK, František|
A toilet bowl pressure flushing system with shock wave flushing is a compact rigid unit made by a fixed connection of: - a rigid body of a pressure module (1) containing at least one gas hydraulic accumulator (1.2) and one downstream flow tank (1.4) connected by at least one connection opening (1.3); an overflow pipe (2); an automatic hydraulic valve module (4) comprising a core (4.1), an inlet and outlet elements (4.2, 4.3) of the automatic hydraulic valve, where the inlet element (4.2) of the automatic hydraulic valve is connected to the outlet (1.4.1) of the flow tank (1.4) and where the outlet element (4.3) of the automatic hydraulic valve feeds into the overflow pipe (2). At the same time it comprises an inlet (5) from the pressure water supply that feeds into the rigid body of the pressure module (1) or into the automatic hydraulic valve module (4). It is also possible that the inlet (5) from the pressure water supply in the flow tank (1.4) is directed perpendicular to the outlet (1.4.1) of the flow tank (1.4).
WO/2016/159890 PNEUMATIC CONNECTION OF INFLATABLE BEAMS FOR INFLATABLE STRUCTURES||WO||06.10.2016|
||PCT/SK2016/050003||ZEPELIN, S.R.O.||BREZAN, Juraj|
Pneumatic connection of the inflatable beams (1, 2, 3, 4, 5, 6, 7) of the inflatable structure is provided through one-way valves (8) placed between the inflatable beams (1, 2, 3, 4, 5, 6, 7), where opening pressure of the one-way valves is higher than the pressure necessary for gaining the shape and initial rigidity of the inflatable beam (1, 2, 3, 4, 5, 6, 7).
WO/2016/148659 INFLATABLE TENT||WO||22.09.2016|
||PCT/SK2016/050002||ZEPELIN, S.R.O.||BREZAN, Juraj|
Inflatable tent has its cover (8) composed of detachable separate continuously inflatable interconnecting segment (6) placed on an inflatable structure (1), whose chambers (7) corresponds with the directions of the inflatable tubes (2) of the inflatable structure (1), where separate modular continuously inflatable panels (9) are connected to the segment (6) between the chambers (7) of the interconnecting segment (6).
WO/2016/144268 INSTALLATION FOR THE PRODUCTION OF ELECTRICAL ENERGY ON THE BASIS OF GRAVITATIONAL POTENTIAL ENERGY||WO||15.09.2016|
||PCT/SK2016/000001||JARÁBEK, Július||JARÁBEK, Július|
The installation for the production of electrical energy on the basis of gravitational potential energy is formed by two independent tower systems /tower system of large towers (of the large tower) (1), tower system of small towers (2) (3)/ filled with the fluid (with the water), whose movable weights (6) (7) are coupled to one another, such that they allow the weight of the weight (7) (of the weights) to be transferred from the tower system of large towers (1) (of the large tower) to the tower system of small towers (2) (of the small tower), where the measured quantity of electrical energy is produced in the turbo generator (26) (27). The cycle of continuous and regular raising and lowering of the weights, whose gravitational potential energy is transferred to the medium (water), is dependent on the measured quantity and quality of the compressed air (installation for the production of electrical energy on the basis of gravitational potential energy – 1) or of the steam (installation for the production of electrical energy on the basis of gravitational potential energy – 2) in the large piston (25) in the large tower (1), which converts the weight to an uplift force, this being done by replacing the liquid in the large piston with the compressed air or with the steam, and vice versa. In the case of steam (installation for the production of electrical energy on the basis of gravitational potential energy – 2), it is necessary to thermally insulate (13) (15) the large piston in order to prevent the large losses (the degradation of the steam, the condensation).
WO/2016/126214 TILE PANEL FOR CLADDING BUILDING WALLS||WO||11.08.2016|
||PCT/SK2016/050001||RUSTIQUE, A.S.||CISKO, Miroslav|
The purpose of the invention to simplify the production of new and repair of damaged lining panels after they are mounted on the wall of the structure. Said purpose is achieved by the lining the wall of the structures, formed by the carrier (1), where in the front wall are fixed lining elements (2) and the rear wall of the carrier (1) is provided with hinges for fixing the facing panel to the wall of the structure Hinges are made of hooks (3) or screw connection. At the front side of the carrier (1) there is a holes system (11), where the lining elements (2) are fixed using the anchoring elements (21) having at the end of the protruding lining element (2) the thread. The benefit is that the anchoring elements (21) have at the protruding end of the lining element (2) the spring toothed clamp. Between the carrier (1) and the lining elements (2) there may be the spring segment.
WO/2016/114724 CONNECTION FOR REALIZATION OF THE WAY OF COMMUNICATION IN THE POWER LINE 230V BY MEANS OF MODULATION AND DEMODULATION OF MEAN VALUE OF HALF CYCLE OF SUPPLY VOLTAGE||WO||21.07.2016|
||PCT/SK2015/050004||SEDLAK, Jozef||SEDLAK, Jozef|
Connection for realization of the way of communication in the power line 230V by means of modulation and demodulation of mean value of half cycle of supply voltage enables reliable transmission of control signals and subsequently their decoding. Signals modulated in this way are resistant against perturbing influences that are commonly present in a supply line.