WO/2015/177578 BATTERY GRID, BATTERY CELL COMPRISING THE BATTERY GRIDS AND STORAGE BATTERY COMPRISING THE BATTERY CELLS||WO||26.11.2015|
||PCT/HU2015/000046||SÁROSI, George Andrew ||SÁROSI, George Andrew |
Battery grid (1) comprising a grid structure (4) containing grid arms (2) and bordering arms (3), a supporting element (5) and lugs (6), as well as lead paste (7) spread on the surface of the supporting element (5). The invention also relates to a battery cell (35) comprising the battery grids (1) with separator plates (38) placed between them. The invention further relates to a storage battery (42) comprising battery cells (35) filled with acid. The supporting element (5) comprises fibreglass based material onto which the grid structure (4) is secured through chemical bond formed between the lead and the fibreglass. The lead paste (7) is secured to the supporting element (5) through chemical bond and the grid structure (4) has more than one lug (6). The battery cell (35) is composed of the battery grids (1). The lugs (41, 42) are connected to a jointing element (8). The storage battery (42) comprises the battery cells (35).˙
WO/2015/177580 POLYMER BLEND AND POLYMER AGGLOMERATE CONTAINING RECYCLED MULTILAYER FILM WASTE AND FIBER REINFORCED PLASTIC WASTE AND PROCESS FOR PREPARING SAID AGGLOMERATE||WO||26.11.2015|
||PCT/HU2015/000048||JÁGER INVEST KERESKEDELMI, SZOLGÁLTATÓ ÉS INGATLANHASZNOSÍTÓ KFT. ||CSATÁRI, László |
The invention relates to the recycling of polyamide and polyolefin wastes and fiber reinforced plastic wastes. Particularly, the invention relates to polymer blends and homogenous polymer agglomerates containing polyamide and polyolefin wastes or co- -extruded film wastes and glass fiber reinforced plastic wastes, and to a single-stage continuous process for the preparation of said agglomerate. The invention also relates to products containing the aforementioned substances.
WO/2015/177579 PROCESS AND SYSTEM FOR DESIGNING AND MANUFACTURING IMPLANTATION GUIDE||WO||26.11.2015|
||PCT/HU2015/000047||DICOMLAB KFT. ||VARGA, Endre |
A process is disclosed for designing and manufacturing of an implantation guide, wherein the process comprises the following steps: an impression from the oral structures is made by a spoon with registration markers; the impression is digitized; the patient is digitized with the impression tray in place; the digitized images are registered with a treatment planning software; a treatment plan is designed; the digital model of the surgical guide is then made with a guide designing software based on the treatment plan; and on the basis of the digitized model of the implantation guide, the physical equivalent of the surgical guide is prepared. A system is disclosed for the designing and preparation of a surgical guide, which comprises an impression spoon; a computer for the registration and planning; another computer for the planning and preparing of the surgical guide; a surgical tray; and an implantation guide according to the invention.˙
WO/2015/173598 MULTIFUNCTIONAL ENERGY TRANSDUCER SYSTEM WITH ROTATING SHOVELS||WO||19.11.2015|
||PCT/HU2015/000045||GLÁVICS, György Pál ||GLÁVICS, György Pál |
The subject of the invention is a multifunctional energy transducer system with rotating shovels and method for operation thereof, and energy transducer system realized with it, which performs energy conversion by producing continuous torque with the help of inflowing natural energy carrier. Multifunctional energy transducer system characterized by that the shaft of the rotating cylinder (31) mounded on bearing (9) at a given distance from the centre of the cylindrical drive gear housing (29). Rotating cylinder (31) is formed by rigid shovels (6) or by flexible shovels (28), which are fixed on pivots (11) and ere connected to the disk (3) of the rotating cylinder in a manner that they can rotate around the shaft (7). Disk (3) together with the drive shovels (6) or by flexible shovels (28), rotates around the mine shaft disk (12).
WO/2015/173597 TEAM SPORTS COMMUNICATION SYSTEM||WO||19.11.2015|
||PCT/HU2014/000110||CSORBA, Levente ||CSORBA, Levente |
The team sports communication device consists of ear unit(s) (5) and a transmission unit (12) connected thereto. The ear unit (5) can be worn hidden and free of any danger of accident, and, through such device, voice messages can be transmitted to the individual team members or even to the whole team at the same time; furthermore, upon demand, two directional communications can be carried out, too. In the ear unit (5) there is a radio frequency receiving unit, a battery, an induction charge receiving unit (4) and a mini speaker; the transmission unit (12) consists of a radio frequency transmitter (6) one computer (10) with a touchscreen (11), at least one induction charger (7) furnished with USB connection and a microphone(9).
WO/2015/170129 PLASTIC FLOOR TILE WITH OFFSETABLE ENCLOSED JOINT REGIONS||WO||12.11.2015|
||PCT/HU2015/000040||DUROSET TECHNOLOGIE PLASTICS KFT. |
Plastic floor tiles with offsetable enclosed joint regions, which can be used to construct a well-sealed floor covering that is resistant to dislodging, not only in the form of a grid, but also with offset rows. The present floor tiles have a core part, to which a lower sheet and an upper sheet are attached. Alternating dovetail projections and identically shaped dovetail recesses are provided equidistantly along the edges of the core part. The edge profiles on opposite edges of the core part are the inverse of each other. The upper sheets and lower sheets along two adjacent edges enclose the dovetail joining elements from above and below so that, in plan view, a part enclosed by an upper sheet is opposite a part enclosed by a lower sheet.
WO/2015/166293 JOINT-SPARING FOOTWEAR, MAINLY SPORTS SHOE OR ORTHOPEDIC SHOE||WO||05.11.2015|
||PCT/HU2015/000039||LORÁSZKÓ, Gábor ||LORÁSZKÓ, Gábor |
The present invention relates to a joint-sparing shoe, mainly for sport or orthopedic use, the shoe comprising a shoe upper (2) and a shoe sole (3) connected fixedly to the shoe upper (2), wherein at least in the front part of the shoe a region is formed, in which a lower sole layer (5) of the shoe sole is adapted to rotate along a circle in a guided manner in response to a torsion load, and then to return to its initial position relatively to an adjacent sole layer (4), wherein the sole layers (4, 5) are connected to each other by means of at least one binding element providing a stable connection thereof while, at the same time permitting their rotation with respect to each other. According to the invention, the sole layers (4, 5) which are capable of rotating with respect to each other in a guided manner, but can rotate only when the torsion load reaches a critical value, at which the knee ligaments are jeopardized, are provided with and fitted with a plurality of concentrically alligned ached ribs (7, 7') and circular grooves (8, 8'), wherein the gap between said two sole layers (4, 5) are filled with an elastically deformable adhesive material (9), and wherein for the stable connection of the sole layers (4, 5), for their limited rotation with respect to each other and for their return to their initial positions, binding studs (6) made of a rubber-like elastic material are provided as binding elements, said binding studs being fixedly and/or integrally connected to both sole layers (4, 5) and arranged equidistantly in one or more circular grooves (8, 8'). The shoe of the present invention can preferably be used in sports where it is important to ensure the possibility of turning of the front part of the sole, but its orthopedic application can also be useful e.g. for the rehabilitation of patients after surgical operation of their knee joints.
WO/2015/166292 DEVICE AND FENCE FOR CONTROLLING THE QUEEN BEE'S EGG-LAYING PROCESS||WO||05.11.2015|
||PCT/HU2015/000038||FENDRIK, Péter ||FENDRIK, Péter |
The device for controlling the queen bees' egg-laying process (7) will detect the queen bee previously marked by light reactive pigments by a sensor (1) corresponding to the marking method and connected to a control unit, which, upon detection, will operate moving gates (3) connected to the device (7) by starting an engine. The device (7) with its side walls can directly be fitted to the comb (17) and the detection zone (2) of the sensor (1) will fall within the seam (16) flanked by the walls. The marked queen bee will get to the device (7) unchecked and when detected, the moving gates (3) will close and prevent the queen bee from getting out of the gates (3). Since after the gates (3) close, the space available for the queen bee is limited, the queen bee will shortly be forced to leave the device (7) in the predetermined direction of guiding (11) through the opening (8). The device also includes a (7) fence (12) and a dividing wall (10) that partly or fully include a queen excluder and keep the queen bee confined for the required period while the fence (12) and the dividing wall (10) will not prevent workers from passing through.
WO/2015/162441 CENTRE, PROCEDURE AND PROGRAM FOR EXCHANGING REAL, VIRTUAL AND CRYPTO-CURRENCIES||WO||29.10.2015|
||PCT/HU2014/000034||VAJDA, József ||VAJDA, József |
The subject of the invention relates to procedure, program and currency exchange centre for exchanging real, virtual and crypto-currencies. The currency exchange centre contains a server capable of communication through an electronic data transmission channel, and it is configured to receive data package containing a currency selecting data member and a payment data member, identify the sender of the data package and determine buyer information based on the identification, extract currency information from the currency selecting data member of the data package, extract information relating to payment currency and payment amount information from the payment data member of the data package, determine exchange rate on the basis of the information relating to payment currency and currency information, extract a balance associated with the buyer information and the currency information from the database, and reduce the balance on the basis of the payment amount information and the exchange rate.
WO/2015/162442 PROCEDURE FOR MANUFACTURING A CABLE CONNECTOR DEVICE WITH BLADE AND THE CABLE CONNECTOR DEVICE||WO||29.10.2015|
||PCT/HU2014/000058||BÁRÁN, József, László ||BÁRÁN, József, László |
The subject of the invention is a procedure for the production of a bladed cable connector device and the cable connector device. It is characterized in that a bore (8) is made on the printed circuit board (1), the cable connector component (3), while held by the machinery continuously, is inserted into the bore (8), and the head (9) of the cable connector component (3) is soldered to the conductive layer (2) on the printed circuit board (1), and then the cable thread (6) is held into the opening (11) of the cable connector component (3), in the course of which the bladed edge of the cable connector component (3) cuts into the cable insulation (5), and then the cable connector component (3) is released, and the unit is finally fixed with a case (7).