WO/2016/133412 A METHOD OF IMPROVING THE RATIO OF OPTICAL CONTENT RECOGNITION IN FORM-BASED PHYSICAL DOCUMENT DIGITALIZATION USING A MULTI-SPECTRAL ANALYSIS APPROACH||WO||25.08.2016|
||PCT/PL2015/000027||ACTIVE-TEXT COMPANY SPÓŁKA Z OGRANICZONĄ ODPOWIEDZ.||KUNSTMAN, Grzegorz|
The proposed device (Multispectral Scanner) is used to divide the scanned document into layers. Each of these corresponds to a different medium, eg. Paper, ink printout, laser printout, dirt etc. The device utilizes the properties of light waves such as reflectance, absorption, etc. This makes it possible to identify the pigments present in the output. Available now on the market document scanners are not able to automatically separate the content for OCR (content suitable for optical character recognition) from noise and dirt. It is worth noting that it is important not only to use the proposed construction of a scanner but also the proposed algorithms which are analyzing the recorded data.
WO/2016/133413 CAR ROOF RACK||WO||25.08.2016|
||PCT/PL2016/000017||PLASZCZYCA, Malgorzata||PLASZCZYCA, Malgorzata|
The present invention relates to a car roof rack for the loading and transporting, in particular, of a boat on a car roof. The roof rack is made up of one or more assemblies, parallel to one another on a single plane. Each assembly is composed of a crossbar (3) fixed rigidly to the car roof, a moving arm (2) supporting the load and connected to the crossbar (3) so that it can both slide along the crossbar and pivot about an axis running through one of its ends, and a lever (5) whose inside end is fixed to the crossbar. The other, outside end of the lever is connected to the arm (2) in a way making the simultaneous sliding and pivoting of the arm (2) about the end of the lever (5) possible. One or more assemblies are fitted with a tie rod (10) connecting the outside end of the lever (5) to the crossbar (3) and the spring (8) whose one end is fixed to the lever (5) and the other to the crossbar (3).
WO/2016/133415 HYDRAULIC ENGINE||WO||25.08.2016|
||PCT/PL2016/050002||KONIUCH, Wacław||KONIUCH, Wacław|
The engine is characterized by the fact that in the cylindrical rotor (1) that is rotationally mounted in the body (7) there are recesses (2), preferably in the form of a segment of a cylinder, which are arranged on the circumference. In the bases of the recesses there are cylinders (3), which contain pistons (4) with springs (5). The axes of the cylinders (3) are arranged along the chords of the circular contour of the rotor (1), while the cylinders (3) are connected with the environment by compensation holes (6) which are led out from the bottom of the cylinder. A favourable feature is the fact that the cylindrical body (7) has inlet (8) and outlet nozzles (9) which are located along the chords of the cylindrical body, and the exhaust (11) and inlet channel (12). These channels are in the form of the circumferential grooves in the body (7) that are closed with the sealing ring (10). In the sealing ring (10), however, there is an inlet hole (17), which supplies the inlet channel (12) and the other hole that discharges the fluid out of the outlet channel (11). A favourable feature is the fact as well that the number of inlet (8) and outlet nozzles (9) is greater than the number of recesses (2) and cylinders (3), and the depth of the recesses (2) is selected in such a way that there is no dead zone between the inlet channel (12) and any of the recesses (2).
WO/2016/133414 SHOE INSOLE WITH TOE SEPARATORS||WO||25.08.2016|
||PCT/PL2016/000018||GUDEJKO, Jerzy||GUDEJKO, Jerzy|
The subject of the invention is a shoe insole (1) with toe separators (2). The insole (1) according to invention is characterized in that each separator (2) is wedge shaped with a base adjacent to the insole surface (1).
WO/2016/130030 METHOD OF SECURING DATA USING THRESHOLD CRYPTOGRAPHY||WO||18.08.2016|
||PCT/PL2015/000019||NORD-SYSTEMS SP. Z O.O.||BRANDT, Łukasz|
It is an object of the present invention to provide a method of securing data using threshold cryptography in which data are encrypted using cryptographic algorithms and cryptographic key is split onto shares. Method of securing data using threshold cryptography is characterized with that unique identifier is assigned to encrypted data. Subsequently, at least one share of cryptographic key is merged with encrypted data. Next, encrypted data merged with some of key's shares is split onto fragments and unique identifier previously assigned to encrypted data is added to each fragment. The same unique identifier is added to each key's share that was not merged with encrypted data. Obtained fragments of data are deployed on physically separated devices consisting of at least one processor and one non-volatile memory and for each fragment information about device on which it is deployed is saved. Key's shares that were not merged with encrypted data are placed on physically separated devices consisting of at least one processor and non-volatile memory and for each share of key information about device on which it is stored is saved.
WO/2016/130029 METHOD OF CLASSIFYING DATA WITH ACCESS AND INTEGRITY CONTROL||WO||18.08.2016|
||PCT/PL2015/000018||NORD-SYSTEMS Sp. z o.o.||BRANDT, Łukasz|
It is an object of the present invention to provide a method of classifying data with access and integrity control, that is, category and context of information asset is determined and operations performed on this information asset are monitored. Monitoring as well as category and context assignment are performed on at least one device which consists of at least one processor and one non¬ volatile memory. Method of classifying data with access and integrity control is characterized with that after each operation performed on information asset it is checked if operation conforms with rules of information asset handling. Checking of rules allows to verify if performed operation is allowed. In that step content of information asset is not verified. Next, category of information asset is determined, to which it is assigned after execution of operation. For that purpose, information content of information asset is analyzed. Next, group of users is connected with category created in previous step. For category and group of users determined in previous steps, conformity of category and context of information asset is verified against rules of information asset handling.
WO/2016/130031 DNA VACCINE AGAINST H5N1 INFLUENZA VIRUS, MODIFIED NUCLEOTIDE SEQUENCE AND USE OF THE MODIFIED NUCLEOTIDE SEQUENCE IN VACCINE MANUFACTURING||WO||18.08.2016|
||PCT/PL2015/000096||INSTYTUT BIOCHEMII I BIOFIZYKI PAN||ZAGÓRSKI-OSTOJA, Włodzimierz|
The presented invention is related to a DNA vaccine against the H5N1 influenza virus, a modified nucleotide sequence and use of the modified nucleotide sequence in vaccine manufacturing. In more detail, the presented invention is related to use of a modification of an antigen coding sequence in order to increase efficiency of a DNA vaccine.
WO/2016/130033 MULTI-LAYER THERMAL CONDUCTIVE PANEL ON A FLOOR WITH FLOOR HEATING||WO||18.08.2016|
||PCT/PL2016/000015||STACHOWICZ, Jerzy||STACHOWICZ, Jerzy|
A panel is assembled on a layer with a built-in surface heat source; it contains a carrier layer (1) made of non-absorbent, wood- based, standard hardboard and its upper surface consists of a surface layer (3) made of wooden, wooden-based lamella, terracotta, ceramic or stone plate. Between the carrier layer (1) and the surface layer (3), it has a heating plate (4) pasted to which fiat fronts constituting heat-pipes (5) are adjoined from the side of the carrier layer (1), which are put in and pasted into transverse crevices, cut in the carrier layer (1) parallel to the longer sides and with a length smaller than them, and with ends placed at equal distances from the perpendicular sides of the panel. The heat plate (4) and the heat-pipes (5) are made of high heat conductivity coefficient material, especially aluminium or magnesium alloy, while the material from which the carrier layer (1) is made is characterized by high heat absorption capability, approx. 2000 J/kgK and low heat conductivity coefficient λ < 0.4.
WO/2016/130032 BIKE STAND||WO||18.08.2016|
Bicycle stand consists of a ground-fixed base (1) for fixing a bicycle. The base (1) has a curved shape of the profile, with its arms turned and attached to the ground. The distinguishing feature of the invention is that it has a storage box (2) attached to base (1). The basket has a locking system (2) which is provided with a horizontal, circular cross-section bar (3), with its free ends inserted into the two holes (4) at the free ends of the storage box (2). A horizontal bar (3) connects the two sections (5), which in side view have a shape similar to the shape of the top edge of the basket. The sections (5) are connected by ribs (6). In addition the horizontal beam (3), on the other side of it, is connected with a perpendicular arm (7), provided with a through hole (8), the axis of which, when the storage box is closed, overlaps the axis of the through hole (9) located in the base section (1).
WO/2016/122336 METHOD OF STORING AND PROCESSING DATA WITH THE USE OF ARTIFICIAL NEURAL NETWORKS||WO||04.08.2016|
||PCT/PL2015/000007||NORD-SYSTEMS SP. Z O.O.||BRANDT, Łukasz|
Method of storing and processing data with the use of artificial neural networks which consists in adding to software code - that is stored in repository and processed on server, instructions generating events which characterize workflow of software execution, partitioning software into components is done based on information gathered during execution of software functional tests and modified form of software is build with these components and this modified form preserves all functions of software before partitioning into components. It is object of the present invention to provide a method of storing and processing data with the use of artificial neural networks which is characterized with following steps: a. functional tests of software are performed and profile of software's dynamic dependencies is prepared with the use of events generated by instructions added to software code as well as with the use of characteristics of interactions that take place between software and operating system and some other external software, b. software is partitioned into components based on profile prepared in step a, c. from components created in step b and based on profile prepared in step a main component is specified which is designed to control work of other components, d. from other components created in step b, based on profile prepared in step a default components are specified which are designed to be loaded just after software start and optional components which are designed to be loaded if needed at later stages of software execution, e. control rules are generated that define which stages of components' execution require loading other component or components and these rules are generated based on profile of dynamic dependencies prepared in step a for components created in step b and specified in steps c and d with the use of artificial neural network, to each component created in step b component controller is added which is responsible during software execution for aggregation of events generated by instruction added to software code before partitioning and which generates start-up signal for at least one related component based on control rules created in step e, security control module and loader module are added to main component specified in step c, working form of each component specified in step b is built, execution correctness of partitioned software is verified with the use of functional tests utilized in step a.