WO/2015/126266 THE METHOD OF ADAPTIVE PLANNING OF CUTTING PATTERNS||WO||27.08.2015|
||PCT/PL2014/000014||NORD-SYSTEMS Sp. z o.o||BRANDT, Łukasz|
Method of adaptive planning of cutting patterns on base material surface is that geometric parameters of elements to be disposed on base material surface are identified, set of heuristics which provide elements' arrangements on base material surface are configured, preliminary cutting patterns are generated by configured arrangement heuristics. Next, optimization of achieved cutting patterns is performed with the use of meta-heuristic method which provides set of modified solutions. Each solution obtained by meta-heuristic is permutation of disposal sequence of cutting patterns generated by arrangement heuristics. Subsequently, at least set of the best arrangement heuristics according to preliminary patterns are performed taking into account sequence determined by meta-heuristic. Meta- heuristic and arrangement heuristics are performed alternately in manner described above till final condition is met, which can be time limit for computation, satisfying number of elements within pattern or state in which no improvement is achieved in particular number of successive iterations. Next, for the best obtained pattern sequence of cutting successive elements is determined what is done under certain constraints imposed by material parameters, cutting technology and optimization criteria like unit cutting cost. According to results of the last step machine code is generated and uploaded to cutting device.
WO/2015/126267 MOLLUSCICIDE COMPOSITION||WO||27.08.2015|
||PCT/PL2014/000061||ICB PHARMA SPÓŁKA JAWNA||SWIĘTOSŁAWSKI, Janusz|
The present invention relates to a molluscicide composition having a form of food bait and comprising at least one molluscicidal agent. In order to improve efficacy and ecological properties of a molluscicide it further comprises humic acid. The invention also relates to a method of preparing such a composition, a molluscicide dosage form comprising such a composition, as well as a method and use of such a molluscicide composition or a molluscicide dosage form in combating molluscs for an extended period in agricultural, horticultural and/or garden environments.
WO/2015/126269 METHOD FOR SYNTHESIS OF A BIOPOLYMER DERIVATIVE, A BIOPOLYMER DERIVATIVE AND ITS USE||WO||27.08.2015|
||PCT/PL2015/000023||INSTYTUT BIOCHEMII I BIOFIZYKI POLSKIEJ AKADEMII NAUK||BAL, Wojciech|
The invention relates to a method of synthesis of a biopolymer derivative, preferably a chitosan derivative, comprising the formation of a peptide bond. The invention also relates to the biopolymer derivative, and use of the biopolymer derivative, preferably a chitosan derivative. The biopolymer derivative has broad uses in the industry, environmental protection and can be used in pharmaceutical and cosmetic compositions. The invention also relates to a composition for prevention of symptoms of allergy caused by heavy metals, especially palladium, cobalt, chromium and gold, in particular nickel.
WO/2015/126268 AN ELECTROCHEMICAL BIOSENSOR FOR THE DETECTION OF PROTEIN S100B||WO||27.08.2015|
||PCT/PL2015/000022||INSTYTUT BIOCHEMII I BIOFIZYKI POLSKIEJ AKADEMII NAUK||WYSOŁUCH-CIESZYŃSKA, Aleksandra|
The invention relates to a biosensor based on a redox active layer and its use for the determination of S 100B protein level in the sample. Furthermore, the invention relates to method for the diagnosis of diabetes, stroke, cancer, chronic inflammation or a neurodegenerative disorder using the biosensor. Preferably, the biosensor is used for diagnosis of Alzheimer's disease.
WO/2015/122788 AN APPLICATOR MOUNTED IN A DENTAL IMPLANT SEAT||WO||20.08.2015|
||PCT/PL2015/050002||IWAŃCZYK, Bartłomiej||IWAŃCZYK, Bartłomiej|
An applicator for biologically active agents, attached to the mounting socket of a dental implant implanted in bone, constructed in the form of a spatial body in which one of the bases is a hollow chamber that forms an applicator for pharmacological agents. The release occurs through the channels in the side-wall of the applicator. The applicator is attached to the dental implant using a screw attachment or Morse taper solutions or another connection facilitating its retention in the implant.
WO/2015/122786 DEVICE SUPPORTING PHYSICAL ABILITIES OF THE LOWER LIMBS||WO||20.08.2015|
||PCT/PL2014/050007||PRODROMUS SPOLKA Z O.O.||PIATEK, Grzegorz|
Device supporting the physical abilities of the lower limbs, consisting of a stand determining the user's position and parallel mobile members adjoining the lower limbs of the user, divided into segments corresponding to the parts of the lower limb and connected with articulations in a self-aligning manner characterized in that it has a lumbar belt (27), movable in the vertical plane and connected in the hip articulation (13) through arms (26) to mobile couplings (1), (2), (3) of the lower limbs, the back pusher (10) that is movable in the vertical plane and sagittal plane and connected through the lumbar belt (27) with the arms (28), and the seat (29) that is movable in the vertical plane and connected to the bracket (15), in addition the lumbar belt (27), the back pusher (10), the arms (28) and the seat (29) are mounted on the common vertical guide rails (25), whereas the arms (28) are pivotally mounted in the guide rails (25), with the ability to part sideways.
WO/2015/122787 INTEGRATED DOOR FRAME||WO||20.08.2015|
||PCT/PL2015/000017||„ENTRA" JACKIEWICZ WIESŁAW||JACKIEWICZ, Wiesław|
Integrated door frame for internal door, which central portion forming door frame construction is element made of wood, plywood, wood-derivative panel or plastic, characterized in that, door frame construction (1) from outer side, parallel to the door rough opening walls plane has profile element (3) or (5) from door leaf side and profile element (4) from the opposite side of the door leaf, made of metal or plastic, connecting additional door frame construction (1) with wall (2) around door rough opening and has width adjusted to the thickness of the said wall.
WO/2015/119518 ANCHOR FOR LAMINATED GLASS AND METHOD FOR SETTING OF THE ANCHOR IN LAMINATED GLASS||WO||13.08.2015|
||PCT/PL2014/050006||GRUSZECKI, Jarosław||GRUSZECKI, Jarosław|
An anchor for laminated glasscharacterised in thatthe expansion dowel (3) has expansion appendices (5) situated circumferentially, preferably made of a flexible material and having a conical cross-section with thickness increasing in the direction of insertion, while above the line of the expansion appendices (5) a circumferential groove (6) is located, situated at the height of the edge of transition of the cylindrical hole (1) into the conical hole (10), forming an empty space (7).
WO/2015/119520 THE METHOD AND DECISION SYSTEM OF PERSONAL CHARACTERISTICS ACQUISITION ESPECIALLY IN BIOMETRICAL AUTHORISATION SYSTEMS||WO||13.08.2015|
||PCT/PL2015/000014||WALUS, Michał||WALUS, Michał|
The method of personal characteristics acquisition especially for biometrical authorization systems, using matrixes of diodes, light focusing and dispersing elements and matrixes of cameras based on the difference of absorption spectra for hemoglobin and other organism tissues, including multibiometrical attitude of one or many biometrical modalities in acquisition process, consists in two stages: in the first one (acquisition level) at least one raw biometrical image is being captured preferably presenting the vascular system, understood as the difference in absorption spectra of hemoglobin and other organism tissues, lightening the object with matrixes of diodes and capturing using matrixes of cameras with filters; where in the second stage obtained images are being quality evaluated by one or multithreading procedure preferable using criterial functions evaluating the quality of each of the images; if the quality of obtained image, appointed by quality evaluation and / or by the criterial function is above the required value, the image is being under further analysis; if the quality of the image, appointed by the criterial functions is below the required value, parameters of matrix of diodes elements are being sequentially changed and / or in a complete way, and operations from the first level are being repeated for new parameterization, where all steps are being repeated automatically creating the mechanism of feedback loop, repeatedly until the required value exceeds the threshold for one of the images during the quality evaluation process.
WO/2015/119519 PORTABLE BURNER FOR CUTTING HOLES IN CURVED AND FLAT COATINGS||WO||13.08.2015|
||PCT/PL2015/000013||ZARECKI, Zbigniew||ZARECKI, Zbigniew|
The subject matter of the invention is a portable burner for cutting holes out of curved and flat coatings, especially holes for connectors in the metal coatings of tank-type apparatus, using an oxygen, plasma or other type of torch. The essence of the invention is that the burner consists of two rings interacting with each other (2 and 3), one of which (2) is immovable, has mounting feet (7) by means of which it is placed on a coating (1), whereas the other (3) rotates on the immovable one. The two rings keep in touch with each other by means of roller bearings. The rotating ring (3), driven by an electric motor (4), is equipped with a beam (5). Two torches (14 and 16) moving vertically along a bar (18) are fixed to the beam (5). The bar (18) runner (22) moves horizontally along the beam (5) by means of a slide (8). The position of the torches against the centre of the ring is determined by the radius of a hole to cut. The slope of the torches results from an angle of bevelling. The distance between the torches and the curved surface of a material to cut (1) is being adjusted, while cutting, by the sliding bar (18) driven by a stepper motor (23) controlled by a proximity sensor (15), placed at the bar (18).