|1.||WO||WO/2014/171845 - METHOD OF ROOF COVERING WITH ROOF COVERING ELEMENTS (TILE-LIKE SHEETS)||23.10.2014||
|PCT/PL2013/000099||BUDMAT, Bogdan Więcek||CHABOWSKI, Andrzej|
Method of a roof covering with roof covering elements (tile-like sheets), in which the lower transversal step has got fixing sunken embossing well-fitting to the bend of the upper transversal step of an adjacent roof covering element placed over the former one, performed according to fixed procedure, preferably with use of prefabricated assembling embossments and holes, exploiting embossments at a corner of the roof covering element and an element fixed to a roof with mounting device at one end and its the other end clamps an edge of the roof covering element to the roofing characterised in that the left edge (1.1) of an initial sheet (1) stabilized by fastening with at least one screw to a roof batten (3) is covered by the right edge (4.1) of the second sheet (4). The sheets are mounted by a screw placed through the right lower assembling hole (4.2) of the second sheet (4) and the left lower assembling hole (1.2) of the initial sheet (1). Then the second sheet (4) is stabilized by mounting at least of one screw to a roof batten (3). The lower edge (5.1) of the third sheet (5) is put onto the upper edge (1.3) the initial sheet (1). These sheets are mounted by a screw placed through the right lower assembling hole (5.2) of the third sheet (5) and the right upper assembling hole (1.4) of the initial sheet (1) and at the same time, the left lower assembling hole (5.3) of the third sheet (5) appears over the right upper assembling hole (4.3) of the second sheet (4). Then the right edge (6.1) of the fourth sheet (6) is put onto the left edge (5.4) of the third sheet (5), whilst the lower edge (6.2) of the fourth sheet (6) is placed onto the upper edge (4.4) of the second sheet (4). The fourth (6) and the second (4) sheets are mounted by a screw applied through, preferably, the middle lower assembling hole (6.6) of the fourth sheet (6) and through the middle upper assembling hole (4.8) of the second sheet (4). The junction comprised of corners of four sheets is mounted with a screw applied through the right lower assembling hole (6.4) of the fourth sheet (6), the left lower assembling hole (5.3). of the third sheet (5), the right upper assembling hole (4.3) of the second sheet (4) and through the left upper assembling hole (1.5) of the initial sheet (1). Every time, the bend (5.7) or (6.7) - preferably straight - of the lower edge end (5.1) or (6.2) of a sheet put onto a covered one, is placed in a semicircular deflection (1.6) or (4.9) of the sheet to be covered.
|2.||WO||WO/2014/168495 - TAMPING CARTRIDGE FOR MINING||16.10.2014||
|PCT/PL2013/000047||PRZEDSIĘBIORSTWO PRODUKCYįNO-HANDLOWO-USŁUGOWE||GÓRSKI, Kamil|
The present invention refers to a tamping cartridge used for packing shot holes, particularly in mining. Tamping cartridge has a form of a cylinder or a cone with an external, at least single-layer closed sheath filled in with a mass of moist fine mineral plastic material, which material contains from 67 % to 99 % by weight of a grain fraction from 0.5 um to 5 mm, up to 11% by weight of grain fraction of over 5 mm and has a natural moisture (Wn) from 3% to 63 %, and liquidity index (lL) not higher than 0.300 and plasticity index (lP) from 20% to 25 %.
|3.||WO||WO/2014/168496 - SHEETS DISPLAY CASE PRODUCING IMAGES APPEARING AS 3-D TO THE VIEWER||16.10.2014||
|PCT/PL2014/000029||STROJNOWSKI, Sławomir||WOJCIECHOWSKI, Juliusz|
The invention covers a display case (1 ) intended for presentation of printed sheets (2) with images producing images which appear as 3-dimensional to the observer, comprising frame (3) with non-transparent back wall (4), sheet of paper or foil with printed image and lenticular lens (7). The display case (1) features at least one source of light (8). The display case covered by the invention on the viewer's side the display case has a transparent front pressure plate (6), and on the flat side of the lenticular lens (7) there is transparent back pressure plate (5), where the printed sheet (2) is inserted between the transparent back pressure plate (5) and the flat side of the lenticular lens (7), and between the transparent back pressure plate (5) and the non-transparent back wall (4) there is a source of light (8) and a pressure mechanism (9). The display case (1 ) covered by the present invention can be used for information and advertising purposes.
|4.||WO||WO/2014/168497 - INTEGRATION VECTORS, THE HOST CELL TRANSFORMED WITH THE INTEGRATION VECTOR AND THE USE OF INTEGRATION VECTORS AND THE HOST CELL FOR THE DISPLAY OF FUSION PROTEINS ON THE SURFACE OF THE BACILLUS SUBTILIS SPORES||16.10.2014||
|PCT/PL2014/000036||GDAŃSKI UNIWERSYTET MEDYCZNY||HINC, Krzysztof|
The invention concerns integration vectors for the display of fusion proteins on the spore surface, which contain the DNA sequence encoding protein CgeA or CgeA-linker or CotZ or CotZ-linker or CotB or CotB-linker or linker-CotB or CotC or CotC-linker or linker-CotC or CotG or CotG-linker or linker-CotG. The invention also concerns the host cell of the Bacillus subtilis strain 168 containing the integration vector, and the application of the integration vectors and the defined host cell for the display of fusion proteins on the surface of the Bacillus subtilis spores.
|5.||WO||WO/2014/163515 - TWIST DRILL BIT FOR DRILLING COMPOSITE MATERIALS||09.10.2014||
|PCT/PL2014/000034||POLITECHNIKA RZESZOWSKA IM. IGNACEGO ŁUKASIEWICZA||TYCZYŃSKI, Piotr|
Twist drill bit for drilling composite materials, especially through-hole drilling, wherein the blade (3) formed at the upper part of the drill bit has two steps - the initial (4) and the finish one (5) -, wherein the length (lw) of the cylindrical part of the initial step (4) is at least 0.5 mm, and its first diameter (dw) is shorter than the second diameter (dp) of the finish step (5) by 0.5 - 2 mm, whereas the point angles (a and β) of the initial step (4) and finish step (5) range from 60° to 90°.
|6.||WO||WO/2014/158039 - METHOD OF DRIVING DRIFTS AND A SET OF MACHINES FOR DRIVING DRIFTS||02.10.2014||
||PCT/PL2014/000026||SIGMA S.A||TARAS, Mirosław|
The set of machines for driving drifts includes self-advancing supports (1), which consists of a number of interlocking sections (11), the first section (11a), the second section (11b) up to the last section (11z). The first section (11a) is connected to the second section (11b) through two pairs of shifters, the lower pair (12) and the top pair (13). The front of the first section (11a) has the extracting machine (2) having a structure disclosed herein. In addition, a manipulator (7) is mounted to the last section (11z), and two anchor drill rigs (9) to the earlier sections. Also disclosed is a method of driving drifts.
|7.||WO||WO/2014/158038 - SET FOR CREATING WALLS WITH DECORATIVE PLANTS||02.10.2014||
|PCT/PL2013/000157||GARBAREK, Paweł||GARBAREK, Paweł|
The subject of the invention is a set for creating walls with decorative plants, to be used for construction of curtain walls, fences and other plant partitions, creating color compositions. It is characteristic in that the module (I) for fitting pots (2) is a box, having in at least one front wall at least one external sleeve (3)with an axis inclined from the vertical by an angle (a) in the range of (10 - 80)°, and in the bottom wall at least one mandrel (4) of height (H) above the height (h) of the location of the lowest bottom aperture (5) of the pot (2), having inside it a pass-through duct (6) for irrigation.
|8.||WO||WO/2014/158040 - MODULAR SHEATHING BOARD AND ITS MANUFACTURING METHOD||02.10.2014||
|PCT/PL2014/000027||URBANIEC, Wojciech||URBANIEC, Wojciech|
The subject matter of the invention is modular sheathing board and its manufacturing method for the use as geometric shaped modular construction element or as a ready made sheathing board with external finish used for construction and finishing. The modular sheathing board, in accordance with the invention, is a shaped element made of composition 1 which contains by weigh ratio up to 5% fibreglass embedded at both surfaces of the board as well as up to 40% of magnesium oxide, up to 30% magnesium chloride, up to 30% magnesium sulphur, up to 30% copper carbonate, up to 3% toluene, up to 3% carbon black, up to 3% iron oxide, up to 10% of perlite, up to 20% volatile ash, up to 10% carbon fibre, up to 10% polyester fibres, up to 10% aramid fibres, up to 10% silicon, up to 10% sodium carbonate and up to 20% furnace gravel and pigments. The way of manufacturing the modular sheathing board, according to the invention, is divided into two phases of mixing. The first phase consists in mixing magnesium oxide with magnesium chloride, magnesium sulphur, pigments, copped carbonate, toluene, carbon black, iron oxide which takes place in a blending device at the speed of 50 revolutions per minute and at temperature of 10°C for 15 minutes. Than the second phase is conducted by adding perlite, volatile ash, furnace gravel, fibre glass fabric, polyester fabric, aramid fabric, silicon and sodium carbonate at the temperature of 80°C. The mixing process is continued until a homogeneous mass colour is obtained and than the mass undergoes forming in moulds with desired texture of their surface. After initial hardening the board is than seasoned for at least 24 hours in ambient temperature not lower than 10°C.
|9.||WO||WO/2014/158041 - Baseboard||02.10.2014||
|PCT/PL2014/050015||DECORA SPÓŁKA AKCYJNA||KAWALEC, Adrian|
The baseboard is composed of an installation section (1) and a cover section (2) connected by a snap-connection. The mounting part (1) constitutes a profile with the form of a flat board, with a bottom shelf (1D), a middle shelf (1S) and a top shelf (1G) expanding from its surface in the same direction, while the end of the bottom shelf (1D) is bent out towards the middle shelf (1S). The middle shelf (1S) is bent in a small part of its width towards the top shelf (1G) and then, in a slightly larger part of its width, the middle shelf (1S) is bent out towards the bottom shelf (1D), while the top shelf (1G) is bentin a small part of its width towards the middle shelf (1S)and then, in a slightly larger part of its width, the top shelf (1G) is bent out upwards. The cover section (2) is constituted by a profile in the form of a board, with a cross-section resembling a flipped "L". Thebottom shelf (2D) and thetop shelf (2G) expand in the same direction from the central part of the cover part's (2) surface. The bottom shelf (2D) is bent out downwards in a small part of its width and then, in a slightly larger part of its width, the bottom shelf (2D) is bent towards the top shelf (2G). The top shelf (2G) is bent out upwards in a small part of its widthand then, in a slightly larger part of its width, the top shelf (2G) is bent towards the bottom shelf (2D). The external surfaces of the bent sections of the ends of the bottom shelf (2D) and of the top shelf (2G) form a flexible lock by abutting to the internal surfaces of the bent sections of the ends of the middle shelf (1S) and of the top shelf (1G). The elements of the mounting part (1) and the elements of the cover part (2) form a top chamber (3) and a bottom chamber (4). (4 Figures) (3 Claims)
|10.||WO||WO/2014/148927 - SYSTEM FOR VIDEO VERIFICATION OF EVENTS ON THE SPORTS FIELD||25.09.2014||
|PCT/PL2014/000013||TDS POLSKA SP. Z O.O.||WICHNIEWICZ, Mariusz|
A system for video verification of events on the sports field with use of cameras tracking the movement of a ball, a device for recording the movement of the ball and enabling an on-demand playback, and a display for on-demand displaying a fragment or a whole event. The system is characterized in that it comprises at least one group of cameras observing the following event elements: a ball, players, lines or any combination of these elements, wherein the cameras (K1, K2, Kn) of the respective groups are possibly equipped with autonomous recorders, and are also connected to the central module (MC) equipped with at least a visualization device (VM) and a control device (CM). The central module (MC) allows access to event images for verification in less than 10 seconds.