|1.||WO||WO/2013/173887 - CONSTRUCTION PROFILE, CONSTRUCTION SET, CONSTRUCTION PROFILE KIT AND FIXING SYSTEM FOR VENTILATED CLADDINGS||28.11.2013||
|PCT/BG2013/000016||STOA OOD||STOYANOV, Damian Vassilev|
A construction profile (1) with a polygonal cross-section and edge portions provided with slots formed between adjacent polygon faces (7) and extending in an inclined direction relative thereto, a construction profile kit with said construction profile and joint profiles, and an fixing system for ventilated claddings with a supporting frame of construction profiles (1). The fixing system further comprises a supporting element (21) for supporting a frame profile (1) to a facade (87) and a holding plate (26) for holding facade plates (83), the elements (21, 26) being formed so as to be slid longitudinally or plugged circumferentially into the slots (5) of the construction profile (1).
|2.||WO||WO/2013/173890 - METHOD FOR THE SIMULTANEOUS CUTTING OF A PLURALITY OF SMALL WORKPIECES||28.11.2013||
|PCT/BG2013/000022||STONEFRUITART LTD.||DANEV, Dimitar Lyubomirov|
A method for the simultaneous cutting of a plurality of small workpieces includes putting the plurality of small workpieces into a cylindrical, rectangular or square mould, then the prepared mould is filled with water, whereupon the mould is put into a conventional freezing chamber, then after freezing at a temperature of at least up to -18 °C the obtained preform is cut off following a definite shape, or cut into slices with dimensions from 1 mm to 12 mm, whereupon the obtained blank or the cut-off slices are thawed, whereafter the resultant pieces separate from each other and are then dried.
|3.||WO||WO/2013/173888 - METHOD FOR MANUFACTURING AND INSTALLATION OF COMPOSITE PANELS||28.11.2013||
|PCT/BG2013/000020||MAKE-BULGARIA LTD.||CHURESHKA, Tsvetelina|
The method is in the field of production and application of construction products and relates to a method of manufacture and assembly of composite thermal insulation panels. With the method, fiberglass cloth 3 is cut and molding cartridge (22) is assembled as (elements 20) and (21) are mounted to frame (18). Then on one side of cartridge (22) flared fiberglass cloth (3) is attached and then placed in a ((press (25). Thermal insulation material - polyurethane foam (2) is poured through opening (27). Upon flooding gluing of canvas (3) to the polyurethane foam 2 is obtained.. After hardening of the polyurethane foam (2) press (25) is opened and the finished composite panel (26) is removed. Mounting of composite panel (26) to wall (1) follows. The back of panel (26) and wall (1) are coated with one component polyurethane foam (adhesive (4). Then, at four-points of panel (26) the retainer - system of bi-component polyurethane foam is placed. Then panel (26) is pressed and adhered. At the edge of panel (26), along the side which is oriented towards the adjacent panel, which is to be installed polyurethane one-component foam adhesive (4) is applied. The process is repeated with the adjacent panel. Then, wallpaper (5) is placed using a polymeric adhesive (6). Finally the wallpaper is painted.
|4.||WO||WO/2013/173889 - INSULATION COMPOSITE PANEL||28.11.2013||
|PCT/BG2013/000021||MAKE - BULGARIA LTD||CHURESHKA, Tsvetelina|
Utility model in the field of construction products and refers to the construction of a composite insulation panel. The composite panel consists of a single layer of polyurethane foam (1) with a thickness of more than 20 mm. The second layer is a fiberglass cloth (2) with a thickness of not more than 2 mm. The two layers are glued to one another. On the periphery of the panel a glab (6 and 7) to the two neighboring sides and a tooth respectively (5 and 8) to the opposite of these sides are made to eliminate any thermal bridge during installation. In this case the fiberglass cloth (2) extends beyond the dimensions of the polyurethane foam (1) with not more than 40 mm. in the two neighboring sides.
|5.||WO||WO/2013/163702 - TUBE WITH A LAMINATED FOIL TUBULAR BODY||07.11.2013||
|PCT/BG2012/000017||MECHATRONICA SC||HINKOV, Miroslav Ivanov|
The tube is for liquid and viscous products. It has an improved appearance in the welding zone (4). The laminate foil tubular body (1) has a longitudinal seam (3). The top end of the body (1) is welded to a head (2). The bottom end of the body (1) is closed with an end seal (5). The contour (6) of the head (2) in the area where the longitudinal seam (3) is located after welding of the body (1) to the head (2), has a cut-out (7), which allows the outer contour of the tube in the area of the longitudinal seam (3) to follow the same curve as the outer contour laying outside the longitudinal seam (3) area. The cut-out (7 or 10) in the head (2) of the tube with a laminated foil tubular body (1) can be a straight line or a groove. The basic contour (6) of the head (2) outside the cut-out (7 or 10) may or may not be round.
|6.||WO||WO/2013/159160 - METHOD AND DEVICE FOR COMMUNICATING WITH VENDING MACHINE||31.10.2013||
|PCT/BG2013/000017||DATAVEND LTD.||TSENEV, Stefan Georgiev|
Invented method comprises data detection by watching communication between vending machine and its payment system in unified manner, without intervention in this communication, and automated downloading this data; transmitting downloaded data via wireless network by invented device's modem/ external peripheral device's resource; analyzing this data by determining events and one-time events and generating states by unifying the meaning of communication between vending machine and its payment systems performed according to multitude of standard communication protocols; extracting from analyzed data of information about technical condition of vending machine/ payment systems, about operating regime of vending machine, about sales made by vending machine and revenues in its payment systems; remote control on basis of analyzed data and optional discontinuation/restoration of vending machine operation by invented device at request by external peripheral device connected to vending machine. The data is tracked or monitored and the diagnosis at the vending machine is transferred.
|7.||WO||WO/2013/149310 - METHOD, DEVICE, SENSOR AND ALGORYTHM FOR DETECTION OF DEVICES STEALING INFORMATION FROM ATM DEVICES||10.10.2013||
|PCT/BG2013/000007||SUNBRIGHT SYSTEMS BULGARIA LTD.||VASILEV, Vasil, Stefanov|
Method for detection of skimming devices comprising detecting electromagnetic emissions by sensors of the invention located inside of ATM. Electromagnetic emission is monitored in broad band of 10kHz to 30MHz and narrow band, and only one determined frequency is passed through filters in the narrow band, and sensors' output is analyzed and processed according to algorithm of the invention. Alarm signal is generated upon achieving pre-assigned threshold chosen so that discriminating between useful signal and interference is not obstructed. The method is implemented by device comprising sensors for detecting electromagnetic emissions, microcontroller for controlling the sensors, master microcontroller for processing of sensors' output, and notifying module for sending signals to control center. According to the invention sensor is provided for detecting electromagnetic emissions comprising receiving, regulating, filtering and converting parts.
|8.||WO||WO/2013/142925 - BEVERAGE CONTAINER WITH A CUP||03.10.2013||
|PCT/BG2013/000010||GEORGIEV, Georgi||GEORGIEV, Georgi|
Container with a cup comprising a hollow body (2) with a bottom (3) and an opening with a cap (1). The hollow body (2) has a reduced dimensions section (4), covered from the outside with the cup (5) which is engaged to it with a detachable connection (6). The cup (5) and the reduced dimensions section (4) have the same height corresponding to the height of the hollow body (2). The hollow body has annular indentation (7) in its top part, corresponding to the thickness of the cup (5) leaning against it.
|9.||WO||WO/2013/138875 - METHOD AND DEVICE FOR SPINNING OF YARN WITH AIR VORTEX||26.09.2013||
|PCT/BG2012/000032||"D-A-DINKO BAHOV" ET||BAHOV, Dinko|
The method and the device find application for spinning of yarn through air vortex with high speed. The device includes the perforated outlet cylinder on which are formed zone for feeding of the core fibers (3), zone for feeding of the wrapping fibers (4) and in the end a joint zone for binding of the wrapping fibers (4) to the core fibers (3) and following zone for drafting of the loose ends of fibers (4), and the spinning chambers (7 and 9) are placed one after another and form a joint body.
|10.||WO||WO/2013/126973 - METHOD AND UNIT FOR PROTECTION OF BARE ENDS OF MULTILAYER LAMINATED FOIL WITH AT LEAST ONE METAL LAYER||06.09.2013||
|PCT/BG2013/000005||MECHATRONICA SC||HINKOV, Miroslav Ivanov|
Method and unit for protection of bare ends of multilayer laminated foil with at least one metal layer are applied to the production of packages of laminated foil, especially tubes, bottles, boxes. То protect the bare ends of multilayer laminate foil with at least one metal layer (3) a blank (2) of foil is placed on a work surface. Then on the blank (2) simultaneously are applied compression and heating with compressing element (4), while the non-metal layers (5) of blank melt and due to applied pressure slip over the end of blank (2) and the end of metal layer (3) is covered by molten non-metal layers (5) and non-metal layers (5) merge into one another. Then the heating is terminated and the blank (2) is cooled under pressure, until the merged non-metal layers (5) harden. Then the pressure is terminated and the blank (2) is removed from work surface (1). Molten material may be restricted by molding element (7).