|1.||WO||WO/2015/010171 - METHOD FOR PRODUCTION OF FUEL BY PYROLYSIS OF DISCARDED TIRES AND/OR PLASTICS AND CLEANING DEVICES, REALIZING THE METHOD||29.01.2015||
|PCT/BG2014/000025||ENERGY TRADE 2004 Ltd.||ILIEV, Lyudmil|
The invention is related to a method of obtaining fuel, especially fuel for heating, through pyrolysis of unusable tyres and/or plastics and cleaning devices, driving the method into effect. The method basically is characterized with that, that the depositions in each of the vapor deviations (1.1) of the reactor (1) are cleaned periodically by device (4) for cleaning, and fall back into the reactor (1), and the depositions in each corresponding pipeline (2) for taking away the vapors from the reactor, periodically are cleaned by device (5) for cleaning the pipelines, mounted at the reactor (1) side, and the collected depositions fall into the absorbers (3). The devices (4) and (5) for cleaning the pipelines (2) for taking away the vapors, and for cleaning the vapor deviations (1.1) of the pyrolysis reactor (1) drive the method into effect.
|2.||WO||WO/2015/006837 - EATING UTENSIL||22.01.2015||
||PCT/BG2014/000028||ILIEV, Ivaylo||ILIEV, Ivaylo|
The invention relates to an eating utensil which combines the capabilities of a fork, characterized by function for spearing the food and of a knife characterized by function for cutting the food and can be used by the handicapped and people with decreased functional ability of one of their upper limbs. The eating utensil consists of a handle (1) and a head (5) with formed static spearing tines (9) and mounted rotating cutting tines (8') and (8"). The handle (1) has a cavity in which a semi-automatic reciprocal spring mechanism (2) is inbuilt. In outer circumferential surface of the handle (1) are formed slots (1') and sliders with ergonomic shape are placed in them for right (3') or for left (3") handed use. When the utensil is positioned laterally for cutting up the food the place of the slider (3'), (3") coincides with the abutment contact surface of the index finger of the user over the handle (1). The slider (3'), (3") is connected to the contact surface of the mechanism (2) and projects the pressure force from the user's index finger as translational motion into the mechanism (2). The rotating part of the mechanism (2) inside the handle (1) is connected to a transmission (4), inbuilt into the handle (1) and head (5) of the utensil. The transmission (4) consists of a monolith flexible shaft, bent in the middle making a turn and twisted at 90 degree relative to the bending plane, thus forming a loop (4') inside handle's neck. Generated rotational movement at 180 degree from the mechanism (2) is projected over contact surface of the loop (4') and transmitted to the two active ends of the transmission (4), placed in holes (6') and (6") of the head (5). The active ends of the transmission (4) are connected with bearing shafts (7') and (7") of rotating cutting tines (8') and (8") mounted to the frontal side of the head (1) in holes (6') and (6"). The inner longitudinal sides of the rotating cutting tines (8') and (8") are shaped as blades for cutting and can rotate bi-directionally by 180 degree.
|3.||WO||WO/2015/003230 - METHOD FOR CATALYZING THE COMBUSTION OF CARBON-CONTAINING SOLID FUELS||15.01.2015||
|PCT/BG2014/000013||KOVACHKI Hristo Atanasov||KOVACHKI Hristo Atanasov|
Method for catalyzing combustion processes, using a variety of carbon- containing raw materials by adding compounds of transition metals, weak metals or metalloids, promoted with compounds of alkaline and alkaline earth metals.
|4.||WO||WO/2015/000041 - TREMOLO DEVICE FOR A STRINGED MUSICAL INSTRUMENT||08.01.2015||
|PCT/BG2014/000001||MASLAROV, Teodor Dimitrov||MASLAROV, Teodor Dimitrov|
The tremolo device can be used in stringed musical instruments, and more particularly in electric guitars. It provides a simplified construction allowing easier usage and improved sustain. In the front portion of the rear string saddle (5) an opening (5f) is formed, whose axis is non-parallel to the saddle assembly shaft (7) and whose axis does not intersect the saddle assembly shaft (7) axis or the string (29) axis. In the opening (5f), a fine tuning screw (6) is disposed, reaching the opening bottom with one end and the back wall of the front string saddle (4) with the other end.
|5.||WO||WO/2014/205523 - ELECTRICAL MACHINE WITH INNER STATOR||31.12.2014||
||PCT/BG2014/000008||ELDIX LTD.||POPOV, Encho Nikolov|
It is designed for traction motors in motor-in-wheels, fans, and direct driving electric machines. The inner stator consists of pole elements (13) comprising external periphery (14), core (15), part of yoke (16), externally wound bobbin (3). The pole elements on inner aluminum housing (4) are stationary fit. In housing (4) on bearings in end bells outer rotor (8) carrying motor-in-wheel (6) or another operating mechanism is sustained. The inner housing (4) is a carrier of the electrical machine and the operating mechanism, laterally closing side plate - carrier of electronic control device.
|6.||WO||WO/2014/205524 - BRUSHLESS ALTERNATOR WITH CLAW POLES||31.12.2014||
||PCT/BG2014/000009||ELDIX LTD.||POPOV, Encho Nikolov|
It is designed for re-charging accumulator battery and for producing electric energy with rectified voltage for movable vehicles or for unmovable devices and/or objects. There is reduced radial dimension at increased output current and prolonged lifetime. Part of the cylindrical stator (3) outside surface is smooth and embraced tightly by enveloping front aluminum housing (11a) with square-oval shape united with the front end bell (11b). To the front enveloping aluminum housing (11a) rear enveloping aluminum housing (14a) with the same square-oval shape frontal is pressed and mirror-image disposed to wards the front enveloping aluminum housing (11a). In the corners of the front enveloping aluminum housing (11a) and the rear enveloping aluminum housing (14a) more than two axial ventilation ducts (12) are formed extending from the front enveloping aluminum housing (11a) in the rear enveloping aluminum housing (14a).
|7.||WO||WO/2014/186848 - BEEHIVE||27.11.2014||
|PCT/BG2014/000021||TODOROV, Todor Dobrev||TODOROV, Todor Dobrev|
It has frames situated at several levels in common body. The common inner space is separated vertically at each level at: case space (20) with frames grouped in a case (15); one transverse redirecting frame space (12) for collocation a system for redirecting the bees between all the separate spaces; and one transverse watering space (32). The frames - freed from the redirected bees could be taken out laterally. The queen bee can be directed from each case space (20) to exactly defined single frame (10) in the transverse redirecting frame space (12) in order to be found on it. The access to each separate inner space is independent - to the upmost one - by laterally sliding cover (21) and to the other levels - sideward through separate movable outer walls (8). Watering goes through two parallel and independently functioning watering systems, independently connected by gravity through the spillways of the racks (25).
|8.||WO||WO/2014/186847 - TUBE BLANK WITH BARRIER ELEMENT||27.11.2014||
||PCT/BG2014/000020||MECHATRONICA SC||HINKOV, Miroslav Ivanov|
The tube blank with barrier element is applicable in the production of tubes. It comprises of a base blank (6) with a head (5) and the head (5) has a head opening (7). On the inner side of the head (5) is welded a barrier element (8) of multilayer laminate foil. The barrier element (8) in its lower part (1) has an opening (2) in the center of the head opening (7). On the upper surface of the lower part (1) of the barrier element (8) above the opening (2) is attached an upper part (3) of the barrier element (8). The upper part (3) has an external contour similar in shape but with an increased size compared to the opening (2) of the lower part (1) of the barrier element (8). The upper part (3) of the barrier element (8) continues in an elongated pulling element (4) with a length greater than the length of the head opening (7) and located in the head opening (7). It is possible the elongated pulling element (4) to be an additional element, attached to the upper part (3) of the barrier element (8). The elongated pulling element (4) can be pulled out at an angle. This leverage effect allows the opening (2) for product expulsion to be released easier by the user.
|9.||WO||WO/2014/183174 - PROTECTIVE STRIPE FOR BANK CARDS||20.11.2014||
|PCT/BG2013/000055||SKIMPROT, LIMITED LIABILITY COMPANY||TSAPREV, Nikolay Marinov|
(54) Invention relates to a protective stripe (1) for bank cards (2), can be applied mostly in the field of banking to prevent bank robberies of clients of banks and other financial institutions. The protective stripe (1) comprises several interconnected layers made of different materials and placed one above the other. The first, lowermost layer (3) is an adhesive layer and is glue by which the protective stripe is fixed to the debit or credit card (2). The next layer (4) is made of paper, plastic or foil. It is intended mostly to bear the other layers. The third layer (5) is the carrier of ex officio information necessary for the operation of ATMs but this information contains no financial data about the holder of the card (2). This layer (5) can also be a carrier of misleading personal information about the holder of the card (2). Most often this is a magnetic stripe. Then follows a protective layer (6) made by foil or varnish or other material appropriate to that end. The protective stripe (1) is stuck on the part where the standard magnetic stripe (7) of the card (2) is and covers the personal financial information recorded on it.
|10.||WO||WO/2014/176647 - CYLINDER LOCK WITH ANTI-BREAKING FUNCTION||06.11.2014||
|PCT/BG2014/000016||MAUER LOCKING SYSTEMS OOD||KOLEV, Kolyo|
Cylinder lock with anti-breaking function can be implemented in locking devices with increased security for living houses, public and industrial buildings. The cylinder lock consists of inner housing part (1) with rotatable mounted therein inner core (3), in channel (13) of which there is disposed composite cam (7), and outer housing part (2) with rotatable mounted therein outer core (4). Both housing parts (1, 2) are joined by connecting element (5) with weakened section. In the inner core (3) there is formed radial profile core bore (20) in which there is disposed retaining element (21) under the spring (25) and pin (26) pressure. In the inner core (3) there is disposed extender (22), supporting compression spring (12), which pushes first switching element (10a) together with central pin (19) until its engagement in a forward position with first transmitting plate (9) in the composite cam (7), so that the retaining element (21) gets out of the radial profile core bore (20) and falls onto the extender (22) behind the first switching element (10a).