||WO||WO/2014/053863 - MOLDED PLATFORM FOR HARD OR ROLLABLE-RETRACTABLE COVER LID FOR PICK-UP TRUCK VEHICLES AND METHOD OF ITS CONSTRUCTION.||10.04.2014||
||PCT/GR2013/000035||GI.ANSO 4X4 CLUB S.A.||MICHAILIDIS, Sotirios|
Molded platform (1) for hard cover lid (9) or rollable-retractable cover lid (18) for the truck bed of pick-up vehicles, capable to allow installation of truck accessories, as well as to adjust to pre-installed accessories on the bed truck of the vehicle. This platform can be constructed in one of the following materials: steel, aluminum, stainless steel, copper, polyester and plastic impurities, by one of the following cutting methods: laser cutting, plasma cutting, water jet, punching, extrusion, molding, pressure shaping (wrapping), vacuum mold or polyester mold. This platform is defined by a "Π"- shaped frame, which is attached and installed on the perimeter of the bed truck's rail part and supported by adjusted clamps, it has points of support and adjustment either for the hard cover lid (9) or for the rollable-retractable cover lid (18), a channel for fitting a rubber row among the bed truck rail part and the molded platform, in order to avoid and absorb bumping and prevent water entry in the bed truck, it has a plurality of positioning holes, for installing and supporting accessories for pick-up cars, as well as a positioning kits for central locking of the bed cover (4). It is constructed and attached on the bed of pickup truck vehicles in a way that allows: an easy, free and independent installation, removal and use of the cover lid (either the hard or the retractable one), separate and independent from the equivalent installation, removal or use of other bed truck accessories of pick up vehicles. It is also possible to adjust to bed trucks, on which accessories have already been installed and pre-existed, as well as to be adapted to every type of pick up vehicles [i.e e double cab, space (or club or crew) cab, single cab].
||WO||WO/2014/053864 - SEATBELT PANIC RELEASE MECHANISM (S.P.R.M.)||10.04.2014||
||PCT/GR2013/000047||KOSTOPOULOS, Alexandros||KOSTOPOULOS, Alexandros|
Seatbelt Panic Release Mechanism installed inside or outside the standard seatbelt retention mechanism where in case of an accident the S.P.R.M. is activated and turns on a light (N6) that exists on the top of the seatbelt retention mechanism (N5) wherby the occupant of the seat may then press a button (A1) fitted on the top of the seatbelt retention mechanism in order to activate a detonator (F1) that unblocks the seatbelt retention mechanism and releases the seatbelt.
||WO||WO/2014/041379 - SOLAR WATER DISTILLER||20.03.2014||
||PCT/GR2013/000045||SIDERIS, Spyridon||SIDERIS, Spyridon|
The solar water distiller uses solar vacuum tube collector (6) in order to evaporate the water in the boiler (5) and then liquifies the steam in the heat exchanger (7) producing distilled water relieved from salt, heavy metals, bacteria, microorganisms and particles. The advantages of the solar water distiller are high productivity, low cost of use, the high quality of the produced water, environmental benefits from the use of solar energy only and humanitarian benefits from production of cheap pure water in areas that access to fresh water and energy are scarce.
||WO||WO/2014/033486 - INTERCHANGEABLE CHOKE TUBE FOR THE SHOT LOAD OF SMOOTHBORE SHOTGUN WHICH CAUSES TO THE SHOT LOAD GRADUALLY INITIAL TIGHTENING OF PROGRESSIVE FORM, EXPANSION AND FINAL RETIGHTENING||06.03.2014||
||PCT/GR2013/000044||SOTIROPOULOS, Christos||SOTIROPOULOS, Christos|
Interchangeable choke tube for the shot load of smoothbore shotgun which causes to the shot load gradually initial tightening of progressive form, expansion and final retightening (7), featuring internally initial tightening of progressive form section (8) followed by expansion section (9) and which is followed by final retightening section (10), which achieves the improvement of the effectiveness of the shot as, first, the initial tightening of progressive form section (8) featured applies to the shot charge, as it passes through it, vertical lateral pressure which splits the aggregates of shot pellets and second, the expansion section (9) which follows causes ameliorative rearrangement of the shot pellets as they are deploying in a space with larger diameter and, in this way, and their smoother entrance into the final retightening section (10) with result the improvement of their distribution within their pattern, something that is not happening with the hitherto existing ones.
||WO||WO/2014/023984 - METHOD FOR THE DIRECT DETECTION OF MYCOBACTERIUM TUBERCULOSIS||13.02.2014||
||PCT/GR2013/000043||POULAKIS, Nicolaos||POULAKIS, Nicolaos|
The present invention provides high accuracy intracellular detection of Mycobacterium tuberculosis, an infection causing either active or latent disease. The technique involves immunofluoresence in combination with flow cytometry on samples from all biological fluids and cell suspensions. A kit, describing implementation of the invention is also described.
||WO||WO/2014/023983 - ANTI-BURGLARY SLIDING FRAMES SYSTEM||13.02.2014||
||PCT/GR2013/000042||ZAFEIROPOULOS, Grigorios||ZAFEIROPOULOS, Grigorios|
By this invention it is possible to construct a sliding frame's system -glazing and shutter-, which has a frame guide profile (1) with a groove (2) -see Figure 1- and a sash profile (3), on which the locking profile (4) is placed into the groove (5) -see Figure 2-. The locking profile (4) has a helical groove (11) -see Figure 7-, where the pin (10) of the sliding framework's cremone enters. Two clamping parts (6) - see Figure 6- are placed within the chamber (5) of the sash (3) at the two edges of the locking profile (4). Each clamping part (6) has a groove (7) as a motion driver of the locking profile (4). As the cremone rotates, it transforms the rotary motion into linear made by the cremone's pin (10), which forces the locking profile (4) to rotate and entrap the movable frame of the sash's profile (3) into the groove (2) of the stable frame guide profile (1) along the full height of a sliding door or window.
||WO||WO/2014/013277 - IDENTIFICATION - DETECTION - TRACKING AND REPORTING SYSTEM||23.01.2014||
||PCT/GR2013/000041||CHATZIPANTELIS, Theodoros||CHATZIPANTELIS, Theodoros|
Identification, detection, tracking and reporting system capable of identifying the objects, beings, components that exist or modify by any means the space it controls, passes through, investigates or guards, comprising a photographic, recording or other type of camera, a camera capable of converting into figure or texture the images or pictures created, a device capable of scanning the space with rays, sound, ultrasound waves and creating a figure or texture from the collected data, a device capable of converting into texture the images, pictures, figures from the camera or the one created from scanning the space with rays, sound, ultrasound waves, a device capable of scanning the texture with rays, sound, ultrasound waves, creating the idol outline, shape resulting from the tactile display of objects, beings, components and measuring the shape, outline dimensions and the depth and distance between the spots in each of these idols comprising the texture, a device for measuring the space velocity of moving objects, beings, components, a device capable of analyzing and composing the data which result from the shape, outline format, the shape, outline dimensions, the depth and the distance between the spots making up the format of each idol of the tactile display, the space velocity of moving idols, configuring the shapes and identifying the objects, beings, components. The advantage of the present system relates to the provision of the ability of being informed about the actual identity of the objects, beings, components that exist or modify the space where it is used, allowing us to choose the suitable way and means to act or react.
||WO||WO/2014/006430 - BUOYANCY MACHINE FOR THE GENERATION OF ELECTRICAL POWER||09.01.2014||
||PCT/GR2013/000039||DEDAS, Konstantinos||DEDAS, Konstantinos|
An electrical power generator that consists of a chain belt (2). The pressurized air that creates buoyant forces goes through an air circuit (23). The chain belt gives motion to two sprockets (3),(1). Through the bottom sprocket (1) kinetic energy that through a gearbox (21) is transferred to a generator (22) that converts kinetic energy to electrical power.
||WO||WO/2014/001826 - HARNESS FOR THORACIC SUPPORT WITH DOUBLE ACTION (IMMOBILIZATION AND SUPPORT)||03.01.2014||
||PCT/GR2013/000036||KOUTRIS, Evangelos||KOUTRIS, Evangelos|
Harness for thoracic support with double action (immobilization and support) to be used after sternotomy/thoracotomy. It consists of two main support straps (1) with diferent elasticity areas: one immobilization area (7), non-elastic and one area of constant support (6), elastic, in the middle of the former non-elastic, adjustable in terms of intensity of thoracic support via velcro stickers (5) that can be isolated via two handles (3), on each main support strap (1). The harness is placed around the thorax of the patient and offers permanent adjustable support in normal conditions. In cases of heavy cough or flegms, the patient immobilizes completely his thorax by pulling the handles at the two ends of the non-elastic area of the harness. The advantage of this invention is that it fully covers the needs of the patient after the operation as it transforms at any time from a support harness to an immobilization harness and vice versa.
||WO||WO/2014/001825 - SPEARGUN WITH A SPEAR DRIVE SHAFT||03.01.2014||
||PCT/GR2013/000033||ZOURNATZIS, Andreas||ZOURNATZIS, Andreas|
The present invention relates to a new type of speargun which uses a continuously-variable-transmission drive system for energy storage and transmission of motion of the ejection device (which may be a piston, a rubber element or a spring) to the spear. The continuously-variable-transmission drive system consists of a shaft (10), the winding drums (8 - 8.1 - 9) and the ropes (4), (11). In order to double, triple and quadruple the energy storage to the ejection device, the drive system consists of the respective number of shafts, winding drums and ropes.