||WO||WO/2014/187437 - SWITCH WITH STRAIGHT LINE AND TURNING LINE||27.11.2014||
||PCT/CZ2014/000059||DT - VÝHYBKÁRNA A STROJÍRNA, A.S.||DOSTÁL, Petr|
Switch with straight line and turning line with one rail of each track consisting of a latch movable in relation to the stock rail, wherein depth of recession (11) in the stock rail (1) increases up to the place of beginning of maximal stress of the tip (3) of the latch (4) and consequently, the depth of recession (11) in the section of maximal stress of the tip (3) of the latch (4) is constant and as from the end of the section maximal stress the depth of recession (11) fluently decreases up to zero value.
||WO||WO/2014/187434 - PREFABRICATED FLOOR AND METHOD OF ITS PRODUCTION||27.11.2014||
||PCT/CZ2014/000053||VOJTASÍK, Radovan||VOJTASÍK, Radovan|
Floor elements (1, 2, 3) contain connecting cavities (4) running past their face surface from one lateral side to the other. The elements (1, 2, 3) are interconnected with the fastener (5) for fixed coupling with a mandrel, one part of which is fixed in the connecting cavity (4) of the first element (1) and the other part in the body of the adjacent second element (2). The connecting cavities (4) have preferably different diameters, larger diameter for head (6) and smaller diameter for mandrel. Optionally a groove (7) for placing of heads (6) is contained. The connecting cavities (4) are hollowed in the elements (1, 2, 3) in a row with regular distances. Floating floor is produced by means of placing elements (1, 2, 3) to each other and embedding mandrels through the connecting cavities (4). Fixation through the connecting cavities (4) is preferably combined with fixation with locks.
||WO||WO/2014/187438 - PLASMA ARC TORCH NOZZLE WITH CURVED DISTAL END REGION||27.11.2014||
||PCT/CZ2014/000060||THERMACUT S.R.O.||CROWE, Goerge, a.|
A nozzle for a plasma are torch is provided with a distal region sidewall formed by rotation of a variably curved element about a nozzle axis. The distal region sidewall has an inclination to the nozzle axis that increases at an increasing rate as it approached nozzle terminal plane that terminates an orifice of the nozzle. The distal region sidewall is substantially tangent to the nozzle terminal plane where it intersect the same. The desired curvature of the distal region sidewall appears to draw a portion of the shield gas along the nozzle to provide improved cooling and greater stability to the plasma arc, which can improve the quality of cuts made by the arc and can increase nozzle life.
||WO||WO/2014/187435 - TREPAN FOR CORNEAL TRANSPLANTATION||27.11.2014||
||PCT/CZ2014/000054||STODULKA, Pavel||STODULKA, Pavel|
It consists of a surgical cutting device for cutting and marking of the cornea or its layer for unique positioning of the obverse and reverse sides during a consequent transplantation procedure, namely during the procedure of a sc. lamellar endothelial transplantation. The working part of the cutting device (1) is formed by a cutting edge (2) at its end. The cutting edge (2) of the tubular body (la) with the cutting device (1) is equipped with asymetrically shaped and/or asymetrically arranged notches (2a) for marking the donor membrane for its proper positioning during the consequent transplantation when the upper and lower sides of the graft are uniquely distinguishable by the edge relief on its periphery.
||WO||WO/2014/187436 - SECURED DATA CHANNEL AUTHENTICATION IMPLYING A SHARED SECRET||27.11.2014||
||PCT/CZ2014/000058||ANECT A.S.||LIBOR, Neumann|
The invention solves the way of authentication of secured data channel between two sides (A, B) when there is at first established a non-authenticated protected data channel (1), with ending (3) of the data channel (1) on the first side (A) and ending (4) of the data channel (1) on the other side (B) and with target application (7) on the first side (A) and target application (8) on the other side (B), while the endings (3) and (4) have a non-authenticated shared secret (5), consequently, on both sides (A, B) of the data channel (1) there are calculated the data derived from non-authenticated shared secret (5), then the data derived from the non-authenticated shared secret (5) are passed via external communication means out of the data channel (1) to two sides (11, 12) of the external authentication system (2), which consequently performs authentication of communicating sides (A, B) including authentication of the data channel (1).
||WO||WO/2014/183731 - MOUNTING ELEMENT||20.11.2014||
||PCT/CZ2014/000036||SUCHOMEL, Martin||SUCHOMEL, Martin|
The mounting element consists of body (1) with shoulder (2), where body (1) is provided with at least one lateral groove (3) to form flexible edge portion (4) of body (1). At least one hole (5) is formed in shoulder (2) with a tapered run-out extending in the axis of lateral groove (3). This hole (5) is designed for expansion element (6) and can be threaded. At least one mounting hole (7) is formed in shoulder (2) for mounting another structural component. Flexible edge portions (4) on the outer circumference are preferably roughened or provided with splines or with hard surface coating to increase the strength of the shaped joint.
||WO||WO/2014/183732 - CONNECTING ELEMENT PROVIDING CONNECTION OF TWO HEATING RADIATOR PLATES||20.11.2014||
||PCT/CZ2014/000040||KORADO, a.s.||HRDLIČKA, Tomáš|
A connecting element (1) for connecting two heating plates (2,3) of the heating radiator (100), said connecting element (1) consisting of lateral connecting sockets (4,5) and of the first threaded connection bushing (6), which is usually situated on the return branch of the heating system and that are arranged to form a T-shaped casing formed around a central spherical part (7) of the connecting element (1), whereat the second threaded connection bushing (8) for the valve shaft (9) group is attached to the central spherical part (7) of the connecting element (1), such an interconnection being made across the plane of the intersections of the principal axes of the lateral connecting sockets (4,5) and of the first threaded connection bushing (6) and said valve shaft (9) group penetrates sealed into the central spherical part (7) of the connecting element (1) by means of its cylindrical obturator (11) with its control shaft (12), and for said cylindrical obturator (11) a cylindrical seat (13) is formed with its lateral holes (14,15,16) emptying into the lateral connecting sockets (4,5) and into the threaded connection bushing (6), whereat the cylindrical seat (13) consisting of the distributing tube (17) with its lateral holes (14,15,16) penetrates, in a sealed manner, through the second threaded bushing (8), up to the opposite inner wall of the central spherical part (7), whereat the correspondingly shaped protrusions (19) of the tubular fittings (20) are seated against the body of the distributing tube (17) through the connecting sockets (4,5), tightly embedded into these connecting sockets (4,5).
||WO||WO/2014/183733 - ENERGETIC BEER, FLAVORED BEER OR ENERGETIC DRINK BASED ON BEER||20.11.2014||
||PCT/CZ2014/000055||DITTMAR, Martina||DITTMAR, Martina|
Energetic beer, flavored beer or energetic drink based on beer containing 10 to 99,99% of weight of beer, non-alcoholic beer, or a drink based on beer or non-alcoholic beer and it further contains stimulating (energetic or vitamin) substances in the amount of 0,001 to 90% of weight.
||WO||WO/2014/183734 - MOBILE PHONE WITH ENHANCED FUNCTIONS||20.11.2014||
||PCT/CZ2014/000056||KRANZ, Vladimir||KRANZ, Vladimir|
Completion of functions of multimedial devices for auxiliary functions which are not featured in original device. Such functions can be functions for processing of physioogic data, extended and/or uninterrupted operation with regard on monitored and processed data. Auxiliary function are realized by auxiliary devices and peripheral solutions which are physically placed in original device or ouside it, but connected electrically and mechanically with it, whereas preferably able to form one compact mechanical unit with it. These parts which are to be modified in order to achieve uninterupted functions within operation, are replaceable from the point of view of operation, in maximum simple way for user.
||WO||WO/2014/180453 - PHARMACEUTICAL COMPOSITION WITH CONTROLLED RELEASE OF METABOLICALLY ACTIVE SUGAR||13.11.2014||
||PCT/CZ2014/000004||FAKUTNÍ NEMOCNICE HRADEC KRÁLOVÉ||NEUMANN, David|
Pharmaceutical composition with a controlled release of a metabolically active sugar, especially glucose, consisting of pellets containing a pellet core and a pellet core coating, the substance of which consists in that the pellet core contains at least 50 % by weight of the metabolically active sugar, related to the total weight of the pellet core, at least one osmotically active substance or a disintegrant in a total amount up to 50 % by weight, related to the total weight of the pellet core, and possibly standard excipients, wherein the pellet core coating consists of a polymeric membrane comprising a polymer of a cellulose derivative and/or methacrylate derivative, the weight of the pellet core coating being 5 - 50 % by weight, related to the total weight of the pellet and the pharmaceutical composition contains pellets with at least one of the four different release profiles of the metabolically active sugar.