Method of disintegrating rock by melting and by synergism of water streams, comprising action of the heat flow source on the rock, action of the water stream source on the melted rock so that: the heat or energy flow source acts on the rock at least until its local phase transition into the melt occurs, at least one water stream is directed into the locally created melt, physical explosion occurs in the melt, on which the water stream acts.

The invention relates to a device for comprehensive LED source (1) protection from outdoor weather conditions. It comprises of at least one optical assembly consisting of atleast one LED source (1) placed on an electrically powered and heat-conducting printed circuit board (4), further consisting of a heat sink (2) and an optical element fixed to the heat sink (2), directly or through a LED holder, where such optical assembly is encapsulated by filling compound material (5) into a compact waterproof module and the position of the optical element (3) also ensures that the LED source (1) is protected from direct contact with the filling compound material(5) and that the desired source beam angle is achieved. The device of the invention is intended for use in all types of LED lights for outdoor use intended primarily for street and park lighting, architectural floodlights for lighting buildings, fountains, outdoor areas, parking lots, and in any other outdoor environment with high demands on LED source (1) protection from the outdoor operating conditions.

Pious object with at least a visual display of information is designed so that a monolith or a base plate (1 ) includes an assembling recess (2) with access from the top, front, side or back side and contains an information box (3) with an E-l nk display or an OLED display, while the monolith or the base plate (1 ) contains encoded security anchors (4) for anchoring the information box (3). The method of inclusion of pious objects into an information network of pious objects is based on the fact that a permanent or temporary placement of mobile devices with GPS or Galileo onto the pious object enables to obtain geographical coordinates of the pious object which are incorporated by means of a fixed or mobile communications device over a data network to at least one application server of pious objects. The application server of pious objects also contains information data about the given pious object. Incorporated geographical coordinates and information data about the pious object in the application server are accessible to data network users for searching and leaving messages in a message box of the pious object for visitors of the website message box and/or an information box on the pious object.

Transformation method of hybrid transportation vehicle for ground and air includes the following transformation and reciprocal steps: Tilting the compensation cover (7) on. Expansion of both whole wings (1) from the transportation vehicle longitudinal position around two vertical axes (2) into the flying position. Expansion of rear parts of wings (1) from the top front parts of wings (1) into the spread flying position by tilting the rear of each wing (1) around a horizontal axis (3). The take-off and landing tilting of wings (1) by an angle of attack alpha = 0 to 40° of the wings onset. Front wheels track (5) is reduced by axially shifting the front wheels (5) towards the fuselage. Furthermore, a corresponding hybrid transportation vehicle for ground and air is described which contains reciprocal transformation mechanisms for transformation from a sterling double or four-track automobile into a sterling aircraft for take-off and landing on the ground or water, and vice versa.

The multifunctional pencil input peripheral computer controller can be applied to all commercially produced computers and laptops. To the narrow longitudinal operating processor (1) with controllers (2) the source (3) of electricity is connected and the functionally bidirectionally separately connected output module (4), the accelerometric sensor (5), the optical sensor (6), the magnetometric sensor (7) and the gyroscopic sensor (8), while to the output module (4) is remotely functionally bidirectionally connected the USB module (9) that consists of the functionally bidirectionally linked input module (91) and the operating processor (92). The controllers (2) are formed by the tip (primary) button (21), the scroll button (22), the secondary button (23), the function button (24) and the functional switch (25), that are mounted in any mutual order. The controllers (2) can be formed even with another at least one extra button and/or switch.

A bicycle comprising a fork (3), a frame (1), a tail (2), a front wheel (9), a rear wheel (10), a drivetrain assembly (11), a pedal assembly (6), a seat assembly (5), a handlebar assembly (7). The pedal assembly (6) is has one movably connection to the rear end of the tail (2) by a distancing unit (6.3), and the other movably connection to the frame (1) or to the seat assembly (5) by a hanger unit (6.2).

Invention processes transport streams dedicated for digital television transmitter in such a way, they can be directly received by home digital television receivers and in the same time by transmitters operating according to various digital television standards.

The present invention relates to a new method for preparing powdered cellulose. An innovation lies in complete or partial substitution of paper grade cellulose or dissolving grade cellulose by waste lignin-cellulosed materials rising from known processes of pulp and paper production and those contained in wastepaper. While subjecting to acid hydrolysis or alkaline degradation processes in reduction of cellulose chain the requested degree of polymerization is achieved. The method of invention describes a possibility of adjustment of raw materials by alkaline mediums actuation. The powdered cellulose obtained has many industrial applications - wide scale of using in construction chemistry, petrochemical and food industry.

The constant velocity joint consists of the input shaft (1), the output shaft (2), three spherical left arms (4L), three spherical right arms (4P), and the stabilising mechanism (3). The stabilising mechanism (3) is made up of three stabilising segments (3.1), (3.2), and (3.3). Stabilising segments have limited all degrees of freedom except the possibility of partial rotation around the axis of the stabilising mechanism (3). Each stabilising segment (3.1), (3.2) or (3.3) has one spherical arm (4L) and one spherical arm (4P) attached by means of a bolt (6), two groups of rolling elements (8), and a distance ring (12) in away they can only rotate around the axis of the bolt (6). The input shaft (1) carries on his body three arms (1.1), (1.2), and (1.3). The output shaft (2) carries on his body three arms (2.1), (2.2), and (2.3). In arms of both shafts there are outer rolling paths created for groups of rolling elements (9), which perform the function of radial-axial bearings. The input shaft (1) is attached to the set of the stabilising mechanism and spherical arms through three bolts (7), which pass through radial-axial bearings in arms of the shaft (1.1), (1.2), and (1.3), and are attached into spurs on spherical arms (4P). The output shaft is connected in the same way.

Method of force application of two or more separate electric/electromagnetic and/or mechanical non-inertial systems for multiplying of torque and/or power for different drive units is based on the mutual interactions of dynamically changing, independent of each other two or more electrical/magnetic and mechanical non- inertial systems, which are not mechanically coupled to each other or linked and are placed/created in an inertial system, and that their the mutual interaction is realized only by action of forces of that force fields, and where the mutual force interaction are depending on the direction and manner of such cyclically recurring interactions, where the difference of such interactions of non-inertial systems generate in an inertial system excess of torque and power between energy input and output points of such systems. If we provide continuous reloading of artificially deformed asymmetrical magnetic force fields using cyclic repeating of cycle described in this invention, we obtain continuous excess of torque and/or power on input side of complex (non)inertial systems. Multiplier of torque and power consists of the first electric/magnetic and mechanical non-inertial system consisting of inertia disc (4) with constructed gate line (5) with a closed trajectory, whereas the inertia disc (4) has a fixed axis (6) rotation and is the energy input point/node for delivery of torque and/or power. Gate line (5) form the second/other component inducing permanent force fields divided into angle sections. It consists also of the second electrical/magnetic and mechanical non-inertial system consisting of swinging rods (3) with the common eccentric support with common or separate crankshafts with energy output point/node (1) for recovery of torque and/or power. Ends of swing rods (3) are equipped with grippers (2) guided in carriers (7) grippers driven to a fixed point (6) of rotational axis of inertia disc (4) and grippers (2) are also guided in the gate line (5). Grippers (2) are constructed also from single or combined components inducing permanent force fields.