|1.||WO||WO/2014/032631 - DESIGN OF THE TRIGGERING CIRCUIT OF THE OVERVOLTAGE PROTECTION||06.03.2014||
||PCT/CZ2012/000104||SALTEK s.r.o.||SUCHÝ, Jaromír|
The design of the triggering circuit (1) of the overvoltage protection connected in three poles to the spark gap (4) of the overvoltage protection, provided with input terminals I (2) and II (3), comprising an auxiliary electrode (7) of the spark gap connected in series with varistor I (8) and one end of the secondary winding (14) of the transformer (13), the other end of which is connected to main electrode II (6) of the spark gap (4) and input terminal II (3), whereas one end of the primary winding (15) of the transformer (13) is connected in series to a gas discharge tube (10), varistor II (9), resistor (11) and capacitor (12), connected to the other end of the primary winding (15) of the transformer (13), connected to input terminal II (3), whereas the junctor connecting varistor II (9) to the resistor (11) is interconnected with the junctor, connecting input terminal clamp I (2) with main electrode I (5) of the spark gap (4). The advantageous design of the triggering circuit (1) of the overvoltage protection provides a thermo- sensitive disconnector (17), thermally coupled (16) to varistor II (9), which is either connected in series to varistor II (9), or is connected in a junctor between the junction connecting varistor II (9) to the resistor (11) and the junction connecting input terminal I (2) to main electrode I (5) of the spark gap (4), or the thermo-sensitive disconnector (17) is connected between the primary winding (15) of the transformer (13) and the gas discharge tube (10).
|2.||WO||WO/2014/032633 - METHOD OF PRODUCING POLYHYDROXYALKANOATES (PHA) FROM OIL SUBSTRATE||06.03.2014||
|PCT/CZ2013/000100||VYSOKE UCENI TECHNICKE V BRNE||MAROVA, Ivana|
In the method of producing polyhydroxyalkanoates (PHAs) on an oil substrate according to the invention, whereby the oil substrate comprises vegetable oil and/or edible oil and/or waste edible oil, preferably frying oil, the bacterial strain Cupriavidus necator H16 is grown, converting oil into PHAs and at the same time producing its own extracellular lipolytic enzymes, which are at least partially isolated from the culture medium during the fermentation process before PHA production and isolation has completed. Lipolytic enzymes isolated from C.necator during the cultivation are used for the treatment of the oil substrate in such a manner that they are added to the production medium either before the beginning of the cultivation or at the beginning of the cultivation together with inoculum and in both cases also during the cultivation together with an additional dose of oil. In the isolation of PHAs produced by the method according to the invention, after fermentation has completed, the content of the production reactor is warmed up to the temperature of 80°C for at least 30 minutes, subsequently it is cooled to the temperature of about 60°C and lytic agents containing a mixture of a detergent, such as SDS, and alkase (proteolytic enzyme) are added, by which means raw homogenate, or lysate, is obtained. Another option is isolation of PHAs by means of organic solvents - dimethyl sulfoxide or acetone.
|3.||WO||WO/2014/032634 - SYSTEM FOR PROPELLING HOSPITAL BED||06.03.2014||
|PCT/CZ2013/000101||LINET spol. s r.o.||ŠULC, Pavel|
A system for propelling a hospital bed (1) comprising a controller (8) connected via the fifth wheel control unit (16) to the auxiliary drive (2). The controller (8) can be located at any place on the hospital bed (1). For better placement in various places it is possible to use a docking member (12), which may contain a sensor (15) detecting the insertion of the controller (8) in the docking member (12). The controller (8) may contain a greater number of user-activated buttons (9) of various types.
|4.||WO||WO/2014/032632 - CIRCUIT FOR ELECTRICALLY ACTUATING A SPLIT VEHICLE TAILGATE||06.03.2014||
|PCT/CZ2013/000099||ŠKODA AUTO a.s||CIMRMAN, Radek|
The invention relates to a circuit for electrically actuating a split vehicle tailgate (3), formed by a top part (1) and a bottom part (2), characterised in that the bottom part (2) has a switch (32) that actuates the bottom lock (19), which ensures the engagement and/or disengagement of the bottom part (2) and the bodywork (21), and also has a further switch (31), which is used to actuate both the control members (30, 30') arranged in the luggage compartment of the bodywork (21) and the bottom lock (19), which ensures the engagement and/or disengagement of the split tailgate (3) and the bodywork (21).
|5.||WO||WO/2014/029373 - DYNAMIC DISPLAY DEVICE ON MOBILE MEANS||27.02.2014||
|PCT/CZ2013/000089||PETRAS, Zdenek||PETRAS, Zdenek|
The principle of the dynamic display device on mobile means design is the placement of the information carrier (1), which may be a screen, monitor, display, foil or rotary prism, on mobile means. The information emitted into the surroundings is dynamically changing on the carrier (1). The electronic control unit (2), which is connected to the carrier (1), secures the dynamic changing of the information displayed on carrier (1) and possibly controls or actuates further functions of the equipment and provides communication and data transfers. Besides this, the control unit (2) contains software securing the fulfilment of all the aforementioned functions. Other parts of the design connected with the control unit (2), possibly the carrier (1), are peripherals or components, among which belongs the sliding and turning mechanism (3), internal lighting (4), the ambient monitoring unit (5), the sound device (6), the position sensor (7), the light intensity sensor (8), the vehicle multimedia system (10) and the vehicle control unit (11). All devices obtain energy form the power source (9).
|6.||WO||WO/2014/029374 - B-CELL ACTIVATING FACTOR FOR INCREASING MUCOSAL IMMUNITY OF INFANTS AS WELL AS SUCKLINGS AND A PREPARATION CONTAINING THIS FACTOR||27.02.2014||
|PCT/CZ2013/000098||MASARYKOVA UNIVERZITA||BIENERTOVA VASKU, Julie|
The invention provides B-cell activating factor for use for increasing mucosal immunity of infants or sucklings. Furthermore, the invention comprises a preparation for peroral administration, containing B-cell activating factor, intended for stimulation of mucosal immunity of infants or sucklings.
|7.||WO||WO/2014/026656 - NANOFIBER STRUCTURE WITH IMMOBILIZED ORGANIC AGENS AND THE METHOD OF ITS PREPARATION||20.02.2014||
|PCT/CZ2012/000128||TECHNICKA UIVERSITA V LIBERCI||SLAMBOROVA, Irena|
The invention concerns a nanofiber structure with immobilized organic agens that consists of silica nanofibers whose surface was modified with aminoaikyialkoxysilane and of subsequently immobilized organic agens. The invention also concerns a method of preparation of the nanofiber structure with immobilized organic agens, while silica nanofibers are prepared by electrostatic spinning from the initial sol synthesized by a sol-gel method from tetraalkoxysilane, heat-treated and their the surface modified by a solution of aminoaikyialkoxysilane and organic agens is then immobilized on the modified surface of the nanofibers.
|8.||WO||WO/2014/026658 - LOCKING MECHANISM FOR A ROLL COVER||20.02.2014||
|PCT/CZ2013/000094||SKODA AUTO a.s.||LANGR, David|
A roll cover fixed into the side panelling of a vehicle luggage compartment uses a vertical pin, a vertical catch projection and a horizontal catch projection for locking purposes. The left locking part of the luggage compartment roll cover is formed by a vertical pin and the right locking part is formed by a vertical catch projection and a horizontal catch projection.
|9.||WO||WO/2014/026657 - A PROCESS FOR THE PREPARATION OF A DERIVATIVE OF 2-METHYL-2'-PHENYLPROPIONIC ACID USING NEW INTERMEDIATES||20.02.2014||
|PCT/CZ2013/000092||ZENTIVA, K.S||ZEZULA, Josef|
The present invention deals with a preparation method of derivatives of methyl-2 '- phenylpropionic acid, e.g. the antihistamine bilastine of formula 9 that uses a new intermediate of formula 27 in the form of a base or salt. The intermediate reacts with a suitable alkylation reagent and with the use of auxiliary reagents, producing the ester of formula 16, wherein R stands for a C 1-C4 alkyl, which is subsequently alkali or acid hydrolyzed to bilastine. Formula 9, 27, 16
|10.||WO||WO/2014/026659 - GENERAL-PURPOSE SINGLE CHIP CONTROL DEVICE||20.02.2014||
|PCT/CZ2013/000095||UNIVERZITA TOMASE BATI VE ZLINE||SLOVÁK, Dalibor|
The device includes a microprocessor unit connected to an external timer equipped with a software module for the transformation of the logical values of discrete signal values into linked signal control voltages. The input of the microprocessor unit is connected via a USB port with at least one source of a control signal based on MIDI messages, while the output - respectively, outputs, of the microprocessor unit is/are connected to at least one device controlled by the continuous values states of the output voltage in the range of 0 to 5.5 V, depending on the logic values of the discrete input signal. This general-purpose single chip control device programme is designed to control electrically powered machines and equipment, such as, inter alia, lighting equipment and visual stage effects technical equipment.