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Results 1-10 of 2,053 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/078629 PORTABLE HYPERBARIC MINI-CHAMBERWO26.05.2016
A61G 10/02
PCT/CZ2014/000153UNIVERZITA PALACKÉHO V OLOMOUCI KOLÁŘOVÁ, Hana
The portable hyperbaric mini-chamber formed with a vessel (1) whose body (11) is modified for a hermetic sealing with the lid (2) by the help of the locking mechanism (5) and is equipped with sealable grommets (112) for provision of connection of the inner space (3) of the mini-chamber with outer environment, where the essence of the invention consists in the fact that in the front part (22) of the lid (2) is fixed the upper cover (4) which is procured with at least one upper eye-slit (41) into the inner space (3) of the mini-chamber, the bottom (12) of the vessel (1) is procured with a technological opening (121) which is fitted with the lower cover (7) which forms the lower eye-slit (71) into the inner space (3) of the mini-chamber where the upper eye-slit (41) as well as the lower slit (71) are made of a transparent material, whereas at least one grommet (112) is fitted with the port (93) of the input pipeline (94) of a pressure working medium and at least one grommet (112) is fitted with the port (93) of the output pipeline (96) which is procured with the safety valve (961).

2. WO/2016/074650 SALTS OF (3R)-3-CYCLOPENTYL-3-[4-(7H-PYRROLO[2,3-D]PYRIMIDIN-4-YL)PYRAZOL-1-YL]PROPANENITRILEWO19.05.2016
C07D 487/04
PCT/CZ2015/000133ZENTIVA, K.S. RIDVAN, Ludek
A salt of (3R)-3-cyclopentyl-3-[4-(7H-pyrrolo[2,3-d]pyr imidin-4-yl)pyrazol-1- Yl]propanenitrile of formula (I) and one acid component selected from the group consisting of hydrobromic acid, hydrochloric acid, citric acid, fumaric acid, L-tartaric acid, p-toluenesulphonic acid, benzoic acid, benzenesulphonic acid, ethanesulphonic acid, 2-naphthalenesulphonic acid and 4-chlorobenzenesulphonic acid.

3. WO/2016/074652 METHOD OF EXERCISING FOR STRENGTHENING MUSCLES AND KEEPING PEOPLE IN GOOD FORM, A MEANS OF EXERCISING AND A SYSTEM OF EXERCISINGWO19.05.2016
A63B 23/04
PCT/CZ2015/000139BOTY J HANAK R, S.R.O. HANAK, Josef
The method of exercising for strengthening muscles and keeping people in good form, in which the exercising person undergoes the synergistic effect of a shoe (200) according to CZ PV 2012-132, which accommodates a biomechanical insole (210) according to CZ PV 2009-580 or CZ 298894, the upper of the shoe comprising at least one elastic insertion (202), and of a means of exercising (100), whereby the exercising person leans with the shoe (200) of one leg against a vertical obstacle (6), sitting on a seat (2) of the means of exercising (100), leaning on its backrest (3), whereby the other leg is hanging freely downwards, while the leaning leg is alternately bent and straightened, thereby swinging the means of exercising (100) via its rear legs (12) between the basic position, in which the means of exercising (100) stands on the front legs (11) and on the rear legs (12), and the rear position, in which the means of exercising (100) stands on the rear legs (12) and the auxiliary legs (13), arranged behind the rear legs (12), and the front legs (11) are raised above the mat (5), whereby the shoe (200) of the exerciser rests on the obstacle (6) with the front part (2011) of the sole (201) of the shoe (200), the leg being bent (200) and with the whole sole (201) of the shoe (200), including the rear part (2012) of the sole (201), while the leg is straight.

4. WO/2016/074653 METHOD FOR PREPARATION OF SILVER COLLOIDAL PARTICLE LAYERS ONTO GLASS SUBSTRATE FOR SURFACE ENHANCED RAMAN SPECTROSCOPY, SUBSTRATE AND USE THEREOFWO19.05.2016
C03C 17/00
PCT/CZ2015/050010UNIVERZITA PALACKEHO V OLOMOUCI PRUCEK, Robert
The invention provides a method for preparation of layers of silver colloidal particles deposited on glass substrates for surface enhance Raman spectroscopy, wherein a solution consisting of solvent, a soluble silver salt, ammonia, and a reducing agent is exposed to ultrasound irradiation in the presence of the glass substrate, thereby forming silver colloidal particle layer on glass substrate. The invention further provides glass substrate with layer of silver colloidal particles obtainable by said process and its use for surface enhanced Raman spectroscopy with wide range of laser wavelengths used for excitation.

5. WO/2016/074651 A METHOD FOR THE PREPARATION, ISOLATION AND PURIFICATION OF PHARMACEUTICALLY APPLICABLE FORMS OF AHU-377WO19.05.2016
C07C 211/06
PCT/CZ2015/000136ZENTIVA, K.S. HALAMA, Ales
An isolation and purification method of substances derived from AHU-377 of formula (1), characterized by conversion of the crude substance (1) to well-crystallizing salts with amines of formula (9) in the environment of a suitable organic solvent, followed by recrystallization of these salts to simultaneously remove chemical impurities, and use of the chemically pure salts of AHU-377 with amines for direct transformation to a pharmaceutically applicable form of AHU-377 with alkali metals of formula (10), or with alkaline earth metals of formula (11).

6. WO/2016/070857 STRUCTURAL ADJUSTMENT ASSEMBLY OF THE LOCK, IN PARTICULAR FOR THE AUTOMOBILEWO12.05.2016
E05B 85/26
PCT/CZ2015/000039BRANO A.S. THOMKE, David
The invention solves the structural adjustment of the lock, in particular of the automobile, where the latch is not leaning on the ratchet in the open state, but on the new part of assembly - sprung stop of the latch, which is in the set with ratchet fixed to the pivot of the ratchet. This causes that in the open lock the latch is leaning on the sprung stop of the latch and when closing, or the rotation of the ratchet from the open state to the closed state, there is no friction between the ratchet and the latch.

7. WO/2016/070858 METHOD OF COINCIDENCE IMAGING USING SECONDARY ELECTRONS AND A DEVICE FOR EXECUTING THIS METHODWO12.05.2016
G01T 1/24
PCT/CZ2015/000131CRYTUR, SPOL. S R.O. JAKŮBEK, Jan
The invention relates to a method of coincidence imaging using secondary electrons (1). Part of the invention is also a device (9) for executing this method. During the passage of primary radiation (5) through a conductive planar electrode (2), secondary electrons (1) are emitted. The impact of the secondary electrons (1) onto the detector (4) is recorded. To avoid the results of the detection from being distorted by random secondary electrons (1), e.g. from thermal emission, only the coincidence groups of secondary electrons (1) that carry sufficient energy (E) to overcome the detection threshold (6) are registered.

8. WO/2016/070859 A METHOD AND A DETECTION DEVICE FOR EVALUATING THE DISTRIBUTION, DENSITY AND ORIENTATION OF FERROMAGNETIC, ELECTRICALLY CONDUCTIVE FIBRES IN A COMPOSITE MATERIALWO12.05.2016
G01N 27/72
PCT/CZ2015/000132VYSOKÉ UCENÍ TECHNICKÉ V BRNE FIALA, Pavel
A method and a device for evaluating the distribution and orientation of ferromagnetic, electrically conductive fibres in a composite material are disclosed. The principle consists in repeatable evaluation of the density of ferromagnetic, electrically conductive fibres at the measured location, and such evaluation is performed within a guaranteed scatter range of the measured data and at a guaranteed accuracy rate. A device to perform the method comprises a C, U or E-shaped ferromagnetic core (1) with distributed or uniform winding of the electric coil (2), where the ferromagnetic core (1) exhibits dimensions A, B, and C, for which we have C≥3B and B≈A, where A denotes the width of an arm (1.2), B represents the depth of an arm (1.2), and C is the length of the base (1.1). The ferromagnetic core (1) is equipped with at least two electric coils (2) and, to ensure strong electromagnetic coupling on the ferromagnetic core (1), the winding of the electric coil (2) is configured on both arms of the ferromagnetic core (1). The leads of the electric coil (2) winding are, at the winding terminals (3), connected to an external electric circuit (17) including an electric voltage generator (16) with adjustable frequency f and a measuring device (18).

9. WO/2016/070860 CONVERTIBLE PIECE OF LUGGAGE, IN PARTICULAR SUCH AS A BACKPACKWO12.05.2016
PCT/CZ2015/000134BAGOBAGO, s.r.o. HUDEČEK, Roman
The invention relates to convertible piece of luggage (100) in particular such as a backpack, involving a folding crossed framework (10) with a flexible seating surface (14) and a flexible sheath (20), defining the storage space inside said piece of luggage (100), wherein the folding crossed framework (10) is simultaneously placed along the perimeter of the storage space of the piece of luggage (100), lastingly housed in the flexible sheath (20) of the piece of luggage (100) and rigged for folding and extending in the perpendicular direction relative to the rear wall (21) of the piece of luggage (100), and at the same time the flexible seating surface (14) is in the form of a flexible cover, attached to the upper portion of the folding crossed framework (10), characterised in that the storage space comprises at least two main compartments, in which the first main compartment (210) is first defined by the primary or back wall (21) with a frame, then defined by side walls (24) which are less rigid than the primary or back wall (21) with a frame, and ultimately defined by a flexible partition with a thickness and rigidity which are even lower than the thickness and the rigidity of the side walls (24), while said first main compartment (210) houses the folding crossed framework (10), given that the side walls (24) are designed, in the lower half thereof, with a width such as to cover the folding crossed framework (10) in folded position as well as in extended position, while said side walls (24) are designed, in the upper half thereof, to have a width such as to cover the folding crossed framework (10) only in the folded position, while said side walls (24) are, in said upper half, including in the upper horizontal wall (242) of said side wall (24) in the direction of the perimeter of the piece of luggage (100), interrupted and connected by an upper connection (240) with an opening, under which is attached, in the space between the back wall (21) with a frame and the outer front wall (22) of the piece of luggage (100), the flexible upper flap (25) with a width that covers the folding crossed framework (10) in the upper half thereof, in the folded position as well as the extended position, and given that the horizontal lower portion (241) of the side wall (24) is provided with attachment points (2410) connected to the free lower ends of the folding crossed framework (10) and connected therebetween such that said interconnection of the attachment points (2410) of the free lower ends which separate from one another during the extension of the folding crossed framework (10) determines the largest possible separation between each pair of said free lower ends which separate from one another, and at the same time the second main compartment (220) is defined by the outer front wall (22), the side walls (24) and, ultimately, by a flexible partition (23) in which the thickness and the rigidity are lower than the thickness and the rigidity of the side walls (24) and of the outer front wall (22).

10. WO/2016/070856 A METHOD OF ACTIVE CONTROL OF SLIDE BEARING VIBRATIONS USING THE PIEZO ACTUATOR AND A DEVICE FOR PERFORMING THEREOFWO12.05.2016
F16F 15/00
PCT/CZ2014/000147VYSOKÁ ŠKOLA BÁŇSKÁ - TECHNICKÁ UNIVERZITA OSTRAVA TŮMA, Jiři
The method of active control of slide bearing vibrations using piezo actuators, the function of which is illustrated by a block diagram in the Fig. 1, is designed so that the actual positions y1 and V2 of the shaft 2 is measured in two mutually perpendicular directions using the first and the second proximity sensor 3 and 4 in relation to the bearing body which are subtracted from the first desired position y1,SP and the second desired position y2,SP, wherein the results are the first and the second control deviation e1 and e2 which are an entry for two-parameter position controller 12 and two tunable bandpass filters of the second order of which the pass frequency fw is derived from the fR rotation frequency of the shaft 2 which is measured by a sensor 19, wherein the outputs of two-parameter controller 12 and both tunable bandpass filters 13 and 14 in accumulators summed as the first and the second manipulating variable ui and U2 and implemented as voltage to the two voltage amplifiers 17 and 18, which connect the first and the second piezo actuator 5 and 6 operating in two mutually perpendicular directions on the movable slide bearing case 1, inside which is arranged the said shaft 2.


Results 1-10 of 2,053 for Criteria: Office(s):all Language:EN Stemming: true
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