WO/2017/008770 ARRANGEMENT OF CENTRAL LOAD - CARRYING TUBE OF MOTOR VEHICLE CHASSIS WITH INTEGRATED ROTARY ELECTRIC MOTOR, METHOD OF ITS PLACEMENT AND USE||WO||19.01.2017|
||PCT/CZ2016/000035||GI4 S.R.O.||POLDEN, Robin|
Arrangement of central load - carrying tube of motor vehicle chassis with integrated rotary electric motor, method of its placement and use, wherein one or more rotary electric motors (1) are placed inside the tubular structure of the central tube (2) of vehicle chassis. Advantageously, the tubular structure of the central tube (2) of vehicle chassis is further fitted with traction components (5), (6) and (7), which, together with the rotary electric motor, form a compact unit. Use of central load - carrying tube (2) according to claims 1 to 6, fitted with rotary electric motor (1) and traction components, as a chassis of the road, commercial and military vehicles.
WO/2017/008771 METHOD OF DETECTING DEFECTS OF A MOVING SHEET OF FLEXIBLE FIBROUS MATERIAL||WO||19.01.2017|
||PCT/CZ2016/000076||PEGAS NONWOVENS S.R.O.||REZAC, Frantisek|
A defect detection method on a moving sheet of pliable fibrous material created by fibres falling onto a carrying belt a. while the primary detection array is used to scan the moving sheet of fibrous material in at least one primary detection area (A), which the fibres, after falling onto the moving belt, enter after a time shorter than 15 minutes, preferably less than a minute and ideally less than 20 seconds, better yet less than 10 seconds and information about the identified defects is sent for assessment, where it forms the basis for assessing the need to adjust production parameters, b. and the secondary detection array scans the sheet of fibrous material in at least one secondary detection area (B), which the fibres, after falling on the carrying belt, reach later than the primary detection area (A), whereupon the information about the identified defects is sent to the assessment system, where, on the basis of information about at least some defects identified by the primary detection array (A), an area of the sheet of fibrous material is determined for which an assessment of defects identified by the secondary detection array (B) will be performed, and this assessment will be performed.
WO/2017/008772 CRYSTALLINE FORMS OF (3R)-3-CYCLOPENTYL-3-[4-(7H-PYRROLO[2,3-D]PYRIMIDIN-4-YL)PYRAZOL-1-YL]PROPANENITRILE SALTS AND PREPARATION THEREOF||WO||19.01.2017|
||PCT/CZ2016/000077||ZENTIVA, K.S.||KISS, Violetta|
The present solution relates to crystalline forms of (3R)-3-cyclopentyl-3-[4-(7H-pyrolo[2,3-d]pyrimidin-4-yl)pyrazol-l-yl]propanenitrile salts of Formula I, wherein HX represents at least one acid component, preferably a hydrohalic acid, more preferably HX is selected from the group consisting of hydrofluoric acid, hydrochloric acid, hydrobromic acid and hydriodic acid or even more preferably HX is selected from the group consisting of hydrobromic acid or hydrochloric acid. Further solution relates to a process for the preparation thereof, as well as use thereof in pharmaceutically acceptable compositions. Use of said crystalline forms of ruxolitinib and manufactured salts in the preparation of (3R)-3-cyclopentyl-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)pyrazol-l-yl]propanenitrile in the free form or in the form of any pharmaceutically acceptable salt thereof is also part of this invention.
WO/2017/008773 CRYSTALLINE FORMS OF OBETICHOLIC ACID||WO||19.01.2017|
||PCT/CZ2016/000078||ZENTIVA, K.S.||OBADALOVA, Iva|
Obeticholic acid is a semi-synthetic bile acid analogue with an agonist effect upon the farnesoid X receptor (FXR). It is designed for the treatment of liver diseases, e.g. primary biliary cirrhosis (PBC), non-alcoholic steatohepatitis (NASH) or primary sclerosing cholangitis (PSC). The present invention relates to crystalline forms of obeticholic acid of formula I, with the systematic name (3α,5β,6α,7α)-6-ethyl-3,7-dihydroxycholan-24-oic acid, a method for preparation and use thereof for the production of a dosage form. These crystalline forms can be advantageously used to increase purity of obeticholic acid and also for the preparation of its amorphous form.
WO/2017/008774 OPTICAL ELEMENTS FOR CONSTRUCTING PERFORMANCE LASER SYSTEMS AND THEIR PREPARATION||WO||19.01.2017|
||PCT/CZ2016/050026||FYZIKALNI USTAV AV CR, V.V.I.||KOŠELJA, Michal|
This invention relates to the preparation of solid-state optical active media (especially monocrystalline) with added optically active centres (dopants) and their use in performance optical amplifiers, lasers in particular. It utilizes a concentration gradient of optically active dopants previously perceived as a negative side effect of the preparation of laser monocrystalline materials; it reaches the optically homogeneous performance of the active media on passing optical laser beam by an appropriate geometrical arrangement of the elements of at least one pair of mutually centrosymmetrical or rotationally symmetrical active optical elements. From a grown solid-state laser gain medium having a crystal growth axis (2) and a dopant concentration gradient (4) along the growth axis (2) the top and bottom parts are removed allowing inspection of the medium along the two ends (1). The medium is for example Nd:YAG. Laser discs (D1,D2) are cut along a direction (3) parallel to the growth axis (2) and the two laser discs are joined together with opposite dopant concentration gradients (4) thereby providing a laser disc with reduced dopant concentration inhomogeneities seen by an optical beam (5). A larger part of a laser boule can be used for production of laser discs or slabs having integrated equal laser dopant concentration.
WO/2017/005227 ELECTROSTIMULATION DEVICE||WO||12.01.2017|
||PCT/CZ2016/000074||TESLA MEDICAL, S.R.O.||DOSKOČIL, Lukáš|
The subject of the invention is a device for electrical stimulation of tissue consisting of an electrode and a magnet, which allows to reach deeper located regions without the need for invasive surgery. This helps to achieve therapeutically success in broader range of patients.
WO/2017/005228 OPTIONAL EQUIPMENT FOR ASSEMBLING TOOL||WO||12.01.2017|
||PCT/CZ2016/000075||HONGLK CZECH, s.r.o.||LEE, Hanggyu|
The optional equipment for assembling tool is to be arranged on the working part of the bit to cover it and to inhibit it from slipping off the means, such as screwhead, to be mounted. The equipment contains a hollow shaft (1) having two gradually created extending fittings, the greater one (11) and the smaller one (12). On the hollow shaft (1), at least one compressive spring (2) is arranged and at least one hollow cover (3) is mounted. The inner surface of the cover (3) is equipped with at least one inner reduction (31), wherein the compressive spring (2) is arranged between the first annular surface of this reduction (31) and the smaller extending fitting ( 12) of the hollow shaft (1). The opposite annular surface of the inner reduction (31) at least partly bears on the lock ring (4) arranged on the hollow shaft (1).
WO/2017/005229 DEVICE FOR MEASURING SHEAR PROPERTIES OF ASPHALT MIXTURES||WO||12.01.2017|
||PCT/CZ2016/050019||CZECH TECHNICAL UNIVERSITY IN PRAGUE, FACULTY OF CIVIL ENGINEERING, DEPARTMENT OF ROAD STRUCTURES||ZAK, Josef|
A device for measuring shear properties of asphalt mixtures containing a machine for testing the material strength, especially for tests of tensile, compression, flexural and shear strengths, equipped with an operational frame, fixing elements and driving mechanism. It consists of a steel socket (9) equipped at its bottom and/or its top edge with an inner flange (1) to accommodate the testing specimen (4), which is equipped with a central open hole in it, and it also contains a steel insert (2) that can be inserted into the open hole in the testing specimen (4), the steel insert (2) is equipped at it end at the top edge of the steel socket (9) and/or at its end at the bottom of the steel socket (9) with a rim (7), while the size of the clearance between the inner flange (1) and the rim (7) can be adjusted from 5 to 60 mm, and the steel insert (2) is equipped with elements for fixing to the clamping elements (3) of the testing device, and to the steel insert (2) are connected the measuring probes (5).
WO/2017/005230 METHOD OF AUTHENTICATING COMMUNICATION OF AN AUTHENTICATION DEVICE AND AT LEAST ONE AUTHENTICATION SERVER USING LOCAL FACTOR||WO||12.01.2017|
||PCT/CZ2016/050022||ADUCID S.R.O.||NEUMANN, Libor|
The submitted invention offers a method of authenticating the communication of an authentication device and at least one authentication server using a local factor with creation of secret information shared by the authentication device and the authentication server; the reference information is derived from the secret information shared by the authentication device and the authentication server, where the manner of derivation is the same on the authentication device and on the authentication server; furthermore, the authentication device creates transformed reference information by means of cryptographic transformation from the reference information, where the local factor chosen and entered by the user or obtained from a medium or from the surrounding environment is used as an input in this cryptographic transformation, and where only the transformed reference information is stored on the authentication device and only the reference information is stored on the authentication server.
WO/2017/005231 METHOD FOR MAPPING AT LEAST TWO AUTHENTICATION DEVICES TO A USER ACCOUNT USING AN AUTHENTICATION SERVER||WO||12.01.2017|
||PCT/CZ2016/050023||ADUCID S.R.O.||NEUMANN, Libor|
The invention provides a method for mapping at least two authentication devices (101, 102, 103) to a user account using an authentication server (201, 202), where each authentication device (101, 102, 103) connects to the authentication server (201, 202) using a secured communication channel (12); their mapping to the user account is recorded on the authentication server (201, 202), and, when a transfer of data (11) between the authentication devices (101, 102, 103) mapped to the user account occurs, the data is passed over from the first authentication device (101, 102, 103) to the authentication server (201, 202) using a secured communication channel and from the authentication server (201, 202) to another authentication device (101, 102, 103) mapped to the account of said user using a secured communication channel (12), where the aforesaid secured communication channel (12) is created by the second authentication device (101, 102, 103). This procedure allows the use of a single personal local authentication factor for multiple authentication devices and increases the security of authentication of devices with authentication servers.