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1.WO/2021/235923METHOD OF OBTAINING OF THE INACTIVATED VACCINE FOR COVID-19 PROPHYLAXIS
WO 25.11.2021
국제특허분류 A61K 39/12
A생활필수품 농업
61위생학; 의학 또는 수의학
K서브클라스 색인
39항원 또는 항체를 함유한 의료품 제제
12바이러스 항원
출원번호 PCT/KZ2021/000007 출원인 REPUBLICAN STATE ENTERPRISE ON THE RIGHT OF ECONOMIC MANAGEMENT "SCIENTIFIC RESEARCH INSTITUTE OF BIOLOGICAL SAFETY PROBLEMS" OF THE MINISTRY OF HEALTHCARE OF THE REPUBLIC OF KAZAKHSTAN 발명자 KHAIRULLIN, Berik Mukhitovich
The invention relates to the fields of biotechnology, virology, epidemiology and public health, and is method for obtaining of new inactivated vaccine against coronavirus COVID-19. The essence matter of invention is COVID-19 virus "SARS-CoV-2/KZ_Almaty/04.2020" strain isolated on the territory of the Republic of Kazakhstan. The strain of COVID-19 virus according to the optimal cultivation conditions is produced in the Vero cell culture system, inactivated by formaldehyde, clarified by low-speed centrifugation, purified and concentrated by diafiltration on diafiltration unit of Millipore Pellicon Cassette system. Sterilizing filtration is carried out through cascades of filters with a pore diameter of 0.45/0.22 μm. 2 % aluminum hydroxide gel "Algidrogel, 85" is added in the obtained virus pool (viral concentrate) to final concentration of 0.5 mg/0.5 ml and bottled in glass vials. The vaccine obtained in this way is safe at intraperitoneal introduction to white mice and intravenously - to rabbits. The vaccine provides 80 % protection against COVID-19 infection for at least 6 months after two vaccinations. The vaccine keeps its properties for 12 months at 4-6°C.
2.WO/2019/009812SLEEVE FOR A BEVERAGE HOLDER AND METHODS OF MANUFACTURING THE SLEEVE
WO 10.01.2019
국제특허분류 A47G 23/02
A생활필수품 농업
47가구; 가정용품 또는 가정용 설비; 커피 빻는 기구; 향신료 빻는 기구; 진공청소기 일반
G서브클라스 색인
23그 밖의 식탁용구
02유리잔 또는 병의 홀더
출원번호 PCT/SG2018/050333 출원인 YUMI HOMMA 발명자 YASUI, Akemi
The present invention relates to method of manufacturing a sleeve for a beverage holder, the method comprising: providing a flexible material; shaping the flexible material into an at least substantially rectangular shape with a first end and a second end opposite the first end; providing one or more connecting members; connecting the first end and the second end together using the one or more connecting members so that the flexible material surrounds the beverage holder.
3.WO/2021/235982ARTICLE OF JEWELLERY
WO 25.11.2021
국제특허분류 A44C 17/00
A생활필수품 농업
44장신구류; 귀금속 보석류
C서브클라스 색인
17보석 또는 유사물
출원번호 PCT/RU2021/050128 출원인 SHMELEV, Oleg Anatol'evich 발명자 SHMELEV, Oleg Anatol'evich
The invention relates to the jewellery industry and makes it possible to change the appearance of a three-dimensional artistic form. An article (1) comprises a casing (2) with a cavity (6) in which decorative elements (7) forming a three-dimensional artistic form (8) are arranged. A cover (4) and/or a base (3) of the casing (2) are made of a transparent material. The article (1) has a common means (13) for fastening all the decorative elements (7), which means comprises transparent fastening elements (14), which at least partially fill the space (15) in the cavity (6) between the periphery of the three-dimensional artistic form (8), the base (3) and the cover (4), and which clasp and support the decorative elements (7) in a set position, and position the three-dimensional artistic form (8). The article (1) has a means (5) for connecting the base (3) and the cover (4), which means is releasable and suitable for assembling and disassembling the casing (2).
4.WO/2020/139129TRAINING SIMULATOR FOR ANTI-BALLISTIC MISSILE SYSTEM CREWS
WO 02.07.2020
국제특허분류 G09B 9/00
G물리학
09교육; 암호방법; 전시; 광고; 봉인
B서브클라스 색인
9교습 또는 훈련목적의 시뮬레이터 (Simulators)
출원번호 PCT/RU2019/000528 출원인 JOINT STOCK COMPANY "AIR AND SPACE DEFENCE CORPORATION "ALMAZ-ANTEY" 발명자 EPIFANOV, Igor Viktorovich
The invention relates to training simulators for the crews of an Antey-2500 anti-ballistic missile system and can be used as a training simulator (article number 9F681ME) for training anti-ballistic missile system crews. The present training simulator (1) comprises a workstation for a training supervisor, computer simulators for launcher crews, and a computer simulator for the crew of a multi-channel missile guidance station. The training simulator additionally comprises computer simulators (2), (3), (4), (5) and (6) for the crew of a command centre for generating an overall data file containing features pertaining to the identification and recognition of targets, the selection of the most dangerous targets and the designation of a target for elimination, and for the crews of a sector scanning radar station and an all-round scanning radar station for seeking, detecting, locking onto and tracking targets, identifying the nationality of the detected targets and identifying their type, and a workstation of the training supervisor, for working in a combined training mode on the entire training simulator and in a combined training mode for the crew of the multi-channel missile guidance station crew or in an independent training mode for the crew of the command centre, and also for dynamically adjusting the background for the purpose of the timely modelling of different situations. The workstation of the supervisor and the simulators of the command centre crew, the sector scanning radar station crew, the all-round scanning radar station crew, the multi-channel missile guidance station crew and the launcher crews form a single digital Ethernet network.
5.WO/2018/004712GLOBAL NETWORK COMMUNICATION SYSTEM
WO 04.01.2018
국제특허분류 H04W 4/00
H전기
04전기통신기술
W무선 통신 네트워크
4무선 통신 네트워크에 특별히 적합한 서비스; 그 시설들
출원번호 PCT/US2016/052447 출원인 KOROUKIAN, Mikael 발명자 KOROUKIAN, Mikael
When a wireless device is outside of its home service area, the device typically has to use expensive roaming data or phone services. However, as herein described, a global SIM may be inbuilt into a device, plugged into a second SIM port of the device, or may be added onto a device through one of the existing ports of the device. The global SIM allows the user to register for a service plan with a local service provider when in a foreign country. A software application on the wireless device can control the selection and purchase of local service plans, as well as control the switching of SIM data to ensure that a local SIM is used when traveling. The global SIM is capable of storing multiple registered service plans and the necessary data for the wireless device to operate as a local device when outside of the home service area.
6.WO/2021/249584TURBOPUMP AND LONG-TERM HEAT REMOVAL SYSTEM FROM A HERMETIC ZONE, WHICH CONTAINS THE TURBOPUMP
WO 16.12.2021
국제특허분류 F04D 7/08
F기계공학; 조명; 가열; 무기; 폭파
04액체용 용적형 기계; 액체 또는 압축성 액체용 펌프
D서브클라스 색인
7특수한 유체를 취급하기위해 적용된 펌프, 예. 펌프 또는 펌프부재를 위하여 특수한 재질을 선택하는 것
02원심형의 것
08유체가 방사성을 띄고 있는 것
출원번호 PCT/CZ2021/050061 출원인 CENTRUM HYDRAULICKEHO VYZKUMU SPOL. S R.O. 발명자 KOMAREK, Martin
The turbopump comprises a turbine (5) and a pump (8), where the turbine (5) comprises a turbine housing (101) with an impeller (102) of the turbine (5) located therein, the pump (8) comprises a pump housing (104) with an impeller (105) of the pump 8 located therein, where the impeller (102) of the turbine (5) and the impeller (105) of the pump (8) are interconnected by a shaft (103), and between the turbine housing (101) and the pump housing (104) a coupling housing (106) is arranged, characterized in, that a ring-shaped injection nozzle (108) is connected to the inlet of the pump housing (104), having a circumferential groove on the surface adjacent to the pump housing (104), which forms a circumferential cavity (120), when the injection nozzle 108 and the pump housing (104) are connected, where the circumferential cavity (120) comprises two opposite inlet openings (121a), (121b), and nozzles (125).
7.WO/2021/047697LONG-TERM HEAT REMOVAL SYSTEM FROM A CONTAINMENT
WO 18.03.2021
국제특허분류 G21C 15/12
G물리학
21핵공학
C서브클라스 색인
15노심을 지니는 압력용기내의 냉각계 특정의 냉각재의 선택
02열을 냉각재에 이송하는 통로의 구조 또는 배치
12압력용기로부터 열을 꺼내는 것; 격납용기로부터 열을 꺼내는 것
출원번호 PCT/CZ2020/050062 출원인 CENTRUM HYDRAULICKEHO VYZKUMU SPOL. S R.O. 발명자 SOUKAL, Jiri
Long-term heat removal system from containment comprises a cold circuit and a hot circuit, where the cold circuit comprises a feed pump station (1) on its one side connected to a source of cooling medium of the cold circuit and by its second side to a small impurity filter (2), which is connected to a main pump station (3), which is connected by inlet closing valve (4) to a turbine (5), and then by cold circuit of a cooler (6) and an outlet closing valve (7) to the source of cooling medium of the cold circuit, the hot circuit comprises a pump (8) of the hot circuit connected on its outlet by a hot circuit of the cooler (6) to a shower (9) arranged in the containment (10), and on inlet by a mechanical strainer (11) to a source of cooling medium of the hot circuit, where the main pump station (3) is connected by a primary extra cooling branch (19a) of the heat circuit to the inlet of the pump (8) of the hot circuit, by which the cooling medium of the cold circuit is mixed with the cooling medium of the hot circuit.
8.WO/2021/098309FLEXIBLE MULTI-LEVEL PHASE CHANGE MATERIAL HAVING CROSS-LINKED NETWORK STRUCTURE AND PREPARATION METHOD THEREFOR
WO 27.05.2021
국제특허분류 C09K 5/06
C화학; 야금
09염료;페인트;윤기 방편제;천연 수지;접착제;그 밖에 분류되지 않는 조성물;그 밖에 분류되지 않는 재료의 응용
K그 밖에 분류되지 않는 응용되는 물질; 그 밖에 분류되지 않는 물질의 응용
5열 전달 물질, 열 교환 물질 또는 축열 (heat- storage)물질, 예. 냉매; 연소 이외의 화학 반응에 의하여 열 또는 한랭을 발생하는 물질
02사용될 때 물리적 상태 변화를 진행하는 물질
06액체에서 고체 또는 그 반대의 상태 변화에 의한 것
출원번호 PCT/CN2020/110055 출원인 SICHUAN SANLIAN NEW MATERIALS CO., LTD. 발명자 HAN, Donglin
The present invention relates to the technical field of polymer composites, and specifically to a flexible multi-level phase change material and a preparation method therefor. The present invention provides a flexible phase change material. The phase change material consists of the following components in parts by weight: 20-90 parts of a phase change function material, 5-75 parts of a cross-linked thermoplastic elastomer, 5-75 parts of thermoplastic resin, and 0-5 parts of a compatibilizer. Because the flexible phase change material obtained in the present invention has a cross-linked network structure, and the phase transition temperature thereof is multi-level, the flexible phase change material has high energy storage density; moreover, the method for the flexible phase change material can achieve large-scale industrial production.
9.WO/2017/216106METHOD OF MANUFACTURING FEATHER-FILLED ITEMS OF CLOTHING
WO 21.12.2017
국제특허분류 B29C 51/08
B처리조작; 운수
29플라스틱의 가공; 가소 상태 물질의 가공 일반
C서브클라스 색인
51열성형, 예· 맷치 몰드에서 시트를 성형하거나 또는 디프드로잉에 의한 성형 그것을 위한 장치
08디프 드로잉 또는 매치드 몰드에 의한 성형, 즉 기계적 수단만 쓰는
출원번호 PCT/EP2017/064290 출원인 MONCLER S.P.A. 발명자 ZORZIN, Giovanni
A method of manufacturing feather-filled items of clothing, comprising the steps of: - preparing at least one mold (1) provided with a plurality of first concavities (2) of shape substantially complementary to a respective padded cambered region (13) of at least one portion of the item of clothing to be obtained; - associating a first sheet (3) of deformable material with the mold; - deforming the first sheet (3) against the mold (1) so as to obtain, on the first sheet (3), second concavities (32) that substantially correspond to the first concavities (2) of the mold (1); - filling each second concavity (32) of the first sheet (3) with down; - anchoring a second sheet (6) to the first sheet (3); - removing the semi-finished product (10) obtained in the preceding steps from the mold (1).
10.WO/2017/048154GAS CYLINDER
WO 23.03.2017
국제특허분류 F17C 1/02
F기계공학; 조명; 가열; 무기; 폭파
17가스 또는 액체의 저장 또는 분배
C서브클라스 색인
1압력용기, 예· 가스실린더, 가스탱크, 교환 가능한 카트리지(cartridge)
02보강부재를 포함하는 것
출원번호 PCT/RU2016/000540 출원인 RUSSIAN CYLINDERS LIMITED LIABILITY COMPANY 발명자 KLUNIN, Oleg Stanislavovich
The present utility model relates to the field of transporting and storing gases, and more particularly to a gas cylinder. Proposed is a gas cylinder having an outside diameter in a range of from 480 mm to 520 mm and an inside hydraulic volume in a range of from more than 350 litres to 430 litres. The technical result is an increase in the inside hydraulic volume of a container for gas cylinders (by inside hydraulic volume of a container is meant the total hydraulic volume of the gas cylinders disposed in the container) when cylinders are placed in said container, wherein the length of the container is from 2986 mm to 2991 mm (in accordance with GOST R 53350-2009), the width is from 2433 mm to 2438 mm (in accordance with GOST R 53350-2009) and the height is from 2891 mm to 2896 mm, or the length is from 6052 mm to 6058 mm (in accordance with GOST R 53350-2009), the width is from 2433 mm to 2438 mm (in accordance with GOST R 53350-2009) and the height is from 2891 mm to 2896 mm, or the length is from 9115 mm to 9125 mm (in accordance with GOST R 53350-2009), the width is from 2433 mm to 2438 mm (in accordance with GOST R 53350-2009) and the height is from 2891 mm to 2896 mm (in accordance with GOST R 53350-2009).