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    ARTIFICIAL SOFT CAVIAR, METHOD AND DEVICE FOR MAKING IT
    1.
    发明申请
    ARTIFICIAL SOFT CAVIAR, METHOD AND DEVICE FOR MAKING IT 审中-公开
    人造软体CAVIAR，制造它的方法和装置

    公开(公告)号：WO1993022940A1

    公开(公告)日：1993-11-25

    申请号：PCT/RU1992000147

    申请日：1992-07-29

    Applicant: KUZNETSOV, Igor Vitalievich

    IPC: A23L01/328

    CPC classification number: A23L17/35

    Abstract: An artificial soft caviar contains, in per cent by weight, 45-57 per cent of animal protein, 8-15 per cent of salt fish and/or salt fish subproduct, 1-8 per cent of tea extract, 1-2 per cent of salt and the balance being water. A method of making said caviar by means of preparation of an aqueous solution based on animal proteins and its filtration with subsequent making of spherical granules of the filtered solution. The obtained spherical granules are coloured in 7 - 8 per cent solution of the tea extract taken in the quantity of 100 - 120 per cent of the weight of the granules to be coloured, and then in 0.01 - 0.25 per cent of aqueous solution of iron hexachloride taken in the quantity of 100 - 250 per cent of the weight of the granules to be coloured. After that the coloured granules are saturated with a taste additive by keeping the granules in a dispersion containing 16 - 30 per cent of the taste additive comprising crushed salt fish and its salt liquor and/or crushed salt fish subproducts and, eventually, 7 - 8 per cent aqueous solution of the tea extract, thus obtaining the desired product. Two variants of a device for implementation of the method are proposed.

    Abstract translation: 人造软鱼子酱含有重量百分比为动物蛋白质的45-57％，盐鱼和/或盐鱼副产品的8-15％，茶提取物的1-8％，茶提取物的1-2％ 的盐，平衡是水。 通过制备基于动物蛋白质的水溶液及其过滤制备所述鱼子酱的方法，随后制备过滤溶液的球形颗粒。 得到的球形颗粒在茶提取物的7-8％溶液中着色，其量为待着色颗粒重量的100-1-20％，然后在0.01-2.25％的铁水溶液 其中六氯化碳的含量为染色颗粒重量的100 - 250％。 之后，通过将颗粒保持在含有16-30％的包含碎盐鱼及其盐液和/或粉碎盐鱼副产物的味道添加剂的分散体中，并且最终将7-8 百分数的茶提取物的水溶液，从而获得所需的产物。 提出了用于实现该方法的设备的两个变体。

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    2.
    发明申请
    "WATERFALL" PRODUCTION EQUIPMENT FOR CRYSTAL GROWTH 审中-公开
    “WATERFALL”生产设备用于水晶生长

    公开(公告)号：WO2003052175A1

    公开(公告)日：2003-06-26

    申请号：PCT/IB2001/002641

    申请日：2001-12-19

    Applicant: FIELKER, Mark ,  KUZNETSOV, Igor

    Inventor： FIELKER, Mark ,  KUZNETSOV, Igor

    IPC: C30B15/28

    CPC classification number: C30B17/00 ,  C30B15/00 ,  C30B15/20 ,  C30B15/28 ,  C30B29/20

    Abstract: Article of the invention: production equipment "Waterfall" for bulk single crystal growth of leucosapphire by the Czokhraiski and Kyropoulus methods and in the vacuum with resistive heating and utilizing a string weight sensor. Essence of the invention: a unique string weight sensor has been used on this equipment for the purposes of automation of the technological process of bulk single crystal growth of leucosapphire to enable the growth according to the present parameters. The weight sensor is mounted on the upper end of the mobile hollow rod. Single seed crystal is attached to the active string element of the weight sensor by the control rod. Changes in the weight of the growing crystal are detected by the weight sensor as an electric signal that is immediately transmitted to the PC-based control system. Technical outcome: by bulk single crystals with a preset desired size and weight, thanks to the great precision control of the parameters of the crystal in the process of its growth.

    Abstract translation: 本发明的目的是通过Czokhraiski和Kyropoulus方法的生产设备“瀑布”用于散装单晶生长的白云石，并在具有电阻加热和利用串重量传感器的真空中。 本发明的本质：该设备已经使用了一种独特的绳子重量传感器，用于自动化白云石的大块单晶生长技术过程，以使根据本参数生长。 重量传感器安装在移动中空杆的上端。 单个晶种通过控制棒连接到重量传感器的有源弦元件上。 生长晶体的重量变化由重量传感器检测为立即传送到基于PC的控制系统的电信号。 技术成果：由于在其生长过程中对晶体参数进行了极大的精确控制，因此具有预设所需尺寸和重量的散装单晶。

    STRING WEIGHT SENSOR
    3.
    发明申请
    STRING WEIGHT SENSOR 审中-公开
    STRING重量传感器

    公开(公告)号：WO2003046492A1

    公开(公告)日：2003-06-05

    申请号：PCT/IB2001/002281

    申请日：2001-11-26

    Applicant: FIELKER, Mark ,  KUZNETSOV, Igor

    Inventor： FIELKER, Mark ,  KUZNETSOV, Igor

    IPC: G01G3/16

    CPC classification number: G01L1/103 ,  G01G3/16 ,  G01L1/106

    Abstract: Application: the invention can be utilized within an automated system of control of the technological process of single crystal growth. Essence of the Invention: two boards are placed under a hermetic casing; one of them rotates along with the weight sensor, as the other remains static. An optoelectronic couple (that contains an LED and a phototransistor that are placed coaxially) is placed on top fo the boards. Signal is transmitted to the comptuer via the aforementioned optoelectronic couple. Technical outcome: by utilizing the string weight, higher measuring precision and higher sensibility (that allows automated crystal growth from a seedcrystal) can be achieved.

    Abstract translation: 应用：本发明可以在单晶生长工艺过程的自动控制系统中使用。 发明的本质：将两个板放置在密封的壳体下方; 其中一个与重量传感器一起旋转，因为另一个保持静止。 将光电耦合（包含同轴放置的LED和光电晶体管）放置在板的顶部。 信号通过上述光电耦合传输到电容器。 技术成果：通过利用线重，可以实现更高的测量精度和更高的灵敏度（允许种子晶体自动晶体生长）。

    METHOD FOR MACHINING A WORKPIECE AND A TOOL FOR CARRYING OUT SAID METHOD
    4.
    发明申请
    METHOD FOR MACHINING A WORKPIECE AND A TOOL FOR CARRYING OUT SAID METHOD 审中-公开
    用于加工工件和用于实施方法的工具的方法

    公开(公告)号：WO2008051114A2

    公开(公告)日：2008-05-02

    申请号：PCT/RU2007000578

    申请日：2007-10-22

    Applicant: FEDERALNOE G UNITARNOE PREDPR ,  KUZNETSOV IGOR IGOREVICH

    Inventor： KUZNETSOV IGOR IGOREVICH

    IPC: B23C3/16 ,  B23C5/10 ,  B23C5/14

    CPC classification number: B23C3/16 ,  B23C5/1009 ,  B23C5/14 ,  B23C2220/48

    Abstract: The invention relates to mechanical engineering, in particular to tools and a method for machining workpieces which have curved diffucult-to-reach surface areas. The inventive method consists in machining with the aid of cylindrical or conical end milling cutters, at least one part of the working surface of which is curved. Machining is carried out by the area of the curved surface, the parameters of which are selected according to the surface or a machined workpiece in such a way that the condition ?i=?max is fulfilled, wherein ?i is the actual deviation angle between the tool axis and a tangent plane to the machined surface of the work piece at a tangent point between the cutter and said machined surface of the workpiece and ?max is the maximum deviation angle between the tool axis and a tangent plane to the curved surface of the cutter working part. Apart from the above-mentioned condition, the used tool is characterised in that R>R rot , wherein R is the curvature of the curved segment of the cutter working part, and R rot is the maximum radius of rotation of the cutter working part. Said invention makes it possible to reduce the value of surface roughness and/or to increase the process efficiency.

    Abstract translation: 本发明涉及机械工程，特别涉及用于加工具有弯曲的难以达到的表面区域的工件的工具和方法。 本发明的方法包括借助于圆柱形或圆锥形端铣刀的加工，其工作表面的至少一部分是弯曲的。 通过曲面的区域进行加工，根据表面或加工的工件选择其参数，使得满足条件θi=λmax的方式，其中θi是 刀具轴线和工件轴线与刀具加工表面之间的切点处于工件加工表面的切平面与θmax之间的最大偏差角是刀具轴线与曲面的切线面之间的最大偏差角 刀具工作部分。 除了上述条件之外，所使用的工具的特征在于R> R＆gt;腐蚀，其中R是刀具加工部分的弯曲段的曲率，R＆gt; SUB>是刀具工作部件的最大旋转半径。 所述发明使得可以降低表面粗糙度的值和/或提高工艺效率。

    Способ формирования у пилота достоверного образа полета при пилотировании по приборам
    5.
    发明专利
    Способ формирования у пилота достоверного образа полета при пилотировании по приборам 未知

    公开(公告)号：RU2689086C1

    公开(公告)日：2019-05-23

    申请号：RU2018126449

    申请日：2018-07-17

    Applicant: KUZNETSOV IGOR BORISOVICH

    Inventor： KUZNETSOV IGOR BORISOVICH

    IPC: G09B9/08

    Abstract: Изобретениеотноситсяк способуформированияу пилотадостоверногообразаполетаприпилотированиипоприборам. Способсостоитв том, чтовсепилотажныепараметрыделятнатригруппы: базовые, опорныеи информационные, приэтомвсемаршрутыраспределенияи переключениязрительноговниманияосуществляютпозамкнутомуконтуру, начальнойи конечнойточкойкоторыхявляетсябазовыйпилотажныйпараметр, приэтомкаждыймаршрутзрительноговниманияпилотапозамкнутомуконтурувключаетпомимобазовыхнеболеечетырехопорныхи/илиинформационныхпараметров. Обеспечиваетсяобучениелетчикаточномупилотированиюприминимальнойзатратеобъемавнимания. 4 з.п. ф-лы, 6 ил.

    METHOD OF PANTHOHEMATOGEN-BASE PREPARATIONS PREPARING
    6.
    发明专利
    METHOD OF PANTHOHEMATOGEN-BASE PREPARATIONS PREPARING 未知

    公开(公告)号：RU2201240C1

    公开(公告)日：2003-03-27

    申请号：RU2001130870

    申请日：2001-11-16

    Applicant: KUZNETSOV IGOR VASIL EVICH

    Inventor： VASINA T S ,  KUZNETSOV I V ,  SINADSKAJA I A ,  SHEREMET S P

    IPC: A61K35/14 ,  A61K9/50

    Abstract: FIELD: medicine, technology of medicinal agents, pharmacy. SUBSTANCE: method involves the following stages: powder-like, dried, non-defibrinated blood of Siberian stag, Manchurian wapiti or sika deer is subjected for microcapsulation by preparing the preliminary soaking 8-10% aqueous solution of the above-indicated powder at temperature 30-35 C followed by addition of accessory material to prepared solution. Then the prepared solution is applied on microgranules made of accessory material in granulator device with fluidized bed and with their simultaneous drying. Then accessory-base material envelope is applied on microgranules surface, dried at temperature 38-40 C up to humidity 2%, not less, and calcium stearate is added in granulator device before unloading. Sugar and/or lactose, and/or glucose, and/or fructose, and/or sorbitol are used as accessory material. Ascorbic acid can be used as supplement that is added to solution of accessory material used in envelope applying. Method ensures to prepare preparations showing the enhanced fitness time and no requiring special storage conditions. EFFECT: improved method of preparing. 5 cl

    Artificial soft caviar, method and device for making it
    8.
    发明专利
    Artificial soft caviar, method and device for making it 未知

    公开(公告)号：AU2429092A

    公开(公告)日：1993-12-13

    申请号：AU2429092

    申请日：1992-07-29

    Applicant: KUZNETSOV IGOR VITALIEVICH

    Inventor： KUZNETSOV IGOR VITALIEVICH

    IPC: A23L17/30 ,  A23L1/328

    Abstract: An artificial soft caviar contains, in per cent by weight, 45-57 per cent of animal protein, 8-15 per cent of salt fish and/or salt fish subproduct, 1-8 per cent of tea extract, 1-2 per cent of salt and the balance being water. A method of making said caviar by means of preparation of an aqueous solution based on animal proteins and its filtration with subsequent making of spherical granules of the filtered solution. The obtained spherical granules are coloured in 7 - 8 per cent solution of the tea extract taken in the quantity of 100 - 120 per cent of the weight of the granules to be coloured, and then in 0.01 - 0.25 per cent of aqueous solution of iron hexachloride taken in the quantity of 100 - 250 per cent of the weight of the granules to be coloured. After that the coloured granules are saturated with a taste additive by keeping the granules in a dispersion containing 16 - 30 per cent of the taste additive comprising crushed salt fish and its salt liquor and/or crushed salt fish subproducts and, eventually, 7 - 8 per cent aqueous solution of the tea extract, thus obtaining the desired product. Two variants of a device for implementation of the method are proposed.

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