WO/2016/148595 METHOD FOR THE AUTOMATED ALIGNMENT OF A LENS IN A MOUNT, AND MOUNT FOR IMPLEMENTING SAME||WO||22.09.2016|
||PCT/RU2015/000375||ФЕДЕРАЛЬНОЕ ГОСУДАРСТВЕННОЕ АВТОНОМНОЕ ОБРАЗОВАТЕЛЬНОЕ УЧРЕЖДЕНИЕ ВЫСШЕГО ОБРАЗОВАНИЯ "САНКТ-ПЕТЕРБУРГСКИЙ НАЦИОНАЛЬНЫЙ ИССЛЕДОВАТЕЛЬСКИЙ УНИВЕРСИТЕТ ИНФОРМАЦИОННЫХ ТЕХНОЛОГИЙ, МЕХАНИКИ И ОПТИКИ" (УНИВЕРСИТЕТ ИТМО)||ЛАТЫЕВ, Святослав Михайлович|
The invention relates to the field of optical instrument design and may be used for centering lenses in mounts during the assembly thereof, in situations when lenses rest in mounts via flat bevels. The method allows for centering a lens relative to a reference axis of a mount during the rotation thereof along both working surfaces of the lens, while increasing the precision of centering. To achieve said aim, a mount is provided with an intermediary portion, into which the lens is installed, leaving a radial gap, with the flat bevel of the lens on a flat support flange of the intermediary portion, which flange can be inclined relative to the main mount around the center of curvature of a spherical surface located in the same plane as the center of curvature of a first working surface of the lens. In order to align the first center of curvature of the working surface with the reference axis of the mount, the lens is shifted radially within the intermediary mount, after which the lens is secured in the intermediary mount. A second center of curvature of the lens is aligned with the reference axis of the mount by inclining the intermediary portion of the mount around the center of curvature of the spherical surface, after which the intermediary portion is secured in the main mount. The outer support flange of the intermediary portion of the mount interfaces with the support flange of the main mount by means of contact between the spherical surface and the flat surface.
WO/2016/148596 METHOD FOR CENTERING LENS ELEMENTS OF A STACKED OBJECTIVE LENS, AND LENS MOUNTS FOR IMPLEMENTING SAME||WO||22.09.2016|
||PCT/RU2015/000472||ФЕДЕРАЛЬНОЕ ГОСУДАРСТВЕННОЕ АВТОНОМНОЕ ОБРАЗОВАТЕЛЬНОЕ УЧРЕЖДЕНИЕ ВЫСШЕГО ОБРАЗОВАНИЯ "САНКТ-ПЕТЕРБУРГСКИЙ НАЦИОНАЛЬНЫЙ ИССЛЕДОВАТЕЛЬСКИЙ УНИВЕРСИТЕТ ИНФОРМАЦИОННЫХ ТЕХНОЛОГИЙ, МЕХАНИКИ И ОПТИКИ" (УНИВЕРСИТЕТ ИТМО)||ЛАТЫЕВ, Святослав Михайлович|
The invention relates to the field of optical instrument design and may be used for centering lens elements in stacked objective lenses. The method allows for centering lenses relative to a reference axis of an objective lens, which is the rotational axis of a table (mount) of a station for the automated centering of lenses using a re-focusing autocollimator and a piezo manipulator. In order to achieve said aim, a mount is placed on the table of the station, said mount having a first objective lens element installed therein via a reference surface; an autocollimator measures the deviation of a first center of curvature of the lens relative to the rotational axis of the table, and the mount is shifted using a manipulator, so as to align the first center of curvature of the lens with the rotational axis, and the mount position is secured. Next, the deviation of a second center of curvature of the lens is measured, and the lens is inclined in the mount so as to align the second center of curvature thereof with the rotational axis, and the position of the lens in the mount is secured. Next, the mount of a second lens element is installed on the mount of the first lens element, and the second lens element is centered using the same process. A third lens element and subsequent lens elements of the objective lens are centered in the same way. The mounts of the lens elements make it possible to incline the lenses relative to the rotational axis of the table, irrespective of the shape of the reference surfaces of the lenses.
WO/2016/148597 VACUUM CLEANER WITH A CLOSED-LOOP CLEANING CYCLE||WO||22.09.2016|
||PCT/RU2015/000923||ИСАЕВ, Владимир Иванович||ИСАЕВ, Владимир Иванович|
The solution relates to dust cleaning systems, such as vacuum cleaners. An electric vacuum cleaner, containing a housing, an electric motor with a fan, air ducts with built-in valves, and dust-collecting brushes, characterized in that two air ducts lead to a dust-collecting brush, one of which ducts sucks in and filters air, and the other of which ducts, a pressurizing duct, leads to an air intake brush consisting of a plurality of suction and pressurizing nozzles alternatingly disposed, with the outer nozzles always being suction nozzles. The technical result consists in a vacuum cleaner design allowing for: cleaning without any air exiting the vacuum cleaner housing; significantly facilitating cleaning; improving cleaning quality; reducing noise levels; and allowing for the use of filters having various designs, both in a closed-loop operating mode and in a regular operating mode. In addition, a suction effect on the brushes is reduced, and the vacuum cleaner is more comfortable to use. Moreover, the closed-loop cleaning cycle without air exiting the vacuum cleaner housing is achieved due to the outer nozzles always being suction nozzles.
WO/2016/148608 SOURCE OF BROADBAND OPTICAL RADIATION WITH HIGH BRIGHTNESS||WO||22.09.2016|
||PCT/RU2016/000135||РУДОЙ, Игорь Георгиевич||РУДОЙ, Игорь Георгиевич|
The invention relates to sources of broadband optical radiation with high spectral brightness, and is of interest for use in the fields of microelectronics, spectroscopy and photochemistry, amongst others. The technical result of the claimed technical solution is an increase in spectral brightness, a decrease in fluctuations in plasma position and a stabilization of the brightness of the plasma radiation, as well as an increase in the working life of the source. This technical result is achieved in that the present source of broadband radiation with high brightness comprises a chamber which is filled with a high-pressure gaseous medium, and two lasers which irradiate the chamber and which have two radiation focusing systems with substantially overlapping focal regions and an angle of at least 60° between the direction of radiation of the lasers, wherein at least one of the lasers is a repetitively pulsed laser.
WO/2016/148598 METHOD OF CONDUCTING COMMERCE IN AN ELECTRONIC COMMERCE SYSTEM||WO||22.09.2016|
||PCT/RU2015/000932||МАКАРОВ, Феликс Владимирович||МАКАРОВ, Феликс Владимирович|
L'invention vise à élargir l'éventail des moyens pour réaliser le commerce électronique et à offrir des fonctionnalités élargies à un utilisateur d'un système de commerce. Le procédé comprend l'autorisation/l'enregistrement de l'utilisateur, la présentation par le système à l'utilisateur de cabinets de deux types, celui d'acheteur et celui de vendeur, le choix d'un ou de plusieurs rôles de participation commerciale de l'utilisateur, qui s'effectue par l'activation de l'interface utilisateur du cabinet d'utilisateur correspondant, le remplissage des champs de données de l'interface utilisateur conformément au rôle sélectionné de participation commerciale de ces caractéristiques de la marchandise et/ou des caractéristiques de l'utilisateur, formation d'un catalogue commercial unie des marchandises grâce au regroupement dans un seul registre des caractéristiques du nom de marchandises proposées à la vente, la sélection d'une ou plusieurs ou toutes places commerciales, et la détermination des conditions et paramètres de réalisation de commerce / de séance commerciale conformément au rôle sélectionné d'acteur commercial au moyen de l'interface de sélection de la place commerciale, la réalisation du commerce / de la séance commerciale et la notification des utilisateurs y ayant participé sur les résultats ainsi que la finalisation du commerce par l'acheminement de la marchandise achetée/gagnée à l'utilisateur.
WO/2016/148603 INERTIAL CONE CRUSHER WITH AN UPGRADED TRANSMISSION||WO||22.09.2016|
||PCT/RU2016/000112||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич|
An inertial cone crusher, intended for crushing materials, consists of a housing with an outer cone and, disposed therein, an inner cone, on the drive shaft of which there is disposed, via a slide bushing, an eccentric which is connected by a transmission assembly to the drive shaft and to a motor, the inertial cone crusher being characterized in that an original disc coupling consisting of three discs with concavo-convex working surfaces and spline-groove engagement is used as the transmission. The coupling provides for the transmission of torque from the motor to the eccentric while compensating for angular misalignment of the axes of rotation of the shaft of the inner cone and the drive shaft in a range of from 0 to 5 degrees. The invention makes it possible to decrease the height of the crusher while also increasing its reliability and reducing the cost and maintenance requirements of the crusher.
WO/2016/148604 INERTIAL CONE CRUSHER WITH AN UPGRADED DRIVE||WO||22.09.2016|
||PCT/RU2016/000113||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич|
An inertial cone crusher, intended for crushing materials, consists of a housing with an outer cone and, disposed therein, an inner cone with an eccentric disposed on a drive shaft thereof, the inertial cone crusher being characterized by the presence of a disc transmission coupling, which is connected to a single "dynamic assembly" consisting of a half coupling, a gear wheel, a counterweight of original design and a bushing. The assembly is mounted on a stationary axis of rotation, secured in the bottom part of the crusher. The "dynamic assembly" transmits torque from a motor to the eccentric via the transmission coupling, provides a solution to the problem of dynamic balancing, and makes it possible decrease the height of the crusher, increase the degree of crushing, and reduce the cost and maintenance requirements of the crusher.
WO/2016/148607 INERTIAL CONE CRUSHER WITH AN IMPROVED SEAL||WO||22.09.2016|
||PCT/RU2016/000133||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич|
The present inertial cone crusher, intended for crushing materials, consists of a housing with an outer cone and, disposed therein, an inner cone, the drive shaft of which has disposed thereon, via a slide bushing, an eccentric, which is connected by a disc transmission coupling to a single dynamic slide assembly that is connected to a gear wheel and to a motor, the inertial cone crusher being characterized by the presence of an improved sealing system intended to isolate the inner working region, filled with oil mist, from the finished product discharge region. The sealing system includes an elastic sealing collar and a system for fastening same to the inner cone and to an annular support of the inner cone. The collar has several design variants. The sealing system forms a complete barrier against the intrusion of solid particles, while allowing the inner cone to perform a rotating and rocking movement; it also makes it possible to reduce losses related to wear on the moving parts of the machine, and to reduce maintenance costs.
WO/2016/148601 METHOD FOR DETERMINING THE TYPE OF MOTION ACTIVITY OF A PERSON AND DEVICE FOR IMPLEMENTING SAME||WO||22.09.2016|
||PCT/RU2016/000098||ОБЩЕСТВО С ОГРАНИЧЕННОЙ ОТВЕТСТВЕННОСТЬЮ "ХИЛБИ"||РУБИН, Михаил Семенович|
The group of inventions relates to the field of measurements for the examination or analysis of the motion of the human body or of portions thereof for diagnostic purposes, and specifically to determining a type of motion activity of a person. The implementation of the method involves recording signals from a three-way accelerometer affixed to a person's body, using said signals to calculate the modulus of an acceleration vector, forming a time-based array of values of the modulus of the acceleration vector, and isolating the extrema thereof. Then, proceeding sequentially from one extremum to another while counting a number of extrema equal to a reference number of extrema for at least one reference standard previously determined for a certain type of motion activity, the duration of individual motion actions is determined, and, within the limits of each individual motion action, values for the differences between neighboring extrema of the modulus of the acceleration vector are determined; these are then compared with reference values for the duration of a motion action and the difference between neighboring extrema of the modulus of the acceleration vector of the corresponding reference standard. On the basis of the comparison results, a decision is made that a motion was performed of a certain type of motion activity. The technical result consists in increasing the reliability of determining a type of motion activity of a person.
WO/2016/148605 INERTIAL CONE CRUSHER WITH AN IMPROVED COUNTERWEIGHT||WO||22.09.2016|
||PCT/RU2016/000114||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич||БЕЛОЦЕРКОВСКИЙ, Константин Евсеевич|
The present crusher relates to means for comminuting different materials and can be used in the construction and mining and processing industries. The crusher comprises a housing (1), which rests via elastic shock absorbers on a base (9) and has an outer cone (2) and, disposed in said outer cone on a spherical support (4), an inner cone (3). An eccentric (6) is mounted, via a slide bushing, on a drive shaft (5) of the inner cone (3) such that the centre of gravity relative to the axis of rotation can be adjusted. The slide bushing (12) of the eccentric is connected via a supporting and compensating ball coupling (20) to a gear wheel (16), which is connected by a gear train to a motor. The supporting and compensating ball coupling (20) includes an upper half coupling (21) and a lower half coupling (23). The lower half coupling (23) is mounted, via a supporting slide bearing (22), inside an axis of rotation (15) of a counterweight (11); the axis of rotation rests on a flange, and the counterweight (11) is mounted on the axis by means of a slide bushing (19). The counterweight (11) is rigidly connected to the gear wheel (16) and to the lower half coupling (23) such that the counterweight (11), the gear wheel (16), the lower half coupling (23) and the slide bushing (19) form a single slide assembly of the counterweight (11), while the flange is rigidly secured to the bottom part of the crusher housing (1). Inside the crusher, the counterweight assembly provides for dynamic stabilization, thus making it possible to decrease the height of the crusher and increase the degree of crushing.