ВОИС - Поиск по национальным патентным фондам и фондам PCT

1.WO/1997/003632METHOD OF IMPROVING THE HEALTH OF AN ORGANISM

WO - 06.02.1997

Класс МПК A61H 39/04 № заявки PCT/RU1996/000195 Заявитель RODIONOVA, Olga Mikhailovna Изобретатель RODIONOVA, Olga Mikhailovna

The invention pertains to medicine, specifically to methods of improving the health of a human patient. The method in essence involves linear and rotary massage in the projection zones of the body's organs and other parts in a defined sequence, namely: spine, heart, upper extremities, head, anterior neck surface, mammary glands, anterior surface of the lungs, solar plexus, oesophagus, stomach, pancreas, duodenum, spleen, liver and gall bladder, intestines, rectum, anus, on the anterior projection of the kidney, ureter, sexual organs, hip joints, lumbosacral region, gluteal muscles, lower extremities. To act on the heart, other areas are massaged, namely: jugular vein, left clavicular vein, the region of the left shoulder joint, left shoulder blade region and the region of 6-8 ribs of the left mid-clavicular line. This is completed by simultaneous rotary massage in opposite directions of the anterior and posterior projections of the heart, each massage movement being finished by clenching the hand into a fist, withdrawing it, and opening it out 10-12 cm from the body surface, the same procedure being repeated above the body surface, and finished by massage of the reflex zones of the foot.

2.WO/1992/015781METHOD OF MOUNTING A PLURALITY OF IGNITION COILS ON AN ENGINE BLOCK AND ELECTRICAL POWER SUPPLY FOR IMPLEMENTATION THEREOF

WO - 17.09.1992

Класс МПК F02P 13/00 № заявки PCT/FR1992/000202 Заявитель SAGEM ALLUMAGE Изобретатель HERITIER-BEST, Pierre

A method of mounting a plurality of ignition coils (12) on an engine block comprises the following stages: moulding a casing (1) from an electrically insulating material to form a plurality of housings (4) for the said coils and incorporating inserts as means (2) for fixing the said casing to the said engine block; placing the said coils in the said housings; wiring the connections (23, 24) to the primary and secondary windings of the said coils; pouring an electrically insulating resin (25) into the casing to embed the said coils and wiring; fixing the casing to the engine block.

3.WO/1996/001738METHOD AND APPARATUS FOR APPLYING A HEATABLE COMPOSITION

WO - 25.01.1996

Класс МПК B05B 7/22 № заявки PCT/US1994/007797 Заявитель AST HOLDING, LTD. Изобретатель NEFF, Craig, A.

An extrudable material (1), such as a hot melt adhesive, is applied to a substrate (2) with simultaneous irradiation by a laser beam (9). The energy of the laser is absorbed by the adhesive and the substrate (2) to cause the adhesive to spread into the fabric. When applied to a gap (17) between two substrate sheets (2), the extrudable material creates a very strong bond. When one of the substrate materials (21) is porous, the extrudable material will penetrate the thickness of the material and contact a lower layer (19) to form a bond. The extrudable material is applied through a nozzle, and the laser beam (9) is directed through the nozzle to be coaxial with the flow path (11) of the extrudable material. The coaxial arrangement facilitates movement of the nozzle and beam in complicated patterns and ensures simultaneous application of the extrudable material (1) and the laser beam (9).

4.WO/1994/015147ECONOMIZER SYSTEM FOR VAPOR GENERATION APPARATUS

WO - 07.07.1994

Класс МПК F22D 1/12 № заявки PCT/US1993/010942 Заявитель COMBUSTION ENGINEERING, INC. Изобретатель BROWN, Richard, D.

An economizer apparatus (109) for a fossil fuel fired vapor generation apparatus (10) which includes a housing having an inlet and an outlet and a wall extending generally between the inlet and the outlet to define first and second flow paths in the housing. The inlet may include means for connection to an associated vapor generation apparatus and means for connection to an associated stack. Heat exchange tubing (112) is disposed in the first flow path having the interior thereof coupled to associated working fluid of the vapor generation apparatus (10). The apparatus (109) also includes apparatus (114) in the second flow path to control flow in the second flow path. In most embodiments of the invention the apparatus (109) also includes a bypass conduit (120) for selectively directing fluid flow around the heat exchange tubing (112). Ordinarily this will be desirable when the damper (114) is obstructing fluid flow in the second flow channel.

5.WO/1993/009337AN INTERNAL COMBUSTION ENGINE

WO - 13.05.1993

Класс МПК F02B 1/04 № заявки PCT/GB1992/002001 Заявитель COVENTRY UNIVERSITY Изобретатель MERRITT, Dan

An internal combustion engine has at least one set of first and second cylinders (12, 14), the first cylinder (12) having a larger swept volume than the second cylinder (14), and respective first and second pistons (16, 18) movable in the cylinders. The pistons are coupled together such that they are movable in the cylinders in a cyclic manner at the same frequency. An air inlet (24) and an exhaust outlet open into the first cylinder and a fuel injector (34) provides fuel to the second cylinder. A combustion space (20) is also provided which communicates with both cylinders during at least a portion of the expansion stroke. The second piston has a crown (35) and a body portion (19), with the crown being spaced from and connected to the body portion and having an edge (37) which is relatively small in the axial direction compared to the distance between the crown and the body portion in the axial direction. The combustion space (20) is defined between the piston crown and body portion and a sidewall (14a) of the second cylinder. The gap (128) between the crown edge (37) and the cylinder wall (14a) serves to inhibit ingression of fuel into the combustion space (20) until towards the end of the compression stroke. Access means (30) associated with the second cylinder for admitting fuel and/or air to the second cylinder during the induction stroke comprises a port (33) opening into the second cylinder and a valve (31) for controlling port.

6.WO/1993/009622COMMUNICATION SIGNAL HAVING A TIME DOMAIN PILOT COMPONENT

WO - 13.05.1993

Класс МПК H04B 3/10 № заявки PCT/US1992/006768 Заявитель MOTOROLA, INC. Изобретатель JASPER, Steven, C.

A quad 16 QAM transmission (132-136) and reception (600) methodology wherein a time domain pilot reference is advantageously associated therewith. There may be one or more such pilot references for each packet of multiple 16 QAM pulses (200). Depending upon the embodiment, each 16 QAM pulse can include a time domain pilot reference, or an estimated pilot reference (402 and 301) for that pulse can be determined either by reference to pilot references in other pulses sharing the same packet, or by reference to pilot references for other previously received 16 QAM pulses corresponding to that same pulse.

7.WO/1996/006706TREATMENT OF PARTICULATE MATTER BY ELECTRICAL DISCHARGE

WO - 07.03.1996

Класс МПК H05H 1/44 № заявки PCT/US1994/009901 Заявитель REFRANCO CORP. Изобретатель TYLKO, Jozef, K.

A reactor and method for the treatment of matter by plasma action. A plurality of electrode structures (21-26) are positioned to define a reaction zone associated with the inter-electrode space. The inter-electrode space is conditioned (as by preionizing) and a series of discrete electrical discharges are produced throughout the reaction zone. In a preferred embodiment, the reaction zone is subjected to a sequence of discrete electrical discharges in a time interval less than the residence time of material to be treated within the reaction zone.

8.WO/1994/019567ENCLOSURE FORMING A TANK OR SILO

WO - 01.09.1994

Класс МПК B65D 90/02 № заявки PCT/FR1994/000212 Заявитель GODIN S.A. Изобретатель MAUDET, Jean-Pierre

A polygonal enclosure forming a tank or silo and including side walls (3) and corner posts (2) arranged around a vertical axis (10) and connected to said walls to define the geometricsl area of the enclosure. Said corner posts (2) are shaped in such a way that their cross-section fits into part of a cylinder, thus forming a concave surface facing the enclosure axis (10), and take up vertical stresses on the enclosure. The posts (2) and walls (3) are reinforced by vertically spaced horizontal reinforcing belts (1) secured to the outer wall of the enclosure for taking up horizontal stresses. The enclosure may be used as a tank or silo.

9.WO/1997/041531MULTICREDIT INDUCTIVE DEBIT CELL CONFIGURATION

WO - 06.11.1997

Класс МПК G06K 7/08 № заявки PCT/BR1997/000013 Заявитель TELECOMUNICAÇÕES BRASILEIRAS S/A - TELEBRÁS Изобретатель FERNANDES, Rubens, Ramos

A debit card having a conducting metal foil (33) attached to an insulating substrate (11), in which data cells are formed by removing parts of said foil to form a round voided area (35, 36) from which a slit (41, 42) extends to the edge of said strip. The slit is bridged by at least one fusible fillet (37, 38). Two or more stacked mutually insulated similar subcells whose bodies and slits are aligned are used to increase the number of bits stored by each cell. Stacked subcells differ from each other in the conductivity by unit of area of the metal films, or in the dimensions or positioning of the fusible fillets, and therefore in the current that must be applied to the sensing coil for melting the fillet.

10.WO/1994/001666AN INTERNAL COMBUSTION ENGINE

WO - 20.01.1994

Класс МПК F02B 1/04 № заявки PCT/GB1993/001341 Заявитель COVENTRY UNIVERSITY Изобретатель MERRITT, Dan

An internal combustion engine has first and second cylinders (12, 14), the first cylinder (12) having a larger swept volume than the second cylinder (14) and the second cylinder being formed in the crown of the first cylinder. First and second pistons (16, 18) are reciprocable respectively in the first and second cylinders (12, 14), the second piston (18) being formed as a protrusion on the crown of the first piston (16). The first cylinder has an air inlet (25) and an exhaust outlet (27) whilst a first fuel source (34) provides fuel to the second cylinder (14). The second piston has a crown (35) which is spaced from and connected to the crown (36) of the first piston and which has an edge (37) which is relatively thin in the axial direction compared to the spacing of the first piston crown from the second piston crown. This defines a combustion space (20) between the piston crowns and a side wall (14a) of the second cylinder (14) when the pistons are substantially at the inner dead centre position. The combustion space (20) communicates with both cylinders (12, 14) during part of the expansion stroke.

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