WO/2017/026903 SHOCK ABSORBER CONTROL VALVE||WO||16.02.2017|
||PCT/PL2015/000130||RUTKA WIESŁAW||PÓŁCHŁOPEK, Jan|
Control valve shock absorber for single-track and multi-track engine vehicles. The structure is characterized in that above the piston (2) are mounted coaxially, the resilient thermometric bimetal (4) connected with the rotatably movable element (9) which is in contact with rotatably fixed element (12), wherein both the piston (2) and rotatably movable element (9) and rotatably fixed element (12) are provided with slots (11) or openings (13) or the flow canals (15) and the connection between the resilient element of the thermometric bimetal (4) with the rotatable element (12) causes that during temperature change the resilient element (4) causes rotation of the rotatable element (9) in relation to the rotatably fixed element (12) thereby changing the value of possible oil flow, simultaneously the edges of the openings (13) and slots (11) in rotatably movable element ( 9) and rotatably fixed element (12) at no spot get into contact with the outer edges of the elements in which they are made.
WO/2017/026904 DIFFUSER FOR A TURBINE ENGINE AND METHOD OF FORMING SAME||WO||16.02.2017|
||PCT/PL2015/050033||GENERAL ELECTRIC COMPANY||ZREDA, Robert Jacek|
A diffuser for a turbine engine includes a first wall that extends circumferentially about a centerline axis of the turbine engine. The diffuser also includes a second wall that extends circumferentially about the centerline axis. At least a portion of the second wall is positioned radially outwardly from at least a portion of the first wall. A flow path is defined by the first wall and the second wall. The flow path extends from an inlet configured to receive an axial flow of a fluid, to a circumferentially extending outlet configured to emit the fluid in a substantially radial direction. The outlet extends asymmetrically about the centerline axis.
WO/2017/026905 DOUBLE -POLE VOLTAGE TRANSFORMER||WO||16.02.2017|
||PCT/PL2016/000065||ABB SCHWEIZ AG||LISZWESKI, Piotr|
The invention deals with a double-pole voltage transformer (1) enclosed in a tight enclosure (2) made in the form of a resin cast comprising a central element (2a) integrated with a base (2b) and comprising circumferential sheds (14) and two bushings (22a, 22b) situated above the circumferential sheds on the central element. The invention is characterised in that the central element (2a) has the form of a circular cylinder situated with its side wall horizontally on the base plane (2b), and the circumferential sheds (14) are situated around the central element (2) only in the area of the contact between the central element (2a) and the base (2b), and above the circumferential sheds (14) there are side elements of the cast (2c) forming side sheds (15), and above the side sheds (15) there is situated a circumferential top shed (16) surrounding a fragment of the side surface of the central element (2a), and the bushings (22a, 22b) are detachably joined with the central element (2a) through projections (17a) and (17b) respectively.
WO/2017/026906 SINGLE-POLE VOLTAGE TRANSFORMER||WO||16.02.2017|
||PCT/PL2016/000066||ABB SCHWEIZ AG||CHORZEPA, Jarosław|
The invention deals with a single-pole voltage transformer (1) enclosed in a tight enclosure (2) made in the form of a resin cast comprising a central element (2a) integrated with a base (2b) and with side elements of the cast (2c), wherein the central element (2a) has a projection (13) in the shape of a truncated cone to which a high voltage bushing is detachably attached (18). The invention is characterised in that the central element (2a) has the form of a circular cylinder situated with its side wall horizontally on the base plane (2b), and the place of the contact of the central element (2a) with the base plane (2b) is screened by circumferential bottom sheds (25) over which there are located side elements of the cast (2c) forming side sheds (26) which are integrated with the front surfaces of the central element (2a), and above the side sheds (26) there is situated a circumferential top shed (27) surrounding a fragment of the side surface of the central element (2a).
WO/2017/023181 TURBINE SYSTEM STRUCTURE ALIGNMENT ASSEMBLY||WO||09.02.2017|
||PCT/PL2015/050032||GENERAL ELECTRIC COMPANY||KLEJC, Adrian Adam|
An alignment assembly includes a base (14) and a support leg extending from the base, the leg configured to support a portion of a turbine system structure. Also included is a first support leg portion (20) disposed on a surface of the base (14) and coupleable thereto. Further included is a second support leg portion (22) angularly oriented relative to the first support leg portion (20) and coupleable to the turbine system structure (10). Yet further included is a jack assembly (24) moveable on the surface of the base (14) and configured to vertically and laterally adjust the turbine.
WO/2017/018893 METHOD AND DEVICE FOR DETERMINING THE QUALITY OF MOTOR-CAR FUEL||WO||02.02.2017|
||PCT/PL2015/000120||POLITECHNIKA WROCŁAWSKA||TETERYCZ, Helena|
Method of determining the quality of motor-car fuel in accordance with the invention is characterized by the fact that with experimental methods the impedance calibration curve is determined, after which the impedance as a function of the frequency of resonator element (2) submerged in the fuel tested and stimulated by electric signal from generator (1), then from the measured impedance characteristics as a function of frequency, the field of circle on the complex plane of Nyquist plot ('Z, Z") is determined characteristic for the composition of the fuel mixture tested on the basis of which the fuel composition is determined. The device is equipped with generator (1) connected to the resonator (2), which by vector voltmeter ammeter (3) and vector ammeter (4) is connected to arithmetic system (5) connected to micro-controller (12).
WO/2017/018894 TOOL FOR REMOVING FASTENING ELEMENTS||WO||02.02.2017|
||PCT/PL2015/000121||KRAJOWY SYSTEM NIERUCHOMOŚCI SP. Z O.O.||PYRTEK, Piotr|
The object of this invention is a tool for removing fastening elements with a head on a shank. The tool for removing fastening elements according to this invention consists of an inner clamping barrel, on which gripping elements are located on its one end (inside the outer housing) and outer clamping holders are mounted on the other end. The device has been additionally equipped with a rack and ratchet system that locks the clamping of a gripper on a head of screw.
WO/2017/018895 SET TO HOLD DOCUMENTS IN FILE BINDER||WO||02.02.2017|
||PCT/PL2015/000122||KRAJOWY SYSTEM NIERUCHOMOŚCI SP. Z O.O.||PYRTEK, Piotr|
The set to hold documents in a file binder consisting of two profiled plates that constitute first (1) and second (2) element, attached to each other at an angle. The set according to the invention is equipped with leaf spring (4) that provides a permanent opening of the set, and in two snapping triggers (5) to ensure a permanent lock of the set in its closed position. Moreover, the mechanism according to the invention is equipped with rubber caps (7) on both ends of the two profiled elements, providing the resistance on pins (13) of the file binder when the device is latched.
WO/2017/018896 GLAZING UNIT FOR UNDERWATER OBJECTS||WO||02.02.2017|
||PCT/PL2015/000123||PROTEH SPOŁKA Z OGRANICZONĄ ODPOWIEDZIALNOSCIĄ||ZIÓŁKOWSKI, Eugeniusz|
Glazing unit for underwater objects windows consisting of panes of mineral glass placed in circumferential clamp ring, characterized in that glazing unit have at least two panes of mineral glass (1) separated by a layer of low compressible liquid (2) and on borders between panes of mineral glass (1) have circumferential spacers (3), which have in contact area with pane of mineral glass (1) sealing (4), while constructed set of panes of mineral glass (1) with circumferential spacers ( 3) and sealing (4) are border with circumferential seal (5) clamped by circumferential clamp ring.
WO/2017/018897 CROSS-SNAP CLIP FOR CONNECTING STRUCTURES||WO||02.02.2017|
||PCT/PL2015/000125||POLSKIE ZAKŁADY LOTNICZE SP. Z.O.O.||WOŚ, Piotr|
A connecting member including a first portion (102) having a first base defining a first surface and an engagement edge (118), a first locking member (114) extending from the first surface, and an aperture (116) passing through the base and a second portion (104) configured to connect to the first portion, the second portion having a second base defining a second surface, a second locking member (122) extending from the second surface and configured to engage with the first locking member, a catch (124) extending from the second surface and configured to receive the engagement edge, and a retainer (126) extending from the second surface and configured to engage with the aperture. The second locking member is configured to bias between a first position and a second position.