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Results 1-10 of 406 for Criteria: Office(s):all Language:ES Stemming: true maximize
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TitleCtrPubDate
1. WO/2015/023197 CHAMBER SLIDING SYSTEMWO19.02.2015
B60P 3/34
PCT/RO2014/000010DBV, RESEARCH SRLDUMBRAVĂ, Mihai
The chamber sliding system, according to the invention, is characterized by the fact that it can be built as a cascade chamber sliding system (1), according to example 1, fig. 1, 2, 3, 4, or as symmetrical chamber sliding system (2), example 2, fig. 5, 6, 7, 8; two cascade chamber sliding systems. (1), or two symmetrical chamber sliding systems (2) in mirror-like position, in parallel vertical planes, with desmodromic coupling through the driving gear unit (3) and form the cascade chamber sliding assembly (4), respectively the symmetrical chamber sliding assembly (5), while sealing at the level of each sliding area is provided by truncated cone bellows (6).

2. WO/2015/023198 FLOAT TURBINEWO19.02.2015
F03B 17/04
PCT/RO2014/000013CÂRNU, IonCÂRNU, Ion
The invention refers to a turbine with floats 3, used for the energy production. According to the invention, the turbine is composed of a stand (1) provided at its ends with some drums (2) which have some slot guides (3), slots (3) in which are introduced some slides (5) of a conveyor (4) on which are attached by collars (16) some floating syringes (7), which are coupled to the common flexible tube (6) by some little hoses (15), the syringes (7) having provided each a bevel (8), and for the ends (10) of the piston rods (9) are provided, on the stand (1), locks with cams, which have some arches (13), at the upper part a lock (11), and at the lower part another lock (12), which also has a double lever (14) and there are also provided some safety bolts (17) with some arches (18) and with some hindrances (19 and 20).

3. WO/2015/023195 DEVICE FOR ENERGY ACCUMULATION FOR MECHANICAL CLOCKSWO19.02.2015
PCT/RO2013/000015NAGY, Csaba, SandorNAGY, Csaba, Sandor
The present invention refers to a device for mechanical clocks, which produces energy accumulation within its central mainspring, thus reducing the restraining time of the mainspring being applicable in the field of all mechanical clocks, be they wristwatches, table or wall clocks, no matter their dimension or design and characterized by the fact that it consists of a gear wheel system having an inside wheel (4), three couples of two wheels (5) and (6) with different a number of the teeth fitted on three staffs (8) disposed at 120° of each other, which are fitted in the clock case (16), an outside gear wheel (7) with an inside teeth range (11), three couples of gear wheels (9) and (10), fitted on three staffs (8) disposed at 120° of each other with the help of the holding steel rings (13) and (14), a piece (15) and a gear wheel (12).

4. WO/2015/023201 METHOD AND SYSTEM FOR DETERMINING HARDWARE LIFE EXPECTANCY AND FAILURE PREVENTIONWO19.02.2015
G06F 11/00
PCT/RO2014/000017HARSAN-FARR, StefanHARSAN-FARR, Stefan
A method for determining and prolonging hardware life expectancy is provided. The method includes collecting data from a hardware component in a first computational device, creating a quantitative value representing the status of the hardware component, determining a lifetime of the hardware component, and providing an alert to the first computational device based on the determined lifetime of the hardware component. A system configured to perform the above method is also provided. A method for managing a plurality of hardware devices according to a hardware life expectancy includes accessing an application programming interface (API) to obtain status information of a hardware component in a computational device is also provided. The method includes balancing a load for a plurality of redundancy units in a redundancy system and determining a backup frequency for a plurality of backup units in a backup system.

5. WO/2015/023200 EJECTOR TYPE TURBINEWO19.02.2015
F03D 1/04
PCT/RO2014/000015S.C. TOPINTEL CONSULT S.R.L.PUŞCAŞ-CERNAT, Mihail
The invention relates to an ejector type turbine, designed to transform kinetic energy of a fluid into mechanical or electrical energy, by capturing and accelerating an engine jet of fluid. The turbine according consists from an fluid intake equipped, where the fluid flow is accelerated and sent as engine jet fluid via a supply pipe to an ejector type device, in which the engine jet fluid expands through a nozzle in a suction chamber and subsequently released with the ejected fluid into the atmosphere through an exhaust device, in the suction chamber is built in an annular turbine consisting from an annular rotor, and an annular stator to direct the flow of ejected fluid in the rotor, the jet of aspirated fluid, called ejected fluid, acts the annular rotor's blades which lead through a pulley mounted on the outer circumference of the rotor, a power generation system.

6. WO/2015/023202 COMPACT LIGHTING SYSTEM WITH LEDSWO19.02.2015
F21S 8/10
PCT/RO2014/000020HELLA ROMANIA S.R.L.POPESCU, Andrei
The invention relates to a compact lighting system with LEDs for use in the automotive industry and, in particular, for signaling the rear of agricultural machinery. The system according to the invention comprises a housing (2), lighting electric components (3a, 3b), a lens (4), fastening elements (5) and a protective optical element (6) which covers the fastening elements (5) of the lighting system on the vehicle body, the lens (4) and the housing (2) being provided with corresponding openings (9, 19a and 9b, 19b), at least two of them, and with suitable configurations to allow the positioning of the fastening elements (5) in the central area of the lighting system (1); and the lens (4) has a frontal surface (16), comprising a central recessed area (18) wherein said orifices (19a, f 9b) are being arranged, which continue with some tubular elements (20, 21) oriented inwards the lighting system, and which extend and fit into the corresponding holes (9a, 9b), when assembling the lens (4) and the housing (2).

7. WO/2015/023199 INDEPENDENT INSTALLATION TO KEEP WARM AND ECONOMIC OPERATION OF THE LOCOMOTIVE DIESEL ENGINEWO19.02.2015
PCT/RO2014/000014MARCU, MihaiMARCU, Mihai
The invention relates to an independent installation to ensure keeping warm the traction diesel engine, the accumulator battery and locomotive driver's cab and economic operation of the diesel locomotive. The installation operates independently of the other energy sources available on the locomotive and out of this has two modes of operation - manual and automatic - with the ability to record all data transmitting them to a central dispatcher. The installation, according to the invention, comprises the coolant circuit of the traction diesel engine (1), which can be common with the cooling circuit of the auxiliary diesel engine (9), the group of radiators (2), an auxiliary pump for circulation of coolant (3), an electric or thermal heater (4) and a temperature sensor of the coolant (5) which controls the starting-off of the independent power source within the minimum-maximum coolant temperature when the locomotive is long stationary or in the shed (Figure 1). The independent installation to keeping warm the locomotive diesel engine, according to the invention, comprising an auxiliary diesel engine group (9), three-phase synchronous generator (10) which feeds an auxiliary pump (3), an electric or thermal heater (4), and for charging the accumulator battery (11) and for supply other power circuits (6) of the locomotive is used a voltage adapter (7). Another voltage adapter (8) supplies the water pump from the accumulator battery when the locomotive is long stationary or in the shed and the auxiliary diesel engine is stopped (Figure 2). The independent installation to keeping warm the locomotive diesel engine according to the invention, operates also in automatic mode using the temperature sensors and adapters (14), a PLC (programmable logic controller) for control and monitoring of the operation, (15), electric execution devices ( 16), recording device and display (12) and the communication system to a central dispatcher (13)(Figure 3).

8. WO/2015/023196 KINETIC HYDROPOWER GENERATION SYSTEMWO19.02.2015
F03B 17/06
PCT/RO2014/000009SCRIPCARIU, IonSCRIPCARIU, Ion
This invention describes a kinetic hydropower generation system that can be located on flowing waters, in order to obtain electricity. The kinetic hydropower generation system, according to the invention, consists of supporting pillars (Al) and floats (M). The hydropower assembly with supporting pillars (Al) according to the invention is made of a metallic frame (A) found between the supporting pillars (Al). On the sides of the metallic frame (A) there are two transmission bands (B) one on each side, along the metallic frame (A). Each band is mounted on four spur wheels (C) describing a geometric figure, a polygon consisting of a rectangle and a trapezoid united with the longer side of the rectangle and the large base of the trapezoid, considering the outer edges. The hydro-blades (E) are attached to them by means of shafts (D4) and (D5) attached to the transmission band (B). In addition each band is driven by rollers (C8) mounted on the metallic frame (A). The hydro-blades (E) are attached to the transmission bands (B) by means of shafts (D4) and (D5) attached to the transmission band (B). The hydro-blades (E) are fitted with bearings (El) and balls where the shafts (D5) of the transmission band (B) are mounted. The hydro-blades (E) are provided with some supporting arms (Fl) of rollers (G) and (Gl) which may move through special guides (H). The transmission band (B) engages the spur wheels with shaft (CI) to a main shaft (I) to convey its movement driven by the hydro-blades (E) to a gearbox (13), which amplify rotation operating an electric generator (14). The rolling system equipped with rolls (G) and (Gl) allows through the configuration of the guides (H) only the vertical movement of the hydro-blades (E). In addition, the guides (H) which have the same configuration as the transmission band (B) are fitted with an extension system (J) that allows extension of the transmission band (B) and extension of the guides (H). Two guides (HI) are attached to the metallic frame (A) behind the Kinetic hydropower generation system. The rolls (G8) are running through these guides (Hi). On the large sides of the metallic frame (A), under the system and in front of the system are mounted gates (L) for directing water into the system. The doors are controlled by an electronic control system of the hydro-blades speed (E) and operated through hydraulic cylinders (LI). The side gates also act as floats (M), being attached to some pillars (Al) that slide between sleeves (Ml) mounted on the metallic frame(A). On the metallic frame (A) there is also a lifting system that allows vertical sliding of the Kinetic hydropower generation system. At the same time, the Kinetic hydropower generation system can be mounted in the riverbed in two positions (O) and (01), determined by the water velocity. Protection of the assembly against foreign bodies is achieved by a V-shaped protective fence (05), mounted upstream at a relative distance. The kinetic hydropower generation system has also a decoupling system in case of emergencies.

9. WO/2015/020546 NONINTRUSIVE INSPECTION METHOD AND SYSTEM OF CARGO TYPE OBJECTS: VEHICLES, CONTAINER TRUCKS, TRAIN CARRIAGESWO12.02.2015
G01V 5/00
PCT/RO2013/000011MB TELECOM LTD.TUDOR, Mircea
The present invention consists of a method and a scanning system for the nonintrusive inspection of vehicles, container trucks and train carriages. The inspection can be realized without direct human intervention upon the inspected object, thus eliminating time wasting activities like physical control, unsealing, etc. The proposed method for nonintrusive inspection of vehicles and containers has a high inspection capacity (up to 200 vehicles per hour), by achieving a complete vehicle radiography (except the driver's cabin), while driving through the scanning portal and building a system that implements this method, said system being geometrically optimized so that it can be transported rapidly in ISO standardized containers using conventional transport systems (airplane, ship, train, or terrestrial on public roads) in areas where a high level of security is mandatory. The system which implements the method presented earlier is constituted from a mobile scanning unit installed on a chassis (1), said chassis provided with a boom (3) that displays areas of detectors (10) specifically chosen according to the type of penetrant radiation used. In transport mode, the boom (3) is folded which assures the minimum gauge that would allow the compliance of the vehicle with the authorized dimensions of public road transport or in fitting the system into an ISO high cube standardized container. In scanning mode, the boom extends and takes an upside down "U" shape, sustaining at its inferior end, parallel with the detectors area (10) plan, the penetrant radiation source (9). The scanning system also includes a mobile control center which is positioned outside the exclusion area a and has the role to remotely command all the processes involved in the nonintrusive inspection. The mobile control center has an acquisition, processing, storage and image display subsystem (22). The scanning system includes a perimeter protection subsystem (32) and an automated traffic management subsystem (36).

10. WO/2015/020547 SYSTEM, ELECTRONIC PEN AND METHOD FOR THE ACQUISITION OF THE DYNAMIC HANDWRITTEN SIGNATURE USING MOBILE DEVICES WITH CAPACITIVE TOUCHSCREENWO12.02.2015
G06K 9/22
PCT/RO2013/000027SOFTWIN S.R.L.IVASCU, Bogdan-Nicusor
The invention describes a system, an electronic pen and a method for the acquisition and processing of the bio-kinetic information associated with the signature, in order to send this information to an authentication server for authenticity validation. The system includes an electronic pen (1), comprising a housing and a tip made of capacitive materials, two groups of MEMS inertial sensors, MEMSA and MEMSB, an acquisition microcontroller (P7), and a capacitive touchscreen mobile device (2). The information captured by the electronic pen and the capacitive touchscreen mobile device are then processed, synchronized and stored. The method comprises the steps of: establishing the signature start time, acquiring the graphical and temporal information, establishing the signature stop time, associating and synchronizing the kinetic information from the electronic pen (1) with the graphical information from the capacitive touchscreen mobile device (2).


Results 1-10 of 406 for Criteria: Office(s):all Language:ES Stemming: true
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