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1 / 361
1.WO/2019/007124GYROSCOPE ASSEMBLY AND DRIVING CAB STABILISATION SYSTEM
WO - 10.01.2019
Clasificación Internacional G01C 19/04
GFISICA
01METROLOGIA; ENSAYOS
CMEDIDA DE DISTANCIAS, NIVELES O RUMBOS; TOPOGRAFIA; NAVEGACION; INSTRUMENTOS GIROSCOPICOS; FOTOGRAMETRIA O VIDEOGRAMETRIA
19Giróscopos; Dispositivos sensibles al giro con masas vibratorias; Dispositivos sensibles al giro sin masas móviles; Medida de velocidad angular usando efectos giroscópicos
02Giróscopos rotatorios
04Detalles
 Nº de solicitud PCT/CN2018/081869 Solicitante ANHUI JIANGHUAI AUTOMOBILE GROUP CORP., LTD. Inventor/a SUN, Yuan
A gyroscope assembly and a driving cab stabilisation system. The driving cab stabilisation system comprises: a gyroscope (1), a controller (S2), an adjuster (S3), an air storage tank (S4) and an electromagnetic valve (S5). The adjuster (S3) is provided with air bags (S6), and press heads (S7) are respectively formed at both ends of the air bags (S6). The electromagnetic valve (S5) is provided with three openings, respectively an air inlet port, an air supply port and an air outlet port. The air storage tank (S4) is connected to the air inlet port via an air pipe, and the air supply port is connected to the air bags (S6) via air pipes. The controller (S2) is connected to the gyroscope (1), and obtains a posture signal. The controller (S2) is also connected to the electromagnetic valve (S5), and controls the connection relationships of the air inlet port, the air supply port and the air outlet port. The controller (S2) obtains the posture signal by means of the gyroscope (1), sends a control signal to the electromagnetic valve (S5), and adjusts the connection relationships and connection degrees of the various ports in the electromagnetic valve (S5), so as to control an adjustment range of the adjuster (S3). The driving cab stabilisation system is provided with the gyroscope (1) to accurately determine the posture, and the electrical signal feedback control sensitivity is high, so that the overall vehicle adjustment is more accurate and smooth, thereby increasing the vehicle comfort.
2.WO/2017/003029ARABIC ALPHABET INPUT DEVICE
WO - 05.01.2017
Clasificación Internacional G06F 3/01
GFISICA
06CALCULO; CONTEO
FPROCESAMIENTO ELECTRICO DE DATOS DIGITALES
3Disposiciones de entrada para la transferencia de datos destinados a ser procesados en una forma utilizable por el computador; Disposiciones de salida para la transferencia de datos desde la unidad de procesamiento a la unidad de salida, p. ej. disposiciones de interfaz
01Disposiciones de entrada o disposiciones combinadas de entrada y salida para la interacción entre el usuario y el computador
 Nº de solicitud PCT/KR2015/010433 Solicitante CHO, Don Woo Inventor/a CHO, Don Woo
According to the feature of the present invention, provided is an Arabic alphabet input device for inputting Arabic alphabets including Arabic, Farsi, and Urdu, comprising: a keypad (110) for outputting each character input signal according to an operation of a user, wherein representative characters, which include common character portions commonly included in each of Arabic characters in a character group grouped on the basis of a stroke commonly included in each Arabic alphabet among all Arabic alphabets, are arranged in a preset representative character region (111), and a plurality of subscripts, which form various derivative characters when attached to one side of each representative character, are arranged in a preset subscript region (112); a control unit (120) for outputting a display control signal for independently displaying a selected representative character or displaying derivative characters in which the selected representative character and subscripts are combined, according to an inputted character input signal; and a display (130) for displaying each Arabic character on a screen (131) according to the display control signal of the control unit (120).
3.WO/2016/183829MULTIPLE-CHANNEL ANALOG SENSOR-BASED SAMPLING METHOD AND APPARATUS, AND CURRENCY SWITCHER
WO - 24.11.2016
Clasificación Internacional G07D 7/00
GFISICA
07DISPOSITIVOS DE CONTROL
DMANIPULACION DE MONEDAS O DE PAPELES DE VALOR, p. ej. VERIFICACION, CLASIFICACION POR DENOMINACION, CONTEO, DISPENSACION, CAMBIO O DEPOSITO
7Verificación especialmente adaptada a la determinación de la identidad o la autenticidad de papeles de valor o para separar aquellos que son inaceptables, p. ej. billetes o papel moneda extranjeros
 Nº de solicitud PCT/CN2015/079408 Solicitante SHENZHEN YIHUA COMPUTER CO., LTD. Inventor/a HU, Qinhui
A multiple-channel analog sensor-based sampling method and apparatus, and a currency switcher. The method comprises: determining a rising period of a multiple-channel analog sensor, and using a rising period as a start point of sampled data; determining sampling parameters according to the rising period, the sampling parameters comprising a single sampling period and the number of times of cyclic sampling; after the start point of sampled data, performing DMA sampling processing on the multiple-channel analog sensor according to the sampled parameters, so as to obtain sampled data; and performing sampling completion processing of the sampled data. In the method, a sensor is sampled after a rising period, thereby ensuring the consistency of sampled data and improving the sampling precision; different sampling parameters are configured when signal stabilities of the sensor are different, and DMA processing is performed; after invalid sampled data is acquired, a storage address reconfigured and a next sampling is started without delaying the software processing time, thereby improving the sampling efficiency; and finally, data obtained after sampling is gathered.
4.WO/2017/203321METHOD FOR PREPARING A PRECOATED SHEET AND ASSOCIATED INSTALLATION
WO - 30.11.2017
Clasificación Internacional B23K 26/00
BTECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
23MAQUINAS-HERRAMIENTAS; TRABAJO DE METALES NO PREVISTO EN OTRO LUGAR
KSOLDADURA SIN FUSION O DESOLDEO; SOLDADURA; REVESTIMIENTO O CHAPADO POR SOLDADURA O SOLDADURA SIN FUSION; CORTE POR CALENTAMIENTO LOCALIZADO, p. ej. CORTE CON SOPLETE; TRABAJO POR RAYOS LASER
26Trabajo por rayos láser, p. ej. soldadura, corte o taladrado
 Nº de solicitud PCT/IB2016/053017 Solicitante ARCELORMITTAL Inventor/a VIERSTRAETE, René
Method for preparing a precoated sheet (1 ) comprising: - providing a precoated sheet (1 ) comprising a metallic substrate provided with a precoating on at least one of its faces; - removing through laser ablation at least a portion of the precoating on said at least one face of the precoated sheet (1 ) in a removal zone (6), said ablation step being carried out in an installation (20). The installation (20) comprises at least one protective element (26) comprising a protective surface (28). During the ablation step, the protective surface (28) contacts the precoated sheet (1 ) in a contact area in register with the laser beam (22) as the laser beam (22) removes the portion of the precoating. A plane tangent to said protective surface (28) at the contact area forms a dihedral angle with the plane of the face (12) of the precoated sheet (1 ), this angle being strictly smaller than 90°.
5.WO/2015/199305SOLENOID VALVE RECYCLING TOOL AND SOLENOID VALVE CLEANING METHOD USING SAME
WO - 30.12.2015
Clasificación Internacional B25B 27/02
BTECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
25HERRAMIENTAS MANUALES; HERRAMIENTAS DE MOTOR PORTATILES; MANGOS PARA UTENSILIOS MANUALES; UTILLAJE DE TALLER; MANIPULADORES
BHERRAMIENTAS O UTILLAJE DE BANCO NO PREVISTOS EN OTRO LUGAR, PARA FIJAR, UNIR, DESENGANCHAR O MANTENER
27Herramientas manuales o utillaje de banco, especialmente concebidas para ensamblar o separar piezas u objetos, causando o no cierta deformación, no previstos en otro lugar
02para montar objetos por ajuste con prensa, o para desmontarlos
 Nº de solicitud PCT/KR2015/000864 Solicitante KAR CO., LTD Inventor/a CHOI, Sung Jai
The present invention relates to a solenoid valve recycling tool and a solenoid valve cleaning method using the same. According to the present invention, the recycling tool for a solenoid valve, which includes a solenoid part installed in a transmission of a vehicle to control the inflow and outflow of fluid and a valve part, comprises: a fixing member that has an insertion recess formed therein into which the solenoid part is fixedly inserted; a separating member that is located above the fixing member while the valve part is inserted into the separating member, and makes the valve part separated from the solenoid part; an attaching/detaching member for attaching/detaching a bushing to/from the interior of the solenoid part separated by the separating member, the bushing being configured to prevent a leakage of fluid; and a coupling member for coupling the solenoid part and the valve part.
6.WO/2016/086826IMPROVED DEVICE FOR PREPARING PHOSPHORIC ACID FROM KILN EGRESSION FLUE GAS OF PHOSPHORIC ACID PROCESS OF KILN METHOD, AND PHOSPHORIC ACID PREPARING PROCESS
WO - 09.06.2016
Clasificación Internacional C01B 25/18
CQUIMICA; METALURGIA
01QUIMICA INORGANICA
BELEMENTOS NO METALICOS; SUS COMPUESTOS
25Fósforo; Sus compuestos
16Oxácidos de fósforo; Sus sales
18Acido fosfórico
 Nº de solicitud PCT/CN2015/096078 Solicitante SICHUAN KO CHANG TECHNOLOGY CO.,LTD Inventor/a HOU, Yonghe
Provided are improved device for preparing phosphoric acid from kiln egression flue gas of a phosphoric acid process of a kiln method, and a phosphoric acid preparing process. The process comprises: introducing the kiln egression flue gas that contains P2O5 and fluorine to a hydration tower (1), and before the introducing, opening an acid liquor circulation spraying system connected to the hydrated tower (1), wherein a great portion of the phosphoric acid generated in the heat and mass exchanging between the flue gas and spraying liquid is absorbed into the spraying liquid; allowing the sprayed phosphoric acid solution to circulate into the acid liquid circulation spray system finally through a liquid inlet (14); then allowing the egression flue gas from an egression flue gas outlet (12) to pass through a phosphoric acid gas scrubber (3) and an electrostatic mist precipitator (4) in sequence, so that phosphoric acid gas mixed in the egression flue gas from the hydrated tower (1) is further collected, and the concentrated phosphoric acid solution in the acid liquid circulation spray system can enter a refining process; and allowing the flue gas containing fluorine from a mist separation tower to enter a follow-up fluorine recycling processing.
7.WO/2016/197363CASH DEPOSITING AND DISPENSING DEVICE AND AUTOMATIC TELLER MACHINE
WO - 15.12.2016
Clasificación Internacional G07D 11/00
GFISICA
07DISPOSITIVOS DE CONTROL
DMANIPULACION DE MONEDAS O DE PAPELES DE VALOR, p. ej. VERIFICACION, CLASIFICACION POR DENOMINACION, CONTEO, DISPENSACION, CAMBIO O DEPOSITO
11Dispositivos que aceptan monedas; Dispositivos que aceptan, dispensan, clasifican o cuentan papeles de valor
 Nº de solicitud PCT/CN2015/081238 Solicitante SHENZHEN YIHUA COMPUTER CO., LTD. Inventor/a HUANG, Jian
Disclosed is a cash deposit and dispensing device, which comprises a housing (10), and a cash rolling drum (11), an upper side conveyor belt (12), a lower side conveyor belt (13), an upper reel (14), a lower reel (15) and a movable guide (16) which are arranged within the housing (10). The terminal parts of the upper side conveyor belt (12) and the lower side conveyor belt (13) are respectively fixed to the upper reel (14) and the lower reel (15). The beginning parts of the upper side conveyor belt (12) and the lower side conveyor belt (13) are fixed to a surface of the cash rolling drum (11) in a mutually overlapped manner. The movable guide (16) is arranged on the upper side of the cash rolling drum (11). The front end of the housing (10) is provided with a cash guide (20). A cash accessing port (30) is formed between the cash guide (20) and the movable guide (16). A flap (40) is provided on the inner side of the housing (10) for avoiding cash rolled up at the surface of the cash rolling drum (11) making contact with the inner side of the housing (10). The device has a guide effect when depositing or dispensing cash. Meanwhile, contact between the cash and the cash guide can be avoided, the possibility of cash being stuck is completely eradicated, and the reliability of the device is increased.
8.WO/2018/229575SMART SHOPPING SYSTEM WITH SMART ADS
WO - 20.12.2018
Clasificación Internacional G06Q 30/00
GFISICA
06CALCULO; CONTEO
QMETODOS O SISTEMAS DE PROCESAMIENTO DE DATOS ESPECIALMENTE ADAPTADOS PARA FINES ADMINISTRATIVOS, COMERCIALES, FINANCIEROS, DE GESTION, DE SUPERVISION O DE PRONOSTICO; METODOS O SISTEMAS ESPECIALMENTE ADAPTADOS PARA FINES ADMINISTRATIVOS, COMERCIALES, FINANCIEROS, DE GESTION, DE SUPERVISION O DE PRONOSTICO, NO PREVISTOS EN OTRO LUGAR
30Comercio, p.e. compras o comercio electrónico
 Nº de solicitud PCT/IB2018/053452 Solicitante AKBARYAN, Roozbeh Inventor/a AKBARYAN, Saeed
Smart shopping system to search for products and to locate goods in the store is easy to use. The store's map with the location of goods is specified for the customer and the system directs the customer to the desired product and display relevant promotional video. When the customer puts the goods in the shopping cart, he sees the price and all the relevant features of that product on his mobile phone. With each item added, finally, the total price and the bill will be ready after the completion of the purchase. When the costumer goes to the exit door, there is no other queue for checking because his bill is ready and he needs just to pay the purchases bill before leaving the phone.
9.WO/2024/180372FLUID FLOW CONTROL VALVE SENSITIVE TO FLUID CONDITION
WO - 06.09.2024
Clasificación Internacional F16K 3/22
FMECANICA; ILUMINACION; CALEFACCION; ARMAMENTO; VOLADURA
16ELEMENTOS O CONJUNTOS DE TECNOLOGIA; MEDIDAS GENERALES PARA ASEGURAR EL BUEN FUNCIONAMIENTO DE LAS MAQUINAS O INSTALACIONES; AISLAMIENTO TERMICO EN GENERAL
KVALVULAS; GRIFOS; COMPUERTAS; FLOTADORES PARA ACCIONAMIENTO; DISPOSITIVOS PARA VENTILAR O AIREAR
3Válvulas de compuerta o válvulas deslizantes, es decir, dispositivos obturadores cuyo elemento de cierre desliza a lo largo de un asiento para la apertura o el cierre
22con caras de obturación en formas de superficies de sólidos de revolución
 Nº de solicitud PCT/IB2023/051932 Solicitante LARI, Rahim Inventor/a LARI, Rahim
A fluid flow control valve comprising a valve body, a flow path, and a regulating assembly. The regulating assembly comprises an apertured valve seat, a parameter-sensitive component, and a movable part. The moveable part comprises an apertured plate and an elongated shaft that passes through an aperture of the apertured plate and an aperture of the apertured valve seat such that a longitudinal axis of the elongated shaft is coaxial with the longitudinal axis of the flow path. The movable part may be capable of adapting a released state that forms in response to disruption of the parameter-sensitive component so that the movable part slides towards the apertured valve seat and the apertured plate attaches to the first side of the apertured valve seat and blocks the aperture of the apertured valve seat.
10.WO/2023/1568153D PRINTING OF GRAPHENE AEROGEL ADSORBENT FOR METAL POLLUTANTS REMOVAL
WO - 24.08.2023
Clasificación Internacional B29C 64/209
BTECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
29TRABAJO DE LAS MATERIAS PLASTICAS; TRABAJO DE SUSTANCIAS EN ESTADO PLASTICO EN GENERAL
CCONFORMACIÓN O UNIÓN DE MATERIAS PLÁSTICAS; CONFORMACIÓN DE MATERIALES EN ESTADO PLÁSTICO, NO PREVISTA EN OTRO LUGAR; POSTRATAMIENTO DE PRODUCTOS CONFORMADOS, p. ej. REPARACIÓN
64Fabricación aditiva, p. ej. fabricación de objetos tridimensionales por deposición aditiva, aglomeración aditiva o estratificación aditiva, p. ej. impresión 3D, estereolitografía o sinterización láser selectiva
20Aparatos para la fabricación aditiva; Sus partes constitutivas o sus accesorios
205Medios para la aplicación de capas
209Cabezales; Boquillas
 Nº de solicitud PCT/IB2022/051359 Solicitante IMANIAN, Mohammad Ebrahim Inventor/a IMANIAN, Mohammad Ebrahim
A method for fabricating an aerographene adsorbent may include applying a graphene ink to a substrate by printing the graphene ink with a predetermined pattern layer by layer onto the substrate. 3D printing the graphene ink may be performed utilizing a printing system that may include an inkjet printhead. An inkjet printhead may include a plurality of nozzles spurting out the graphene ink in jets. A method for fabricating an aerographene adsorbent may further include freezing the applied graphene ink on the substrate. The frozen graphene ink may then be transferred to a freeze drier, where the frozen graphene ink is freeze dried to form the aerographene adsorbent.
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