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Resultados 1-10 de 1.293 para loscriterios:(NPCC:IR AND CTR:WO) Oficina(s):all Idioma:es separación automática de palabras en lexemas: false
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TítuloPaísFecha de publicación
Nº de solicitudSolicitanteInventor/aClasificación Internacional
PROCESS FOR CRUSHING AND SEPARATING OF WASTE MAINTENANCE-FREE LEAD-ACID STORAGE BATTERY
WO04.02.2016
PCT/CN2014/095939HUNAN JIANG YE MECHANICAL AND ELECTRICAL TECHNOLOGY CO., LTDLI, Xinsheng
H01M 10/54
H ELECTRICIDAD
01
ELEMENTOS ELECTRICOS BASICOS
M
PROCEDIMIENTOS O MEDIOS PARA LA CONVERSION DIRECTA DE LA ENERGIA QUIMICA EN ENERGIA ELECTRICA, p. ej. BATERIAS
10
Elementos secundarios; Su fabricación
54
Recuperación de partes útiles de acumuladores usados
Disclosed is a process for crushing and separating of a waste maintenance-free lead-acid storage battery. The crushing and separating process comprises separation and recovery of an electrolyte, separation and recovery of a plastic shell, separation and recovery of a lead grid, separation and recovery of a laminar film and a rubber valve, and separation and recovery of a lead slime. In the present invention, various materials of the waste maintenance-free lead-acid storage battery are separated such that the various materials such as the electrolyte, plastic shell, lead grid, laminar film, rubber valve, lead slime, etc. are respectively recovered and the separated and recovered various materials have high purities and are easily recycled; and in the present invention, a physical method is used to mechanically separate the waste maintenance-free lead-acid storage battery, which not only does not damage the materials but is simple and feasible, and has small secondary contamination, a small energy consumption for recovery and a high recovery utilization such that the resources are fully utilized.

VERFAHREN ZUR TIEFTEMPERATURZERLEGUNG VON LUFT UND LUFTZERLEGUNGSANLAGE
WO04.02.2016
PCT/EP2015/001554LINDE AKTIENGESELLSCHAFTLAUTENSCHLAGER, Tobias
F25J 3/04
F MECANICA; ILUMINACION; CALEFACCION; ARMAMENTO; VOLADURA
25
REFRIGERACION O ENFRIAMIENTO; SISTEMAS COMBINADOS DE CALEFACCION Y DE REFRIGERACION; SISTEMAS DE BOMBA DE CALOR; FABRICACION O ALMACENAMIENTO DEL HIELO; LICUEFACCION O SOLIDIFICACION DE GASES
J
LICUEFACCION, SOLIDIFICACION O SEPARACION DE GASES O MEZCLAS GASEOSAS POR PRESION Y ENFRIAMIENTO
3
Procedimientos o aparatos para separar los constituyentes de las mezclas gaseosas implicando el empleo de una licuefacción o de una solidificación
02
por rectificación, es decir, por intercambio continuo de calor y de materia entre una corriente de vapor y una corriente de líquido
04
para aire
Es wird ein Verfahren zur Tieftemperaturzerlegung von Luft (AIR) in einer Luftzerlegungsanlage (100) mit einem Hauptluftverdichter (2), einem Hauptwärmetauscher (4) und einem Destillationssäulensystem (10) mit einer auf einem ersten Druckniveau betriebenen Niederdrucksäule (1 1) und einer auf einem zweiten Druckniveau betriebenen Hochdrucksäule (12) vorgeschlagen, bei dem ein Einsatzluftstrom (a), der die gesamte, der Luftzerlegungsanlage (100, 200) zugeführte Einsatzluft umfasst, in dem Hauptluftverdichter (2) auf ein drittes Druckniveau verdichtet wird, welches mindestens 2 bar oberhalb des zweiten Druckniveaus liegt, wobei von dem verdichteten Einsatzluftstrom (b) ein erster Anteil (c) mindestens einmal in dem Hauptwärmetauscher (4) abgekühlt und von dem dritten Druckniveau in einer ersten Entspannungsturbine (5) entspannt wird, ein zweiter Anteil (d) mindestens einmal in dem Hauptwärmetauscher (4) abgekühlt und ausgehend von dem dritten Druckniveau in einer zweiten Entspannungsturbine (6) entspannt wird, und ein dritter Anteil (e) weiter auf ein viertes Druckniveau verdichtet, mindestens einmal in dem Hauptwärmetauscher (4) abgekühlt und ausgehend von dem vierten Druckniveau entspannt wird, wobei Luft des ersten Anteils (c) und/oder des zweiten Anteils (d) und/oder des dritten Anteils (e) auf dem ersten und/oder auf dem zweiten Druckniveau in das Destillationssäulensystem (10) eingespeist wird. Es ist vorgesehen, dass der dritte Anteil (e) nacheinander in einem Nachverdichter (7), einem warmen ersten Turbinenbooster und einem zweiten Turbinenbooster auf das vierte Druckniveau weiter verdichtet wird, und zum Entspannen des dritten Anteils (e) ein Dichtfluidexpander (8) verwendet wird, dem der dritte Anteil (e) in flüssigem Zustand und auf dem vierten Druckniveau zugeführt wird. Eine Luftzerlegungsanlage (100) ist ebenfalls Gegenstand der Erfindung.

COPPER-BASED CATALYST AND METHOD FOR PREPARING SAME
WO30.06.2016
PCT/CN2015/097565HIGHCHEM TECHNOLOGY CO., LTD.TANG, Dachuan
B01J 21/08
B TECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
01
PROCEDIMIENTOS O APARATOS FISICOS O QUIMICOS EN GENERAL
J
PROCEDIMIENTOS QUIMICOS O FISICOS, p. ej. CATALISIS, QUIMICA DE LOS COLOIDES; APARATOS ADECUADOS
21
Catalizadores que contienen los elementos, los óxidos o los hidróxidos de magnesio, de boro, de aluminio, de carbono, de silicio, de titanio, de zirconio o de hafnio
06
Silicio, titanio, zirconio o hafnio; Sus óxidos o hidróxidos
08
Sílice
The present invention relates to a copper-based catalyst and a method for preparing same. The catalyst contains a silicon dioxide carrier and a copper oxide active component loaded on the carrier, where the catalyst is prepared by using a method comprising the following steps: (1) adding a silicon source to deionized water, and then adjust the pH value to 6.5 to 12 by using aqueous ammonia, to obtain a sol mixture; (2) mixing the sol mixture obtained in Step (1) and an ammoniacal copper complex solution and then performing ammonia distillation, to obtain a viscous material; and (3) sequentially performing primary drying, washing, secondary drying, and roasting on the viscous material obtained in Step (2). The catalyst provided in the present invention can reach a balance between a high conversion rate and selectivity in a process of preparing ethylene glycol by using oxolate, and has low reaction temperature, a low hydrogen/ester molar ratio, and a large liquid hourly space velocity.

METHOD FOR PRODUCING Α-OLEFIN OLIGOMER
WO31.03.2016
PCT/JP2015/076531MITSUBISHI CHEMICAL CORPORATIONEMOTO Hiroki
C07C 2/32
C QUIMICA; METALURGIA
07
QUIMICA ORGANICA
C
COMPUESTOS ACICLICOS O CARBOCICLICOS
2
Preparación de hidrocarburos a partir de hidrocarburos que tienen menor número de átomos de carbono
02
por adición de hidrocarburos insaturados
04
por oligomerización de hidrocarburos insaturados bien definidos, sin formación de ciclo
06
de alquenos, es decir, de hidrocarburos acíclicos con un solo enlace doble carbono-carbono
08
Procesos catalíticos
26
con hidruros o compuestos orgánicos
32
en forma de complejos, p. ej. acetil-acetonatos
The present invention relates to: a method for producing an α-olefin oligomer by performing an oligomerization reaction of an α-olefin in a reaction solvent within a reactor in the presence of a catalyst, wherein a non-concentrated gas and a condensate liquid obtained from an outlet port of a heat exchanger by introducing some of a gas in the gas phase part within the reactor into the heat exchanger and cooling the gas in the heat exchanger are circulated and supplied to the reactor, and wherein the temperature of the liquid phase part within the reactor is from 110°C to 150°C and the outlet temperature of the heat exchanger is from 50°C to 100°C; and an apparatus for producing an α-olefin oligomer.

METHOD AND APPARATUS FOR PRODUCING Α-OLEFIN OLIGOMER
WO31.03.2016
PCT/JP2015/076523MITSUBISHI CHEMICAL CORPORATIONEMOTO Hiroki
C07C 2/32
C QUIMICA; METALURGIA
07
QUIMICA ORGANICA
C
COMPUESTOS ACICLICOS O CARBOCICLICOS
2
Preparación de hidrocarburos a partir de hidrocarburos que tienen menor número de átomos de carbono
02
por adición de hidrocarburos insaturados
04
por oligomerización de hidrocarburos insaturados bien definidos, sin formación de ciclo
06
de alquenos, es decir, de hidrocarburos acíclicos con un solo enlace doble carbono-carbono
08
Procesos catalíticos
26
con hidruros o compuestos orgánicos
32
en forma de complejos, p. ej. acetil-acetonatos
The present invention relates to: a method for producing an α-olefin oligomer by performing an oligomerization reaction of an α-olefin in a reaction solvent within a reactor in the presence of a catalyst, wherein a condensate liquid obtained by introducing some of a gas in the gas phase part within the reactor into a heat exchanger and cooling the gas therein is circulated and supplied to the reactor, and wherein the condensate liquid circulated and supplied to the reactor is dispersed into the gas phase part within the reactor; and an apparatus for producing an α-olefin oligomer.

TAMPER-EVIDENT LEAK-PROOF PAIL CLOSURE SYSTEMS
WO31.03.2016
PCT/IN2015/000369MOLD-TEK PACKAGING LIMITEDADIVISHNU, Subramanyam
B65D 43/02
B TECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
65
TRANSPORTE; EMBALAJE; ALMACENADO; MANIPULACION DE MATERIALES DELGADOS O FILIFORMES
D
RECIPIENTES PARA EL ALMACENAMIENTO O EL TRANSPORTE DE OBJETOS O MATERIALES, p. ej. SACOS, BARRILES, BOTELLAS, CAJAS, LATAS, CARTONES, ARCAS, BOTES, BIDONES, TARROS, TANQUES; ACCESORIOS O CIERRES PARA RECIPIENTES; ELEMENTOS DE EMBALAJE; PAQUETES
43
Cubiertas o tapas para recipientes en forma de caja
02
Tapas o tapones quitables
The present invention is related to a tamper-evident closure and to a tamper-evident closure-container combination having specially designed features. The features comprise a tamper-evidence and a tear away band (6) which can be pulled out in anti-clockwise direction around the periphery of the container. The closure (1) has primary (9) and secondary (11) locking facilities which allow the container to be used effectively. The container is shaped and configured such that the closure fits into the sections defined so that a primary zone or zones of weight transfer between the closure and the container occurs at the surface of the side wall of the container. The closure is shaped and configured to take up the load of the container when they are arranged atop each other and transfer the same to the side walls of the container.

SCHIENENFAHRZEUG MIT SEITLICH ZUGÄNGLICHEM KABELKANAL
WO16.06.2016
PCT/EP2015/078881BOMBARDIER TRANSPORTATION GMBHBIALOSCEK, André
H02G 3/04
H ELECTRICIDAD
02
PRODUCCION, CONVERSION O DISTRIBUCION DE LA ENERGIA ELECTRICA
G
INSTALACION DE CABLES O DE LINEAS ELECTRICAS, O DE LINEAS O CABLES ELECTRICOS Y OPTICOS COMBINADOS
3
Instalaciones de cables o líneas eléctricas o de sus tubos de protección en o sobre inmuebles, estructuras equivalentes o vehículos
02
Detalles
04
Tubos o conductos protectores , p. ej. bandejas de rejillas portacables, bandejas portacables
Ein Schienenfahrzeugwagen umfasst ein Untergestell, das mindestens einen sich in Fahrzeuglängsrichtung (140) erstreckenden Langträger (100) und mindestens zwei Konsolen (110), die am Langträger (100) befestigt sind, aufweist. Längs des Langträgers (100) verläuft ein Kabelkanal (120), der einen an den Konsolen (110) befestigten Kabelkanalkörper (121) und einen Deckel (122) aufweist, wobei der Deckel (122) des Kabelkanals (120) zur Außenseite des Schienenfahrzeugs weist und den Kabelkanal (120) seitlich verschließt. Weiterhin wird ein Kabelkanal für einen Schienenfahrzeugwagen beschrieben.

ACRYLIC ACID PRODUCTION DEVICE, METHOD FOR PRODUCING ACRYLIC ACID, AND METHOD FOR STOPPING PRODUCTION OF ACRYLIC ACID IN SAID METHOD FOR PRODUCING ACRYLIC ACID
WO23.06.2016
PCT/JP2015/085396MITSUBISHI CHEMICAL CORPORATIONOGAWA Yasushi
C07C 51/25
C QUIMICA; METALURGIA
07
QUIMICA ORGANICA
C
COMPUESTOS ACICLICOS O CARBOCICLICOS
51
Preparación de ácidos carboxílicos o sus sales, haluros o anhídridos
16
por oxidación
21
con oxígeno molecular
25
de compuestos insaturados que no tienen ciclo aromático de seis miembros
The present invention addresses the problem of providing an acrylic acid production device for producing acrylic acid from liquefied propylene, said production device making it possible to effectively utilize energy and also to perform a stopping operation efficiently and in a short period of time. This acrylic acid production device is provided with a starting material gasification device that converts liquefied propylene into a propylene gas, an oxidation reactor that converts the propylene gas into crude acrylic acid, and a purification device that converts the crude acrylic acid into acrylic acid. The starting material gasification device has a heat transfer device inside and has a heating device in an outer peripheral portion which includes at least the bottom of the starting material gasification device.

SEGMENTED VEHICLE DRIVE SYSTEM AND VEHICLE INSPECTION SYSTEM
WO16.06.2016
PCT/CN2015/096879NUCTECH COMPANY LIMITEDHU, Yu
B60S 13/00
B TECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
60
VEHICULOS EN GENERAL
S
MANTENIMIENTO, LIMPIEZA, REPARACION, ELEVACION O MANIOBRA DE VEHICULOS, NO PREVISTOS EN OTRO LUGAR
13
Dispositivos autónomos para maniobrar los vehículos
Provided are a segmented vehicle drive system and a vehicle inspection system, comprising a controller, a first drive apparatus (111) and second drive apparatus (112), and a first push member (1113) and second push member (1123). The controller controls the first push member (1113) to push the rear wheel of a vehicle at a first speed, and when a signal emitted by a first sensor (1114) is received, controls the second push member (1123) to move, causing the time interval of the second push member (1123) making contact with the front wheel of the vehicle to be equal to the time interval of the first sensor (1114) emitting a signal and the second sensor (1124) emitting a signal; further, the second push member (1123) makes contact with the front wheel at the same speed and pushes the front wheel of the vehicle. It is not necessary for the segmented vehicle drive system to adjust acceleration and deceleration parameters for different wheel diameters, thus inspection efficiency is effectively improved.

IMPROVED DEVICE FOR PREPARING PHOSPHORIC ACID FROM KILN EGRESSION FLUE GAS OF PHOSPHORIC ACID PROCESS OF KILN METHOD, AND PHOSPHORIC ACID PREPARING PROCESS
WO09.06.2016
PCT/CN2015/096078SICHUAN KO CHANG TECHNOLOGY CO.,LTDHOU, Yonghe
C01B 25/18
C QUIMICA; METALURGIA
01
QUIMICA INORGANICA
B
ELEMENTOS NO METALICOS; SUS COMPUESTOS
25
Fósforo; Sus compuestos
16
Oxácidos de fósforo; Sus sales
18
Acido fosfórico
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.

Resultados 1-10 de 1.293 para loscriterios:(NPCC:IR AND CTR:WO) Oficina(s):all Idioma:es separación automática de palabras en lexemas: false
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