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1.WO/2023/193525COURSE INFORMATION RECOGNITION
WO 12.10.2023
Clasificación Internacional G06Q 50/20
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
50Sistemas o métodos especialmente adaptados para sectores de negocios específicos, p. ej. servicios públicos o turismo
10Servicios
20Educación
Nº de solicitud PCT/CN2023/076846 Solicitante HANGZHOU HIKVISION DIGITAL TECHNOLOGY CO., LTD. Inventor/a FAN, Xunfeng
A course information recognition method, system and apparatus. The method comprises: performing bell recognition on each bell among a plurality of collected bells, so as to recognize whether each bell is a class start bell or a class end bell (101); and determining a class attending time period according to a bell recognition result, and determining course information corresponding to the class attending time period according to a facial recognition result of a teacher who is giving a lesson in a classroom within the class attending time period (102). In the method, bell recognition is combined with facial recognition, such that course information corresponding to a class attending time period can be dynamically recognized, and a class schedule applicable to an educational administration management system can be quickly and intelligently generated.
2.WO/2023/124598INTRUSION DETECTOR
WO 06.07.2023
Clasificación Internacional G08B 13/19
GFISICA
08SEÑALIZACION
BSISTEMAS DE SEÑALIZACION O DE LLAMADA; TRANSMISORES TELEGRAFICOS DE ORDENES; SISTEMAS DE ALARMA
13Alarmas contra ladrones, los atracadores o cualquier intruso
18Accionamiento por intervención del calor, de la luz o de radiaciones de longitud de onda más cortas; Accionamiento por introducción de fuentes de calor, de luz o de radiaciones de longitudes de onda más cortas
189utilizando sistemas detectores de radiación pasivos
19utilizando sistemas detectores de radiación infrarrojos
Nº de solicitud PCT/CN2022/132012 Solicitante HANGZHOU HIKVISION DIGITAL TECHNOLOGY CO., LTD. Inventor/a XU, Haidong
An intrusion detector, comprising: a housing (100); a supporting frame (110) provided in the housing (100) and comprising a fixed portion (111) and a movable portion (112), the fixed portion (111) being connected to the movable portion (112), and the movable portion (112) rotating relative to the fixed portion (111); a detector body (300) provided on the movable portion (112); and an anti-shielding assembly (200) comprising a transmitter (210) and a receiver (220), the transmitter (210) being configured to transmit a detection signal used for detecting a shielding object, the receiver (220) being configured to receive a reflection signal formed by the reflection of the detection signal by the shielding object, and the transmitter (210) being provided on the movable portion (112).
3.WO/2024/051409METHOD AND APPARATUS FOR GENERATING ASYNCHRONOUS PROCESSING FLOW
WO 14.03.2024
Clasificación Internacional G06F 13/42
GFISICA
06CALCULO; CONTEO
FPROCESAMIENTO ELECTRICO DE DATOS DIGITALES
13Interconexión o transferencia de información u otras señales entre memorias, dispositivos de entrada/salida o unidades de procesamiento
38Transferencia de informaciones, p. ej. sobre un bus
42Protocolo de transferencia para bus, p. ej. interbloqueo; Sincronización
Nº de solicitud PCT/CN2023/110914 Solicitante HANGZHOU HIKROBOT CO., LTD. Inventor/a HU, Bowei
The embodiments of the present application relate to the technical field of data processing. Provided are a method and apparatus for generating an asynchronous processing flow. The method comprises: connecting asynchronous processing components on the basis of the processing order of the asynchronous processing components that is configured by a user; determining target event signals selected by the user for a target processing component among the asynchronous processing components, and displaying identifiers of the target event signals in a first preset interface; determining a logical relationship between the target event signals that is configured by the user according to content displayed in the first preset interface; generating a running condition of the target processing component on the basis of the logical relationship and the target event signals; configuring the target processing component to receive the target event signals by means of an event receiving interface, and configuring the target processing component to run a data processing unit when the running condition is established; and according to a configuration result, generating a data file for performing data processing according to an asynchronous processing flow. By applying the solution provided in the embodiments of the present application, asynchronous processing components can be configured to realize asynchronous data processing.
4.WO/2024/244834CARRYING DEVICE
WO 05.12.2024
Clasificación Internacional B66F 9/075
BTECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
66ELEVACION; LEVANTAMIENTO; REMOLCADO
FELEVACION, LEVANTAMIENTO, REMOLQUE O EMPUJE, NO PREVISTOS EN OTRO LUGAR, p. ej. DISPOSITIVOS CUYA FUERZA DE LEVANTAMIENTO O EMPUJE SE APLICA DIRECTAMENTE SOBRE LA SUPERFICIE DE LA CARGA
9Dispositivos para elevación o descenso de mercancías voluminosas o pesadas con fines de carga o descarga
06desplazables, con sus cargas sobre ruedas o dispositivos análogos, p. ej. carros elevadores de horquilla
075Características o detalles de estructura
Nº de solicitud PCT/CN2024/089582 Solicitante HANGZHOU HIKROBOT CO., LTD. Inventor/a ZHANG, Yunlong
A carrying device, comprising a vehicle body (1), a telescopic arm (2) arranged on the vehicle body (1), a detection switch (5) arranged on the vehicle body (1), a trigger member (6), and a control device. The telescopic arm (2) comprises a bottom plate (21), a top plate (24), and a lifting mechanism (23) used for realizing relative vertical movement of the bottom plate (21) and the top plate (24). The trigger member (6) comprises an abutting portion (62) and a first trigger portion (61). When the lifting mechanism (23) drives the top plate (24) to move upwards relative to the bottom plate (21) and when the top plate (24) abuts against the abutting portion (62), the abutting portion (62) drives the first trigger portion (61) to trigger the detection switch (5) to send a signal to the control device, and the control device controls, according to the signal, the lifting mechanism (23) to stop driving the top plate (24) to move upwards so as to prevent the top plate (24) from continuing to rise to cause damage to the carrying device.
5.WO/2024/093495RADOME AND ANTENNA
WO 10.05.2024
Clasificación Internacional H01Q 1/42
HELECTRICIDAD
01ELEMENTOS ELECTRICOS BASICOS
QANTENAS, es decir, ANTENAS DE RADIO
1Detalles de dispositivos asociados a las antenas
42Envolturas que no están asociadas mecánica e íntimamente con los elementos radiantes, p. ej. cúpula
Nº de solicitud PCT/CN2023/116241 Solicitante HANGZHOU HIKVISION DIGITAL TECHNOLOGY CO., LTD. Inventor/a WU, Yizhou
The present application relates to the technical field of radar antennas. Provided in the embodiments of the present application are a radome and an antenna. The radome comprises a radome body 101; and electromagnetic wave blocking members 102, the electromagnetic wave blocking members 102 being located in an inner cavity of the radome body 101, and partitioning the inner cavity of the radome body 101 into at least two sub-inner cavities. When the radome body 101 is installed on an antenna body, any feed source antenna contained in the antenna body is located within one of the at least two sub-inner cavities; the electromagnetic wave blocking members 102 block propagation of electromagnetic waves between any two sub-inner cavities; and the feed source antenna contained in the antenna body comprises a transmitting antenna and a receiving antenna. The present solution can reduce signal interference between feed source antennas without increasing the physical aperture of an antenna, thus improving antenna isolation.
6.WO/2023/169137BASE STATION FOR MAINTAINING SWEEPING ROBOT
WO 14.09.2023
Clasificación Internacional A47L 11/24
ANECESIDADES CORRIENTES DE LA VIDA
47MOBILIARIO; ARTICULOS O APARATOS DE USO DOMESTICO; MOLINILLOS DE CAFE; MOLINILLOS DE ESPECIAS; ASPIRADORES EN GENERAL
LLAVADO O LIMPIEZA DOMESTICA; ASPIRADORES EN GENERAL
11Máquinas para limpiar los suelos, las alfombras, los muebles, las paredes o sus revestimientos
24Máquinas para barrer el suelo accionadas por motor
Nº de solicitud PCT/CN2023/075335 Solicitante HANGZHOU EZVIZ SOFTWARE CO., LTD. Inventor/a WU, Datao
A base station for maintaining a sweeping robot (70), comprising: a base station base (10); a maintenance tray (20), comprising an execution disc body (21), the execution disc body (21) being used for executing a maintenance operation on the sweeping robot (70) that is parked on the base station base (10); and a lifting mechanism (30) for providing an adjustable support for the maintenance tray (20), the adjustable support being used for enabling the execution disc body (21) to translationally lift between a first and second height position in a first direction. The second height position is adjacent to a wiping module (80) at a mounting position at a bottom portion of the sweeping robot (70). The first height position is lower than the second height position. The lifting mechanism (30) comprises a power module (31), a transmission mechanism (32), and an oscillating member (33). The transmission mechanism (32) is used for applying to the oscillating member (33) a driving force that is generated by the power module (31), thereby driving the execution disc body (21) to translationally lift by means of the oscillation of the oscillating member (33) in response to the driving force.
7.WO/2023/185991METHOD, SYSTEM AND DEVICE FOR PROCESSING APPLICATION OPERATION LICENSING
WO 05.10.2023
Clasificación Internacional G06F 21/12
GFISICA
06CALCULO; CONTEO
FPROCESAMIENTO ELECTRICO DE DATOS DIGITALES
21Disposiciones de seguridad para la protección de computadores, sus componentes, programas o datos contra actividades no autorizadas
10Protección de programas o contenidos distribuidos, p. ej.:venta o concesión de licencias con derechos de autor
12Protección de software ejecutable
Nº de solicitud PCT/CN2023/084998 Solicitante HANGZHOU HIKVISION DIGITAL TECHNOLOGY CO., LTD. Inventor/a ZHANG, Xiaoqi
The present application discloses a method, system and device for processing application operation licensing. The method comprises: obtaining license information of a target application, wherein the license information comprises two dimensions, the first dimension of the two dimensions is used for limiting the capability of the target application to analyze multimedia, and the second dimension is used for indicating a total duration that the target application is licensed; determining, according to the two dimensions of the license information, whether the target application exceeds limits in the license information; if the limits in the license information are not exceeded, accumulating the use of the target application; and if the limits in the license information are exceeded, limiting the operation of the target application according to a predefined rule. The present application solves the problem in the prior art caused by performing licensing using natural time, such that the flexibility of licensing is improved, and licensing can be finely performed.
8.WO/2024/001696USER SERVICE REQUEST ASSIGNING METHOD, APPARATUS AND SYSTEM, AND DEVICE
WO 04.01.2024
Clasificación Internacional G06Q 10/06
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
10Administración; Gestión
06Recursos, flujos de trabajo, gestión de recursos humanos o de proyectos, p. ej. organización, planificación, programación o la asignación de tiempo para recursos humanos o de máquinas; Planificación empresarial; Modelos de organización
Nº de solicitud PCT/CN2023/098647 Solicitante HANGZHOU HIKVISION DIGITAL TECHNOLOGY CO., LTD. Inventor/a ZHAO, Shulei
A user service request assigning method, apparatus and system, and a device. The method comprises: determining, by means of a work order management end, estimated processing time of a user service request to be assigned; then determining a target technical service center which is in working time at the estimated processing time from among a plurality of technical service centers arranged in different time zones, the working time of each technical service center being within a preset time period of the time zone to which the technical service center belongs; and finally, assigning the user service request to the target technical service center for processing. A plurality of technical service centers arranged in different time zones collaboratively serve users, so that manual technical services are provided for the users in more time periods. Compared with conventional robot services which can only complete simple services, the technical service centers in the present application can provide more professional manual technical services for users in more time periods, and the service quality and the solving efficiency of service requests are improved.
9.WO/2025/055872DEWAR ASSEMBLY AND DETECTION APPARATUS
WO 20.03.2025
Clasificación Internacional G01J 5/02
GFISICA
01METROLOGIA; ENSAYOS
JMEDIDA DE LA INTENSIDAD, DE LA VELOCIDAD, DEL ESPECTRO, DE LA POLARIZACION, DE LA FASE O DE CARACTERISTICAS DE IMPULSOS DE LA LUZ INFRARROJA, VISIBLE O ULTRAVIOLETA; COLORIMETRIA; PIROMETRIA DE RADIACIONES
5Pirometría de las radiaciones
02Detalles
Nº de solicitud PCT/CN2024/117876 Solicitante HANGZHOU HIKMICRO SENSING TECHNOLOGY CO., LTD. Inventor/a SHENG, Rongjin
A Dewar assembly and a detection apparatus. The Dewar assembly comprises a housing (110), a cover (210), a gas absorption structure (300), and a plurality of functional devices. The housing (110) and the cover (210) are connected and define a sealed cavity; the plurality of functional devices are all mounted in the sealed cavity; the gas absorption structure (300) is a plate-shaped structural member, and a getter layer is provided on the surface of the gas absorption structure (300); the gas absorption structure (300) is provided between a plurality of functional devices, and/or the gas absorption structure (300) is provided between one functional device and the housing (110).
10.WO/2025/025858IMAGE DATA TRANSMISSION METHOD AND APPARATUS, DEVICE, AND MEDIUM
WO 06.02.2025
Clasificación Internacional H04L 65/75
HELECTRICIDAD
04TECNICA DE LAS COMUNICACIONES ELECTRICAS
LTRANSMISION DE INFORMACION DIGITAL, p. ej. COMUNICACION TELEGRAFICA
65Disposiciones, protocolos o servicios de red para soportar aplicaciones en tiempo real en la comunicación de paquetes de datos
60Transmisión en red de paquetes multimedia
75Gestión de paquetes de red de medios
Nº de solicitud PCT/CN2024/099281 Solicitante HANGZHOU HIKROBOT CO., LTD. Inventor/a YU, Minmin
An image data transmission method and apparatus, a device, and a medium. On one hand, image data is segmented and encapsulated on the basis of the characteristics of image lines to obtain image data stream packets, first sub-data only contains line data of the same line, and second sub-data contains line data of multiple complete lines, so that when receiving each image data stream packet, a receiving end can parse out which line the data contained in the image data stream packet belongs to. Compared with the packetization methods in the prior art, the present application does not need to add a line marker and reduces a packetization step, thereby reducing the complexity, reducing the time consumption, and improving the image data transmission efficiency. On the other hand, the location information of each encapsulated sub-data in the image data is added in the packet header information of each image data stream packet, so that when receiving the image data, the receiving end can parse and restore an image on the basis of lines, and even if packet loss occurs, subsequent image data storage is not influenced, and the receiving end can conveniently process the image.