摘要：【中文】本发明涉及一种干衣架的伸缩支臂结构，包括支臂，所述支臂包括至少两根相互伸缩配合的风管，每根风管分别设有磁性件，各磁性件在相邻的风管之间产生磁力并且该磁力使移动后的风管保持定位。用户推动风管上下滑行伸展或收缩时利用磁力，用户伸展或收缩支臂更轻松，操作简单，而且该磁力使移动后的风管保持定位，令支臂维持伸展状态或收缩状态。 【EN】The invention relates to a telescopic support arm structure of a clothes drying rack, which comprises a support arm, wherein the support arm comprises at least two air pipes which are mutually matched in a telescopic manner, each air pipe is respectively provided with a magnetic part, each magnetic part generates magnetic force between the adjacent air pipes, and the magnetic force enables the moved air pipes to keep positioning. The user utilizes magnetic force when pushing the tuber pipe and slideing from top to bottom and extending or contracting, and the user is more relaxed to extend or contract the support arm, and easy operation, and this magnetic force makes the tuber pipe after removing keep the location moreover, makes the support arm maintain the extended state or the contracted state.

摘要：【中文】本发明涉及一种干衣架，它包括壳体、烘干装置和支臂，所述烘干装置设置有用于暖风吹出的风道，所述支臂和壳体活动连接，所述支臂包括至少两根相互伸缩配合的风管，每根风管的管壁开有出风口，出风口和风道连通，每根风管分别设有磁性件，各磁性件在相邻的风管之间产生磁力并且该磁力使移动后的风管保持定位。用户推动风管上下滑行伸展或收缩时利用磁力，用户伸展或收缩支臂更轻松，操作简单，而且用户通过旋转支臂，令支臂和壳体的角度产生变化从而形成干衣架或干鞋器，便于用户烘干衣服或鞋子，提高干衣架的适用范围，满足用户不同的需求。 【EN】The invention relates to a clothes drying rack which comprises a shell, a drying device and a support arm, wherein the drying device is provided with an air duct for blowing out warm air, the support arm is movably connected with the shell, the support arm comprises at least two air ducts which are matched with each other in a telescopic manner, the wall of each air duct is provided with an air outlet, the air outlet is communicated with the air duct, each air duct is respectively provided with a magnetic part, each magnetic part generates magnetic force between the adjacent air ducts, and the magnetic force enables the moved air ducts to be kept positioned. The user promotes the tuber pipe and slides from top to bottom and utilizes magnetic force when extending or contracting, and the user extends or contracts the support arm more easily, easy operation, thereby the user makes the angle of support arm and casing produce the change and form clothes hanger or dry shoes ware through rotatory support arm in addition, and the user of being convenient for dries clothes or shoes, improves clothes hanger's application scope, satisfies the different demand of user.

摘要：【中文】本发明公开了一种切换流向脱盐装置，包括盐水进口、至少一组纳滤装置、浓水出口和淡水出口，所述纳滤装置包括纳滤装置盐水进口端、纳滤装置浓水出口端和纳滤装置淡水出口端。本发明通过多组管路及阀门设计，采用切换流向控制，可减轻产生膜结垢的现象、节约阻垢剂成本，延长膜的使用寿命；此外采用多段式切换流向控制时前段浓水可作为后段进水，从而可节约原来用量，减少浓水排出，节约浓水的排污成本，同时也可提高淡水的回收率；本发明结构简单、紧凑、切换方便、可广泛适用于脱盐处理技术领域。 【EN】The invention discloses a flow direction switching desalting device which comprises a salt water inlet, at least one group of nanofiltration devices, a concentrated water outlet and a fresh water outlet, wherein each nanofiltration device comprises a nanofiltration device salt water inlet end, a nanofiltration device concentrated water outlet end and a nanofiltration device fresh water outlet end. According to the invention, through the design of a plurality of groups of pipelines and valves and the adoption of switching flow direction control, the phenomenon of membrane scaling can be reduced, the cost of the scale inhibitor is saved, and the service life of the membrane is prolonged; in addition, the front-section concentrated water can be used as the rear-section inlet water when the multi-section switching flow direction control is adopted, so that the original using amount can be saved, the discharge of the concentrated water is reduced, the pollution discharge cost of the concentrated water is saved, and the recovery rate of the fresh water can be improved; the invention has simple and compact structure and convenient switching, and can be widely applied to the technical field of desalination treatment.

摘要：【中文】本发明公开了一种多水箱热泵热水器系统，包括风机、板式换热器、压缩机、四通阀、气液分离器和主水箱，所述主水箱的内部固定换热管，所述主水箱的出水端连接有出水管，所述主水箱的进水端连接有进水管。本发明中，通过在主水箱的出水端连接有出水管，主水箱的进水端连接有进水管，将出水管靠近主水箱出水端以及进水管远离主水箱进水端之间并联有通过水管依次串联的多个副水箱，在多水箱热泵热水器系统中设置用于控制水管通断的电动阀、用于限制水流流向的单向阀以及用于增强水流流动能力的水泵，这样用户在使用的过中，可通过水泵、电动阀和单向阀仅对主水箱进行泵水，从而提高主水箱加热水体效率。 【EN】The invention discloses a multi-water-tank heat pump water heater system which comprises a fan, a plate heat exchanger, a compressor, a four-way valve, a gas-liquid separator and a main water tank, wherein a heat exchange pipe is fixed inside the main water tank, the water outlet end of the main water tank is connected with a water outlet pipe, and the water inlet end of the main water tank is connected with a water inlet pipe. According to the multi-water-tank heat pump water heater system, the water outlet end of the main water tank is connected with the water outlet pipe, the water inlet end of the main water tank is connected with the water inlet pipe, a plurality of auxiliary water tanks which are sequentially connected in series through water pipes are connected in parallel between the position, close to the water outlet end of the main water tank, of the water outlet pipe and the position, far away from the water inlet end of the main water tank, of the water inlet pipe, an electric valve used for controlling the on-off of the water pipes, a one-way valve used for limiting the flow direction of water flow and a water pump used for enhancing the flow capacity of the water flow are arranged in the multi-water-.

摘要：【中文】本发明公开了一种模块承压式热水机系统，包括热泵主机、加热水箱、主出水管、主进水管和换热管，所述加热水箱的进水端口连接有主进水管，所述加热水箱的出水端口连接有主出水管，所述加热水箱的内部设置有换热管，所述换热管的输入/输出端与加热水箱外部的热泵主机输出/输入端对应连接，所述加热水箱侧壁开设有循环口，所述主进水管自加热水箱所在侧向其端口处依次串联连接有第二截止阀、内循环泵、电动阀、第一截止阀和外循环泵。本发明中，通过在加热水箱侧壁设置循环口，并在主进水管上串联内循环泵和外循环泵，通过内循环泵增强受热水体在加热水箱和储热水箱内快速流动，能够提高储热水箱整体加热效率。 【EN】The invention discloses a module pressure-bearing type water heater system which comprises a heat pump host, a heating water tank, a main water outlet pipe, a main water inlet pipe and a heat exchange pipe, wherein the water inlet port of the heating water tank is connected with the main water inlet pipe, the water outlet port of the heating water tank is connected with the main water outlet pipe, the heat exchange pipe is arranged in the heating water tank, the input/output end of the heat exchange pipe is correspondingly connected with the output/input end of the heat pump host outside the heating water tank, the side wall of the heating water tank is provided with a circulation port, and the main water inlet pipe is sequentially connected with a second stop valve, an inner circulation pump, an electric valve, a first stop valve and an outer. According to the invention, the circulating port is arranged on the side wall of the heating water tank, the inner circulating pump and the outer circulating pump are connected in series on the main water inlet pipe, the rapid flow of the heated water body in the heating water tank and the heat storage water tank is enhanced through the inner circulating pump, and the integral heating efficiency of the heat storage water tank can be improved.

摘要：【中文】本申请提供一种电子束辐照装置和设备，所述装置包括：电子束产生单元、电子束控制单元、辐照腔室、二次电子收集器以及信号处理单元，所述电子束产生单元的电子束输出端与所述辐照腔室相对，所述电子束控制单元设置在所述电子束产生单元的电子束输出端与所述辐照腔室之间，所述二次电子收集器设置在所述辐照腔室内，所述信号处理单元与所述二次电子收集器以及所述电子束控制单元电连接。 【EN】The present application provides an electron beam irradiation apparatus and device, the apparatus including: the electron beam irradiation device comprises an electron beam generation unit, an electron beam control unit, an irradiation cavity, a secondary electron collector and a signal processing unit, wherein an electron beam output end of the electron beam generation unit is opposite to the irradiation cavity, the electron beam control unit is arranged between the electron beam output end of the electron beam generation unit and the irradiation cavity, the secondary electron collector is arranged in the irradiation cavity, and the signal processing unit is electrically connected with the secondary electron collector and the electron beam control unit.

摘要：【中文】本发明提供了一种通信监听方法及通信设备，解决了基站无法实时监测获知sidelink通信情况的问题。本发明的通信监听方法包括：在旁路SL通信资源上，实时监测终端设备的SL通信行为。本发明实施例在旁路SL通信资源上，实时监测终端设备的SL通信行为，以便于网络设备基于监听到的情况对终端设备进行预配置资源、重新分配资源、切换调度模式或已分配资源重新利用等操作，提升了V2X资源(池)利用效率，减少了资源选择冲突，提高了V2X通信系统的可靠性和灵活性，减小了系统的通信时延。 【EN】The invention provides a communication monitoring method and communication equipment, which solve the problem that a base station cannot monitor and acquire sidelink communication conditions in real time. The communication monitoring method comprises the following steps: and monitoring the SL communication behavior of the terminal equipment in real time on the bypass SL communication resource. The embodiment of the invention monitors the SL communication behavior of the terminal equipment in real time on the side-path SL communication resources, so that the network equipment can conveniently carry out operations such as pre-configuration of resources, reallocation of resources, switching of scheduling modes or reuse of allocated resources and the like on the terminal equipment based on the monitored condition, the utilization efficiency of V2X resources (pools) is improved, resource selection conflicts are reduced, the reliability and flexibility of a V2X communication system are improved, and the communication time delay of the system is reduced.

摘要：【中文】本发明提供了一种资源分配方法及基站，该方法包括向第二基站发送资源指示信息，所述资源指示信息用于确定所述第二基站可以调度的第二资源池，其中，所述第二资源池与所述第一基站可以调度的第一资源池不冲突。因此，本发明的方案，通过基站之间的交互，可以更好地调度资源，避免资源冲突，提高资源利用率，进而提高系统性能。 【EN】The invention provides a resource allocation method and a base station, wherein the method comprises the step of sending resource indication information to a second base station, wherein the resource indication information is used for determining a second resource pool which can be scheduled by the second base station, and the second resource pool is not conflicted with a first resource pool which can be scheduled by the first base station. Therefore, the scheme of the invention can better schedule resources, avoid resource conflict, improve the utilization rate of the resources and further improve the system performance through the interaction between the base stations.

摘要：【中文】本公开涉及一种数据处理装置及终端，所述装置包括处理器、存储器，所述处理器被配置为：确定待执行程序中每个函数的可执行代码的大小及被运行的次数；根据每个函数的可执行代码的大小、被执行的次数及所述存储器的容量确定多个目标函数；将所述多个目标函数的可执行代码搬移至所述存储器；从所述存储器中调用所述多个目标函数中的一个或多个以进行数据处理。本公开实施例可以对待执行程序的运行进行加速，提高数据处理装置的运行效率及用户体验。 【EN】The present disclosure relates to a data processing apparatus and a terminal, the apparatus including a processor, a memory, the processor configured to: determining the size and the running times of an executable code of each function in a program to be executed; determining a plurality of target functions according to the size of the executable code of each function, the executed times and the capacity of the memory; moving the executable code of the plurality of objective functions to the memory; one or more of the plurality of objective functions are called from the memory for data processing. The embodiment of the disclosure can accelerate the running of the program to be executed, and improve the running efficiency and user experience of the data processing device.

摘要：【中文】本发明涉及了一种深度学习模型分布式运算的方法及装置，其中该方法包括：在设备管理列表中注册虚拟处理器；注册并编写虚拟处理器支持的算子；检测虚拟处理器相关联的硬件资源，并根据相关联的各硬件资源的算力确定硬件资源各自的分配比例；基于虚拟处理器支持的算子配置深度学习模型，并为深度学习模型中使用的算子指定虚拟处理器；虚拟处理器根据分配比例为虚拟处理器相关联的硬件资源分配相应算子的输入数据以进行运算，并将各硬件资源的运算结果合并为相应算子的输出。本发明引入了虚拟处理器的构思，为相应的算子指定虚拟处理器作为运算设备，将运算分配给不同的硬件设备来实现并行执行，从而实现了深度学习模型运算的异构加速。 【EN】The invention relates to a method and a device for deep learning model distributed operation, wherein the method comprises the following steps: registering a virtual processor in a device management list; registering and writing operators supported by the virtual processor; detecting hardware resources associated with the virtual processor, and determining respective allocation proportions of the hardware resources according to the computing power of the associated hardware resources; configuring a deep learning model based on an operator supported by a virtual processor, and assigning the virtual processor to the operator used in the deep learning model; and the virtual processor allocates the input data of the corresponding operator to the hardware resources associated with the virtual processor according to the allocation proportion so as to carry out operation, and combines the operation results of the hardware resources into the output of the corresponding operator. The invention introduces the concept of virtual processors, appoints the virtual processors as operation equipment for corresponding operators, and distributes the operation to different hardware equipment to realize parallel execution, thereby realizing heterogeneous acceleration of deep learning model operation.