摘要：【中文】本发明实施例公开了一种路线推荐方法及电子设备。该路线推荐方法包括：获取多个预设路线中的每一个预设路线的行程信息；根据每一个预设路线的行程信息，确定每一个预设路线的晕车指数；将满足预设晕车指数阈值的预设路线推荐为目标路线。利用本发明实施例能够提高用户驾乘体验。 【EN】The embodiment of the invention discloses a route recommendation method and electronic equipment. The route recommendation method comprises the following steps: acquiring travel information of each preset route in a plurality of preset routes; determining the carsickness index of each preset route according to the travel information of each preset route; and recommending the preset route meeting the preset carsickness index threshold value as the target route. The embodiment of the invention can improve the driving experience of the user.

摘要：【中文】公开了一种无菌空气过滤装置，包括：第一管路，与压缩空气进口和压缩空气出口连接，用于传输压缩空气；预减压阀，位于第一管路上，用于对压缩空气进行减压；预过滤器，位于第一管路上，与预减压阀连接，用于对压缩空气进行预过滤，去除压缩空气中的颗粒；第一除菌过滤器，位于第一管路上，与预过滤器连接，用于对压缩空气进行除菌处理；第二除菌过滤器，位于第一管路上，与第一除菌过滤器连接，用于对压缩空气进行除菌处理；调节阀，位于第一管路上，与第二除菌过滤器连接，用于控制压缩空气出口的压力。本发明提供的无菌空气过滤装置，通过两级除菌过滤器进行过滤，可以有效的预防一个过滤器损坏所造成的无菌破坏，提高无菌气制备的性能。 【EN】Disclosed is an aseptic air filtration device comprising: the first pipeline is connected with the compressed air inlet and the compressed air outlet and is used for transmitting compressed air; the pre-reducing valve is positioned on the first pipeline and used for reducing the pressure of the compressed air; the pre-filter is positioned on the first pipeline, is connected with the pre-pressure reducing valve and is used for pre-filtering the compressed air and removing particles in the compressed air; the first sterilizing filter is positioned on the first pipeline, is connected with the pre-filter and is used for sterilizing the compressed air; the second sterilizing filter is positioned on the first pipeline, is connected with the first sterilizing filter and is used for sterilizing the compressed air; and the regulating valve is positioned on the first pipeline, is connected with the second sterilizing filter and is used for controlling the pressure of the compressed air outlet. The sterile air filtering device provided by the invention can effectively prevent the sterile damage caused by the damage of one filter by filtering through the two-stage sterilizing filter, and improve the performance of sterile air preparation.

摘要：【中文】公开了一种UHT系统包括物料侧和热水侧，其中，物料侧包括物料进口、进出料控制阀组、物料平衡罐；热水侧包括脱气均质段换热器、脱气及均质单元、灭菌段换热器、高温保持管、热回收降温换热管、热水罐、出口冷却换热单元、以及产品出口；物料侧包括单向阀和第一换向阀，设置在产品回口和进出料控制阀组之间；热水侧包括第二换向阀和截止阀，设置在进出料控制阀组和热水罐之间。本发明提供的UHT系统，通过设置在产品回口和进出料控制阀组之间单向阀和第一换向阀以及设置在进出料控制阀组和热水罐之间的第二换向阀和截止阀，直接将物料侧在清洗时，将物料侧的清洗液直接引入到热水侧，实现物料侧和热水侧同时清洗。 【EN】The UHT system comprises a material side and a hot water side, wherein the material side comprises a material inlet, a material inlet and outlet control valve group and a material balance tank; the hot water side comprises a degassing homogenizing section heat exchanger, a degassing and homogenizing unit, a sterilizing section heat exchanger, a high-temperature maintaining pipe, a heat recovery and cooling heat exchange pipe, a hot water tank, an outlet cooling heat exchange unit and a product outlet; the material side comprises a one-way valve and a first reversing valve, and is arranged between the product return opening and the feeding and discharging control valve group; the hot water side comprises a second reversing valve and a stop valve, and the second reversing valve and the stop valve are arranged between the feeding and discharging control valve group and the hot water tank. According to the UHT system provided by the invention, the one-way valve and the first reversing valve which are arranged between the product return port and the feeding and discharging control valve bank, and the second reversing valve and the stop valve which are arranged between the feeding and discharging control valve bank and the hot water tank are adopted, so that the cleaning liquid on the material side is directly introduced into the hot water side when the material side is cleaned, and the material side and the hot water side are cleaned simultaneously.

摘要：【中文】公开了一种CIP换热装置，包括：冷凝水换热器，用于对CIP清洗液进行预加热；第一管路，与所述冷凝水换热器，用于传输预加热后的CIP清洗液；蒸汽换热器，与所述第一管路连接，用于接收预加热后的CIP清洗液，并将预加热后的CIP清洗液加热至预设温度；第二管路，分别与蒸汽换热器和冷凝水换热器连接，用于将蒸汽换热器中的冷凝水排放至所述冷凝水换热器中；第三管路，与所述蒸汽换热器连接，用于向所述蒸汽换热器提供饱和蒸汽。本发明提供的CIP换热装置，通过蒸汽换热器的饱和冷凝水的热能对CIP清洗液进行预升温，充分利用供应过来的蒸汽的热能，节约蒸汽的用量，降低生产的投入成本。 【EN】Disclosed is a CIP heat exchange device, including: the condensed water heat exchanger is used for preheating the CIP cleaning solution; the first pipeline and the condensate water heat exchanger are used for transmitting the preheated CIP cleaning liquid; the steam heat exchanger is connected with the first pipeline and used for receiving the preheated CIP cleaning liquid and heating the preheated CIP cleaning liquid to a preset temperature; the second pipeline is respectively connected with the steam heat exchanger and the condensed water heat exchanger and used for discharging condensed water in the steam heat exchanger into the condensed water heat exchanger; and the third pipeline is connected with the steam heat exchanger and is used for providing saturated steam for the steam heat exchanger. According to the CIP heat exchange device provided by the invention, the heat energy of the saturated condensate water of the steam heat exchanger is used for preheating the CIP cleaning liquid, the heat energy of supplied steam is fully utilized, the steam consumption is saved, and the production input cost is reduced.

摘要：【中文】本发明公开了一种耳机存放结构及智能设备，耳机存放结构包括壳体，其内设有两个用于存放耳机的耳机槽；两个盖板，其卡扣且可转动连接于壳体上、且分别位于两耳机槽开口处；两个滑板，其设置于壳体上、且位于两盖板之间；两个滑板分别用于解除两个盖板与壳体的卡扣连接、实现两个盖板的转动。本发明的耳机存放结构简洁，可以对耳机实现方便快捷的携带和取放、避免耳机丢失和损坏。耳机可以存放于壳体的耳机槽内，耳机槽的开口处设有盖板，盖板可以防止耳机从耳机槽内滑出脱落，从而可以防止耳机丢失。当需要将耳机取出时，滑动滑板可以解除盖板的卡扣连接，然后转动盖板将其打开，即可从耳机槽中将耳机取出，操作方便快捷。 【EN】The invention discloses an earphone storage structure and intelligent equipment, wherein the earphone storage structure comprises a shell, two earphone slots for storing earphones are arranged in the shell; the two cover plates are buckled and can be rotationally connected to the shell and are respectively positioned at the openings of the two earphone slots; the two sliding plates are arranged on the shell and positioned between the two cover plates; the two sliding plates are respectively used for releasing the buckling connection between the two cover plates and the shell and realizing the rotation of the two cover plates. The storage structure of the earphone is simple, the earphone can be conveniently and quickly carried, taken and placed, and the loss and damage of the earphone are avoided. The earphone can be stored in the earphone groove of the shell, the cover plate is arranged at the opening of the earphone groove, and the cover plate can prevent the earphone from falling off from the earphone groove, so that the earphone can be prevented from being lost. When the earphone needs to be taken out, the sliding plate can be used for releasing the buckle connection of the cover plate, then the cover plate is rotated to be opened, the earphone can be taken out from the earphone groove, and the operation is convenient and fast.

摘要：【中文】本公开是关于一种神经网络结构的评估、确定方法、装置和存储介质。该方法包括：获取子结构与GPU时间的对应关系，所述对应关系用于指示超网络中各个子结构的GPU时间，所述超网络包括多层搜索空间，每层所述搜索空间包括多个子结构；基于所述对应关系，确定目标神经网络的GPU时间，所述目标神经网络包括依次连接的多层结构，所述目标神经网络的每层结构为对应层的所述搜索空间中的一个子结构；基于所述目标神经网络的GPU时间，对所述目标神经网络的结构进行评估。通过基于所述对应关系，确定目标神经网络的GPU时间，可以快速确定目标神经网络的GPU时间，有利于快速判断目标神经网络是否满足设计需求。 【EN】The present disclosure relates to a method, an apparatus, and a storage medium for evaluating and determining a neural network structure. The method comprises the following steps: acquiring a corresponding relation between a substructure and GPU time, wherein the corresponding relation is used for indicating the GPU time of each substructure in a hyper network, the hyper network comprises a plurality of layers of search spaces, and each layer of search spaces comprises a plurality of substructures; determining GPU time of a target neural network based on the corresponding relation, wherein the target neural network comprises a plurality of layers of structures which are connected in sequence, and each layer of structure of the target neural network is a substructure in the search space of the corresponding layer; evaluating a structure of the target neural network based on the GPU time of the target neural network. By determining the GPU time of the target neural network based on the corresponding relation, the GPU time of the target neural network can be rapidly determined, and whether the target neural network meets the design requirement or not can be rapidly judged.

摘要：【中文】本发明公开了一种智能腕戴设备，包括主体，主体上设有用于收纳耳机的耳机收纳槽以及卡扣模组，卡扣模组用于通过按压操作对耳机收纳槽内的耳机实现卡接固定或脱离，耳机收纳槽中设有用于使脱离状态的耳机移动至方便取出位置的位置调整件。本发明提供的智能腕戴设备具有容纳耳机的耳机收纳槽，位于耳机收纳槽中的耳机可以被卡扣模组以卡接的形式锁定位置，以保证稳定的收纳，同时，脱离状态的耳机能够通过位置调整件的作用移动至方便取出的位置。该结构能够在腕戴设备上设置耳机，并方便耳机的收纳和取用，使得耳机在不使用时能够安全的收纳。 【EN】The invention discloses intelligent wrist-wearing equipment which comprises a main body, wherein an earphone accommodating groove for accommodating an earphone and a buckle module are arranged on the main body, the buckle module is used for clamping and fixing or separating the earphone in the earphone accommodating groove through pressing operation, and a position adjusting piece for moving the separated earphone to a position convenient to take out is arranged in the earphone accommodating groove. The intelligent wrist-worn device provided by the invention is provided with the earphone accommodating groove for accommodating the earphone, the earphone positioned in the earphone accommodating groove can be locked in a clamping manner by the buckle module so as to ensure stable accommodation, and meanwhile, the earphone in a separated state can be moved to a position convenient to take out under the action of the position adjusting piece. This structure can set up the earphone on wrist-worn equipment to make things convenient for accomodating and taking of earphone, make accomodating that the earphone can be safe when not using.

摘要：【中文】本发明公开一种可穿戴设备，包括设备主体、锁紧机构以及驱动机构，设备主体具有用于容纳耳机的腔体；锁紧机构设于设备主体；锁紧机构包括触发件和与触发件驱动连接的固定组件，固定组件用于将耳机固定于腔体内；触发件被触发时，驱动固定组件释放耳机；驱动机构用于驱动被释放状态下的耳机朝向设备主体的外部运动，以使耳机至少部分凸出腔体外。本发明技术方案中只需触发触发件便能够使得耳机凸设于设备主体的外部的功能，达到了耳机拆卸方便的效果。 【EN】The invention discloses wearable equipment, which comprises an equipment main body, a locking mechanism and a driving mechanism, wherein the equipment main body is provided with a cavity for accommodating an earphone; the locking mechanism is arranged on the equipment main body; the locking mechanism comprises a trigger part and a fixing component in driving connection with the trigger part, and the fixing component is used for fixing the earphone in the cavity; when the trigger piece is triggered, the fixed component is driven to release the earphone; the driving mechanism is used for driving the earphone in the released state to move towards the outside of the device main body, so that the earphone at least partially protrudes out of the cavity body. According to the technical scheme, the earphone can be protruded out of the equipment body only by triggering the trigger piece, so that the effect of convenience in detaching the earphone is achieved.

摘要：【中文】一种将踢脚线系统安装于墙板上的施工方法，包括以下步骤：制备踢脚线主体(10)以及踢脚线盖子(13)，制备或购买线缆。将线缆从线槽(101，102)的槽口压入线槽(101，102)内，或从线槽(101，102)的端口穿入线槽(101，102)内；将踢脚线盖子(13)盖罩于踢脚线主体(10)上，并使两者形成卡扣连接；将踢脚线主体(10)的底面固定在墙板(200)底部的侧面上。该施工方法能将线缆以及踢脚线集合成一个系统，然后再安装于墙板上，实现了线路与主体结构分离。 【EN】A construction method for installing a skirting line system on a wallboard comprises the following steps: preparing a skirting main body (10) and a skirting cover (13), and preparing or purchasing a cable. Pressing the cable into the trunking (101, 102) from the notch of the trunking (101, 102), or penetrating the cable into the trunking (101, 102) from the port of the trunking (101, 102); covering the skirting line cover (13) on the skirting line main body (10) and enabling the skirting line cover and the skirting line main body to form a buckling connection; the bottom surface of the skirting line main body (10) is fixed on the side surface of the bottom of the wall board (200). The construction method can integrate the cable and the skirting line into a system, and then the system is installed on the wallboard, so that the separation of the line and the main structure is realized.

摘要：【中文】本发明适用于建筑施工技术领域，提供了一种将天花装饰线系统安装于主体结构上的施工方法，包括以下步骤：制备布线件以及天花装饰件，制备或购买线缆。将线缆从线槽的槽口压入布线件的线槽内，或从线槽的端口穿入线槽内；将天花装饰件盖罩于布线件上，并使两者形成卡扣连接，将布线件的侧面及顶面对应固定在主体结构的侧面板及顶面板上。本发明的施工方法能将线缆以及布线件、线槽盖板、天花装饰件集合成一个系统，然后再安装于主体结构上，实现了线路与主体结构分离。克服了传统预埋线路维修时需开凿楼层板、墙板的弊端，减少对结构主体的破坏，大大增加了房屋安全可靠性。 【EN】The invention is suitable for the technical field of building construction, and provides a construction method for installing a ceiling decorative line system on a main body structure, which comprises the following steps: preparing wiring pieces and ceiling decorations, and preparing or purchasing cables. Pressing a cable into the wire slot of the wiring piece from the notch of the wire slot, or penetrating the cable into the wire slot from the port of the wire slot; the ceiling decoration piece is covered on the wiring piece, the wiring piece and the ceiling decoration piece are connected in a buckling mode, and the side face and the top face of the wiring piece are correspondingly fixed on the side panel and the top panel of the main body structure. The construction method can integrate the cable, the wiring piece, the slot cover plate and the ceiling decoration piece into a system, and then the system is installed on the main body structure, so that the separation of the line and the main body structure is realized. The defect that floor plates and wall plates need to be dug in the traditional embedded line maintenance process is overcome, damage to the structural main body is reduced, and the safety and reliability of the house are greatly improved.