摘要：【中文】本发明属于电子皮肤技术领域，具体涉及一种恒温电子皮肤及其制备方法和应用。本恒温电子皮肤包括隔热层、储热层和导热层，隔热层接触连接储热层，储热层接触连接导热层，隔热层为下端开口的凹槽结构，储热层位于凹槽内，导热层覆盖在隔热层的下端面和储热层的下表面，隔热层为隔热硅胶，储热层为液态金属，导热层为导热硅胶。本发明提供的恒温电子皮肤能维持温度恒定，使用舒适度较好，其制备方法能够将液态金属完全封装在隔热硅胶和导热硅胶的内部，防止液态金属的泄露，使液态金属可以实现恒温吸收热量。该恒温电子皮肤不仅可以用于人体皮肤表面，还能够作为摩擦纳米发电机，用于设备供电和信号传感。 【EN】The invention belongs to the technical field of electronic skins, and particularly relates to a constant-temperature electronic skin, and a preparation method and application thereof. This constant temperature electron skin includes insulating layer, heat storage layer and heat-conducting layer, and the insulating layer contact is connected the heat storage layer, and the heat storage layer contact is connected the heat-conducting layer, and the insulating layer is lower extreme open-ended groove structure, and the heat storage layer is located the recess, and the heat-conducting layer covers the lower terminal surface at the insulating layer and the lower surface of heat storage layer, and the insulating layer is thermal-insulated silica gel, and the heat storage layer is liquid metal, and the heat-conducting layer. The constant-temperature electronic skin provided by the invention can maintain constant temperature and is good in use comfort, and the preparation method can completely encapsulate the liquid metal in the heat-insulating silica gel and the heat-conducting silica gel, so that the liquid metal is prevented from leaking, and the liquid metal can realize constant-temperature heat absorption. The constant-temperature electronic skin can be used on the surface of human skin, can also be used as a friction nano generator and is used for equipment power supply and signal sensing.

摘要：【中文】本发明公开了一种胶砂式光纤混凝土应力传感器及其制作方法，该传感器包括：铠装光缆、壳体和裸光纤，裸光纤设置在壳体的内部中轴线上且平行于壳体轴向，铠装光缆设置在壳体的进口端，铠装光缆的一端与裸光纤连接；所述的壳体材料为环氧树脂与砂的混合物，在壳体的端部中心处设置有轴向的安装孔；所述的裸光纤中部纤芯上还设置有光纤光栅。本发明制作的应力传感器壳体的材料配比可根据现场岩土条件灵活调配，使得制作好的应力传感器与现场岩土介质的物理参数相匹配，从而可使测量误差减小；采用光纤光栅作为核心敏感元件，且壳体与光缆一体封装，使得传感器抗干扰能力强、精度高、结构坚固，埋入混凝土等恶劣环境中的存活率高、耐久性好。 【EN】The invention discloses a mortar type optical fiber concrete stress sensor and a manufacturing method thereof, wherein the sensor comprises the following components: the armored optical cable is arranged at the inlet end of the shell, and one end of the armored optical cable is connected with the bare optical fiber; the shell is made of a mixture of epoxy resin and sand, and an axial mounting hole is formed in the center of the end of the shell; and the fiber core in the middle of the bare fiber is also provided with a fiber grating. The material proportion of the stress sensor shell manufactured by the invention can be flexibly allocated according to the field rock and soil conditions, so that the manufactured stress sensor is matched with the physical parameters of the field rock and soil medium, and the measurement error can be reduced; the fiber bragg grating is used as a core sensitive element, and the shell and the optical cable are integrally packaged, so that the sensor is high in anti-interference capability, high in precision, firm in structure, high in survival rate and good in durability when being buried in severe environments such as concrete.

摘要：【中文】本发明公开了一种患者转移装置，包括相互配合的第一对板和第二对板，所述第一对板和第二对板具有长边和短边，每个短边都设置有对准结构。其中，所述第一对板包括：第一槽，以与所述短边相同的方向设置于至少一个短边；滑动部件，滑动设置于所述第一槽中；第一开口，设置于与第二对板相对的侧面；支撑板，与所述滑动部件固定连接，活动设置在所述第一开口内；第二槽，以与所述短边正交的方向连通于所述第一槽靠近所述第二对板的一端，用于接收所述滑动部件；所述第二对板包括：第二开口，设置于与第一对板相对的侧面，用于在通过所述滑动部件滑动所述支撑板时，容纳所述支撑板。本发明的方案操作方便、使用安全、且对患者影响更小。 【EN】A patient transfer device includes first and second pairs of plates that mate with each other, the first and second pairs of plates having long sides and short sides, each short side provided with an alignment structure. Wherein the first pair of plates includes: a first groove provided in at least one short side in the same direction as the short side; a sliding member slidably disposed in the first groove; a first opening provided at a side surface opposite to the second pair of plates; the supporting plate is fixedly connected with the sliding part and movably arranged in the first opening; a second groove communicating with an end of the first groove near the second pair of plates in a direction orthogonal to the short side, for receiving the slide member; the second pair of plates includes: and a second opening provided at a side opposite to the first pair of plates for receiving the support plate when the support plate is slid by the slide member. The scheme of the invention has convenient operation, safe use and less influence on patients.

摘要：【中文】本发明涉及一种岩土压力传感器包体的制作方法，包括以下步骤：步骤S1、制作岩土压力传感器包体模具；步骤S2、将岩土压力传感器在包体模具内固定；步骤S3、配制密度、强度、弹性模量与待测岩土相配适的胶砂混合物；步骤S4、将步骤S3中制作的胶砂混合物填充到包体模具的壳体空腔中，胶砂混合物充满壳体空腔并与壳体上端面平齐，静置固化；步骤S5、固化完毕后，拆卸包体模具。本发明设计巧妙，解决了在岩土等恶劣环境中压力传感器直接测量的不相容、不匹配、不准确等问题，适合在岩土等介质中动态过程测试中应用，为PVDF等电学类土压力传感器提供一种防护壳体，提高其在混凝土中的安装成活率、耐久性和抗干扰能力。 【EN】The invention relates to a manufacturing method of a rock-soil pressure sensor bag body, which comprises the following steps: s1, manufacturing a rock-soil pressure sensor bag body mould; s2, fixing the rock-soil pressure sensor in a bag body mould; s3, preparing a mortar mixture with proper density, strength and elastic modulus matched with the rock and soil to be tested; step S4, filling the mortar mixture prepared in the step S3 into a shell cavity of the inclusion mold, filling the shell cavity with the mortar mixture and enabling the mortar mixture to be flush with the upper end face of the shell, and standing and curing; and step S5, after the solidification is finished, disassembling the bag body mould. The invention has smart design, solves the problems of incompatibility, mismatching, inaccuracy and the like of direct measurement of the pressure sensor in severe environments such as rock and soil, is suitable for application in dynamic process test in media such as rock and soil, provides a protective shell for electrical soil pressure sensors such as PVDF and the like, and improves the installation survival rate, durability and anti-interference capability of the electrical soil pressure sensors in concrete.

摘要：【中文】本发明提供了一种汽车能量管理控制方法、系统、车载终端及存储介质，方法包括：分别获取当前车辆的整车氢燃料电堆的电堆输出功率、动力电池的放电功率和所述动力电池的当前电量值；根据所述电堆输出功率、所述放电功率和所述当前电量值确定目标控制策略；根据所述目标控制策略对所述当前车辆的整车高压用电器进行功率调节。本发明通过采用基于所述电堆输出功率、所述放电功率和所述当前电量值的获取设计，以采用所述目标控制策略的方式自动对当前车辆的所述整车高压用电器的功率进行调节，提高了汽车能量调节的准确性，防止了由于采用人工调节所导致的控制准确性低下的现象，且提高了汽车能量转换效率，增大了实车续航里程。 【EN】The invention provides an automobile energy management control method, an automobile energy management control system, an automobile-mounted terminal and a storage medium, wherein the method comprises the following steps: respectively acquiring the stack output power of a whole vehicle hydrogen fuel stack of a current vehicle, the discharge power of a power battery and the current electric quantity value of the power battery; determining a target control strategy according to the electric pile output power, the discharge power and the current electric quantity value; and carrying out power regulation on the whole vehicle high-voltage electric appliance of the current vehicle according to the target control strategy. According to the invention, through the acquisition design based on the electric pile output power, the discharge power and the current electric quantity value, the power of the whole vehicle high-voltage electric appliance of the current vehicle is automatically regulated in a mode of adopting the target control strategy, so that the accuracy of automobile energy regulation is improved, the phenomenon of low control accuracy caused by manual regulation is prevented, the automobile energy conversion efficiency is improved, and the actual vehicle endurance mileage is increased.

摘要：【中文】本发明涉及无线电技术和室内定位技术领域，特别涉及一种基于UWB的NLOS基站识别及室内三维定位系统及方法，所述系统包括包括位置未知的标签节点、至少四个位置已知的基站节点和一个上位机定位终端，基站节点至少包括一个主基站节点和三个辅助基站节点，标签节点安装有标签节点模块、主基站安装有主基站模块、辅助基站安装有辅基站模块，所述标签节点模块包括超宽带发送接收模块、主控模块以及与主控模块连接的振动传感器模块、晶振电路、气压计模块、复位电路以及电源模块；本发明提出的NLOS基站识别方法较大程度上消减了NLOS传播产生的误差，使得最终的测距值已经非常接近真实值。 【EN】The invention relates to the technical field of radio technology and indoor positioning, in particular to an NLOS (non line of sight) base station identification and indoor three-dimensional positioning system and method based on UWB (ultra wide band), wherein the system comprises a label node with unknown position, at least four base station nodes with known positions and an upper computer positioning terminal, each base station node at least comprises a main base station node and three auxiliary base station nodes, a label node module is installed on each label node, a main base station module is installed on each main base station, an auxiliary base station module is installed on each auxiliary base station, and each label node module comprises an ultra wide band transmitting and receiving module, a main control module, a vibration sensor module, a crystal oscillator circuit, a barometer module, a reset circuit and a power supply module which are connected with the; the NLOS base station identification method provided by the invention reduces errors generated by NLOS transmission to a large extent, so that the final ranging value is very close to a true value.

摘要：【中文】本发明公开了一种物联网肺功能检测仪数据远程交互系统，包括肺活量计，肺活量计用以获取筛查者的肺部信息；第一数据设备，第一数据设备设于筛查者所在的检测处，所述第一数据设备与肺活量进行通讯连接，第一数据设备获取肺活量计测量到的筛查者的肺部信息；第二数据设备，所述第二数据设备与第一数据设备无线通讯连接，所述第二数据设备设于具有诊断肺病资格人员的地方，所述第一数据设备的筛查者肺部信息同步到第二数据设备，所述第二数据设备的将诊断人员诊断后的诊断报告同步到第一数据设备；将有限制的医生资源最大化利用起来，能够降低慢阻肺疾病诊断的难度和成本，对于慢阻肺疾病的诊断具有很好的推广作用。 【EN】The invention discloses a remote data interaction system for an Internet of things lung function detector, which comprises a spirometer, a data acquisition module and a data interaction module, wherein the spirometer is used for acquiring lung information of a screener; the first data equipment is arranged at a detection position where the screener is located, the first data equipment is in communication connection with the spirometry, and the first data equipment acquires the lung information of the screener measured by the spirometer; the second data equipment is in wireless communication connection with the first data equipment and is arranged at a place of a person qualified for diagnosing lung diseases, the screener lung information of the first data equipment is synchronized to the second data equipment, and a diagnosis report after diagnosis of the diagnostician is synchronized to the first data equipment by the second data equipment; the limited doctor resources are utilized to the maximum extent, the difficulty and the cost of diagnosing the chronic obstructive pulmonary disease can be reduced, and the method has a good popularization effect on the diagnosis of the chronic obstructive pulmonary disease.

摘要：【中文】本发明公开了一种黄瓜果实刺瘤石蜡切片制作方法，其包括如下步骤：(1)选取合适发育时期的黄瓜果实刺瘤材料立即放入装有FAA固定液的容器瓶中，轻晃动容器瓶至少一次，待黄瓜果实刺瘤材料沉于液面后固定30min；(2)然后将容器瓶中的FAA固定液全部倒掉，再次加入新的FAA固定液到容器瓶中，然后用封口膜封住瓶口，固定至少48h；(3)然后将容器瓶中的FAA固定液再次全部倒掉，加入浓度50％乙醇到容器瓶中诱导1h；(4)最后依次进行整染、脱水、透明、浸蜡与包埋、切片及粘片及展片、脱蜡与染色、封片。通过本发明获得的切片组织完整，结构清晰，可操作性和实用性强，是观察果实刺瘤解剖学结构的有效方法。 【EN】The invention discloses a method for making cucumber fruit thorn tumor paraffin slice, which comprises the following steps: (1) selecting cucumber fruit burr materials in a proper development period, immediately putting the cucumber fruit burr materials into a container bottle filled with FAA fixing liquid, slightly shaking the container bottle for at least one time, and fixing for 30min after the cucumber fruit burr materials are settled on the liquid level; (2) pouring all FAA stationary liquid in the container bottle, adding new FAA stationary liquid into the container bottle again, sealing the bottle mouth with a sealing film, and fixing for at least 48 h; (3) then pouring all FAA stationary liquid in the container bottle again, adding ethanol with the concentration of 50% into the container bottle, and inducing for 1 h; (4) and finally, sequentially carrying out finishing dyeing, dehydration, transparence, wax dipping and embedding, slicing, sticking and unfolding, dewaxing, dyeing and sealing. The section obtained by the invention has the advantages of complete tissue, clear structure, strong operability and practicability, and is an effective method for observing the fruit thorn tumor anatomical structure.