摘要：【中文】本发明公开了一种可调节进食高度的肉鸭养殖笼，属于家禽养殖设备技术领域。其技术方案为：一种可调节进食高度的肉鸭养殖笼，包括笼架，设置在笼架上的若干个鸭笼，在笼架同一侧，位于每一个鸭笼下端部各设置一个料槽，以及活动连接在笼架上的若干个采食调节单元，其中，采食调节单元包括设置在笼架上，位于鸭笼和相对应的料槽之间的挡板，设置活动连接在笼架上，控制挡板的调节单元。本发明的有益效果是：本发明提供的一种可调节进食高度的肉鸭养殖笼可进行手动或全自动化采食调节、省时省力、调节效率高、控制精准、无干涉。 【EN】The invention discloses a meat duck breeding cage with adjustable feeding height, and belongs to the technical field of poultry breeding equipment. The technical scheme is as follows: the utility model provides a cage is bred to meat duck of adjustable feed height, includes the cage, sets up a plurality of duck cage on the cage, and same one side in the cage, lies in each duck cage tip and respectively sets up a silo to and a plurality of feeding regulating unit of swing joint on the cage, wherein, feeding regulating unit sets up swing joint on the cage, the regulating unit of control flap including setting up on the cage, lies in the baffle between duck cage and the corresponding silo. The invention has the beneficial effects that: the meat duck breeding cage with the adjustable feeding height can be used for manual or full-automatic feeding adjustment, and is time-saving, labor-saving, high in adjustment efficiency, accurate in control and free of interference.

摘要：【中文】本发明涉及雾化器技术领域，公开了一种雾化结构及其制作方法。雾化结构包括雾化片和压电陶瓷，雾化片包括夹层结构，夹层结构包括金属膜片和贴合布置在金属膜片的两侧的高分子材料层，夹层结构上开设有多个贯穿金属膜片以及高分子材料层的雾化孔，雾化孔为沿远离压电陶瓷方向孔径逐渐增大的变径孔。高分子材料层与金属膜片直接连接，可减少振荡损耗；在激光打孔时，打孔线通过高分子材料，高分子材料熔化是可带动切削屑，可避免金属切削屑的飞溅，同时雾化孔光滑平整，且打孔区的厚度得到保证；雾化孔打在金属膜片上时，生的金属切削屑可由高分子材料熔融液带走，同时由于金属薄片对振荡的传递更好，雾化孔的表面平整，增强了雾化效果。 【EN】The invention relates to the technical field of atomizers and discloses an atomizing structure and a manufacturing method thereof. Atomizing structure includes atomizing piece and piezoceramics, and the atomizing piece includes sandwich structure, and sandwich structure includes that metal diaphragm and laminating arrange the macromolecular material layer in metal diaphragm's both sides, sets up a plurality of atomizing holes that run through metal diaphragm and macromolecular material layer on the sandwich structure, and the atomizing hole is for following the reducing hole of keeping away from piezoceramics direction aperture crescent. The polymer material layer is directly connected with the metal membrane, so that oscillation loss can be reduced; when laser drilling is carried out, a drilling line passes through a high polymer material, the high polymer material is melted to drive cutting scraps, so that the metal cutting scraps can be prevented from splashing, an atomization hole is smooth and flat, and the thickness of a drilling area is ensured; when the atomizing holes are punched on the metal diaphragm, raw metal cutting chips can be taken away by the high polymer material melt liquid, and meanwhile, as the metal sheet has better transmission to the oscillation, the surface of the atomizing holes is smooth, and the atomizing effect is enhanced.

摘要：【中文】本发明公开了一种便携式逃生装置，包括通过软管相连通的身体防护气囊和头部防护气囊，以及用于对身体防护气囊和头部防护气囊充气的引射器，所述身体防护气囊的形状与人体的头部以下的轮廓形状匹配，所述软管有多个，所述头部防护气囊的形状为向远离身体防护气囊的方向凸出的圆弧状，所述多个软管分别连接在头部防护气囊的边缘。本发明的便携式逃生装置在降落的过程中不仅能够防护人的身体，而且使头部始终位于身体的上部，避免头部先着地，能够全方位防护人体。 【EN】The invention discloses a portable escape device which comprises a body protection air bag, a head protection air bag and an ejector, wherein the body protection air bag and the head protection air bag are communicated through hoses, the ejector is used for inflating the body protection air bag and the head protection air bag, the shape of the body protection air bag is matched with the outline shape below the head of a human body, the number of the hoses is multiple, the shape of the head protection air bag is an arc protruding towards the direction far away from the body protection air bag, and the hoses are respectively connected to the edge of the head protection air bag. The portable escape device can protect the body of a person in the falling process, and the head is always positioned at the upper part of the body, so that the head is prevented from being firstly landed, and the body can be protected in all directions.

摘要：【中文】本发明涉及换热器技术领域，公开了一种管壳式换热器。管壳式换热器包括壳体和布置在壳体内的换热管束，壳体内还转动装配有螺旋推进系统，螺旋推进系统包括套设在换热管束外部的螺旋叶片，管壳式换热器还包括设置在壳体的端部的电动机，电动机与螺旋推进系统传动连接，电动机包括固定布置在壳体上的线圈和转动装配在壳体内的磁铁，磁铁与螺旋叶片传动连接。电动机的线圈和磁铁集成布置在壳体上，在给线圈通电后受到电场力的作用，电动机的磁铁会带动螺旋推进系统转动，从而使壳体内的流体更加合理的螺旋流动，减少流体阻力，从而提高了换热效率；电动机集成布置后，省略了单独配备电动机的成本，并且降低了该管壳式换热器在装配时占用的空间。 【EN】The invention relates to the technical field of heat exchangers and discloses a shell-and-tube heat exchanger. The shell-and-tube heat exchanger comprises a shell and a heat exchange tube bundle arranged in the shell, the shell is further internally provided with a spiral propulsion system in a rotating mode, the spiral propulsion system comprises spiral blades sleeved outside the heat exchange tube bundle, the shell-and-tube heat exchanger further comprises a motor arranged at the end of the shell, the motor is in transmission connection with the spiral propulsion system, the motor comprises a coil fixedly arranged on the shell and a magnet rotatably arranged in the shell, and the magnet is in transmission connection with the spiral blades. The coil and the magnet of the motor are integrally arranged on the shell, and under the action of an electric field force after the coil is electrified, the magnet of the motor can drive the spiral propulsion system to rotate, so that fluid in the shell flows spirally more reasonably, the fluid resistance is reduced, and the heat exchange efficiency is improved; after the motor is integrally arranged, the cost for separately equipping the motor is omitted, and the space occupied by the shell-and-tube heat exchanger during assembly is reduced.

摘要：【中文】形成半导体器件的方法包括接收中介层的第一表面上的导电凸块的第一设计，第一设计中的导电凸块具有相同的截面面积；将第一设计中的导电凸块分组为第一表面的第一区域中的第一组导电凸块和第一表面的第二区域中的第二组导电凸块，其中，第二区域的凸块图案密度低于第一区域的凸块图案密度；通过修改第一设计来形成第二设计，其中，修改第一设计包括修改第二区域中的第二组导电凸块的截面面积；并且根据第二设计在中介层的第一表面上形成导电凸块，其中，在形成之后，第一组导电凸块和第二组导电凸块具有不同的截面面积。本发明的实施例还涉及半导体器件。 【EN】A method of forming a semiconductor device includes receiving a first design of conductive bumps on a first surface of an interposer, the conductive bumps in the first design having a same cross-sectional area; grouping the conductive bumps in the first design into a first set of conductive bumps in a first area of the first surface and a second set of conductive bumps in a second area of the first surface, wherein a bump pattern density of the second area is lower than a bump pattern density of the first area; forming a second design by modifying the first design, wherein modifying the first design includes modifying a cross-sectional area of the second set of conductive bumps in the second region; and forming conductive bumps on the first surface of the interposer according to a second design, wherein, after formation, the first set of conductive bumps and the second set of conductive bumps have different cross-sectional areas. Embodiments of the invention also relate to semiconductor devices.

摘要：【中文】本发明提供一种利用扫描设备对档案盒摆放顺序盘点的装置，包括：密集架，内部均匀设有横向层板，每层均匀设有纵向隔板，形成摆放口；档案盒，摆放于每一摆放口内；RFID标签，贴设于每一档案盒相同位置上，相邻RFID标签的横向距离相同，纵向距离相同；RFID扫描设备，与密集架相对设置；金属外壳，安装于RFID扫描设备，金属外壳表面设有辐射通道口，辐射通道口恰好正对于某一RFID标签；固定盘点轨道，金属外壳安装于固定盘点轨道上，可平行移动；升降调节设备，安装于固定盘点轨道上；及档案目录数据库，存储有RFID标签码和档号信息。本发明还提供一种利用扫描设备对档案盒摆放顺序盘点的方法，对档案盒摆放顺序进行盘点。 【EN】The invention provides a device for checking the placing sequence of a file box by utilizing scanning equipment, which comprises: the compact shelf is uniformly provided with transverse laminate plates inside, and each layer is uniformly provided with longitudinal partition plates to form a placing opening; the file boxes are placed in each placing opening; the RFID tags are attached to the same position of each file box, the transverse distances of the adjacent RFID tags are the same, and the longitudinal distances of the adjacent RFID tags are the same; the RFID scanning equipment is arranged opposite to the compact shelf; the metal shell is arranged on the RFID scanning equipment, the surface of the metal shell is provided with a radiation passage opening, and the radiation passage opening just faces to a certain RFID label; the metal shell is arranged on the fixed checking track and can move in parallel; the lifting adjusting equipment is arranged on the fixed inventory track; and the file catalog database stores the RFID tag code and the file number information. The invention also provides a method for checking the placing sequence of the file boxes by using the scanning equipment, which is used for checking the placing sequence of the file boxes.

摘要：【中文】本发明提供了一种可自发电的移动电源，涉及充电装置领域。可自发电的移动电源包括基座、电芯、摆动结构、驱动轮、第一传动轮、第二传动轮以及第一发电机和第二发电机，摆动结构转动安装在基座上，驱动轮与摆动结构止转连接；第一传动轮、第二传动轮转动安装在基座上且分别与驱动轮传动配合，第一传动轮还与第一发电机的电机转子传动连接，第一传动轮上设有第一离合器，第一离合器正向传动反向空转；第二传动轮还与第二发电机的电机转子传动连接，第二传动轮上设有第二离合器，第二离合器反向传动正向空转，第一发电机、第二发电机均与电芯电连接。不论顺时针摆动还是逆时针摆动均能驱动其中一个发电机工作，充分利用了摆动结构的动能。 【EN】The invention provides a mobile power supply capable of generating electricity, and relates to the field of charging devices. The mobile power supply capable of generating electricity comprises a base, an electric core, a swinging structure, a driving wheel, a first driving wheel, a second driving wheel, a first generator and a second generator, wherein the swinging structure is rotatably arranged on the base, and the driving wheel is in rotation stopping connection with the swinging structure; the first driving wheel and the second driving wheel are rotatably arranged on the base and are respectively in transmission fit with the driving wheel, the first driving wheel is also in transmission connection with a motor rotor of the first generator, a first clutch is arranged on the first driving wheel, and the first clutch is in forward transmission and idles in a reverse direction; the second driving wheel is also in transmission connection with a motor rotor of a second generator, a second clutch is arranged on the second driving wheel, the second clutch is in reverse transmission and idles in the forward direction, and the first generator and the second generator are both electrically connected with the battery core. No matter clockwise swing or anticlockwise swing, one of the generators can be driven to work, and kinetic energy of the swing structure is fully utilized.

摘要：【中文】本发明公开了光纤耦合污染物传感器及污染物浓度测量方法，涉及污染物检测领域，光纤耦合污染物传感器包括两根光纤，光纤的中部耦合为锥腰耦合区，锥腰耦合区的包层覆盖有气敏材料，锥腰耦合区的光纤设置有光栅；方法包括S1传感器吸附污染物S2采集传感器透射光谱S3根据透射光谱确定传感器吸附后的折射率S4确定吸附后折射率与污染物浓度关系S5根据吸附后折射率与污染物浓度关系得到检测区污染物浓度；传感器具有传感灵敏度高、结构简单、成本低廉、体积小、重量轻、易于集成等优点；通过对透射光谱进分析得到吸附后折射率与透射光谱关系，吸附后折射率与污染物浓度关系，最终得到未知污染物浓度检测区的污染物浓度，从而实现对污染物浓度的监测。 【EN】The invention discloses an optical fiber coupling pollutant sensor and a pollutant concentration measuring method, and relates to the field of pollutant detection, wherein the optical fiber coupling pollutant sensor comprises two optical fibers, the middle part of each optical fiber is coupled into a conical waist coupling area, the cladding of the conical waist coupling area is covered with a gas-sensitive material, and the optical fiber of the conical waist coupling area is provided with a grating; the method comprises the steps that S1 the sensor adsorbs pollutants S2, the transmission spectrum S3 of the sensor is collected, the refractive index S4 after the sensor adsorbs is determined according to the transmission spectrum, the relation between the refractive index after adsorption and the pollutant concentration S5 is determined, and the pollutant concentration in the detection area is obtained according to the relation between the refractive index after adsorption and the pollutant concentration; the sensor has the advantages of high sensing sensitivity, simple structure, low cost, small volume, light weight, easy integration and the like; the relation between the refractive index after adsorption and the transmission spectrum is obtained by analyzing the transmission spectrum, and the relation between the refractive index after adsorption and the pollutant concentration is finally obtained, so that the pollutant concentration in an unknown pollutant concentration detection area is finally obtained, and the monitoring on the pollutant concentration is realized.

摘要：【中文】本发明公开了一种对低压下页岩等温吸附实验吸附气含量的校正方法，属于页岩气评价技术领域。对现有的在低压下进行等温吸附实验得出的实验结果校正到相当在高压等温吸附实验条件下得到的Langmuir体积和Langmuir压力，可以准确计算页岩吸附气含量，为页岩气藏储量的精准评价、评估以及产量的预测、制定页岩气开发规划奠定基础，同时将这些大量低压下的等温吸附实验合理地利用起来，节约油田重新做实验的成本。 【EN】The invention discloses a method for correcting the content of adsorbed gas in a shale isothermal adsorption experiment under low pressure, and belongs to the technical field of shale gas evaluation. The method has the advantages that the experiment result obtained by the existing isothermal adsorption experiment under low pressure is corrected to be equivalent to the Langmuir volume and Langmuir pressure obtained under the high-pressure isothermal adsorption experiment condition, the shale adsorption gas content can be accurately calculated, the foundation is laid for the accurate evaluation and evaluation of shale gas reservoir reserves, the yield prediction and the shale gas development planning, meanwhile, a large number of isothermal adsorption experiments under low pressure are reasonably utilized, and the cost for redoing experiments in an oil field is saved.

摘要：【中文】本发明公开了一种混凝土构件寿命模拟检测评估方法，其技术方案要点是包括混凝土耐久性性能评估和环境因素评估；混凝土耐久性评估因子包括混凝土磨损率L、氯离子迁移系数D以及渗水高度H；环境因素评估因子包括地下水氯离子浓度W以及地质评分K；计算混凝土构件的寿命得分，满分为100分，80‑100分为良品，60‑80分为合格品，60分以下则为不合格品。本发明增加额外影响混凝土构件寿命的水文、地质来综合评定混凝土的预期服役寿命，从而能够更精确的预期在复杂环境中沿海地区混凝土实体的使用寿命，进一步为混凝土的选用提供具有指导意义的参考信息。 【EN】The invention discloses a method for simulating, detecting and evaluating the service life of a concrete member, which has the technical scheme that the method comprises concrete durability performance evaluation and environmental factor evaluation; the concrete durability evaluation factors comprise a concrete wear rate L, a chloride ion migration coefficient D and a water seepage height H; the environmental factor evaluation factors comprise underground water chloride ion concentration W and geological score K; and calculating the service life score of the concrete member, wherein the full score is 100, 80-100 are good products, 60-80 are qualified products, and the service life score below 60 is unqualified products. The method adds hydrology and geology which additionally influence the service life of the concrete member to comprehensively evaluate the expected service life of the concrete, thereby more accurately expecting the service life of concrete entities in coastal areas in complex environments and further providing reference information with guiding significance for the selection of the concrete.