摘要：【中文】本发明提供了一种粉末微纳米压印设备，包括主板，浅道，卷轴槽，压缩口，隔板，卷轴卡勾，吸气筒，压缩辊A，压缩辊B，辅助滑板，电机，位移装置，复位架，压板，收纳箱和销杆；所述主板一侧顶部开设有浅道，且浅道外侧处开设有卷轴槽；所述主板中间开设有压缩口；所述主板两侧通过螺栓固定设置有两组竖板；所述主板一侧通过螺栓固定设置有位移装置，且位移装置底部通过螺栓固定设置有纳米压印机；通过设置有排气孔和吸气筒，为压印设备提供了清理印料的功能，通过双向交错的排风设计可以将印料表面附着的灰尘和微粒物质进行吹扫，通过清理可避免在压缩步骤中将灰尘可微粒压入印料中影响压印，避免降低印料的质量或损坏印料。 【EN】The invention provides powder micro-nano imprinting equipment which comprises a main board, a shallow channel, a scroll groove, a compression opening, a partition plate, a scroll clamping hook, an air suction cylinder, a compression roller A, a compression roller B, an auxiliary sliding plate, a motor, a displacement device, a reset frame, a pressing plate, a containing box and a pin rod, wherein the shallow channel is arranged on the main board; the top of one side of the main board is provided with a shallow channel, and the outer side of the shallow channel is provided with a reel groove; a compression port is formed in the middle of the main board; two groups of vertical plates are fixedly arranged on two sides of the main plate through bolts; one side of the main plate is fixedly provided with a displacement device through a bolt, and the bottom of the displacement device is fixedly provided with a nano-imprinting machine through a bolt; through being provided with the exhaust hole and inhaling a section of thick bamboo, provide the function of clearance seal material for the impression equipment, can sweep seal material surface adnexed dust and particulate matter through the design of airing exhaust that two-way crisscrossly, can avoid pressing the dust in the seal material into with the granule in the compression step through the clearance and influence the impression, avoid reducing the quality of seal material or damaging the seal material.

摘要：【中文】本发明提供一种用于陶瓷材料表面微纳米形态辊转印设备，主要包括：外壳体、转向工作台、工件安装盘、收放卷筒和中间齿轮；所述工件安装盘的内侧固定连接有一组所述撑紧气缸；所述撑紧气缸的滑动轴端通过三组所述支撑连杆铰链接有三组所述撑紧板；所述外壳体的内侧下部固定连接有一组所述转向电机；所述外壳体的内侧上部左侧前后分别轴性连接有一组所述传递辊、一组所述收放卷筒；所述外壳体的内侧左右后三个方向分别轴性连接有一组所述中间齿轮。通过采用可以旋转的转向工作台实现工件在不同工位之间的移动，提高生产效率，防止工件上的图案被碰花，提高转印质量，提高良品率，同时该装置使用简单，可以实现自动化控制。 【EN】The invention provides a roller transfer printing device for micro-nano shapes on the surface of a ceramic material, which mainly comprises: the device comprises an outer shell, a steering workbench, a workpiece mounting disc, a winding and unwinding cylinder and an intermediate gear; the inner side of the workpiece mounting disc is fixedly connected with a group of tightening cylinders; the sliding shaft end of the tightening cylinder is hinged with three groups of tightening plates through three groups of supporting connecting rods; the lower part of the inner side of the outer shell is fixedly connected with a group of steering motors; the front and the back of the left side of the upper part of the inner side of the outer shell are respectively and axially connected with a group of transmission rollers and a group of winding and unwinding drums; and a group of intermediate gears are respectively and axially connected in the left, right and rear directions of the inner side of the outer shell. The workpiece can be moved between different stations by the aid of the rotatable steering workbench, production efficiency is improved, patterns on the workpiece are prevented from being bumped, transfer printing quality is improved, yield is improved, and meanwhile the device is simple to use and can be automatically controlled.

摘要：【中文】本发明公开了一种涡旋式空气压缩机，包括涡旋壳体，所述涡旋壳体内部设置有双重反方向涡旋机构；所述双重反方向涡旋机构包括第一电机保护罩、第二电机保护罩、第一电机、第二电机、第一电机轴、第二电机轴、第一涡旋盘、第二涡旋盘、第一副轴、第二副轴、主轴和DU轴承；所述涡旋壳体底部右侧和顶部左侧分别固定连接有第一电机保护罩和第二电机保护罩。本发明通过涡旋壳体上的第一电机和第二电机以及第一涡旋盘和第二涡旋盘，不仅可以利用反方向的第一涡旋盘和第二涡旋盘，同时向涡旋壳体的中心压缩空气，而且采用两个电机分别驱动，压缩速度更好，比起同向单轴单电机的驱动方式，能够得到更多的压缩空气。 【EN】The invention discloses a scroll type air compressor, which comprises a scroll shell, wherein a double reverse direction scroll mechanism is arranged in the scroll shell; the double-reverse-direction vortex mechanism comprises a first motor protective cover, a second motor protective cover, a first motor, a second motor, a first motor shaft, a second motor shaft, a first vortex plate, a second vortex plate, a first auxiliary shaft, a second auxiliary shaft, a main shaft and a DU bearing; vortex casing bottom right side and top left side fixedly connected with first motor safety cover and second motor safety cover respectively. According to the invention, through the first motor and the second motor on the scroll casing and the first scroll plate and the second scroll plate, the air can be compressed towards the center of the scroll casing by utilizing the first scroll plate and the second scroll plate in opposite directions, and the two motors are respectively adopted for driving, so that the compression speed is better, and more compressed air can be obtained compared with a driving mode of a single motor with a single shaft in the same direction.

摘要：【中文】本发明提供一种陶瓷材料表面负角微米形态多工序转印设备，包括设备主体、电机B和刷头；所述设备主体前端面焊接有一个滑动调节架，且所述滑动调节架上滑动连接有一个滑动座；所述轴座焊接于安装座底端面，且轴座底端面焊接有一个盘状安装座B。通过清扫结构的设置，一方面，通过电机B带动刷头可对陶瓷表面进行旋转清扫；另一方面，因清扫结构上电动伸缩杆B的设置，清扫完毕后可通过电动伸缩杆B的收缩将刷头进行收回，使清扫结构状态转换为停用状态的切换，防止对喷涂造成妨碍，与现有装置相对比，本装置在喷涂前可先将陶瓷的表面进行清扫，且清扫结构为可调式结构在清扫完毕后不影响正常的喷涂使用。 【EN】The invention provides a ceramic material surface negative angle micron form multi-process transfer printing device, which comprises a device main body, a motor B and a brush head, wherein the device main body is provided with a plurality of printing heads; the front end face of the equipment main body is welded with a sliding adjusting frame, and the sliding adjusting frame is connected with a sliding seat in a sliding manner; the shaft seat is welded on the bottom end face of the mounting seat, and a disc-shaped mounting seat B is welded on the bottom end face of the shaft seat. Through the arrangement of the cleaning structure, on one hand, the brush head is driven by the motor B to rotationally clean the surface of the ceramic; on the other hand, because of cleaning the setting of electric telescopic handle B on the structure, clean the shrink of back accessible electric telescopic handle B and withdraw the brush head, make and clean the switching that the structural state converts the off-service condition into, prevent to cause the hindrance to the spraying, compared with present device, this device can clean ceramic surface earlier before the spraying, and clean the structure for adjustable structure clean the normal spraying use of back not influencing.

摘要：【中文】本发明公开了一种滑片式空气压缩机，包括压缩室、转子和转杆，所述转杆水平向内连接固定在转子的中部，转杆与转子传动连接，且转子通过转杆可转动的固定安装在压缩室的内部，压缩室的内部和外部分别设置有压缩装置和保护外壳，压缩装置包括进气口、进气管、出气口、滑槽、滑动板和导气槽；所述进气口设置在压缩室的底部，进气口的下端通过第二安装板固定安装有进气管。本发明通过设置有多个进气口与压缩室的内部连通，然后仅在压缩室的上端左侧设置有一个出气口，在使用时可以保证从多个进气口进入足够多的空气，然后再经过压缩并经过导气槽引导至出气口排出，足够大的进气量和集中的排气能够保证供气的量和压力充足。 【EN】The invention discloses a sliding vane type air compressor, which comprises a compression chamber, a rotor and a rotating rod, wherein the rotating rod is horizontally and inwardly connected and fixed in the middle of the rotor, the rotating rod is in transmission connection with the rotor, the rotor is rotatably and fixedly arranged in the compression chamber through the rotating rod, a compression device and a protective shell are respectively arranged in and outside the compression chamber, and the compression device comprises an air inlet, an air inlet pipe, an air outlet, a sliding chute, a sliding plate and an air guide groove; the air inlet is arranged at the bottom of the compression chamber, and an air inlet pipe is fixedly arranged at the lower end of the air inlet through a second mounting plate. The invention is provided with a plurality of air inlets which are communicated with the interior of the compression chamber, and then only the left side of the upper end of the compression chamber is provided with the air outlet, so that enough air can be ensured to enter from the plurality of air inlets when in use, and then the air is compressed and guided to the air outlet through the air guide groove to be discharged, and the sufficient air inflow and the concentrated gas discharge can ensure the sufficient air supply quantity and pressure.

摘要：【中文】本发明公开了螺杆式空气压缩机，其结构包括底座，所述底座上设置有压缩机外壳、抽水泵和水箱，压缩机外壳通过铆钉与底座上表面的左侧相连接，抽水泵通过铆钉与底座的上表面相连接，并且位于水箱的右侧，水箱通过铆钉与底座上表面的右侧；所述压缩机外壳上设置有温度传感器I、输水管、吸水管和冷却槽，温度传感器I的下端通过铆钉与压缩机外壳底部的左侧相连接，温度传感器I的上端位于冷却槽的内部。本发明实现了自动对螺杆式空气压缩机工作时进行降温，避免了螺杆式空气压缩机在工作时因内部聚热过多而导致其内部部件损坏，降低了螺杆式空气压缩机使用时的损坏机率，提高了对螺杆式空气压缩机使用时的散热效果。 【EN】The invention discloses a screw air compressor, which structurally comprises a base, wherein a compressor shell, a water pump and a water tank are arranged on the base, the compressor shell is connected with the left side of the upper surface of the base through rivets, the water pump is connected with the upper surface of the base through rivets and is positioned on the right side of the water tank, and the water tank is connected with the right side of the upper surface of the base through rivets; the compressor is characterized in that a temperature sensor I, a water delivery pipe, a water suction pipe and a cooling tank are arranged on the shell of the compressor, the lower end of the temperature sensor I is connected with the left side of the bottom of the shell of the compressor through a rivet, and the upper end of the temperature sensor I is located inside the cooling tank. The cooling device realizes automatic cooling of the screw air compressor during working, avoids damage to internal components of the screw air compressor due to excessive internal heat accumulation during working, reduces the damage probability of the screw air compressor during use, and improves the heat dissipation effect of the screw air compressor during use.

摘要：【中文】本发明公开了活塞式空气压缩机，包括缸体和缸体盖，所述缸体底部固定盖合有散热箱，散热箱底部中间位置竖直向上固定安装有电机；缸体前后左右的侧壁中间位置均固定连通有散热管；缸体盖固定盖合在缸体顶部。本发明通过在散热叶轮旋转产生风源通过吹风通口将大量的风源吹向缸体内的散热空腔，并且风源最终用过四个与缸体的散热空腔连通的散热管进行排出，避免缸体受热过大造成损坏情况，并且无需另外设置散热机构对缸体进行散热，节能环保。 【EN】The invention discloses a piston type air compressor, which comprises a cylinder body and a cylinder body cover, wherein a heat dissipation box is fixedly covered at the bottom of the cylinder body, and a motor is vertically and upwards fixedly installed at the middle position of the bottom of the heat dissipation box; the middle positions of the front, rear, left and right side walls of the cylinder body are fixedly communicated with radiating pipes; the cylinder cover is fixed on the top of the cylinder. According to the invention, a large amount of wind sources are blown to the heat dissipation cavity in the cylinder body through the air blowing through ports generated by the rotation of the heat dissipation impeller, and the wind sources are finally exhausted through the four heat dissipation pipes communicated with the heat dissipation cavity of the cylinder body, so that the damage condition caused by over-heated cylinder body is avoided, and the cylinder body is not required to be additionally provided with a heat dissipation mechanism for dissipating heat, so that the energy is saved and the environment is protected.

摘要：【中文】本发明提供了一种自动检票机压力测试装置，用于对闸机进行压力测试，包括传感器遮挡单元、发卡单元和电控单元；所述传感器遮挡单元，设置在安装支架上，并对应所述闸机的对射传感器设置；所述发卡单元，设置在安装支架上，对应设置在所述闸机的验卡处设置；所述电控单元，分别控制连接所述发卡单元和所述传感器遮挡单元进行循环往复测试，其中，一次测试流程为当读取所述闸机的扇门为闭合状态时，启动所述发卡单元进行发卡验票，当读取到的所述闸机的扇门为开启状态时，验票成功，控制所述传感器遮挡单元动作遮挡对射传感器模拟行人通过的过程。 【EN】The invention provides a pressure testing device of an automatic ticket checker, which is used for carrying out pressure testing on a gate and comprises a sensor shielding unit, a card issuing unit and an electric control unit; the sensor shielding unit is arranged on the mounting bracket and corresponds to the correlation sensor of the gate; the card issuing unit is arranged on the mounting bracket and correspondingly arranged at the card checking position of the gate; the automatically controlled unit, control connection respectively the hairpin unit with the sensor shelters from the unit and carries out the reciprocal test of circulation, and wherein, a test flow is for reading when the fan door of floodgate machine is the closed condition, starts the hairpin unit carries out the hairpin and checks the ticket, when reading when the fan door of floodgate machine is the open condition, checks the ticket success, control the sensor shelters from the unit action and shelters from the process that correlation sensor simulation pedestrian passed through.