35results about How to "Meet alignment requirements" patented technology

A permanent magnet motor stator assembling device is characterized by comprising an assembling platform for supporting, a positioning plate and a guide bushing, wherein the positioning plate is provided with a guide hole and is fixed to the assembling platform, the guide bushing is axially detachably connected with a revolving shaft drive end of a rotor, and a stator is detachably mounted on the positioning plate and aligned to the guide hole coaxially; in the assembling process of the stator and rotor, the guide bushing matches with the guide hole in a guided way and runs through the positioning plate to extend to the assembling platform. In application of the permanent magnet motor stator and rotor assembling device, accurate centering positioning and guiding of the stator and the rotorduring assembling is guaranteed, centering requirements of assembling of the stator and the rotor are met, the stator and the rotor are assembled in a reliable, safe and effective way without any damage to winding, and quality and precision of assembling of the stator and the rotor are guaranteed. The invention further relates to a permanent magnet motor stator and rotor assembling method.

The invention discloses a pressurized water reactor driving line cold test device. The pressurized water reactor driving line cold test device comprises a top cover simulation assembly and a hanging basket simulation assembly which are located between a control rod driving mechanism and a guide cylinder assembly. The top cover simulation assembly and the hanging basket simulation assembly are connected to form a cavity structure, and a control rod guide assembly is further installed in the cavity. The upper end of the control rod guide assembly is connected with the control rod driving mechanism, the lower end of the control rod guide assembly is connected with a hoarding assembly, simulation fuel and a control rod assembly are located in the hoarding assembly, and a pressing simulation assembly is further installed between the control rod guide assembly and the hanging basket simulation assembly. The pressurized water reactor driving line cold test device has the function of performing tests on the rod falling characteristic of the control rod assembly by simulating a prototype reactor and performing test research on the influences on the rod falling performance in different operation environments with driving line eccentricity and flow changes, the obtained test results are accurate and can be used for testing design reasonability and reliability of a control rod driving line guide structure, and a necessary test basis is provided for the design of a driving line.

The invention discloses a reflective telescope adjustment method which comprises the following steps: replacing a correction lens group with an adjustment camera; obtaining second internal and external parameters of the adjustment camera and a telescope as an integral part according to a calibration image shot by the adjustment camera; according to the first internal and external parameters and the second internal and external parameters of the adjustment camera and a pre-established mapping relation model, determining a relative position relation between the telescope and the adjustment camera to adjust the adjustment camera to be aligned with the telescope. According to the invention, the correction lens group is replaced by the adjustment camera, and the alignment adjustment between thecorrection lens group and the telescope is realized through the alignment adjustment between the adjustment camera and the telescope, thereby improving the installation and adjustment precision of alarge-aperture large-field-of-view telescope to a great extent, and facilitating the improvement of the detection capability of the telescope. The invention further provides an adjusting device and equipment of the reflection type telescope and a computer readable storage medium. The adjusting device and equipment have the beneficial effects in the specification.

The invention discloses an electric car wireless charging system and method with storage and deviation rectification functions. The system comprises an underground pit layer, a parallel connection mechanism, a storage covering device, a ground layer, a primary coil, a secondary coil and an electric vehicle. The parallel connection mechanism is fixed to the underground pit layer, and the primary coil is placed above the parallel connection mechanism. The storage covering device is parallel to the ground and can move horizontally, and a wireless charging emission outlet can be opened and closed.The secondary coil is fixed to the lower side behind the electric vehicle. When an automobile is parked above the charging device, the storage covering device is turned on, and the primary coil is automatically aligned to the secondary coil under the effect of the parallel connection effect. When charging is completed, the primary coil is stored under the ground under the effect of the parallel connection effect, and the emission outlet is closed by the storage covering device. Storage and deviation rectification of the wireless charging process of the electric vehicle can be achieved, the electric vehicle wireless charging efficiency is effectively improved, and the charging process is more convenient.

The invention provides a processing visual device for a light-emitting diode (LED) laser cutting-up machine and relates to the technical field of laser cutting-up machines. The processing visual device mainly comprises a front alignment optical path and a bottom alignment optical path; the front alignment optical path is coaxial with a laser processing optical path and used for identifying and positioning the back of a transparent wafer and monitoring processing in real time; the bottom alignment optical path is coaxial with the laser processing optical path and used for identifying and positioning the front of a special coarsened wafer; and a bottom alignment lens is arranged at the bottom of a wafer chuck (24) and is coaxial with the front alignment lens; and the wafer is arranged on the wafer chuck (24) with an upward back. The front alignment of the wafer can be realized, the cutting-up process requirements of the coarsened wafer can be met in a mode of back cutting-up of the wafer, and the identification and alignment, and scratch monitoring of different wafers can be performed so as to contribute to improving production quality and automation degree. The wafer can be accurately focused by a laser focusing optical path and the cost is relatively low.

The invention relates to the field of intelligent wood processing, and particularly discloses a fully-automatic wood cutting machine which comprises a frame, a table plate, a cutting mechanism, a storage mechanism and a conveying mechanism. The storage mechanism comprises a shelf, a first adjusting plate and a second adjusting plate, the bottom of the second adjusting plate is fitted with the table plate, a gap is reserved between the bottom of the first adjusting plate and the table plate, a supporting mechanism, a pushing mechanism and an adjusting mechanism are arranged on the shelf, a lifting mechanism is arranged on the table plate, the conveying mechanism comprises a conveying plate, a baffle plate, a sliding way, a sliding groove, a conveying component and a conveying motor, the conveying component comprises a slidable pushing block, an L-shaped pushing plate and a balance plate, and the cutting mechanism comprises a guide rail, a driving cylinder, a movable support, a movable seat, a cutting motor, a cutting saw blade, a fixed cylinder, a fixed plate, an alignment cylinder, an alignment plate, a sensor and a positioning block. The cutting machine has the advantages that thehuman cost is low, cutting efficiency and automation degree are high, an original wood material cannot be inclined, and potential safety hazards are avoided.

The invention relates to a C-type straightening machine and belongs to the field of ultra-precision machining apparatuses. The C-type mechanical shaft automatic straightening machine comprises an automatic feeding mechanism, a touch screen and operation control panel and PLC electrical control box; an automatic discharging mechanism, a rack, a material pouring mechanism, a work piece clamping mechanism, a straightening mechanism, a measuring mechanism, a straightening moving mechanism and an automatic NG processing mechanism. With the automatic straightening and automatic feeding and discharging mechanisms and with the function of automatic angle rotation, repeated clamping is not needed in measurement and correction and procedures are saved. A displacement sensor can perform high speed data collection on work pieces and perform timely feedback. A servo motor is used as a power source for moving straightening points, so that rapid and accurate location to the straightening points is achieved and the straightening requirements of work pieces with different lengths are met. A PLC and a touch screen are used for control in the aspect of electrical control and the servo motor and an air cylinder are used as power sources; the parts are responsible for all operation commands and implementation of the apparatus.

The invention relates to the field of wood machining equipment, and in particular, discloses a storage device of a wood cutting machine. The storage device comprises a frame (1), a table plate (2) anda storage mechanism (4); the storage mechanism comprises a frame (401), a first adjusting plate (402) and a second adjusting plate (403); the bottom of the second adjusting plate is bonded with the table plate; a gap is formed between the bottom of the first adjusting plate and the table plate; the frame is provided with a support mechanism (404), a pushing mechanism (405) and an adjusting mechanism (406); a lifting mechanism (407) is arranged at the bottom of the table plate; a motion direction of the lifting mechanism is perpendicular to the table plate; and the first adjusting plate is positioned between the lifting mechanism and the end part of the frame. The storage device of the wood cutting machine has the characteristics of lower labor cost, higher conveying efficiency and higherautomation degree.

The invention discloses a semiconductor forming method and a structure thereof, and the forming method comprises the steps of providing a chip which is provided with a virtual device region; and forming an alignment mark in the virtual device region. The alignment mark is separated from other alignment patterns in an original cutting channel, the alignment requirement is met, but also an exposuredevice can identify the alignment mark more easily, the interference between optical interferometers is reduced, and the resolution is improved, so that the alignment precision can be improved. On theother hand, the virtual device region is effectively utilized, so that the area utilization rate of the wafer is improved.

The invention provides a corn harvester. The corn harvester comprises a power output mechanism located on the right side of a whole machine, a main transmission shaft, a transmission belt and a tensioning wheel used for tensioning the transmission belt. The power output mechanism is connected with the main transmission shaft through the transmission belt, and the tensioning wheel abuts against the transmission belt. Power output is installed on the right side of the whole machine, and the problem of complex transmission of the whole machine is solved. Combination and separation of a rear working device are controlled by pressing or not pressing of the transmission belt between the power output mechanism and the main transmission shaft. The transmission route of the whole machine is simple, transmission is reliable, the fault occurrence probability is reduced, the maintenance cost is reduced, the maintenance time is shortened, and the user income is increased.