133results about How to "Self-locking" patented technology

The invention relates to an automatic solar tracking system which tracks the sun accurately in real time and is used for efficiently collecting and using solar energy. The automatic solar tracking device comprises a solar energy photovoltaic array, an adjusting device connected with the solar energy photovoltaic array and used for adjusting the position of the solar energy photovoltaic array, a stand column for supporting the adjusting device and a control system. The adjusting device is composed of a pitch angle adjusting assembly and a position angle adjusting assembly, wherein the pitch angle adjusting assembly is connected with the position angle adjusting assembly through a vertical shaft, the position angle adjusting assembly is arranged on the stand column, and the control system is used for performing closed loop control on the adjusting device. The accuracy in solar tracking of the automatic solar tracking device is smaller than 0.1, the energy consumption only occupies for 0.5% of the electric energy production of the driving photovoltaic array, and the automatic solar tracking system has the advantages of being long in service life, intact in protection function and the like.

The invention discloses a method for digitally driving and detecting a multi-gauge head gyroscope, and belongs to the field of micro-mechanical gyroscope signal processing. The method comprises the following steps of: generating a carrier wave Vi by a digital method, simultaneously generating drive signals Vd1, Vd2,..., and VdN by a drive circuit, and loading the carrier wave Vi and the drive signals Vd1, Vd2,..., and VdN on the gauge head 1, the gauge head 2,..., and the gauge head N of the gyroscope in sequence, wherein N is more than or equal to 2; detecting drive mode capacitors C1, C2,..., and CN, adjusting the drive signals Vd1, Vd2,..., and VdN according to the detected signals so as to make the N gauge heads of the gyroscope work at resonance points; and based on the driving of the gyroscope, detecting sensitive mode capacitors C'1, C'2,..., and C'N, obtaining N angular velocity signals of the gyroscope, and according to N frequency sweeping states S1, S2,..., and SN of the gyroscope, processing the detected angular velocity signals and outputting the final angular velocity by a controller. The method is mainly characterized by locking the resonance frequency by a method of detecting the amplitude of the drive output signal by sweep frequency and has the advantages of the realization of self correction, high frequency stability and high anti-interference ability.

The invention discloses a micro annular resonant cavity-based self-locking dual-optical-frequency comb generation system and method, belongs to the field of an optical frequency comb generation system, and specifically relates to the micro annular resonant cavity-based dual-optical-frequency comb generation system and method. The system comprises an annular resonant cavity and a dual-optical-frequency comb separation system connected with the annular resonant cavity through polarization maintaining optical fibers; the annular resonant cavity comprises an optical amplifier, an optical isolator, a first polarization controller, a micro annular resonant cavity and an optical filter which are connected through the polarization maintaining optical fibers in the cavity; the dual-optical-frequency comb separation system comprises a polarization light beam splitter and a second polarization controller which are connected through the polarization maintaining optical fibers; and the micro annular resonant cavity is a nonlinear micro annular resonant cavity with four ports. By virtue of the asymmetry of the waveguide structure, the TE mode and the TM mode of the waveguide have different indexes of refraction; two modes can be excited at the same time to generate two sets of broadband optical frequency combs with different polarization directions and multiple frequencies; and by virtue of separation and polarization rotation of the cross-polarization dual-frequency comb, the homoclitic super-high multi-frequency broadband optical frequency comb can be obtained.

The invention is applied in the technical field of laser designing, and provides a self-Raman frequency conversion self-mode locking solid laser, which takes a rare earth ion-doped vanadate crystal as a laser gain medium. The laser comprises a pump source and a resonant cavity. The laser gain medium is arranged in the resonant cavity, and is the rare earth ion-doped vanadate crystal. The front and rear light passing surfaces of the laser gain medium are not vertical to a laser light path. Base frequency laser generated by a laser medium is converted into first-order Stokes ultrashort pulse Raman laser by own stimulated Raman scattering and self-mode locking characteristics at the same time of being oscillated in the resonant cavity. The self-Raman frequency conversion self-mode locking solid laser has the advantages of simple and compact structure, high efficiency, high beam quality, stable and reliable performance, high cost performance and the like, and can be applied in the fields of seed sources of ultrashort pulse laser amplifiers, production of yellow ultrashort pulse laser and ultrashort pulse laser with other wavelengths, and the like.

The invention discloses a processing device and a processing method of a simulated groove in the inner wall of a conical water inlet pipe of a water pump. The processing device comprises a supportingmechanism, a processing mechanism, a rotating mechanism and a feeding machine, wherein the supporting mechanism is arranged at the outer part of the rotating mechanism; an output end of the rotating mechanism is connected with one end of the processing mechanism; the other end of the processing mechanism is connected with an action end of the feeding mechanism; one end of the supporting mechanismis defined as a front part, and one end of the feeding mechanism is defined as a rear part. The processing method comprises the following steps: fixing well a pipeline requiring to be processed, and regulating the feeding mechanism until a cutting tool assembly arrives a to-be-processed position; regulating the shape of a supporting frame, and enabling the supporting frame to press the inner wallof the pipeline; regulating a cutting blade of a cutting tool to be in contact with the inner wall of a to-be-processed pipeline; starting a rotating part, and starting to process a groove in the inner wall of the pipeline; repeating the operation, thus realizing continuous processing of the simulated groove in the to-be-processed pipeline. The processing device and the processing method, disclosed by the invention, have the beneficial effects that an application range is extremely wide, and the processing device and the processing method are not influenced by the size of a pipe wall; a self-locking function is obtained, and the accuracy is higher; the processing quality is high.

The invention discloses an automatic stopping burglary prevention support controlled by a key switch. The automatic stopping burglary prevention support comprises a fixing support; the middle part of the fixing support is provided with a support shaft which is connected with a double-foot support; the double-foot support is fixedly connected with a double-foot support fixed gear wheel; the fixing support is provided with a control circuit board, a motor, a reduction box and a pinion which is arranged on an output shaft of the reduction box; the pinion on the output shaft of the reduction box is in meshing connection with the double-foot support fixed gear wheel; the control circuit board controls the motor to rotate; and the motor drives the pinion on the output shaft of the reduction box through the reduction box to drive the double-foot support fixed gear wheel, and the double-foot support fixed gear wheel drives the double-foot support connected with a support shaft to ensure the double-foot support opened or withdrew. The automatic stopping burglary prevention support has a simple and novel structure, is convenient to use and has an ideal burglary prevention effect. The automatic stopping burglary prevention support used as an automatic stopping burglary prevention support with high performance is widely applied to motorcycles.

The invention discloses a lateral parking double-layer stereo garage comprising a lower platform, an upper platform, a swing rod mechanism, a supporting frame and a power mechanism. The garage lower platform drives a nut module on the lower platform through a lower screw rod to pull the lower platform to go in and go out of a lower parking space along a lower platform track; a parking space of the garage upper platform is located on the plane composed of the swing rod mechanism and the supporting frame; after an upper screw rod pushes the upper platform to completely slide onto the swing rod mechanism through a nut module combination, a cable controls the upper platform and the swing rod mechanism to swing onto the ground; and after vehicles are parked on the upper platform, the cable controls the upper platform to swing to the supporting frame along the swing rod mechanism, and the upper screw rod pulls the upper platform to arrive at the upper layer parking space through the nut module combination. The structure is simple, safety and reliability are achieved, and the ground and space utilization rate is high.

The invention discloses an intelligent vehicle-mounted camera possessing panoramic and close-up functions. A front cover is provided with a high-definition integrated movement and an infrared laser lamp. The front cover and a rear cover are assembled together, are fixed to an inner support and can rotate 20 degree to 90 degree about a shaft where the inner support is located. A shell is fixed to the inner support. The inner support is assembled to a pedestal and can rotate 360 degree about the pedestal. Four wide-angle lenses are installed in the pedestal. In the invention, through using images collected by the high-definition integrated movement on an upper portion, a close-up function is realized; through splicing the images collected by the four wide-angle lenses in the pedestal, a panoramic function is realized; and the camera possesses advantages that the structure is compact; the camera has all the functions; the camera is easy to carry; and operation is simple.

The invention provides a grabbing mechanism without a driving source and a grabbing method. A workpiece is locked by self-locking based on self gravity and friction force, and therefore energy consumption is avoided. The mechanism comprises a hooking claw grabbing block assembly and a hooking claw seat assembly; the hooking claw grabbing block assembly comprises a hooking claw grabbing block and amounting plate which is longitudinally arranged, and the hooking claw grabbing block is fixed on one side of the mounting plate; the side surface of the hooking claw grabbing block comprises an arc conical surface C used for being grabbed, an axis of the arc conical surface C is arranged in the longitudinal direction, and the conical bottom is downward; the hooking claw seat assembly comprises ahooking claw seat and two hooking claw positioning blocks; a hooking claw groove matched with the hooking claw grabbing block is formed in the upper surface of the hooking claw seat, and the hooking claw groove is provided with an arc conical surface D matched with the arc conical surface C; an opening is formed in one side surface of the hooking claw groove so as to enable the hooking claw grabbing block to enter the hooking claw groove when the hooking claw groove moves upwards; and the two hooking claw positioning blocks are mounted on the two sides of the hooking claw seat, and the hookingclaw positioning blocks position the mounting plate in a contact mode during grabbing.

The invention relates to a cylindrical gear tooth backlash adjusting device with a bend screw. The cylindrical gear tooth backlash adjusting device with the bend screw comprises a gear pair, wherein a gear 5 is of an integral type, the other gear consists of a fixed gear 1 and an adjustable gear 2, one end of the fixed gear 1 is provided with a ring boss 11, the adjustable gear 2 sleeves the ring boss 11, one end of an adjusting screw 6 is provided with a bend 61 and is clamped in an axial through hole 21 of the adjustable gear 2, the other end of the adjusting screw 6 is provided with external threads and is spirally connected with a threaded hole in the fixed gear 1, a fastening nut 62 is spirally connected with the outwards extending part of the adjusting screw 6, a locking device comprises a locking screw 7, the locking screw 7 penetrates through a through hole of the fixed gear 1, and the end with the external threads is spirally connected with the threaded hole of the adjustable gear 2. By adopting the structure, the bend 61 drives the adjustable gear 2 to rotate by rotating the screw 6, thus the adjustable gear 2 can rotate for a tiny angle relative to the fixed gear 1 and the adjustment of the tooth backlash is realized.

The invention relates to a remote control type 360-degree-rotation ventilating window. The remote control type 360-degree-rotation ventilating window comprises an outer frame and a window, wherein the structure of the window is matched with the outer frame and the window sleeves outsides the outer frame; the outer frame and the window are sheathed and connected together through a crossed shaft; the window can rotate in the outer frame around the crossed shaft; one end of the crossed shaft is connected with a worm wheel; the worm wheel is in threaded connection with a worm rod; the worm rod is arranged on a base body; one end of the worm rod is connected with a chain wheel; the chain wheel is provided with a chain; the window can be opened and closed only if people stand on the flat ground and pull the chain, so that remote on-off control of the window is realized; the transmission of the worm rod and the worm wheel is stable and reliable, and the worm rod and the worm wheel have a self-locking property so that the worm rod can drive the worm wheel, and the worm wheel cannot drive the worm rod, and furthermore, outdoor air cannot drive the window, and the window is relatively safe and reliable; the worm rod and the worm wheel can drive the window to rotate for 360 degrees, so that glass on inner and outer sides of the window can be wiped by rotation; and the worm rod and the worm wheel have the self-locking property so that people do not need to worry about the rotation of the window when people wipe the window.

The invention relates to the technical field of medical equipment, in particular to an ampoule bottle dispensing system. The ampoule bottle dispensing system comprises a storage module used for assembling and conveying a plurality of ampoule bottles; a bottle cutting device which is used for marking and cutting the plurality of ampoule bottles on the storage module at the same time; a disinfection component which is used for disinfecting the cutting parts, namely the bottlenecks, of the ampoule bottles; a rotating device which is used for fixing the storage module and changing dispensing stations; a bottle breaking device which comprises a plurality of push heads connected in series, wherein the push heads correspond to the ampoule bottles on the storage module one by one, and the plurality of push heads rotate and reciprocate together through a driving mechanism and are used for impacting the ampoule bottles and breaking off bottle heads of the ampoule bottles; and a medicine dispensing device which is used for sucking the liquid medicine in the broken ampoule bottles into an infusion bag. According to the ampoule bottle dispensing system, broken ampoule bottles can be continuously replaced among different dispensing procedures through the rotating device, the bottle necks of a plurality of ampoule bottles can be marked and cut at the same time at a time, the automation degree is high, and the dispensing efficiency is greatly improved.

The invention discloses a box carrying clamp. The box carrying clamp is characterized by comprising a handle, an upper shell, an upper ratchet wheel, an upper cover, a reset spring, a lower ratchet wheel, a lower shell, a push rod, a main spring, a transverse rod, a left clamping assembly and a right clamping assembly. According to the box carrying clamp, through a ratchet wheel mechanism and a connecting rod mechanism, conversion from vertical displacement to horizontal displacement is achieved, and through the ingenious design of the ratchet wheel mechanism, the whole mechanism has self-locking performance; moreover, through the design, during carrying, the weight of goods is mainly borne on the shells of the clamp, thus the internal movement mechanism is stressed little, and the size and weight of the internal mechanism are reduced; meanwhile, the ratchet wheel mechanism can well adapt to repetition in the carrying process, the using frequency is high, the connecting rod mechanism is compact in structure, mature and simple, parts are easily machined and conveniently replaced, and the economical performance and reliability are greatly improved.

A bearing system for a wind turbine rotor comprises a double row tapered roller bearing (5) in O-arrangement, wherein the double row tapered roller bearing (5) comprises an inner ring (7), a circumferential row of tapered rollers (9) supported on the inner ring (7), and a floating inner rib (14), a driving device (26) as well as an removable interlocking device (17 - 24), wherein the floating inner rib (14) can be axially moved by the driving device (26) to a predetermined position so as to abut on each large roller end (11) facing axially outwards in order to apply a corresponding preload on each tapered roller (9), and rigidly coupled to the inner ring (7) by means of the interlocking device (17 - 24).

The invention discloses a latch mechanism, a lock body and application to kitchen equipment, and belongs to the field of locks. A lock body buckle of the latch mechanism consists of a base and a latch; the base is used for installation and fixation; the top of a substrate of the latch is connected with a contactor; the top surface and at least one side surface of the contactor are aslant arranged;a clamping port is formed in the bottom surface of the contactor; a lock body rod comprises a lock rod fixed base, and a lock rod shaft mounted between two support legs of the lock rod fixed base; during clamping, the lock rod shaft extrudes the top surface of the contactor, and the lock body buckle or the lock body rod can be deflected to return, so that the lock rod shaft is clamped into the clamping port; the lock body buckle or the lock body rod is rotated to enable the lock rod shaft to deviate from the clamping port along the side inclined surface of the contactor; and the structure canbe combined with a handle to apply to the kitchen equipment. The lock body is more convenient to lock and unlock, can meet safety demands, and can guarantee better tightness when being applied to a steaming cabinet.