78results about How to "Exit smoothly" patented technology

The invention discloses a portable electronic device and an operation method thereof. The portable electronic device includes an application module, an active near area communication module, a passive near area communication module and a power supply unit. The application module is used for executing a main function of the portable electronic device. The active near area communication module is coupled to the application module and used for communicating with the near area communication devices outside the portable electronic device. The passive near area communication module is used for communicating with the near area communication devices outside the portable electronic device. The power supply unit is coupled to the application module and the active near-area communication module, and is used for providing power required by the application module and the active near-area communication module.

The invention relates to a start and quit method of a modular multilevel converter (MMC) valve steady-state operation testing device. The start and quit method of the MMC valve steady-state operation testing device comprises a start process and a quit process. The start process includes the following steps that (A) a discharging power source charge capacitors in an auxiliary valve and a specimen valve to nominal voltages, and charging return circuits are disconnected; (B) an unlocking controller sends triggering pulses to the auxiliary valve and the specimen valve; and (C) an energy supplementing power source is started to supplement energy which is consumed in a test. The quit process includes the following steps that (I) the supplementing power source is cut off; (II) the triggering pulses of the auxiliary valve and the specimen valve are closed; (III) a grounded rod is sequentially in short-circuit connection with the capacitors of each submoudle to accomplish discharge. The start and quit method of the MMC valve steady-state operation testing device can achieve reasonable coordination among each power source, the supplementing power source and the controller. The fact that the test can be safely and smoothly implemented is guaranteed. Smooth start and safe quit of the MMC valve steady-state operation testing device can be guaranteed.

The invention relates to a quick-release zipper, which comprises a left zipper tape, a right zipper tape, an upper stopping assembly and a zipper slider, wherein the upper stopping assembly comprises left and right upper stopping pieces which are arranged at the left and the right, and the right upper stopping piece comprises a right upper stopping main body inserted into the zipper slider; the axial extension length of the right upper stopping main body is not less than the length of the zipper slider, and a bulge capable of preventing the zipper slider from separating is arranged at the top of the right upper stopping main body; an outer convex arc part is arranged on the side in the right upper stopping main body, and the highest point of the outer convex arc part is positioned at the middle or middle lower area of the inner side of the right upper stopping main body; the outer side of the right upper stopping main body extends to the top end direction from the tail end in a smooth way, and the left upper stopping piece comprises a left upper stopping main body which can be accommodated by the zipper slider; and the axial extension length of the left upper stopping main body accommodated by the zipper slider is less than the length of the zipper slider. The invention also discloses clothes using the quick-release zipper. The lower stopping assembly is positioned at the upper part of the clothes, and the upper stopping assembly is positioned at the lower part of the clothes. With the characteristics and advantages, the invention can be applied to the upper stopping assembly of the quick-release zipper and the clothes.

The invention provides a card connector. The card connector comprises an insulating body, a plurality of conductive terminals fixed in the insulating body, a card withdrawing mechanism mounted on the insulating body and a shielding casing for shielding the insulating body, wherein the card withdrawing mechanism consists of a sliding block movably positioned on the insulating body, and an open slot in along the insertion direction of a butt joint electric card is formed on the sliding block; the shielding casing is provided with an upper wall for shielding the insulating body, and a cantilever extending in the insertion direction of the butt joint electric card and a bending piece extending downwards in the thickness direction of the upper wall from the rear end of the cantilever are arranged on the upper wall; and the bending piece extends downwards and enters into the open slot, and the bending piece is capable of preventing the insulating body from shaking side to side when the card connector is in an operation state, so as to prevent the butt joint electric card from withdrawing.

The invention relates to a parking lot management device. The parking lot management device includes a platform selector configured to refer to information associated with a parking lot having a plurality of platforms and select one or more platforms from among the plurality of platforms in response to a leaving request for requesting movement of a vehicle parked in the parking lot from a parkingposition of the vehicle to the platform.

The invention discloses a stitch cam of a computerized flat knitting machine. A main body of the stitch cam is a trapezoidal plane. An additional block is also arranged at the bottom side of a first acute angle of a trapezoid and is connected with the main body into a whole; the stitch cam is provided with a first groove and a second groove, wherein the first groove extends from a first obtuse angle to a second acute angle of the trapezoid; the second groove extends from the middle of a first side edge to the part between the additional block and the main body; the first groove and the second groove are intersected at the first side edge ; a first inclined plate is formed at an included angle part between the first groove and the second groove; a second inclined plane is arranged at one end of the additional block away from the main body; and a third inclined plane is arranged at the bottom side of the first groove, so that the opening part of the first groove at the bottom edge is higher than other parts of the first groove. The invention provides a more diversified motion path for a crochet needle, also greatly reduces the weight of a machine head, lowers the production cost and is more convenient to mount; and during use, the phenomena of locking or inflexibility of the cam and the like can be avoided, a large amount of crochet needles can be prevented from being damaged and the use cost is lower.

The invention relates to a two-section angle pin that is applied to a mold. The two-section angle pin comprises: an angle pin seat, which is disposed in an upper ejector plate of the mold; a first section angle pin, one end of which is arranged on the angle pin seat and the other end of which is provided with a groove; a second section angle pin, which is mounted on the first section angle pin and provided with a stop pin, with one end of the stop pin located in the groove. For the two-section angle pin of the invention, when producing a product having an undercut at an inverse hook in the angle pin exit direction, the first section angle pin makes tilt movement to exit from the inverse hook of the product, and the second section angle pin makes vertical movement so as to make the two-section angle pin exit smoothly, thus finishing a demolding action.

Provided is a nano SIM card socket including first to third connection units arranged in a line, and fourth to sixth connection units arranged to be parallel to the first to third connection units. The nano SIM card socket comprises first to sixth terminals, each terminal including contact units respectively contacting the connection units of the nano SIM card and a soldering unit to be soldered to a printed circuit board; a housing including through-holes for the first to sixth contact units disposed positions respectively corresponding to positions of the connection units of the nano SIM card when the nano SIM card is inserted; and a cover coupled to the housing to form an insertion space in which the nano SIM card is inserted.

The invention discloses a reverse scraping tool for machining a reverse step hole. The reverse scraping tool comprises a tool body, a reverse scraping tool bit assembly and a transposition assembly. The reverse scraping tool bit assembly comprises a tool apron and a sliding sleeve matched with the outer side wall of the tool apron, the tool apron is provided with a groove capable of containing a reverse scraping tool bit, the reverse scraping tool bit is arranged in the groove in the manner that the reverse scraping tool bit can overturn in the preset direction and stretch out of the groove, and the sliding sleeve is provided with an opening for the reverse scraping tool bit to stretch out in the sliding process of the sliding sleeve. The transposition assembly is arranged between the tool body and the reverse scraping tool bit assembly so as to drive the sliding sleeve to slide along the preset track to achieve state switchover for the tool bit to stretch out of the groove, and accordingly, the tool bit assembly can smoothly penetrate a to-be-machined hole in the machining process. According to the reverse scraping tool for machining the reverse step hole, the machining auxiliary time can be effectively shortened, and the production efficiency is improved; and operation risks are reduced, and the effects that the implementation effect is good, the safety coefficient is high, operation difficulty is low, and the production efficiency is effectively improved are achieved.

The invention provides a lenticular nucleus supporter for a cataract surgery. The supporter is formed by an infusion handle, an infusion tube tail cover, an infusion tube, an infusion rod, a spring, an infusion tube cover, an infusion needle head and an infusion three-jaw. The infusion tube is hollowed, one end of the infusion tube is embedded into the infusion tube tail cover, the other end of the infusion tube is embedded into the rear end of the infusion tube cover, the front end of the infusion tube cover is in a cone shape, one end of the infusion needle head is embedded into the front end of the infusion tube cover, the infusion three-jaw is three thin steel wires, the tail end of each steel wire is fixed with the front end of the infusion rod, the spring is sleeved outside a front section of the infusion rod, a middle section of the infusion rod is adapted to the infusion tube in diameter, and the infusion handle is fixedly connected with the tail end of the infusion rod. According to the lenticular nucleus supporter, the infusion three-jaw is utilized to form a fan-shaped strut in an eye when the laceration of a posterior lens capsule occuring in an ultrasonic emulsification operation so as to support a downfallen nucleus, so that the operation is enabled to be carried out smoothly. The infusion needle head can also be used as an auxiliary hook, and the functions of chopping and rotating the nucleus can be played. The supporter has reasonable design, is simple and convenient to manufacture, adopts metal materials, can be disinfected at high temperature and high pressure, can be used repeatedly, and is low in cost.

The invention discloses a stitch cam of a computerized flat knitting machine. A main body of the stitch cam is a trapezoidal plane. An additional block is also arranged at the bottom side of a first acute angle of a trapezoid and is connected with the main body into a whole; the stitch cam is provided with a first groove and a second groove, wherein the first groove extends from a first obtuse angle to a second acute angle of the trapezoid; the second groove extends from the middle of a first side edge to the part between the additional block and the main body; the first groove and the secondgroove are intersected at the first side edge ; a first inclined plate is formed at an included angle part between the first groove and the second groove; a second inclined plane is arranged at one end of the additional block away from the main body; and a third inclined plane is arranged at the bottom side of the first groove, so that the opening part of the first groove at the bottom edge is higher than other parts of the first groove. The invention provides a more diversified motion path for a crochet needle, also greatly reduces the weight of a machine head, lowers the production cost andis more convenient to mount; and during use, the phenomena of locking or inflexibility of the cam and the like can be avoided, a large amount of crochet needles can be prevented from being damaged and the use cost is lower.

When optical disk is placed to tray, first functional force is applied to tray optical drive to overcome a lesser magnetic attraction, when optical disk is not placed to tray, second functional force is applied to tray optical drive to overcome a larger magnetic attraction. Maximum of second functional force is larger than maximum of first functional force.

The invention discloses a helical gear heading mold. The helical gear heading mold consists of an upper die and a lower die, and is characterized in that the upper die comprises an upper die sleeve and a punch, wherein the punch is arranged in an inner hole of the upper die sleeve in a vertically moving manner; the lower die comprises a lower die sleeve and a rotary die body; the rotary die body is rotatably arranged in a cavity of the lower die sleeve through upper and lower planar bearings; an inner hole is formed in the middle of the rotary die body for fixing an alloy die core; the alloy die core is provided with a helical gear heading die cavity; the upper section of the die cavity is provided with a straight hole; the lower section of the die cavity is provided with a helical gear cavity which has the same shape as that of a headed helical gear; the bottom of the die cavity is communicated with a rear through ejector rod guide hole; a rear through ejector rod is movably arranged in the rear through ejector rod guide hole; during cold heading forming of the helical gear, the bottom surface of the upper die sleeve is tightly attached to the top surface of the alloy die core, and the head of the punch extends into the die cavity of the alloy die core. According to the helical gear heading mold, cold heading forming of helical gears on cold heading equipment can be realized, the helical gear machining efficiency is greatly improved, the helical gear machining period is shortened and the helical gear manufacturing cost is reduced.