86results about How to "Unlock state" patented technology

A vehicle door structure preventing a slide door from coming out of a swing door when the swing door is opened. The vehicle door structure (1) includes a lock mechanism (40) locking the slide door (6) in a fully closed or open position. The lock mechanism (40) includes a portion to be locked (50) provided to a guided body (18), a first locking portion (60) arranged at a position that corresponds to the portion to be locked (50) when the slide door (6) is in the fully closed position, and a second locking portion (70) arranged at a position that corresponds to the portion to be locked (50) when the slide door (6) is in the fully open position. The portion to be locked (50), in the fully closed position or the fully open position, protrudes toward the first locking portion (60) or the second locking portion (70) and is locked by the first locking portion (60) or the second locking portion (70). The second locking portion (70) protrudes toward the portion to be locked (50) when the swing door (70) is opened.

The invention relates to an automatic change valve, which aims at integrating a three way chamber with the reversing body into a whole toward less components and easy assembly. Moreover, a pressure chamber and a valve chamber of the reversing body are communicated via a fluid transmission passage for anti-freezing and quick response when used in cold regions. The invention is characterized in that: an output pipe (18) is vertically arranged at two supply pipes (17 a, 17b); a valve reversing body (10) is arranged between the supply pipes (17a, 17b) and the output pipe (18); a linkage (20) fixed at the valve reversing body (10) can determine whether the reversing is executed based on the position of a piston (24); a control diaphragm (30) arranged at the valve reversing body (10) for locking or unlocking a reversing tray (13); a resetting element (40) fixed at the valve reversing body (10) for manually rotating the valve shaft (12) and the reversing components (14) on the valve shaft (12). The valve chamber (11d) for mounting three-way valve (11) is positioned at the lower part of the valve reversing body (10); two holes (11e) are respectively arranged at ends of the valve chamber for connecting with the supply pipe; the fluid transmission passage (19) connects between a pressure chamber with the control diaphragm (30) and the valve chamber (11d). The control diaphragm (30) comprises: a control diaphragm (31) manually operated with a push for reversing; a diaphragm cover (36) covering the control diaphragm (31) and a third spring (37); a valve rod (33) outwards extending to the direction of the control diaphragm (31) and the reversing disk (13) inside the valve reversing body, then penetrating the diaphragm cover (36), a second cylinder (38) and a bolt (35); as well as the third spring (37) inside the diaphragm cover (36) to enable the valve rod (33) under the constant thrust away from the reversing disk (13).

The invention provides a modular plug, which can be released from a locking state through being exerted with a force in the pulling direction and can reduce the damage possibility of a conductor crimping portion. The modular plug (100) capable of being inserted into a modularizied socket (200) or being pulled out of the modularizied socket (200) comprises a modular plug body (110), a supporting part (120), a rod (130) and a clamping protrusion (131). The supporting part (120) is arranged at the rear end (111) of the modular plug body (110). The rod (130) and the modular plug body (110) extend along the insertion direction with a gap reserved therebetween and can perform an elastic deformation with the supporting part (120) as the fulcrum thereof. The clamping projection (131) is arranged on the rod (130) and positioned more close to the insertion direction than the supporting part (120). The clamping projection (131) is engaged with the slot (220) of the modularizied socket (200).

The invention discloses a transformer and relates to the technical field of transformers to solve the problem that the position of a nameplate cannot be adjusted at random. The transformer comprises atransformer body, a plurality of corrugated plates longitudinally disposed outside the transformer body, and a mounting plate for mounting the nameplate, wherein the mounting plate is detachably connected with a connecting fitting at a side toward the transformer body; the connecting fitting comprises a connecting post having an engagement slot; the engagement slot is provided therein with a self-locking mechanism matching the corrugated plates. The transformer of the invention facilitates the change of the mounting location of the nameplate at any time.