Door lock core lid mechanism
Technical field
The utility model relates to a kind of five metals door lock fittings, especially the Lock cylinder cover parts of door lock.
Background technology
At present, the door lock core cap structure that market extensively uses has inset type Lock cylinder cover, also has the Lock cylinder cover of slidingtype.A kind of Lock cylinder cover mechanism disclosed in CN104314365A: establish a lock housing, a cover plate ejection assembly, a push-rod assembly and a cover plate, described cover plate ejection assembly establishes a push pedal, a base plate, spring A and fore-set; Described push-rod assembly establishes a button, a push rod, spring B and C type jump ring; Described cover plate establishes a cosmetic sheet and a buckle, and both are fixed at together.Buckle by a snap fit hooking, is pressed the button push rod and drives push pedal to overcome the elastic force generation displacement of spring B, the buckle on buckle and push pedal are departed from, can be released by cover plate under the active force of spring A by fore-set in push pedal.The Lock cylinder cover of this invention have employed sliding structure, achieves: when user needs to use stand-by machine lock core to unblank, only need press the button of lock housing end, quite convenient, reliable, and this programme and former lock housing perfect adaptation, maintain lock housing complete, attractive in appearance; But Lock cylinder cover is set to the larger area occupying lock housing half by this invention, for less lock core, Lock cylinder cover seems quite large, causes waste of material, and the complex structure of opened lock core cap, operation and maintenance cost is higher.
Summary of the invention
The purpose of this utility model is the deficiency overcoming existing Lock cylinder cover, provides a kind of door lock core lid mechanism, adopts reliable, meticulous parts to realize the hidden of lock core and protection.Its scheme is: in lock panel, establish a lock core cap bore, and lock core cap bore one end is provided with block fixed leg, and the other end is provided with limited block, and lock core cap bore both sides are all provided with gib block and base fixed leg, and gib block is provided with avoiding hollow groove; If a Lock cylinder cover embeds in lock core cap bore, Lock cylinder cover dual-side is provided with guide pad and coordinates slidably with the gib block of lock core cap bore both sides, be provided with locating piece and protrude from guide pad and in the avoiding hollow groove that can snap on gib block, with the relative position of fixed lock core lid and lock core cap bore; On rear side of guide pad, middle part is provided with fixed leg, two ends are provided with and compress rib; If two shell fragments coordinate with the guide pad of Lock cylinder cover both sides respectively, be provided with fixing hole and dashpot in the middle part of shell fragment, fixing hole is embedded on fixed leg, compresses rib and embeds in dashpot; If a base is fixed in lock panel, be provided with lock core hole in the middle part of base, both sides are all provided with fixing hole A and chute, and admittedly, chute presses on shell fragment two ends and produces certain precompression and pressed on by Lock cylinder cover in lock core cap bore for fixing hole A and base fixed leg spiral shell; If a block, be provided with curved guiding surface in the middle part of it, both sides are provided with fixing hole B and the block fixed leg spiral shell of lock panel internal lock core cap one end solid.When pressing Lock cylinder cover, Lock cylinder cover starts to slide backward under the guiding of curved guiding surface, simultaneously, locating piece exits avoiding hollow groove, Lock cylinder cover and shell fragment slide backward until limited block place along gib block and chute, realize fast open and to undo the lock core cap function, reach the object exposing lock core hole; When again press Lock cylinder cover move forward to contact with block time, rely on shell fragment active force by the locating piece of Lock cylinder cover press-in avoiding hollow groove in, realize Lock cylinder cover and automatically restore in lock core cap bore.
Accompanying drawing explanation
Below with reference to the drawings and specific embodiments, the utility model is further described:
Fig. 1 is the utility model decomposing state front three-dimensional view;
Fig. 2 is three-dimensional view after the utility model decomposing state;
Fig. 3 is the utility model opening lock master lid state front three-dimensional view;
Mobile schematic diagram when Fig. 4 is the utility model opened lock core cap;
Lock panel inside structure schematic diagram when Fig. 5 is the utility model opened lock core cap;
Fig. 6 is that the utility model closes Lock cylinder cover state front three-dimensional view.
Number in the figure is depicted as:
1-lock panel, 11-lock core cap bore, 12-block fixed leg, 13-limited block, 14 gib blocks, 141-avoiding hollow groove, 15-base fixed leg;
2-Lock cylinder cover, 21-guide pad, 22-locating piece, 23-fixed leg, 24-compresses rib;
3-shell fragment, 31-fixing hole, 32 dashpots;
4-base, 41-lock core hole, 42-fixing hole A, 43-chute;
5-block, 51-curved guiding surface, 52-fixing hole B.
Detailed description of the invention
The utility model is by such as under type enforcement:
As shown in Figure 1 and Figure 2: in lock panel 1, establish a lock core cap bore 11, lock core cap bore 11 one end is provided with block fixed leg 12, the other end is provided with limited block 13, and lock core cap bore 11 both sides are all provided with gib block 14 and base fixed leg 15, and gib block 14 is provided with avoiding hollow groove 141; If a Lock cylinder cover 2 embeds in lock core cap bore 11, Lock cylinder cover 2 dual-side is provided with guide pad 21 and coordinates slidably with the gib block 14 of lock core cap bore 11 both sides, be provided with locating piece 22 and protrude from guide pad 21 and in the avoiding hollow groove 141 that can snap on gib block 14, with the relative position of fixed lock core lid 2 and lock core cap bore 11; On rear side of guide pad 21, middle part is provided with fixed leg 23, two ends are provided with and compress rib 24; If two shell fragments 3 coordinate with the guide pad 21 of Lock cylinder cover 2 both sides respectively, be provided with fixing hole 31 and dashpot 32 in the middle part of shell fragment 3, fixing hole 31 is embedded on fixed leg 23, compresses rib 24 and embeds in dashpot 32; If a base 4 is fixed in lock panel 1, lock core hole 41 is provided with in the middle part of base 4, both sides are all provided with fixing hole A42 and chute 43, and admittedly, chute 43 presses on shell fragment 3 two ends and produces certain precompression and presses in lock core cap bore 11 by Lock cylinder cover 2 for fixing hole A42 and base fixed leg 15 spiral shell; If a block 5, be provided with curved guiding surface 51 in the middle part of it, both sides are provided with fixing hole B52 and block fixed leg 12 spiral shell of lock panel 1 internal lock core cap 2 one end solid.
As shown in Figures 3 to 6: when pressing Lock cylinder cover 2, Lock cylinder cover 2 starts to slide backward under the guiding of curved guiding surface 51, simultaneously, locating piece 22 exits avoiding hollow groove 141, Lock cylinder cover 2 and shell fragment 3 slide backward until limited block 13 place along gib block 14 and chute 43, realize the function of opened lock core cap 2, reach the object exposing lock core hole 41.When again press Lock cylinder cover 2 move forward to contact with block 5 time, rely on the active force of shell fragment 3 to be pressed in avoiding hollow groove 141 by the locating piece 22 of Lock cylinder cover 2, realize Lock cylinder cover 2 and automatically restore in lock core cap bore 11.