The utility model content
For solving the asymmetry of existing electric control lock, to be inconvenient to produce, the utility model examples of implementation provide a kind of electric control lock, and its inside is used simple symmetrical structure and is promoted assembly, convenient production and use.
The utility model embodiment provides a kind of electric control lock, comprise two groups of swing arm platforms locking wall, protecgulum and be positioned at the protecgulum below, described swing arm platform is fixed on the interior paranotum of lock wall, be provided with electromagnetic assembly and lock transmission mechanism in lock wall, protecgulum and the formed chamber of swing arm platform, described electromagnetic assembly is fixed on the middle below of paranotum in the lock wall, described lock transmission mechanism comprises hairclipper assembly, swing arm assembly and status switch, described hairclipper assembly is fixed on the lock wall, every group of swing arm assembly is fixed on the corresponding swing arm platform, wherein:
Described hairclipper assembly comprises preceding hairclipper, back hairclipper, hairclipper pilot pin, hairclipper spring, described back hairclipper is fixed on the lock wall, described hairclipper spring housing is on the hairclipper pilot pin, hairclipper pilot pin one end and preceding hairclipper are fixed, pin with jump ring behind the center hole of hairclipper after the other end passes, described hairclipper assembly is in the centre of two groups of swing arm platforms;
Every group of swing arm assembly comprises swing arm, arm shaft, lock bolt, the locking bar guide, torsion spring, described locking bar guide is fixed on the swing arm platform near a side at center, described torsion spring set is on arm shaft, described torsion spring one driving lever is pushed down swing arm, another driving lever is pushed down the swing arm platform back plane, arm shaft one end uses the jump ring fastening on the bottom surface of swing arm platform, swing arm is enclosed within the other end of arm shaft, swing arm front end and lock bolt have an end of opening to use the lock bolt screw bolt and nut to block, the lock bolt other end passes locking bar guide center hole, and the lock bolt in symmetry two groups of swing arm assemblies in opposite directions forms locked state at the volley;
Described status switch is fixed therein on one group the swing arm platform.
Described electromagnetic assembly comprises: electromagnetic coil, electromagnetic core back-moving spring, electromagnetic core, the firm frame of electromagnetism.
The bronze medal post touching of described status switch when electric control lock is in closure state and in the swing arm.
Described status switch is fixed on the bottom surface of swing arm platform with the horizontal oblique angle of 36.67 degree, and described copper post is fixed in the swing arm down.
Hairclipper and back hairclipper are in the lock center before described, and the swing arm assembly that is positioned at hairclipper assembly both sides adopts symmetric design.
Described back hairclipper is fixed on the lock wall by mounting screw.
The electric control lock of the utility model embodiment adopts the bilateral symmetry design, simple in structure, convenient for production, preceding hairclipper that can a conversion different length, just can adapt to how different article, owing to be the backboard mounting means, different setting angles can pin different article, has embodied higher applicability.
The specific embodiment
Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making all other embodiment that obtain under the creative work prerequisite, all belong to the scope of the utility model protection.
Fig. 1 to 7 shows the electric control lock structural representation in the utility model examples of implementation, Fig. 1 and Fig. 2 are the structure explosive view of electric control lock, Fig. 3 is the cross-sectional view of electric control lock, Fig. 4 is the electromagnetic assembly structural representation, Fig. 5 is the closure state structure chart of electric control lock, Fig. 6 is the opening structure chart of electric control lock, Fig. 7 is the concrete application example structure chart of electric control lock, comprise lock wall 1 according to this electric control lock of figure, protecgulum 16, with two groups of swing arm platforms 15 that are positioned at the protecgulum below, this swing arm platform 15 is fixed on the interior paranotum of lock wall 1, the lock wall 1 here and two groups of swing arm platforms 15 are fixed together by screw 26 being installed and screw 27 being installed respectively, at lock wall 1, protecgulum 16 and swing arm platform 15 formed chambeies are provided with electromagnetic assembly and lock transmission mechanism, the electromagnetic assembly here is fixed on the middle below of paranotum in the lock wall 1, this lock transmission mechanism comprises the hairclipper assembly, swing arm assembly and status switch 13, this hairclipper assembly is fixed on the lock wall 1, and every group of swing arm assembly is fixed on the corresponding swing arm platform 15.
The hairclipper assembly here comprises preceding hairclipper 10, back hairclipper 9, hairclipper pilot pin 12, hairclipper spring 18, the back hairclipper 10 here is fixed on the lock wall 1, this hairclipper spring 18 is enclosed within on the hairclipper pilot pin 12, hairclipper pilot pin 12 1 ends and preceding hairclipper 10 are fixing, pin with jump ring 19 behind the center hole of hairclipper 9 after the other end passes, this hairclipper assembly is in the centre of two groups of swing arm platforms.Need to prove that preceding hairclipper 10 inwalls here coincide with back hairclipper 9 outer walls on four sides, preceding hairclipper 10 and back hairclipper 9 bottoms are provided with square hole clipping.Preceding hairclipper 10 is used for releasing the locked object product, and hairclipper 10 provided guiding before back hairclipper 9 was used to.
Here the every group of swing arm assembly that is fixed on the swing arm platform comprises swing arm 2, arm shaft 11, lock bolt 3, locking bar guide 14, torsion spring 20, this locking bar guide 14 is fixed on swing arm platform 15 near a side at center, this torsion spring 20 is enclosed within on the arm shaft 11, torsion spring 20 1 driving levers are here pushed down swing arm 2, another driving lever is pushed down swing arm platform 15 backboards, arm shaft 11 1 ends use jump ring 19 fastenings on the bottom surface of swing arm platform 15, swing arm 2 is enclosed within the other end of arm shaft 11, swing arm 2 front ends and lock bolt 3 have an end of opening to use lock bolt bolt 28 and nut 29 to block, lock bolt 3 other ends pass locking bar guide 14 center holes, and the lock bolt 3 in symmetry two groups of swing arm assemblies in opposite directions forms locked state at the volley.Need to prove that preceding hairclipper 10 and back hairclipper 9 are in the lock center, the swing arm assembly that is positioned at hairclipper assembly both sides adopts symmetric design.Back hairclipper can be fixed on the lock wall 1 by mounting screw, and the back hairclipper here also can be weldingly fixed on the lock wall 1.
The status switch 13 here is fixed therein on one group the swing arm platform 15.Need to prove a bronze medal post 17 touchings of the status switch 13 here when electric control lock is in closure state and in the swing arm.This status switch 13 is fixed on the bottom surface of swing arm platform 15 with the horizontal oblique angle of 36.67 degree, and this copper post 17 is fixed in the swing arm 2 down.
The electromagnetic assembly here comprises: electromagnetic coil 5, iron core return-spring 6, electromagnetic core 8, the firm frame 4 of electromagnetism.The bottom of this electromagnetic assembly is provided with the round emergent unlocking screens of I-shaped.
Need to prove that the lock transmission mechanism here has one and is used for releasing the preceding hairclipper 10 of article, a back hairclipper 9 that is used for preceding hairclipper 10 guiding, two lock bolt 3 and two swing arms 2 that are used for promoting lock bolt 3 that are used for pinning article; Back hairclipper 9 is installed screws 23 by four and is fixed in the lock wall on the paranotum 4, hairclipper spring 18 is enclosed within on the hairclipper pilot pin 12, hairclipper pilot pin 12 1 ends and preceding hairclipper 10 are fixing, after passing, pins with pilot pin jump ring 19 behind the center hole of hairclipper 9 other end, swing arm platform 15 is fixed on lock wall 1 interior paranotum and lock wall 1 side plate, locking bar guide 14 is fixed on swing arm platform 15 near a side at center, button spring 20 is enclosed within on the arm shaft 11, button spring 20 1 driving levers are pushed down swing arm 2, another driving lever is pushed down swing arm platform 15 backboards, arm shaft 11 1 ends use jump ring 19 fastenings on the bottom surface of swing arm platform 15, swing arm 2 is enclosed within the other end of arm shaft 11, swing arm 2 front end elliptical apertures and lock bolt 3 have the screw of opening one end to be passed by bolt 28, bolt 28 cooperates with swing arm 2 with nut 29 and lock bolt 3 couples together and transmission smoothly, lock bolt 3 other ends pass locking bar guide 14 center holes, the sealed and opening of flexible formation of the lock bolt 3 on symmetrical both sides.Preceding hairclipper 10 inwalls here use hairclipper pilot pin 12 to slide for guiding with back hairclipper 9.Hairclipper 10 is still pushed down electromagnetic assembly before being somebody's turn to do under unlocking condition, stops it to automatically reset.
The preceding hairclipper 10 here matches with back hairclipper 9 four sides, be guiding in conjunction with hairclipper pilot pin 12, hairclipper before promote inwards, preceding hairclipper 10 slides along hairclipper pilot pin 12 directions, behind the slip certain distance, two swing arms 2 about touching, under the active force of preceding hairclipper 10, swing arm 2 is rotated centered by arm shaft 11, and then it is close in opposite directions to promote two lock bolts 3, when two lock bolts 3 are close together, preceding hairclipper 10, the bayonet socket of back hairclipper 9 belows is overlapping, this moment, electromagnetic core 8 was the using of electromagnetic core back-moving spring 6, and the top is in bayonet socket, and electric control lock is in the state of locking; When powering on for 5 moments of electromagnetic coil, down indentation of electromagnetic core 8, preceding hairclipper 10 resets toward front slide under 18 effects of hairclipper spring, and swing arm 2 drives lock bolt 3 and resets under 20 effects of button spring, and electric control lock is in unlocking condition.
Also need to prove here, preceding hairclipper 10 sliding strokes here can not controlled by lock bolt, and by hairclipper spring 18 and jump ring 19 its strength of control and strokes, after lock bolt 3 was opened fully, preceding hairclipper 10 can continue to promote the locked object product forward to suitable position.
When electric control lock was in opening, as shown in Figure 6, under the effect of button spring 20, swing arm 2 drove lock bolt 3 and opens to both sides.The locked object product lean against on the preceding hairclipper 10, and promote inwards, preceding hairclipper 10 drives swing arm 2, and swing arm 2 drives lock bolt 3, when preceding hairclipper 10 and the bayonet socket of back hairclipper 9 are overlapping, electromagnetic core 8 top under 6 effects of electromagnetic core back-moving spring when preceding hairclipper 10 is blocked, is being with copper post 17 to make status switch 13 folding conditions change in swing arm 2 swings in bayonet socket, two lock bolts 3 have leaned on together, this moment, the locked object product were locked by lock bolt 3, and as shown in Figure 5, this moment, electric control lock was in closure state.
When needing to open electric control lock, 5 moments of electromagnetic coil power on, electromagnetic core 8 spurs downwards, preceding hairclipper 10 is past front slide under the effect of hairclipper spring 18, swing arm 2 simultaneously and lock bolt 3 reset to both sides under the effect of button spring 20, the state of status switch 13 changes, and when locked object product are bound to out the appropriate location, electric control lock is got back to opening shown in Figure 4 at this moment.
When the utility model electric control lock is installed in the intelligent firearm management cabinet, Fig. 7 shows the example schematic that gun are locked, the lead-out wire (not shown) of the electromagnetic coil here and status switch is connected with the external control circuit plate, realizes unblanking controlling the transmission with state.
To sum up, the electric control lock of the utility model embodiment adopts the bilateral symmetry design, simple in structure, convenient for production, preceding hairclipper that can a conversion different length just can adapt to how different article, owing to be the backboard mounting means, different setting angles can pin different article, has embodied higher economic worth.
Used specific case herein principle of the present utility model and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present utility model and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present utility model, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as restriction of the present utility model.