[specific embodiment]
Below main accompanying drawings concrete enforcement of the present utility model.
See also Fig. 1 and Fig. 2, the lockset with dead bolt 100 of an embodiment comprises base 110, dead bolt 120, safety tongue 130, brake component 140, shifting part 150, first 161, second 163, the 3rd 165, first elastic components 171, second elastic component 173, the 3rd elastic component 175 and handles 180.All be arranged on the base 110 for first 161, second 163, the 3rd 165.Dead bolt 120 and safety tongue 130 are sheathed on first 161 rotationally.Brake component 140 is sheathed on second 163 rotationally.Shifting part 150 is sheathed on the 3rd 165 rotationally.First elastic component 171 is connected with brake component 140 with safety tongue 130 simultaneously.Second elastic component 173 is connected with the 3rd 165 and dead bolt 120 simultaneously.The 3rd elastic component 175 is connected with the 3rd 165 and shifting part 150.Handle 180 is located on the base 110 rotationally, and can drive shifting part 150 rotations.
Base 110 comprises matrix 111 and is fixed in support 112 on the matrix 111.Support 112 comprises one first side plate 1121 and two second side plates 1123 that are connected with first side plate, 1121 opposite ends respectively.First side plate 1121, two second side plates 1123 and matrix 111 be common to form a receiving space of accommodating dead bolt 120, safety tongue 130, brake component 140 and shifting part 150.Offer the through hole (figure is mark) of the circle that is used to install handle 180 on first side plate 1121.Offer on one of them second side plate 1123 for first 161, second 163 and the 3rd 165 axis holes that wear (figure is mark not) and first pilot hole 11231.Offer on another one second side plate 1123 for first 161, second 163 and the 3rd 165 axis holes that wear (figure is mark not) and second pilot hole 11232.
Dead bolt 120 comprises main part 121, resettlement section 123, stopper section 125, supports boss 127 and stirs pin 129.Resettlement section 123 is formed at a side of main part 121.A side of main part 121 is located in stopper section 125, and near resettlement section 123.Support boss 127 and be located at the end of main part 121 near stopper section 125.Main part 121 offers for first 161 axis hole that wears (figure is mark not) near an end that supports boss 127.Stir pin 129 and be fixed in a side that supports boss 127.
Safety tongue 130 roughly is the U type, and the free end of two support arm all offers for first 161 axis hole that wears (figure is mark not).The free end of one of them support arm is provided with driving section 131.The middle part of another one support arm substantially vertically is extended with fixed part 132, and free end is provided with pressure section 133.
Brake component 140 roughly is the C type, and its two ends all offer for second 163 axis hole that wears (figure is mark not).One of them end is extended with and supports arm 141, supports arm 141 and can be contained in the resettlement section 123 of dead bolt 120.Support arm 141 and be provided with side direction pawl 143, the side direction pawl 143 and first elastic component 171 offset.
Shifting part 150 comprises that body 151, first stirs boss 153 and second and stir boss 155.In this example, body 151 roughly is the U type, and the middle part of two support arm offers for the 3rd 163 axis hole that wears (figure is mark not).First to stir boss 153 be two, and the outside of body 151 bottoms is located in its space.Second to stir boss 155 be two, and it is located at the middle part of two support arms of body 151 respectively.
In the present embodiment, first elastic component 171, second elastic component 173 and the 3rd elastic component 175 are torsion spring.First elastic component 171 makes dead bolt 120 keep stretching out state.Second elastic component 173 makes safety tongue 130 keep stretching out state.The 3rd elastic component 175 makes shifting part 150 keep lifting state.
One end of handle 180 is provided with rotating shaft 181.Handle 180 also offers the chute 183 of the annular of twisted rotary shaft 181.Be provided with one in the chute 183 and keep out projection 185.The free end of two support arms of the body 151 of shifting part 150 can slide at chute 183, and can offset with keeping out projection 185, rotates thereby make handle 180 drive shifting part 150.
Please consult Fig. 2 and Fig. 3 simultaneously, assembling is when having the lockset 100 of dead bolt, the rotating shaft 181 of handle 180 is installed in the through hole of circle of first side plate 1121 of base 110.Brake component 140 is installed on the base 110, and the axis hole on two second side plates 1123 that wear brake component 140 and base 110 for second 163 makes brake component 140 rotatable with respect to base 110.Shifting part 150 is installed on the base 110, and the 3rd 165 axis hole, the 3rd elastic component 175 that wears on shifting part 150 and the base 110 makes shifting part 150 rotatable with respect to base 110.Two free ends of the 3rd elastic component 175 offset with one of them support arm of the body 151 of the 3rd 165 and shifting part 150 respectively, make shifting part 150 keep lifting state.Dead bolt 120 and safety tongue 130 are installed on the base 110, and first 161 axis hole, first elastic component 171, second elastic component 173 that wears base 110, dead bolt 120 and safety tongue 130 makes dead bolt 120 and safety tongue 130 rotatable with respect to base 110.Dead bolt 120 is positioned at the inboard of safety tongue 130, so that safety tongue 130 protection dead bolts 120.The fixed part 132c of dead bolt 130 wears in first pilot hole 11231 of base 110 slidably.Two free ends of second elastic component 173 offset with the driving section 131 of the 3rd 165 and dead bolt 130 respectively.Dead bolt 130 stir second pilot hole 11232 that pin 129 wears base 110, make and stir pin 129 and slide along second pilot hole 11232.Two free ends of first elastic component 171 offset with the side direction pawl 143 of brake component 140 and the fixed part 132 of dead bolt 130 respectively.
Please consult Fig. 4 to Fig. 6 simultaneously, when locking had the lockset 100 of dead bolt, dead bolt 120 was in the state of stretching out under the effect of second elastic component 173.Rotate safety tongue 130, make safety tongue 130 be in retracted mode.At this moment, the pressure section 133 of safety tongue 130 is removed brake component 140 is supported compressing of arm 141, the arm 141 that supports of brake component 140 is upwards lifted under the effect of first elastic component 171, thereby the stopper section 125 that supports arm 141 and dead bolt 120 of brake component 140 is offseted, finally make dead bolt 120 be in firm state.
Please consult Fig. 7 to Fig. 9 simultaneously, when unlatching has the lockset 100 of dead bolt, rotary handle 180, handle 180 drives shifting part 150 and rotates, second of shifting part 150 is stirred boss 155 with jack-up brake component 140, make the arm 141 that supports of brake component 140 rotate and separate, finally be contained in the resettlement section 123 of dead bolt 120, thereby remove braking dead bolt 120 with the stopper section 125 of dead bolt 120.The lockset 100 with dead bolt along with dead bolt 120 is withdrawn in the base 110 together, thereby is opened smoothly in the driving section 131 of safety tongue 130 under the drive of stirring pin 129 of dead bolt 120.
The brake component 140 of above-mentioned lockset 100 with dead bolt support arm 141 when dead bolt 120 is in the lock state, offset with the stopper section 125 of dead bolt 120, thereby fixedly dead bolt 120, make dead bolt 120 be in firm state, be difficult to artificially plug unlock deadbolt 120 from dead bolt 120 outsides, or answer external force vibrations and false touch unlock deadbolt 120, therefore, the security performance of above-mentioned lockset 100 with dead bolt is better.
Be appreciated that first elastic component 171, second elastic component 173 and the 3rd elastic component 175 are not limited to torsion spring, also can be other elastic construction, for example, available one group of extension spring replaces a torsion spring.
The above embodiment has only expressed several specific embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model claim.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the utility model design, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.