TWM251003U - Auto rotation press style lock recognizance construct - Google Patents

Description

Bie TM Xiong Ming Uj [Technical field to which this creation belongs]: g's is an improved lock-up and unlocking structure for a creative department. The main technology and structure are set by a rotating block and the first and second latches of the array, :: Two and two cylinder bolts and springs are used to form a large locking depth. Its machine θ has a large degree and is not easy to steal. ^ Taxi /, there are control levers and locking springs fitted to the rotation block, and TT ^ ^ 4 female pressure control levers can be used without a key. The lock can be automatically rotated by the rotation block to achieve the effect of speed. [Previous technology] ·· Wan Geng Γ According to the lock structure of Baizhi lock, it is generally shown in Figure 1. A body 10 has a lock lever 4, and a lock hole 2 with a slot 3 is provided on the side for assembly. Lock ~ 5 Lock ~ 5 and lock lever 4 are also provided with lock flash 6, elastic Jing 8, and insertion lever 7, its function is to insert the key 9 into the lock core 5 when locking, and "rotate", "press" Move the lock ^ 5 $ in ", so that the latch 6 is inserted into the slot 3, the insertion lever 7 is inserted into the lock lever 4 ', and the remaining key 9 is inserted when the lock is unlocked, and the lock core 5 is rotated in the reverse direction to make the lock flash 6 Exit ^ Card slot 3 'cooperates with its spring 8 to retreat the inserting lever 7, lock core 5; above, in fact, there are the following disadvantages: (1) No matter it is locked or unlocked, it takes time to insert the key and rotate, so it is more troublesome , Time-consuming, labor-intensive, inconvenient. (2) Lock: The lock of 5 only depends on “one latch 6”, so its endurance strength is poor, and it is easy to detach, break and be stolen when struck by a fork. [New content]: Daddy reads pictures two, three, four, and five, including: a body 10 with a lock M251003

The lever hole 14 is used for inserting the lock lever 16, a lock core unit 20 assembled into the body ι〇, a control lever 33, a positioning ring 31, and a closed ring 32; among them, the body 10 has no first and second parts. The accommodating slots Η, 12 and the second accommodating slot 12 communicate with the lock lever hole 14. The two positions of the first accommodating slot 11 are provided with positioning protrusions no and ill, respectively. The bottom of the second accommodating slot 12 is provided with several The pin hole 13 is also provided with a control rod hole 15 communicating with the first receiving slot u; a lock core unit 20, which has a rotating block 27 and an array of different lengths, and the first and second cylinder pins 21 and 23 The first and second latches 22, 24, the latch spring 25, and the barrel spring 26. The rotary block 27 is provided with several through holes 27. Both sides are provided with a lock block 28, a positioning projection 29, and a rotary block 27. Assembled in the first and second accommodation grooves U, 12 of the body 10, with positioning protrusions 29 corresponding to the control lever holes 15, and the positioning protrusions 29 and the positioning protrusions no of the first accommodation groove u. There is a lock spring 3 〇, so that the rotating block 27 can be pushed to rotate; and the first barrel pin 21_ and the first barrel pin 22 are fitted together in the through hole 2 70 of the rotation block 27, and the second barrel latch 23. The second latch 24 is also fitted to each other and assembled in the body 10, the second receiving slot 2 in the latch hole 1 3, the latch spring 2 5, the barrel pin spring, 26 is placed in the latch hole 13 of the body 10, and presents The tops of the latch spring 25 and the barrel pin spring yellow 26 are respectively pressed against the second latch 24 and the second barrel latch 23, and the second, the pin 24 and the second barrel latch 23 are respectively topped against the first latch and the first same latch. 2 1 In the locked state, the second barrel pin 2 3, the second mortise lock 2 4 can be inserted. The through hole 2 70 of the rotary block 27 makes the rotary block 27 non-rotatable. When it is unlocked, it is pushed back with a key 40. The first cylinder pin 21 and the first cylinder pin M must simultaneously drop the second cylinder pin 23 and the second cylinder pin 24, so that the first and second cylinder pins, Shaw 2 1 2 3, the first and second cylinder pins 2 2, 2 At the junction of 4, it is just at M251003

Dragon 27 | 4 body ι〇 The bottom surface of the first valley groove 12 meets, so that the rotating block 27 can be rotated; the control lever 33 has a flange 33 with a larger diameter, and its set is assembled with a spring 34 The control rod hole 15 of the body 10 is sealed with a closing piece 35 and is inseparable. Its flange 3 3 0 can protrude into the first receiving groove 11 when it is unlocked; the positioning ring 31 and the closing ring 32, the positioning ring 31 is set on the first receiving groove ii and the two positioning protrusions 11 〇, 111, so that a locking spring 3 〇 is formed.

The releasable 'closure ring 32 is blocked by the rotating block 27 so that the rotating block 27 cannot be removed from the body 10. [Embodiment]: With the above structure, the implementation of this creation: the body can be set longer (as shown in Figure 3), and one end of the lock lever can be pivoted to the body, and the other 1 Can be inserted into the locking rod hole 14 of the main body 10; when in the "locked" state: the flange 330 of the control lever 33 is pushed back, and by the pushing of the locking spring 30, the rotating block 27 is rotated to its position Bump 2 9 to stop lever 3 3 flange 3 3 〇

Position, the control lever 33 can no longer protrude (as shown in Figure 4A), and the rotation block with the lock block 2 8 is in the position corresponding to the lock lever hole 14 and is inserted into the ring groove 16 of the lock lever 16 6 0 So that the lock lever 16 cannot be disengaged (as shown in FIG. 4 b), and each of the second cylinder pins 23 and second pins 24 of the lock core unit 20 corresponds to each of the pin holes 13 of the body 10 due to the through holes 270 of the rotation block 27, Therefore, they are inserted into the through holes 2 70 of the rotating block 27 (as shown in FIG. 4A), so that the rotating block 27 can be kept in a non-rotatable ^ locked state. When "Unlocking": Set the recording key 40 with the shape and length at the end to insert the one and two cylinder pins 21 and 23 and the second and one of the lock cylinder unit 20

M251003

The length-finding first turning block 27 and the main body 10 second receiving slot cylinder pin 23 and second pin 24 are ^ (as shown in FIG. 5A), so the key 40 enters the ring groove 160 of the lock lever 16 (as shown in FIG. 5A). The flange 33 0 of the control lever 33, so the lever 33 is subjected to the elastic force of its spring 34. When the flange 3 3 is protruding, the flange 3 3 〇 can be exactly as shown in Figure 5B. The flange 330 of the lock lever hole control lever 33 of the body 1 no longer blocks the spring force of the lock spring 30, which can promote the rendering of Figure 4 (A), Figure 4 (IV, Creation Instructions (4), Bolt 2 2, 2 3鍮 At the point where the first latch is connected to the bottom surface, insert the rotating block 2 7 to rotate it to lock five B), positioning projection, the locking lever 16 can be released and can protrude from the body 10 to block the rotating block 2 7 Locked "status. In addition, after 14, the fixed positioning projection 29 of the control-control rotating block 27 is pressed to rotate B) The locked state is easy to use from the above description, and the quick key 40 can make all the joints back to the rotation, that is, each In each of the second through holes 270, the latch block 28 is no longer embedded, the block 29 is no longer blocked from the body 10, and the positioning projection 29 is controlled (when it is to be locked again, the lever 33 is used, and the projection 2 is 9). Therefore, the block 2 7 is rotated, and it can be known that 'this creation can make the locking act automatically, achieving the effect of saving labor. Moreover, it also has the following effects

(1) The lock core unit 2 is composed of a plurality of first and second cylinder pins 2 1, 2 3, first and first pins 2 2, 2 4 which can be made of steel and inserted into the rotating block 2 7 The effect of large and strong endurance. (2) Each of the first and second cylinder pins 2 1, 2 3, the first and second pins 2 2, 2 4 are set to have different lengths, and are assembled in a porous manner in the rotating block 27 through holes 2 7 0, so it is not easy At the same time, the stolen person retreats to a set depth, so that the effect of not being stolen can be obtained.

Page 9 ~ 51003 IV. Explanations and Obtaining Endurance (3) Rotating block 27 is "solid" and can be used with "high steel strength and anti-destructive effect. (4) Latch of rotating block 2 7 Block 2 8 'can take a large area to obtain efficacy. In addition, the strength of the force is strong. According to the above-mentioned technical means and creativity, this creation can also be implemented in the form of six or seven.' It belongs to the equivalent structure of this creation: & amp Figure (1) and Figure 6, are provided with a housing with a latch hole 41〇, the positioning seat 42, the lock core unit 20, the control rod 33 is assembled in the housing 41, (2) (3), the body Assembled in the lock core hole 丨 〇i of the body 10, that is, the lock core, the unit 20, and the control lever 33 are set as an independent entity, and then combined in the body 10, the same effect can be obtained. Seven, the lock rod can be set as a steel cable 50. =, the positioning ring 31, the closed ring 32 can also be integrated into one. Hair = ί, the structure of this creation, in the field of "locks", indeed Lu Zhi: Chen Zizhi's creation 'And the effect achieved, it really has a very good one to enhance the effect, which is in line with the gist of the new patent, I would like to ask for a patent 0

Page 10 M251003 Brief description of the diagram Brief description of the diagram: View (A) Locked (B) Unlocked state diagram and partial cross-sectional view of the lock as a whole Cross-sectional view State cross-section (A) Front view (B) Cross-sectional view (A) Front view (B) Bottom view unit is an example of an independent individual and then assembled into the ontology. Figure 1, is a sectional view of the conventional structure, is a three-dimensional view of the creation, is a layout view of the creation, and is a locked view of the creation. Fifth, the unlocking figure of this creation, Figure VI, the sectional view of the lock of this creation, and the seventh figure, the sectional view of the embodiment of this creative lock rod with a steel cable, drawing number description: 1, 10 body 14 lock rod hole 28 latch block 2, 1 0 1 Locking hole 15 Control rod hole 29 Positioning projection 3 Card slot 160 Ring slot 30 Locking spring 4, 1 6 Locking rod 20 Locking unit 31 Positioning ring 5 Locking core 21 First barrel latch 32 Closing ring 6 Latch 22 No. 1 latch 33 control lever 7 latch lever 23 second barrel latch 330 flange 8 and 34 spring 24 second latch 35 closure piece 9 '0 key 25 latch spring 41 housing 11 first receiving groove 26 barrel pin spring 410 Latch? L 11 0, 111 Positioning protrusion 27 Rotating block 42 Positioning seat 12 Second receiving slot 13 Pin hole 270 Through hole 50 Steel cable Φ

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Claims (1)

M251003 M251003 5. The patent application spring is provided with a bolt, bolt lock spring bolt, first bolt, bolt spring, barrel spring, and first m Assembled and assembled in the through hole of the rotating block, the second cylinder is ordered, and the plunger is inserted into the barrel: the tube is the second one: the assembly is inserted into the second receiving slot of the body to insert the lock hole spring and the barrel pin on the cage. In the pin hole, there are two bolts, 帛:, :: Don't press on the second pin, the second barrel pin, and the first, on the locked state day; the first ΐf, respectively, on the —pin ,,- Barrel pin LL 'Let the rotating block not be lit :: Bolt, the second yoke can be inserted into the through barrel pin of the rotating block, the first-"quotation, when the lock is sad, press the key to push back the first" order--, -From the top, the pressure drop of the second cylinder pin, the second pin block and the body: Π :, the first, and the second pin's joints " are in the rotation 3. The connection of the bottom of the groove, so you can let The rotation block can rotate. Structure, wherein: ΐ! Wai No. 1, the automatic rotary push lock knot X 疋 position j clothes, the closed ring 玎 is set into a body. Page 13