TW436565B - Mortise lock - Google Patents

Abstract

A mortise lock (10) including a mortise lock case (12) which houses a locking mechanism actuable by a key-operated lock cylinder (14), and separately by a handle (16) which engages a bolt follower (19) in operative connection with the locking mechanism, characterized in that the mortise lock (10) comprises a plurality of locking bolts (20, 22, 24, 26, 30, 32, 34) which are arranged to protrude outwards from the case (12), and wherein the handle (16) is operatively linked to the plurality of locking bolts (20, 22, 24, 26, 30, 32, 34) by a linkage wherein the plurality of locking bolts (20, 22, 24, 26, 30, 32, 34) are actuable into an unlocked position by suitable rotation of the handle (16) independently of whether or not the mortise lock (10) is locked by the key-operated lock cylinder (14).

Description

65δ5 V. Description of the invention Q) Scope of the invention The present invention relates generally to a tenon lock, an eyelock, which can-especially with regard to the opening of a tenon with multiple latches, and the characteristics, that is, the tenon and the m lock are activated. Fast: Turn the inner inverted door handle to move Λ, / Kai background position. It is also known as a mortise lock of the outer edge lock.-Within the fourth or sixth of the door edge, it is a well-known lock. The recessed lock or lock pin set in the door post can be moved to connect with The shaped tight f door is a well-known door plate that is pushed from the inside of the door plate (also ', whether it is locked or not, and can be borrowed with a bar-height bar inside the Jiantai Object), horizontally and horizontally. Mechanically connect a bypass machine: Quickly open in two cases. This rod pin, whether they have been locked or not, all the latches or locks on the door opening board, but people do not know a multi-eye lock configuration, which can be a key or a new tongue of the door latch and / or lock pin The feature of quick opening, that is, the same as the start, which includes a door handle to start, the invention is general; the function of the emergency door. The present invention seeks to provide a feature that can be activated by a key or a handle, a mortise lock with a latch and / or a lock pin, and a quick-open feature. In particular, the lock of the present invention includes a door handle to start, and it is suitable for use in office buildings, school buildings, dormitories, and / or rooms. Teaching, public toilets and similar constructions Therefore, according to a better example of the present invention-a mortise lock, which contains a

$ 5 页 43656 5 V. Description of the invention (2) The mortice lock box has a built-in locking mechanism, which can be operated by a key, and at the same time, it can be driven by a combination of a latch and a follower. The machine will be used as the handle of the i-table connector, and it will also contain the majority of Bai Jieyu Charlian Ganshi $, ^ a latch that protrudes outward from the self-locking box. Each lock asks, most of them turn to the handle to activate-unlock = lock < and can be selected according to the present invention < -preferred combination of hands " Barco optional: separate 'into the hand Put the unlocked position with at least more than = activated. In addition, according to a preferred embodiment of the present invention, a plurality of lock boxes are selectively connected and separated from the locking mechanism. Small and removable ^ In addition, according to a preferred embodiment of the present invention, the handlebar may be selectively separated from at least one of the plurality of latches without requiring removal. ^ In addition, according to a preferred embodiment of the present invention, the lock is modularly installed in the lock box. According to a preferred embodiment of the present invention, a plurality of latches γ and a fixed pin are self-locking on one panel of the lock box; less: the first lock is roughly vertically moved, And at least—the second lock flash is roughly moving. > The mechanical type and the lock can be selectively selected. In addition, according to a preferred embodiment of the present invention, the latch includes a collar connected with the latch follower, and the appropriate rotation collar is used to lock the latch follower with the lock. The bodies are connected or separated. According to a preferred embodiment of the present invention, a pair of lock posts are paired with a mortise lock.

Page 6 V. Description of the invention (3) Each lock post on the side includes a pin, which is mounted on the-, _, χ take " 'forming the gear tooth zygote slidingly installed in the through hole of each lock post > JJ + 人 ^ _ The through hole in the lock fork is made, and the connecting hub is' rotatably installed in the lock box, and the hub's locking mechanism can be operated at the same time. Engage the corresponding connection key Bt. The configuration of the pin bolt and the gear tooth zygote can just make one into the pin bolt and push the corresponding gear tooth zygote to protrude out of the lock and can be inserted into the corresponding connection core hub. First, at the same time, the other key is bolted outside and pushes its corresponding gear tooth zygote to protrude from the lock post to make a connecting hub, so that any gear tooth zygote rotates, k = locking mechanism Operation. The diagram briefly describes the spleen 6 -Γ- t and cognition of the present invention, in which the detailed description and the accompanying diagrams are used to more fully understand the simple Γ diagram according to the example of the present invention-the mortise lock diagram 2 and 3.8 B f & Plan view 2 i: 1 Simplified illustration of the internal locking mechanism of the tenon lock and Figure 4 The lid of the second mortise lock box has been removed; The simplified plane of the I tenon lock is behind the door handle Figure, which is partially rotated internally; It is in the unlocked position for fast opening of the mortise lock = simplified enlarged view of the mortise lock; Figure, one of its roots * —ν I taken from the connection Simplified profile speed opening characteristic of the link mechanism Invents a better scheme and selectively activates the mortise lock

V. Description of the invention (4) FIG. 7 is a simplified exploded view of a lock post constructed and operated according to a preferred embodiment of the present invention, which is installed on the corresponding side of the mortice lock in FIG. 1, and a clutch mechanism is connected between them. 8A and 8B are simplified diagrams of one of the lock posts in FIG. 7 before and after inserting a key into its lock hole; FIG. 9 is a simplified front view of the lock post in FIG. 7; and FIG. 10 is along FIG. 9 Simplified cross-sectional view of the lock pin in Figure 7 taken from the middle X-X connection; Figure 11 is a simplified side view of the lock post in Figure 7; and Figures 12 '13 and 14 are used with the lock post in Figure 7, respectively. A simplified front, sectional, and perspective view of a connecting rod hub and spur gear. Detailed description of a better example Exercise: ίίί:!. 'It's Overview-According to the present invention-a preferred example of a lock box 12 built with a built-in mechanism and a tenon, it can be opened with a lock post 14 or 杲-also a roughly square rotating hole and lock Flash follower 19 (see Figures 2 and 3) The locking mechanism and operating handle 16 of the handle 16 are opened. With the lock post 14 and the multiple interlocking lock, that is: it will be described later. The mortise lock W is preferably a rectangular shape shown in the figure, although any number can be used in the present invention, including a plurality of latches and / or lock pins. The lock question 24 and a fixing; the lock question 20 of an auxiliary lock pin 22, and in addition, the circle example includes two = 26, both of which protrude from a panel 28. And 32, and the latch 30 moving horizontally to the upright door in the direction of the upright door 30 and the moving lock flashing 34. Latch 2 0, 2 4,

^ 3d565 V. Description of the invention (5) 30, 32, and 34 can be used to lock the door panel in combination with various locking metal parts installed on the door panel. Such metal parts are well known in the art, so for-mechanics No further explanation is needed. The tenon lock 10 is preferably equipped with two handles 16 and placed on both sides of the door panel (not shown). As is well known to this technology, the handle on the inside of the door panel (that is, the inside of the building) can basically be moved to activate the locking mechanism of the door panel, and the handle on the outside of the door panel (that is, the outside of the building), depending on the specific application It can be moved or cannot be moved. In the present invention, the outer handle can be selectively movable or immovable, and the selection method is obtained by mechanically connecting to the collar 36 of the latch follower 19. The collar 36 acts like a clutch: by properly turning the collar 36, the latch follower 9 will be connected to or separated from the locking mechanism as described further with reference to FIG. 5 later. Referring now to Figs. 2, 3 and 4 ', the locking mechanism of the mortise lock 10 will be described. The locking mechanism preferably includes a gear 38, which will be selectively connected to a zigzag-shaped latch moving gear 40 as described later. The gear 38 is preferably coaxially aligned with the flash moving gear 40. The latch moving gear 40 engages a spur gear 42 (FIGS. 2 and 4) that is rotated by proper rotation of the lock post 14 (the lock post 14 is omitted for clarity in FIGS. 2 and 4 to highlight the spur gear 4 2). For each of the lock flashes 2, 4, 30, 32, and 34, § 'The lock flashing moving gear 40 has a radial groove 44 formed therein' and a pin 46 is received therein and the corresponding latch 24, 30 , 32, and 34. Pinion 42-Once rotated in the direction of arrow 48 (Fig. 4), the flash-lock moving gear 40 is actuated to rotate in the direction of arrow 50, thereby causing the pin 4 6 to move radially inward in the groove 44 At the same time, as shown in Figure 4, the lock flashes 24, 30, 32 and 34 are brought into an open position. Therefore, the latches 24, 30, 32, and 34

Page 9 4 · 3 S δ 6 5 ^ V. Description of the invention (6) All are activated by a key-operated lock post 14 ° A unique feature of the present invention is that the latches 24, 30, 32, and 34 are in one module In the mode, the remaining locking mechanism of the tenon lock 10 can be operatively combined, that is, the flash can be installed in the lock box 丨 2 without removing the lock box 12. Any number of latches can be installed in the lock 10, and other latches can be omitted as needed. In addition, the lock flashes 24, 30, 32, and 34 can be selectively connected or separated from the remaining lock mechanisms without removing the lock box 12. These characteristics can be achieved by simply removing the pin member 46. The pin member connects the latch to the latch moving gear 40, which can be accessed from the front or rear of the lock box 12 through the access hole. In addition, after removing the held pins 46, any of the latches can be reinstalled into the lock box 12 in different orientations. For example, the positions of the latches may be interchanged, or the latches may be inverted to face different sides of the lock box 12. The activation of the pin latch 20 and the auxiliary lock pin 22 with the lock post 14 will now be described. The pin 20 and the auxiliary lock pin 22 are preferably attached to a spring-loaded supporting member 52 by a spring 54 (Fig. 3). The supporting member 52 has a notch 56 formed therein, and the knot δ thereof—the tongue 58 of the latch lever 60. A pair of locks 62 and 64 are tightly attached to the latch lever 60. The pin 62 serves as the activation of the pin 20 and the auxiliary lock pin 22, which will be described in the next section. The importance of the pin 64 is to operate the fixed latch pin 26 as described later. The latch lever 60 pivots around a pivot point 65. Now refer to FIG. 5 additionally. The latch moving gear 4 has a hook-shaped recess 66 formed therein, and its shape is suitable for "capture" "that is, combined with the pin 62. At arrow 48 = rotating the spur gear 42 in direction can cause the latch moving gear to The rotation in the direction of the arrow causes the hook-shaped recess 66 to engage the pin 62. The hook-shaped recess 66 of the pin 62 abuts and moves so that the latch lever is roughly in the direction of arrow 68 (Figure 3)

4 3656 5--— — — _ 一 _____ 5. Description of the invention 摆动 Swing around the pivot point 65, so the branch member 52 is also roughly moved in the direction of arrow 68. Since the engraved groove 56 of the support member 52 is combined with the tongue 58 of the latch lever 60: the movement of the support member 52 'brings the pin latch 20 and the auxiliary lock pin 22 inside the lock box 12 into an unlocking shown in FIG. 4 position. Therefore, the pin latch 20 and the auxiliary lock 22 can be activated by a key-operated lock post 14. The operation of the fixed pin latch 26 will now be specifically described with reference to FIG. 5. The fixing pin flash 26 preferably includes a tongue 70 ', which is located adjacent to the front face 74 of a capture rod 72 as shown in FIG. The fixing pin 26 is preferably biased by a biasing means such as a flat spring 75. The capture lever 72 pivots around a pivot point 76, which includes a stop surface 78 °. When the tongue 70 abuts the front face 74 of the capture lever 72, the capture lever 72 is pivoted so that the pin 64 is shown in FIG. 5 Does not abut the stop surface 78. In this position T ', the front face 74 of the capture cup 72 is biased toward the tongue 70 by a biasing means such as a spring 80. When the fixing pin latch 26 is moved inward in the direction of arrow 82 (its position is shown in FIG. 4), the spring tongue 70 slides away from the front face 74, and the spring 80 pushes the capture lever 70 to pivot in the direction of arrow 84, and The stopper surface 78 swings toward a position adjacent to the pin 64 —plane QC. As shown by the dashed line in FIG. 5 at this position, the pin 64 cannot move beyond the stopper surface 78 of the capture lever 72, so the pin 62 It cannot be moved by the hook-shaped recess ββ of the latch moving gear 40. Therefore, the 'flash lever 60 cannot move in the direction of arrow 68 (Fig. 3), and the pin latch 20 and the auxiliary lock pin 22 cannot be pushed out to the open position shown in Fig. 4', thereby achieving the function of fixing the latch. The fixed latch function now explained can be canceled by turning the spur gear 4 2 with a key-operated lock post 14. The catch lever 72 is preferably provided with a pin 73 extending toward the latch moving gear 40. The latch moving gear 40 forms a cam surface 71,

Page 11 436565 V. Description of the invention (8) It protrudes slightly outward from the rough peripheral edge of the gear 40. Once the spur gear 42 rotates with the key-operated lock post 14, the latch moving gear 40 rotates in the direction of the arrow 50. The shape of the latch moving gear 40 is suitable so that the hook-shaped recess 66 is adjacent to the pivot point 62, and the cam surface 71 is pushed to the pin 73, so that the capture lever turns away from the position around the pivot point 76 in the direction of arrow 63. Q releases the parts 6 4 and the lever 60. This can cancel the function of the fixed latch. At this time, the approximately-shaped recess 6 6 can be combined with the pin member 62 ′ to simultaneously move the latch lever 60 to bring the pin latch 20 and the auxiliary lock pin 22 into the open position shown in FIG. 4. It should be emphasized that the key-operated locking posts 14 can be installed only on one side of the door panel, or can alternatively include multiple locking posts mounted on both sides of the door panel. The fixed latch function can be cancelled by the operation rotation of one or two key-operated lock posts 14. The fixed latch function can also be cancelled by turning the handle 16 as described later. As mentioned later, the ability of the handle 16 to cancel the fixed latch function is optional, that is, the user can choose whether or not the handle 16 is to cancel the fixed latch function. In the example shown in the figure, the option of selectively canceling the function of the fixed latch with the handlebar 6 is only applicable to one side of the door panel, but it should be recognized that selectivity can be applied to both sides of the door panel at the same time. However, the handles on both sides of the door panel can always bring the pin latch 20 and the auxiliary lock pin 22 into the open position shown in FIG. Figure 5 also illustrates the mechanism associated with the collar 36. In the position shown in FIG. 5, the front face 86 of a set of mounting 36 is biased toward the stopper 88, and the collar 36 is pivoted about a pivot axis 90. Once the collar 36 rotates around the pivot 90 in the direction of the arrow 92, the other front face 94 is attached! ^ Stopper 88, so roughly push the stopper 88 towards the factory sleeve in the direction of arrow 96; ^ mover M. The collar follower is thus moved in the direction of the arrow M, and one of the set of movable members 98 is a puller 丨 〇 〇 combined with a formed latch

Page 12 436565 V. Description of the invention (9) Correspondingly formed grooves 102 in the follower 19. Once the puller 100 and the groove 102 are tightly fitted, the latch follower 19 cannot rotate. In this locked position, the handle 16 cannot be rotated to perform any action related to the lock mechanism. This position is generally used on the outside handle of the door panel. Conversely, when the handle 16 is separated from the latch follower 19, that is, when the puller 100 is separated from the groove 10 (the position shown in FIG. 5), 'the handle 16 can Rotate to operate the locking mechanism of the lock member 10. Now, the handle pin 16 and the auxiliary lock pin 22 are activated with the handle 16. The latch follower 19 includes a cam 104 that can be pushed toward a latch follower 106. The interlocking follower 106 pivots about a pivot shaft 108 'which includes a toothed arm member 1 1 0 which meshes with the gear 38. The latch follower 106 is preferably biased toward an inner surface of the lock box 12 by a biasing means such as a spring 12. It can be seen from Figs. 2, 3 and 5 that a pin Π4 is fixed at one end of the toothed arm member 110. In the position shown in Fig. 5, the 'pin 114' abuts on the surface of an inner notch 116 formed in the lock lever 60. Once the handle 16 is rotated in the direction of the arrow 118 (Fig. 4), the cam 104 generally pushes the latch follower 106 in the direction of an arrow 120. This will cause the pin 1 1 4 to pivot the pin lever 60 about the pivot 65 in the direction of arrow 68 (Fig. 3), thereby moving the support member 52 in the direction of arrow 68 approximately. As shown above, since the grooves 5 6 of the supporting member 52 are combined with the tongues 58 of the pin 60, the movement of the supporting member 5 2 brings the pin 20 and the auxiliary lock pin 22 into the position shown in FIG. 4. Shows the unlock position. Therefore, the pin latch 20 and the auxiliary lock pin 22 can be activated by the handle 16. In addition to FIG. 5 ′, reference is now made to FIG. 6. The gear 38 is preferably selectively connected to the latch moving gear 40 by a pin 1 2 2. Pin 1 2 2 from one such

4 3 6 5 6 5 Description of the invention (ίο) The threaded members of the fixing screw 124 protrude outward. The set screw 24 is screwed into a latch moving gear 40 to fasten the core hub 125 mounted around it. The gear 38 has an arcuate groove 1 2 6 therein. In FIG. 6, the pins 1 2 2 are placed in the grooves 1 2 6. The square groove 126 can be removed (downward direction in FIG. 6) by appropriately rotating the fixing screw 124 'pin 1 22. When the pin 122 is stopped in the groove 126, rotating the handle 16 in the direction of arrow 18, the cam 104 can roughly push the latch follower 1 06 'in the direction of arrow 120, which then causes the gear 38 and the latch The moving gear 40 rotates in the direction of the arrow 50 < = the latch moving gear 4o rotates together with the gear 38 because the pin 22 abuts the groove 126, so the latch moving gear 40 is connected to the gear 38. As described above, rotating the latch to move the gear 40 in the direction of the arrow 50 can cause the pin 46 to move radially inward into the groove 44, and at the same time bring the lock flashes 2, 4, 30, 32, and 34 into the figure. Unlock position shown at 4. Therefore, when the pin 122 is stopped, rotating the handle 16 in the direction of the arrow 118 can be performed-fast opening ^ Can: lock 24, 30, 32, and 34, and pin 20 and auxiliary lock pin 22, partially rotate the handle 16 (Basically, but not necessarily, a big move, regardless of whether it was locked beforehand. Also) And Wang was unlocked by the second lock: When the ⑺ was not parked in the groove 126, the lock flashed and moved its teeth and separated. In this situation, turn the handlebar "No 22" in the direction of arrow 118. 俚 Activate the latch 20 and the auxiliary lock pin. When the quick-open feature is selected and the handlebar i 6 is rotated, the fixed pin latch 26 and the capture lever can also be canceled. The narrative 72 is best equipped with a tongue 77, which captures the component 19 in Fig. 5. In the direction of arrow 1 丨 8 (Fig. 4), rotating the π / 动 \ / frequency lock latch can push the tongue 43 ^ 565 发明, description of the invention (11) " ~ ~-77 so that the capture lever 72 pivots about the pivot 76 in the direction of the arrow 63 to leave the position Q, and releases the overhead member 64 and the latch lever 60. This may Cancel the function of the fixed lock flash. Just after releasing the fixed latch function, the latch follower 19 can rotate the pin 1 1 4 inward by the continuous rotation of the handle 1 6 6 It is roughly pivoted in the direction of arrow 68 (FIG. 3) and pivots about the pivot 65, so it is also roughly in the direction of arrow 68. The supporting member 5 2 is moved in the direction, so the pin latch 20 and the auxiliary lock pin 22 are brought into the position shown in FIG. Unlocking position. As mentioned above, the key-operated lock post 14 can be installed on only one side of the door panel, or it can be variably included with a double lock post installed on both sides of the door panel. A workaround is that the lock post can be installed on both sides of the door panel at the same time, which can be operated by inserting a spoon into one of the lock posts on one side of the door panel, even if another recording key is also inserted and placed on the door panel The same is true when the locking post is turned on the other side. This feature described later with reference to FIGS. 7 to 14 can be used specifically for locks installed in public places such as hotels, when the room occupant is already inside When a lock is inserted into a key and the key has been turned, it is still possible to enter the room. Now referring to Fig. 7-14 'outline shows a pair constructed and operated according to a preferred embodiment of the present invention and installed on the corresponding side of the mortise lock 1 〇 The above lock post 200 (although it should be understood that it is the same as the lock of FIG. 1, but it is shown in a simple form for the sake of simplicity). Each lock post 200 preferably includes a rotary installation in a heart hole 204 The inner pin 202. A gear tooth 206 is slidably installed in the heart hole 2 04 between the end of the pin 202 and a cover 208 fastened to the end of the lock post 200. A pair of springs 2 0 It is best to be installed between the end of the gear teeth 206 and the cover 208, which normally meshes the gear teeth The pin 206 into the key insertion end 202 of the see FIG. 8B, the pin 202 and disposed gear teeth 206 of the zygote, may be adapted such that a key

Page 15 436565 V. Description of the invention (12) 212 can be inserted into the pin 202, and at the same time, the gear zygote 206 is pushed toward the spring 210, which is enough to push the gear zygote 206 to protrude from the lock post 200. The gear tooth zygote 206 protruding from the self-locking column 200 can be matched with a correspondingly formed through hole 21 4 connected to the center view 21 6. The connection hub 21 6 is attached to the spur gear 42 (as shown in Figs. 12-14) as described above. When the gear tooth zygote 206 is matched with the connection hub 2 16, the gear tooth zygote is rotated by appropriately turning the key 2 12 inserted in the pin 202, and the spur gear 42 can be rotated to operate the lock 10 as described above. As shown in FIG. 12, the through hole 214 on the side of the spur gear 42 is a mirror image of the through hole 214 on the corresponding side of the spur gear 42. Both connection hubs 216 are fixed in the lock box 12 as shown in Fig. 10 (one connection hub 216 on the left side of the lock member 10 can be seen in Fig. 7). As shown in FIGS. 10 and 13, a spring 218 is preferably installed between two connecting cores 216, which normally separate the two connecting cores 2 1 6 from each other. The two connecting hubs 2 1 6 are preferably fixed to a common shaft 217 (Fig. 13). The operation of the lock post 200 will now be described. The key 21 2 is insertable into one of the lock posts 200 'and thus pushes the gear zygote 206 out of the lock post 200 as can be seen in Fig. 8B. At this position visible in the lock bar 200 below this figure 10 (the key 212 is omitted for brevity in Figure 10) 'the gear tooth zygote 206 enters and mates with its corresponding connecting hub 216. The key 2 丨 2 can be rotated to rotate the connection between the hub 216 and the spur gear 42 to operate the lock 丨 0 ° The other connection to the hub 21 6 (above in FIG. 10) is pushed by the spring 218 toward the opposite lock post 200 (FIG. The one above 10) of the gear tooth zygote 206 ^ As mentioned above, because the through holes 214 are mirror images of each other, the upper connection hub 216 will not mesh with the gear tooth zygote 206. Even though the first key 212 has been inserted into the lower lock cylinder 200, the second key

436565 [T 'Description of the invention (13)' The key 212 can also be inserted into the opposite locking post 2000 (the upper one in [10]) ^ As described above, 'At this time, the core hub 216 through hole 2] 4 ， Match the upper gear tooth aligner 20 6 without alignment. However, the key 212 can be rotated to rotate the pin 202 of the upper locking post 2 0 0 俾 to align the upper gear tooth 206 to the through hole 214 of the core hub 216. At this time, the spring 2 丨 8 is shown in FIG. 1 Push 216 in the direction of 〇 upward so that the through-hole 214 meshes with the upper gear tooth zygote 20. The connecting hub hub 216 meshes with the upper gear tooth zygote 206, then the second. Once connected, the first remaining key in the lock post 200 can be simultaneously ^ 4 round keys can be ignored regardless of 2 1 6 and thus rotate the spur gear 42 to operate the lock. Release the connection hub. Those skilled in the art should recognize that the present invention is not limited by the & On the contrary, the scope of the present invention includes both the above-mentioned special display and description combinations', as well as combinations and sub-modifications and changes made in the prior art by those skilled in the art upon reading the foregoing description. The breach was not included in

Claims (1)

43656 5 VI. Scope of patent application 1. A mortise lock (10), comprising: a mortise lock box (12), which has a built-in locking mechanism, which can be operated by a key-operated lock post (1 4) And separately by combining a latch follower (1 9) with a handle ([㈠] operatively connected to the locking mechanism); characterized in that: the mortise lock (1 〇) contains a plurality of self-locking The latches (20, 22, 24, 26, 30, 32, 34) protruding outward in the lock box (丨 2), and the handle (16) can be operatively connected to the link by a link A plurality of latches (20, 2 2, 2 4, 26, 30, 32'34), wherein the plurality of latches (20, 22, 24, 26, 30 '32, 34) regardless of the mortise lock ( 10) Whether it is locked by the key-operated lock post (14) and can be independently activated to an unlocked position by appropriately rotating the handle (16). 2. Mortice lock according to item 1 of the scope of patent application 〇〇), which is further characterized in that the handle (16) is selectively separable from at least one of the plurality of latches (20 ′ 22, 24, 26, 30, 32, 3 4), wherein when the hand Put d 6) not at least as much as When one of the two latches (20, 22, 24, 26, 30, 32, 34) is connected, one of the at least majority of the latches (20, 22, 24, 26, 30, 3, 2, 3, 4) It can be activated to the unlocked position only by operating the key-operated lock post (丨 4). 3. The mortise lock (丨 〇) according to item i of the patent application scope, further characterized in that the handle (16) can be selectively connected with at least the majority without removing the lock box (12). One of the latches (20, 22, 24, 26, 30, 32, 34) is separated. 4. According to the tenon lock (1 0) of the scope of patent application, its further special 〇: \ 5 奶 9163.PTD Page 18 436565 6. The scope of patent application is for the majority of the lock flashes (20, 22, 24, 26, 30, 32, removing the lock box (12) and selectively connecting with the locking mechanism instead of 5.) The tenon lock (10) in the scope of the patent scope, the sign of the lock flash (20, 22, 24, 26, 30, 32, 34) can be installed in a modular manner without the special lock box (12). Inside the lock box _ (12). 乂 6 · According to the tenon lock (丨 〇) in the scope of the patent application, the basin is levied together for the majority of locks (20, 22, 24, 26, 30, 32Γ34): pin latches (20, 22), a latch lever (24), and a fixed interlock pin (26), = the form is to protrude from the panel (28) of the suan lock box (12), at least-the first The lock door (30, 32) can move roughly vertically, and at least one second lock (34) can move roughly horizontally. 7. According to the mortise lock (1 0) of the first scope of the patent application, it is further characterized by the The lock member (10) includes a collar (36) mechanically connected to the latch follower (丨 9), wherein the collar (36) can be selectively connected or separated from the locking mechanism by properly rotating the collar (36). The latch follower (1 9). 8 · According to the mortise lock (10) of the scope of the patent application, it is further characterized by: ^ The locking mechanism includes a mechanical type with the latch lever (24), the fixing pin (26), the at least one The latch (30, 32) and the flashing moving gear (40) connected to the other latch (34), where the latch moving gear (40) is properly rotated, the latch lever (24), the fixing pin The latch (2 6), the at least one latch (30, 3 2) and the other latches (3 4) are brought into an unlocked position; wherein the proper rotation of the latch moves the gear (40) from the appropriate Operate and rotate the spur gear (42) to mesh with the latch moving gear (40) Page 19, 436565 6. The lock post (14) within the scope of patent application; and wherein the latch follower (1 9) is pushed to a latch follower (1 0 6) that meshes with the gear (3 8). ), The gear (38) may be selectively connected with the latch moving gear (40), and when the gear (38) is connected with the latch moving gear "ο), the lock is rotated regardless of the proper operation Column (丨 4) and partially rotating the handle (16) 'can be caused by the latch follower (19), the latch follower (106), and the toothed arm (丨 丨 0) Appropriate rotation of the latch moving gear (40), bringing the latch lever (2 4), the fixed pin latch (2 6), the at least first and second latches (30, 32, 34) into 9. The unlocking position. 9. According to the tenon lock (10) in the scope of the patent application, it should be further characterized by: / The locking mechanism includes a mechanical type with the latch lever (24), the fixed pin latch ( 26), at least one latch (30, 32) and the latch f (4) connected to the other latch (^), wherein the latch moving gear (40) is rotated properly, and the The flasher (24), The fixed pin (26), the at least one lock flash (30, 32), and the other latch (34) are brought into an unlocked position; = a proper rotation of the latch to move the gear (4 0), from the appropriate Ground = β = The lock fork (1 4) which meshes with the latch moving gear (4) by spur gear ㈠2); == The latch follower (19) contains-cam (104) ), Which is engaged by the pusher wheel (38), which includes a toothed arm member (110), which is driven by a buckle. 违 ♦ The gear (38) can selectively move the gear (40) with the latch. Appropriate = :; (38) When connected to the lock flashing moving gear (4〇), the handle post (14) is rotated in a minute and the handle is partially rotated Page 20 436565 VI. Patent application scope (.16) 'The lock can be caused by the interlock follower (19), the interlock follower (1Q6), and the toothed arm member (11〇) Appropriate rotation of the latch moving gear (4〇): the latch lever (2 4), the fixed pin latch (2 6), the at least first and second latches (30, 3 2, 3 4) Into this unlocked position. 10. According to the Zen Eye Lock (] _〇) in the 9th patent application, it is further characterized in that: a radial groove (44) is formed in the lock flashing moving gear (40), and a pair of pairs Should be one of the latches (46, 30, 32, 34) attached to the lock (46), where the appropriate rotation of the latch moving gear (40), can make the pin (46) radially. Moved into the groove (44), 俾 the latch lever (24), the fixed pin latch (2 6), the at least one latch (30, 3 2), and the other lock flash (3 4) belt Enter an unlocked position. 11. The mortice lock (10) according to item 8 of the scope of patent application, further characterized in that the gear (38) is roughly coaxial with the latch moving gear (40). 1 2. According to the tenon lock (1 0) of the scope of patent application, it is further characterized by: the pin (20, 2 2) and a supporting member (5 2) combined with a latch rod (60). ) Is attached, and one of the first pins (62) is fixed to the latch lever (60); and wherein the latch moving gear (40) has a shape formed therein with the first pin (62) ) Combined full-shaped recess (66), where appropriate operation to rotate the lock post (1 4) can cause the latch moving gear (4 〇) to rotate 'so that the hook-shaped recess (6 6) combined with the first A pin (6 2), so that the latch lever (60) is moved, and at the same time, the support member (5 2) is moved to bring the pin latch (20, 2 2) into the unlock position; P.21 43 65 6 5 VI. Application for patent scope and its _ $ 海 锁 问 从 件 （】 Q) Seven people Ππ ^ ^ Λ 斯 件 (19) Contains—Pushed to a latch follower (丄06) of the cam (104), and the buckle follower (106) includes a toothed arm member (U0), a pin (114) fixed to the toothed arm member (Π0), Among them, the rotation of the handle (16) by Shida can make the cam (1 0 4) push = the clever moving member (1G6), so that the pin ⑴4) moves the door lever (60). The support member (52) is thus moved to bring the pin flashes (20, 22) into the unlocked position. 1 3. According to the tenon lock (丨 〇) of the 9th scope of the patent application, 1 entry + 1 sign is:-V pays to form a bow groove (126) in the gear (38), and a pin (122) diameter It protrudes outwards from a threaded link (124), screwing in a latch moving gear (40) to securely mount it (125), wherein the link is rotated by appropriate rotation (124), the lock piece (^ 2) can be moved into or out of the arcuate groove (1 2 6); wherein the pin U 22) is placed in the groove (126), and rotating the handle (16) can make The gear (38) and the latch move the gear (40) while rotating 'while the pin (122) is not placed in the groove (126), the lock moves the gear (40) and the gear (38) Separate. 1 4. According to the mortise lock (10) of the first patent application park, the steps are as follows: The bolt (20, 22) and a branch member combined with a bolt (60) (52) attached, and one of the first pin (62) and the second pin (64) are fixed to the flash dead body (60); dry and wherein the latch moving gear (40) has a shape Within O: \ 59 \ 59163.PTD Page 22 436565 A pin (6 2) is combined with a hook-shaped recess (6 6), and a lock post (⑷ can make the lock move the gear ⑷ in the bean: The shaped recess ⑽ combined with the first pin ⑽, so: ; At the same time, the support member (5 2) is moved ^ 1 柃 (6) into the unlock position; the member (52) is moved to pin (20, 22) and the fixed pin latch (2 6) Tongue (70) 'The capture lever (72) surrounds the surface (78), wherein when the tongue (70) lever (72) pivots, the second pin (78) includes an abutment-capture lever Tenon of (72) —When the pivot (76) is pivoted and includes a stop abutting against the capture lever (72), the catch (64) cannot abut the stop surface_09 and where the tongue ( 7〇) When the capture lever (72) is not adjacent, the capture talent (72) pivots so that the second pin (64) abuts the stop and thereby captures the movement of the latch lever (60).% ≫ 15. The mortise lock according to item 14 of the scope of patent application (ι basin step features: ^%) The cam gear (40) is formed with a cam surface (71) protruding radially outward from its upper periphery. And the capture rod (7 2) A third pin (7 3) is placed, which extends towards the lock moving gear (40), and the shape of the lock flash moving tooth ^ (4〇) can just make the hook-shaped recess (6 6) abut Before the first pin member (62), the cam surface (71) is pushed toward the third pin member (73), where a proper operation to rotate the key-operated lock post (1 4) can cause the latch to move the gear (40) rotate, and at the same time, before the hook-shaped recess (66) abuts the first pin (62), the cam surface (71) is pushed toward the third pin (73), so that the capture lever (72) Turn around the axis (76) to release the -At 3 6 5 6 5 VI. Patent application scope second pin (6 4) and the latch lever (60), while allowing the latch lever (60) to move to the pin latch (20, 2 2 ) Into the open position. 1 6. According to the patent application scope item 丨 4, the mortise lock (丨 ㈧, which is further characterized by: The capture lever (72) includes a tongue (77), where the lock rotates the follower appropriately ( 19) The tongue (77) can be pushed while the capture lever (72) is pivoted about the pivot (76), so the second pin (64) and the latch lever (60) are released at the same time Allow the latch lever (60) to move to bring the pin latch (20, 22) into the open position. 1 7 • According to the tenon lock (1 Q) of the scope of patent application, it is further characterized by: A pair of lock posts (200) are installed on the opposite side of the mortice lock (丨 〇), and each lock post (200) includes a pin (202), which is rotatably mounted on a lock post ( 200) through a hole (204); a gear tooth zygote (206) 'slidingly installed in the through hole (204) of each lock post (200); and a pair of connecting hub ( 216), which is rotatably installed in the lock box (12) and can be operatively connected to the lock mechanism. Each gear tooth zygote (206) is adapted to mesh with one of the corresponding connecting hubs (2 1 6); The pin bolt ( 202) and the configuration of the gear tooth zygote (206), so that more than one spoon (21 2) can be inserted into one of the pins (2 0 2) and the corresponding gear tooth zygote (206) is pushed out of the Outside the lock post (200) to match one of the corresponding connecting hubs (216), at the same time, another key (212) can be inserted into another pin (202) and push its corresponding gear tooth zygote (2 〇6) protruding out of the lock / Page 24 6. Scope of patent application The column (200) is matched with another connecting hub (216), so that the rotation of any gear tooth (2 06) can cause the operation of the locking mechanism. 18. — Kind of mortise lock (10) > Contains: — Mortice lock box (1 2); and a locking mechanism, which is arranged in the lock box (12) and can be operated by a key. The lock post (200) starts, and is characterized in that: a pair of lock posts (200) are installed on the opposite side of the mortise lock (10), and each lock post (200) includes a pin (202), It is rotationally installed in a through hole (204) formed in the lock post (200); a gear tooth zygote (206) is slidably installed in the through hole (204) of each lock post (2QG); and a The connecting hub (216) is rotatably installed in the lock box U2), and the locking mechanism can be operatively connected at the same time. Each gear tooth zygote (206) is suitable for meshing with the corresponding connecting hub (2 1 6). One; wherein the pin (202) and the gear tooth zygote (206) are configured so that a key (21 2) can be inserted into one of the pin (202) and push the corresponding gear tooth zygote (206) protruding out of the lock post (200) to match one of the corresponding connecting minds (216), at the same time, another key (212) can be inserted into another pin (216) and Push it The corresponding gear tooth zygote (206) protrudes out of the lock post (200) to match another connecting core (216), so that the rotation of any gear tooth zygote (206) can cause the lock mechanism Operation ° Page 25