TW200520921A - Lockset drilling guide - Google Patents

Abstract

A lockset drilling guide that comprises a frame is provided. The frame comprises a first flange and a second flange. The second flange is capable of flexing relative to the first flange. The lockset drilling guide further comprises at least a first opening and a second opening defined in the frame. The first opening is positioned at approximately 90 degrees relative to the second opening. A positioning member is mounted on the frame, wherein the positioning member is laterally movable to at least two positions relative to the frame. The frame is configured far mounting on a door to facilitate the forming of holes in the door far the installation of a lockset.

Description

200520921 IX. Description of the invention:

L Ming belongs to the technical winter rape field I This application is a partial continuation of US Patent Application No. 10 / 629,959, which was filed on July 30, 2003. The case requested that US Patent Application 5 be filed on August 30, 2002 Case No. 60 / 407,485 and both cases are incorporated herein by reference in their entirety. This application claims the benefit of US Patent Provisional Application No. 60 / 556,437, filed March 24, 2004, and is incorporated herein by reference in its entirety. FIELD OF THE INVENTION The present invention relates to woodworking tools. In particular, the present invention relates to a drilling die for facilitating the drilling of holes in a door for mounting a standard lock. PRIOR ART 3 BACKGROUND OF THE INVENTION Standard-sized door handle locks are used to latch and secure hinged door pieces to a 15-door side post mounting pad. These locks usually require a large through hole to be drilled into the facade and a small hole extending vertically in the edge of the door. Additional holes must be drilled in the door edge to hold the latch plate. Locks and door handles are mounted to both sides of the larger hole, and latch plates and cylindrical latches are installed to the smaller holes on the edge of the door. 20 In general, depending on the type or brand of lock installed, the center of the larger hole in the facade must be 2% or 2¾ inches from the edge of the door. In order to facilitate hole drilling in the door, most of these locks include a paper template, and the installer can attach the paper template to the door to mark the hole of the lock. However, these paper templates have significant disadvantages. First, the durable sheet must be glued to the door with adhesive tape 200520921, which becomes a troublesome task for the woodworker who is responsible for installing many locks at the work place. Furthermore, it is likely that one or more holes are marked in the wrong position due to the possibility of the template stretching or misalignment on the door due to incorrect markings. The fact that internal doors are usually constructed to have at least two common thicknesses (iy8 inches and 1¾ inches) will add difficulty in accurately positioning the template. In addition to these problems with the template, it is often difficult to drill holes in the edges and faces of the door that are perfectly aligned with their perpendicular central axes. This misalignment or misplacement may result in poorly fitting locks or locks that do not properly engage the pads on the side posts of the door. In the worst case, if 10 holes are improperly drilled, the entire door will be damaged and may have to be completely discarded. Particularly inexperienced users may use the wrong size saw or paddle bit when using either of the two template methods, resulting in large holes with incorrect sizes. If the hole is too small for the lock but too large for the pilot drill of the 15 hole recorder, a saw with a suitable size may not be able to accurately enlarge the hole in the center of the previous hole. When enlarging an existing lock hole in a previously drilled door, a similar problem arises in that it is extremely difficult to center the larger hole saw on the center of the existing hole. This problem is exacerbated because newer locks typically require a 2¼ inch hole in the facade instead of the previously common 20 17/8 inch hole. In the past, a more durable plastic template has been used to drill pilot holes into doors in an attempt to solve some of the problems with the lack of precision in lock installation. This template is shown in U.S. Patent No. 4,280,776. Although the plastic template disclosed therein may have some advantages over the paper template, this tool 200520921 is still prone to most of the problems of lack of accuracy mentioned above. Moreover, since pilot holes can be marked or drilled, the amount of time required to prepare and drill each door must be taken = time-consuming steps. The C content of the invention; j 5 Summary of the invention In order to solve the above-mentioned disadvantages, one mode is provided here. In a form of the present invention, a lock drill root including a frame includes a first flange and a second flange. The second flange can be flexed relative to the first: flange. The locking jig further includes at least 10 mm of openings and -second openings defined in the frame. The first opening is positioned approximately 90 degrees relative to the second opening. A positioning member is mounted on the frame, wherein the positioning member is movable laterally relative to the frame to at least two positions. The frame is configured to be mounted on the door so as to form a hole in the door to install a lock. In another aspect of the present invention, a lock drill die set is provided, which directly comprises a 15-has-lock lock drill die, and the frame has a first flange and a second flange. The second flange can match the first-flange material. 1 There are at least -the first opening and -the second opening defined in the frame rod; the first opening is positioned approximately 90 degrees relative to the first opening. The lock drilling die advance step includes a positioning member mounted on the frame, wherein the positioning member can be moved laterally relative to the flange to two positions to v. This kit further includes a first hole pond system. In another aspect of the present invention, a method is provided for forming a hole in a door for placing a lock. The method includes providing a lock drill with a frame having a -first flange and a -second flange. Have at least one opening in the fc wood. There is a fixed 200520921 position member mounted on the frame; the positioning member can be moved laterally relative to the flange to at least two positions. The method further includes moving the positioning member to one of at least two positions, orienting the lock drill die relative to the door, and installing the lock drill die to the door such that at least one opening is positioned on the door at a predetermined position, and The drill 5 inserts a tool into the first opening and operates the tool to form a hole in the door that is approximately concentric with the first opening. In another aspect of the present invention, a lock drill die including first, second and central flanges is provided. Each flange defines at least one opening. Each flange is fixed relative to the other flanges to form a generally T-shaped frame, so the central 10 flange is positioned substantially perpendicular to both the first and second flanges. A first guide area is defined by a first flange and a central flange. A second guide area is defined by the second flange and the central flange. The frame is configured to be mounted on a door to facilitate the formation of a hole in the door to install a lock. In another aspect of the present invention, a lock drill die set is provided, and the pack 15 includes a first hole boring device and a lock drill die. The lock drilling die includes a first, a second, and a central flange. Each flange defines at least one opening and the flanges are fixed relative to each other to form a substantially T-shaped frame and form two guiding areas. A first guiding area is defined by a first flange and a central flange. A second guide area is defined by the second flange and the central flange. 20 In another form of the invention, a method is provided for forming a hole in a door for placing a lock. The method includes providing a door and providing a lock drill. The lock drilling die includes first, second and central flanges. Each flange defines at least one opening and the flanges are fixed relative to each other to form a substantially T-shaped frame and form two guiding areas. A first guiding area is defined by the first convex 200520921 edge and the central flange. -The second guide area is defined by the second flange and the central flange. This method further includes installing a lock drill to the door such that either the central flange or the first or second flange is substantially adjacent to the door, and inserting a drilling tool into the opening ^ Drill a red tool to form a hole. According to another aspect of the present invention, a lock drill plate including a frame is provided. The frame has a first flange and a second protrusion which are installed perpendicular to each other so that the flanges define and open. The step of the lock drilling die includes a position-defining member 'which defines an opening which is off-centered with respect to a central axis passing through the positioning member, wherein the positioning member can abut the opening of the first flange. The 2 components can be rotated relative to ". When the positioning member rotates along the central axis, the drilling n positioning member causes the opening deviating from h to be displaced laterally with respect to «. The fruit is configured to be installed on the door so as to form a hole in the door to install a lock. In another form of the invention, the 裎 徂 15 contains a first hole enamel device and -4: a lock die. The set 'its bag is for everyone, and there is-the frame to kill the lock drill. This frame's second flange and -qiancheng are perpendicular to the second flange of the _th flange; =: define an opening. The lock drilling die advance step includes a center defining an opening, Γ2; τ deviates from the center axis of the positioning member 20 relative to the frame complement and # 定 2㈣ 口. The positioning member can be displaced laterally with respect to the frame. When turning, the off-center opening is used to provide a -hole formed in -3 frame, which frame has a first flange and a second flange which are installed vertically. Each flange defines an opening. The lock drilling die further includes a positioning member defining an opening, the opening being offset from a center axis of the positioning member, wherein the positioning member can abut the opening of the first flange. The method further includes rotating the positioning member by 5 turns along the axis to place the off-center opening in a predetermined lateral position relative to the frame, installing a lock drill to the door, and inserting a drilling tool into the off-center opening. And forming a hole by a drilling tool. In another aspect of the present invention, there is provided a trimming tool cutting member including a hole boring device. A gasket system surrounding the hole-forming device has a small diameter of 10 and a large diameter. A trim panel includes at least one opening having a width that is at least slightly larger than a small diameter and smaller than a large diameter. Other objects and advantages can be obtained from the following description of the present invention, and various characteristics of the present invention can be particularly pointed out in conjunction with the preferred embodiments. It is understood that the present invention is capable of other and different embodiments, and its details can be modified in various different ways. For this reason, the drawings and descriptions are to be regarded as illustrative rather than restrictive. The drawing briefly illustrates the current embodiment of the present invention in the drawing, wherein: FIG. 1 is a perspective 20 view of the first embodiment of the lock drill die according to the present invention; FIG. 2 is a front view of FIG. 1; Figure 3 is a top view of Figure 1; Figure 4 is a left side view of Figure 1; Figure 5 is a perspective view showing the rear portion of the lock drill of Figure 1; 200520921 Figure 6 is a view similar to Figure 5 A perspective view showing an adjustment tab positioned and installed on the frame of the preferred embodiment; and FIG. 7 is a perspective view of the embodiment shown in FIG. 1 installed on the edge of a door and showing the lock installation procedure 5 Figure 8 is a top view similar to Figure 3, which shows the drilling die is installed on a standard, non-beveled door; Figure 9 is a front view similar to Figures 3 and 8, which Figure 10 shows the installation of a drilling die on a beveled door; Figure 10 is a top view similar to Figures 3, 8 and 9 showing the installation of a drilling die 10 on a door with reduced thickness; Figure 11 shows the invention according to the invention A perspective view of the second embodiment of the lock drill die; FIG. 12 is a plan view of the drill die of FIG. Figure 13 is a front plan view of the drilling die of Figure 11; 15 is a left side plan view of the drilling die of Figure 11; Figure 15 is a perspective view of the drilling die of Figure 11 installed on a door; Figure 16 Figure 17 shows an exploded perspective view of the third embodiment of the lock drill die according to the present invention; Figure 17 shows a perspective view of the lock drill die of Figure 16; 20 Figure 18 shows a perspective view of the fourth embodiment of the lock drill die; Figure 19 shows a perspective view of an embodiment of a frame segment of the lock drill die of Figure 18; Figure 20 shows a perspective view of an embodiment of a positioning member segment of the lock drill die of Figure 18; 11 200520921 5 10 15 20 Fig. 21 shows a second perspective view of the 18th lock drill mold; Fig. 22 shows a third perspective view of the 18_ lock drill mold; Fig. 23 exemplifies a top plan view of the lock drill mold of Fig. 18; Fig. 18 is a front plan view of the lock drill die, Fig. 26 shows a perspective view of the trimming plate fixture, and Fig. 27 shows a side cutaway view of the trimming fixture cutting piece. [Implementing the cold type] Detailed description of Che Fujia's embodiment A preferred embodiment of this volume is shown as a drilling mold ⑺, as shown in each of Figures 1 to 5, this drilling mold has a frame-frame 12. The frame 12 is generally strong, and the frame 12 includes a first flange 14 and a first convex 4:16 positioned at a 90-degree angle with respect to each other. The first—flange 14 is preferably defined—a generally flat, planar rear surface 15 and the second flange 16 preferably defines a generally flat rear surface. Μ A pair of upright, elongated spaced ridges 5 () along the second The rear face of the flange M is set to be responsible for positioning along the edge of the beveled door. The first-flange 14 preferably defines a first-circle slit surrounded by a ring-shaped lip 20, and the ring-shaped willow constitutes a 'upright vertical cylindrical section. The annular lip 20 defines a vertical cylindrical wall 22 on the inside of the opening. The ring-shaped lip 20 preferably stands-with the back! 5 Opposite 2 In: To keep the back 15 almost flat. The "cylindrical wall 22 is preferably '疋 -the middle axis 24, and the first-middle axis 24 summarizes a plane perpendicular to the 14th rear face 15, as shown clearly in FIG. 3". The second flange 16 is preferably defined by a mouth 26 which is surrounded by a ring-shaped lip 28. The annular lip 28 preferably stands in a direction opposite to the back of the second flange 16 and is similar to the ring from the flange 16 in the vertical branch

12 200520921 Extending in the section. The ring-shaped lip 28 preferably defines a vertical solid ridge on the second open σ paste portion: 2. The vertical cylindrical wall is defined by Yujia—the second central axis 34, the second central axis 34 extends perpendicularly to the rear face of the second flange 16, 5 10 as clearly shown in the third figure. Therefore, as shown in FIG. 3, the axes 24 and 34 of the first opening 18 and the second opening 26 intersect at an angle of 90 degrees, respectively. The second flange 16 is also better defined-positioning the penetrating Anjikoucai around the second opening 26. The center of the installed n4G is preferably aligned with the center of the second happy

26, as shown in Figure 4. The mounting opening is positioned relative to the second flange μ = the second opening 26 to correspond to a similar plate mounting opening on a standard lock plate.

The vertical cylindrical wall 22 defining the first opening 18 preferably has a diameter, and the vertical cylindrical wall 32 of the second opening 26 has a diameter of 1 inch. In one embodiment, these measures can make the vertical disc of the first opening 18 look like a tight ^ around and guide a standard silver hole tool with a diameter of 21/818 in the opening 18, so that the hole saw is in the drilling process by 15 The period remains outlined perpendicular to the back 15. Similarly, the cylindrical wall 32 of the opening 26 is tightly surrounded and can guide a smaller standard size hole saw to drill an i-inch diameter hole, thereby keeping the hole saw perpendicular to the back during the drilling process 17. Figure 7 shows the front edge of one of the doors 200 ready for drilling. Figures 7 and 20 show the hole saws 100, 102 adjacent to the openings 18 and 26 on a drilling die 200 on an un-drilled door 200, respectively. The door 200 preferably includes a facade 202 and a door edge 204. As shown, the drilling die 10 can be mounted to the door 200 so that the rear face 15 of the first flange 14 is positioned flush with the facade 202 and the spaced ridge 50 on the rear face 17 of the second flange 16 is positioned. To abut the door edge 204. This is shown in Figure 8 13 200520921. The die 10 can be mounted to the door edge 204 using a pair of screws 42 instead of passing through the mounting opening in the second flange 16. In the preferred embodiment, the screw 42 may be the same screw as the conventional lock. In the conventional case, once the drilling procedure is complete and the drill die 10 is removed from the door 200, the screw 42 can be used again to attach the latch plate 5 to the door edge 204. The area surrounding the opening of the new drill will of course need to have a suitable mortise to fit the latch plate (not shown). When the die 10 is installed in such a way that the frame 12 abuts a door 20 with a known edge, the spacer ridge 50 is positioned against a flat door edge 204. By properly positioning the rear surface 15 of the first flange 14 against the front surface 202, the rear plane can be properly aligned with the door edge 204 and the center line 44 of the opening 26 is aligned with the door edge. Centerline of 204. This is shown in Figures 7 and 8. When the die 10 is appropriately positioned on the door 200 which is a non-beveled edge configuration, the spacer ridge 50 is positioned on the edge 204 of the door 'as shown in FIG. In the case where the door includes a beveled edge, 彖 304 as shown in FIG. 9, the spaced ridge 50 suitably provides 15 to the second flange "stability and engages the beveled edge 304 of the door 300." Because most commonly used internal door sizes have a thickness of 1% inch and 1% inch, the drill die of the present invention can be adjusted for use on a door having at least two thicknesses of X. In a preferred embodiment, the second The rear 15 of the flange 14 is placed 20 ^ flat on the face 202 of the door 200 for a 13/4 忖 thick standard door, as shown in Figure 8: On the driver's thin P / 8 忖 door, Adjust the drilling die so that the center line 44 of the first opening 26 on the flange 16 is still properly set along the center line of the edge of the thinner door. This adjustment is provided. A plurality of movable parts are provided in the preferred embodiment. Divide shouts> 160. The occasional shouts are preferably defined by the generally parallel opposing surfaces ^ and 4. The surface 62 of each patch 6G preferably includes-upright pile 66, upright 14 200520921 5 the size of the shot 66 In addition to the fun, the first one on the back of the flange 丨 5 corresponding to D68. Each interval sign is preferably attached to the frame wood m by the overall flexible strip 70 flexible 1. The three spaced-apart tabs are arranged along the perimeter of the convex ridge, 彖 14. The strip 70 may be integrally molded from the same plastic or may include elasticity including molding (molded.in) or co-molding (ec > _m () lded) Body rubber to provide greater flexibility.

In use 'when it is necessary to use the die 10 on a door having a reduced standard thickness', as shown in Fig. 6, the tab 60 can be inserted into each of the corresponding openings 68 in the rear 15. The thickness of the sign > j6G, especially the distance between the opposing surfaces 62 and 64, 10 raises the first flange 14 slightly above the facade on which it is installed. Therefore, in this configuration, the die 10 only contacts the face with the reduced thickness gate via the surface 64 of the tab 60. This is shown in the top view of Fig. 10, which shows a drill die 10 mounted on a thinner door 400.

When it is necessary to re-use the drilling die 10 on a door having an increased standard thickness, such as the door 200 shown in Fig. 8, the tab 60 can be removed from the opening 68 and used as described above. Note that in FIG. 8, when the die 10 is installed, the spacer tab 60 can be bent away from the surface 202 of the door 200. As a result, the drilling die 10 can be quickly reset for use on a variety of standard size doors. It should be noted that other adjustment options may be implemented in the preferred embodiment to enable the use of the drill die 10 on doors of various thicknesses. For example, a plurality of patches of different thicknesses may be provided for use in doors having a plurality of different thicknesses. Moreover, the first opening 18 and the second opening 26 may be modified to receive a mine hole Is' of an appropriate size, and the collar may also include an upright wheel-shaped annulet or flange to change the distance between the rear portion 15 and the facade. Of course, other alternative structures can be provided within the scope of the present invention. In use, in order to enlarge an existing lock hole or other drilled hole in a blank door, the user only needs to take a few simple steps. First, the user will set the die 10 for the appropriate door thickness. If first 5 is used on a thicker door such as door 200, the spacer tab 60 will be removed and remain unengaged with the face 15 of the first flange 14, as shown in Figures 1 to 5 and 7 to 8 . The die 10 is then positioned at the appropriate height of the door 200 as shown in FIG. 7. An attachment screw 42 from the lock is then inserted through the opening 40 in the second flange 16 to securely attach the drill 10 to the edge 204 of the door 200. If required, a small pilot hole can be drilled through the opening 40 before inserting the 10 screws 42. Once the jig is installed in position, a properly sized hole saw 100, 102 can be used to drill a properly sized lock hole in the door 200. The vertical cylindrical walls 22 and 32 of the first and second openings 18 and 26 effectively guide the outside of the hole saws 100, 102 during the drilling operation, respectively. Once the hole is drilled into the door 200, the user only needs to remove the screw 42 from the 15 opening 40 to remove the drill mold 10 from the door 200. The user can then use the screws 42 inserted into the previously made openings on the door edge 204 to install the lock and latch plate. The die 10 can then be adjusted for use on a door having a smaller thickness than the previous door 200, such as the door 400 of FIG. In order to adjust the drilling die 10, the user 20 inserts the posts 66 of the three spacer tabs 60 into the corresponding three openings 68 on the rear face 17 of the second flange 16. The die 10 is then mounted on the door as shown in Fig. 10 'and then the same procedure as described above for Fig. 7 is used to drill the hole into the door. The frame 12 preferably has a one-piece design made of a rigid and durable plastic material. Demonstration __ rubber material. In addition, the frame consists of ABS plastic, Lexan @, or hard metal. In addition, if _ is formed by mechanical king or molding, and when the frame such as full = Γ Γ rubber or similar pull-out material is formed, the tab 60 can be docked to the frame U. The different frame products used can be repositioned to provide support # 12 for the frame 12 according to the free 1 = Γ. The alternative method is to complete the strength and / or the partition 13, and the relevant conditions are that it can hide the shape of the frame 12 and hold it properly, and it depends on the structure and reading materials. 'Figure 11 shows that—with the _ frame 312 moved by the mold—the alternative solid frame 312 is generally T-shaped and wherein the frame 312 includes-a central flange + a-flange 316 and a second flange 319 Relative to the central flange, the position is called a% degree angle. The third flange 318 and the fourth flange 320 extend from the first flange 319 and the first flange 316, respectively. The third flange 318 and the fourth flange 20 are generally parallel to the center flange 314, but are biased toward the center flange.

The central flange 314 preferably defines a pair of substantially flat planar surfaces 315,317 °. The first flange 316 has a generally flat planar rear surface 321; the second flange 319 also has a generally flat planar rear surface 323. The first flange 316 and the second flange 319 together form a flat planar front surface 325, as shown in FIG. A pair of upright elongated spaced ridges 350 are provided along the rear faces 321, 323 to be responsible for positioning along the edge of the beveled door. The central flange 314 preferably defines a pair of circular openings 322,324 and has a vertical cylindrical inner wall 329,331 to guide a drill or other cutting device. A first through axis 326 is defined as passing through a first circular opening 322 substantially perpendicular to the central flange 314 of the frame 17 200520921 frame 312, as shown in FIG. A second through-center axis 328 is defined as passing through the second circular opening 324. An outer edge 33 of the central flange 314 opposite the first flange 316 may be curved to follow the outline of the circular openings 322, 324, as shown in FIG. The 5 or 'outer edge 330 may be planar and generally perpendicular to the central flange 314. The first flange 316 defines a plurality of circular openings, and preferably defines two circular openings 336,338. The second flange 319 also defines a plurality of circular openings, and preferably defines two circular openings 332,334. The plurality of through-axes 340-346 are defined as circular openings 332-338 passing through the first flange 316 and the second flange 319 10 of the frame 312, respectively. Therefore, as shown in Figure 12, the axes 326,328 intersect the axes 340-346 at a 90 degree angle. The circular openings 332-338 are preferably each surrounded by a circular lip 348-354. Each annular lip 348-354 preferably stands away from the rear face 325 of the first flange 316 and defines a vertical cylindrical wall 355,357,359,361 via the flanges 316,319. Vertical cylindrical walls 15 355,357,359,361 help guide staggers for other cutting devices. The first flange 316 and the second flange 319 are also preferably defined as pairs of through-mounting openings 360 '. These pairs of through-mounting openings 360 are positioned around the openings 332-338. The center of the mounting opening 360 is preferably aligned with the respective centers 340-346 of the openings 332-338, as shown in FIG. The mounting opening 36 is preferably positioned relative to each of the openings 332-338 on the first flange 316 and the second flange 319 to fit a similar latch plate mounting opening σ on a standard latch plate. The circular openings 322,324 are preferably 2¼ leaves straight and the circular openings 332-338 have a diameter of 1 leaf. As mentioned above, these measures allow each internal vertical cylindrical wall 355,357,359,361 to closely surround and guide a standard 18 200520921 size sawn hole with a diameter of 1 忖 to 'hold the sawn hole perpendicular to the first flange 316 or the second The front of the flange 319 is 325. Similarly, the internal walls of the circular openings 322, 324 formed in the central flange 314 surround and guide a standard-sized hole saw with a diameter of 21/821 so that the hole saw remains generally perpendicular to the center flange 5 314 faces 315,317. The flanges 314, 316, 318, 319, and 320 form a first guide area 306 and a second guide area 308. The two areas may be different from each other to accommodate different door widths. For example, the fourth flange 320 may be separated from the face 315 of the central flange 314 by approximately 1¾ inches, and the third flange 318 may be separated from the face 317 of the central flange 314 by 13/8 inches. This allows 10 dies 302 to be used on doors with 1¾ inch and 1¾ inch thickness. The drilling die 302 can also be used for a lock on the first side 202 of the door 200 that requires a center opening that is retracted from the second side of the door 200. The central opening can be retracted approximately 2¾ inches from face 204 or approximately 2¾ inches from face 204. In order to cooperate with a standard 1¾ 忖 thick door, the first guide area 306 is used by placing the rear face 321 of the first flange 15 316 against the edge 204 of the door 200. The central flange 314 is placed against the face 202 and the fourth flange 320 is placed against a third face 206 to help the frame 312 be held in place on the door 200. Because the fourth flange 320 is biased toward the center flange 314, the two flanges are clamped together on a door 200. The drilling die 302 is shifted up or down to place the 2¾-inch lock opening 322 20 at an appropriate height on the door. When a lock using a drilling die requires a central opening that is 2¾ inches away from the face 204 of the door 200, a circular opening 322 on the central flange 314 can be used to guide the hole saw to make an opening in the face 202 of the door 200 . The opening 338 in the first flange 316 may be used in order to use the opening of the lock in the face 204 of the door 200 with a 2¾-inch hole retracted. 19 200520921 For an opening of a 1¾-inch door retracted 2¾-inch, the rear surface 321 of the first flange 316 is placed against the surface 204 of the door 200 so that the first guide area 306 can be used. The die 302 is shifted up or down to place the opening 324 receding 2¾ inches on the door 200 at an appropriate height. The circular 5 opening 324 in the central flange 314 is used to guide the saw hole for the opening in the face 202 of the door 200, and the opening 336 in the first flange 316 is used to guide the saw for the opening in the face 204 of the door 200 Perforator. Similar to the one-percent door 200, the drill 302 may also require an opening lock of 2¾ 忖 or 2¾ 忖 for one of the side faces 402 of the door 400 to cooperate with a 1¾-inch door 400. For one of the openings of the face 402 of the door 400 that is retracted by 2¾ leaves, the second guide area 308 is used by placing the rear face 323 of the second flange 319 against the edge 404 of the door 400. Because the third flange 318 is biased toward the center flange 314, the two flanges are clamped to the door 400 in cooperation. When a lock using a drilling die requires a center opening 2¾ inches away from the edge 404 of the door 400, a circular opening 322 on the central flange 314 can be used to guide the saw in the surface 402 of the door 400 Opening. In order to fit the opening of the lock in the edge 400 of the door 400 with a 2¾-inch hole retracted, the opening 334 in the second flange 319 may be used. As previously mentioned, the drilling die 302 is oriented vertically on the door 400 to ensure that the particular opening has the correct height. 20 For a one-inch-thick door that requires a 2¾-inch opening, the back of the second protrusion 323 is placed against the edge of the door 404. The circular opening 324 in the central flange 314 is used to guide the miner 'for the opening in the face 402 of the door 400 and the opening in the first flange 316 is used to guide the saw in the edge 404 of the door 400 Perforator. The drill pattern is biased 20 200520921 to move up or down to place the drill pattern 302 on the door 400 at an appropriate height. In the example, the hole punches 100 and 102 can be used to drill the openings 322 and 338 on the drill 302 on the door 200 that is not drilled, respectively. As described above, the die 5 302 can be mounted to the door edge 204 using a pair of screws 42 inserted through the mounting opening 360 in the first flange 316. As mentioned above, which of the openings 332-338 is used will depend on the thickness of the door and the distance required to have a proper back-off value from the edge of a door. The screws will be inserted into the mounting openings 360 surrounding the particular openings 332-338 used. The die 302 is installed in such a manner that the frame 312 can abut a door 200 or 400 with a conventional edge, and the spacer ridge 350 is positioned against a flat door 10 edge. The drilling die 302 can also be used with a beveled edge door 300, and positioned against the beveled edge as described above for the drilling die 10. In use, the drilling die 302 can be installed on a 1¾ or 1¾ inch thick door, and the drilling die 302 can be used for locks that require 2¾ and 2¾ inch openings to retract from the facade. The lock can be mounted in the required mounting opening 360 with screws 42 and used on the first door 200 having a thickness of 1¾ inches. The die 302 can then be removed from the first door 200 and mounted on a second door having a thickness of p / s inches. The drilling of the holes is as described above for the drilling die 10. The frame 12 is constructed in the same manner as described above for the frame 12. Another embodiment of the present invention is shown in Figs. 16 to 17 as a drill die 410 having a frame 412. Figs. The frame 412 is generally L-shaped. The frame 412 includes a first flange 414 and a second flange 416 positioned at an angle of 90 degrees to each other. The first flange 414 preferably defines a substantially flat, planar rear face 415, and the second flange 416 preferably defines a generally flat rear face 417. The first flange 414 preferably defines a first oblong opening 418 surrounded by a ring-shaped lip 420. 21 200520921 The lip 42G | sc is best to stand in a direction opposite to the back 415 so that the back 415 remains approximately flat. The second flange 416 preferably defines a second opening 426 surrounded by an annular lip 428. The annular lip 428 preferably stands in a direction opposite the rear face 5 417 of the second flange 416 and defines a vertical rounded inner wall 432 through the flange 416 to guide a saw or similar cutting device. The vertical cylindrical inner wall 432 preferably defines a central axis 434, and as shown in FIG. 17, the central axis 434 clearly extends perpendicularly to the rear surface 417 of the second flange 4116. The second flange 416 defines a pair of penetrating mounting openings 440 that are positioned to surround the second opening 426. The center of the mounting opening 440 is preferably aligned with the center of the second opening 426. The mounting opening 440 is preferably positioned relative to the second opening 426 on the second flange 416 to correspond to a similar latch plate mounting opening on a standard latch plate. The vertical cylindrical wall 432 of the second opening 426 preferably has a diameter of about 1 inch. 15 The drill 410 is designed to be used for doors of different thicknesses such as 1¾ inch and 1¾ inch. Regardless of the particular thickness, the lock of the door 200 is generally centered at a distance of 2¾ pairs or 2¾ leaves from the face 204 of the door 200. To take this centering and different thickness into consideration, the drilling die 410 includes a positioning member 460 removably mounted to the frame 412. The positioning member 460 is inserted into a recess (not shown) formed in the lip 428 20 and facing the rear surface 415. As shown in Figs. 16 and 17, the positioning member 460 includes a frame 461 having a periphery substantially matching the shape of the recess of the lip 420. The frame 461 includes two raised annular lips 463, 465 having different heights to define a single circular opening 469. As shown by the distance between the central axis 419 of the opening 469 and the central axis 477 of the positioning member 46〇 22 200520921, the opening 469 is not centered in the frame 461. The circular openings of the portions 463,465 and the openings of the frame 461 share a common axis of symmetry 467 and define a single opening 469 as shown in FIG. As shown in Figure 16, the frame 461 includes two sets of indicators 471, 473, each of which includes 5 a required gate width value and a required back value; the other two sets of indicators (not shown) are located in the frame 461 On the opposite side. Please note that the height of the ring portion 465 measured from the frame 461 is selected according to the required door width value, as explained below. The positioning member may have other shapes depending on the required door width value and the required back-off value. For a 10-day operation, the user first determines the thickness of the door to fit a lock. Based on this decision, the user rotates the positioning member 46 to select a particular ring-shaped lip 463 or 465 against the door to center the opening 426 on the edge of the door. The larger-diameter ring lip 465 will accommodate a wider door when positioned against the door. For example, a preferred standard positioning member 46o has a ring lip 465 that accommodates a 1% 15 door, and another ring lip 463 receives a 13/8 inch thick door. The index on the positioning member 460 will show what kind of door width can be accommodated by the orientation selection. Next, determine the required setback value for the lock. Based on this decision, the user rotates the positioning member 460 along the axis 477 until the index set including the required receding value in addition to the expected visibility of the door 20 is aligned with the frame 412 scooping full moon opening 481. At this point, the positioning member 460 is inserted into the recess. More than one positioning member 460 may be included to accommodate more combinations of receding values and door widths. At this stage, the lock drilling die 41Q is mounted to a door 200 in a similar manner to that of the lock drilling die 10 mounted to the door 23 200520921 described in FIG. 7 above. In particular, the drilling die 410 may be mounted to the door 200 so that the rear face 4 of the u-ring portion 5 is positioned flush with the facade 202 and 2) the rear face of the frame 412 is positioned flush with the facade 204. Therefore, the annular portion 465 serves as a spacer element to appropriately position the opening 426 with respect to the facade 202 in a door of a specific width 5. The rotation of the positioning member 460 has the effect of offsetting the opening 469 with respect to the facade 204 depending on which end point is positioned closer to the second flange 416. The drill 410 can be mounted to the door edge 204 by a pair of mounting openings 440 screws 42 inserted into the second flange 416. The screw 42 may preferably be the same screw as that provided in the conventional locks. In the conventional case, once the drilling process is complete and the die 410 is removed from the door 200, the screw 42 can be used again to attach the latch plate to the door edge 204. The area surrounding the opening of the new drill will of course require a segment with a suitable mortise to fit the latch plate (not shown). After the die is attached to the door 200, the hole saws 100, 102 are inserted into the openings 15 418, 426, respectively, thereby forming the door 200 in a manner similar to that described for the embodiment of Figs. 1 to 10 Opening for lock. It should be noted that in the preferred embodiment further adjustment options may be implemented to enable the die 10 to be used on doors of different thicknesses. For example, a plurality of tabs of different thicknesses may be provided for use on doors having different thicknesses. Moreover, the first 20 openings 418 and the second openings 426 can be modified to receive a saw with an appropriate size, and the collar can also include an upright wheel-shaped flat edge or flange to change the interval between the frame 412 and the door. Of course, other alternative structures may be provided within the scope of the present invention. Figure 18 shows an alternative embodiment of a drill die 500. This drill mold 50000 200520921 Like all other drill molds described here can also be used as a template to indicate the location of future holes or it can be kept mounted on the door 2000 during the drilling process. The frame 512 of the drilling die 500 is generally C-shaped and includes a first flange 516 and a first flange 518 which are parallel to each other, but they are biased toward each other so that 5 is clamped on a door 200; the arrow 511 represents the bias . The flanges 516,518 are separated at a distant position by a connector 52 that allows the flanges 516,518 to be connected at approximately right angles. The flanges 516,518 are preferably mirror images of each other. This allows the hole to be cut into the face of the door 200 from two directions to avoid damaging the door 200, as described above, and helps the die 500 self-center on the edges of the door 10 of different widths to properly place the lock. Circular openings 522,524 are formed in the respective flanges 516,518. The circular opening 522 is surrounded by a ring-shaped lip 526. The annular lip 526 preferably stands in a direction away from the facade, on which the frame 512 can be placed and preferably defines an internal vertical cylindrical wall 530. The inner vertical cylindrical wall 530 acts as a drill for a holer or the like. The annular lip 526 preferably defines a first central axis 534 extending perpendicularly to the plane of the opening 522. The drilling die 500 further includes a positioning member 514. When the drilling die 500 is used, the 'positioning member 514 abuts against the door 200 side. The frame 512 is adapted to receive the positioning member 514, and the positioning member 514 can move to one of two or more positions relative to the frame 512 by releasing the stopper mechanism 572 and moving the positioning member 20 514 laterally relative to the frame 512 . By previously setting the position of the positioning member 514 relative to the frame 512, a predetermined setback value of the openings 522, 524 can be set. For example, the positioning member 514 can also be used to retract the openings 522, 524 from the face 202 of the door 200 by 2¾ inches or 2¾ inches. 25 200520921 The positioning member 514 further includes flange springs 517 on either side of the positioning member 514 which are bent toward each other; any type of spring known to those skilled in the art can be used. The lower flange spring is not shown in Figure 18. The frame is designed to be flexible so that it can accommodate doors of any thickness within a predetermined range. The frame 512 preferably has a predetermined relaxed width 521 (Figure 19), which is less than 1¾ inches but can be flexed to fit on a 1% inch door to accommodate two standard widths. The upper flange spring 517 and the lower flange spring (not shown) that are bent inwardly hold the frame 512 in a position on the door 2000. The flange spring 512 equally deflects the force inward to position and center the opening 54o on the second face 204 of the door 10 200. Fig. 19 shows the frame 512 of the die 500 of Fig. 18; the positioning member 514 is not shown. The frame 512 may be formed from any device and any material known to those skilled in the art. The frame 512 is preferably made as a single cow by molding or casting a plastic, and most preferably polypropylene. For polypropylene additives, the flexibility of the frame can be changed and it preferably corresponds to a range of expected door thicknesses. The frame 512 may also be made of metal. A central axis 542 defines a center through the opening 54 and extends perpendicularly to the axis 534. The flanges 516,518 are flexible and preferably angled inward toward each other so that the distance 521 between the flanges 516,518 is preferably narrower than the lower range of the door width 20 to help the flanges 516,518 remain flush with Door 2000. The flanges 516,518 have a beveled lip 551 to assist in the deployment of the flanges 516,518 during the procedure where the frame 512 is positioned on the door 2000. The connector 520 need not be flexible, and the connector 520 is preferably stiffer than the flanges 516,518. The connector 52 may be reinforced by a material having an increased thickness, a whole 26 200520921 honeycomb frame element, an outer edge, and other elements known to those skilled in stiffening frame technology. The connector 520 includes an opening 540 through which the positioning member 514 can be accessed. The holes are cut into the face 202 of the door 200 through the openings 522, 524, and each 5 has an annular lip 526 defining a cylindrical wall 530. The annular lip 526 breaks away from the flanges 516,518 at a position 541 close to the connector 520, forming a semi-circular slit 543; this helps keep the cylindrical wall 530 perpendicular to the door regardless of the extent of the flange 516,518 200。 Face 202. Extending the outer edge 555 from the lip 526 at a position 541 close to the connected state 520 helps to strengthen the 10-ring lip 526. An opening 557 adjacent to the connector 520 is a stopper mechanism 572 for receiving the positioning member 514. The second flange 518 is preferably symmetrical to the first flange 516. FIG. 20 shows the positioning member 514 of FIG. 18 without the frame 512. The positioning member 514 includes an opening 550 on a first flange 554. The center 552 of the opening 15 550 is aligned with the axis 542. The positioning member 514 further includes a pair of mounting openings 560 located on the first flange 554, and is similar to the mounting openings described above. Two flanges 556,558 extend at right angles from the first flange 554 of the spacer element 514 and are parallel to each other. The positioning member 514 is inserted into the frame 512 and the first flange of the positioning member 514 is parallel to the third flange 52 of the frame 512. The positioning member 514, when attached to the door 200 as part of the overall die 500, will be adjacent to the edge 204 of the door 200. The positioning member 514 has a circular opening 550 which is designed to receive a silver hole tool to cut a hole for a bolt or the like. The opening 55 is surrounded by a ring-shaped lip 57. The annular lip 570 defines-an inner vertical cylindrical wall 575 to help the taper 27 200520921 be oriented. The two fastener openings 560 are positioned on either side of the opening 550 such that their position relative to the opening 550 corresponds to the relative position of the mounting screws of the lock. Screws or nails can be driven into the door 200 through these holes 560 to secure the drill die 500 to the door 200 during the hole-cutting procedure; this also allows the 5-threaded holes for the latch plate to be properly positioned and prepared for easy installation Set the latch plate. Two stop mechanisms 572 are located on either side of the die 500. Each stop mechanism 572 includes a post 574 extending from a flange 576. The flange 576 pushes the post 574 to engage the opening 557 in the frame 512 at one of two positions, thereby establishing an appropriate position for the openings 522, 524 to guide the drilling process. The four tabs 571 10 engage the four channels 573 in the frame 512 to help the positioning member 514 be easily laterally offset relative to the frame 512 between the two positions. Four flange springs 517,519 help center the drill die 500. Fig. 21 is a side perspective view of the drilling die 500 of Fig. 18. The dimensions of the post 574 of the stop mechanism 572 can be aligned with the near gap 580 and the far gap 582. When the post 574 and the mirrored post (not shown) on the other side of the die 500 are engaged with their respective near gaps 580 as shown in Figures 15 to 21, the positioning member 514 is flush with the edge of a door 200. At 204, the axis 524 is positioned to be a distance of 2¾ inches from the edge 204 of the door 200, which meets the above-mentioned standards. In contrast, when the pile 574 and the opposite pile (not shown) on the other side of the drill die are engaged with their respective far gaps 582 20, the positioning member 514 will make the axis 542 when flush with the edge 204 of the door 200 It is positioned at a distance of 2¾ inches from the edge 204 of the door 200, which meets the above criteria. Figure 21 also shows the flange spring 517 above the positioning member 514. Fig. 22 shows another perspective view of the drilling die 500 of Fig. 18. Fig. 23 shows a top plan view of the drilling die 500. The positioning piece 514 of the propulsion sheet 571 engages the rail 572 in the cypress 512 to assist the positioning member in the elbow-type movement between the two positions. Figure 24 shows a side plan view of the drill die 500 and shows that the post 574 of the stopper mechanism 572 engages the near gap 58. A semi-circular slit 543 and an outer edge 555 are attached to the ridge Q 555. Figure 25 shows another plan view of the drill die 500. The positioning member 514 has a latch plate template 592. When the drill die 500 is installed on the door 200, the traceable edge of the flash lock plate passes through the template 592 to ensure that the groove of the flash lock plate is drilled through one hole of the opening 550 and the rest of the installed lock mechanism Parts are properly positioned. ίο 图 26 shows a trimming board 600 L for cutting or marking grooves for flash lock boards. The entire board 600 is preferably stamped from metal, but it can also be made by any device known to those skilled in the art. to make. Two posts extend from a middle section of the trim plate 600 near the opening. After the hole has been cut in the door 2000, as described above, remove the drill 15 mold 500 from the door by inserting two pegs of the trim plate 600 into the screw holes drilled through the opening lake to attach The drill die 500 attaches the trim board _ to the edge of the door 204. Alternatively, the two posts 602 can be replaced by holes that can accommodate screws; two screws can be drilled through these holes to attach the trim plate 600 to a door 200. The opening 604 in the trim plate exposes the P-knife opening 604 that will be removed to accommodate the door 20 of the flashlock plate and can be used as a template to mark the groove area with a pen. • Figure 27 shows trimming tool cut 630. The trimming tool cutting pieces described above may be used in conjunction with trimming plates to remove materials of precise depth from the edge outlines exposed through the openings in the trimming plates. The trimming tool cutting has a drill 29 200520921 head 632, or any similar cutting device, such as a planer. The drill 632 is surrounded by a gasket 634. A peripheral groove 644 is cut in the drill bit, and a c-clip 646 having a larger diameter than the drill bit 632 is fitted in the drill groove. An attached C clip 645 fits inside the bushing 634. A loop 648 is placed over C: Yan 646 and an outer edge 650 around the pad 5 634 is pleated over the washer 648 to capture the washer 648, thereby holding the drill bit 632 in place. The narrow diameter of the trimming tool cutting piece 630 is close to or slightly smaller than the width of the opening in the trimming plate. The wider diameter of the gasket 634 is larger than the size of the opening of the trim plate. This allows the trimming fixture cutting piece to maintain a set drilling depth when inserted into an opening 604 10 of the trimming plate 600. The annular lip 636 around the drill 632 prevents the drill 532 from abrasion on the dressing plate 600. By using trimming tool cuts over the entire area exposed through the opening 604, the outline of the latch plate pocket has been generated. The drilling mold 500 can be provided in a set, and the set further includes a dressing fixture, wherein the dressing fixture uses 15 to slot the edge 204 of the door 200 to plan a groove of a lock plate. Of course, it should be noted that The above-mentioned preferred embodiments can be extensively modified and modified. In particular, some of the specific applications described herein can be changed without departing from the invention. Therefore, the foregoing detailed description is intended to be regarded as exemplary ^ non-limiting. The scope of the present invention is defined by the scope of the patent application, and all devices literally or equivalently within the meaning of the scope of the patent application are intended to be included therein. [Brief Description of the Drawings] Figure 1 is a perspective view of the first embodiment of the lock drill die according to the present invention; 200520921 Figure 2 is a front view of Figure 1; Figure 3 is a top view of Figure 1; Figure 4 Figure 1 is a left side view of Figure 1; Figure 5 is a perspective view showing the rear part of the lock drill of Figure 1; 5 Figure 6 is a perspective view similar to Figure 5, showing positioning and installation in a preferred embodiment The adjustment tab on the frame; and Figure 7 is a perspective view of the embodiment shown in Figure 丨 mounted on the edge of a door, and shows various types of lock installation procedures; Figure 8 is similar to Figure 3 The top view of the figure shows that the drilling die is installed on a 10 彳, non-beveled door; Figure 9 is a front view similar to Figures 3 and 8 'showing the drilling die is installed on a beveled door Fig. 10 is a plan view similar to Figs. 3, 8 and 9, showing that the drilling die is installed on a door having a reduced thickness; Fig. 11 is a view of a second embodiment of the locking die according to the present invention Perspective view; Figure 12 is a top plan view of the drilling die of Figure 11; Figure 13 is a front view of the drilling die of Figure 11 FIG. 14 is a left side plan view of the drilling die of FIG. 11; FIG. 20 is a perspective view of the drilling die of FIG. 11 mounted on a door; FIG. 16 shows the first view of the drilling die of a lock according to the present invention. An exploded perspective view of the third embodiment; FIG. 17 shows a perspective view of the lock drill die of FIG. 16; FIG. 18 shows a perspective view of the fourth embodiment of the lock drill die; 31 200520921 _shows one of the lock drill die of FIG. 18 Frame perspective view; Known example Figure 20 shows the lock drill die of Figure 18-Positioning member section-perspective view of each example; Only 5th 21® shows the second perspective view of the 18th lock drill die; 22 The figure shows the third perspective view of the lock drill mold of Fig. 18 | Fig. 23 shows the top plan view of the lock drill mold of Fig. 18; Fig. 24 shows the front plan view of the 18_ lock drill mold; A perspective view of the jig; and 10:27 off the side cut-away view of the trimming jig. [Description of Symbols of Main Components] 10,302,410,500 ... Drill 24,534 ··· First center axis 12,312,412,461,512 ... Frame 26,426 ... Second opening 13 ... Partition 34 ·· Second center axis 14,316,414,516,554 ··· 第One flange 40,360,440 ... The through mounting openings 15,321,323,415 ... approximately flat, 42 ... The rear of the attachment screw flatness 44 ... The centerline of the opening 26 16,319,416,518 ... The second flange 50,350 ·································································································································································· possibles , 28,348-354,420,428,463,465 66 ·· Upright piles, 526,570,636 ... Ring lip 68,540,550,557,604 ·· Opening 22,32,355,357,359,361 ... · Vertical circle 70 ·· Integral flexible strip cylindrical wall 100, 102 ·· Saw hole Device 32 200520921 200, 300, 400 ... Door 202 ... First side 204, 404 of Door 200 ... Door edge 206 ... Third side 304 ... Beveled edge 306 ... First guide area 308 ... Second Guide zone 314 ... central flange 315, 317 ... surface of central flange 314 (approximately Flat flat surface) 318 ... Third flange 320 ... Four flanges 321 ... Back of first flange 316 323 ... Back of second flange 319 324 ... Second circular opening 325 ··· Flatness of flatness at the front 326 ·· The first through axis 328 ··· The second through axis 329,331 ·· Vertical cylindrical inner wall 330 ··· Outer edge 332-338,469,522,524,550… circle opening ············································································································································· possible Back 418 ... First oblong opening 419,434,477,542 ... Center axis 432 ... Vertical cylindrical inner wall 460,514 ... Positioning member 467 ... Common symmetry axis 471,473 ... The rear 481 of the section 465 ... The transparent window 511 ... The arrow 517 representing the deflection ... The upper flange spring 520 ... The connector 521 ... The planned relaxed width 530 ... The inner vertical cylindrical wall 541 ... close to the connector 520 Position 543 ... semi-circular slit 552 ... center of opening 550 555,650 ... outer edge 556,558,576 … Flange 557 ··· opening in frame 512 ······························ The openings of the fasteners (mounting openings)

33 200520921 571.... 572, 573... Road 572... Stopper 574, 602 ..... Pile 575... Inner vertical cylindrical wall 580... Close gap 582... Lock plate template 600 .. Dressing plate 630 ... Dressing tool cutting 632 .. Bit 634 ... 644 .. Outer groove 645.646 .. C Clamp 648 .. Washer

34

Claims (1)

200520921 10. Scope of patent application: 1. A lock drill mold, comprising: a frame including a first flange and a second flange, wherein the second flange can be flexed relative to the first flange; . 5 at least a first opening and a second opening defined in the frame, the first opening is positioned approximately 90 degrees relative to the second opening; and a positioning member is mounted on the frame, wherein the The positioning member can be moved to at least two positions relative to the frame; φ wherein the frame is configured to be installed on a door so as to form a hole in the door to install a lock. 2. The lock drill of item 1 in the patent application scope, wherein the first opening is defined by a second cylindrical wall. 3. For the lock drill of item 2 of the patent application, wherein the second opening is defined by a second cylindrical wall. 15 4. The lock drill of item 2 of the patent application scope, wherein the first cylindrical wall is partially defined by a semi-circular gap. Lu 5. As for the lock drill of item 1 of the patent application scope, wherein the first flange is inclined to the second flange. 6. If the lock die of item 1 of the patent application scope further includes a stop 20 mechanism, the stop mechanism can maintain the positioning member relative to the frame-in one of the at least two positions. 7. For example, the lock drill of the scope of patent application, wherein the stopper mechanism includes a skewed pile, which can be engaged with an opening in the frame 0 35 200520921 8. If the scope of patent scope is 7 The lock drilling die, wherein the stopper mechanism further includes a second warped frame, and the second warped lattice can engage a second opening in the frame. 9. If the lock drill die of item 6 of the patent application scope, wherein the at least two digits and 5 positions include: a remote position, which establishes when the lock drill die is installed on the door from the edge of the door to the A receding value of approximately 2¾ inches is measured on a central axis of the first opening; and a near position that establishes a distance from an edge of the door to the first opening when the lock drill is mounted on the door. A central axis measured a receding value of approximately 2¾ inches. 10. If the lock drill die of item 1 of the patent application scope, wherein the at least two positions include: a far position, which establishes when the lock drill die is installed on the door 15 from an edge of the door to the first A central axis of an opening measures a receding value of approximately 2¾ inches; and a near position that establishes when the lock drill is mounted on the door from an edge of the door to a center of the first opening The axis measured a receding value of approximately 2¾ 忖. 20 11. The lock drilling die of item 1 of the patent application scope, wherein the positioning member further includes at least two tabs and the frame further includes at least two tracks, and wherein the tabs can move along the tracks. 12. The lock drill die of claim 1, further comprising at least two springs facing each other on an inner side of the lock drill die. 200520921 13. For example, the lock drill of item 12 of the patent application scope, wherein the springs are flange springs. 14. The lock drill of claim 13 wherein the flange springs extend from the positioning member. 5 15. The lock die of claim 13 further comprising two additional flange springs facing each other on the inside of the lock die. 16. The lock drill of claim 15 in which the four flange springs extend from the positioning member. 17. The lock drill of claim 1, wherein the positioning member package 10 includes a circular opening defined by a cylindrical wall. 18. For the lock drill of item 1 of the patent application scope, wherein the first flange and the second flange each have an outwardly beveled lip. 19. The lock drill of item 1 in the scope of patent application, wherein when in a relaxed state, it is located along one of the axes extending through the openings in the flanges 15 between the first flange and the second flange. The distance is less than 1¾ inches. 20. For example, the lock drill of claim 19, wherein the first flange and the second flange are capable of being bent away from each other to a distance along an axis extending through an opening in the flanges. A distance of at least 1¾ inches. 21. The lock drill of item 1 of the patent application scope, wherein the positioning member further comprises two openings capable of receiving fasteners. 22. The lock drill of claim 1, wherein the positioning member further includes a template opening for indicating the outline of a latch plate. 23. —A lock drilling die set including: a lock drilling die including: 200520921 —a frame including a first flange and a second flange, wherein the second flange can be opposite to the first flange A flange buckling;-at least a first opening and a second opening defined in the frame, the first opening is positioned approximately 5 90 degrees relative to the second opening; and-a positioning member, It is mounted on the frame, wherein the positioning member can be moved laterally to at least two positions relative to the flanges; and a first hole enamel device whose size can be inserted into at least one of the openings 10. 24. For example, the lock die set of the scope of patent application No. 23, further comprising a second hole boring device. 25. The lock drilling die set of the scope of application for patent No. 23, wherein the first hole boring device is a first hole saw bit. 15 26. The lock drilling die set of claim 24, wherein the first hole boring device is a first saw hole drill bit and the second hole boring device is a ratio of the first saw hole drill The drill has a second saw hole drill with a smaller diameter. 27. For example, the lock drilling die set of the scope of application for patent No. 24, further comprising a pilot drill bit used in conjunction with the first saw hole drill bit. 28. For the lock die set of the scope of the patent application, item 23, wherein each of the flanges defines a circular opening and the positioning member defines a circular opening. 29. For example, the lock drilling die set of the scope of application for patent No. 28, wherein the lock drilling die further includes a stopper mechanism capable of maintaining the 200520921 pieces of the positioning structure relative to the frame in the at least two positions In at least one of them. 30. The lock drilling die set of the scope of application for item 23 further includes a trimming plate having a template opening. 31. For example, the lock drilling die set of the scope of application for patent No. 30 further includes a 5 trimming tool cutting piece, and the size of the trimming tool cutting piece can enter the openings of the template for a predetermined distance. 32.-A method for forming a hole in a door to place a lock, the method comprising: providing a lock drill, comprising: 10-a frame including a first flange and a second Flanges;-at least one first opening defined in the frame; and-a positioning member mounted on the frame, wherein the positioning member is laterally movable to at least two relative to the flanges Position; 15 moving the positioning member to one of the at least two positions; orienting the lock drill die relative to the door; installing the lock drill die to the door to position the first opening on the door A previous predetermined position; and inserting a drilling tool into the first opening and operating the tool to form a hole in the door substantially concentric with the first opening. 33. The method of claim 32, wherein the frame further includes a second opening and the method further includes inserting a drilling tool into the second opening and operating the tool to form a substantially equal shape with the door. The second opening is a concentric hole. 200520921 34. The method of claim 32, further comprising installing the lock drill die to the door, and wherein a pair of fasteners are inserted through one of the through holes of the lock drill die. 35. The method of claim 34, wherein the pair of penetrating holes is located in the positioning member. 36. The method of claim 34, further comprising removing the frame from the door and installing a door latch plate through the openings made on the door by the fasteners. 37. A lock drilling die comprising: 10 a first, a second and a central flange, each of said flanges defining at least one opening and each of said flanges fixed relative to each other to form a generally T-shaped frame, So that the central flange is positioned substantially perpendicular to the first and second flanges; a first guide zone defined by the first flange and the central flange 15; a second guide zone that It is defined by the second flange and the central flange; and the frame is configured to be mounted on a door so as to form a hole in the door to install a lock. 20 38. The lock die of claim 37, wherein the central flange has a first opening and a second opening. 39. The lock die of claim 38, wherein the measurement is performed from a first axis passing through the center of the first opening of the central flange to a position on the first flange closest to the first axis. A first distance; 200520921 wherein a second distance is measured from a second axis passing through the center of the second opening of the central flange and a position on the first flange closest to the second axis; wherein the first A distance is smaller than the second distance. 5 4 (λ As the lock drill of item 37 of the patent application, wherein the first flange includes two openings and the second flange contains two openings. 41. The lock drill of the 37th application patent Further comprising a ridge on the central flange facing surface of the first flange and a ridge on the central flange facing surface of the second flange. The lock drilling die further includes a third flange extending from an edge of the first flange in a direction parallel to the central flange. 43. For example, in item 42 of the scope of patent application The lock drilling die further includes a fourth flange extending from an edge of the 15 second flange in a direction parallel to the central flange. 44. For example, in item 43 of the scope of patent application 45. The lock drill, wherein a distance between the first flange and the third flange is about 1¾ inches and a distance between the second flange and the fourth flange is about 1¾ inches. 45. —A lock drill mold set, including: 20 a lock drill mold, including:-a first, second A central flange, each of said flanges defining at least one opening and each of said flanges fixed relative to each other to form a generally T-shaped frame;-a first guide region, which is formed by said first flange and said central projection 200520921 is defined by a margin, a second guide area defined by the second flange and the central flange; and a first hole enamel device capable of being inserted into at least one of these openings 5. 46. Such as The lock drill mold set of the 45th patent scope of the application, further comprising a second hole boring device. 47. For the lock drill mold set of the 45th patent scope of the patent application, the first hole boring device is a first A hole saw drill bit. 10 48. The lock drill die set of claim 46, wherein the first hole boring device is a first hole saw bit and the second hole boring device is a ratio. The first saw hole drill bit has a second saw hole drill bit with a smaller diameter. 49. For example, the lock drill die set of the 48th scope of the patent application, further comprising a 15 fitted in the first saw hole drill bit. Pilot bit 50. For example, the patent application scope 46 lock A drilling die set, wherein each of the first, second and central flanges defines a circular opening. 51. For example, the locking drilling die set of item 45 of the patent application scope, wherein the locking drilling die further comprises a A third flange extending from an edge of the 20 first flange in a direction parallel to the central flange and a third flange extending from an edge of the second flange in a direction parallel to the central flange The fourth flange. 52. If the lock drill mold set of the 45th patent application scope, further includes a trimming plate with a template opening. 200520921 53. If the lock drill mold set of the 52th patent application scope, further includes A trimming tool cutting piece, the size of the trimming tool cutting piece can enter the template openings for a predetermined distance. 54 · — A method for forming a hole in a door to place a lock, the .5 method includes: providing a door; providing a lock drill, including: a first, second and central flange Each of these flanges defines at least one opening of φ and forms a generally T-shaped frame and the frame defines 10 a first guide area and a second guide area;-installing the lock drill to the door so that the center The flange and the first flange or the second flange are generally adjacent to the door; and a drilling tool is inserted into one of the openings and a hole is formed by the drilling tool. 15 55. The method according to item 54 of the patent application scope, further comprising inserting a drilling tool into the opening of the central flange and operating the tool to form a substantially concentric opening in the door with the opening of the central flange The first hole. 56. The method of claim 55, further comprising inserting a drilling tool into the opening of the first flange and operating the tool to form an opening in the door that is approximately the same as the first flange Concentric second holes such that-the first hole intersects the second hole. 57. The method of claim 54 further includes installing the lock die to the door, wherein a pair of fasteners are inserted through a pair of through holes in the lock die. 43 200520921 58. The method of claim 57 further comprises removing the lock drill from the door and installing an opening on the door through the fasteners to install a door latch plate. 59. A lock drill mold comprising: 5 a frame including a first flange and a second flange vertically mounted to the first flange, each of the flanges defining an opening; and a positioning A member defining an opening that is off-center with respect to a central axis passing through the positioning member, wherein the positioning member is capable of abutting the opening of the first flange; 10 wherein the positioning member is rotatable relative to the frame and wherein when the When the positioning member rotates along the central axis, the positioning member causes the off-center opening to be laterally displaced relative to the frame; and wherein the drilling mold is configured to be installed on a door to facilitate forming a hole in the door to install a Lock. 15 60. The lock drill of item 59 in the patent application scope, wherein the positioning member has an oblong frame. 61. The lock die of claim 60, wherein the off-center opening in the positioning member is defined by a first cylindrical wall extending from a first side of the oblong frame. 20 62. The lock die of claim 61, wherein the off-center opening in the positioning member is defined by a second cylindrical wall extending from a second side of the oblong frame, and The first cylindrical wall is shorter than the second cylindrical wall. 63. The lock die of item 62 of the patent application, wherein the opening of 200520921 in the first flange is oblong and can be connected to the oblong frame. 64. The lock die of item 61 of the patent application, wherein the positioning member is butted against the opening in the second flange to pass a center of the opening in the positioning member according to the rotation orientation along the axis of the positioning member. The axis 5 leaves the first flange approximately 2¾ inches or approximately 2¾ inches. 65. The lock drill die of item 63 of the patent application, wherein when the second cylindrical wall is adjacent to the oblong frame, the drill die can accommodate a door having a thickness of about 1¾ inches. 66. For example, the lock drilling die of item 63 of the patent application, wherein when the first cylindrical 10-shaped wall is adjacent to the oblong frame, the drilling die can accommodate a door having a thickness of about 1¾ inches. 67. A lock drill mold set, comprising: a lock drill mold, comprising: a frame including a first flange and a second flange vertically mounted 15 to the first flange, each The flanges define an opening; and- a positioning member defining an opening that is off-center with respect to a central axis passing through the positioning member, wherein the positioning member can abut the opening of the first flange; 20- Wherein the positioning member is rotatable relative to the frame and wherein the positioning member causes the off-center opening to be laterally displaced relative to the frame when the positioning member is rotated along the axis; and a first hole enamel device capable of Insert at least one of these openings 200520921 68. For example, the lock drilling die set of the 67th scope of the patent application, further comprising a second hole enamel device. 69. The lock drilling die set of the scope of application for patent 67, wherein the first hole boring device is a first hole saw bit. 5 7 (λ The lock drilling die set of the 68th scope of the patent application, wherein the first hole boring device is a first saw hole drill bit and the second hole boring device is a ratio of the first saw hole The drill bit has a second saw hole drill bit with a smaller diameter. 71. For example, the lock drill die set of the scope of patent application No. 70, further includes a 10 pilot drill bit fitted in the first saw hole drill bit. 72. For example, the lock die set of the patent application No. 68, wherein the off-center opening in the positioning member is defined by a first cylindrical wall extending from a first side of the oblong frame. 73. For example, the lock drilling die set of the scope of patent application No. 72, wherein the off-center opening in the 15 positioning members is defined by a second cylindrical wall extending from a second side of the oblong frame, And the first cylindrical wall is shorter than the second cylindrical wall. 74. For example, the lock drill die set of item 68 of the scope of patent application, further comprising a trimmed version with a template opening. 20 75. If the scope of patent application is Item 74: The Locking Die Set The step includes a trimming fixture cutting piece, and the size of the trimming fixture cutting piece can enter the template openings a predetermined distance. 76.-A method for forming a hole in a door to place a lock, the method Contains: 200520921 Provides a door; Provides a lock drill, including:-a frame containing a first flange and a second flange mounted vertically, each of these flanges defining an opening; and 5-a A first opening defining an opening that is off-center with respect to a central axis passing through the positioning member, wherein the positioning member is capable of abutting the opening of the first flange; rotating the positioning member along the axis to decenter the center The opening is placed in a predetermined lateral position with respect to the frame; 10 Install the lock drill to the door; and insert a drilling tool into the off-center opening and form a hole by the drilling tool. 77. The method of claim 76, further comprising inserting a drilling tool into the opening of the second flange and operating the tool to form a substantially convex shape in the door 15 The opening of the edge is a concentric hole. 78. The method of claim 77, further comprising installing the lock drill to the door, and inserting a pair of fasteners through one pair of through holes in the frame. 79. The method according to item 78 of the scope of patent application, further comprising removing 20 the frame from the door and installing a door latch plate through the openings previously made on the door by the fasteners. 80. — Kind of repair The cut piece includes: a hole lining device; a bushing having a small diameter and a 200520921 large diameter surrounding the hole lining device; and a trimming plate having at least one opening, the at least one opening The width is at least slightly larger than the small diameter and smaller than the large diameter. 81. The trimming fixture cut-out item No. 80 of the patent application scope, wherein the trimming plate 5 further comprises two parallel posts extending from one side of the trimming plate. 82. For the trimming fixture cutting part No. 80 of the scope of application for patent, the hole boring device is a drill. 83. The trimming tool cutting piece of the scope of application for patent No. 80, wherein the drill bit has a peripheral groove joined by a C-clamp positioned between the bushing 10 and a washer. 48