Door locking system production method and door locking system
 Door lock system and method of its production / 2244086Method of door lock system production involves producing at least two locks. Each lock includes body, sliding bar and secrecy mechanism. Part of sliding bar of one lock is formed as body or body part of another lock. Door lock system is also disclosed. |
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Door lock system and method of its production / 2244086 Method of door lock system production involves producing at least two locks. Each lock includes body, sliding bar and secrecy mechanism. Part of sliding bar of one lock is formed as body or body part of another lock. Door lock system is also disclosed. |
 Door locking system production method and door locking system / 2246599Method involves producing at least two locks; providing locking system with hinges and pivotally securing locks one to another; connecting hinges to lock bodies. Lock production process includes forming body, cross-bar and securing mechanism; arranging securing mechanism in body; communicating cross-bar with securing mechanism; producing locking member or locking members and arranging at least one cross-bar so that cross bar may cooperate with locking member. One lock or body thereof is made as three-dimensional structure of arbitrary geometrical shape in plane and in cross-section intersecting three-dimensional through cavity. Another lock or body thereof is made as three-dimensional structure of arbitrary shape in plane and in cross-section and at least partly arranged in three-dimensional cavity. Locking member for cross-bar of one lock is made in another lock or body thereof. Locking system is also disclosed. |
 Latch / 2360089Latch is made as an installed in the case and spring-driven head with a shank, having at least, one flat face and a device for its actuation in the form of a ledge on the shank. There is a guiding bar made in the case. A plate is arranged moving therein. In the plate there is an opening, for the shank to go through. On its perimetre the opening has, at least, one part parallel to and mating with the face of the shank. On the shank there is a circular slot with the width not less than width of the plate to secure latch turning around its longitudinal axis. |
 Protected cylindrical lock / 2361989Invention relates to cylindrical locks. Proposed lock comprises the casing made up of two coaxial cylindrical sleeves separated by a gap and furnished with appropriate widened sections located in plane radial with respect to aforesaid sleeves. It incorporates appropriate inserts to actuate lock cam that revolves in aforesaid gap and turns in aforesaid sleeves. Radial widened sections are linked up by web-like section. The lock comprises also receiving pocket arranged in radial widening sections, furnished its lengthwise central plane shares aforesaid radial plane. The plates seat in aforesaid receiving pocket, rigidly jointed together by their opposite ends. Every plate of the set is made in appropriate material. |
 Lock latch / 2433234Lock latch with a tail is installed and spring-loaded in the body. The tail has at least one flat face and a facility of its driving in the form of a holder on the tail. In the body there is a guide, where a plate is installed with the possibility of displacement. There is a hole in the plate, which is open at one side of the plate. The tail goes through the hole. On its perimetre the hole has at least one section parallel to the tail face and contacting with this face. The guide is arranged so that the plate, when moving along the guide, is disengaged with the tail. |
 Magnet-controlled cylinder mechanism / 2492305Device for lock control comprises a body with a base, a sleeve of a magnetically permeable material installed in the body, inside of which there is a secrecy mechanism, made in the form of a spring-loaded rotor, a leash arranged in the rotor slot, serving for connection with the lock, and locking elements, differing by the fact that in order to expand the functional capabilities of the device it is equipped with an additional spring, the leash is made in the form of a plate arranged in the slot as capable of axial displacement, and the additional spring is placed between the rotor and the leash, and is also equipped with a cam, in which there is a dead hole at the side, which is opposite to the leash, and at the side of the leash there is a slot for its placement, a handle with a ledge is installed in the base as capable of rotation and axial displacement, and the handle ledge is located in the cam slot. |
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Door locking system production method and door locking system / 2246599 Method involves producing at least two locks; providing locking system with hinges and pivotally securing locks one to another; connecting hinges to lock bodies. Lock production process includes forming body, cross-bar and securing mechanism; arranging securing mechanism in body; communicating cross-bar with securing mechanism; producing locking member or locking members and arranging at least one cross-bar so that cross bar may cooperate with locking member. One lock or body thereof is made as three-dimensional structure of arbitrary geometrical shape in plane and in cross-section intersecting three-dimensional through cavity. Another lock or body thereof is made as three-dimensional structure of arbitrary shape in plane and in cross-section and at least partly arranged in three-dimensional cavity. Locking member for cross-bar of one lock is made in another lock or body thereof. Locking system is also disclosed. |
 Strike plate / 2256051The invention is pertaining to the field of production of ironmongery, in particular, to production of a strike plate containing a metal plate, on which there is a rectangular form window and a hole for the strike plate fastening on a stationary framework, which at the locking bar pushed forward into "closed" position, is covered by the locking bar. At that there is the second hole for the strike plate fixation on a stationary framework located so, that at the locking bar pushed forward into "closed" position access to fastening holes of the strike plate is overlapped. These holes are located horizontally. The given strike plate ensures the heightened resistibility against the doorpost locking systems breaking. |
 Lock and lock body / 2260661Lock comprises body with side surface, base and connection means to attach thereof to supporting surface, as well as secrecy mechanism, cross-bar cooperating with secrecy mechanism and performing authorized movement. Connection means is made as bracket with orifices and as connection members having fixing means and coupling means. One part of the bracket is attached to side wall of the body, another part thereof is arranged from the side of another body part and spaced a distance equal to h from above body part. Above bracket part defines a cavity. Connection members are located in bracket orifices and fixing means are arranged in the cavity. |
 Cylinder mechanism of deadlock / 2296204The cylinder mechanism of the deadlock has a body, in which drums with cores and a key are installed on both sides. The body length is made permanent and less than the minimum thickness of the entrance doors, and the length of the key depends on the thickness of the entrance door. The bosses of the inserts are installed in the holes of the cover plates, round holes for the key are made in them coaxially with the axis of the mechanism cores. Segment lugs are made on the end faces of the cores, their plane surfaces are engaged with the end sections of the plane bottom of the groove made on the stepped section of the key at its rotation. |
 Locking device / 2347876Present invention pertains to architectural hardware and relates to a locking device, which has a lock and a corresponding member for coupling, locking the turning door, hatch etc. The lock comprises a first locking element, with a first free end, and which, in the set position, lies crosswise relative the axis of rotation of the turning part. The corresponding member comprises a second locking element, with a second free end, and which, in the set position, lies crosswise relative the axis of rotation of the turning part. The locking elements are arranged for combined operation, such that, when the elements are opposite each other in their set position, when the door, hatch etc. is closed, they overlap. The device also has a working member, with a lever, the first end of which comprises an articulated apparatus. The lever has a clevis. The working member is fixed to the body of the lock by the articulated apparatus, through which the lever can rotate about a turning point, formed by the articulated apparatus. This device has high resistance to break-in. |
 Lock for installation in thin wall opening / 2418141Lock comprises a head part placed onto the external side of the thin wall and covering the external edge of the hole; a body outgoing from the head part and passing through the hole in the set position; fastening elements outgoing from the body and able of bending in direction of its external surface. The free end of the specified fastening elements is equipped with an inclined surface to create a support for the body at the edge or border of the hole without slackness of the other, internal side of the thin wall. The body and the retention element are two separate parts. |
 Easy-to-install prefabricated lock / 2504631Lock (2) type consists of case (3) attached to fastening surface. Latch (4) moves against case (3) and is guided by case (3): latch (4) is connected functionally to respective operating lever systems (5) controlled by actuator. Prefabricated lock (1) includes shaped plate (7) with a device (8) for connection to respective fastening surface and with selective fastening elements (9) for case (3). Case (3) includes elastic sections (10) for catching, with at least some fastening elements (9) removable in installation configuration. |
FIELD: locks, particularly lock or latch-mechanism casings.
SUBSTANCE: method involves producing at least two locks; providing locking system with hinges and pivotally securing locks one to another; connecting hinges to lock bodies. Lock production process includes forming body, cross-bar and securing mechanism; arranging securing mechanism in body; communicating cross-bar with securing mechanism; producing locking member or locking members and arranging at least one cross-bar so that cross bar may cooperate with locking member. One lock or body thereof is made as three-dimensional structure of arbitrary geometrical shape in plane and in cross-section intersecting three-dimensional through cavity. Another lock or body thereof is made as three-dimensional structure of arbitrary shape in plane and in cross-section and at least partly arranged in three-dimensional cavity. Locking member for cross-bar of one lock is made in another lock or body thereof. Locking system is also disclosed.
EFFECT: extended range of technical means for lock production.
2 cl, 12 dwg
The invention relates to a means for closing a door opening and its elements and processes associated with the closing of the doorway, in particular to a method of manufacturing a locking system, the doors, the design of the locking system of the door.
A known method of manufacturing a locking system, the doors, including the production of at least two locks, and making each lock includes fabrication of the hull, transom and mechanism of secrecy, placing a bolt and mechanism of secrecy on the body and message of the crossbar with a secret mechanism, the locking element or locking elements and placing at least one bolt with the opportunity to interact with the locking element (USSR author's certificate No. 1765337).
Known locking door system containing at least two locks, each lock includes a housing, a bolt and the mechanism of secrecy, the bolt and the mechanism of secrecy communicated between the locking element or locking elements and placing at least one bolt with the opportunity to interact with the locking element (USSR author's certificate No. 1765337).
The challenge aimed proposed technical solution consists of expanding Arsenal of technical means for a method of manufacturing the locking system door and designs constipation the first door system.
The technical result that can be obtained by carrying out the method of manufacturing a locking system, the doors, the design of the locking system of the door is the realization of the above objectives - expanding Arsenal of technical means.
The essence of the proposed method is that the method of manufacturing the locking system of the door, including the production of at least two locks, and making each lock includes fabrication of the hull, transom and mechanism of secrecy, placing a bolt and mechanism of secrecy on the body and message of the crossbar with a secret mechanism, the locking element or locking elements and placing at least one bolt with the opportunity to interact with a locking element according to the invention provided with a hinge and a hinge connecting the locks with each other by hinges, and the hinges fixed to buildings castles, one of the locks or the case is manufactured in the form of three-dimensional structures of arbitrary geometric shape in plan and in cross section with the three-dimensional end-to-end cavity, and the other castle or the case is manufactured in the form of three-dimensional structures of arbitrary shape in plan and in cross section and placed in a three-dimensional end-to-end cavity fully or partially, with the locking element to bolt one the th castle made on another castle or his body.
The essence of the proposed device is that the locking door system containing at least two locks, each lock includes a housing, a bolt and the mechanism of secrecy, the bolt and the mechanism of secrecy communicated between the locking element or locking elements and placing at least one bolt with the opportunity to interact with a locking element according to the invention provided with loops through which the hinge reported castles with each other, and the hinges are fixed to the housings locks, with one of the locks or the body is made in the form of three-dimensional structures of arbitrary geometric shapes in plan and in cross section with the three-dimensional end-to-end cavity, and another castle or its body is made in the form of three-dimensional structures of arbitrary shape and the plan and in cross section and placed in a three-dimensional end-to-end cavity fully or partially, with the locking member for the bolt, one lock, made in another castle or his body.
Figure 1 shows a method of manufacturing the locking system door and shut the door system;
Figure 2 - cross section a-a figure 1.
Shut the door system contains at least two locks 1 and 2, or one lock 2 and lock body 1, or one lock 1 and lock 2, or two of the lock case 1 and 2, loop 3, the locking elements 7 and 10, or the priori element 7, or locking element 10, each of the locks includes a housing, the mechanism of secrecy 5, or bolt 6, or 9. Part of the locking system of the door may include a door handle 4, and may not be included. If the door handle 4 is part of the locking system of the door, it is fixed to the lock body, which is located in the cavity 11. Through the hinges 3 locks 1 and 2 (see figure 1) articulated communicated with each other, or one of the castles 2 hinge is in communication with the housing 1 of another castle, or one of the castles 1 hinged communicated with the housing 2 of another castle, or the body 1 of the lock, hinged to the casing 2 of the other castle. Loop 3 is fixed to the buildings of castles. One of the castles 1 or its housing 1 made in the form of three-dimensional structures of arbitrary geometric shape in plan and in cross section with the three-dimensional end-to-end cavity 11 (see figure 5), and the other lock 2 or the housing 2 is made in the form of three-dimensional structures of arbitrary geometric shape in plan and in cross section and placed in a three-dimensional end-to-end cavity 11 is fully or partially. The locking elements 7 and/or 10 are made on the body of the castle or the castle and are located opposite the crossbars 6 and/or 9, and the locking element for one bolt lock is made to another castle or its housing. The locking elements 7 and/or 10 made in the form of cavities or holes for floor shall receive the same technical result. Lock 1 or lock body 1 can be made of standardized or non-standardized metal, or wood, or plastic, or combinations thereof, and the lock 1 or lock body 1 can be made in the form of a three-dimensional part or Assembly units correct or incorrect geometric shape in cross-section and in plan. We can say that the lock 1 or lock body 1 is made in the form of a border or contour of the three-dimensional cavity 11, and the cavity itself 11 can also be accomplished right or wrong geometric shape in cross-section and in plan. Lock 2 or lock body 2 can be made of standardized or non-standardized metal, or wood, or plastic, or combinations thereof, and the lock 2 or lock body 2 can be made in the form of a three-dimensional part or Assembly units correct or incorrect geometric shape in cross-section and in plan. Each loop 3 contains two half-stitch and the connecting element, and half-stitch are connected pivotally to each other via a connecting element. Loop 3 provide a swivel lock 1 or lock 1 lock 2 or lock case 2, some half-stitch attached to the lock 1 or lock body 1, and the other half-stitch attached to the lock 2 or lock case 2. The handle of the door 4 can be used lubog the type (single pole, multisupport, unilateral, bilateral) and fixed to the lock 2 or lock body 2 by means of the fastening elements. The mechanism of secrecy lock 5 or 8 may be of any type (key, code, magnetic. electromagnetic, etc. combined) and interacts with the bolt 6, or 9. Functional assignment of the mechanism of secrecy lock 5 and 8 to provide authorization movement of the bolt 6 or 9. The locking elements 7 and 10 interact with the crossbars 6 and/or 9. Bolts 6 or 9 can be made in the form of a part or Assembly units and in the process can make any movement (reciprocating, rotary, combination or other complex movements) and in all cases provides the same technical result. Material crossbars 6 and 9 , mainly steel.
Shut the door system operates as follows.
For the implementation of the authorized connection lock 1 or lock body 1, with lock 2 or lock case 2, provide navigation and input 6 bolt and/or bolt 9 into engagement with the locking element 7 and 10, respectively, and moving these beams carry out authorized through the mechanism of secrecy 5-and/or 8. To rotate the lock 2 or lock body 2 relative to the lock 1 or lock body 1 in 3 loops use the handle of the active ingredient is RNA 4. For the implementation of the sanctioned disconnect the United elements of the locking system of the above operations are performed in reverse order.
A method of manufacturing the locking system of the door is as follows.
Have produced at least two locks 1 and 2 (see figure 1), or one lock 2 and lock body 1, or one lock 1 and lock 2, or two of the lock case 1 and 2, with the lock manufacturer includes the manufacture of the body, pins 6 and 9 and of the mechanism of secrecy 5 and 8. Manufactured also locking elements 7 and 10 or one of the locking elements, or without such. Made the loop 3 and the handle of the door 4. Lock 1 or lock body 1 manufactured with the cavity 11. Through 3 loops pivotally connected locks 1 and 2 (see figure 1) with each other, or one lock 2 connected with the body of another castle 1, or one lock 1 connected with the housing 2 of another castle, or enclosure locks 1 and 2 pivotally connected to each other. Loop 3 fixed to the chassis locks 1 and 2. One of the castles 1 or its housing 1 made in the form of three-dimensional structures of arbitrary geometric shape in plan and in cross section with the three-dimensional end-to-end cavity 11, and the other lock 2 or case 2 made in the form of three-dimensional structures of arbitrary shape in plan and in cross section, and placed him in a three-dimensional end-to-end cavity fully or frequent is the rule. The locking element 7 and/or 9 for one bolt lock made in another castle or casing opposite the respective crossbars 6 and/or 9. For the manufacture of the locking system, the doors used a standardized and nonstandardized metal. The privacy mechanisms 5 and 8 reported with crossbars 6 and 9 respectively. The door handle 4 secured to the lock case 2. Lock 1 or its housing is manufactured in sizes that are equal to the dimensions of the door frame and the other lock 2 or its body is manufactured in sizes which are equal to the dimensions of the door leaf. Custom options locking system door has provided the required technical result.
1. A method of manufacturing a locking system, the doors, including the production of at least two locks, and making each lock includes fabrication of the hull, transom and mechanism of secrecy, placing a bolt and mechanism of secrecy on the body and message of the crossbar with a secret mechanism, the locking element or locking elements and placing at least one bolt with the opportunity to interact with the locking element, characterized in that the supply hinges and the hinge connecting the locks with each other by hinges, and the hinges fixed to buildings castles, one of the locks or the case is manufactured in the form of three-dimensional Pro transvenous design of arbitrary geometric shape in plan and in cross section with the three-dimensional end-to-end cavity, and another castle or its case is made in the form of three-dimensional structures of arbitrary shape in plan and in cross section and placed in a three-dimensional end-to-end cavity fully or partially, with the locking element to one bolt of the lock is made in another castle or his body.
2. Shut the door system containing at least two locks, each lock includes a housing, a bolt and the mechanism of secrecy, the bolt and the mechanism of secrecy communicated between the locking element or locking elements and placing at least one bolt with the opportunity to interact with the locking element, characterized in that provided with loops through which the hinge reported castles with each other, and the hinges are fixed to the housings locks, with one of the locks or the body is made in the form of three-dimensional structures of arbitrary geometric shape in plan and in cross section with three-dimensional end-to-end cavity, and another castle or its body is made in the form of three-dimensional structures of arbitrary shape in plan and in cross section and placed in a three-dimensional end-to-end cavity fully or partially, with the locking element for one bolt lock is made to another castle or his body.