CN201460488U - Automatic energy storage electric control lock - Google Patents
Automatic energy storage electric control lock Download PDFInfo
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- CN201460488U CN201460488U CN2009201272135U CN200920127213U CN201460488U CN 201460488 U CN201460488 U CN 201460488U CN 2009201272135 U CN2009201272135 U CN 2009201272135U CN 200920127213 U CN200920127213 U CN 200920127213U CN 201460488 U CN201460488 U CN 201460488U
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Abstract
The utility model discloses an automatic energy storage electronic control lock which is composed of an energy storage flywheel transmission mechanism, an electronic mechanism and a lock mechanical transmission mechanism, the energy storage flywheel transmission mechanism and the electronic mechanism are arranged on the inner bottom plate, the energy storage flywheel of the energy storage flywheel transmission mechanism is in transmission connection with a rotary disc of the lock mechanical transmission mechanism so that the characteristic of automatically opening in an certain angle during automatic locking and unlocking processes is realized, compared with prior art, the electronic opening mechanism has small force, besides the automatic energy storage electronic lock has reasonable structure, convenient use, is more labor saving and is convenient in assembly and maintenance, facilitates realizing the fitting use of most intelligent controllers, including electronic magnetic cards, remote control, footprint and TM cards.
Description
Technical field: the utility model relates to a kind of door lock of lockset, especially a kind of door that is used for, the electric control lock of cabinet.
Background technology: at present, the various locksets of selling on the market are the lock on the security door especially, opening the door and all be to insert the mode of rotating several circles in the lockset with key to reach and lock or unblank at closing time, its more loaded down with trivial details effort time-delay of locking and unblank, and it is bigger to the wearing and tearing of lockset, the life-span of lockset is not long, use inconvenient, do not possess automatically controlled function again, the moving energy of armrest is finished opening and closing fully, and existing electric control lock, lock point amount is few, can not finish multi-faceted self-locking function, also need the moving handle outdoors of armrest just can finish the recovery of whole lock pin after electronic the unblanking, the electric power that electronic unlocking apparatus consumed of its installation is also bigger, the intelligence of Chu Xianing is locked its electric opening mechanism and is assemblied in the lockset in succession, electronic unlocking apparatus is installed in the not easy-maintaining that easily breaks down in the lock housing body, and mostly electric opening mechanism is to adopt motor to do driving force, and the application life of motor is limited again; Patent China document ZL200720124387.7 discloses a kind of accumulation of energy electric control lock, this lock just can reach the action of multi-faceted auto-unlocking smoothly with less electric power, but the motor drive mechanism of this lock both electromagnet remains and is assemblied in the lockset, the arrangement space of its electric opening mechanism is bigger, the overall volume of lock is also just bigger, so the power of required electric opening is still bigger when unblanking.
Summary of the invention: the purpose of this utility model is arranged on electric opening mechanism outside the lockset exactly, provide the small electronic control of a kind of usefulness just can reach the multi-faceted process of unblanking smoothly, and rational in infrastructure, easy to use, the full automatic and energy storage electric control lock more laborsaving, that assembling is easy with maintenance.
The purpose of this utility model is achieved in that the full automatic and energy storage electric control lock that it is made up of energy-storing flywheel transmission mechanism, motor drive mechanism, lockset mechanical transmission mechanism; Its technical characterictic is that described inner bottom plating is provided with energy-storing flywheel transmission mechanism and motor drive mechanism, inner bottom plating is fixed by bolts on the indoor door skin, be set with a guide pipe by supporting plate on the indoor door skin, be provided with a drive link in the guide pipe, drive link is provided with return spring, one end of drive link be provided with adjust groove and with adjust the screw rod socket, the adjustment screw rod stretches out door leaf and withstands on the doorframe that is provided with hinge side, the other end of drive link is fixed with a tooth plate, the driver pinion engaged transmission on tooth plate and the energy-storing flywheel transmission mechanism; Described energy-storing flywheel transmission mechanism is made of two kinds of different structures: a kind of energy-storing flywheel transmission mechanism comprises driver pinion, driven single direction ratchet, energy-storing flywheel, unidirectional ratchet, hamper is formed, driven single direction ratchet is provided with on same axle center and forms a driver pinion, driver pinion stretches out the transmission that is meshing with each other of hamper and tooth plate, driven single direction ratchet is provided with the central axis of moulding and the centre bore of energy-storing flywheel wears, the energy-storing flywheel face is provided with unidirectional ratchet more than, bearing pin fixing on unidirectional ratchet one end and the energy-storing flywheel is hinged, the unidirectional ratchet other end withstands on driven single direction ratchet and nibbles in the groove, and unidirectional ratchet is provided with a reduction torsion spring; Described another kind of energy-storing flywheel transmission mechanism comprises driver pinion, driven gear wheel, energy-storing flywheel, the sour jujube plate, adjust cam, hamper is formed, driven gear wheel is provided with on same axle center and forms a driver pinion, driver pinion stretches out the transmission that is meshing with each other of hamper and tooth plate, driven gear wheel is provided with the central axis of moulding and the centre bore of energy-storing flywheel moulding wears, the setting of going up of energy-storing flywheel is set with two sour jujube plates, bearing pin fixing on one end of sour jujube plate and the energy-storing flywheel is hinged, the other end of sour jujube plate withstands on nibbling in the groove of driven gear wheel, the sour jujube plate is provided with reduction torsion spring, be set with one on the energy-storing flywheel and adjust cam, adjust cam and be arranged between two sour jujube plates, adjust the cam setting and form an adjustment mouth; The one side setting of the corresponding lockset of described energy-storing flywheel is shaped to the circular shaft tube, is provided with on the circular shaft tube to form and square hole that rectangular axle wears, also forms the jump ring groove with the jump ring cutting ferrule on the circular shaft tube, is provided with on the energy-storing flywheel and forms a groove.
Described lockset mechanical transmission mechanism includes the lock housing body, be arranged on the main lock pin in the lock housing body, with the fixing main jam plate of main lock pin, main jam plate is provided with and on chute and the lock housing body fixing pin sleeve is set and joins slip, be set with a conduit on the main jam plate, be provided with in the conduit moment locking mechanism its form by hitting tongue, hit tongue and be provided with groove, rotating shaft fixing in the groove is provided with a roller, roller stretches out the external sensing doorframe of lock housing, an end that hits the tongue bar is fixed on and hits the other end on the tongue and stretch out conduit and be externally connected with the end that a push rod points to the shift fork piece, hitting the tongue bar is provided with one and hits tongue bar back-moving spring, the shift fork piece is hinged on the main jam plate, and fixing locating shaft is provided with a groove on the corresponding lock housing body of shift fork piece, and the shift fork piece is provided with shift fork block reset torsion spring; Be provided with on the main jam plate be set with to lock housing external stretch out lock out torsion spring, an end that lock out torsion spring withstands on the main jam plate, fixing pin sleeve is joined and is connected on the other end that lock out torsion spring and the rotating disk, be provided with in the lock housing body and be set with rotating disk, the chute socket of moulding is set in bearing pin that rotating disk is fixing and the push pedal, the other end of push pedal and the hinged transmission of main jam plate, the rotating disk setting forms a circular shaft tube, circular shaft tube on the rotating disk passes lock housing body and function jump ring and is stuck in the jump ring groove that moulding is set on the circular shaft tube, circular shaft tube on the rotating disk is provided with the square hole of moulding and an end of rectangular axle wears, the other end of rectangular axle is set on that the circular shaft tube is provided with in the square hole of moulding on the energy-storing flywheel, the bearing pin of fixing on the rotating disk interlocks with an end of the accumulation of energy extension spring that resets, the other end of accumulation of energy extension spring of resetting is connected on the lock housing body on the fixing supporting plate by the roller that is provided with on the lock housing body, be provided with on the rotating disk and form a projection, projection can be stirred the T shape fork plate that is arranged on the lock housing body, also be provided with in the described lock housing body indoor lock mechanism and with the world machine leader of the hinged slip of main jam plate.
The motor drive mechanism that is provided with on the described inner bottom plating is made up of electromagnet, clamp, electromagnet is fixedly installed on the inner bottom plating, clamp is hinged on the inner bottom plating, and slide bar one end of an end of clamp and electromagnet is hinged, and the groove on the corresponding energy-storing flywheel of clamp is provided with a dop.
Described inner bottom plating is provided with tapered end dial and unlock plate, corresponding the stirring of boss that is provided with on the projection of tapered end dial and the unlock plate lower end, and the boss that is provided with on the upper end of unlock plate is corresponding with an end of clamp left.
Be fixed with an assembling box on the described indoor door skin, be provided with intelligent controller and battery case in the assembling box.
The handle hamper is provided with unblank button and lock knob of inward turning in described, and corresponding tooth plate is provided with a groove on the interior handle hamper.
The utility model is compared with existing technology, can be when closing door leaf, secondary lock pin that buckles on main lock pin and the world machine leader and the conduit that is fixed on the main lock pin can insert doorframe fully automatically, lock pin can all reclaim and door leaf can automatically spring open certain angle automatically when opening the door, the characteristics that electric opening mechanism strength is little, fully reached multi-faceted lock, unblank and theftproof performance good, easy to operate, favourablely realized the use that matches of all intelligent controllers such as automatically controlled magnetic card, Remote, fingerprint, TM card.
Below in conjunction with drawings and Examples the utility model is described further:
Description of drawings: Fig. 1 is that the utility model embodiment one energy-storing flywheel transmission mechanism and motor drive mechanism are arranged on the schematic diagram on the inner bottom plating
Fig. 2 is the three-dimensional exploded view of the utility model embodiment one energy-storing flywheel transmission mechanism
Fig. 3 is the three-dimensional combination figure of the utility model embodiment one energy-storing flywheel transmission mechanism
Fig. 4 is the three-dimensional combination figure of the utility model embodiment one energy-storing flywheel transmission mechanism and tooth plate
Fig. 5 is that the utility model embodiment one removes the lockset mechanical transmission mechanism schematic diagram that is provided with world machine leader behind the cover plate
Fig. 6 is the lockset mechanical transmission mechanism schematic diagram after the utility model embodiment one removes cover plate
Fig. 7 is that the utility model embodiment one removes the schematic diagram that the accumulation of energy of the lockset mechanical transmission mechanism behind the cover plate will lock out
Fig. 8 is that the utility model embodiment one removes the schematic diagram that the lockset mechanical transmission mechanism behind the cover plate lock out
Fig. 9 is the rear elevation of the utility model embodiment one lockset
Figure 10 is the rear elevation of the utility model embodiment one rotating disk
To be the utility model embodiment one energy-storing flywheel transmission mechanism wear the lateral view that is connected by rectangular axle with rotating disk in the lockset to Figure 11
Figure 12 is the utility model embodiment one Fig. 1 and lockset mechanical transmission mechanism constitutional diagram
Figure 13 is energy-storing flywheel mechanism and the schematic diagram of motor drive mechanism combine and assemble on door leaf that is provided with on the utility model embodiment one drive link and the inner bottom plating
Figure 14 is the schematic diagram that the energy-storing flywheel mechanism that is provided with on the utility model embodiment one drive link and the inner bottom plating and motor drive mechanism combine and assemble lock out on door leaf
Figure 15 is the schematic perspective view of handle hamper in the utility model
Figure 16 is that the utility model embodiment two energy-storing flywheel transmission mechanisms and motor drive mechanism are arranged on the schematic diagram on the inner bottom plating
Figure 17 is the three-dimensional exploded view of the utility model embodiment two energy-storing flywheel transmission mechanisms
Figure 18 is the three-dimensional combination figure of the utility model embodiment two energy-storing flywheel transmission mechanisms
Figure 19 is the three-dimensional combination figure of the utility model embodiment one energy-storing flywheel transmission mechanism and tooth plate
Figure 20 is energy-storing flywheel mechanism and the schematic diagram of motor drive mechanism combine and assemble on door leaf that is provided with on the utility model embodiment two drive links and the inner bottom plating
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The specific embodiment
Be set with a guide pipe (10) by supporting plate (16) when embodiment one uses such as on Figure 13 indoor door leaf shown in Figure 14 (55) panel, be provided with a drive link (11) in the guide pipe (10), drive link (11) is provided with return spring (15), one end of drive link (11) be provided with adjust groove (14) and with adjust screw rod (13) socket, adjustment screw rod (13) stretches out door leaf (55) and withstands on the doorframe (56) that is provided with hinge side, the other end of drive link (11) is fixed with a tooth plate (12), driver pinion (3) engaged transmission on tooth plate (12) and the energy-storing flywheel transmission mechanism, comprise driver pinion (3) as the described a kind of energy-storing flywheel transmission mechanism of Fig. 1 Fig. 2 Fig. 3 Fig. 4, driven single direction ratchet (4), energy-storing flywheel (2), unidirectional ratchet (5), hamper (6) is formed, driven single direction ratchet (4) is provided with on same axle center and forms a driver pinion (3), driver pinion (3) stretches out the transmission that is meshing with each other of hamper (6) and tooth plate (12), the central axis that driven single direction ratchet (4) is provided with moulding wears with the centre bore of energy-storing flywheel (2) and is connected, energy-storing flywheel (2) face is provided with unidirectional ratchet (5) more than, it is hinged that unidirectional ratchet (5) one ends and energy-storing flywheel (2) are gone up fixing bearing pin (47), unidirectional ratchet (5) other end withstands on driven single direction ratchet (4) and nibbles in the groove, unidirectional ratchet (5) is provided with a reduction torsion spring (22), energy-storing flywheel (2) is gone up to be provided with and is formed a groove (43), one side setting as the corresponding lockset of Fig. 9 Figure 10 energy-storing flywheel shown in Figure 11 (2) is shaped to circular shaft tube (17), circular shaft tube (17) is gone up to be provided with and is formed the square hole (24) that wears with rectangular axle (23), also forms the jump ring groove (18) with jump ring (19) cutting ferrule on the circular shaft tube (17).
Include lock housing body (25) as Fig. 5 Fig. 6 Fig. 7 Fig. 8 Fig. 9 Figure 10 Figure 11 described lockset mechanical transmission mechanism shown in Figure 12, be arranged on the main lock pin (27) in the lock housing body (25), with the fixing main jam plate (26) of main lock pin (27), main jam plate (26) is provided with and fixing locating shaft (41) cover is set on chute (42) and the lock housing body (25) joins slip, be set with a conduit (32) on the main jam plate (26), be provided with in the conduit (32) moment locking mechanism its form by hitting tongue (33), hit tongue (33) and be provided with groove (43), rotating shaft fixing in the groove (43) is provided with a roller (37), and roller (37) stretches out the outer doorframe (56) that points to of lock housing body (25); An end that hits tongue bar (34) is fixed on and hits on the tongue (33), and the other end stretches out conduit (32) and is externally connected with the end that a push rod (36) points to shift fork piece (38), hits tongue bar (34) and is provided with one and hits tongue bar back-moving spring (35); Shift fork piece (38) is hinged on the main jam plate (26), the corresponding lock housing body of shift fork piece (38) (25) is gone up fixing locating shaft (41) and is provided with a groove (43), front end at groove (43) is shaped to the inclined-plane, and shift fork piece (38) is provided with shift fork block reset torsion spring (39); Main jam plate (26) go up to be provided be set with to lock housing body (25) outside, eject lock out torsion spring (29), an end that lock out torsion spring (29) withstands on the main jam plate (26), the other end that lock out torsion spring (29) and rotating disk (30) are gone up the bearing pin of fixing (47) and are overlapped to join and be connected; Be provided with in the lock housing body (25) and be set with rotating disk (30), one end socket of the chute (42) of moulding is set in bearing pin (47) that rotating disk (30) is fixing and the push pedal (28), the other end of push pedal (42) and the hinged transmission of main jam plate (26), rotating disk (30) setting forms a circular shaft tube (17), circular shaft tube (17) on the rotating disk (30) passes lock housing body (25) and is stuck in the jump ring groove (18) that moulding is set on the circular shaft tube (17) with jump ring (19), circular shaft tube (17) on the rotating disk (30) is provided with the square hole (24) of moulding and an end of rectangular axle (23) wears, the other end of rectangular axle (23) is set on the last circular shaft tube (17) of energy-storing flywheel (2) and is provided with in the square hole (24) of moulding, the end that rotating disk (30) is gone up the fixing bearing pin (47) and the accumulation of energy extension spring (40) that resets interlocks, the other end of accumulation of energy extension spring (40) of resetting is connected on the supporting plate (16) on the lock housing body (25) by the roller (37) that is provided with in the lock housing body (25), rotating disk (30) is gone up to be provided with and is formed a projection (46), and projection (46) can be stirred the T shape fork plate (31) that is arranged in the lock housing body (25); Also be provided with world machine leader (54) and the indoor mechanism of locking in the described lock housing body (25) with the hinged slip of main jam plate (26).
Described as shown in Figure 1 inner bottom plating (1) is gone up the motor drive mechanism that is provided with and is made up of electromagnet (7), clamp (8), electromagnet (7) is fixedly installed on the inner bottom plating (1), clamp (8) is hinged on the inner bottom plating (1), slide bar one end of the right-hand member of clamp (8) and electromagnet (7) is hinged, groove (43) on the corresponding energy-storing flywheel of clamp (8) (2) is provided with a dop (9), and electromagnet (7) is moved downward by power supply control generation magnetic force adhesive slide bar pulling clamp (8) and dop (9) just breaks away from the control to energy-storing flywheel (2); Described inner bottom plating (1) is provided with tapered end dial (20) and unlock plate (21), corresponding the stirring of boss (45) that is provided with on the projection (46) of tapered end dial (20) and unlock plate (21) lower end, the boss (45) that is provided with on the upper end of unlock plate (21) is corresponding with an end of clamp (8) left, stir tapered end dial (20) turn at the external application key and promote unlock plate (21) left end that promotes clamp (8) again that moves upward and move upward, the right-hand member of clamp (8) just moves downward and dop (9) just breaks away from control to energy-storing flywheel (2); The unblank tapered end dial (20) of button (49) control connection of inward turning in being arranged on hand-screw is moving in doors as shown in figure 15 on the handle hamper (48) is stirred the left end that unlock plate (21) promotes clamp (8) again and is moved upward, and the right-hand member of clamp (8) just moves downward and dop (9) just breaks away from control to energy-storing flywheel (2).
At closing time, as Figure 13 Figure 14 door leaf (55) around hinge through, the adjustment screw rod (13) that promotion withstands on the doorframe (56) drives drive link (11), drive link (11) inwardly slides along guide pipe (10) and pushes return spring (15) promotion tooth plate (12), promote driver pinion (3) turn clockwise of engagement again by tooth plate (12), driver pinion (3) drives driven single direction ratchet (4) turn clockwise that moulding is set, because energy-storing flywheel (2) face is provided with unidirectional ratchet (5) more than, it is hinged that unidirectional ratchet (5) one ends and energy-storing flywheel (2) are gone up fixing bearing pin (47), unidirectional ratchet (5) other end withstands on driven single direction ratchet (4) and nibbles in the groove, unidirectional ratchet (5) is provided with a reduction torsion spring (22), so the turn power of driven single direction ratchet (4) just is delivered on the unidirectional ratchet (5), unidirectional ratchet (5) transmission energy-storing flywheel (2) is also done clockwise rotation, energy-storing flywheel (2) is with regard to the turn of the rectangular axle (23) of turn connection, from figure 5,6,7, it is the motion of doing that is rotated counterclockwise that the rectangular as can be seen axles of 8 directions (23) drive the rotating disk (30) that is arranged in the lock housing body (25) again, because the fixing bearing pin (47) of rotating disk (30) is sleeved on the right-hand member that the chute (42) that is provided with is gone up in push pedal (28), the fixing bearing pin (47) of rotating disk (30) just moves to the left end of chute (42) from the right-hand member of push pedal (28) upper hopper chute (42) to the side of locking out, and the fixing bearing pin (47) of rotating disk (30) also pushes the strength that torsion spring (29) generation outwards lock out that lock out that main jam plate (26) is gone up setting simultaneously; Again because fixing locating shaft (41) cutting ferrule in groove (43) and the lock housing body (25) on the hinged shift fork piece (38) is set on the main jam plate (26), thus main jam plate (26) go up fixing main lock pin (27) can't be outside lock housing body (25) moment lock out; The accumulation of energy extension spring (40) that resets that is provided with in the lock housing body (25) also is stretched as to unblank to reclaim automatically by the fixing bearing pin (47) of rotating disk (30) simultaneously holds that energy is ready fully, the fixing bearing pin (47) of rotating disk (30) must be spent greater than 180 from the angle that right-hand starting point moves to the left terminal point, the accumulation of energy extension spring (40) that resets so just can reach finishes the purpose of unblanking, and at this moment the energy-storing flywheel on the inner bottom plating (2) is gone up the groove (43) that is provided with and also moved to dop (9) cutting ferrule that the lower end is provided with by corresponding clamp (8) simultaneously from the upper end; When door leaf (55) is about to close, the roller (37) that hits tongue (33) head touches the compression of doorframe (56) back and hits tongue bar (34) and inwardly slide behind certain stroke, hit push rod (36) on the tongue bar (34) promotes the locating shaft (41) that shift fork piece (38) fixes in axle motion and the active force that overcomes reduction torsion spring (22) make shift fork piece (38) go up to be provided with groove (43) moment breaks away from lock housing body (25) cutting ferrule, master's jam plate (26) was locking out under torsion spring (29) active force when main lock pin (27) was aimed at pin-and-hole on the doorframe (56), moment stretches out lock housing body (25) extrapolation and goes in the pin-and-hole of doorframe (56) together for main lock pin (27) and conduit (32), the chute (42) that push pedal (28) upward is provided with also moves to right-hand member along the upward fixing bearing pin (47) of rotating disk (30) from left end and gets ready for unblanking, T shape fork plate this moment (31) has withstood on main jam plate (26) in its end under the weight of self and has gone up on the step (44) that is provided with, and main lock pin (27) can not be withdrawn.
When unblanking, intelligent controller (51) when sending power on signal electromagnet (7) energising produce magnetic field adhesive slide bar and move downward, driving clamp (8) also moves downward, clamp (8) is gone up the dop (9) that is provided with, and also moment is separated from the groove (43) that energy-storing flywheel (2) is gone up setting, energy-storing flywheel (2) is just not restrained can be free along clockwise rotation, from figure 5,6,7,8 directions as can be seen at this moment the rotating disk (30) in the lock housing body (25) under the tension of accumulation of energy extension spring (40) that resets, do and be rotated counterclockwise motion, the projection (46) that moulding is set on the rotating disk (30) is stirred the T shape fork plate (31) that is provided with in the lock housing body (25) earlier and is moved upward, make the end of T shape fork plate (31) be separated from the constraint of main jam plate (25) being gone up the step (44) that is provided with, rotating disk (30) is gone up push pedal (28) that fixing bearing pin (47) the spurs suit again recovery of moving in lock housing body (25) then, main jam plate (26) motion that push pedal (28) pulling is hinged and main lock pin (27) withdrawal lock housing body, main simultaneously jam plate (26) is gone up hinged shift fork piece (38) its beveled end when reclaiming and is extruded, shift fork piece (38) is gone up when the groove (43) that is provided with aligns with locating shaft (41) and is fastened in again under the active force of reduction torsion spring (22), has both finished unlocking action.Drive link (11) this moment promotion door leaf (55) under the active force of return spring (15) flicks certain angle, drive link (11) is gone up driver pinion (3) and driven single direction ratchet (4) the turning anticlockwise motion together that fixing tooth plate (12) drives engagement, has both finished whole working cycles.
Be set with a guide pipe (10) by supporting plate (16) on the indoor as shown in figure 20 door leaf of embodiment two (55) panel, be provided with a drive link (11) in the guide pipe (10), drive link (11) is provided with return spring (15), one end of drive link (11) be provided with adjust groove (14) and with adjust screw rod (13) socket, adjustment screw rod (13) stretches out door leaf (55) and withstands on the doorframe (56) that is provided with hinge side, the other end of drive link (11) is fixed with a tooth plate (12), driver pinion (3) engaged transmission on tooth plate (12) and the energy-storing flywheel transmission mechanism, comprise driver pinion (3) as Figure 16 Figure 17 Figure 18 described another kind of energy-storing flywheel transmission mechanism shown in Figure 19, driven gear wheel (57), energy-storing flywheel (2), sour jujube plate (58), adjust cam (59), hamper (6) is formed, driven gear wheel (57) is provided with on same axle center and forms a driver pinion (3) when removing hamper (6), driver pinion (3) stretches out the transmission that is meshing with each other of hamper (6) and tooth plate (8), driven gear wheel (57) is provided with the central axis of moulding and the centre bore of energy-storing flywheel (2) moulding wears, the setting of going up of energy-storing flywheel (2) is set with two sour jujube plates (58), it is hinged that one end of sour jujube plate (58) and energy-storing flywheel (2) are gone up fixing bearing pin (47), the other end of sour jujube plate (58) withstands on nibbling in the groove of driven gear wheel (57), sour jujube plate (58) is provided with reduction torsion spring (22), be set with one on the energy-storing flywheel (2) and adjust cam (59), adjust cam (59) and be arranged between two sour jujube plates (58), adjust cam (59) setting and form an adjustment mouthful (60); If drive link (11) is when driving to the right, just stir and adjust the sour jujube plate (58) that cam (59) pushes left left and leave nibbling in the groove of driven gear wheel (57) with hand, if instead drive link (11) is when driving left, just stir and adjust cam (59) and push right-hand sour jujube plate (58) to the right and leave nibbling in the groove of driven gear wheel (57) with hand, energy-storing flywheel (2) is gone up to be provided with and is formed a groove (43), the one side setting of the corresponding lock housing body of energy-storing flywheel (2) (25) is shaped to circular shaft tube (17) as shown in figure 11, circular shaft tube (17) is gone up to be provided with and is formed the square hole (24) that wears with rectangular axle (23), also forms the jump ring groove (18) with jump ring (19) cutting ferrule on the circular shaft tube (17); The energy-storing flywheel transmission mechanism of present embodiment two and Fig. 5 Fig. 6 Fig. 7 Fig. 8 are combined into the full automatic and energy storage electric control lock, and its specific implementation process and embodiment are once being the same not narrating here.
Obviously; the foregoing description of the present utility model only is to make an explanation for example to of the present utility model; be not qualification, make other changes in different forms on the basis of the above description, all belong among the protection domain of the present utility model embodiment of the present utility model.
Claims (6)
1. full automatic and energy storage electric control lock of the present utility model: it is characterized in that described inner bottom plating (1) is provided with energy-storing flywheel transmission mechanism and motor drive mechanism, inner bottom plating (1) is fixed by bolts on indoor door leaf (55) panel, be set with a guide pipe (10) by supporting plate (16) on indoor door leaf (55) panel, be provided with a drive link (11) in the guide pipe (10), drive link (11) is provided with return spring (15), one end of drive link (11) be provided with adjust groove (14) and with adjust screw rod (13) socket, adjustment screw rod (13) stretches out door leaf (55) and withstands on the doorframe (56) that is provided with hinge side, the other end of drive link (11) is fixed with a tooth plate (12), driver pinion (3) engaged transmission on tooth plate (12) and the energy-storing flywheel transmission mechanism; Described energy-storing flywheel transmission mechanism is made of two kinds of different structures: a kind of energy-storing flywheel transmission mechanism comprises driver pinion (3), driven single direction ratchet (4), energy-storing flywheel (2), unidirectional ratchet (5), hamper (6) is formed, driven single direction ratchet (4) is provided with on same axle center and forms a driver pinion (3), driver pinion (3) stretches out the transmission that is meshing with each other of hamper (6) and tooth plate (12), driven single direction ratchet (4) is provided with the central axis of moulding and the centre bore of energy-storing flywheel (2) wears, energy-storing flywheel (2) face is provided with unidirectional ratchet (5) more than, it is hinged that unidirectional ratchet (5) one ends and energy-storing flywheel (2) are gone up fixing bearing pin (47), unidirectional ratchet (5) other end withstands on driven single direction ratchet (4) and nibbles in the groove, and unidirectional ratchet (5) is provided with a reduction torsion spring (22); Described another kind of energy-storing flywheel transmission mechanism comprises driver pinion (3), driven gear wheel (57), energy-storing flywheel (2), sour jujube plate (58), adjust cam (59), hamper (6) is formed, driven gear wheel (57) is provided with on same axle center and forms a driver pinion (3), driver pinion (3) stretches out the transmission that is meshing with each other of hamper (6) and tooth plate (12), driven gear wheel (57) is provided with the central axis of moulding and the centre bore of energy-storing flywheel (2) moulding wears, the setting of going up of energy-storing flywheel (2) is set with two sour jujube plates (58), it is hinged that one end of sour jujube plate (58) and energy-storing flywheel (2) are gone up fixing bearing pin (47), the other end of sour jujube plate (58) withstands on nibbling in the groove of driven gear wheel (57), sour jujube plate (58) is provided with reduction torsion spring (22), be set with one on the energy-storing flywheel (2) and adjust cam (59), adjust cam (59) and be arranged between two sour jujube plates (58), adjust cam (59) setting and form an adjustment mouthful (60); The one side setting of the corresponding lockset of described energy-storing flywheel (2) is shaped to circular shaft tube (17), circular shaft tube (17) is gone up to be provided with and is formed the square hole (24) that wears with rectangular axle (23), also form the jump ring groove (18) with jump ring (19) cutting ferrule on the circular shaft tube (17), energy-storing flywheel (2) is gone up to be provided with and is formed a groove (43).
2. full automatic and energy storage electric control lock according to claim 1, described lockset mechanical transmission mechanism includes lock housing body (25), be arranged on the main lock pin (27) in the lock housing body (25), with the fixing main jam plate (26) of main lock pin (27), main jam plate (26) is provided with and fixing bearing pin (47) cover is set on chute (42) and the lock housing body (25) joins slip, be set with a conduit (32) on the main jam plate (26), be provided with in the conduit (32) moment locking mechanism its form by hitting tongue (33), hit tongue (33) and be provided with groove (43), rotating shaft fixing in the groove (43) is provided with a roller (37), roller (37) stretches out the outer doorframe (56) that points to of lock housing body (25), an end that hits tongue bar (34) is fixed on and hits tongue (33) and go up the other end and stretch out conduit (32) and be externally connected with the end that a push rod (36) points to shift fork piece (38), hitting tongue bar (34) is provided with one and hits tongue bar back-moving spring (35), shift fork piece (38) is hinged on the main jam plate (26), the corresponding lock housing body of shift fork piece (38) (25) is gone up fixing locating shaft (41) and is provided with a groove (43), and shift fork piece (38) is provided with shift fork block reset torsion spring (39); Main jam plate (26) go up to be provided be set with outside lock housing body (25), stretch out lock out torsion spring (29), an end that lock out torsion spring (29) withstands on the main jam plate (26), the other end that lock out torsion spring (29) overlaps to join with the last fixing bearing pin (47) of rotating disk (30) and is connected, be provided with in the lock housing body (25) and be set with rotating disk (30), chute (42) socket of moulding is set in bearing pin (47) that rotating disk (30) is fixing and the push pedal (28), the other end of push pedal (28) and the hinged transmission of main jam plate (26), rotating disk (30) setting forms a circular shaft tube (17), circular shaft tube (17) on the rotating disk (30) passes lock housing body (25) and is stuck in the jump ring groove (18) that moulding is set on the circular shaft tube (17) with jump ring (19), circular shaft tube (17) on the rotating disk (30) is provided with the square hole (24) of moulding and an end of rectangular axle (23) wears, the other end of rectangular axle (23) is set on the last circular shaft tube (17) of energy-storing flywheel (2) and is provided with in the square hole (24) of moulding, the end that rotating disk (30) is gone up the fixing bearing pin (47) and the accumulation of energy extension spring (40) that resets interlocks, the roller (37) that the other end of accumulation of energy extension spring (40) of resetting go up to be provided with by lock housing body (25) is connected lock housing body (25) and goes up on the fixing supporting plate (16), rotating disk (30) is gone up setting or type has a projection (46), projection (46) can be stirred the T shape fork plate (31) that is arranged on the lock housing body (25), also be provided with in the described lock housing body (25) indoor lock mechanism and with the world machine leader (54) of the hinged slip of main jam plate (26).
3. full automatic and energy storage electric control lock according to claim 1, described inner bottom plating (1) is gone up the motor drive mechanism that is provided with and is made up of electromagnet (7), clamp (8), electromagnet (7) is fixedly installed on the inner bottom plating (1), clamp (8) is hinged on the inner bottom plating (1), slide bar one end of one end of clamp (8) and electromagnet (7) is hinged, and the groove (43) on the corresponding energy-storing flywheel of clamp (8) (2) is provided with a dop (9).
4. full automatic and energy storage electric control lock according to claim 1, described inner bottom plating (1) is provided with tapered end dial (20) and unlock plate (21), corresponding the stirring of boss (45) that is provided with on the projection (46) of tapered end dial (20) and unlock plate (21) lower end, the boss (45) that is provided with on the upper end of unlock plate (21) is corresponding with an end of clamp (8) left.
5. full automatic and energy storage electric control lock according to claim 1 is fixed with an assembling box (53) on described indoor door leaf (55) panel, be provided with intelligent controller (51) and battery case (52) in the assembling box (53).
6. full automatic and energy storage electric control lock according to claim 1, described in handle hamper (48) be provided with unblank button (49) and lock knob (50) of inward turning, corresponding tooth plate (12) is provided with a groove (43) on the interior handle hamper (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201272135U CN201460488U (en) | 2009-05-04 | 2009-05-04 | Automatic energy storage electric control lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201272135U CN201460488U (en) | 2009-05-04 | 2009-05-04 | Automatic energy storage electric control lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201460488U true CN201460488U (en) | 2010-05-12 |
Family
ID=42387842
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201272135U Expired - Fee Related CN201460488U (en) | 2009-05-04 | 2009-05-04 | Automatic energy storage electric control lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201460488U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103741998A (en) * | 2013-09-30 | 2014-04-23 | 创斯达（南通）机电有限公司 | Electronic lock |
| CN104314779A (en) * | 2014-10-20 | 2015-01-28 | 宁波经济技术开发区方鑫自动化科技有限公司 | Internal power supply mechanism of electronic lock and use method of internal power supply mechanism |
| CN108316784A (en) * | 2018-01-03 | 2018-07-24 | 徐亚杰 | A kind of organ's door latch structure |
| CN109930915A (en) * | 2019-04-12 | 2019-06-25 | 江苏莱俐智能科技有限公司 | A kind of intelligent anti-theft mechanical lock |
| CN110911983A (en) * | 2019-12-16 | 2020-03-24 | 寿璧鹤 | Switch cabinet suitable for internal management personnel to use |
| CN111084510A (en) * | 2019-12-01 | 2020-05-01 | 特固(江苏)塑料制品有限公司 | Plastic cabinet with self-locking function |
| CN111677378A (en) * | 2020-06-22 | 2020-09-18 | 杭州恒谷传媒科技有限公司 | Sharing bicycle tool to lock lubricating arrangement based on internet of things |
| CN112360270A (en) * | 2020-08-21 | 2021-02-12 | 陈子飞 | Power-storage adjustable automatic window closing device |
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2009
- 2009-05-04 CN CN2009201272135U patent/CN201460488U/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103741998A (en) * | 2013-09-30 | 2014-04-23 | 创斯达（南通）机电有限公司 | Electronic lock |
| CN104314779A (en) * | 2014-10-20 | 2015-01-28 | 宁波经济技术开发区方鑫自动化科技有限公司 | Internal power supply mechanism of electronic lock and use method of internal power supply mechanism |
| CN108316784A (en) * | 2018-01-03 | 2018-07-24 | 徐亚杰 | A kind of organ's door latch structure |
| CN109930915A (en) * | 2019-04-12 | 2019-06-25 | 江苏莱俐智能科技有限公司 | A kind of intelligent anti-theft mechanical lock |
| CN111084510A (en) * | 2019-12-01 | 2020-05-01 | 特固(江苏)塑料制品有限公司 | Plastic cabinet with self-locking function |
| CN110911983A (en) * | 2019-12-16 | 2020-03-24 | 寿璧鹤 | Switch cabinet suitable for internal management personnel to use |
| CN110911983B (en) * | 2019-12-16 | 2020-12-15 | 诸暨市澳速机械设计工作室 | Switch cabinet suitable for internal management personnel to use |
| CN111677378A (en) * | 2020-06-22 | 2020-09-18 | 杭州恒谷传媒科技有限公司 | Sharing bicycle tool to lock lubricating arrangement based on internet of things |
| CN111677378B (en) * | 2020-06-22 | 2021-12-14 | 商河县产业投资开发集团有限公司 | Sharing bicycle tool to lock lubricating arrangement based on internet of things |
| CN112360270A (en) * | 2020-08-21 | 2021-02-12 | 陈子飞 | Power-storage adjustable automatic window closing device |
| CN112360270B (en) * | 2020-08-21 | 2022-05-24 | 陈子飞 | Power-storage adjustable automatic window closer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100512 Termination date: 20130504 |