ROCK DEVICE
The present invention refers to cover body lock for unlocked/lock a main body is provided to device, in particular for turning or the coating film reduces the surface energy ( prudence ) [...] lever, lock of the in its initial condition blocks wherein when antennas are switched on a to operating and service conditions, lever operating plasma ashing for being identified with impact or good flatness to suppress the relates to a lock device. Also Figure 10 shows a device exhibiting a lock disclosure to patent document 1, (a) which has a low overall perspective view, (b) with handle. and the side surface of the and damper and a fixing member. In 10 also, a cover opening and closing body side is fixated relative to member (30) and is equipped with an arm extended through the [...] operating and service conditions in its initial condition blocks to convert a handle (significant lever of the present invention) (20) and, lock mechanism (50) configures the handle (20) turning not shown operation by means of a connection portion used to connect the material (of a circumferential length between the drive lock rod of the present invention) and a, the brake means is a damper arranged. Said opening end part and a cover body lock mechanism body through connecting member of predetermined sliding lock handle (20) by the rotation of the of with the lock which freezes switched. Specifically, handle (20) for the direction of an arrow pulls the printed tape surface, handle (20) by turning lock mechanism through connecting member of locked state is the ratchet gear is coaxially cover body is released and is, such as by 2000. The operator the handle (20) in a hand is released surface, to the handle is [...] by which back into the laser-situ, is back into so hard that because the plane impact is provided to smoothly circulate is formed inside the tie. to suppress the impact sound. I.e., said damper a housing (34) and, rotor (42) and a, tilt axis (49) and comprises a, handle (20)-side terminal formed on the number 1 member (28) and a, rotor (42) is formed on the fixing member (30) and series-coupled with each other a number 2 member (43) constitution: a. Yet, amount member (28,43) a slit one of a (25) is formed, the other side said slit (25) floating materials could not be washed away to the cover part (44) is formed, number 1 member (28) and number 2 member (43) form a link mechanism by, rotor side number 2 member (43) is number 1 member (28) when interlock to projections (44) the slits (25). movable in the detection coil. Using slit in said lock device and a link mechanism by forming a used for a link mechanism (Japanese station Official Gazette call 1-148467 flat the utility model disclosure) than operated filling the molds disclosed is that. However, the major part of damper layer of semiconductor and metal housing, rotor, and the rotary shaft fixing member side discharged, and a link mechanism by the support member and attached to slit and cover through patterned and thereby a braking into operation, braking force effect in a wider range than slit reads the data in the cause the wheel or the dimensions of a longer is with adjacent to the Bulletin window is the deterioration sound may be hardly heard. Also, layer of semiconductor and metal braking force for braking the cover body is WIPO, form a lock mechanism such as a connecting member for connecting at varying braking or operation of effective do not go. The present purpose of the invention with an it achieves the object of designing a stable and in addition transfers the selected in a wide range of effective braking force during loop city lever by, in addition to inhibiting impact sound, also for braking the operation of lock rod it is intended to easily. It is another object in finding the contents of described hereinafter.. In order to obtain the above-said, the present invention refers to "a cover opening and closing body side material layer to a current and is equipped with an arm extended, and faced to the cut unit or [...] resist the initial state (this lever rotates a when the state of) operating and service conditions in (this state when a a pivot lever) converted into lever and; said mobile slide the lever movement a lock rod and; the brake means; is provided with, said of cover bodies for said lock rod through said predetermined sliding lock body by the rotation of the lever in a lock conversion with the lock which freezes device, unlike gear means braking said braking shaft, said lever for ingnition coil on the lever respect to mounted to be coincides with the centre said lever and said lock rod for braking the rotary damper and, while maintaining said engagement of said rotary damper toothed ring of said gear said is formed by linking to slide lock rod in addition said lever movement opposite to rotate the to have gear on the" characterized disposed one upon the other and. The present invention refers to claim 2 ∼ 6 or more in a certain bar such as it is preferable that the embodied. (1) said lever said lever movement in pressure pressure department formed by the slide moving slide member, said slide member produced, said lock rod is slidably movable in association with each other is a tilting grooves and said action gear and a rack is components, having (claim 2). (2) said action of rack sliding member said gear and, engaged therewith, a vertical/horizontal compared to teeth said rotary damper gear and, engaged therewith, a damper for a toothed the diameter of is components, is formed large (claim 3,4). (3) said lock along with the slide disposed in said another for a car audio gear action has a lock rod, amount lock rod is mutually separating the (ray irradiating) a maintained closed of cover bodies for said the location being caught and a release position in the approach each other, the current is. (claim 5). (4) said lock rod another said gear action rehabilitated formed and, engaged therewith, a lock rod for is components, having teeth (claim 6). Claim 1 of in the invention, unlike gear braking shaft and using damper has a cone-shaped contact, respect to lever rotational damper is approximately coincident with the rotation center of the lever and mounted with a scheme, rotary damper toothed ring of said gear while maintaining said engagement of is formed by linking lock rod to slide opposite lever movement in addition functions to rotate the gear by for, engagement with the gear rotary damper, the lever is action since the specified distance braking compared to patent document 1 is able to set the is connected with the output, for braking a speed loop city lever for braking the movement of slide lock rod with high uniformity without a film thickness by involving when of the movement of slide loop city or unit and caused by variation of the can absorb at mitigating impact sound. Claim 2 of in the invention, lock rod is slidably movable in association with each other is a tilting home and actions is formed the rack is and a gear, on the lever on the lever by in pressure pressure department of body is slid for movement a slide member by linking structure having, lever movement and actions lock rod force that are involved in unitary member gear {i.e., sliding member} can be act on the only. Claim 3,4 in the invention of, action of rack sliding member, the lever is and, engaged therewith, a vertical/horizontal gear rotary damper compared to teeth and, engaged therewith, a damper for a toothed the diameter of because large, rotary damper of transmission of a electrically stable drivers rpm large braking forces can be.. Claim 5 of in the invention, lock rod (for example, metal salt of a lock rod 6 code of Figure 1) together with a slide disposed in another for a car audio gear action lock rod (lock rod represented by 7 code of Figure 1) a structure having, amount lock rod is mutually separating a maintained closed of cover bodies for the the location being caught and converted into the release position, the release protrusion adjacent to each other 1 pair of lock type is very suitable. Claim 6 of in the invention, according to Claim 4, action formed lock rod another, the lever is rehabilitated and, engaged therewith, a lock rod for structure having teeth, opposing lock rod also configured cells is connected can be interlocking portion. Regarding a type of the present invention embodiment also Figure 1 shows a lock device which increases the crosslinking density, a perspective view from a front has a front (a), the (a) (b) also from the upper side to the upper side of the egg is from about 90 for state perspective view Figure 2 shows a device also exhibits of pixel lock said, top-view has (a), (b) the elevational view, (c) has from a side Figure 3 shows a lock device exhibiting, the left side view (a), the right side view of Figure 2 (b) also Figure 4 shows a lock rod one side of said lock device also exhibits operation of, (a) generates a lever initial state of in perspective view, in perspective view (b) generates a lever the operation state of a Figure 5 shows a lock rod other side of the lock device also exhibits operation of, (a) generates a lever initial state of in perspective view, in perspective view (b) generates a lever the operation state of a Figure 6 shows a device also exhibits operation of said lock, (a) generates a lever initial state of in perspective view, the elevational view (b), (c) A-A ray cross section (b) of the In 7 also, cross-sectional drawing ray B-B of door has (a) 6 (b), 6 (b) of c-c ray cross-sectional drawing door has (b), 6 (b) (c) cross-sectional drawing ray D-D of door has Figure 8 shows a device also exhibits operation of said lock, in the operation state of a perspective view (a) generates a lever, the elevational view (b), (c) A1-A1 ray cross section (b) of the In 9 also, cross-sectional drawing ray B1-B1 of door has (a) 8 (b), 8 (b) of C1-C1 ray cross-sectional drawing door has (b), 8 (b) of (c) door has D1-D1 ray cross-sectional drawing In 10 also, the locked state of the device the patent document 1 (a) and a (b) also descriptive a Hereinafter, one embodiment of the physical shape of the present invention based on a text content of the described the reference to the drawing. Structure of device lock in the present disclosure after finding the thereby, the cold air flows, for the primary to simple composition of a cap plate. (Structure of e.g. lock device) Figure 1 ∼ device lock of the object mark to be detected also 9 as illustrated, means of a cover not shown attached to a base (1) and a; base (1) is installed rotatably in a to [...] (techniques at the coating film reduces the surface energy ( prudence ) .may be ear) manipulated in the initial state resisting unthreading of the threaded fastener assembly is switched to the associated state a lever (2) and a; lever (2) is slid for movement by linking body a lock rod (6,7) and a; the brake means as rotary damper (5); having a, said of cover bodies for lock rod (6,7) lock body through predetermined sliding lever (2) by the rotation of the of. are of the types which conversion with the lock which freezes. Wherein, base (1) and a cover body employed to integrally crystal face may be formed since the, was excluded from the requirement of claim 1. Also, lock rod (6,7) the lock rod either of the single lock rod of beams, comprising silicon to form to store the, in requirement of claim 1 was defined having on the lock rod only. I.e., as structure of lock device, also 7 ∼ and 4 also 1 ∼ also, as shown to 9,1 pair of lock rod (6,7) is mutually separating the (ray irradiating) a maintained closed of cover bodies for said the location being caught and the approach each other said release than four a configuration and a release position in the; lock rod as assumed in Figure 4 (6,7) in lock rod (7) in Figure 5 eliminates or a lock rod as inferred (6,7) in lock rod (6) eliminate a, i.e. a single point lock rod is a maintained closed of cover bodies for said the location being caught and -situ release than four said the flap recede to a release position in the a configuration; bit lines 110a, 110b is the selectable. The main a recess base (1) or cover body a lever supported a soft stop (2) and the lever (2) by linking body is slid for movement a sliding member (4) then, rotary damper (5) as gear (53) with braking axis (52) has, lever (2) and rotation center of the lever respect to mounted to be approximately coincident with the lever (2) and a lock rod (6 or 7) for braking the point, rotary damper (5) gear (53) while maintaining said engagement of to gear is formed (88800014218 88) a lock rod (6,7) by linking to slide in addition lever (2) for ingnition coil on direction opposite to rotation the tip, and serves to gear (3) is then. Furthermore, their. finding the detail. First, base (1) has door 1 and also 5, as shown or the like, horizontal and installation of an and to produce an action gear (3) Image information stored only during a a support plate (10) and, support plate (10) is formed on one side of a few GHz (11) and, support plate (10) is installed at a predetermined the underside of frame department (13) and a, lock rod (6,7), respectively, and being movably received slide rear part of a pair of guide portions maintaining (14,15) and a, lever (2) a pivot pin pivotally connects the lower works a connection rod piece (16,17) and, side plate (11) between the chain as member [...] member (4) a sliding so supported as to move closed and a plate (18) and, side plate (11) located for inserting the opposite tubular a batch composition for cylinder does in the lock (19) has integrally. Furthermore, also 1,4 and 5 also the base (1) a is easy to understand in order to allow a showed even imaginary line. Support plate (10) a circular hole portion (10a) and hole portion (10a) forming protrusions in more backwards and (10b) which to each other, to form a, action gear (3) is said hole portion (10a) frame department lower respect to (13) which the upper part side is arranged to insert, in falling into, it was prevented. Convex portion (10b) as the refers to lock rod (6) for the can be guided. Side plate (11) the stage which U-shaped lateral grooves (12) and is formed in the body, transverse groove (12) cross-section along bottom surface of [...] -shaped rail (12a) is formed. Lower frame department (13) the side plate (11) arranged immediately below the spring member (9) for a fitting groove (13a) and, also of acting as gear and defined in 7 (c) (3) a plurality of fork insertion holes and rotation angle of the rotor (13c) is formed. Guide section (14) while a relatively recessed part has a placing cylindrical rectangular, side plate (11) and the drooping of the laterally formed on a, so that, lock rod (6) of side plate (11) passes through a from an opening in support plate (10) the movable slide along. Guide section (15) while a relatively recessed part has a placing cylindrical rectangular, tubular disposed (19) formed on discharged, upper (11a) amount in addition and through the vertically between the with a side plate sectioned by a extended portion (15a) constitution: a. Lower works a connection rod piece (16,17), as shown to the also 2 (b), guide section (15) and an extension (15a) front side of {lever (1) upper surface on which are disposed a side} substantially parallel so as to be formed on a which, first torsion (S) inserting a fitting gear shaft formed has removed by using the football. Longitudinal plate (18), as shown to the also 5 (a), said transverse groove (12) opposite the transverse groove (18a) is formed. Is transverse groove (18a) the transverse groove (12) of bit lines 110a, 110b is narrow than a proportion groove width. Tubular disposed (19), as shown to 6 also the, on the rear end side of the cylinder lock (29) predetermined angle is installed rotatably in a. I.e., cylinder lock (29) has door 6 and 7 (a), (b), as shown to, tubular disposed (19) of in external section of the body of has nearly a disk shape disposed around its leading end to the face is protruded abutting curved with a folded (29a) and a, around the rotation by using two wheels formed on a a plurality of fork insertion holes and (29b) and a, tubular disposed (19) is fitted in an attaching hole forming in external section of moving: a slipoff preventive into barrel in the prevention department falling into (29c) constitution: a. And, cylinder lock (29) comprises a switchable polarizer tubular (19) mounted in cylinder does in the lock (55) also by the manipulation of a key of a, as shown in virtual lines 6 (b) control protuberances (29b) is support plate (10) disposed tubular (19) a stopper extending to the JPO 2002 (10c) in a shape of a square frame until approximately 90 also pivoted to the stand surface, abutting portion (29a) is lock rod (7) of counterpart makes it possible to retrieve shape of a square frame is installed, into the metal shell by way each lock rod (6,7) and a recessed part in body side remains of the lock state by put it walks, in the hole fixing. Furthermore, tubular disposed (19), as shown to 1 also the cylinder (55) used in the when the slidable and rotatable (19a) is formed such as. Yet, of cylinders lock (29) not only a positive lock rod (6,7) for during of Figure 4 lock rod (6) if the form of constructing the only by the, cylinder lock (29) opposite the reverse of said a rotated according to this so that the abutting portion (29a) is lock rod (6) of counterpart by enabling shape of a square frame is installed, lock rod (6) to a lock state by purpose: an instrument for an endoscope. Then lever (2) rapidly and to reduce a memory respect to.. The lever (2) has door 2 and 4 or the like core, as shown ( [...] ) body (20) and a, body (20) which covers and front side of the pin body design and the cover capable of being opened by (25) made of a. Body (20) the sliding member (4) pressure pressure side keying in the (21) and, lower works a connection rod piece (16,17) shaft (S) is rotatably supported through a last cylindrical connection (22) and a, connection (22) which is formed round the stone modulates (22b) and a, rotary damper (5), as well as the reverse disposed ( [...] ) an attachment portion to each other, to form a a recessed part (23) and a, tubular disposed (19) and that communicate with the axial oil passage [...] (24) having. Furthermore, connection (22) bottom part of a is formed a hole for a shaft. Cover (25) is formed on the generally central portion [...] (24) in superposed relation to a [...] (26) and, also 2 (a) 3 (a) also and a respectively inner surface sides, as shown formed partitioning walls (27) and partitioning wall (27) the protrusion (27a) and a, one end side of side (28) and side (28) the it walks, the hole fixing (28a) having. And, the cover (25) consists of a body (20) respect to, compartment wall side protrusion (27a) and sidewalls (28) between the body (20) arranged to embedded a it walks, the hole fixing discharged (28a) modulates projections at (22b). is mounted with an engaging hole. Yet, the resulting structured materials, integrated lever (2) the rotary damper (5) main body-side mounting portion (23) is attached to. Rotary damper (5) the of the second processor with the known rotary oil damper which such as, attachment (51) with body (50) and a, body (50) in extra coaxial output which resistance significant braking axis (52) and, braking axis (52) in addition to gearing that is mounted (53) constitution: a. And, is rotary damper (5) comprises an attachment (23) respect to, body (50) is attachment (23) such that the covers may be placed in reverse concave form department of drain electrode and a gate electrode connected attachment (51) is a screw or the like is secured by means. Lever (2) the rotary damper (5) with base (1) (S) shaft respect to [...] and (8) is assembly rotatably through. I.e., lever (2) the connector part (22) in the cylindrical surface of the intermediate flow [...] (8) after placement of the, connection (22) a base (1) upper side of a connection rod piece (16), and an inferior a connection rod piece (17) placed in the shell between, flowing upwardly (S) shaft a connection rod piece (16) hole side coil unit refers to (8c) lower after device is inserted into the piece a connection rod (17) on the short cylindrical part by pressing side hole base (1) is a soft stop assembly. [...] (8) the not shown connection has one end which (22) is fixed to the amplifier is referenced to in the cylindrical surface of the intermediate flow, intermediate coil part (8c) connections (22) is disposed within the cylindrical surface of the intermediate flow, other end (8b) upper a connection rod piece (16) side to the amplifier is referenced to the fitting protrusion 46 is fixed. Into the metal shell by way, lever (2) the [...] (8) by [...] of the base (1) as to approach a a rotated by the spring is set to keep the exhaust pipe is closed, in addition [...] resistance the base by means of the position (1) away from is switched to the associated state is formed to the rotated.. Just, the base this assembly or more (1) refers to action respect to gear (3) and sliding member (4) after placement of the conducted by holding data. Action gear (3) generates a lever (2) the base (1) after once it has been assembled in. disposed on. Action gear (3) has door 2 and 4, as shown to, support plate (10) hole portion (10a) inserted into a pipe joint having a tubular body part (30) and a, body part (30) is integrated on top of body part (30) in diameter than 37 around the head teeth (32) to each other, to form a an upper (31) and a, body part (30) around the inferior side of flange is installed at a predetermined (33) and a, body part (30) in small pattern so as to cool the article bottom surface of cylindrical shaft (37) and body part (30) is formed on the inner face of longitudinal ribs (39) is provided. Also, body part (30) the teeth (32) and upper a-side terminal formed on the teeth (34) and a, body part (30) light emitted from the lamps and is formed to be able to be rocking thereof is elastically suspended through the bottom flange (33) between support plate (10) for the eluted metal screwed into (38) having. Lower flange (33) has a peripheral: sawtooth part (35) forms an heating boilers has integrally-shaped portion. A functionality of at least gear (3) the carrier plate (10) respect to, body part (30) and an upper (31) is hole portion (10a) to screwed into (38) zone of reduced coverage of the diameter of is inserted and lowered according to the lifting and, screwed into (38) is that the light passes a causes the central region to neck to:a slipoff preventive by of original is assembly. Also, action gear (3) a body part (30) a spring member disposed in the cylindrical surface of the intermediate flow (9) of said shaped portions of the cross-section of heating boilers [...] by lower frame department (13) of control protuberances (13c) in a shape of a square frame rotation watch until constitution: rotated. Also, action gear (3) the teeth (35) is rotary damper gear (53) since the engages with an, rotary damper (5) is by braking event over a is by pivots, so gradually. Furthermore, spring member (9) receives (9a) the connecting portion (22) in the cylindrical surface of the intermediate flow longitudinal ribs (39) is fixed to the amplifier is referenced to, intermediate coil part (9c) is shaft (37) of a threaded about the is disposed, the other end (8b) is lower frame department (13) catch recess (13a) to the amplifier is referenced to the fitting protrusion 46 is fixed. To this end the, sliding member (4) door has 4 to 1 and, as shown, support flat sheet portion of the periphery of the display screen (40) and a, support flat sheet portion (40) wall with a raised, protruded from the on (41) to the channel in colour, formed by (42) and, support flat sheet portion (40) front side of {i.e., lever (2) is arranged on the right side} is slant road while home (42) at a position near to an a stem formed on a (43) and a, transverse groove (18a) slid for movement on a movably fitted to the upper support flat sheet portion (40) one side (44) and transverse groove (88800 01639888) slid for movement on a movably fitted to the upper support flat sheet portion (40) of a cage of side (45) constitution: a. To the channel (42) from the front, while side plate toward the rear side (11) that are away from the pipe wall are tilted in one direction and. Shaft (43) has planar-part (40) front side of of about half of the profile of which formed on a to approximately coincident with the, lever (2) by the rotation of the of pressure pressure side (21) are pressed against the slide member by being (4) the a sliding movable. Both sides (44,45) the top surface approximately semicircular thin film is removed constitution: easily shifts from that of a mobile slide. Also, side (45) thereof further toward an outer circumferential surface of the thick and is, herein said guide rib (12a) slid for movement on movably fitted to the upper cross-section that becomes fittable reverse concave form (46) form. Also, side (45) the more thickly deposited between the inner case and the outer surface teeth (32) and brought into engagement with latch (47) to each other, to form a.. Or more sliding member (4) not only a positive side (44,45), comprising a corresponding lateral grooves (18a, 12) a the axle is force fit in the base (1) is assembled to. In this case, preferably a base (1) respect to sliding member (4) includes the steps of: positioning a may be further combined with gear (3) for said. the fixture where the as. Lock rod (6) door has, as indicated to 2 and 4, body (60) the base (10) of guide section (14) corresponding to a cross-section which the periphery of the display screen, the end tip of round bar (6a) are protruded, the.. Body (60) comprising the edge-emitting thyristor are the upper surface of a cylinder rear end and formed in the body (6b) at a position slightly front a the prevention pebble trillion falling into (6c) constitution: a. the prevention pebble trillion falling into (6c) some main body (60) protrudes the level of the upper surface of, body (60) a guide section (4) a secondary in against the elasticity various tests including IIHS or rcar, simultaneously with the passage of a by to restore state of original, lock rod (6) is a pair of guide portions (4) outputs a relay driving signal. prevent detected, the result. Also, body (60) even the lower concave cross section recess (6e) is formed, a pair of guide portions (4) inserting a support plate (10) when moves over projected portion (10b) slid for movement on the free surfaces movably fitted to the upper. Body (60) comprises an inner in view rear than approximately intermediate portion between a longitudinal direction of body (6b) formed rehabilitated (6d) constitution: a. Of the rack (6d), employ a working gear (3) of teeth (34) is meshed with the. Into the metal shell by way, layer of semiconductor and metal lever (2) body sliding member (4) and actions gear (3) and linking lock rod (6) to for operation of. Lock rod (7) has door 2 and 5, as shown to, body (70) main body (60) and significantly longer than than, longitudinal during constitution: bending is embodied in such a way. Also, lock rod (7) the base (10) of a pair of guide portions (15) corresponding to a cross-section which the periphery of the display screen, the end tip of round bar (7a) are protruded, the.. Body (70) the rear (7b) side the upper surfaces of cross section and formed in the body cylinder, the prevention pebble trillion falling into formed in a recessed shape (7c) constitution: a. the prevention pebble trillion falling into (7c) some main body (70) protrudes the level of the upper surface of, body (70) of rear portion guide section (15) in a secondary against the elasticity various tests including IIHS or rcar, simultaneously with the passage of a by to restore state of original, lock rod (7) is a pair of guide portions (5) outputs a relay driving signal. prevent detected, the result. Also, body (70) its back (7b) on the lower surface of a stem formed on a (7d) constitution: a. Shaft is (7d) the sliding member (4) inclination of home (42) movably fitted to the upper slid for movement on place part to be. Into the metal shell by way, layer of semiconductor and metal sliding member (4) lever (2) by the rotation of the of pressure pressure side (21) by rearwardly relative to the slide, when moved, lock rod (7) is shaft (7d) to home the cervical region of the spine (42) projecting amount is reduced in accordance with the position of the mobile interlock is retracted direction. (Operating) Hereinafter, a lock device rotated respect to operating characteristics main electrode is disposed to dually function as a pipeline and.. (1) Figure 4 lock rod (6) locks and unlocked state by alone, i.e. corresponding to the claim 1 to claim 3 is alternately configured. Also 4 (a) the lock rod (6) is the location being caught, i.e. tip (6a) comes-side terminal formed on the body engaged. shown a lock. The lock state, lever (2) is pressure pressure side (21) for sliding member (4) of support flat sheet portion (40) front side of shaft cross-section, and (43) to the abutting base without moving the (1) approximately collimated initial state is. This initial state, action gear (3) is also 2 (b) and a teeth (32) and a rack (47), by the engagement of the counter sliding member (4) and are operatively connected to the, teeth (32) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) is operatively connected to the. Simultaneously, lock rod (6) has a rack (6d) and a teeth (34) is acted upon by engagement of gear (3) until maximum are operatively connected to the protruding, i.e. automatically moved to in the locked positions. (2) also 4 (b) generates a lever (2) [...] cracks occur on a (S) the shaft (8) of [...] direction of the arrow 1, i.e. base (1) away from unlocked rotated. indicates the operating and service conditions. Lever state is operated (2) pressure pressure side of (21) the slide member (4) moving slide in the direction of an arrow 2, linked this pressure operating space from an oil pump gear (3) is also 2 (b) and a teeth (32) and a rack (47) field of view of 3 arrow by the engagement of the counter-rotation is rotated. Acts gear (3) for ingnition coil on in spring member (9) to and accumulation [...], teeth (32) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) the braking force of is by pivots, so gradually. And, lock rod (6) the action gear (3) body by linking teeth (34) and a rack (6d), by the engagement of the counter retracted direction of arrow 4, i.e. unlocked is displaced in the direction of.. (3) the operation state of a the lever at also 4 (b) (2) with the pressing nulled is released for release, i.e. lever (2) in a hand is released surface, lever (2) [...] cracks occur on a (S) the shaft (8) of reverse 1 arrow by [...], i.e. initial state of is rotated. Furthermore, action gear (3) the rotary damper (5) gear (53) and a teeth (35) of the latter, by the engagement of rotationally opposite watch pulling the arrow 3 is rotated. Acts gear (3) of a sliding member (4) a teeth (32) and a rack (47) by the engagement of the counter-arrow 2 reverse is slidably moved and, simultaneously lock rod (6) a teeth (34) and a rack (6d) by the engagement of the counter-arrow 4 reverse, i.e. lock is moved in the direction of the.. The serves gear (3) is teeth (32) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) braking force of the gradually since the by pivots, so, lock system for the-single-crystal semiconductor constituting the lever (2) and a lock rod (6) and sliding member (4) also one subfield among subfields constituting one field by direction actuation of the particle generator. is switched to the associated state that the initially operating and service conditions. As a result, lever (2) of loop city impact sound, sliding member (4) or lock rod (6) of slide of the movement of unit and caused by variation of the stop are mitigating impact sound, as it is hereby possible to absorbing, to improve the education convenience can be providing the feeling of higher or. Lock rod (4) Figure 5 (7) by alone shown locks and unlocked. I.e., also 5 (a) the lock rod (7) is the location being caught, i.e. tip (7a) comes-side terminal formed on the body engaged. shown a lock. The lock state, lever (2) is pressure pressure side (21) for sliding member (4) of support flat sheet portion (40) front side of shaft cross-section, and (43) to the abutting base without moving the (1) approximately collimated initial state is, lock rod (7) protruding until maximum, i.e. is in the locked positions. Also 5 (b) generates a lever (2) [...] cracks occur on a (S) the shaft (8) of [...] direction of the arrow 1, i.e. base (1) away from unlocked rotated. indicates the operating and service conditions. Lever state is operated (2) pressure pressure side of (21) the slide member (4) of pushing sliding member (4) is pressure pressure side (21) by rearwardly relative to the slide, when moved, lock rod as described above (7) is shaft (7d) to home the cervical region of the spine (42) in accordance with the position of arrow 3 of retracted direction, i.e. unlocked direction is the mobile interlock. Yet, also the operation state of a the lever at 5 (b) (2) with the pressing nulled is released for release, i.e. lever (2) in a hand is released surface, lever (2) [...] cracks occur on a (S) the shaft (8) of reverse 1 arrow by [...], i.e. initial state of is rotated. Furthermore, layer of semiconductor and metal gear action (3) gear for (53) and a teeth (35) of engagement and spring member (9) rotationally opposite watch by [...] of the rotated, simultaneously sliding member (4) a teeth (32) and a rack (47) the latter, by the engagement of reverse is slidably moved to arrow 2. Lock rod (7) the sliding member (4) to slide shaft by (7d) to home the cervical region of the spine (42) in accordance with the position of a direction opposite to arrow 3, i.e. lock direction is the mobile interlock. As a result, is even in the case rotary damper (5) gear (53) the effect of a gear (3) of teeth (35) to the latter, by the engagement with lever (2) of loop city impact sound, sliding member (4) or lock rod (7) of cognition for fixing a car number of the movement of unit and caused by variation of the stop are mitigating impact sound, as it is hereby possible to absorbing, to improve the education convenience can be providing the feeling of higher or. (5) also 6 to Figure 9 both sides of lock rod (6,7) is mutually separating a maintained closed of cover bodies for the the location being caught and approach each other when a release position in the. indicates the operation of. In said operation is incorporating a structure of Figure 5 and 4 and equal. (6) i.e., also 6 Figure 7 and lock rod (6,7) is the location being caught, i.e. tip (6a, 7a) 2-side terminal formed on the body of a lock engaged comes shown. The lock state, lever (2) is pressure pressure side (21) for sliding member (4) of support flat sheet portion (40) front side of shaft cross-section, and (43) to the abutting base without moving the (1) approximately collimated initial state is. This initial state, action gear (3) is also 7 (a) and a teeth (32) and a rack (47), by the engagement of the counter sliding member (4) and are operatively connected to the, also 7 (c) and a teeth (32) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) is operatively connected to the. Simultaneously, lock rod (6) has door 7 (b) and a rack (6d) and a teeth (34) is acted upon by engagement of gear (3) until maximum are operatively connected to the protruding, i.e. automatically moved to in the locked positions. On the other hand, lock rod (7) has door 6 (c), as shown to shaft (7d) to home the cervical region of the spine (42) until maximum in response to an position of protruding, i.e. automatically moved to in the locked positions. (7) also 8 and Figure 9 shows a also lever (2) [...] cracks occur on a (S) the shaft (8) of [...] 1 of an arrow in the direction of 8 (a), i.e. base (1) rotated unlocked away from shown from the manipulation point. Lever state is operated (2) pressure pressure side of (21) the slide member (4) moving slide direction rear a, linked this pressure operating space from an oil pump gear (3) is also 9 (a) and a teeth (32) and a rack (47) by the engagement of the counter-rotation watch is rotated. Acts gear (3) for ingnition coil on in spring member (9) to and accumulation [...], teeth (35) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) the braking force of is by pivots, so gradually. And, lock rod (6) the action gear (3) body by linking teeth (34) and a rack (6d) in the locked positions by the engagement of the counter-retracted in direction, i.e. unlocked is displaced in the direction of.. On the other hand, lock rod (7) the sliding member (4) to slide direction rear of shaft by (7d) to home the cervical region of the spine (42) in accordance with the position of in in the locked positions retracted direction, i.e. unlocked direction is the mobile interlock. (8) also operating and service conditions the lever at of Figure 9 and 8 (2) with the pressing nulled is released for release, i.e. lever (2) in a hand is released surface, lever (2) [...] cracks occur on a (S) the shaft (8) of from [...] is rotated state. Furthermore, action gear (3) the rotary damper (5) gear (53) and a teeth (35) rotationally opposite watch, by the engagement of the counter is rotated. Acts gear (3) of a sliding member (4) a teeth (32) and a rack (47), by the engagement of the counter moving from being slid forward, simultaneously lock rod (6) a teeth (34) and a rack (6d) projecting over again, by the engagement of the counter, i.e. lock is moved in the direction of the.. On the other hand, lock rod (7) the sliding member (4) to slide to front of shaft by (7d) to home the cervical region of the spine (42) in accordance with the position of protruding again, i.e. lock direction is the mobile interlock. The serves gear (3) is teeth (35) and a gear mechanism (53) by the engagement of the counter-rotary damper (5) braking force of the gradually since the by pivots, so, lock system for the-single-crystal semiconductor constituting the lever (2) and a lock rod (6,7) and sliding member (4) also acts one subfield among subfields constituting one field is switched to the associated state that the initially operating and service conditions.. As a result, lever (2) of loop city impact sound, sliding member (4) or lock rod (6,7) of cognition for fixing a car number of the movement of unit and caused by variation of the stop are mitigating impact sound, as it is hereby possible to absorbing, 1 pair of lock rod (6,7) with the used even if and improving user-friendliness of can be providing the feeling of higher or. Furthermore, a device lock of the present invention and having a structure owing to specified according to Claim 1 is providing part provides an application for, detail with reference to a description of an ideal or to alter is formed inside the tie. deployable. Thereof as an example, or more embodiment in dedicated base (1) and panel produced of the lever to, base (1) it is shown a not fitted to the cover body is formed integrally with the screw and it is assumed that the, base (1) corresponding to a part to cover body may also be integrally formed.. Yet, or more embodiment 1 in pair of lock rod (6,7) being each a one-piece construction but, also 5 I 4 by referring to one of lock rod structure can be applied for. also. The present invention refers to such configuration. including. 1-base 10-support plate 11-side plate 14,15-guide section 2-lever 20-body 21- pressure pressure side 25-cover 24,26- [...] 3-action gear 30-30-with shaped body part 32, 34, 35-teeth 4-sliding member 42-46-fittable to the channel 47-rack 5-rotary damper 50-51-case attachment 52-braking axis 53-gear 6-lock rod 6a-tip 6b-rear end 7-lock rod (significant another rod) 7a 7b tip-rear end- 8-8a-once [...] 8b-other end 8c-coil unit 9-spring member 9a-once 9b-other end 9c-coil unit 21-55-cylinder pressure pressure side (significant in pressure pressure department ) A locking device includes a lever turnably provided relative to a lid member, and switched from an initial state to an operating state against an urging force or self-weight; a lock rod sliding in association with turning of the lever; and a braking device. The locking device locks the lid member in a main member side through the lock rod, and switches the lid member to be unlocked by the turning of the lever. The braking device is a rotation damper including a braking shaft with a gear, and placed in such a way as to approximately conform to a turning center of the lever relative to the lever to damp the lever and the lock rod. The rotation damper includes an operation gear disposed in a state engaging the gear of the rotation damper, associating the gear with sliding of the lock rod, and rotating the gear in a direction opposite to the turning of the lever. A cover opening and closing body side material layer to a current and is equipped with an arm extended, [...] or the coating film reduces the surface energy ( prudence ), lock of the in its initial condition blocks lever and converted into operating and service conditions; said mobile slide the lever movement a lock rod and; the brake means; is provided with, said of cover bodies for said lock rod through said predetermined sliding lock body by the rotation of the lever in a lock conversion with the lock which freezes device, unlike gear means braking said braking shaft, said lever for ingnition coil on the lever respect to mounted to be coincides with the centre said lever and said lock rod for braking the rotary damper and, while maintaining said engagement of said rotary damper toothed ring of said gear said is formed by linking to slide lock rod in addition said lever movement opposite to rotate the gear on the lock device has a structure of having characterized by. According to Claim 1, said lever said lever movement in pressure pressure department formed by the slide moving slide member, said slide member produced, said lock rod is slidably movable in association with each other is a tilting grooves and said action gear and a rack has a structure of having characterized by lock device. According to Claim 1, said action of rack sliding member said gear and, engaged therewith, a vertical/horizontal compared to teeth said rotary damper gear and, engaged therewith, a damper for a toothed is formed greater the diameter of line will be characterized by lock device. According to Claim 2, said action of rack sliding member said gear and, engaged therewith, a vertical/horizontal compared to teeth said rotary damper gear and, engaged therewith, a damper for a toothed is formed greater the diameter of line will be characterized by lock device. Claim 1 to claim 4 either as described in claim, said lock along with the slide disposed in said another for a car audio gear action has a lock rod, amount lock rod is the mutually separating a maintained closed of cover bodies for said the location being caught and approach each other to a release position in the characterized by lock device. According to Claim 5, said gear action said another lock rod formed rehabilitated and, engaged therewith, a lock rod for teeth have characterized by lock device.
