The sleeved ratchet can be sleeved directly in the ratchet socket of the ratchet wrench.
While one connecting arm and associated pawl is transferring energy to the ratched wheel, the other connecting arm is disengaging an associated pawl from the ratchet wheel.
The helical ratchet is engaged with the driving gear through the ratchet teeth on the end face of the helical ratchet.
A ratchet mechanism having one or more rotatable ratchet members which pivot and a ratchet member engagement spring which maintains contact between the teeth of the rotatable ratchet member and the teeth of the ratchet ring.
The adjustable ratchet may also include a ratchet assembly which may include a unidirectional ratcheting drive ratchet and at least one pivot arm.
A pawl is pivotal about a pawl pivot.
The park pawl assembly 120 includes a park pawl 122, a park pawl actuator 127, and a park pawl release arm 133.
A lifting device (1) comprises a rotatable pawl (2) with a pawl arm (6) held in a pawl sleeve (12).
The latch (14) has a first pawl (50) and a second pawl (52).
The pawl includes a pivot slot that receives the pawl pivot and wherein the pawl translates about the pawl pivot changing an angle of engagement of the pawl relative to the sector when subjected to a force.
The first ratchet of the fixed unit (100) and the second ratchet (211) of the guide rod (210) are matched with the ratchet wheel (221) respectively.
A dog is fixed to the push rod.
The invention relates to a method for producing motor vehicle door locks with the locking parts: a rotary latch and a pawl.
The driving mechanism comprises a racket wheel, a pawl, a pulling plate, a pressing rod, and a triggering mechanism.
The rotary latch and the pawl are preferably designed such that the rotary latch is capable of introducing an opening torque into the pawl.
A catch spring extends from the catch segment into the neck area.
The catch segment and the catch spring form a single-pieced or several part catch (4).
The apparatus further has a lock case (19) and a pawl (7) having a boom arm (17), a pawl axis (18), and a pawl catch (8).
This invention is directed to a moveable catch (32).
The catch segment and the catch spring are arranged in a channel-shaped space (5) which enables said two elements to be deviated on the plane counter to the force of the catch spring.
unlocking wheel click spring
unlocking click yoke spring
alarm power wheel click spring
alarm handsetting wheel click
alarm handsetting wheel click spring
The third member includes a latch and a lock engageable with the latch.
The rotary pawl torsion spring biases the pawl toward the unlatched or opened position.
The wire guide and latch are provided with an overstress mechanism (83a, 85a; 97) to prevent over extension of the latch to a position where the latch would be plastically deformed.
The tripping lever (3) is moveable between a latch-release-position and a latch-locking-position.
The latch mechanism includes a latchkeeper and a latch member engaging the latchkeeper.
Ratchet wrenches are provided that allow for drive on both the forward and return strokes of the ratchet handle.
The ratchet handle (4) comprises a casing (4a), a lever (4c), and a handle (4d).
Ratchet handle (1) having at one end a stepless reversible drive mechanism for a tool holder.
The locking dog keeps stress off the shear pin when the locking dog is supported in the run in configuration.
The control cylinder is profiled at (82) to release detent dog (40) in moving to restrain holding dog (68) for lifting the sleeve.
The small arm (34) has forward and reverse detents (29).
In several embodiments, an inflation device can include a tube, an inner detent, and an outer detent.
A detent wheel (213), cantilever spring (215) and pawl (216) hold the arms in one of three predetermined angular positions.
A centered position of the pawl and a detent in said pawl engaged by a spring biased pinion that retains the pawl as desired out of engagement with the gear for free turning of the tube.
The outer detent can be positioned over the inner detent, and can be configured to attach over a proximal cap of the intragastric device.
A release lever is pivotally mounted to the housing and operatively connects to the ratchet for unlatching the ratchet from either of the secondary or primary latched positions.
A latching means (60), pivotally mounted to the support member (4, 6), cooperates with the ratchet member (54) to prevent unwanted backward rotation of the ratchet member (54).
A catch assembly (1) for latching a panel (30) to a support (32) has a catch retainer (2) for attachment to the panel and a catch striker (130) for attachment to the support.
The latching portion includes a bow-shaped spring (16) having a pawl member (15) wherein, the bow-shaped spring is resiliently deformed to be flat when allowing slam action closing of the latch and bowed when in the relaxed position.
The rotary latch and catch have blocking surfaces for latching purposes.
A lock (132, 134, 136) coupled to either the ratchet teeth, or the pawl maintains these elements in a spaced relationship to inhibit operation of the ratchet assembly until the lock is manually released.
The swivel may further include a locking ratchet (14) disposed within a locking ratchet recess in the locking ratchet housing.
A lug projecting from the pawl is engaged by the locking member to retain the pawl in the closed configuration.
A lock includes a link pivotable between unlocked and locked positions wherein a release lever operates the pawl, and the lever disconnects from the pawl respectively.
There are cutouts in the pawl which allow the pawl to rotate as the lock bar is actuated.
The drop ring has an internal snap and an external snap wherein the internal snap engages the sleeve snap of the closure when the closure engages the drop ring.
The ratchet tightener (5) has a positioning ratchet set on a spool, and a wire tightening handle (52) is provided on the positioning ratchet.
If several ratchet wheels are arranged parallel to each other on a rotational axis, each ratchet wheel can be rotated and controlled independently by means of the associated ratchet.
Externally capturing the ratchet mechanism (116) prevents the separation of the ears (111, 113) of the ratchet mechanism (116), caused by the application of torque to the ratchet head design.
The rotary ratchet may further include a ramp that disengages the ratchet from the pawl.
The engagement pawls include a resilient engagement pawl (17) and a rigid engagement pawl (18).
Both a round head reversible ratchet wrench and a pear head reversible ratchet wrench are contemplated.
Alternatively, the actuator can be directly attached to the pawl itself for controlling movement of the pawl, or connected to a toggle linkage arrangement for controlling movement of the pawl.
A stepless ratchet one way clutch mechanism, which provides an improved ratchet tool, is disclosed.
The translating member comprises a pawl.
Each guide defines a pawl member (47).
At least one ratchet arm 56a engages the ratchet wheel for ratcheting operation and is engaged by the cinching plate in the second orientation for disengagement from the ratchet arm.
The multi-head ratchet spanner integrates multi sleeves with a ratchet head, so that the spanner achieves multi-head function and ratchet function.
The coupling comprises a ratchet coupling.
Indeed, the pawl may be folded back on itself to form essentially a pawl of double thickness.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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