Abstract: An electrical facility for a supporting device includes a housing having a chamber formed in the housing, the housing includes an opening formed in the housing and defined between two side edges, a lock member includes one or more lock pins extended from the lock member for engaging with the housing and for locking the lock member to the housing, and a cover is engaged with the lock member and the housing. The housing includes a lock element formed in each of the side edges of the housing for receiving and engaging with the lock pin. The lock member includes a protrusion extended from the lock member for engaging with a slot of the cover and for anchoring the cover to the lock member and the housing.

Abstract: An electronic device includes a case and a cover. The cover includes a hook to be engaged with the case. The case includes a receiving portion for receiving the hook. An end of the hook is configured to laterally extend from a body of the hook. The first portion is engaged with the end. The second portion is located at an opposite side of the end and supports the cover thereon. The second portion is softer than the hook.

Abstract: An electronic device includes a case and a cover. The cover includes a hook to be engaged with the case. The case includes a receiving portion for receiving the hook. An end of the hook is configured to laterally extend from a body of the hook. The first portion is engaged with the end. The second portion is located at an opposite side of the end and supports the cover thereon. The second portion is softer than the hook.

Abstract: A computing device includes a chassis having at least one connector configured to receive a component, and a guide coupled to the chassis. The guide includes a guide element and is selectively movable relative to the chassis to arrange the guide element at a first position which allows a first variant of the component to be connected with the at least one connector and prevents a second variant of the component to be connected thereto, and a second position which allows the second variant of the component to be connected with the at least one connector and prevents the first variant of the component to be connected thereto.

Abstract: A fixing apparatus comprises a base, a locking structure, an operating member, a first elastic member and a second elastic member. The base has an opening. The locking structure is movably disposed at the opening along a second direction. The operating member is movably disposed at the second surface along a first direction perpendicular to the second direction. The first elastic member is connected with the operating member and the base. The second elastic member is connected with the locking structure and the base. When the operating member moves along the first direction and compresses the first elastic member, the locking structure moves along the second direction by a resilient force of the second elastic member and exposes the opening. When the operating member moves along an opposite direction of the first direction, the locking structure moves along an opposite direction of the second direction and covers the opening.

Abstract: A bladed chassis system facilitates installation of the bladed chassis system and replacement of the blades at the chassis. For example, a front panel of the blade can be opened either upwardly or downwardly at the discretion of the user. Blades can be inserted and removed from the front and/or the rear of the bladed chassis system at the discretion of the user. Cables can be routed to the rear of the chassis system from either of two sides at the discretion of the user. The blades carried by the chassis have fiber management trays that can be rotationally oriented in any desired rotational position at the discretion of the user.

Abstract: A housing for an electric or electronic apparatus includes an access hood, or access lid which can be fixed on the housing for closing the housing or a housing opening by a locking mechanism operable from outside the housing. The locking mechanism includes at least one lock/slide held on the housing or on the access hood/access lid so as to be longitudinally displaceable and is provided with a ramp and an undercut or detent lug spaced therefrom. The access hood/access lid or the housing is provided with at least one protrusion which is formed and/or arranged for defining two engagement means in such a manner that depending on the current sliding position of the lock/slide, it alternately comes into operative engagement with the associated detent lug for pulling the access hood/access lid toward the housing, or with the ramp for pushing it away from the housing.

Abstract: An insert (10) for an opening in a base (20) includes a housing (12) having a peripheral side wall (18) defining an interior space (24). The peripheral side wall (18) includes at least one latch member (90) having a latching position. The latch member (90) engages the base (20) to secure the housing (12) in the opening when the latch member (90) is in the latching position. The housing (12) is inserted into the opening in a first direction (A) to engage the latch member (90) with the base (20). At least one indicator (100) shows when the at least one latch member (90) is in the latching position. The indicator (100) is visible in the first direction (A) when the insert (10) is in the opening in the base (20).

Abstract: A structure of the lockable door includes a door cover, a first sliding member, a fastening member, and a second sliding member. The door cover is hinged to a case, and can selectively cover an opening of the case. The first sliding member is inserted through the door cover, and can be slidably mounted on one side surface of the door cover. The fastening member is slidably mounted on the other side surface of the door cover, and has at least one protrusion. The first sliding member is inserted through the fastening member, and the first sliding member and the second sliding member are connected to each other. When the first sliding member is in a retaining position, the second sliding member moves to be on the protrusion, and the first sliding member presses the door cover towards the second sliding member, so as to enhance waterproofness.

Abstract: The invention relates to a window lock having a trigger and a bolt, the trigger being rotatable about an axis of rotation and the bolt being movable from a locked position to an unlocked position. The bolt also includes a first clip and a second clip and the trigger includes a stop and a ramp. The trigger rotates about the axis for engaging and disengaging the ramp and the stop with the first and second clips for moving the bolt between the locked and unlocked positions. The invention further relates to a window lock that automatically locks without user intervention.

Abstract: A face panel for a computer housing includes a face panel body and a cover plate assembly. The face panel body includes a surrounding wall and a mounting hole. The surrounding wall has first and second engaging grooves. The cover plate assembly includes a cover plate, a locking member, and an unlocking member. The cover plate has a first engaging hook for engaging the first engaging groove, and a guide groove. The locking member is assembled to the guide groove, and has a second engaging hook, a post, and a restoring resilient plate to apply a pressure to the cover plate so as to enable the second engaging hook to engage the second engaging groove. The unlocking member has an operating portion, and a contact portion movable with the operating portion so as to push the post for disengaging the second engaging hook from the second engaging groove.

Abstract: A closing device is provided for a flap pivotably articulated on a vehicle body between a closing position and an opening position. A closing element is provided on the body side and an opposite closing element on a flap side for locking and unlocking the flap and with an ejection element. A plunger moves in a guide at least between a working position and a rest position, which upon movement into the working position is tensioned against the force of a tensioning device. The plunger interacts with the flap so that by closing the flap brought into the working position and brought from the closing position into an actuation position for manual opening and closing through partial relaxing of the plunger. The plunger is lockable and unlockable through a locking device in a locking position tensioned at least as far as to the working position.

Abstract: A display with an automatic locking device. The display includes a body, a support, and a sliding assembly. The support is connected to the body. The base connects with the support in a rotatable manner. The sliding assembly is movably disposed on the base in a manner such that the sliding assembly can move between a first position and a second position. When the sliding assembly is in the first position, the support is separated from the sliding assembly. When the sliding assembly is in second position, the support is engaged with the sliding assembly.

Abstract: A connector device is provided for a curtain wall system of the type having structural members secured to the building framing to define frames to support glazing panels. The glazing panels each have a sash by which they are secured to the frames of structural members to form an outer wall portion of a building. The curtain wall system has connector devices securing one of the glazing panels to the frames of structural members. The connector device comprises a keeper secured to a frame, and a latch mechanism secured opposite the keeper on the sash. The latch mechanism has a latch bolt automatically displaceable to a locking position upon contact with the keeper. The keeper and the latch mechanism cooperate in the locking position to lock the glazing panel to the frame in a secured position. A method for installing the connector device is also provided.

Abstract: A latch assembly for securing a gate or door to a doorframe or post that comprises a keeper and a latch. The latch comprises a base member, first and second extension guides, first and second extension locks, a sliding bolt and a handle member. The handle member has a handle base having a first portion with one side attached to the sliding bolt and a wide tapering portion extending away from the opposite side of the handle base and defining an elongated slot, and a horseshoe shaped grip member having one end attached to the wide tapering portion and an opposite grip portion. The handle base and the wide tapering portion are sized and shaped so as to provide the grip portion closed to the sliding bolt to assure a smooth sliding movement of the sliding bolt.

Abstract: A latch for retaining moving parts on an enclosure service module (ESM) is provided. This latch comprises a retaining groove in the latch that holds a self-clinching standoff fastener attached to the ESM. A return spring is contained within a molded cavity in the latch, and an alignment groove in the latch is placed at one end of the return spring. The alignment groove guides an alignment pin on the ESM into a secure position, and the return spring applies pressure against the pin while the pin is in the alignment groove.

Abstract: A lockable door assembly of an electronic device is used to cover and seal an opening of a housing of the electronic device. The lockable door assembly includes a door, a first sliding member, and a second sliding member. The door is pivoted to the housing to cover the opening. The first sliding member is movably disposed on the door for being engaged with a rib formed on the housing, so as to stop the door from rotating. The second sliding member is movably disposed on the door, and the sliding paths of the second sliding member and the first sliding member are intersected. The second sliding member is used for being inserted into a nick of the first sliding member to prevent the first sliding member from moving, thereby a double secure mechanism is achieved and the thickness of the lockable door is reduced.

Abstract: A battery cover latching mechanism used in portable electronic device (10) is described including a cover member (11), a housing member (12), a latch base (14), a latch member (13), and a return member (15). The latch base can be securely attached to the housing member. The latch member is mounted on the latch base and movable relative to the latch base to latch the cover member to the housing member. The return member drives the latch member to move in such a manner that the movement of the latch member detaches the cover member away from the housing member.

Abstract: A lock assembly for securing a movable panel in a locked condition relative to an adjacent stationary frame, according to one embodiment of the present invention, includes a first plate defining a pair of first receiving apertures and being constructed and arranged with a first mounting portion having a substantially planar mounting surface for being attached to the movable panel, a second plate defining a pair of second receiving apertures and being constructed and arranged with a second mounting portion having a substantially planar mounting surface for being attached to the stationary frame, a pair of locking members constructed and arranged for insertion through a corresponding pair of the first and second receiving apertures when the movable panel is closed relative to the stationary frame and wherein the substantially planar mounting surface of the first mounting portion is substantially parallel with and facing the substantially planar mounting surface of the second mounting portion.

Abstract: A latch mechanism used in a portable electronic device includes a housing member, a cover member, and a latching assembly. The cover member forms a claw, and the housing member defines a positioning hole. The latching assembly can be slidably mounted in the housing member and slides between a latched position and a released position. In the latched position, the cover member latches to the housing member. The latched position is maintained by entry of the claw into the positioning hole. In the released position, the cover member releases from the housing member, and the claw is released out of the positioning hole. During the sliding process, the latching assembly abuts and directly raises the cover member relative to the housing member from the latched position to the released position.

Abstract: A lock device which includes a bolt actuated by a flexible shape memory element. The memory element can assume an extended or a shortened configuration as a result of heating. A constraining element which includes two points between which an intermediate portion of the shape memory extends is also provided. The two points belong to a moveable transmission element which moves when the shape memory element extends. As a result, a controlled element is moved from between an operating position and a non-operating position.

Abstract: In a container with a lid including a container main body, an upper lid attached to the container main body so as to open and close a take-out port of the container main body, a plate spring for urging the upper lid in an opening direction, and a push button that can be operated between a close position, at which it is meshed with the upper lid and keeps the upper lid in a closed state against the plate spring, and an open position, at which the push button is released from the upper lid meshed therewith, a locking member is attached to the push button, the locking member being movable between a locking position, at which the locking member is meshed with the lid that is in the closed state as well as is abutted against the locking surface of the container main body as to the operating direction of the push button to thereby make it impossible for the push button to be operated to the open position, and a release position, at which the locking member is separated from the upper lid and from the locking surfac

Abstract: A kit for selectively constructing a system for releasably maintaining a movable closure element in a predetermined position relative to a frame upon which the closure element is movably mounted. The kit includes a base assembly, a first mechanism that is operably attachable to the base assembly to define a first system having a first configuration that is operable in a first manner, and a second mechanism that is operably attachable to the base assembly to define a second system having a second configuration that is operable in a second manner that is different than the first manner. The first and second mechanisms are interchangeably operably attachable to the base assembly, one in place of the other, to allow a selection to be made by an assembler as to a desired configuration and manner of operation of a system.

Abstract: An anti-effraction safety system for a door or window frame comprising a fixed frame and a mobile frame, in which the mobile frame comprises at least one sectional element with a longitudinal groove with two undercut portions set on opposite sides of a longitudinal central opening and in which at least one transmission rod slidably engages said groove and can be displaced in a longitudinal direction by means of a control handle. Fixed to the transmission rod is at least one closing element co-operating with a complementary detent fixed to the fixed frame. The transmission rod has two through openings both open on respective longitudinal edges of the rod. The closing element comprises two separate complementary parts fixed to one another, in which each of said separate parts engages a respective through opening of the transmission rod and has a respective tenon that slidably engages in a longitudinal direction a respective undercut portion of the groove.

Abstract: An exemplary latching mechanism for connecting a first component (20) and a second component (40). The latching mechanism includes at least one first engaging portion (408) formed/defined on the second component, at least one latch holder (60a, 60b) fixed relative to the first component, and at least one first latching member (80a, 80b). A first latch-clasping piece (604) extends from the at least one latch holder. The at least one first latching member has at least one second engaging portion (806). The second engaging portion engages with the first engaging portion of the second component. The first engaging portion of the second component and the first latching member are disposed between the first latch-clasping piece of the latch holder and the first component. The present invention further provides an electronic device employing the latching mechanism.

Abstract: A crib assembly for permitting access to an infant in a crib without lifting the infant over the top of the crib includes a base panel supporting an infant when the infant is placed on the base panel. Each of a pair of opposing ends of the base panel has one of a first and second end walls coupled thereto and extending upwardly therefrom. A front wall is hingedly coupled to the first end wall and is pivotal between a closed position and an open position. The front wall inhibits the infant sliding over the front edge of the base panel when the front wall is in the closed position.

Abstract: A lock device which includes a bolt actuated by a flexible shape memory element. The memory element can assume an extended or a shortened configuration as a result of heating. A constraining element which includes two points between which an intermediate portion of the shape memory extends is also provided. At least of the two points belongs to a moveable transmission element which moves when the shape memory element extends. As a result, a controlled element is moved from between an operating position and a non-operating position.

Abstract: A locking device contains a displaceable bolt and internal and external control components. In a normal state of the locking device, the internal control component and the external control component displace the bolt and, in an override state of the locking device, only the external control component engages the bolt in order to displace it.

Abstract: A double door hook for an oven includes a double door hook fixed on an inner surface of the door of an oven, and a hooking device fixed on a frame of a housing of the oven. The frame has a hole, and the looking device is just located behind the hole, which the double door hook faces to. The hooking device is composed of a fix base fixed on the frame, two support strips pivotally connected to the fix base, and a coil spring. Then a coil spring is deposited between the rear end of the two support strips. When the door is swung to close on the housing, the double door hook moves through the hole and hooks with the hooking device, securing the door tightly with the housing and preventing the inner heat in the oven from leaking out for saving energy cost.

Abstract: A storage cabinet provides for the secure storage of items against unauthorized access, with ready authorized access The cabinet has an opening extending laterally across the front of the cabinet, and a door having panels carrying latches, the panels being movable laterally between a latched position and an unlatched position, and being pivotally mounted for movement between a lateral orientation, wherein the panels close the opening, and a transverse orientation, wherein the panels allow access to the items stored in the cabinet. A locking arrangement selectively locks the panels in place when latched in position closing the opening, for preventing unauthorized access. When unlatched, the panels can be pivoted to open access through the opening, and can be folded and moved in transverse directions into the cabinet so as to maintain a compact, unobstructed configuration when the cabinet is open.

Abstract: A door-latching system for a sectional door with multiple door panels helps hold the door at its fully open position in case the door's counterweight torsion spring fails to do so. The door-latching system includes a latch assembly that moves between a maintained release position and a door-blocking position. In the door-blocking position, the latch assembly helps hold the door open by providing an obstruction to the door panels. In the maintained release position, the latch assembly allows the door to move freely between open and closed positions without the door-latching system clacking as the door panels or their guide rollers travel past the latch assembly. Movement of the door panels automatically shifts the latch assembly from its release position to its door-blocking position, and manual actuation returns the latch assembly back to its release position. The latch assembly is especially suited for mounting to a track that guides the movement of the door panels.

Abstract: A latching system for use with a dispenser having a cover hingedly connected to a back plate for movement between open and closed positions. The cover includes a latch plate or tongue which is disposed adjacent its top or now hinged end. The latch plate has one or more through apertures therein for engagement with an engagement bar carried by the back plate with the engagement bar having one or more upwardly projecting ribs for engagement with the apertures of the latch plate when the cover is closed. The back plate also carries a movable latch bar selectively movable into contact with the latch plate to disengage the latch plate from the projecting ribs. The back plate also includes one or more projecting support ribs underlying the cover it its closed position.

Abstract: A bolt lock, especially for control-cabinet doors or similar doors or flaps. The lock comprises a flat-bar bolt that is mounted to move parallel to the edge of the door, preferably within the arc of swing of the door. Disposed on the flat-bar bolt is at least one locking section. A bolt holder is mounted on the frame of the door to receive and hold the locking section. An actuator is provided for longitudinal displacement of the flat-bar bolt between an unlocked and a locked position. To provide a more secure lock that cannot become stuck, there is provided that to form the locking section, at least a portion of a length of the flat-bar bolt is twisted about a longitudinal axis of the bolt such that the twisted portion is disposed at an angle to an orientation of the bolt and provides a locking surface. The bolt holder is provided with a catch that is disposed at the same angle relative to the bolt as is the locking surface, with the catch being adapted to engage over the locking surface.

Abstract: A four position gate latch (20) that is used to fasten and lock a gate. The gate latch includes a self fastening gravity gate latch (22) that is fastened to one face of the gate. A gate latch bracket (28) is fastened to the gate on an opposed face, mating with said gate latch. A latch striker bar slideably extends from the bracket such that the striker bar interfaces with the gate latch and links the gate portions together. A locking bolt (60) slideably extends though the bracket, allowing it to interface with the gate latch and provide positive locking capabilities. The gate latch is capable of being placed in a self fastening gravity gate latch conventional position, a locked position with the locking bolt penetrating a padlock hole, an unlatched position that permits the gate to swing inward on the gate latch side without interference, and a free-swinging position that permits the gate to pivot in both directions.

Abstract: A slide latch assembly (10) includes an elongated housing (18) that slidably receives a latch pawl (36) with a leaf spring (42) having a pair of legs (44) that bias the latch pawl toward a latched position. The construction of the housing (18) and the latch pawl (36) permit the latch assembly to have a relatively thin construction.

Abstract: A latch assembly for securing a cover to a container comprises a base for mounting to the container cover adjacent to an edge thereof, a cover member secured to the base and a slider slidable between the base and cover member between a latched position wherein a portion of the slider interfits with the container and an unlatched position wherein the slider portion is disengaged from the container. A headed spring member interposed between the slider and the base interfits with openings in the slider to signal when the slider has reached its latched and unlatched positions and to releasably retain the slider at those positions.

Abstract: A door latch 100 comprises a housing 110 fixed to a hinged door, and a knob 140 is slidably guided within a slit 112 formed to the housing 110. A bolt 130 inserted to a bolt guide 120 is fixed to the knob 140 using a screw 160. The sliding movement of said knob 140 is limited by both end portions 112a and 112b of a slit 112, against which said knob 140 collides. A plastic damper 150 is equipped to the position of collision for muffling collision noise. A ball 136 providing detent for said bolt is also made of plastic, providing a further muffling effect.

Abstract: A locking handle for a refrigerator includes a mounting element rigidly secured to a refrigerator door, a hand grip rigidly secured to the mounting element, and a latch attached to the mounting element. The latch has a catch movable between a locked position and an unlocked position and an actuator operably connected to the catch for moving the catch from the locked position to the unlocked position. The latch provides a positive lock which is actuated to an unlocked position with a manipulation separate from pulling the hand grip but has an actuator located near the hand grip so that it can be manipulated by a hand grasping and pulling the hand grip. In a first embodiment, the catch is integrally molded with the mounting portion and is laterally deflectable away from a retainer mounted beside the door. In a second embodiment the catch is a vertically extending spindle which is downwardly movable away from a retainer mounted above the door.

Abstract: A computer system includes a chassis, a microprocessor mounted in the chassis, an input coupled to provide input to the microprocessor, a mass storage coupled to the microprocessor, a display coupled to the microprocessor by a video controller, and a memory coupled to provide storage to facilitate execution of computer programs by the microprocessor. The chassis includes an elongated channel guide having openings formed therein. A slider member is movably mounted within the guide on the chassis. The slider member has a plurality of connectors thereon which are movable therewith. The connectors are positioned in the openings in the guide in response to the slider member being in a first position. The connectors are removed from the openings in response to the slider member being in a second position and an engagement member on one end of the slider member engaged with a resilient release device attached to the chassis. A cover is mounted in the chassis.

Abstract: An apparatus is disclosed for engaging locking elements to secure and lock a window sash to a window frame. A force transmitting device may be included with a guide forming a channel for an elongated tape transmits a horizontal movement provided by an operator mechanism into a vertical movement at a locking mechanism. The operator mechanism may include a removable bezel and a removable handle to facilitate access to the operator mechanism. A lockbar retainer of a compact construction guides a lockbar that actuates the locking elements.

Abstract: A computer system including a chassis and a microprocessor mounted in the chassis. An input device is coupled to provide input to the microprocessor and a mass storage device is coupled to the microprocessor. A display is coupled to the microprocessor by a video controller and a system memory coupled to provide storage to facilitate execution of computer programs by the microprocessor. A bezel is mounted on the chassis and a bezel door is pivotally mounted to the bezel. A latch is mounted to the bezel door. The latch is movable between a first position and a second position. A resilient member is operatively mounted between the bezel door and the latch. The resilient member is biased to maintain the latch in the first position.

Abstract: A locking mechanism for a notebook computer has an ejecting unit which elastically pushes a latch up to a certain height. The ejecting unit includes an elastic member installed at a main base panel of the notebook computer and an ejector for pushing the latch up due to the elastic member when a display panel is to be opened. Thus, the notebook computer can be easily opened and closed and also the external appearance of the notebook computer looks more aesthetically pleasing.

Abstract: A computer system includes a chassis having a biased slider device mounted thereon. The slider device includes a plurality of connectors positioned in openings in the chassis. When the slider is in a first position, the connectors are positioned in the openings. The slider is movable to a second position removing the connectors from the openings. A cover is releasably mounted on the chassis so that cover interlock members insert into the openings engaging the connectors in the first position and disengaging from the connectors in the second position.

Abstract: A latching mechanism for selectively securing a movable panel to a stationary member. The latching mechanism includes a latch for attachment to the movable panel and a striker for attachment to the stationary member. The latch includes an actuation arm having a blade and a base plate defining an aperture. The striker includes a post having a bulbous end disposable in the aperture and a slot extending inwardly from the bulbous end. The actuation arm is coupled to the base plate for movement between an engaged position where the blade is operably disposed in the slot and a released position where the blade is operably removed from the slot.

Abstract: An apparatus is disclosed for progressively engaging a plurality of strikes with a corresponding plurality of receivers to secure and lock a window sash to a window frame. A force transmitting device may be included with a guide forming a channel for an elongated tape transmits a horizontal movement provided by an operator mechanism into a vertical movement at a locking mechanism. The operator mechanism may include a removable bezel and a removable handle to facilitate access to the operator mechanism.

Abstract: A wall mount cabinet is provided that has a front door that pivots downward and a side door that pivots out to the side. The side door is latched to the front door such that opening of the front door also opens the side door.

Abstract: A child-proof safety latch for a swimming pool safety barrier, or other stretched-panel fence, includes a threaded rod having an expandable nut, such as a toggle-wing nut, that can move to and fro along the rod between a movable stop and a fixed stop adjacent an end of the rod that is distal from a first fence pole to which the rod is permanently affixed. To fasten two adjacent fence panels together, an operator collapses the expandable nut and inserts it through an eyelet attached to a second fence pole. The operator then expands the nut so as to capture the eyelet and turns the expandable nut so as to draw the two poles together.

Abstract: A thrust reverser with doors (5, 6) for an aircraft jet engine includes a radial stop which includes elements (16, 28) integral with the front end of each door (5, 6) and capable of interacting with mating elements (15, 3) that are integral with the engine. The radial stop is designed to prevent the deployment of the door in an advanced position of its axis of pivoting (P--P) and to allow this deployment in a retreated position of the axis of pivoting (P--P).

Abstract: An oven door locking device includes a male rod fixed to the door and entering a female member fixed to the oven muffle. The female member includes locking members movable radially to engage in an intermediate groove on the male rod when the door is closed. The oven is unlocked by operating a push-button which pushes an internal bearing ring against an unlocking ring which withdraws the locking members from the internal bore of the female member in order to remove them from the groove in the male rod.

Abstract: A latch housing defines an axial passage accessible at opposite ends thereof. Latch elements are radially displaced about the axis of the axial passage. A solenoid is mounted to an end of the latch housing and a post is inserted axially into the opposite end of the axial passage. The latch elements are biased to constrict around and preclude withdrawal of the post from the axial passage. An armature of the solenoid extends into the axial passage and a disengagement plate is attached to that end of the armature. As the post is inserted into the axial passage, a slot in the post mates with the disengagement plate, and the terminus of the slot contacts the disengagement plate causing the disengagement plate to translate along the axial passage with the post.