Abstract: A furniture drive for moving a furniture part movably-supported relative to a furniture carcass, includes a first fitting portion to be fixed to the furniture carcass, a second fitting portion to be fixed to the movable furniture part, and a hinge lever hingedly connected to the first fitting portion via a first hinge axis, and hingedly connected to the second fitting portion via a second hinge axis. The hinge lever includes at least two sections mutually spaced from one another by an offset in a direction extending parallel to the hinge axes. The first fitting portion has a first notional middle plane, and the second fitting portion has a second notional middle plane, and the middle planes are mutually spaced from one another in a direction extending parallel to the hinge axes.

Abstract: An example electronic device may comprise a first housing including a first surface and a second surface facing in a direction opposite the first surface, a second housing including a third surface and a fourth surface facing in a direction opposite the third surface, a hinge disposed between the first housing and the second housing configured to provide rotational motion between the first housing and the second housing, and a flexible display disposed from the first surface of the first housing across the hinge to the third surface of the second housing, at least part of the flexible display configured to form a curved surface as the hinge structure is folded, wherein the hinge may include dual-axis hinges configured to provide a first rotational axis allowing the first housing to rotate about the second housing and a second rotational axis allowing the second housing to rotate about the first housing and slides coupled with the first housing and the second housing and configured to provide sliding motion pe

Abstract: The imaging device includes a support member attached to the device main body and a display panel attached to the support member. The support member is configured to pivot around a first rotation axis and thereby move to a storage position and a tilt position. The display panel is configured to pivot around a second rotation axis orthogonal to the first rotation axis and thereby move to a closed position and an opened position and to pivot around a third rotation axis orthogonal to the second rotation axis and thereby vary a tilt angle of a display surface with respect to the extending direction of the second hinge part. When the support member is located at the tilt position and the display panel located at the opened position is pivoted around the third rotation axis, the display panel passes through outside the connector connection region.

Abstract: An accessory mount for a portable electronic device includes: a main body including a monolithic plate incorporating two or more rigid bends therein, the two or more bends defining: first and second legs which meet at mutual proximate ends thereof so as to form an L-shape, wherein a width of the first leg tapers to a smaller dimension from the proximate end of the first leg to a distal end of the first leg, and wherein the second leg defines a front face including means for connecting a portable electronic device thereto; a first flange disposed at the distal end of the first leg that extends away from the first leg in a direction opposite to the second leg; and a second flange disposed at a distal end of the second leg that extends away from the second leg in a direction opposite to the first leg.

Abstract: In one embodiment, an autonomous agricultural vehicle includes a control interface disposed in an enclosure of the autonomous agricultural vehicle and configured to at least setup or control operation of the autonomous agricultural vehicle, an implement attached to the autonomous agricultural vehicle, or a combination thereof. The autonomous agricultural vehicle further includes a removable panel at least partially removably coupled to the autonomous agricultural vehicle over the enclosure, wherein the removable panel is positioned to be accessible to an operator who is operating the autonomous agricultural vehicle outside of the autonomous agricultural vehicle.

Abstract: A secondary actuation mechanism for arresting movement of a control surface may include a secondary actuator, a drive link coupled to the secondary actuator, and a secondary connecting rod coupled between the drive link and the control surface, wherein the control surface is movable to a default position in response to actuation of the secondary actuator, and the secondary actuator retains the control surface at the default position.

Abstract: A translating hinge includes a translation element which provides translational movement between two objects coupled by the translating hinge and a rotating assembly coupled to the translation element.

Abstract: A portable electronic apparatus includes a base, two linkage assemblies disposed on two sides of the base, and a first component and a second component pivoted respectively on the base. Each linkage assembly includes a lever and a dual axis rotating module combined between a first end and a second end of the lever, and each dual axis rotating module disposes on the side of the base. The lever rotates along the side of the base and along a first plane being substantially perpendicular to the side relative to the base by the dual axis rotating module. During the first component rotates relative to the base from an open state to a close state, the first end of each lever is pushed to rotate along the first plane, and the second component is clipped by the second end of each lever.

Abstract: An In-Situ Load System for calibrating and validating aerodynamic properties of scaled aircraft in ground-based aerospace testing applications includes an assembly having upper and lower components that are pivotably interconnected. A test weight can be connected to the lower component to apply a known force to a force balance. The orientation of the force balance can be varied, and the measured forces from the force balance can be compared to applied loads at various orientations to thereby develop calibration factors.

Abstract: An image reading device, including: a casing having a document placement surface on which a document is to be placed; a cover provided on the casing and configured to be pivotable relative to the casing about an axis between a covering position at which the cover covers the document support surface and an exposure position at which the document support surface is exposed; two hinges provided so as to be spaced apart from each other in an axis direction in which the axis extends, one end portion of each of the two hinges being inserted into the casing movably in a movement direction perpendicular to the document placement surface while the other end portion is connected to the cover; and a contact member configured to be capable of coming into contact with one of the two hinges in the axis direction.

Abstract: A pivoting mechanism includes a first driving component, a second driving component and a pivot shaft. The first driving component includes a first pivoting portion and a first connecting portion, the first connecting portion is disposed on the first pivoting portion. The second driving component includes a second pivoting portion, a second connecting portion, a positioning portion, a rotary unit and a rotary shaft. The second connecting portion is disposed on the second pivoting portion. The positioning portion is disposed on the second connecting portion. The positioning portion includes a slot structure, and the rotary unit is disposed inside the slot structure. The rotary shaft passes through the rotary unit, and two ends of the rotary shaft respectively pivot to inner walls of the slot structure. The pivot shaft is disposed between the first pivoting portion and the second pivoting portion.

Abstract: A laundry treating apparatus is provided that includes a cabinet configured to define a profile thereof, the cabinet including a laundry introduction opening formed therein, a door configured to open and close the laundry introduction opening, a hinge including a first pivot to rotate the door along a first rotational direction and a second pivot to rotate the door along a second rotational direction that is different from the first rotational direction, a guide part installed in the cabinet having a guide groove recessed a predetermined depth therein, and a connection part installed in the door, the connection part including a guide projection received in the guide groove of which a moving path is guided, and an opening angle of the opening being variable based on positions of the guide projection.

Abstract: An exemplary electrical device includes a first main body; a second main body; and a rotatable mechanism pivotally connected the first main body and the second main body. The rotatable mechanism includes a first rotation unit and a second rotation unit. The first rotation unit is capable of making the first main body rotate around a second rotation axis in a plane perpendicular to the second rotation axis. The second rotation unit is capable of making the first main body rotate relative to the second main body around a first rotation axis.

Abstract: A rotating mechanism for rotatably connecting a first main body with a second main body includes a main gear connected to the first main body, a pair of auxiliary gears connected to the second main body, and a connecting piece. The connecting piece includes a connecting part and a positioning part perpendicularly extending from a middle of the connecting part. The positioning part is located between the pair of auxiliary gears with two opposite ends of the positioning part rotatably connected to the pair of auxiliary gears correspondingly. An end of the connecting part away from the positioning part is connected to the main gear to allow the main gear to contact with the auxiliary gears. The first teeth engage with the second teeth to make the first main body rotate relatively about the second main body.

Abstract: A vehicle door hinge for a passenger or driver side vehicle door. The hinge has a chassis mounting plate securely fastenable to the vehicle frame, a swingarm securely fastenable to the vehicle door, a bi-directional rotation mechanism connecting the chassis mounting plate to the swingarm and allowing rotation of the swingarm in a substantially horizontal plane and in a substantially vertical plane, first and second bearing surfaces positioned to rotate with the bi-directional rotation mechanism and to bear against each other when the swingarm is rotated in the substantially horizontal plane, and not to bear against each other when the swingarm is rotated in the substantially vertical plane, and a spring attached at one end to the swingarm and at the other end to the vehicle frame or to the chassis mounting plate, for counter-balancing the weight of the vehicle door when the swingarm is rotated in the vertical plane.

Abstract: An apparatus providing an enclosure being recessed within a wall structure and containing a plurality of electrical outlets includes a locking access door to cover the electrical outlets. The apparatus mounts flush to wall surface. The door slides upwardly to access the electrical outlets and can be locked in a lowered position using a locking mechanism and includes at least one cord slot to allow cords to be outwardly routed.

Abstract: A hinge assembly comprises a first machine part having a first axis, a second machine part having a second axis and a hinge part pivotably connecting the first machine part with the second machine part. The first machine part is connected with the hinge part via at least one first hinge point configured to permit rotation of the first machine part around the first axis relative to the hinge part. The second machine part is connected with the hinge part via at least one second hinge point configured to permit rotation of the second machine part around the third axis relative to the hinge part. The third axis is perpendicular to the second axis.

Abstract: A biaxial pivoting mechanism includes a supporter disposed on a first module, a base connected to the supporter, a rotating component disposed between the supporter and the base. A track is formed on a lateral wall inside the base. The rotating component includes a shaft portion pivoting to the supporter, and a sheathing portion connected to the shaft portion. A hole is formed on the sheathing portion. The sheathing portion pivots to the supporter via the shaft portion for accommodating inside the accommodating space. The biaxial pivoting mechanism further includes a sleeve movably disposed inside the hole. The sleeve includes a protruding portion. The sleeve is rotated relative to the rotating portion by sliding the protruding portion along the track. The biaxial pivoting mechanism further includes a holder disposed on the sleeve for holding a second module.

Abstract: A fold structure for a boom. The boom includes an inner boom portion having an inner boom portion top surface and an outer boom portion having an outer boom portion top surface. In a working position the inner boom portion and the outer boom portion are aligned lengthwise. The fold structure includes a bracket, a first hinge coupled to the bracket and configured to be pivotally coupled to the inner boom portion, and a second hinge coupled to the bracket and configured to be pivotally coupled to the outer boom portion. The first hinge is configured to allow the outer boom portion to rotate approximately 180 degrees in a first direction placing the boom in a first folded position. The second hinge is configured to allow the outer boom portion to rotate approximately 180 degrees in a second direction placing the boom in a second folded position.

Abstract: A weatherproof cover assembly includes a base and a cover where the cover is coupled to the base by a bidirectional hinge to allow the cover to pivot in two directions. The cover assembly can be mounted in a horizontal or vertical orientation where the bidirectional hinge allows the cover to close downwardly when the assembly is mounted in either orientation. The bidirectional hinge has a first leg pivotally connected to the cover and second leg pivotally connected to the base where the first and second legs are perpendicular to each other.

Abstract: A laptop personal computer (PC) is disclosed. The laptop PC includes a hinge unit that turns around a vertical axis and rotates around a horizontal axis, and the hinge unit connects a main body chassis to a display chassis. The hinge unit includes an inside, through which cables connecting a main body and a display pass. A path is provided, along which the cables are installed, and the path includes a part that is parallel to the vertical axis and is apart from the vertical axis and having a part overlapping with the horizontal axis towards the vertical axis. The cover is provided at the display chassis for covering the cables overlapping with the horizontal axis. This can eliminate the necessity of a cover for the cables on the side of the hinge unit, thus making the laptop PC thinner.

Abstract: A two-axis hinge unit is provided with a first rotating shaft that rotates so as to open in the vertical direction from a folded state with a first casing and a second casing overlapping and a second rotating shaft that rotates so as to open in the horizontal direction from a folded state with the first casing and the second casing overlapping, and is provided with a restriction member positioned between the first rotating shaft and the second rotating shaft that, when one of the rotating shafts is in a predetermined rotational position, is pressed by this one rotating shaft and engages with the other rotating shaft, thereby restricting rotation of that other rotating shaft.

Abstract: A foldable portable information terminal includes an upper unit having a display unit on its one side, a lower unit having operation keys on its one side, and a movable connecting mechanism connecting the upper unit and the lower unit allowing the upper unit to be opened, closed, and freely rotated with respect to a longitudinal direction of the lower unit. The displaying mode of the display unit whose direction varies depending on a position of the upper unit is changed depending on a positional relationship of the upper unit and the lower unit.

Abstract: A two-axis hinge unit is provided with a first rotating shaft that rotates so as to open in the vertical direction from a folded state with a first casing and a second casing overlapping and a second rotating shaft that rotates so as to open in the horizontal direction from a folded state with the first casing and the second casing overlapping, and is provided with a restriction member positioned between the first rotating shaft and the second rotating shaft that, when one of the rotating shafts is in a predetermined rotational position, is pressed by this one rotating shaft and engages with the other rotating shaft, thereby restricting rotation of that other rotating shaft.

Abstract: A swivel hinge apparatus for an electronic device includes first and second hinge members, a guide portion, an elastic member, a shaft and a support cover portion. The first hinge member is bent. The second hinge member is inclined and coupled with the first hinge member to rotate while facing the first hinge member. The guide portion is positioned between the first hinge member and the second hinge member to guide rotation of the second hinge member. The elastic member is positioned on a side of the first hinge member to provide an elastic force for allowing rotation and linear movement of the first hinge member and the second hinge member. The shaft has a cylindrical housing protrudes therefrom, with the cylindrical housing being coupled with the first hinge member, the second hinge member, the elastic member, and the support cover portion by passing through them.

Abstract: A rotating mechanism for rotatably connecting a first main body with a second main body includes a main gear connected to the first main body, a pair of auxiliary gears connected to the second main body, and a connecting piece. The connecting piece includes a connecting part and a positioning part perpendicularly extending from a middle of the connecting part. The positioning part is located between the pair of auxiliary gears with two opposite ends of the positioning part rotatably connected to the pair of auxiliary gears correspondingly. An end of the connecting part away from the positioning part is connected to the main gear to allow the main gear to contact with the auxiliary gears. The first teeth engage with the second teeth to make the first main body rotate relatively about the second main body.

Abstract: The present invention provides a peripheral device with limited relative angular movement. The peripheral device is configured for detachable operative interconnection with a computing device and comprises a first portion, a second portion, and an operatively connected peripheral device component. The first portion includes a first hinge portion, which defines an axis of rotation, and comprises a first protrusion and a second protrusion. The first protrusion is disposed axially separated at a predetermined distance from the second protrusion. The second portion includes a second hinge portion, which is operatively interconnected with the first hinge portion to allow the first portion and the second portion to rotate relative to one another about the axis of rotation between a first angle and a second angle. The peripheral device component provides one or more peripheral device functions. The first angle and the second angle at least in part are defined by the first protrusion and the second protrusion.

Abstract: A hinge assembly includes a first pivot unit including a shaft, a bracket, an engaging member, a locking member, and an elastic member. The shaft has a non-circular sleeve portion. The bracket is rotatably sleeved on the shaft. The engaging member has a sleeving hole with a shape substantially corresponding to a cross-section of the sleeve portion of the shaft. The locking member has a sleeving hole with a shape substantially corresponding to a cross-section of the sleeve portion of the shaft. The locking member is non-rotatably latched to the engaging member. The elastic member is sleeved on the shaft to resist the components on the shaft.

Abstract: A 180 degree opening door hinge including an elongate spine having first and second edges extending along a length thereof, a primary hinge pivotally-mounted adjacent the first edge having a bracket for attaching the spine to a door jamb, and a secondary hinge pivotally-mounted adjacent the second edge having a bracket for attaching the spine to a door, wherein each of the primary and secondary door hinges have a range of pivoting motion of about 90 degrees relative to the spine, and a combined range of pivoting motion of about 180 degrees of the door relative to the door jamb.

Abstract: A biaxial pivoting mechanism includes a supporter disposed on a first module, a base connected to the supporter, a rotating component disposed between the supporter and the base. A track is formed on a lateral wall inside the base. The rotating component includes a shaft portion pivoting to the supporter, and a sheathing portion connected to the shaft portion. A hole is formed on the sheathing portion. The sheathing portion pivots to the supporter via the shaft portion for accommodating inside the accommodating space. The biaxial pivoting mechanism further includes a sleeve movably disposed inside the hole. The sleeve includes a protruding portion. The sleeve is rotated relative to the rotating portion by sliding the protruding portion along the track. The biaxial pivoting mechanism further includes a holder disposed on the sleeve for holding a second module.

Abstract: A folding electronic device includes a first case, a second case, and a hinge element. The hinge element includes a shaft, a swing member, a toothed gear, and a spring clip. When the first case opens up at an about 180 degree angle relative to the second case from a folded position, the central projection of a spring clip engages with one tooth of the toothed gear, the first case may rotate relative to the second case under the horizontal direction or the vertical direction from any angle between about 0 and 180 degrees.

Abstract: A multi-directional hinge mechanism includes a pair of first rotating assemblies, a second rotating assembly and a connecting member, and is capable of functioning on two perpendicularly-opposed axes.

Abstract: A group of assemblies—two housings and a hinge assembly—which particularly enhances the flexibility in use of electronic devices such as computer systems and cell phones. The enhancement derives from the capability of separating the three elements by pairs or one from another for use either individually or as a conjoined entity.

Abstract: First and second FPC fixing members 12, 13 are fixed within a boss 6 on a second axis Y, and one end of the second member 13 projects to the back of a hinge base 8. An FPC wiring fixing section 26 is fixed on the back of the base 8 on a first axis X. The fixing members pass an FPC 25 from the base 8 side to the side of a monitor 3 to hold the FPC linearly on the axis Y, and are turned integrally with a monitor mounting base 14. The fixing members curve outside the axis Y the FPC 25 that is led out in the direction orthogonal to the axis Y from the one end on the base 8 side of the second member 13 to have a deflection allowance, and fix the FPC to the base 8.

Abstract: A fold structure for a boom. The boom includes an inner boom portion having an inner boom portion top surface and an outer boom portion having an outer boom portion top surface. In a working position the inner boom portion and the outer boom portion are aligned lengthwise. The fold structure includes a bracket, a first hinge coupled to the bracket and configured to be pivotally coupled to the inner boom portion, and a second hinge coupled to the bracket and configured to be pivotally coupled to the outer boom portion. The first hinge is configured to allow the outer boom portion to rotate approximately 180 degrees in a first direction placing the boom in a first folded position. The second hinge is configured to allow the outer boom portion to rotate approximately 180 degrees in a second direction placing the boom in a second folded position.

Abstract: In one aspect of the present invention, a hinge joint has first and second hinge members, each with ends that have a plurality of hollow links that form a cavity configuration when the hollow links are joined. The cavity configuration has opposing openings and each opening receives a ball bearing insert. The ball bearing insert has a distal end connected to the first hinge member and a proximal end connected to the second hinge member.

Abstract: A dual-axis hinge structure and electric device having the same are provided, and the dual-axis hinge structure includes a hinge base having a pushed portion, a first pivot portion having a first cam and a first shaft, a second pivot portion having a second cam and a second shaft, and a restoring member connected both the first pivot portion and the second pivot portion. The first shaft is pivoted on the hinge base, and the first cam is fixed on the first shaft, and the first cam is contacted with one lateral side of the pushed portion. The second shaft is parallel to the first shaft, and is pivoted on the hinge base, and the second cam is fixed on the second shaft, and the second cam is contacted with another lateral side of the pushed portion.

Abstract: A two-axis hinge unit is provided with a first rotating shaft that rotates so as to open in the vertical direction from a folded state with a first casing and a second casing overlapping and a second rotating shaft that rotates so as to open in the horizontal direction from a folded state with the first casing and the second casing overlapping, and is provided with a restriction member positioned between the first rotating shaft and the second rotating shaft that, when one of the rotating shafts is in a predetermined rotational position, is pressed by this one rotating shaft and engages with the other rotating shaft, thereby restricting rotation of that other rotating shaft.

Abstract: A biaxial hinge mechanism includes: an opening/closing support section projected toward an outer side of a casing; an opening/closing shaft supported on the opening/closing support section; an outer cover provided to be fixed to the casing so as to hide the opening/closing support section and the opening/closing shaft; a hinge base supported on the opening/closing shaft so as to be rotatable relative to the casing, with the opening/closing shaft as a center axis of rotation; a rotation-restricting section operable to restrict a rotation angle of the hinge base to within a predetermined range; a rotating shaft supported on the hinge base and provided in a direction orthogonal to the opening/closing shaft; and a rotating support section supported on the rotating shaft so as to be rotatable relative to the hinge base, with the rotating shaft as a center axis of rotation.

Abstract: A two-axis hinge unit is provided with a first rotating shaft that rotates so as to open in the vertical direction from a folded state with a first casing and a second casing overlapping and a second rotating shaft that rotates so as to open in the horizontal direction from a folded state with the first casing and the second casing overlapping, and is provided with a restriction member positioned between the first rotating shaft and the second rotating shaft that, when one of the rotating shafts is in a predetermined rotational position, is pressed by this one rotating shaft and engages with the other rotating shaft, thereby restricting rotation of that other rotating shaft.

Abstract: A multi-directional hinge mechanism includes a pair of first rotating assemblies, a second rotating assembly and a connecting member, and is capable of functioning on two perpendicularly-opposed axes.

Abstract: A hinge device and a keyboard dock and a portable electronic device having the same are provided. The hinge device includes a first body and a second body. The first body is configured to be pivotally connected to a first object. One side of the second body is pivotally connected to the first body, and another side of the second body is configured to be pivotally connected to a second object. The first body rotates around a first axis relative to the first object. The second body rotates around a second axis relative to the first body. The second body rotates around a third axis relative to the second object. The first axis is perpendicular to the second axis, and the second axis is parallel to the third axis.

Abstract: A swivel-hinge assembly includes a main plate, a knuckle on the main plate, a first pivot shaft rotatably engaged in the knuckle, at least one end of the first pivot shaft exposed out of the knuckle and a peg positioned on the end of the first pivot shaft exposed out of the knuckle. The peg includes a limiting portion protruding out of the first pivot shaft and abutting an edge of the knuckle, wherein when the first pivot shaft is rotated and reaches a predetermined position the limiting portion of the peg abuts the main plate thereby preventing further rotation of the first pivot shaft.

Abstract: A two-axis hinge unit is provided with a first rotating shaft that rotates so as to open in the vertical direction from a folded state with a first casing and a second casing overlapping and a second rotating shaft that rotates so as to open in the horizontal direction from a folded state with the first casing and the second casing overlapping, and is provided with a restriction member positioned between the first rotating shaft and the second rotating shaft that, when one of the rotating shafts is in a predetermined rotational position, is pressed by this one rotating shaft and engages with the other rotating shaft, thereby restricting rotation of that other rotating shaft.

Abstract: A resilient rotation buckle includes a decoration plate and the belt coupling structure having an end coupled to a belt. The decoration plate and the belt coupling structure form a rotation shaft and a rotation assembly that cooperate each other. The rotation assembly includes a receptacle compartment having a wall forming a through hole for receiving the rotation shaft therethrough, springs, and retention blocks. An accommodation channel is defined in the receptacle compartment in a direction normal to the through hole. When the rotation shaft is inserted, the retention blocks are in contact engagement with an outer circumference of the rotation shaft. The springs have first ends in biasing engagement with the retention blocks and second ends supported by walls of the accommodation channel. The rotation shaft and the rotation assembly allow for relative rotation therebetween for switching between a locked position and a released position.

Abstract: A hinge assembly includes an axel and a conversion adapter including a hollow column and a hollow protrusion pole. The hollow column communicates with the hollow protrusion pole. A pivoting element is rotatably connected to the conversion adapter, and includes a first side plate and a connection plate. A positioning pole is protruded from the first side plate. A protrusion ring and a guide pole are protruded from the connection plate. A rotation element is rotatably placed over the axel. The protrusion ring is rotatably placed over the protrusion pole. The rotation element is rotatably placed over the guide pole.

Abstract: A diagonal motion door hinge for a vehicle door includes an upper door connection plate having a second motion assembly pivotally mounted to the upper door connection plate. The axis of rotation of the second motion assembly is perpendicular to the upper door connection plate. A first motion assembly is mounted to the second motion assembly at a first motion hinge. The first motion assembly is adapted to connect to an upper portion of a vehicle door. The lower door connection plate includes a lower door connection plate stopper and a lower shock connection. The lower door connection plate stopper has a lower door double motion stopper surface. A point of contact between the ballpoint and the lower door double motion stopper surface is offset from a horizontal motion hinge pin axis to provide a first diagonal motion.

Abstract: An electronic device according to the present invention comprises a pair of housings coupled to each other openably and closably by a hinge mechanism, and each of the housings comprises a front cabinet and a back cabinet joined to each other. The back cabinet of at least one of the housings is formed from a material having a greater expansion coefficient than that of a material forming the front cabinet, and the back cabinet of at least one of the housings has a cutting part extending in the width direction perpendicular to the longitudinal direction thereof and longitudinally cutting at least a part of the back cabinet.

Abstract: A hinge includes a fixing frame, a rotating frame, a support, and a connecting member. The rotating frame is pivotally joined to the fixing frame. The support includes a first connecting portion for joining to the base and a second connecting portion. The connecting member is mounted between the rotating frame and the support. Furthermore, the connecting member is operably moved between an extended position and a retracted position in response to two opposite pivoting directions of the rotating frame with respect to the fixing frame. In addition, the support moves away from the rotating frame in response to the connection member moving from the retracted position to the extended position thereof.

Abstract: A hinge assembly, which allows a cable to be disposed therein quickly, includes a first coupling member with a first hole and a first slot, a second coupling member with a second hole and a second slot, and a limit member with a third hole and a third slot. The first, second and third holes collectively define a compartment, with the first, second and third holes being aligned one another. The first, second and third slots collectively define an entrance, with the first, second and third slots being aligned one another. The entrance defines a space with a size greater than a cross-sectional size of the cable to allow insertion of the cable. The limit member is operably rotatable to a position that the cable is retained in the compartment and is prevented from exiting from the entrance.