Abstract: A holding mechanism includes a stand, a frame, a first mechanism and a second mechanism. The frame is slidably disposed on the stand and has an engaging portion. The first mechanism is installed on a side of the stand and provides the frame with a first force. The second mechanism is installed on another side of the stand and opposite to the first mechanism, and the second mechanism is capable of switching between an engaging status and a released status. The second mechanism engages with the first mechanism as being in the engaging status, so as to be connected to the frame and provide the frame with a second force. The second mechanism separates from the first mechanism as being in the released status, so as not to be connected to the frame and not provide the frame with the second force.

Abstract: A linkage supporting device is used for supporting a display on a working surface, including: a base that can be placed on the working surface, and first and second shafts fixed to the base without coinciding with one another; a first bar member having a main bar with two ends pivotally disposed on the first and third shafts, respectively; a second bar member having two ends pivotally disposed on the third and fourth shafts, respectively; a third bar member having two ends pivotally disposed on the fourth and fifth shafts, respectively; a fourth bar member that has a sliding bar slidably received in a receiving space of the main bar and having two ends pivotally disposed on the fifth and sixth shafts, respectively; a fifth bar member having two ends pivotally disposed on the sixth and second shafts, respectively; and a spring member received in the receiving space and having two ends connected to the first and fourth bar members, respectively.

Abstract: A supporting device is provided, which includes: a supporting arm having a gas spring and used for a display to be disposed thereon; a base for the supporting arm to be pivotally connected thereto; and an adjusting unit. The adjusting unit includes a worm disposed to the base and rotatable around its own axis; a shaft disposed to the base and separated from the worm; a worm wheel disposed around the shaft; and a connecting board having a fixing end fixed to the worm wheel and a pivot end pivotally connected to the gas spring. The pivot end and the shaft define a central line. Therefore, the worm is rotated to cause the worm wheel to rotate so as to cause the connecting board to pivot around the shaft, thereby adjusting the angle between the central line and the gas spring and hence the tilting angle of the gas spring.

Abstract: A display lifting device includes: a body; an adjusting unit having big and small wheels coaxially disposed on the body, a shaft fixed to the body, and a rock arm pivotally fixed to the shaft and having first and second arms; a spring having one end fixed to the body; a first rope member wound on the small wheel and having two ends connected to the first arm and the other end of the spring, respectively; and a second rope member wound on the small and big wheels and having one end connected to the second arm, and a sliding unit for carrying a display such that the display is movable between a first position and a second position. Since the sum of torques produced on the first and second arms is kept equal to zero, the display can stop at any position between the first and second positions.

Abstract: A supporting device is provided, which includes: a supporting arm having a gas spring and used for a display to be disposed thereon; a base for the supporting arm to be pivotally connected thereto; and an adjusting unit. The adjusting unit includes a worm disposed to the base and rotatable around its own axis; a shaft disposed to the base and separated from the worm; a worm wheel disposed around the shaft; and a connecting board having a fixing end fixed to the worm wheel and a pivot end pivotally connected to the gas spring. The pivot end and the shaft define a central line. Therefore, the worm is rotated to cause the worm wheel to rotate so as to cause the connecting board to pivot around the shaft, thereby adjusting the angle between the central line and the gas spring and hence the tilting angle of the gas spring.

Abstract: A linkage supporting device is used for supporting a display on a working surface, including: a base that can be placed on the working surface, and first and second shafts fixed to the base without coinciding with one another; a first bar member having a main bar with two ends pivotally disposed on the first and third shafts, respectively; a second bar member having two ends pivotally disposed on the third and fourth shafts, respectively; a third bar member having two ends pivotally disposed on the fourth and fifth shafts, respectively; a fourth bar member that has a sliding bar slidably received in a receiving space of the main bar and having two ends pivotally disposed on the fifth and sixth shafts, respectively; a fifth bar member having two ends pivotally disposed on the sixth and second shafts, respectively; and a spring member received in the receiving space and having two ends connected to the first and fourth bar members, respectively.

Abstract: A monitor stand for supporting a screen unit is provided. The monitor comprises a supporting unit, a mounting unit, at least one contact wall and at least one brake unit. The brake unit includes a resisting block capable of moving between a first position and a second position. A lower frictional threshold force is generated between the resisting block and the contact wall if the resisting block is at the first position; an upper frictional threshold force is generated between the resisting block and the contact wall if the resisting block is at the second position. The mounting unit moves against the supporting unit and toward a first direction or a second direction, and the resisting block is at the first position if the mounting unit moves toward the first direction, and the resisting block is at the second position if the mounting unit moves toward the second direction.

Abstract: The instant disclosure relates to a monitor mounting apparatus for disposing on a working surface. The mounting apparatus includes a base, an adjusting unit, and a tilt bracket. The base is arranged on the working surface and has at least one guiding member. The adjusting unit includes at least one sliding member and at least one connecting member interconnected. The sliding member may be slidably arranged on the guiding member. The tilt bracket has an outer end portion and at least one connecting portion. The connecting portion is pivotally connected to the connecting member, and the outer end portion is defined on one end of the tilt bracket away from the connecting member. The tilt bracket may be oriented at various angular and vertical positions. The user may adjust the monitor mounting apparatus to suit the person's needs.

Abstract: A lift includes a mast and a brake module. The mast is for disposing on a working surface and has at least one track. The brake module is connected to a lift module mounted on the mast and includes at least one friction member and at least one forcing member. The friction member has a pressing portion and an axle oppositely arranged. The pressing portion is substantially shaped to engage the track. The forcing member is rotatably disposed on the axle for pivoting axially between a first position and a second position. At the first position, the pressing portion can be moved along the track and stopped by the lift module. At the second position, the forcing member displaces the friction member to force the pressing portion tightly against the track. Thus, the brake module is held in position relative to the mast.

Abstract: A display lifting device includes: a body; an adjusting unit having big and small wheels coaxially disposed on the body, a shaft fixed to the body, and a rock arm pivotally fixed to the shaft and having first and second arms; a spring having one end fixed to the body; a first rope member wound on the small wheel and having two ends connected to the first arm and the other end of the spring, respectively; and a second rope member wound on the small and big wheels and having one end connected to the second arm, and a sliding unit for carrying a display such that the display is movable between a first position and a second position. Since the sum of torques produced on the first and second arms is kept equal to zero, the display can stop at any position between the first and second positions.

Abstract: A frame stand includes a board, an interface plate and a supporting rack. The board is mounted on a display panel. The interface plate pivotally connects the board by a first shaft. The interface plate rotates in parallel with respect to the board and form a first rotate angle. The supporting rack connects the interface plate and has a second shaft and a supporting member. The supporting member swings a second angle by using the second shaft as an axis. The second shaft selectively approaches or moves away from a working surface. The frame stand switches between a first state and a second state. In the first state, the supporting member and the first side of display panel rest on the working surface. In the second state, the supporting member and the second side of display panel rest on the working surface.

Abstract: A detachable lifting module includes a fixing support, a sliding unit, a mounting unit, and at least one fastening element. The fixing support has a first track defining a first space and a second track defining a second space. The sliding unit includes a first sliding element detachably disposed on the first track and a second sliding element detachably disposed on the second track. The first sliding element has a first pressing portion received in the first space, and the second sliding element has a second pressing portion received in the second space. The fastening element is capable of connecting the first and second sliding elements. The first and second pressing portions are respectively received by the first and the second spaces and respectively engaging the first and second tracks to lock the sliding unit by adjusting the fastening element.

Abstract: The instant disclosure relates to a monitor mounting apparatus for disposing on a working surface. The mounting apparatus includes a base, an adjusting unit, and a tilt bracket. The base is arranged on the working surface and has at least one guiding member. The adjusting unit includes at least one sliding member and at least one connecting member interconnected. The sliding member may be slidably arranged on the guiding member. The tilt bracket has an outer end portion and at least one connecting portion. The connecting portion is pivotally connected to the connecting member, and the outer end portion is defined on one end of the tilt bracket away from the connecting member. The tilt bracket may be oriented at various angular and vertical positions. The user may adjust the monitor mounting apparatus to suit the person's needs.

Abstract: A lifting and rotating device includes a lifting unit having a gas lift and a support member having a hinge; a rotating unit rotatable around the hinge; and a decompression unit having a handle movable between a release position and a control position, a pressure regulating member pivotally disposed on the hinge and normally located at a release position, and a cable having one end connected to the handle and the other end connected to the pressure regulating member at a position substantially located on the pivot axis of the hinge. The handle is normally at the release position and the relative position between the pressure regulating member and a control pin of the gas lift remains unchanged when the rotating unit rotates around the hinge. When the handle is moved to the control position by an external force, the pressure regulating member is moved to press the control pin.

Abstract: A lifting and rotating device includes a lifting unit having a gas lift and a support member having a hinge; a rotating unit rotatable around the hinge; and a decompression unit having a handle movable between a release position and a control position, a pressure regulating member pivotally disposed on the hinge and normally located at a release position, and a cable having one end connected to the handle and the other end connected to the pressure regulating member at a position substantially located on the pivot axis of the hinge. The handle is normally at the release position and the relative position between the pressure regulating member and a control pin of the gas lift remains unchanged when the rotating unit rotates around the hinge. When the handle is moved to the control position by an external force, the pressure regulating member is moved to press the control pin.

Abstract: A frame stand includes a board, an interface plate and a supporting rack. The board is mounted on a display panel. The interface plate pivotally connects the board by a first shaft. The interface plate rotates in parallel with respect to the board and form a first rotate angle. The supporting rack connects the interface plate and has a second shaft and a supporting member. The supporting member swings a second angle by using the second shaft as an axis. The second shaft selectively approaches or moves away from a working surface. The frame stand switches between a first state and a second state. In the first state, the supporting member and the first side of display panel rest on the working surface. In the second state, the supporting member and the second side of display panel rest on the working surface.

Abstract: The instant disclosure relates to a modular cart, which includes a base and a tower. The tower can be assembled and disassembled. The base has a mounting seat supported on wheels. The wheels allow the mounting seat to move on a working surface. The mounting seat further defines an axis extending away from the working surface. The tower is mounted on the mounting seat and has N number of main bodies and N?1 number of couplers. With N?2, the main bodies and the couplers are interconnected into a predetermined length. Each coupler is connected between two main bodies.

Abstract: A lift device includes a main body unit including a first board and two racks and a lifting unit. The two racks are separately and parallely configured on the first board in a first direction. The lifting unit includes a lifting board disposed on and parallel to the first board, and being slidable with respect to the first board in the first direction; and two abutting members disposed on the lifting board between the two blocks and each having an abutting block and a first elastic member, wherein the abutting block is slidable with respect to the lifting board in a second direction perpendicular to the first direction, and the first elastic member is disposed on the lifting board to abut against one end of the abutting block for enabling the other end of the abutting block to abut against the protruding portions.

Abstract: The instant disclosure relates to a supporting apparatus for adapting to a flat electronic device. The supporting apparatus includes a pedestal and a carrying seat movably disposed thereon. The carrying seat includes a main body, a blocking member, and a bearing member. A sliding surface is formed on the main body. The blocking member is disposed on the main body, and a blocking surface is formed on the blocking member facing the sliding surface. The sliding surface and the blocking surface are arranged in gradual convergence. The bearing member is slidably disposed on the sliding surface and is separated from the blocking member. The bearing member is movable along the sliding surface in adjusting the distance between the bearing member and the blocking member. The flat electronic device is clipped fixingly by the bearing member and the blocking member on opposite sides thereof.

Abstract: The instant disclosure relates to a monitor mounting apparatus for using on a working surface. The mounting apparatus includes a base, an adjusting unit, and a tilt bracket. The base is disposed on the working surface and has a first anchoring portion. The adjusting unit includes at least one position-adjusting member and at least one angle-adjusting member pivotally interconnected. The position-adjusting member may be movably arranged on the first anchoring portion of the base. The tilt bracket includes a support plate and a turntable. An outer end portion is defined on the support plate, and the angle-adjusting member is fixed to the support plate away from the outer end portion. The turntable may rotate axially relative to the support plate. The tilt bracket may be tilted between a first operating position and a second operating position as required by a user.