A desktop workspace that adjusts vertically includes a work surface platform, a base configured to sit on an existing platform, such as a desk, a height adjustable mechanism including at least one set of arms that connect at a pivot point(s) creating a scissoring motion to raise and lower the said work surface platform to various heights. A locking and unlocking mechanism may connect to the height adjustable mechanism. In some cases, the apparatus includes an adjustable mechanism to support items such as a keyboard. In some cases, the apparatus includes elements to raise items such as a monitor to an additional height.

According to an aspect, there is provided a frame module for a console. The frame module comprises first and second spaced apart leg frames and respective upper and lower elongated frame sections extending between and interconnecting the first and second leg frames. The frame module may also comprise an intermediate frame section that is horizontally adjustable along the length of the upper and lower frame sections. Two or more frame modules may be connected to form a console frame structure. The console frame structure may comprise at least one pivot connection between the second leg frame of the first frame module and the first leg frame of the second frame module. For each pivot connection, the console frame structure may also include at least one support member pivotably connected to the first and second frame modules by the pivot connection.

According to an aspect, there is provided a frame module for a console. The frame module comprises first and second spaced apart leg frames and respective upper and lower elongated frame sections extending between and interconnecting the first and second leg frames. The frame module may also comprise an intermediate frame section that is horizontally adjustable along the length of the upper and lower frame sections. Two or more frame modules may be connected to form a console frame structure. The console frame structure may comprise at least one pivot connection between the second leg frame of the first frame module and the first leg frame of the second frame module. For each pivot connection, the console frame structure may also include at least one support member pivotably connected to the first and second frame modules by the pivot connection.

A method for making a cutting mat assembly includes a step of arranging two mats side-by-side and a assembling line being formed along two respective first sides of the two mats, each mat including a first slot or a first handle formed to a second side thereof; and a step of arranging an inner piece located between the two mats and a second slot or a second handle being formed to each of two opposite ends of the inner piece, the first handles of the two mats respectively extending through the two second slots of the inner piece, or the two second handles of the inner piece respectively extending through the two first slots such that the two mats are located corresponding to one face of the inner piece. The users hold the handles to carry the cutting mat assembly, and tools are stored by the inner piece.

A method for making a cutting mat assembly includes a step of arranging two mats side-by-side and a assembling line being formed along two respective first sides of the two mats, each mat including a first slot or a first handle formed to a second side thereof; and a step of arranging an inner piece located between the two mats and a second slot or a second handle being formed to each of two opposite ends of the inner piece, the first handles of the two mats respectively extending through the two second slots of the inner piece, or the two second handles of the inner piece respectively extending through the two first slots such that the two mats are located corresponding to one face of the inner piece. The users hold the handles to carry the cutting mat assembly, and tools are stored by the inner piece.

The present invention relates to an office appliance, and particularly discloses a foldable height-adjustable desk workstation, which comprises a workstation desktop, upper workstation support legs, lower workstation support legs, lifters, and locking mechanisms. In the foldable height-adjustable desk workstation with the above-mentioned structure, the workstation desktop can be controlled by the lifters arranged between the upper workstation support legs and the lower workstation support legs to vertically go up or down, and the workstation desktop can be locked at any height position between an upper limit position and a lower limit position by the locking mechanisms. A synchronous link mechanism is arranged between locking bars of the two sets of locking mechanisms, the two sets of locking mechanisms can be synchronously unlocked by a spanner connected to any one of the locking bars, single-hand operation can ensure the balanced raising and lowering of the workstation desktop, so that the other hand can synchronously conduct other actions such as applying raising or lowering pressure on the workstation desktop, and thereby the convenience and experience of operating the workstation desktop are improved.

A workstation has two work surfaces that have interfaceable complementary concave and convex edges, and which are maintained in the same horizontal plane by moveable arms connecting the undersides of the two work surfaces. The moveable arms are operable to move one of the work surfaces in the horizontal plane both arcuately along the complementary edges and laterally toward and away from the other work surface. The work surface that moves relative to the other may support a keyboard or other computer input device, while the other work surface may support one or more computer monitors. The workstation is useful for any user having the need or desire for a multi-monitor configuration.

A workstation has two work surfaces that have interfaceable complementary concave and convex edges, and which are maintained in the same horizontal plane by moveable arms connecting the undersides of the two work surfaces. The moveable arms are operable to move one of the work surfaces in the horizontal plane both arcuately along the complementary edges and laterally toward and away from the other work surface. The work surface that moves relative to the other may support a keyboard or other computer input device, while the other work surface may support one or more computer monitors. The workstation is useful for any user having the need or desire for a multi-monitor configuration.

An adjustable clamp includes a carrier member to be supported on a table plate, a fastener is rotatably engaged in a compartment of the carrier member, a follower is slidably engaged in the carrier member and includes a screw hole for engaging with the fastener, and an anchoring element includes an upper limb for engaging with the follower, and a middle limb arranged between the upper limb and a lower limb for allowing the table plate to be engaged between the upper limb and the lower limb, and for allowing the lower limb to be forced to engage with the table plate when the follower is moved relative to the carrier member with the fastener.

A motorized desktop stand unit having a main surface assembly designed to accommodate a monitor or laptop and a secondary surface assembly designed to accommodate a keyboard. The desktop stand unit also has a frame assembly having an upper frame and a lower frame. An elevation mechanism is provided between the upper frame and lower frame. A switch provided in the main surface assembly, when actuated, causes the elevation mechanism to adjust the space between the upper frame and lower frames, changing the height of the main surface assembly.