A collapsible, two part easel for holding objects such as smartphones, cell phones, iPads, business cards, recipes, and calendars. The profile of the easel in the assembled position creates an angled support surface. The base of a viewable object rests on the top inside portion of the shelf created by the protruding support surface, and the back of the display object rests against the back angled inside portion of the perpendicular surfaces. The angle of the backrest creates a fixed viewing angle of the display object. The easel is easily assembled from its ship-flat position by rotating the perpendicular locking object support panel 90 degrees on its integral locking pivot cylinder already inserted into the variable sized backrest. The easels can be modularly locked together, or incorporate multiple easel supports on the back panel to support larger objects and increase the amount of graphics. The assembled unit, when the two parts are locked together becomes a structural support member. A secondary set of structural elements snap into the rear of the assembled easel to further enhance its strength.

The ergonomic device accessory supports computer peripherals, such as computer mice and track pads during use, and has two interlocking panel members. The first panel provides a support surface for the peripheral itself while the second panel provides a wrist support surface. The panels pivotally connect to each other and include complementary notches that engage with each other whereby gravity locks the two panels relative to each other, in either a right-handed configuration or a left-handed configuration. When locked, the panels are positioned at optimal angles for ergonomic and comfortable use by the user.

An interretractable stand includes outer and inner pairs of mirror-image members. Each member of the outer pair rotatably connects to a member of the inner pair. The members of the outer pair are hingedly connected, and the members of the inner pair are hingedly connected, so that the inner pair when fully rotatably misaligned with respect to the outer pair allows the inner and outer pairs to be hingedly separated to an open position, and so that the inner pair when fully rotatably aligned with respect to the outer pair rests between members of the outer pair in a closed position. When open the outer members provide two tripod feet and a backrest, and the inner members provide a third tripod foot and a carriage, forming a stand for supporting a musical instrument, canvas, book, or board. When closed the inner members align between the outer members for easy carrying and storage. A top pair of mirror-image hingedly connected members may be rotatably connected to respective outer pair members to extend the backrest.

The present invention relates to a support for electronic device, which comprises an accommodating member. The accommodating member includes three accommodating space. A first support plate, a second support plate and a third support plate are deposed in three accommodating space. A second foldable part is disposed between the second support plate and a third support plate. In addition, the third support plate and the first support plate are disposed symmetrically on both sides of the second support plate. The fixing member is disposed on a first edge of the first support plate, a second edge of the second support plate, and a third edge of the third support plate. The fixing member connects and fixes each pair of said first edge, said second edge, and said third edge. Then the support for electronic device forms a stereoscopic shape.

A dual tablet and dual smartphone holder that is a rectangular cuboid that defines an upper central slit, that holds two tablets that face in opposite directions, and that further defines a left upper slanted slit and a right upper slanted slit that that run inward toward the upper central slit, the left upper slanted slit and the right upper slanted slit hold smartphones. The smartphones placed in the left upper slanted slit and the right upper slanted slit are at an angle that allows each smartphone to capture the image of a user that is placed before the screen of the smartphone when the rectangular cuboid is placed on a table or desk that is before the user.

The invention relates to a foldable support base which includes a baseplate and a folding layer. The baseplate has two first sides, two second sides and at least one anti-slip slot. The folding layer is connected to the baseplate and has a fist cutting line, two second cutting lines and a folding line set. The first cutting line is of a U-shape and disposed adjacent to each of the second sides and one of the first sides. The second cutting lines are located inside the first cutting line and extended parallelly with each other. A three-dimensional support structure is configured and folded by dividing the folding layer to multiple blocks through the first cutting line, the second cutting lines and the folding line set. Therefore, the support base may be folded into multiple modes and have anti-slip support effect.

The present invention relates to a portable reading stand that not only serves as a reading stand for holding books, but also holds objects such as a portable electronic device such as a laptop and tablet, and can freely adjust the height and angle according to eye level of correct posture.

A multipurpose holder includes a base seat having opposite first and second end portions, a support rod including a pivot end portion connected pivotally to the first end portion, and a detent member including a pivot connecting portion proximate to the second end portion, and a pressed portion and a connecting end portion located on two opposite sides of the pivot connecting portion. The support rod is movable between stored and propped-up positions, in which it abuts against the base seat and a free end portion thereof is distal to the base seat, respectively. The connecting end portion is movable between first and second positions, in which it is proximate and distal to the base seat, respectively.

A foldable portable organizer desk has a base member having a flat front surface. A pair of leg members is hingely coupled to a rear surface of the base member. A folding member is hingely coupled to the base member. A folding member recessed area is formed in an interior surface of the folding member. At least one holding container is formed in the recessed area.

A device for turning pages in a book includes a main frame and a bottom support configured for engaging a bottom lip of a book's binder. The bottom support is hingedly connected to the main frame. A top support is configured for engaging a top lip of a book's binder. The top support is hingedly connected to the main frame. A kick stand extends from a back surface of the main frame for providing support to the device. A light is carried by the bottom support or top support for providing illumination of the book. A pair of blades extend from one of the bottom support or the top support for imparting movement of pages of the book to a subsequent page. An actuator imparts movement to the blades and the actuator is responsive to detecting a user's audible instruction to change a page.