A multipurpose stationery tool includes a base including a pair of holders, a pair of first position-limiting portions and a pair of second position-limiting portions, a supporting unit including a pair of pivoting portions respectively pivotally connected to the pivot holders and a pair of swinging portions opposite to the pivoting portions and being adjustable in position relative to the base between an extended position where the supporting unit is stopped in place by the first position-limiting portions and a received position where the supporting unit is stopped in place by the second position-limiting portion, and an upper holder block adjustable in position relative to the supporting unit and including a holder block base pivotally connected to the swinging portions, a pair of extension rods bilaterally extended from the holder block base and two stop portions for stopping against the swinging portions in the extended position. Subject to the pivotable relationship between the base, the supporting unit and the upper holder block, the multipurpose stationery tool is practical for multipurpose applications.

A pouch for receiving a main body of a portable electronic device having a touch screen provided on a front surface thereof includes: a first part for receiving a rear surface of the main body; and a second part rotatably connected to the first part to close or open the touch screen, wherein the second part is formed to expose visual information of the touch screen to the outside in a state in which the touch screen is covered, and has conductivity allowing the touch screen to sense a touch input applied thereto in the closed state.

Cases, devices, and methods for protecting and holding portable handheld devices, such as cell phones and smart phones, in separate protective cases having outwardly extending resilient bumper corner eye lit rings which cushion the case and function as bumpers when the portable electronics device are dropped. The outwardly extending bumpers/eye lit rings can also support lanyards and keychain rings, and the like, so that the cases with portable electronics devices can be easily and safely held in one's finger, about their wrist, or on their neck. A central ring can be formed from an upper middle portion of the case for allowing the forefinger of a user to be inserted therein with the back of the hand supporting the case, and the lanyard wrapped about the user's wrist. The novel cases can also be used to safely protect other types of portable electronic devices, such as tablets and laptop computers, and the like, in similar manners. Portable electronic device housings can be initially manufactured and built with the outwardly extending resilient rings offering safe protection from being dropped and for being held, carried or worn.

A mobile device case is disclosed. The mobile device case includes a housing comprising a cavity configured to partially enclose a mobile device, a first and second foldable panel having first and second speakers pivotally connected to the housing, wherein the first and second foldable panels rotate from a folded position where the first and second foldable panels are configured to be folded on a back surface of the bottom surface of the cavity to an unfolded position where the first and second foldable panels extend laterally in a parallel way relative to the bottom surface of the cavity.

A method of manufacturing a case for a mobile electronic device is provided for cases having a generally rectangular shape, two long side walls extending substantially parallel to another, and two short end walls extending substantially parallel to one another between the long side walls. The method includes molding a case portion of a first material of a first hardness forming a substantial portion of the side walls and end walls, and a second material of a second hardness extending around the inner periphery of the first material wherein the first hardness is greater than the second hardness, presenting a strip to an outer periphery of the case portion, applying heat and pressure to a backing layer, and removing the backing strip from which the foil has been removed. The present method is advantageous in that it provides a case with a durable and chemically resistive finish.

A smart phone holding system for coupling a smart phone to a golf bag includes a golf bag has an upper edge. A stanchion is removably coupled to the golf bag having the stanchion extending upwardly from the golf bag. A gripping unit is movably coupled to the stanchion. The gripping unit may retain an electronic device thereby facilitating the electronic device to be observed.

A device includes a housing with a recessed area and a raised peripheral section surrounding the recessed area, wherein the recessed area is recessed with respect to the raised peripheral section. A gripping mechanism is provided in the recessed area. The gripping mechanism is adjustable to hold portable electronic devices of a plurality of different sizes. A light source is provided in the raised peripheral section, to emit light from the raised peripheral section.

A two-piece mobile device holder having a case assembly and a mounting assembly is disclosed. The case assembly is configured to receive and secure a mobile device such as a smart phone. The mounting assembly is configured to be detachably coupled to other objects. Sets of permanent magnets are arranged in a circular pattern in the case assembly and the mounting assembly. The magnets in both the first and second set of magnets are arranged with alternating magnetic polarity. As the case assembly is placed on top of the mounting assembly, the magnets in the mounting assembly will attract magnets with opposite polarities in the case assembly. A user may detach the case assembly from the mounting assembly by rotating the case assembly such that the magnets in the case assembly are now adjacent to magnets in the mounting assembly of the same polarity.

A protective case for a portable device having a touch screen is constructed from a back frame, a front frame and a stretchable cover. The back frame receives the portable device through an open front and the stretchable cover is stretched over the back frame and the device. A portion of the cover stretches over the back frame and portable device such that the portable device is securely held in the back frame and the touch screen can be accessed and used when the device is mounted in the back frame and stretchable cover. A front frame with a transparent screen protector that allows the touch screen of the portable device to be used while the device is fully enclosed in the case is removably coupled to the back frame with grasping arms that connect to mounting portions on the back frame that extend through openings in the stretchable cover. A debris resistant seal is created between the front frame and the stretchable cover through a compression fit.

A protection and stabilization assembly for handheld electronic devices includes a shell that defines an interior space, which is substantially complementary to a handheld electronic device. The shell has a front, back, bottom and opposing sides. The front is substantially open and is configured such that the handheld electronic device is insertable into the interior space. Each opposing end of a strap is coupled to the shell proximate to a respective opposing side. The strap is resilient and overlays a portion of the back proximate to the bottom. The improvement is the strap positioned on the shell. The strap is configured to insert two or more fingers of a hand of a user between the strap and the shell. The handheld electronic device is stabilized in the hand of the user with a thumb of the hand free to manipulate controls on a front face of the handheld electronic device.