In some examples, an organizer may include a plurality of inserts. At least one insert of the plurality of inserts may include at least a front panel and an opposite back panel that form the at least one insert, and at least one instrument component disposed hi the at least one insert. The organizer may further include a binding mechanism that attaches the plurality of inserts.

A plastic plate clip comprises a bottom plate, a hook and a torsional spring. The hook comprises rotating shafts provided on two sides of the front end, connecting portions are provided on two sides of the middle part, and a fixed portion is provided at the rear end, the two ends of each of the connecting portions are connected to an end of the respective rotating shaft and one end of the fixed portion, respectively. The bottom plate is a plastic plate, and the front end of the plastic plate arches upward to form an arc-shaped groove into which the other end of the rotating shaft is inserted. The torsional spring is sleeved onto the rotating shaft, and one end of the torsional spring is riveted to the rotating shaft while the other end thereof detachably presses against the bottom plate.

A multipurpose paper holder is configured to hold paper articles against a vertical support surface. The multipurpose paper holder comprises a base configured to be mounted to a vertical surface, an arm pivotally connected to the base and configured to rotate towards the vertical support under gravitational force, and a pressure pad attached to a lower end of the arm for pressing the paper article against the vertical support surface.

The technology disclosed herein relates to a card having a liquid absorptive sponge cloth forming a first panel and a second panel. A fold line is defined between the first panel and the second panel. A printed communication is on a first surface of the first panel. The sponge cloth is semi-rigid when substantially dry and is non-rigid upon saturation with liquid water. The sponge cloth has a maximum tensile strength of at least 2.66 lbs./in when wet.

A method of securing at least one document to a window involves retaining the at least one document in a retaining portion of a document holder by inserting the at least one document through an opening defined along a retaining portion side edge of the retaining portion. A length of the opening is substantially equal to a length of the retaining portion side edge. The method further involves inserting a securing portion of the document holder extending from the retaining portion into an opening defined by a windowpane of the window when the windowpane is in an open position. The method further involves, when the securing portion is inserted into the opening defined by the windowpane, moving the windowpane from the open position to a substantially closed position to engage the securing portion and thereby secure the document holder at the window.

A hanger for hanging a binder containing loose-leaf pages in a hanging drawer system has first and second opposed hooks configured to be secured to a notebook spine. First and second arms are moveable relative to the hooks between extended and retracted positions. The arms have support surfaces that extend laterally beyond the hooks in the extended position and lips that are spaced from the hooks in the extended position. A method of hanging a notebook in a drawer includes moving the arms to the extended position and placing the support surfaces of the arms on the rails of the hanging drawer system so the rails support the notebook.

The technology disclosed herein relates to a card having a liquid absorptive sponge cloth forming a first panel and a second panel. A fold line is defined between the first panel and the second panel. A printed communication is on a first surface of the first panel. The sponge cloth is semi-rigid when substantially dry and is non-rigid upon saturation with liquid water. The sponge cloth has a maximum tensile strength of at least 2.66 lbs./in when wet.

An electronically addressable a-polar document receptacle identification circuit has first and second terminals adapted to be connected to a two conductor data bus for supplying data signals to the terminals and for receiving responses from the circuit. The circuit has a two phase diode bridge circuit with first and second nodes connected to the first and second terminals. The diode bridge circuit is connect to the data signal input of a circuit microcontroller having an output connected to the first and second nodes for furnishing response signals to the nodes. The associated receptacle can be a file folder removably received in a file cabinet or a notebook binder removably received on a cabinet shelf. The circuit will function correctly regardless of the orientation of the terminals with respect to the data bus conductors so a file folder or a notebook binder can be installed in either one of two possible orientations without affecting the functionality of the circuit.

A hanging folder assembly for identifying documents that need attention includes a hanging folder that has a plurality of documents positioned therein for storage. A pocket is coupled to the hanging folder and the pocket has a depth and a width of approximately 9.0 inches for insertably receiving an ANSI Letter size paper. The pocket is oriented on the hanging folder such that the ANSI Letter size paper is oriented perpendicular to the documents in the hanging folder. In this way the pocket identifies the ANSI Letter size paper as needing attention.

An article for mounting to a vertical surface comprising a substrate having a first layer formed from a flexible film or sheet and a second layer formed with a conventional low-tack non-reactive reusable adhesive effective for attaching the substrate to drywall or plaster or wood surfaces. At least one rigid component is attached to the substrate. The second layer covers at least a portion of the first layer for attaching to a vertical surface and includes a release area, wherein the release area is positioned such that it is vertically above the at least one rigid component. The rigid component operates to produce a cantilever moment and wherein the release area operates to counteract the cantilever moment.