| Michilin Prosperity Co., Ltd. Patent applications |
| Patent application number | Title | Published |
|---|
| 20120037738 | BLADE OF CROSSCUT SHREDDER - A blade of the crosscut shredder has the feature that any of a plurality of blades on rotary shafts rotating in opposite directions has a plurality of primary shoots. A plurality of auxiliary shoots are provided in the vicinity of the primary shoot. The distance between the primary shoot and the blade center is slightly larger than the distance between the auxiliary shoot and the blade center. When the blades rotate in opposite directions with the rotary shafts, the auxiliary shoots of any blade on either rotary shaft pushes the paper to be shredded toward the primary shoots on the opposite blade. The primary shoots thus pierce the paper at a lower power. | 02-16-2012 |
| 20120032014 | BLADE ASSEMBLY FOR PAPER SHREDDER - A blade assembly for paper shredder consists of a first blade and a second blade combined back to back. Each blade has a circular blade flank formed by punching a thin sheet metal. The blade flank has a hole at its center and integrally extends outwards with at least two cutting edges. Each cutting edge has a base portion extended from the blade flank outwards and on the same plane as the blade flank, a surface portion bent from the base portion to the back of the blade flank and perpendicular to the blade flank, and a tip portion formed between the base portion and the surface portion. The blade flank is integrally formed with several ribs protruding towards the blade flank. A portion of the rib is formed beneath the tip to support the cutting edge and to enhance its strength. | 02-09-2012 |
| 20110303777 | Horizontal paper removal device of a shredder - A paper removal device of a shredder has a belt transporting mechanism between a blade set and a paper outlet. Shredded paper chips first fall onto the belt and transported horizontally to the end of paper outlet. They then fall downward into a collecting bin. Since the paper removal device separate the blade set and the paper outlet, the user will not touch the blade set even if he or she carelessly put the hand into the paper outlet. | 12-15-2011 |
| 20110297767 | ONE-WAY DRIVING MECHANISM FOR THE PAPER REMOVAL DEVICE OF A SHREDDER - A one-way driving mechanism for the paper removal device of a shredder is disclosed. A transmission gear set is disposed between the cutting blades and paper-feeding wheels of the shredder. The primary gear of the transmission gear set is mounted on the rotary shaft of the cutting blades. The primary gear has at least one interference element. When the rotary shaft rotates in the shredding direction, the interference element connects and rotates with the end part of the rotary shaft. When the rotary shaft rotates in the reverse direction, the interference element is separate from the end part of the rotary shaft. This ensures that the paper-feeding wheels remain static in the REV mode. | 12-08-2011 |
| 20100176231 | Package-type break-preventing device for rotary shafts of a shredder - This specification discloses a package-type break-preventing device for rotary shafts of the shredder. It consists of two bent boards, each of which has a horizontal upper board, a vertical side board, a horizontal lower board, and a vertical base. When the two boards are connected and fixed on the machine frame and tail frame, the rotary shafts and stripper are enclosed within the space formed by the two boards. The vertical side board and the horizontal lower board directly urge against the stripper, providing a supporting effect on the rotary shafts. The rotary shafts therefore do not break under an external force due to the supporting force. This achieves the goal of preventing the rotary shafts from deformation under an external force. | 07-15-2010 |
| 20100176229 | Bin full detector for shreder - This specification discloses a bin full detector for shredder. A bin full detector is disposed in the bottom of the shredder housing at a position not lower than the blade set of the shredder. The bin full detector includes at least one emitted for emitting an infrared beam downward to the paper chips and at least one receiver for receiving the reflected signal. The feedback signals from chips of different distances or heights are converted into different voltages and sent to a signal processing circuit. A microcontroller analyzes, computes, and compares the signals. Finally, a displaying unit shows to the user whether the paper chips in the bin need to be emptied. | 07-15-2010 |
| 20100176228 | Safety switch of a shredder - This specification discloses an improved safety switch of a shredder. The paper outlet at the bottom of the shredder housing is provided with several switches around it, each of which is connected by a wire with another one in series to form a switch circuit. The switch circuit is connected through wires with a shredder control circuit to form s closed circuit. The switch is triggered by an external force, and the signal is transferred to the next switch. If the next switch is not triggered by an external force, the signal is interrupted and stopped. In other words, the switch circuit cannot form a closed circuit with the shredder control circuit and the shredder cannot function. | 07-15-2010 |
| 20100152912 | Electrical Power Management Device - The present invention discloses a power management device that measures the idle or standby power consumed by an attached electronic product, and then automatically and completely shuts off all power to the electronic product when that product consumes idle power for a continuous, predetermined length of time. | 06-17-2010 |
| 20100150040 | Wirelessly controlled idle power consumption management device for electronic products - This specification discloses a wirelessly controlled idle power consumption management device for electronic products. It comprises at least a wireless detector and a wireless remote control. Each of the wireless detectors has an AC plug and at least one power outlet for other electronics in the exterior and at least one microcontroller, at least one RF module and at least one electrical current detector in the interior. The wireless remote control also has at least one microcontroller and at least one RF module inside. When the wireless remote control and at least one wireless detector join together, the wireless remote control can simultaneously start several wireless detectors, making them detect whether an electronic product is in use or in an idle state. In the former case, the electrical power supply is maintained. In the latter case, the power supply to the electronic product is shut down after a certain time, reducing the idle power consumption thereof to zero. | 06-17-2010 |
| 20100102154 | Shredder Waste Management System - The present invention relates generally to shredder waste management systems. Specifically, this invention discloses a shredder waste management system with a universal shredder waste bag that can be used in various sized shredders. In addition, this invention discloses various mechanisms for securing a shredder waste bag in a shredder. | 04-29-2010 |
| 20100096484 | Lock elements for preventing rotary shafts of shredder from bending - This specification discloses a lock element for preventing the rotary shafts of shredders from bending. The lock element includes fixing ends and a supporting arm. The fixing element is used to fix on the paper guiding chips of the shredder mechanism. The supporting arm strides and urges on the outer side of the shredder mechanism. In practice, the lock elements are used in pairs and symmetrically fixed on the paper guiding chips. They form a pinching effect on the shredder mechanism to prevent the rotary shafts from bending. | 04-22-2010 |
| 20100096482 | Auto-Feed Built-In A Paper Shredder - Disclosed is an auto-feed built-in a paper shredder, including a pair of bisecting lids that are each provided at an inside thereof with a paper press, a paper receiving compartment, an auto-feed, and a paper shredding device located exactly below the auto-feed, wherein the auto-feed includes a paper tray, a paper inlet and two roller assemblies; the paper inlet and the paper shredding device located therebelow are aligned along an identical central axis; the two roller assemblies are provided at opposing sides of the paper inlet in parallel and project into the paper tray, whereby after placing a pile of paper into the paper receiving compartment to be supported by the paper tray, and closing the bisecting lids, the paper presses provided at the insides of the lids would apply a force against the pile of paper, such that a bottommost paper of the pile of paper would be folded in half by the two rollers rotating towards each other and then fed into the paper inlet to be subsequently shredded by the paper shredding device located below the paper inlet. | 04-22-2010 |
| 20100095805 | Plate elements for preventing rotary shafts of shredder from bending - This specification discloses plate elements that prevent the rotary shafts of the shredder from bending. The plate elements are fixed on the frame by their two ends. They are disposed in parallel on both sides of the shredder mechanism. The plate element is basically a wavy plate to provide a better strength. Through the pinching effect of the plate element on the shredder mechanism, the rotary shafts are prevented from bending deformation under external forces. | 04-22-2010 |
| 20100059612 | POWER SAVING SHREDDER - The present invention discloses a shredder which does not waste energy in standby mode. Power is applied to the components of the shredder only when material to be shredded is inserted into the shredder throat or when the unit is switched into reverse to clear a jam in the shredder. | 03-11-2010 |
| 20100031832 | Can presser - The disclosed can presser has a movable pressing board between the front and back fixing boards of a frame. It further has a driving component to make the movable pressing board perform a reciprocal displacement between the front and back fixing boards. The can presser uses the space between the front fixing board of the frame and the moving pressing board as the empty can storage space. As the moving pressing board displaces toward the front fixing board to a stop point, the empty can is gradually squeezed to reduce its size. Finally, the driving component brings the movable pressing board backward toward the back fixing board for the squeezed empty can to be taken out. | 02-11-2010 |
| 20090163340 | Paper folding machine - This specification discloses the structure of a paper folding machine that can automatically fold paper documents such as bills, flyers, and letters. The structure has a first paper folding plate and a second paper folding plate disposed correspondingly, and a first roller set and a second roller set disposed between the first paper folding plate and the second paper folding plate. Paper entering the paper folding machine is driven by the first and second roller sets to the first paper folding plate and the second paper folding plate in sequence for paper folding. In particular, the paper folding style can be changed by adjusting the positions of stopping blocks on the first and second paper folding plates. | 06-25-2009 |
| 20090044912 | Laminator - An improved laminator is disclosed. A guiding outlet is provided above or below the front feeding inlet of the laminator, so that both the guiding outlet and the feeding inlet face the user. This reduces the space required for operating the laminator. | 02-19-2009 |
| 20090039075 | Heat element for maintaining laminator at predetermined working temperature - A heating element that can maintain a laminator at a predetermined working temperature is disclosed. A low-power heating filaments and a high-power heating filaments are sandwiched between insulators. The high-power heating filaments are shut down once it is heated to a predetermined temperature. The low-power heating filaments are then turned on to maintain a constant temperature. When the temperature drops below a predetermined temperature, the low-power heating filaments are shut down and the high-power heating filaments are turned on to heat up the laminator. The temperature is thus maintained within a predetermined range through such cycles. | 02-12-2009 |
