Abstract: A mobile device management system includes a mobile device, a locator unit, and an operation unit. The locator unit includes a transmitter and is disposed on or in the mobile device. The operation unit is configured to receive the wireless signal. The units are configured to determine a distance between the locator unit and the operation unit and to cause a notification device to perform a notification when the distance is greater than a threshold signal strength value. The mobile device can also be configured to send a wireless signal to the locator unit when the mobile device receives a call or a message. The operation unit can be used to control the mobile device. A method using the system can help a person remember to retrieve the mobile device, to know to pick up a phone call, or to control a mobile device remotely.

Abstract: A mobile device management system includes a mobile device, a locator unit, and an operation unit. The locator unit includes a transmitter and is disposed on or in the mobile device. The operation unit is configured to receive the wireless signal. The units are configured to determine a distance between the locator unit and the operation unit and to cause a notification device to perform a notification when the distance is greater than a threshold signal strength value. The mobile device can also be configured to send a wireless signal to the locator unit when the mobile device receives a call or a message. The operation unit can be used to control the mobile device. A method using the system can help a person remember to retrieve the mobile device, to know to pick up a phone call, or to control a mobile device remotely.

Abstract: An earphone produces an intelligently-changing stereo sound effect. The earphone includes an ear cup, at least one speaker disposed in the ear cup, a processing unit disposed in or attached to the ear cup and connected to the speaker, and at least one sensor disposed in or attached to the ear cup and connected to the processing unit. The sensor is configured to sense a movement of the earphone or an environmental change of the earphone and to send the processing unit a signal representing the movement or the environmental change. The processing unit is programmed to process the signal and to generate a changed stereo signal for the speaker. The changed stereo signal is changed according to the movement or the environmental change. The speaker is configured to receive the changed stereo signal and to generate a changed stereo sound effect according to the changed stereo signal.

Abstract: An earphone produces a three-dimensional stereo sound effect. The earphone has an ear cup with a front portion, a back portion, a front sound effect unit disposed in the front portion, a front sound resonator disposed in the front portion, a back sound resonator disposed in the back portion, and a back sound effect disposed in the back portion. A front speaker is disposed in the front portion of the ear cup. A back speaker is disposed in the back portion of the ear cup. A sound controller is disposed in the ear cup. A sound output unit is connected with the ear cup. The front speaker and the back speaker work together to create stereo sound in a first dimension and in a second dimension. One of the front speaker and the back speaker creates stereo sound in a third dimension.

Abstract: A multimedia play menu is generated into an auto playgroup organizer system for a multimedia player by using intelligence cursor/scroll sequence functions programmed for operation by an input device such as a hand-held mobile mouse. The intelligence cursor/scroll can sense any type of digitalized item or symbol displayed on the LED or LCD screen of the multimedia player. When the intelligence cursor/scroll function senses a click/press sequence symbol representing the position of a song, it will start to carry out a click/press sequence function as a user wishes. The more clicks/presses are applied by the intelligence cursor/scroll on the sequence symbol before a song/item, the higher the position for that song/item is created, analyzed, recorded and carried out.

Abstract: An earphone produces a three-dimensional stereo sound effect. The earphone has an ear cup with a front portion, a back portion, a front sound effect unit disposed in the front portion, a front sound resonator disposed in the front portion, a back sound resonator disposed in the back portion, and a back sound effect disposed in the back portion. A front speaker is disposed in the front portion of the ear cup. A back speaker is disposed in the back portion of the ear cup. A sound controller is disposed in the ear cup. A sound output unit is connected with the ear cup. The front speaker and the back speaker work together to create stereo sound in a first dimension and in a second dimension. One of the front speaker and the back speaker creates stereo sound in a third dimension.

Abstract: A sound direction/stereo effect 3D adjustable earphone in one aspect contains an adjustable headband clip to hold the left and right earphone parts. An adjustable holder is at the left and right ends of the earphone and at the topside of an ear cup. The ear cup contains a 3D adjustable ear speaker at the center of the earphone for delivery of sounds from the earphone to a user. A 3D direction adjustable unit works with the ear speaker. The adjustable unit contains a connector such as a little ball at one end to fit in a corresponding connector such as a hole at the holder and another connector such as a little ball to fit into another corresponding connector such as a hole at the speaker. In this way, the ear speaker can be freely pushed out/pulled in and pulled/pushed/rotated adjustably in X-Y-Z or three dimensions.

Abstract: A computerized multiple input/output system in which a computerized input device with a computerized hub system and a wireless communication hub inside create a mini-computerized communication command operation center by simultaneously and synchronously communicating with a computerized host device, a wireless handheld controller, and any computerized hub driven extensions that are connected to the computerized input device or controller.

Abstract: A multimedia play menu is generated into an auto playgroup organizer system for a multimedia player by using intelligence cursor/scroll sequence functions programmed for operation by an input device such as a hand-held mobile mouse. The intelligence cursor/scroll can sense any type of digitalized item or symbol displayed on the LED or LCD screen of the multimedia player. When the intelligence cursor/scroll function senses a click/press sequence symbol representing the position of a song, it will start to carry out a click/press sequence function as a user wishes. The more clicks/presses are applied by the intelligence cursor/scroll on the sequence symbol before a song/item, the higher the position for that song/item is created, analyzed, recorded and carried out.

Abstract: A sound direction/stereo effect 3D adjustable earphone in one aspect contains an adjustable headband clip to hold the left and right earphone parts. An adjustable holder is at the left and right ends of the earphone and at the topside of an ear cup. The ear cup contains a 3D adjustable ear speaker at the center of the earphone for delivery of sounds from the earphone to a user. A 3D direction adjustable unit works with the ear speaker. The adjustable unit contains a connector such as a little ball at one end to fit in a corresponding connector such as a hole at the holder and another connector such as a little ball to fit into another corresponding connector such as a hole at the speaker. In this way, the ear speaker can be freely pushed out/pulled in and pulled/pushed/rotated adjustably in X-Y-Z or three dimensions.

Abstract: A method for creating faded designs in selected areas of fabric includes providing a plurality of fabric pieces and placing at least one cord on at least one selected area of at least one fabric piece of the plurality of fabric pieces in accordance with a selected pattern. Stitches are applied to secure the at least one cord to the at least one fabric piece and to form at least one corded tack. The at least one corded tack is treated to cause color changing of the at least one corded tack, and a garment is formed from the plurality of fabric pieces.

Abstract: A hand-held or palm mobile mouse is contained in a mini hand-held shaped housing to be held in the palm of a user with a sphere arranged on the top easily and naturally reached by the user's thumb. The thumb of the user can rotate the sphere, which contains a magnetic core inside, to cause a corresponding cursor movement on a computer screen through a magnetically activated rolling movement detection unit or units and press down on the sphere to carry out click function commands or menu functions pointed to by the cursor on the screen. Alternatively, the magnetic core may be omitted by supporting the sphere on four free rolling roller units, two of which are used to implement the rolling movement detection function. There may also be key-buttons on the area where the user's fingers rest to implement click function by a user's fingers. There may also be a wheel/click button for cursor extension movement and click command functions.

Abstract: A fastening assembly and method uses a belt loop/snap arrangement in which a belt loop of a pair of pants or other garment is combined with a female or male snap part. The other mating snap part half (male or female) is attached to the bag or carrying case of an electronic device such as a cellular phone, CD player, or wearable computers, etc. The belt loops on which the snap parts are attached can be sewn on pants in vertical, horizontal and criss-cross arrangements to form “I” type, “H” type, “X” type, “Y” type and “V” type arrangements. The snap fasteners are preferably placed on the middle area of the belt loop and at the center to about the upper ⅓ to ⅕ of the back side of the bag or carrier for the electronic device.

Abstract: A hand-held or palm mobile mouse is contained in a mini handheld shaped housing to be held in the palm of a user with a sphere arranged on the top easily and naturally reached by the user's thumb. The thumb of the user can rotate the sphere, which contains a magnetic core inside, to cause a corresponding cursor movement on a computer screen through a magnetically activated rolling movement detection unit or units and press down on the sphere to carry out click function commands or menu functions pointed to by the cursor on the screen. Alternatively, the magnetic core may be omitted by supporting the sphere on four free rolling roller units, two of which are used to implement the rolling movement detection function. There may also be key-buttons on the area where the user's fingers rest to implement click function by a user's fingers. There may also be a wheel/click button for cursor extension movement and click command functions.

Abstract: A fastening assembly and method uses a belt loop/snap arrangement in which a belt loop of a pair of pants or other garment is combined with a female or male snap part. The other mating snap part half (male or female) is attached to the bag or carrying case of an electronic device such as a cellular phone, CD player, or wearable computers, etc. The belt loops on which the snap parts are attached can be sewn on pants in vertical, horizontal and criss-cross arrangements to form “I” type, “H” type, “X” type, “Y” type and “V” type arrangements. The snap fasteners are preferably placed on the middle area of the belt loop and at the center to about the upper ⅓ to ⅕ of the back side of the bag or carrier for the electronic device.