Abstract: Example methods and apparatus can be used to reduce noise in motor assemblies, such as those used in architectural coverings. An example apparatus includes a first driver configured to be coupled to and rotated by an output shaft of a motor, a second driver, and a plurality of vibration-absorbers disposed between the first driver and the second driver. The second driver is configured to be coupled to a rotating member to transfer rotational motion from the first driver to the rotating member via the vibration-absorbers.

Abstract: A mesh comprising a substantially planar open frame structure formed from a plurality of interlinked planar units, wherein the open frame structure is infinitely increasable in size by the addition of more units, the frame structure comprising three types of units: body units forming the centre/middle part of the frame structure, the body units adapted to interlink with at least 4 other units in the frame structure, peripheral units around the outside edge of the body units, each peripheral unit adapted to interlink with at least 3 other units in the frame structure, corner units at each corner of the outer periphery and therefore linking with peripheral units, each corner unit adapted to interlink with at least 2 other units in the structure, wherein each planar unit is a ring defining an inner opening, the outer surface of the ring supporting interlocking parts wherein a first interlocking part on a first ring arranged in the frame structure aligns and cooperates with a second complementary shaped interlock

Abstract: Disclosed herein is a medical device. The medical device includes two coaxially aligned solenoids and a cannulated armature configured to be received within the two coaxially aligned solenoids.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a solenoid, and a mechanical arrangement. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The solenoid is offset from a central axis of the blade tube section. The mechanical arrangement is between the inner blade tube and the solenoid.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a mechanical arrangement. The blade tube section includes an outer blade tube, inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is offset from a central axis of the blade tube section. The mechanical arrangement is between the inner blade tube and the motor.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a cotch yoke or slotted link mechanism. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is spaced from the blade tube section. The scotch yoke or slotted link mechanism is between the inner blade tube and the motor.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a lever arm. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is spaced from the blade tube section. The lever arm is between the inner blade tube and the motor.

Abstract: A desk system including desktop, legs, and foot elements is presented. Each leg is rotatably attached at one end to the desktop and attached at another end to one foot element which is also rotatable. The system is disposed in a stowed configuration when legs and foot elements are substantially parallel to the desktop and legs are disposed between and substantially parallel to foot elements. The system is disposed in an upright configuration when legs are substantially perpendicular to the desktop and each leg is substantially perpendicular to one foot element. The system is configured from stowed to upright by separately rotating legs about a minor axis in opposite directions away from one another and by separately rotating foot elements about a major axis in opposite directions toward one another.

Abstract: A desk system including desktop, legs, and foot elements is presented. Each leg is rotatably attached at one end to the desktop and attached at another end to one foot element which is also rotatable. The system is disposed in a stowed configuration when legs and foot elements are substantially parallel to the desktop and legs are disposed between and substantially parallel to foot elements. The system is disposed in an upright configuration when legs are substantially perpendicular to the desktop and each leg is substantially perpendicular to one foot element. The system is configured from stowed to upright by separately rotating legs about a minor axis in opposite directions away from one another and by separately rotating foot elements about a major axis in opposite directions toward one another.

Abstract: A system facilitates secure communication between an authorized user device and two or more servers via two or more channels that are associated with the respective servers. For each communication channel, the system receives a device identifier for the authorized user device and links the device identifiers together via another identifier, thereby allowing the system to recognize that the different device identifiers identify the same authorized user device. The system can identify an unauthorized device masquerading as the authorized user device by determining that a communication from the unauthorized device does not include another identifier linking the two or more device identifiers and/or by determining that a device identifier computed during the registration process is different from a linked identifier.

Abstract: A desk system including desktop, legs, and foot elements is presented. Each leg is rotatably attached at one end to the desktop and attached at another end to one foot element which is also rotatable. The system is disposed in a stowed configuration when legs and foot elements are substantially parallel to the desktop and legs are disposed between and substantially parallel to foot elements. The system is disposed in an upright configuration when legs are substantially perpendicular to the desktop and each leg is substantially perpendicular to one foot element. The system is configured from stowed to upright by separately rotating legs about a minor axis in opposite directions away from one another and by separately rotating foot elements about a major axis in opposite directions toward one another.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a lever arm. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is spaced from the blade tube section. The lever arm is between the inner blade tube and the motor.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a mechanical arrangement. The blade tube section includes an outer blade tube, inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is offset from a central axis of the blade tube section. The mechanical arrangement is between the inner blade tube and the motor.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a solenoid, and a mechanical arrangement. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The solenoid is offset from a central axis of the blade tube section. The mechanical arrangement is between the inner blade tube and the solenoid.

Abstract: Disclosed herein is a medical device. The medical device includes a blade tube section, a motor, and a cotch yoke or slotted link mechanism. The blade tube section includes an outer blade tube, an inner blade tube, and a cutting window at a distal end of the blade tube section. The motor is spaced from the blade tube section. The scotch yoke or slotted link mechanism is between the inner blade tube and the motor.

Abstract: A surgical media management system for capture, real-time communication, and storage of surgical media data. The surgical media data may be received at a source computing device executing a source real-time communication (RTC) client. The source RTC client may communicate the surgical media data to a surgical media management platform which may also mediate a real-time peer to peer connection with a participant RTC client for a real-time broadcast of surgical media data. The surgical media management platform also stores the surgical media data in cloud storage for later retrieval and viewing. Furthermore, an analytics engine may be provided to analyze the surgical media data to determine actionable analytics regarding favorable outcomes of surgical procedures.

Abstract: Described herein is a method for generating a full-scale template that allows for the precise positioning of audio and/or video (A/V) components, such as lighting, video and sound devices, onto an elongate structural member, such as a truss, in order to create a desired environment for a staged event.