Abstract: In a chair-type massage machine equipped with a seat section and a backrest section provided backwardly of this seat section and a pillow section (5) provided above the above-mentioned backrest section, shoulder outside air cells (21), shoulder inside air cells (22), shoulder lower air cells (23) and neck air cells (20) are disposed, and these air cells (20) to (23) are controlled independently of one another, thereby performing treatment operations at plural portions of the user.

Abstract: A chair-type massaging apparatus of the present invention, including a massaging element that is mounted in a back rest configured to support a back of a user and is configured to be movable in a substantially forward and backward direction to apply stimulation to the back, a control device that includes a grip that is tilted by the user to be displaceable from a predetermined neutral position in the forward and backward direction substantially corresponding with the direction in which the massaging element moves and is configured to output a signal indicating a displacement of the grip, and a controller configured to, based on the signal from the control device, execute control to move the massaging element in a direction substantially corresponding with a direction in which the grip is operated to move.

Abstract: A multiplex transmission system includes a number of multiplex transmission devices connected to each other via a common transmission line for transmitting frames of data. Each frame of data includes a string of bits. The number of multiplex transmission devices includes a first multiplex transmission device having a first communication controller, the first communication controller transmitting a first frame of data at predetermined intervals of time while changing a predetermined bit of data in the first frame; and a second multiplex transmission device having a second communication controller, the second communication controller transmitting a second frame of data to the first multiplex transmission device in response to one of (i) a change in input data from an external equipment, and (ii) a change in the predetermined bit of the first frame when the first frame is received by the second multiplex transmission device from the first multiplex transmission device.

Abstract: A terminal node (40); which includes a first bias unit (41) for biasing a first transmission line (10), out of two common transmission lines (10, 11), to a power supply potential, a second bias unit (42) for biasing a second transmission line (11) to the ground potential, and a communication control unit (43) for controlling data transmission. Another terminal node (50), which includes a communication control unit (51) is also provided. Connecting terminals (44 to 47, 52 to 55) are provided which connect the bias units (41, 42) and the communication control units (43, 51) of the terminal nodes (40, 50) to the transmission lines (10, 11) at two points for each line, and the terminal nodes (40, 50) are daisy-chain-connected to the transmission lines (10, 11) by means of the connecting terminals.