摘要:
A foot control for use in a microsurgical system comprises a console, and a foot pedal for the user of the system which can be used either by the left or right foot during surgery. The foot pedal is disposed for movement in pitch by the user to selectively control at least a first linear function carried out by the system according to its operating modes and mode sequences and is disposed for movement in yaw by the user to selectively control at least a further linear function carried out by the system according to its operating modes and mode sequences. The foot control further has a plurality of foot-operated switch actuators for permitting user selection of modes and mode sequences by the system and a control circuit connected with the microsurgical system in a computer network for data communication with the microsurgical system. The control circuit electronically supervises foot pedal movements in both pitch or yaw and actuation of the foot-operated switch actuators and reports such movements and actuation to the microsurgical system for control accordingly of the microsurgical system in its operating modes. The control circuit communicates with the system for programming the foot pedal switch actuators and permits user control of operating modes and mode sequences of the system.
摘要:
A foot control for use in a microsurgical system comprises a console, and a foot pedal for the user of the system which can be used either by the left or right foot during surgery. The foot pedal is disposed for movement in pitch by the user to selectively control at least a first linear function carried out by the system according to its operating modes and mode sequences and is disposed for movement in yaw by the user to selectively control at least a further linear function carried out by the system according to its operating modes and mode sequences. The foot control further has a plurality of foot-operated switch actuators for permitting user selection of modes and mode sequences by the system and a control circuit connected with the microsurgical system in a computer network for data communication with the microsurgical system. The control circuit electronically supervises foot pedal movements in both pitch or yaw and actuation of the foot-operated switch actuators and reports such movements and actuation to the microsurgical system for control accordingly of the microsurgical system in its operating modes. The control circuit communicates with the system for programming the foot pedal switch actuators and permits user control of operating modes and mode sequences of the system.
摘要:
The invention relates to a folded medical cover (30) for use in operation rooms, especially for instrument tables (2) or operation tables or the extremities of a patient. Said cover comprises a tubular section (36) with at least one first open end (32) for putting the cover on the table (2) or the extremity, and with a second, especially closed end (34). The tubular section (36) is folded at least once at an angle to its longitudinal direction (16) and the second end (34) has the effect of a stop (53) when the cover is put on the table or the extremity. The aim of the invention is to make such a cover easier to handle. To this end, an intermediate section (46, 48), disposed in the longitudinal direction (16) between an end section (38, 40) forming the second end (34) and the first open end (32), is turned inwards into the tubular section (36) in such a manner that the table (2) or the extremity can be inserted in the opening (49, 86) formed by the intermediate section (46, 48) turned inward and that, when the cover (30) is put on the table (2) or the extremity, the intermediate section (46, 48) turned inward can be unfolded when the table (2) or the extremity rests against the second end (34) during putting on the cover.
摘要:
A foot control for use in a microsurgical system comprises a console, and a foot pedal for the user of the system which can be used either by the left or right foot during surgery. The foot pedal is disposed for movement in pitch by the user to selectively control at least a first linear function carried out by the system according to its operating modes and mode sequences and is disposed for movement in yaw by the user to selectively control at least a further linear function carried out by the system according to its operating modes and mode sequences. The foot control further has a plurality of foot-operated switch actuators for permitting user selection of modes and mode sequences by the system and a control circuit connected with the microsurgical system in a computer network for data communication with the microsurgical system. The control circuit electronically supervises foot pedal movements in both pitch or yaw and actuation of the foot-operated switch actuators and reports such movements and actuation to the microsurgical system for control accordingly of the microsurgical system in its operating modes. The control circuit communicates with the system for programming the foot pedal switch actuators and permits user control of operating modes and mode sequences of the system.
摘要:
The present invention relates to a Mayo stand cover comprising a first and a second liquid-impermeable panel (1 and 2) which are mutually joined along two opposing long edges and a side edge which extends betwen two opposing ends of the long edges, wherein absorbent material (4) extends over at least a part of the outer surface of the first panel (1). According to the invention, the first panel (1) includes a pattern of projections (5) formed in the panel material and projecting outwardly from the inside thereof, wherein said pattern includes at least two discrete rows of projections which extend over the full length of the cover parallel with its long edges.
摘要:
A foot control for use in a microsurgical system comprises a console, and a foot pedal for the user of the system which can be used either by the left or right foot during surgery. The foot pedal is disposed for movement in pitch by the user to selectively control at least a first linear function carried out by the system according to its operating modes and mode sequences and is disposed for movement in yaw by the user to selectively control at least a further linear function carried out by the system according to its operating modes and mode sequences. The foot control further has a plurality of foot-operated switch actuators for permitting user selection of modes and mode sequences by the system and a control circuit connected with the microsurgical system in a computer network for data communication with the microsurgical system. The control circuit electronically supervises foot pedal movements in both pitch or yaw and actuation of the foot-operated switch actuators and reports such movements and actuation to the microsurgical system for control accordingly of the microsurgical system in its operating modes. The control circuit communicates with the system for programming the foot pedal switch actuators and permits user control of operating modes and mode sequences of the system.
摘要:
A foot control for use in a microsurgical system comprises a console, and a foot pedal for the user of the system which can be used either by the left or right foot during surgery. The foot pedal is disposed for movement in pitch by the user to selectively control at least a first linear function carried out by the system according to its operating modes and mode sequences and is disposed for movement in yaw by the user to selectively control at least a further linear function carried out by the system according to its operating modes and mode sequences. The foot control further has a plurality of foot-operated switch actuators for permitting user selection of modes and mode sequences by the system and a control circuit connected with the microsurgical system in a computer network for data communication with the microsurgical system. The control circuit electronically supervises foot pedal movements in both pitch or yaw and actuation of the foot-operated switch actuators and reports such movements and actuation to the microsurgical system for control accordingly of the microsurgical system in its operating modes. The control circuit communicates with the system for programming the foot pedal switch actuators and permits user control of operating modes and mode sequences of the system.