Endoscope reprocessor

1. An endoscope reprocessor comprising:

a basin for receiving an endoscope to be reprocessed;

a rack which secures thereto a portion of the endoscope and moves vertically within the basin;

a drive unit for vertically moving the rack, the drive unit comprising a motor capable of taking up a wire or letting the wire out to adjust the rack height in a vertical direction and a rack position sensor including a top dead center sensor and a bottom dead center sensor for detecting a rack position in the vertical direction;

a positioning member for computing a stopping position target value of the rack and adjusting a rack stopping position when the endoscope is to be set on the rack by an operator;

a drive control unit having a ROM which stores a correspondence relation between an operator's height and an optimal rack stopping position based on the operator's height, and information about a previous rack stopping position for the operator, the drive control unit computing an amount of rotation by the motor based on the rack position information detected by said top dead center sensor and said bottom dead center sensor and said stopping position target value, thereby moving the rack by rotating said motor for the computed amount of rotation; and

a reading unit for reading information about the optimal rack stopping position for the operator, the operator's height data or an operator's identification number from an operator's IC tag;

wherein the positioning member computes the stopping position target value of the rack based on the information about the optimal rack stopping position for the operator read by the reading unit or set according to the operator's height data read by the reading unit and the correspondence relation stored in the ROM, or the information about the previous rack stopping position for the operator retrieved from the ROM based on the operator's identification number read by the reading unit to adjust the rack stopping position in accordance with the operator when the endoscope is to be set on the rack by the operator.

2. The endoscope reprocessor of claim 1 , wherein the basin has a horizontal cross-section which is rectangular and has a vertical height which is greater than a length of the horizontal cross-section in a lengthwise direction thereof.

3. The endoscope reprocessor of claim 1 , wherein the reading unit communicates wirelessly with the IC tag and reads the information about the optimal rack stopping position for the operator, the operator's height data, or the operator's identification number.

4. The endoscope reprocessor of claim 1 , wherein the drive unit tilts the rack to a predetermined angle at the rack stopping position.

5. The endoscope reprocessor of claim 1 , wherein the rack secures the endoscope thereto at a plurality of places.

6. The endoscope reprocessor of claim 1 , wherein the rack has locking members which respectively secure thereto a connector and a control unit of the endoscope.

7. The endoscope reprocessor of claim 6 , wherein the rack additionally has a locking member which secures thereto an insertion tube of the endoscope.

8. The endoscope reprocessor of claim 1 , further comprising, in addition to said basin, at least one additional basin of the same construction, wherein said at least one additional basin has a horizontal cross-section which is rectangular and said basin and said at least one additional basin are arranged in parallel with long sides of the respective rectangular cross-sections thereof facing frontally so as to be mutually adjacent.

9. The endoscope reprocessor of claim 1 , wherein the rack is composed of a plate portion having a shape which runs parallel to a control face of the basin, the operator facing to and working on the control face, and is disposed along a far side face from said control face, a bottom portion which is situated at a lower end of said plate portion in a perpendicular direction, and an upturned portion which is parallel to said plate portion and disposed on the control face side of said basin,

wherein said plate portion is provided with two sets of locking members for securing various portions of the endoscope, the locking members being respectively disposed at symmetric positions.