JP2007021039A5

JP2007021039A5 -

Info

Publication number: JP2007021039A5
Application number: JP2005210633A
Authority: JP
Filing date: 2005-07-20
Publication date: 2008-07-24
Anticipated expiration: 2025-07-20

Claims

Information acquisition means for acquiring in-vivo information;
Transmitting means for transmitting the information acquired by the information acquiring means to an external device;
Request input means for receiving an input of a state control request for changing the control state of the own device;
Control means for controlling an operating state of at least one of the information acquisition means and the transmission means based on the input of the state control request by the request input means;
A body cavity introducing device comprising:

2. The intra-body-cavity introduction device according to claim 1, wherein the request input unit is disposed on a surface of an exterior portion of the own device.

The intracorporeal cavity introduction apparatus according to claim 1 or 2, wherein the request input means includes switch means that can be pressed as the state control request from the outside.

The intracorporeal introduction device according to claim 1, wherein the request input unit includes a pressure detection unit that detects a pressure change as the state control request from the outside.

The intracorporeal introduction apparatus according to claim 1, wherein the request input unit includes a magnetic detection unit that detects a magnetic change as the state control request from the outside.

The intra-body-cavity introduction device according to claim 1, wherein the request input unit includes a potential detection unit that detects a potential change as the state control request from the outside.

The intracorporeal introduction apparatus according to claim 1, wherein the request input unit includes a reception unit capable of receiving a wireless signal as the state control request from the outside.

The said request input means consists of the brightness detection means which detects the brightness of the said body cavity information as the said state control request which the said information acquisition means acquired within the predetermined time, The Claim 1 or 2 characterized by the above-mentioned. The intra-body-cavity introduction device as described.

3. The intra-body-cavity introduction device according to claim 1, wherein the request input unit includes an image pattern detection unit that detects a specific image pattern as the state control request acquired by the information acquisition unit.

The intracorporeal introduction apparatus according to claim 1 or 2, wherein the request input unit includes a magnetic generation pattern detection unit that detects a magnetic generation pattern as the state control request from the outside.

An in-vivo information acquisition device body;
An operation mode switching request switch provided in the in-vivo information acquisition apparatus body and capable of receiving an operation mode switching request from outside the in-vivo information acquisition apparatus body;
When this operation mode switching request switch receives a switching request, the operating state in the in-vivo information acquisition device main body is different from the first operating mode from the first operating mode before receiving the switching request. A control unit for changing to the second operation mode,
An in-vivo information acquisition device comprising:

When there are a plurality of operation modes, and the operation mode switching request switch and the operation mode switching request switch receive the switching request, the first operation before receiving the switching request, the operating state in the in-vivo information acquisition apparatus body In vivo information acquisition apparatus main body comprising a control unit that changes from a mode to a second operation mode that is an operation state different from the first operation mode,
An attachment unit to which the in-vivo information acquisition apparatus main body can be attached, and an operation mode switching request unit for issuing an operation mode switching request to the operation mode switching request switch when the in-vivo information acquisition apparatus main body is attached to the attachment part; An indwelling device comprising a latching portion that can be latched in a living body;
The in-vivo information acquisition device indwelling system characterized by comprising.

A mounting portion for mounting the in-vivo information acquisition device body;
An operation mode switching request means for issuing an operation mode switching request to the in-vivo information acquiring apparatus main body attached to the attachment portion;
A latching portion that can be latched in the living body;
An indwelling device for an in-vivo information acquisition device comprising:

Information acquisition means for acquiring body cavity information, transmission means for transmitting information acquired by the acquisition means to an external device, request input means for receiving an input of a state control request for changing the control state of the own device, and An intra-body-cavity introduction device having a control unit that controls an operation state of at least one of the acquisition unit and the transmission unit based on the input of the state control request by the request input unit;
An indwelling device for an intracorporeal introduction device having a holding means for holding an intracorporeal introduction device for acquiring information in the body cavity, and an intracorporeal tissue coupling means for fixing to the intracorporeal tissue;
An indwelling device placement system for a body cavity, comprising:

The indwelling device for a body cavity introducing device is:
The in-vivo introduction device placement system according to claim 14 , further comprising request output means for outputting the state control request.

The request input means comprises switch means that can be pressed as the state control request from the outside,
The intracorporeal introduction device placement system according to claim 14 , wherein the request output means includes a pressing means for pressing the switch means when the holding means holds the intracorporeal introduction apparatus.

The request input means comprises pressure detection means for detecting a pressure change as the state control request from the outside,
15. The intracorporeal body introduction according to claim 14 , wherein the request output means comprises pressure means for applying pressure to the outer surface of the intracorporeal introduction device when the holding means holds the intracorporeal introduction device. Equipment detention system.

The request input means comprises magnetic detection means for detecting a magnetic change as the state control request from the outside,
15. The body cavity introduction device placement system according to claim 14 , wherein the request output means comprises magnetic means for applying magnetism to the body cavity introduction device when the holding means holds the body cavity introduction device. .

The request input means comprises a potential detection means for detecting a potential change as the state control request from the outside,
15. The intracorporeal introduction device according to claim 14 , wherein the request output means includes an electric potential means for applying a predetermined electric potential to the intracorporeal introduction device when the holding means holds the intracorporeal introduction device. Indwelling system.

The request input means comprises magnetic pattern detection means for detecting a magnetic pattern as the state control request from the outside,
The request output means, when said holding means is holding the body cavity introducing device, according to claim 14, characterized in that it consists of magnetic pattern generating means for outputting a predetermined of said magnetic pattern into the body cavity introducing device Intrabody cavity introduction device placement system.

Information acquisition means for acquiring body cavity information, first transmission means for transmitting the information acquired by the acquisition means to an external device, and request input means for receiving an input of a state control request for changing the control state of the own device A body cavity comprising: a first receiving means as a control means; and a control means for controlling an operating state of at least one of the obtaining means and the transmitting means based on an input of the state control request by the first receiving means An internal introduction device;
An indwelling device for an intracorporeal introduction device having a holding means for holding an intracorporeal introduction device for acquiring information in the body cavity, and an intracorporeal tissue coupling means for fixing to the intracavity tissue;
An external device comprising: a second receiving unit that receives information transmitted from the transmitting unit; and a second transmitting unit that transmits a radio signal as the state control request based on the information received by the receiving unit. Equipment,
An indwelling device placement system for a body cavity, comprising: