CN107028580B - Endoscope apparatus - Google Patents

Abstract

The present invention provides a kind of endoscope apparatus, and parameter appropriate can be set in the case where being not accompanied by many and diverse operation.In endoscope apparatus of the invention, intermediate parameters layer corresponds to multiple modes and is made of a variety of intermediate parameters, and each parameter is made of parameter group corresponding with mode.In this way, operator can select the mode (intermediate parameters layer M2) for being suitble to operating environment.In addition, operator can edit the parameter of multiple modes (intermediate parameters layer M2) at any time.Further, various modes can be made and saved, and be read out as needed.

Description

Endoscope apparatus

Technical field

The present invention relates to a kind of endoscope apparatus, to shoot the subjects such as organ inner wall simultaneously using electron mirror (endoscope) And the endoscope apparatus being disposed etc. is particularly related to a kind of ginseng of the processing related with endoscopic procedure such as image procossing Number setting.

Background technique

Endoscope apparatus has to exist including image procossings such as emphasizing contour (enhancing), the brightness level adjustments for observing image Interior various processing functions, each processing are carried out based on the parameter with preset default value.For the value of parameter, The operators such as doctor can carry out setting change according to use environment.

In the identical situation such as check object, majority related parameter setting will be same value with image procossing etc..Cause This, in order to uniformly be saved using the value of a series of parameter set in each processing again in memory (referring to specially Sharp document 1).

Existing technical literature

Patent document

Patent document 1: Japanese Unexamined Patent Publication 2009-233168 bulletin

Summary of the invention

(technical problems to be solved by the inivention)

When a series of parameter immobilization that the operators such as doctor will once set, it may occur that due to operator's (such as illumination, capturing element pixel number, monitor are differentiated for the difference of hobby, the difference of the feature of patient, work machine environment Rate) difference etc. and the case where handled using unsuitable parameter value.In this case, place appropriate is not can be carried out Reason.

For example, being based on should in the case where doctor perform the operation etc. in other hospitals or facility endoscope operation Environment is set and carries out the endoscope apparatus of system building, about being peeped in Image Processing parameter etc., with hospital belonging to doctor Lens device is different.Therefore, it even if endoscope apparatus is same machine, can not obtain having based on the image procossing liked with doctor The observation image of the parameter of pass.In addition, in the replacement machine progress that same machine is broken down and used due to endoscope apparatus It can also be led to the problem of in the case where endoscope operation same.

On the other hand, the processing function that endoscope apparatus has is gradually diversified, also, operator is for endoscope The application method of function is also gradually diversified, and operator sets each in detail according to user, patient, work machine environment etc. The operation of parameter is very many and diverse.It is thus impossible to efficiently carry out editing operating, the working hour of cost can also give endoscope operation It affects.

It is therefore desirable to which a kind of endoscope apparatus, can cooperate diversified application method and effectively set and handle The related parameter of function.

(technical solution for solving technical problem)

Endoscope apparatus of the invention has: memory, and the movement processing that can be saved with endoscope apparatus is associated Parameter；Parameter setting portion operates setup parameter according to the input of operator, and is stored in memory.As parameter, such as Comprising special with processors image procossing, the electron mirror such as processing with an automatic light meter, acquisition/record processing of image procossing, static image Property corresponding and parameter, the parameter related with patient etc. that determine.In addition, also can be comprising combining several parameters and can be with one Parameter value carries out the parameter (custom parameter) of unified setting.As mode, the mode based on patient information can be set, be based on Mode of the operator for observing the image quality hobby of image, mode based on observation object position etc..

In the present invention, in memory, a series of preset parameter that cannot be edited, reflection are saved into movement processing A series of execution parameter and the parameter that can be edited that is made of a part of a series of preset parameter correspond to it is more A mode and the multiple intermediate parameters being made of parameters group.In addition, constitute parameter group parameter respectively with belonging to determination Mode pattern information with determine function functional information correspond to while be saved.For example, passing through ID, index and its parameter Feature content corresponded to.For each intermediate parameters, can be made of according to mode the different parameter group of a combination thereof.

Also, parameter setting portion of the invention operates corresponding with defined mode to set according to the input of operator Intermediate parameters, and make the intermediate parameters set reflection to a series of execution parameter.

Operator can for the intermediate parameters that are made of a part of pre-prepd parameter and non-executing parameter into Edlin operation etc..As a result, being set the intermediate parameters reflection of change into execution parameter.By making and operator The corresponding parameter group reflection of the mode of selection can be suitble to the hobby of operator and rewrite arbitrary parameter to executing in parameter Group simultaneously updates.Especially since saving each parameter, therefore, energy in the state of making pattern information and functional information corresponds to each other It is enough readily selected the parameter that reflect in a series of execution parameter and changes.

As the classification of parameter, by a series of preset parameter, a series of intermediate parameters and a series of can hold Row parameter is with the sequence stratification.It, can be by being combined with a series of preset parameter for a series of composition for executing parameter It is constituted with the parameter of a series of intermediate parameters, is able to use both parameters of the parameter prepared originally and oneself editor.

Parameter setting portion can be set according to the input operation of operator changes the parameter that defined mode is included. In addition, the mould being made of the parameter by input operation selection can be reset according to the input operation of operator Formula.

Intermediate parameters corresponding with the mode of selection can be stored in external memory by parameter setting portion.Also, join Number configuration parts can by the intermediate parameters parameter that is included that is read in a series of preset parameter from external memory into Row parameter updates.

(The effect of invention)

According to the present invention, in endoscope apparatus, ginseng appropriate can be set in the case where being not accompanied by many and diverse operation Number.

Detailed description of the invention

Fig. 1 is the block diagram of the electronic endoscope apparatus in first embodiment.

Fig. 2 is the figure layered for showing the parameter in first embodiment.

Fig. 3 is the flow chart handled with the parameter setting of editing operating.

Fig. 4 is the figure for showing the layering of the parameter in second embodiment.

Fig. 5 is the figure for showing parameter group corresponding with the mode of intermediate parameters layer.

Fig. 6 is the flow chart of the parameter setting processing in second embodiment.

Fig. 7 is the figure for showing mode setting screen shown by monitor.

Fig. 8 is the figure for showing mode entry picture.

Fig. 9 is the flow chart of the reference record processing in third embodiment.

Figure 10 is the figure for showing reference record picture.

Figure 11 is the flow chart of the parameter setting processing in third embodiment.

Figure 12 is the figure of the parameter layering between showing system.

Figure 13 is the figure for showing the reading picture of intermediate parameters corresponding with mode.

Symbol description

10 video electronic mirrors

30 processors

40 system, control circuits (parameter setting portion)

41 memories

90 memory devices (external memory)

M1 preset parameter layer (layer 1)

M2 intermediate parameters layer (layer 2)

M3 executes parameter layer (layer 3).

Specific embodiment

Hereinafter, being illustrated referring to electronic endoscope apparatus of the attached drawing to present embodiment.

Fig. 1 is the block diagram of the electronic endoscope apparatus in first embodiment.

Electronic endoscope apparatus has the intracorporal video electronic mirror 10 of insertion and processor 30.Video electronic mirror 10 can fill It unloads and is connected to processor 30 freely, the memories such as monitor 60 and keyboard 70, mouse 80, USB are connected on processor 30 Device 90.

Processor 30 has the lamps such as xenon lamp 48, and lamp 48 is driven by lamp drive circuit 43.The light radiated from lamp 48 is via poly- Optical lens 45 injects the injection end 11A for the light guide 11 being arranged in video electronic mirror 10.The light projected from light guide 11 is via matching Optical lens 21 is from electron mirror front end 10T towards subject (from object) irradiation.It is provided between lamp 48 and light guide 11 Aperture 46 adjusts illumination light quantity by the opening and closing of aperture 46.

It is imaged by the illumination light that subject reflects by being set to the object lens 13 of electron mirror front end 10T, and subject Image is formed in the light-receiving surface of imaging sensor 12.12 driven circuit 17 of imaging sensor being made of CMOS, CCD etc. is driven It is dynamic, to read half from imaging sensor 12 with defined field/frame time interval (such as being spaced for 1/60 second or 1/30 second) The picture element signal of frame or a frame amount.Being equipped on the light-receiving surface of imaging sensor 12 makes Cy, Ye, G, Mg or R, G, B etc. The color filter array (not shown) of chromatic filter matrix assortment.

From imaging sensor 12 read a series of picture signal via amplifier 14 be input to initial circuit 15 and It is digitized.Also, in the imaging signal processing circuit of processor 30 36, digital pixel signal implementation white balance is handled, The image signal processes such as gamma correction processing.Thus generate the picture signal of R, G, B.

R, G, B picture signal are temporarily stored in video memory 34, later to back segment imaging signal processing circuit 37 Transmission.In back segment imaging signal processing circuit 37, emphasizing contour processing, superposition processing etc. are implemented to picture signal.Image letter It number is exported as video signal to monitor 60, real-time display observes image on a monitor 60 as a result,.

System, control circuit 40 comprising CPU, ROM etc. is to timing generator 38, back segment imaging signal processing circuit 37 etc. Output control signal, and processor 30 be power on state during control processor 30 movement.Operation control program It is pre-stored in ROM.

When video electronic mirror 10 is connected to processor 30, system, control circuit 40 is dynamic with control video electronic mirror 10 The electron mirror controller 19 of work is in communication with each other, and by with stored in non-volatile memory 18 and electron mirror characteristic (resolution ratio, electron mirror type etc.) related data are stored in RAM49 etc..

Each circuit output clock of the timing generator 38 of processor 30 to processors 30 such as imaging signal processing circuits 36 Pulse signal, and control, adjust the input/output timing of each circuit.On the other hand, the timing generator of video electronic mirror 10 22 each circuit output clock pulse signal into video electronics mirrors 10 such as driving circuits 17.It is set when on operation video electronic mirror 10 When the static use button 23 set, collected static image is shown on a monitor 60 while recording static image.

In a processor 30, it is carried out in such a way that the brightness for making shown subject image maintains brightness appropriate Processing with an automatic light meter.System, control circuit 40 detects the brightness degree of picture element signal being read, and is based on and Benchmark brightness The difference of value controls motor driver 42.It is corresponding to it, aperture 46 is opened and closed by motor 44.

Brightness grade of the adjustment as reference when being provided with processing with an automatic light meter on the front panel 50 of processor 30 Brightness adjustment button, emphasize image outline the adjustment, editor of enhancing button (not shown) etc. and observation image etc. it is related Button, operator operates as needed.

In addition, operator by using input operation part as keyboard 70, mouse 80, can adjust execute it is above-mentioned with The parameter used when outer image procossing and processing associated with endoscope operation.When operator carries out input operation When, operation signal is transferred into system, control circuit 40 via I/F circuit 39.Based on this, the parameter for being suitble to operating environment is carried out The setting of value.At this point, operator can uniformly set, change several parameters, for can unify setting parameter group (with Under, referred to as custom parameter), its parameter value is disposably changed by the editing operating of operator.

In the present embodiment, make comprising a series of parameter stratification including custom parameter.A series of parameter Be made of such as lower layer: by cannot edit and layer (hereinafter referred to as preset parameter layer) that pre-prepd parameter group is constituted, by grasping Make the layer (hereinafter referred to as intermediate parameters layer) for the parameter group composition that personnel can edit, can be edited and be collected by operator The layer (hereinafter referred to as execution parameter layer) that the parameter group for the parameter that above-mentioned two layers are included is constituted is closed.Also, pass through centre The editing operating of parameter layer can suitably set the parameter of suitable patient, machine, operating environment.

Hereinafter, using Fig. 2, Fig. 3 to by stratified parameter and using editing operating carry out parameter setting handle into Row explanation.

Fig. 2 is the figure layered for showing parameter.

A series of parameter by preset parameter layer M1, intermediate parameters layer M2, execute parameter layer M3 these three layers (hereinafter, It is referred to as layer 1, layer 2, layer 3) it constitutes, preset parameter layer M1 is the fixed value that cannot be edited, on the other hand, for intermediate parameters Parameter included in layer M2, execution parameter layer M3 can be edited by operator.The preset parameter layer M1 from machine side to Intermediate parameters layer M2 is provided between the execution parameter layer M3 of operator side.

In preset parameter layer M1 comprising with endoscope in relation to and pre-prepd all a series of parameter it is (fixed to join Number), it is stored in non-volatile memory 41.For example, indicating to be write the parameter of the brightness grade of body image, indicating to increase Strong unlatching/closing parameter, indicate static image show in picture size parameter, the parameter of the type of expression electron mirror Etc. being stored in memory 41.

On the other hand, belong to the parameter (intermediate parameters) of intermediate parameters layer M2 by belonging to a series of of preset parameter layer M1 A part in parameter is constituted.The parameter for belonging to intermediate parameters layer M2 can be edited by operator, and can be set, be changed Parameter value.

It further, include to be combined with the custom parameter of above-mentioned multiple parameters in intermediate parameters layer M2.Operator It can unify the value of setting custom parameter.The value for constituting each parameter of custom parameter is set according to the parameter value of custom parameter It changes calmly and is set change.

For example, by the way that the parameter value for the custom parameter for being combined with enhancing and brightness grade is set as one, operation Personnel can not be set separately but unified setting each parameter related with the observation image quality of image.In addition, for it is such from Defined parameters set different parameter values for the type of each video electronic mirror, patient's (affected part).This is because needing It is seen according to the optical characteristics of video electronic mirror, capturing element or the shooting situation at position as observation object etc. to adjust Examine brightness grade, the display picture size etc. of image.

Operator can be to the parameter or custom parameter change parameter value for belonging to intermediate parameters layer M2.Except this it Outside, the editor other than the parameter values change such as the selected, additional of the parameter for constituting custom parameter block, deletion is also able to carry out to make Industry.For example, also the size etc. for the acquisition image that shown due to static operation and when static image records can be added to In the custom parameter stated.

Belong to execute the parameter (execute parameter) of parameter layer M3 by set finally with the associated processing of endoscope operation The parameter group of the parameter value reflected in (image procossing etc.) is constituted, the ginseng comprising belonging to preset parameter layer M1, intermediate parameters layer M2 Both numbers (also including custom parameter).Therefore, operator can be to both preset parameter layer M1, intermediate parameters layer M2 Parameter carries out editing operating.

Fig. 3 is the figure for showing the process of parameter setting processing of the editing operating of attended operation personnel.Cooperation is by operator Member carry out editing operating beginning and start to process.

The parameter for reading intermediate parameters layer M2 from memory 41 by operator, display has with parameter in monitor 60 waits The character information (S101) of pass.Also, when parameter value of the input operation progress by operator relative to defined parameter Setting, change or parameter block parameter value setting, change when, execute the setting processing of corresponding parameter, will belong to It is stored in memory 41 or RAM49 and external memory device 90 (S102, S103) in the parameter of intermediate parameters layer M2.

In step S104, judge whether that the parameter for making the intermediate parameters layer M2 for setting change by editing operating (includes Custom parameter) reflect into execution parameter layer M3.Specifically, display indicates whether to keep content of edit anti-on a monitor 60 After text information reflected etc., the input operation based on operator judges.In the case where reflecting it, keep former Use the execution parameter layer M3 stored in memory 41 to sample.

In addition, reading memory 41 reflecting the parameter of intermediate parameters layer M2 in the case where execution in parameter layer M3 The parameter of middle stored execution parameter layer M3, and the parameter of the intermediate parameters layer M2 saved in memory 41 is added to It executes in parameter layer M3 (S105, S106).The parameter for being set the execution parameter layer M3 of change is saved in the storage such as RAM49 In device, parameter (S107) thus is used in the processing associated with endoscope operation such as image procossing.

Then, according to the present embodiment, a series of parameter used in the processing executed by endoscope apparatus It is made of preset parameter layer M1, intermediate parameters layer M2, execution parameter layer M3, when the editing operating setting according to operator belongs to When the parameter of intermediate parameters layer M2, the parameter of the intermediate parameters layer M2 set, which is incorporated into, to be executed in parameter layer M3.Also, it is based on Be set change belongs to the parameter execution processing associated with endoscope operation for executing parameter layer M3.

By having three layered structures that operator is edited dedicated parameter layer as middle layer to use, operation Personnel only carry out the editing operating of the intermediate parameters layer M2 few for type, quantity, can efficiently set suitable operation The parameter of environment.

In addition, by the parameter for making operator choose whether practically to reflect compiled intermediate parameters layer M2, it can Sufficiently examine whether to be suitble to use environment.Further, by saving the parameter of compiled intermediate parameters layer M2, operator's energy It is enough to want to use when reflecting compiled parameter in endoscope operation later.In addition it is also possible to do not make parameter stratification and Only it is grouped.

Then, Fig. 4 to Fig. 8 is used to be illustrated the electronic endoscope apparatus as second embodiment.It is real second It applies in mode, is classified as intermediate parameters layer according to mode multiple.It is executed according to the model selection of operator.In addition to this Composition and first embodiment it is substantially the same.

Fig. 4 is the figure for showing the layering of the parameter in second embodiment.Fig. 5 is the mode pair shown with intermediate parameters layer The figure for the parameter group answered.

As shown in figure 4, intermediate parameters layer M2 is made of three kinds of intermediate parameters layers M2A, M2B, M2C.User can be to structure Freely carry out setting change at the content of parameter and quantity of the parameter group of these layers, each intermediate parameters layer as mode and by It determines.

Specifically, the mode (hereinafter referred to as Mode A) of intermediate parameters layer M2A shows the hobby according to doctor and sets Parameter group belonging to intermediate parameters layer.The mode (hereinafter referred to as Mode B) of intermediate parameters layer M2B is shown by believing comprising patient The intermediate parameters layer that the parameter group of breath is constituted.Also, the mode (hereinafter referred to as mode C) of intermediate parameters layer M2C show comprising with The image procossings such as electron mirror characteristic and enhancing, brightness correction in relation to and unified clearly determine the customized of multiple parameter values The intermediate parameters layer of parameter (hereinafter referred to as ISCAN parameter).

One of the parameter set in preset parameter layer M1, intermediate parameters layer M2, execution parameter layer M3 is shown in Fig. 5 Point.Each parameter is by determining the ID of mode, determining the index of function and the shape for the function of clearly determining by the index (Index) State (Status, content) is constituted.

For example, in the Mode A in view of the setting of doctor, the ginseng comprising the reduction noise carried out in a processor 30 Number emphasizes related enhancing parameter and brightness degree corrected parameter (not shown) etc. with image outline.On the other hand, based on trouble In the Mode B of person, including patient information (a name, object affected part etc.) parameter, in the mode C comprising ISCAN parameter, including ISCAN parameter.

In addition, comprising due to electron mirror characteristic (capturing element size, optical characteristics) in the parameter of electron mirror information Yield value, f-number parameter.It further, also include the parameters such as title, system settings (not shown) of user.

When processor becomes power on state, the mode that when previous starting selects is applied, and is reflected to execution The parameter of parameter layer.In addition, operator can select arbitrary mode i.e. intermediate parameters layer in editing operating.

Fig. 6 is the flow chart of the parameter setting processing in second embodiment.Fig. 7 is to show mode shown by monitor The figure of setting screen.When carrying out the operation for model selection by operator, processing starts.

In step s 201, the data of multiple intermediate parameters layer M2A, M2B, the M2C that can select are read from memory 41, Meanwhile showing the picture for selecting multiple modes.The mode that the mode selected when previous starting selects now with other moulds Formula area is shown otherwise.In FIG. 7, it is shown that the Mode A selected now.

When by operator's selection mode A, Mode B, mode C any one when, the intermediate parameters layer selected is temporary (S202~S205) is stored in RAM49 etc..When reading execution parameter layer M3 from memory 41, will gather in selected Between parameter layer and execute the parameter group of parameter layer M3 and be set as executing parameter layer M3, and be stored in the memories such as RAM49 (S205~S207).It is set as a result, by the mode newly selected and executes parameter layer M3, and reflected endoscope operation In.

In FIG. 7, it is shown that selecting the composition of a mode from three Mode As, B, C, but operator can also make New mode.For example, different modes can be set according to look-out stations such as the modes of ear nose section, digester.At this In the case of kind, operator selects arbitrary parameter to set from the parameter group that the mode is included.

Fig. 8 is the figure for showing mode entry picture.Operator can select the mode D of new production by checking check box The parameter for being included.Operator can make intermediate parameters layer corresponding with various modes as a result,.In addition, also can Enough delete a part or additional a part of the parameter that the mode D to produce once is included.

In this way, intermediate parameters layer is corresponding to multiple modes and by the intermediate parameters of multiple types according to second embodiment It constitutes, each parameter constitutes parameter group corresponding with mode.Also, operator can select be suitble to operating environment mode (in Between parameter layer M2).In addition, operator can edit the parameter of multiple modes (intermediate parameters layer M2) at any time.Further, can It makes, save various modes and be read out as needed.

Then, third embodiment is illustrated using Fig. 9 to Figure 13.In the third embodiment, in different Between endoscope system, data update is carried out using the parameter of the intermediate parameters layer stored in external memory.

Fig. 9 is the flow chart of the reference record processing in third embodiment.Figure 10 is the figure for showing reference record picture.

Wanting for the parameter value associated with image procossing etc. being arranged in the endoscopic system used now to be used in In the case where in other endoscopic systems, operator can remember the data of intermediate parameters layer corresponding with specific mode Record is in external memory.

When start recording processing, display pattern selects picture (S301).When operator selects arbitrary mode, belong to It is recorded in as data through wireless or wired connection memory in the parameter of the intermediate parameters layer of the mode selected In device 90 (S302, S303).In fig. 10, it is illustrated that the Mode A in three Mode As selected now, B, C.Also, when desired When by the reference record of intermediate parameters layer corresponding with Mode A in external memory, that is, memory device 90, pass through input The intrinsic password 1 of device is managed, and arbitrarily input saves the password 2 of data object, is able to record.In selected mode Between in parameter layer, the data of password 2 are by by-product recording.In addition it is also possible to using memory devices such as USB.

Figure 11 is the flow chart of the parameter setting processing in third embodiment.Figure 12 is the parameter layering between showing system Figure.Figure 13 is the figure for showing the reading picture of intermediate parameters corresponding with mode.

As shown in figure 12, here, between system A~C of endoscope apparatus set preset parameter layer, intermediate parameters layer, Execute the layering of parameter layer.Between endoscopic system A~C, content, the quantity of preset parameter layer are not quite identical.For example, only In the parameter of system B, C setting brightness correction, only in the parameter of system C setting ISCAN.

On the other hand, intermediate parameters layer corresponding with mode (hereinafter, being denoted as mode E) for being stored in memory device 90 Data, constituted by enhancing, reducing noise, user's information etc., and set by the hobby according to operators such as doctors Parameter group constitute.Here, the supplemental characteristic of the endoscope apparatus read mode E from system B, and it is stored in memory device 90 In.

Memory device 90 is connected to the endoscope apparatus of system A, selects to be stored in memory device 90 specific Mode (it is herein the supplemental characteristic of mode E) and reading, meanwhile, these data are reflected in preset parameter layer and are saved (S401~S406).In addition, as shown in figure 13, input is stored in storage when reading the data of parameter from memory device 90 Password 2 and the system when device device 90 (are herein the password of system A) 3.

Index, state in each parameter become common pattern between system, even if system is different, the content of parameter also by Index, state are determined.In the system A of endoscope apparatus, update parameter corresponding with mode E (ID is changed to 05 by 00). In system A, as comprising contained in mode E all three parameters, three parameters are all updated.If Make mode E reflection into the endoscope apparatus of system C in the case where, for do not include in system C reduction noise parameter other than Parameter undated parameter value.

In this way, due to that can be updated between system, rewrite content of parameter corresponding with mode, even if different Medical scene also can make necessary parameter common.It is being filled for example, being waited in the doctor for usually using the endoscope apparatus of system B Have the endoscope apparatus of system A other hospital facilities checked, disposed when, can be by the centre of mode E The data of parameter layer are transferred to memory device 90 from system B, and make supplemental characteristic reflection to preset parameter in system A Layer.In this case, doctor can watch on one side based on the enhancing parameter of the fancy setting of itself, reduce noise parameter Observation image carries out operation on one side.

On the other hand, in the system A and system A ' of the endoscope apparatus shown in Figure 12, observation object position is common , and for a series of system, only version is different (system A ' is latest edition).When based on the mode read from system A When the supplemental characteristic of the intermediate parameters layer of (hereinafter, model F) carrys out the execution parameter layer of more new system A ', enhance parameter, user The parameter of information, the parameter of electron mirror information are updated.

In system A and system A ', since observation object position is common and connects same type of video electronic Mirror.It is updated by the parameter of the system A ' based on model F, is also able to carry out in newest system A ' and is based on setting in system A The image procossing of fixed electron mirror information.

In this way, according to third embodiment, in defined endoscopic system, intermediate parameters corresponding with specific mode The supplemental characteristic of layer is stored in memory device 90.Also, it is read in different endoscopic systems and is stored in memory Supplemental characteristic in device 90 reflects in execution parameter layer within the system.

Claims (8)

1. a kind of endoscope apparatus, which is characterized in that have:

Memory can save the movement with endoscope apparatus and handle associated parameter；

Parameter setting portion operates setup parameter according to the input of operator, and is stored in the memory,

In the memory, save cannot edit a series of preset parameter, reflection to movement processing in it is a series of Execute parameter and the parameter that can be edited that is made of a part of a series of preset parameter corresponds to multiple modes and by Multiple intermediate parameters that parameters group is constituted,

Each parameter is saved while with the pattern information for determining affiliated mode and the corresponding determining functional information of function,

The parameter setting portion operates to set intermediate parameters corresponding with defined mode according to the input of operator, and Make the intermediate parameters set reflection to a series of execution parameter.

2. endoscope apparatus according to claim 1, which is characterized in that

It includes the parameter in selected mode that the parameter setting portion, which sets change according to the input operation of operator,.

3. endoscope apparatus according to claim 1, which is characterized in that

The parameter setting portion operates to reset by selecting at least by input operation according to the input of operator The mode that one parameter is constituted.

4. endoscope apparatus according to any one of claim 1 to 3, which is characterized in that

Intermediate parameters corresponding with the mode of selection are stored in external memory by the parameter setting portion.

5. endoscope apparatus according to claim 4, which is characterized in that

The parameter setting portion in a series of preset parameter from the intermediate parameters that the external memory is read by being wrapped The parameter contained carries out parameter update.

6. endoscope apparatus according to any one of claim 1 to 3, which is characterized in that

The multiple mode includes the mode based on patient information, the mould based on operator for the image quality hobby of observation image Formula, based on observation object position mode at least any one.

7. endoscope apparatus according to any one of claim 1 to 3, which is characterized in that

The multiple intermediate parameters separately include parameter associated with processor image procossing, will be with processor image procossing phase It is custom parameter that the value of associated multiple parameters clearly determines, parameter related with electron mirror characteristic, related with patient At least one of parameter.

8. endoscope apparatus according to any one of claim 1 to 3, which is characterized in that

With a series of preset parameter, a series of intermediate parameters and a series of sequence for executing parameter by stratification.