JPS628136A - Information recording device - Google Patents

Abstract

PURPOSE:To overlap information on a subject which appears through the transmission part of a transmission type display means with information displayed on the transmission type display means and to allow an operator to control the contents and position of the information while confirming the information by installing the transmission type display means on the subject opposite. CONSTITUTION:Attendant information on the name, registration number, case history, etc., of a person to be photographed, i.e. patient are recorded previously in a specific field 1a of an irradiated record 1 as the subject and a blank part 1 is provided. A transmission type liquid crystal display plate 2 is installed as the transmission type display means opposite the irradiated record 1. This liquid crystal display plate 2 has its entire surface constituted in a small dot matrix and transmission/nontransmission control over its dot correspondence part is carried out electrically to display optional characters, symbols, and numbers. Therefore, the attendant information recorded on the irradiated record 1 through the transmission area of the transmission type liquid crystal display plate 2 appears on the surface of the liquid crystal display plate 2 together with information displayed under the control of the transmission type liquid crystal display plate 2, e.g. additional information on photography time, etc.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to an information recording device that records information from a subject onto a recording medium, and particularly relates to an information recording device that records information at an arbitrary position on a recording medium. be.

(Background of the Invention) As an information recording device that records information about a subject on a recording medium, for example, there is an information recording device that records information on the irradiation record of the subject on the X&11 film that is the recording medium, and is useful for quick medical examination and document preparation. In this respect, there is a high demand for an information recording device that prints the name and medical history of the subject to be photographed, as well as incidental information such as the photographing date, hour, minute, and second, on the X-ray film.

Conventionally, in order to print names and medical history recorded on X-ray records, medical records, etc. onto X-ray film, an X-ray opaque area was created in advance on the X-ray film and X-ray photography was performed. After that, in the dark room work, x! Work is underway to print the incidental information recorded on the a-irradiation record.

Furthermore, in addition to the above-mentioned incidental information, it is also necessary to additionally record on the X-ray film various kinds of additional information 1 whose recording contents change, such as information such as the date of photographing, hours, minutes, and seconds.

In response to this request, conventionally, the information has been rewritten on the X-ray irradiation record as described above, and the recorded area is illuminated and printed on the X-ray film through an optical system as an object to be photographed. on the other hand.

On the X-ray film, especially when the hidden line information recording area of the X-ray film is set in advance, setting the H+i additional information recording area at the optimum position is effective in making effective use of the recording area on the XMI film. is important.

(Problems to be Solved by the Invention) As described above, in the conventional information recording device, after forming an X-ray opaque area on an X-ray film, additional information such as the time of imaging is included in this opaque area. x! in the X-ray additional information area because the hidden line information is burned in. ! Not only does moving on the film require complicated work, but the accuracy of setting the recording position is also low.

In addition, additional information such as the date of photographing (1 hour, minute, and second) may be entered at the reception desk, but in this case, the data lacked accuracy because the time entered was different from the actual time the photograph was taken. . Furthermore, it is possible to reduce the complexity of the work by fixing the recording position of additional information on the X-ray film in advance, but in this case, it is possible to reduce the imaging area necessary for diagnosis. Therefore, the effective use of the imaging area may not be achieved, and the original purpose of X-ray imaging may be deviated from.

This invention has been made in view of the above-mentioned circumstances, and includes: - The recording position of information including additional information on a recording medium is arbitrary;
Furthermore, the present invention provides an information recording device in which the recorded contents can be easily changed.

(Means for Solving the Problems) In order to solve the above problems, the present invention provides an information recording apparatus that records information from a subject on a recording medium.
a transmissive display means installed facing at least a part of the subject and whose display content and display position are arbitrarily controlled; ancillary information recorded on the subject appearing through the transparent part of the transmissive display means; The display contents of the transparent display means are recorded on the recording medium. It is characterized by including a recording means.

(Function) In this invention, by installing the transmissive display means facing the subject as described above, the information on the subject appearing through the transparent part of the transmissive display means and the information displayed on the transmissive display means can be Since the information is superimposed, the operator can arbitrarily control the content and position of the information while checking this information.

(Example) Next, an example of the present invention will be described in detail based on the accompanying drawings.

FIG. 1 shows a basic configuration diagram of this invention.

In the figure, code 1 is an irradiation record where the subject is ↑, and the subject is
That is, accompanying information such as the patient's name, registration number, medical history, etc. are recorded in advance in a predetermined column 1a, and a blank space tb is provided. Further, a transmissive liquid crystal display board 2, which is a transmissive display means, is installed facing the irradiation record l. The entire surface of the liquid crystal display panel 2 has a small dot matrix structure, and arbitrary characters, symbols, and numbers can be displayed by electrically controlling the transmission and non-transmission of these dot-corresponding areas.

Therefore, the accompanying information recorded on the irradiation record l through the transmissive area of the transmissive liquid crystal display plate 2 is transmitted to the transmissive liquid crystal display plate 2.
The information displayed under the control, for example, appears on the surface of the liquid crystal display board 2 together with additional information such as the shooting time.

In this embodiment, the information displayed on the transmissive liquid crystal display board 2 is the photographing date, hour, minute, and second, and the controller 3 arbitrarily controls these display contents.

The controller 3 also changes the display area on the HA type liquid crystal display board z, and in order to prevent part of the information recorded on the irradiation record 1 from being burnt, it makes the liquid crystal part corresponding to the part of the area opaque. is also possible.

In this way, the display information appearing on the transmissive liquid crystal display board 2 is constantly confirmed by the external liquid crystal display 4 according to the work name. That is, the surface of the transmissive liquid crystal display board 2 is photographed with a photographing tube 5, and the display contents are displayed on an external liquid crystal display 4 via a controller 6. When the operator looks at the external liquid crystal display 4 and the display of accompanying information is not in an appropriate position, the controller 6 receives an operation signal from the display position change switch section 7 and changes the display position on the liquid crystal display board 2. The change switch unit 7, which sends signals (consisting of horizontal signals and vertical signals) to the control 3, is composed of a horizontal direction change switch 7a and a vertical direction change switch 7b, and allows the operator to observe the external liquid crystal display 4. When the first display position is inappropriate, these change switches 7a and 7b are operated to change the display position to an appropriate display position.

A part of the display contents of the external liquid crystal display 4 is shown in FIG.

Registration number of the photographed person, r12345J, name "Yamada Abe", hospital name "National disease Wj" is the accompanying information recorded in the designated column 1a on the radiation record 1, and the photographing date r1971
/1, /IJ and shooting time rPMl 2: OOJ
is additional information arbitrarily selected by display control of the transmissive liquid crystal display #i2.

Figure 2 shows an Xfi equipped with an information recording device according to the present invention.
When the shutter 10 is unlocked and the cassette Ll in which the photographed X-ray sheet film has been collected is mounted on the mounting section 12, the arm 14 is rotated based on the rotation of the rotary link 13. The lid opening mechanism 15 is activated by the movement, and the cassette 1 is opened by the magnet 16.
Forcibly open the lid of No.1.

Next, when the sheet film detector 17 detects the sheet film, the suction device 18 acts to suction the sheet film and transfer it to the predetermined portion 20 via the lifting and conveying rollers 19.
By feeding the line film and configuring it as described above, the accompanying additional information is printed.

That is, the imaging time at which accompanying information such as the patient's name and registration number, which are identification symbols recorded on the irradiation record l inserted into the insertion section 21, is displayed on the transmissive liquid crystal display board 2 installed facing each other. It appears on the transmissive liquid crystal display board 2 in a superimposed manner along with additional information such as the hospital name and the like. The information appearing on the liquid crystal display panel 2 passes through the half mirror 22 and then passes through the lens system 23.
The image is printed onto the X-ray film that has been conveyed to the predetermined section 20 via the . On the other hand, the image reflected from the liquid crystal display panel 2 by the half mirror 23 enters the photographing tube 5 and is sent to the controller 6 as an image signal. The image signal obtained through signal processing by the controller 6 is supplied to the external liquid crystal display 4 and displayed one time.

In this state, if there is no problem with the content and display position of the image displayed on the liquid crystal display board z, the cassette 11 is inserted and the image is locked and fixed until the cassette 11 is taken out. It is also locked by the switch 24 and released after the operation cycle is completed.

When the operator looks at the external liquid crystal display 4 and determines that the display position of the accompanying information is not appropriate, the operator operates the change switch section 7 to supply a display position change signal to the controller 3. In this case as well, the image is locked and fixed until the cassette 11 is taken out. It is also locked by the switch 24 and released after the operation cycle is completed.

Here, the optical shutter 25 is closed to prevent burning onto the X-ray film until the operator confirms the printing content and its position on the external liquid crystal display 4, and then opens to prevent burning. It is something to do.

The X-ray film on which the accompanying additional information has been printed in this way is sent to the sieve magazine 27 by the transport roller 26 and collected.

In the case of a device directly connected to an automatic developing machine, the toner is directly carried into the automatic developing machine and developed. Then, a sheet film corresponding to the detected size of the cassette 11 is placed in the empty cassette 11 by the microswitch 28, such as the sublime magazine 729a, 29'o,
29C (7).

(Effects of the Invention) As described above, in this invention, since the transmissive display means is disposed facing the subject, the subject is recorded on the subject through the transparent part of the transmissive display means. Information such as the name, registration number 1, etc. is displayed superimposed on the contents of the transparent display means. Therefore, the operator can monitor the display state and optimally set the display content and display position of the transparent display means, thereby significantly improving work efficiency.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram showing the basic configuration of the present invention, and FIG. 2 is a schematic diagram of an automatic loading and retrieving device showing an example of application of the present invention. 1...Irradiation record 2...Liquid crystal display board 3.6...Controller 4...External liquid crystal display patent applicant Konishiroku Photo Industry Co., Ltd.1. ．．
゛-゛Figure 1

Claims (1)

[Claims] In an information recording device that records information from a subject on a recording medium, there is provided a transparent display means that is installed facing at least a part of the subject and whose display content and display position can be arbitrarily controlled; An information recording device comprising: a recording means for recording, on the recording medium, recording incidental information on the subject appearing through a transparent part of the display means and display content of the transparent display means.