KR200305060Y1 - Camera having anoscope unite unificated lamp - Google Patents

Abstract

The present invention converts the reflected light into an electrical signal (video signal) by irradiating light onto a subject (a subject of a subject refers to an affected part of a person or an animal), and then determines the state of the subject and analyzes the determined information. The present invention relates to a camera having a lamp-integrated analoscope unit that provides an accurate countermeasure or treatment.

The structure of the present invention is a camera unit (2) with a built-in camera (1) and a camera cell (19), the lamp unit 3, the lens 4 and the anal cavity unit (7) consisting of an insertion part 5 for the anal It is made by combining.

The present invention as described above, first, using a lamp (3) as a halogen lamp or LED lamp as a lighting means, the lens (4) is configured to the camera or the camera (2) built a large diameter unit (7) or large diameter unit (37) By combining and using the unit 2, the equipment can be simplified and produced at low cost, easy to use, and convenient to store and transport.

Secondly, by assembling and separating various types of analoscope unit 7 or large diameter unit 37 to the camera unit 2 by the locking means 8, it can be used as a dedicated diagnostic device for each purpose. Each application has the effect of accurate and accurate diagnosis.

Description

Camera having an integrated analoscope unit {Camera having anoscope unite unificated lamp}

The present invention relates to a camera having a lamp-integrated analoscope unit, more specifically, a kind of medical endoscope, which is reflected by irradiating light onto a subject (a subject of a subject refers to a human or animal affected part, etc.). The present invention relates to a camera having a lamp-integrated analoscope unit that converts a signal into an electrical signal (image signal) to determine a state of a subject and analyze the determined information to provide an accurate coping method or treatment method.

In general, medical endoscopes are divided into flexible endoscopes and rigid endoscopes, and flexible endoscopes are composed of an operation part, a connector part, an insertion part (flexible part), a curved part (tip / angle part) and a light guide, a light source device, an optical fiber, an image output device, and the like. The light provided from the light source device is delivered to the tip of the endoscope inserted by the light guide composed of optical fiber (or glass fiber), and the internal structure of the body is combined with the medical image output device. An electronic or fiber scope that is used to observe and diagnose the digestive tract (or ear canal, bifoin, bronchus, abdominal cavity, etc.).

Hard endoscope consists of eyepiece, insertion part, light source device connection part (light guide), light source device, optical fiber, image output device, etc., and the light provided from the light source device like the flexible endoscope is connected to the light guide composed of optical fiber (or glass fiber). It is delivered to the distal end of the endoscope inserted by the electronic scope or fiber scope used to observe and diagnose the sinus, joints, bladder, use, etc. by combining the internal structure of the body with a medical image output.

However, the above-mentioned conventional flexible and rigid endoscopes all transmit light and irradiate a subject using optical fibers.

Therefore, when the optical fiber is used, the light source device and the light guide must be used, and thus, the equipment is complicated and expensive, complicated operation is inconvenient to use, and storage and transportation are cumbersome.

Therefore, the present invention is designed to solve the conventional problems as described above, an object of the present invention is to combine the device by using an analoscope unit or a large diameter unit having a lamp and a lens in the camera unit built-in camera It provides a camera with a lamp-integrated analoscope unit that can be simplified and produced at low cost, easy to use, and easy to store and transport.

As a means for achieving the object of the present invention coupled to the camera unit and the camera unit with a built-in analoscope unit having a lamp, a lens and an insertion part for insertion by the locking means to be assembled and separated by the locking means, The stopper ball is inserted into and installed in the front of the body of the camera unit, and the stopper ring and the elastic spring are inserted into the outer part of the body in front and rear thereof, respectively, and the lock having protrusions on the outside of the stopper ring and the elastic spring. And a release adjusting knob is inserted into the lens housing, and a lens housing is formed at the rear portion of the analoscope unit, and an outer portion thereof forms a lock groove into which the stopper ball is inserted and locked.

1 is an overall combined configuration of the "camera having a lamp integrated analoscope unit" according to the present invention.

Figure 2 is a cross-sectional view showing the separated state of the "camera unit" and "analoscope unit" in the "camera having a lamp integrated analoscope unit" according to the present invention.

3 is an overall combination configuration of the "camera unit" and the "large diameter unit" as another embodiment according to the present invention.

Figure 4 is a state of use of the "camera having a lamp integrated analoscope unit" according to the present invention.

<Simple explanation of the symbols according to the main parts of the drawings>

1: camera 2: camera unit

3: lamp 4: lens

5: anal insertion part 7: anal unit

8: lock means 9: body

10: Ball for stopper 11: Ring for stopper

12: Spring 13: lock and release adjustment knob

14: lens housing 15: lock groove

16: camera housing 17: cap

18: fixing member 19: camera cell

20: guide 21: spiral guide groove

22: Focusing knob 23: Guide protrusion

26: optical fiber 27: head portion

28: optical fiber 29: connecting member

30: lamp unit 31: lamp socket

32: fixing member 33: monitor

34: power supply adapter 36: large intestine insertion

37: large diameter unit

Hereinafter, described in detail with reference to the accompanying drawings shown as a preferred embodiment as follows.

First, an embodiment of the present invention will be described with reference to FIG.

As shown in Fig. 1, a camera unit 2 having a built-in camera 1 is provided with a locking means 8 having an anusoscope unit 7 having a lamp 3, a lens 4, and an insertion part 5 for an anus. The combination is configured to enable separation by assembly.

The locking means 8 for replacing and coupling the analoscope unit 7 to the camera unit 2 inserts the stopper ball 10 in front of the body 9 of the camera unit 2 as shown in FIG. And a stopper ring 11 and an elastic spring 12 are inserted into an outer portion of the body 9 at front and rear sides thereof, and a lock and an outer side of the stopper ring 11 and an elastic spring 12, respectively. The release adjusting knob 13 is inserted and installed, and a protrusion 13a is formed on the inner side of the lock and release adjusting knob 13 to push the stopper ball 10.

The protrusion 13a is inserted between the stopper ring 11 and the elastic spring 12 to prevent the lock and release adjustment knob 13 from being separated.

In addition, a lens housing 14 is formed at a rear portion of the analoscope unit 7, and a lock groove 15 is formed at an outer portion of the lens housing 14 to lock the stopper ball 10.

The camera unit 2 constitutes a camera housing 16 and a cap 17 at a rear portion thereof, and the camera 1 is installed inside the camera housing 16, but the camera 1 is a CCD camera. It is preferable to use.

The front part of the camera 1 is provided with a camera cell 19 for converting a signal of light into an electrical signal (image signal) by the fixing member 18 and focusing the subject.

The focusing means of the camera cell 19 forms a guide hole 20 at one side of the body 9 and installs a focus adjusting knob 22 having a spiral guide groove 21 at an outer side thereof. The fixing member 18 protrudes to form a guide protrusion 23 to penetrate the guide hole 20 so as to be inserted into the spiral guide groove 21.

First and second contact terminals 25 and 25a are provided in front of the camera cell 19 by holders 24.

The analoscope unit 7 is provided with a built-in lens 4 inside the lens housing 14 configured in the rear portion, the lens 4 is a built-in lens for each purpose.

The lens housing 14 is coupled to the head portion 27 in which the optical fiber 26 is installed, and the insertion portion 5 for the anus is coupled to the front of the head portion 27, and the lens housing 14 At the rear, third and fourth contact terminals 25b and 25c are provided.

The anal insert 5 transmits light and is made of a milky white PVC synthetic resin material.

The lamp unit 30 is connected to the lower side of the head unit 27 by the connection member 29 having the optical fiber 28 embedded therein, and the lamp unit 31 is connected to the inside of the lamp unit 30 by the lamp socket 31. (3) Built-in installation.

Preferably, the lamp 3 is a halogen lamp, and may also be configured as an LED lamp, and the halogen lamp or LED lamp is preferably compact.

The lamp socket 31 is fixedly installed by the fixing member 32.

The present invention as described above is used in connection with the monitor 33 for outputting the subject to the image screen as shown in Figure 4 and the power adapter 34 is electrically applied.

If necessary, the printer 35 may be configured to be electrically applied to print the image screen of the subject.

Meanwhile, as another embodiment of the present invention, the large diameter unit 37 is configured by connecting and coupling the large intestine inserting portion 36 to the front of the head portion 27 as shown in FIG.

1, 2, and 4, the same description as in the above-described configuration will be omitted.

Referring to the operation of the present invention configured as described above are as follows.

As shown in Figs. 1 and 4, when power is supplied from the power supply adapter 34 to the lamp 3 of the analoscope unit 7, light is emitted from a lamp 3 composed of a halogen lamp or an LED lamp and the light is emitted. Irradiated to the optical fiber 28 of the connecting member 29, which is transmitted to the optical fiber 26 of the head portion 27 is transmitted to the anal insertion portion (5).

In this case, the light is irradiated to the subject through the anal insertion part 5, and the light reflected from the subject of each characteristic is received by the lens 4 and transmitted to the camera cell 19, and the signal of the light is transmitted to the camera cell ( 19, it is converted into an electrical signal (video signal) and introduced into the camera 1, which is transmitted to the monitor 33 to diagnose the state of the subject through the monitor 33.

If necessary, the image screen of the subject may be printed through the printer 35.

The present invention as described above can be used as a dedicated diagnostic device according to each application by combining and replacing the various types of analoscope unit 7 to the camera unit (2).

That is, the locking unit 8 may replace the camera unit 2 and the analoscope unit 7 suitable for each use. For example, the large diameter unit 37 as shown in FIG. Just replace.

Referring to the operation of separating and assembling the camera unit 2 and the analoscope unit 7 by the locking means 8, first, the camera unit 2 and the anal transit unit 7 are separated as shown in FIG. In order to assemble it, push the lock and release adjustment knob 13 of the camera unit 2 backward to release the projection 13a abutted from the stopper ball 10, and then the analoscope unit ( Slide the lens housing 14 of 7) into the body 9 of the camera unit 2 and insert it.

On the other hand, when the lock and release control knob 13 is pushed backward, the elastic spring 12 is compressed while the elastic force is generated.

When the lens housing 14 is pushed back into the body 9 of the camera unit 1, the stopper ball 10 is inserted into the lock groove 15 of the lens housing 14 as shown in FIG. In this case, if the force pushing backward from the lock and release adjusting knob 13 pushed backward is removed, the lock and release adjusting knob 13 is compressed by the elastic force of the elastic spring 12 which is compressed and generated elastic force. ) Advances again and the projection 13a blocks the stopper ball 10 from being separated outward.

As described above, the analoscope unit 7 is coupled to the camera unit 2 by the locking means 8.

Then, in order to replace the analoscope unit for another use again, if you want to separate the analoscope unit (7) from the camera unit (2) may be separated in the reverse order when the combination.

The stopper ring 11 serves to prevent the lock and release control knob 13 from being separated from the front.

The camera cell 19 can focus the focus of the subject. When the focus adjusting knob 22 is turned left or right, the guide protrusion 23 is guided along the spiral guide groove 21, and in this case, the fixing member. The camera cell 19 fixedly installed at 18 may move back and forth to adjust the focus of the subject.

The camera having the lamp-integrated analoscope unit of the present invention is configured to separate the camera unit 2, the analoscope unit 7, and the colonoscope unit 37 from each other.

The present invention as described above can obtain the following effects.

First, the lamp unit 3 is used as a halogen lamp or an LED lamp as a luminaire, and an analoscope unit 7 or a large diameter unit 37 having a lens 4 is attached to a camera unit 2 having a built-in camera 2. Combined, the equipment can be simplified to produce at low cost, to be easy to use, and to be easily stored and transported.

Secondly, by assembling and separating various types of analoscope unit 7 or large diameter unit 37 to the camera unit 2 by the locking means 8, it can be used as a dedicated diagnostic device for each purpose. Each application has the effect of accurate and accurate diagnosis.

Claims (6)

By combining a camera unit 2 having a built-in camera 1 and a camera cell 19 with an analoscope unit 7 comprising a lamp 3, a lens 4, and an anal insert 5 A camera having a lamp integrated analoscope unit. 2. A camera having a lamp integrated analoscope unit according to claim 1, characterized in that the camera unit (2) is configured so that the analoscope unit (7) can be separated and assembled by the locking means (8). The lock means (8) is provided with a stopper ball (10) inserted into the front of the body (9) of the camera unit (2), and the stopper ring (11) and the elastic spring (12) in front and rear thereof. ) Is inserted into the outer portion of the body (9), respectively, and the lock and release adjusting knob (13) having the projection (13a) is inserted into the outside of the stopper ring (11) and the elastic spring (12), The lens housing 14 is formed on the rear portion of the analoscope unit 7 and the lamp integral type analoscope unit is formed on the outer portion thereof by forming a lock groove 15 into which the stopper ball 10 is inserted and locked. Having a camera. The lamp integrated analoscope unit according to claim 1, characterized in that the camera unit (2) comprises a large diameter unit (37) composed of a lamp (3), a lens (4), and a colon insert (36). Having a camera. The focusing means of the camera cell (19) according to claim 1, wherein the focusing means of the camera cell (19) is provided with a focusing knob (22) having a spiral guide groove (21) outside the body (9) of the camera unit (2). The camera having a lamp-integrated analoscope unit, characterized in that configured to be installed so as to be inserted into the guide groove 21 of the spiral to form a guide projection (23) coupled to the fixing member 18 for fixing the). 2. A camera having a lamp-integrated analoscope unit according to claim 1, characterized in that the camera unit (2) comprises an analoscope unit (7) or a large diameter unit (37) as an integrated unit.