KR200483468Y1

KR200483468Y1 - Standing X-ray Views Assistant Device

Info

Publication number: KR200483468Y1
Application number: KR2020160000639U
Authority: KR
Inventors: 길종원
Original assignee: 길종원
Priority date: 2016-02-04
Filing date: 2016-02-04
Publication date: 2017-05-29

Abstract

The present invention relates to an orthopedic X-ray inspection aids for solving problems caused by inspecting the patient by placing the patient on a table with the limit of the adjustment range where the X-ray tube of the X-ray apparatus does not descend to the bottom.
The in-situ x-ray examination assistant device of the present invention includes a stepped single-phase (5) and a handle bar (1) so that the patient can easily ascend; An intermediate handle bar (2) for maintaining the inspection posture; An image plate inserting hole 13 and an image plate supporter 14 for fixing the image plate and preventing x-ray exposure of the examinee.
Therefore, the present invention has the effect of not exposing unnecessarily the X-ray exposure because it can easily elevate the severely degenerative arthritis patient or the elderly patient to the single-phase, maintain the posture on its own, and do not need to hold the image plate.

Description

Standing X-ray Views Assistant Device}

The present invention relates to an assistant device for enhancing the usefulness of an examination during an abdominal X-ray examination, more specifically, a stepwise single-phase that helps the patient to easily ascend the examination, a handle bar on both sides of the single- And an image plate insertion hole and an image plate support for fixing an image plate to generate an x-ray image.

In general, the examination of standing legs (standing state) X-ray examination of the foot, ankle and knee is possible only when the patient is on the shooting table or the auxiliary table (single-phase). This is due to the limit of the adjustment range in which the X-ray tube from the X-ray apparatus does not descend to the bottom.

Especially, most of the elderly people are suffering from degenerative arthritis. In this case, it is impossible for the patient to climb onto the imaging table or ancillary table without the assistance of the examiner (radiologist) or carer (caregiver).

And, after climbing, it is necessary to maintain posture without movement, and it is also impossible to proceed without the help of support or assistant (maintainer, guardian) to maintain posture. In addition, there are some tests that require a device to fix the image plate during inspection. In this case, if a device for fixing is not provided, hold the inspectors or image plates and inspect them.

The following is a list of the contents of the representative stand-up test method to help understanding of the design.

[1] TEXTBOOK OF RADIOGRAPHIC POSITIONING AND CLINICAL DIAGNOSIS (volume 1)

-4th Edition-ISBN 978-89-5616-544-8 93510, 231, 232, 272, 275.

[2] Ji, Jong-Won, and Yong-Kwon Kim: Development of an implantable x-ray aids for patient safety and its usefulness evaluation, 2015, Vol.17, no.4, ISSN 1229-6783, pp. 223-229.

[Literature 3] Han, YH, Kim, WK, An Jee-Yong: A New Radiological Evaluation Method for Posterior Foot Arrangement, 2012, Vol.16, no.3, ISSN 1738-3757, 169-174.

[4] Uhm Minji, Choi Won-geun, Son Soong-Ryong, Lee Kwan-Sup: A Study on Optimum Incident Angle for Body Weight Measurement in the Anterior and Posterior Foot Study, 2013, Vol.15, no.2, ISSN 1598-7982, 31-37.

Because of the limit of adjustment range that X-ray tube does not come down to the floor as above, when the patient's X-ray examination of the leg is performed, the patient can be examined only on the photographing table or the auxiliary table. However, patients with severe degenerative arthritis or elderly patients may not be able to stand up if they do not support it, and sometimes they may not be able to raise it.

In addition, when the examination is performed as described above, the radiographic table or the auxiliary table of the X-ray apparatus has no handle for the patient to take or hold his / her own posture. Therefore, the role of the handle is replaced by the subsidiary of the assistant. In addition, if the image plate is fixed by inspecting, if there is no image plate fixing device, the examiner holds the image plate directly and inspects the image plate. In these two cases, the assistant is exposed to the x-ray exposure unnecessarily.

In the present invention, as means for solving the above-mentioned problems, there is a means for solving the above-mentioned problems, in which a handle bar is provided on both sides of a single step and a single step, a middle handle bar provided along the height of the handle bar, An image plate support is installed inside the insertion hole and the single-phase so that the patient can easily ascend, maintain the posture by himself, and devise and provide an in-situ x-ray examination assistant which does not require the examiner or assistant to hold the image plate.

As described above, the present invention has the effect of allowing a patient with degenerative arthritis or an elderly patient to be easily elevated to the stage, maintaining the posture of the patient himself, and the need for the examiner or assistant to catch the image plate, So that it is not exposed to the outside.

FIG. 1 is an exploded perspective view showing the inventive X-ray inspection aids. FIG.
FIG. 2 is a perspective view showing the inventive X-ray examination assistant device. FIG.
Figure 3 is a side elevation view of the inventive X-ray inspection aids.
Fig. 4 is a rear view showing the inventive X-ray inspection aids.
5 is a side cross-sectional view of an image plate support in the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Fig. 1 is an exploded perspective view showing the inventive X-ray examination assistant device, Fig. 2 is a perspective view showing the X-ray examination assistant device of the present invention, and Fig. 3 is a side perspective view showing the inventive X- FIG. 4 is a rear view showing the inventive X-ray examination assistant apparatus, and FIG. 5 is a side sectional view of the image plate support in the present X-ray examination assistant apparatus.

The present invention is a structure in which a stepped single-phase (5) and a ladder-type pull rod (1) are provided on both sides of a single phase.

The height of the stepwise single-phase (5) should be equal to the height at which the x-ray tube of the x-ray apparatus is adjusted to the lowest level, and both widths should be larger than the size of the image plate. However, Do.

The stepped single-phase (5) should be made of steel considering the weight of the patient. However, when the single-phase top plate is made of steel, which is an impermeable material of the X-ray beam, the image of the sole of the foot is overlapped with the image of the sole of the foot and the image of the sole of the foot. Therefore, the single-phase top plate (3) on which the feet are placed and the single-phase front plate (4) serving as the X-ray incidence surface are made of reinforced acrylic which is an x-ray permeable material and can support the weight of the patient. Since the single-phase upper plate 3 is raised by the patient, it is preferable to install the single-phase upper plate support 6 under the reinforced acrylic upper plate to help support the weight.

In order to facilitate the formation of the stepwise single-phase (5), each side of the steel sheet is welded. Also, the single-phase upper plate support 6 and the image plate support 14 are attached by welding.

In order to fix an image plate for generating an x-ray image to the stepwise single-phase image 5, an image plate insertion hole 13 and a lower image plate support (not shown) are interposed between the reinforced acrylic single-phase upper plate 3 and the step- 14). The image plate support 14 is constructed so that the image plate can be inserted at an angle of about 20 ° to the front surface so that the image plate can be vertically erected and the hindfoot alignment can be also performed.
The image plate support 14 includes a vertical portion 15 having an upper end connected to a rear edge of the image plate insertion hole 13 and a lower end portion bent forward at a lower end of the vertical portion 15 And a lower end of the vertical portion 15 is inclined with respect to a virtual vertical plane positioned at the front side of the vertical portion 15, A slope part 17 connected to an end part of the first support part 16 so as to intercept the slope part 17 and a second support part 18 And an extended portion 19 formed by bending the end portion of the second receiving portion 18 upwardly in parallel with the inclined portion.

The handle bar 1 is installed by fixing holes on both sides of the stepwise single-phase 5 and the handle bar 1 and fixing them by a bolt (7) nut (12).

The handle bar (1) is made of sturdy iron considering the force that the patient holds and holds, and the middle handle bar (2) is installed so that it can be easily gripped according to the patient's height. The front and back width of the handle bar (1) is made to be approximately equal to the front and back width of the stepped single-face (5) considering the movement of the patient.

Description of the symbols used in the main parts of the drawings
1: handle bar 2: intermediate handle bar
3: Single-phase top plate 4: Single-phase front plate
5: Stepped single-phase 6: Single-phase upper plate support
7: Bolt 8: Bolt-side washer
9: Handle bar bolt hole 10: Single phase bolt hole
11: Nut side washer 12: Nut
13: image plate insertion hole 14: image plate support
15: vertical part 16: second base part
17: inclined portion 18: second supporting portion
19: Extension

Claims

The single-phase upper plate 3 and the single-phase front plate 4 attached to the upper surface and the front surface of the stepwise single-phase 5 are formed of reinforced acrylic through which the x-ray is transmitted, and the combination of the stepwise single- And the image plate support 14 is installed in the stepped single phase 5 below the image plate insertion hole 13 so that the image plate can be attached and detached, A handle bar (1) is coupled to both sides of the single-phase (5), and an intermediate handle bar (2) capable of being held in alignment with a patient's key is connected to the middle of the handle bar (1)
The image plate support 14 is installed so that the image plate can be inspected to be vertically erected and the hind part alignment inspection can be performed by inclining the image plate 20 ° with a diagonal line.
The image plate support 14 includes a vertical portion 15 having an upper end connected to a rear edge of the image plate insertion hole 13 and a lower end portion bent forward at a lower end of the vertical portion 15 And a lower end of the vertical portion 15 is inclined with respect to a virtual vertical plane positioned at the front side of the vertical portion 15, A slope part 17 connected to an end part of the first support part 16 so as to intercept the slope part 17 and a second support part 18 And an extension part (19) formed by bending the end part of the second receiving part (18) in parallel with the inclined part upward.

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