TWM609957U - Radiography guiding device - Google Patents

Abstract

This creation is related to a radiography guiding device, including a radiography body, which is provided with a photographing part. Two sides of the photographing part are respectively provided with a pressing part; two pressure detection units are respectively arranged in the two pressing parts , For detecting a pressure value when the two pressing parts are pressed, and outputting the pressure value; a processing unit is connected with the two pressure detecting unit signals to receive the pressure value, and to output the pressure value. The pressure value is compared with a standard value to output a comparison result; a display is connected to the processing unit signal for receiving the comparison result and displaying the comparison result. In this way, the examinee can be guided to make an appropriate examination posture to ensure the accuracy of radiography.

Description

Radiography guiding device

This creation is about a guiding structure that can guide the examinee to make an appropriate examination posture during radiography.

At present, the traditional upright radiography equipment is mainly used to take radiographic images of the thoracic cavity or upper body. However, when radiographic images are taken, they often fail to accurately correspond to the time when the patient is full of inhalation and apnea. As a result, the captured images are often blurred and need to be retaken, which affects the shooting efficiency and even affects the interpretation of subsequent radiographic images. .

Therefore, there is a new patent case No. M581894 "X-ray photographing equipment with auxiliary photographic function and its auxiliary photographing device" announced on August 11, 108 of the Republic of China, which discloses: including a photographic equipment body and an auxiliary photographing device . The auxiliary photographing device is installed on the main body of the photographing equipment, and the auxiliary photographing device includes a processing module, a distance measuring unit and an auxiliary unit, and the distance measuring unit and the auxiliary unit are both connected to the processing module, The distance measuring unit is used for generating data of a plurality of displacements during detection, and the auxiliary unit is used for generating an auxiliary photographing signal according to the plurality of displacements.

Generally, during radiography of a subject, the subject stands on the radiographic device of the imaging equipment body for chest radiography. The radiographic device is moved up to support the subject’s chin, and the subject’s double After the arm and elbow were moved forward to withstand the radiographic imaging device, radiography was started. However, because the examinee’s pressure against the radiographic imaging device is incorrect, it means that the examinee has not reached the optimal placement position, resulting in inaccurate radiographic images and will affect the interpretation, so it is not ideal in use.

This creation is to solve the above-mentioned shortcomings of radiographic equipment in use. Therefore, this creation provides a radiography guide device, which is provided with a radiography body, and is provided with a photographing section. The two sides of the photographing section are respectively provided with a pressing section; and two pressure detection units are respectively arranged on the two pressing sections. Part, for detecting a pressure value when the two pressure-receiving parts are pressed, and outputting the pressure value; a processing unit is connected with the two pressure detecting unit signals for receiving the pressure value and sending the pressure value The pressure value is compared with a standard value to output a comparison result; a display is connected to the processing unit signal for receiving the comparison result and displaying the comparison result.

The above-mentioned two pressure detection units respectively include a plurality of pressure sensing elements, and the pressure sensing elements are arranged in the two pressing parts to form a sensing matrix plane.

The above-mentioned processing unit is directly arranged on the radiographic body, or arranged at the remote end.

The above-mentioned processing unit is signally connected with the two pressure detecting units through a wired or wireless manner.

The above-mentioned display is directly arranged on the radiographic body, or arranged on the remote end.

The above-mentioned display is signally connected to the processing unit in a wired or wireless manner.

The above-mentioned display will use text, voice or light signal to indicate the need to continue to apply pressure and increase the pressure of pressure.

The above technical features have the following advantages:

1. With the pressure detection unit in the pressure part, the pressure value of the subject's hands can be detected, and the pressure value can be compared with the standard value. By displaying the comparison result, guide The examinee can make a comfortable and appropriate examination posture.

2. It can further avoid that the subject does not reach the optimal placement position due to the incorrect pressure when the subject is pressed, which will cause inaccurate radiographic images, which will affect the interpretation during diagnosis and treatment, and will endanger To life and health.

Please refer to the first and second figures. This creative embodiment includes: a radiographic body 1, a pressure detection unit 2, a processing unit 3, and a display 4. Among them:

The radiographic body 1 is provided with an imaging section 11 for emitting a radiation for imaging. The radiation is X-ray. The upper part of the photographing part 11 is provided with a lower chin part 12, the lower two sides of the photographing part 11 are provided with a pressing part 13 respectively, and the lower part of the photographing part 11 is provided with a bracket 14 so that the photographing part 11 can be mounted on the bracket. Activity lift on 14

The pressure detecting unit 2 is provided with two sets, which are respectively arranged in the two pressing parts 11 for detecting the pressure value when the hands of a subject are pressed against the two pressing parts 11, and The pressure value is output. The two pressure detecting units 2 respectively include a plurality of pressure sensing elements (not shown in the figure), and the pressure sensing elements are arranged in the two pressing parts 13 to form a sensing matrix plane.

The processing unit 3 is directly arranged on the radiography main body 1, or is arranged at the remote end. The processing unit 3 is connected to the two pressure detecting units 2 in a wired or wireless manner to receive the pressure value. , And compare the pressure value with a standard value, and output a comparison result.

The display 4 is directly arranged on the radiography body 1, or is arranged at a remote end. The display 4 is connected to the processing unit 3 in a wired or wireless manner to receive the comparison result and display the Compare the results.

In use, as shown in the first and third figures, when the subject A needs radiography, the subject A can stand in front of the radiographic body 1 and place the subject A The chest of A is attached to the photographing section 11, and then the photographing section 11 is lifted up and down so that the chin of the subject A can be pressed against the chin section 12. The elbows of the two arms of the subject A move forward, and respectively support the pressing portion 13 on the left and right sides, while applying force to press the pressing portion 13. The pressure detection unit 2 in the two pressing parts 13 detects the pressure value when the subject A is pressed against the two pressing parts 11 with both hands, and then outputs the pressure value to the Processing unit 3. After the processing unit 3 receives the pressure value, it compares the pressure value with the preset standard value, and outputs the comparison result to the display 4 for display.

Since the two pressure detecting units 2 will detect all the pressures after the two pressing parts 13 bear the pressure, when the maximum pressure value of the pressure detecting unit 2 on the left and right side does not reach the standard value, It means that the subject A has not reached the optimal placement position. At this time, the comparison result will be displayed on the display 4, and the subject A will be reminded through text, voice or light signals. Both hands need to continue to apply pressure and increase the pressure applied until the pressure value detected reaches the standard value. At the same time, the color bar-shaped ruler system representing the pressure value will be dynamically displayed on the display, and the radiologist or the subject A will be based on the two pressure value information displayed on the screen (the pressure of the left and right elbows), Make the best position adjustment to meet the requirements of the best radiography position.

In this way, with the pressure detecting unit 2 in the two pressing parts 13, it can be detected at any time when the subject A is pressed against the two pressing parts 11 with both hands during chest radiography. The pressure is compared with the standard value, and the comparison result is displayed through the display 4 to guide the examinee A to make a comfortable and appropriate examination posture. At the same time, it can be avoided that the pressure when the subject A is pressed against the two pressing parts 11 is incorrect, so that the subject A does not reach the optimal placement position, which may cause inaccurate radiographic images. It affects the interpretation of diagnosis and treatment, and even delays the condition of the disease or makes wrong judgments, which endangers life and health.

Based on the description of the above-mentioned embodiments, when we can fully understand the operation, use and effects of this creation, the above-mentioned embodiments are only the preferred embodiments of this creation, and the implementation of this creation cannot be limited by this. The scope, that is, simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description, are all within the scope of this creation.

1: Radiography body 11: Photography Department 12: Jaw 13: Pressure department 14: Bracket 2: Pressure detection unit 3: Processing unit 4: display A: Subject

[The first picture] is a three-dimensional appearance diagram of this creative embodiment.

[Second Picture] is a front view of this creative embodiment.

[The third figure] is a schematic diagram of the use of this creative embodiment.

1: Radiography body

11: Photography Department

12: Jaw

13: Pressure department

14: Bracket

2: Pressure detection unit

3: Processing unit

4: display

Claims (7)

A radiography guiding device, including: A radiography body is provided with a photographing part, and two sides of the photographing part are respectively provided with a pressing part; Two pressure detection units are respectively arranged in the two pressure-receiving parts for detecting a pressure value when the two pressure-receiving parts are pressed, and output the pressure value; A processing unit is connected to the signals of the two pressure detection units for receiving the pressure value and comparing the pressure value with a standard value, thereby outputting a comparison result; A display is connected with the signal of the processing unit for receiving the comparison result and displaying the comparison result. For example, the radiography guidance device of claim 1, wherein the two pressure detection units respectively include a plurality of pressure sensing elements, and the pressure sensing elements are arranged in the two pressure-receiving parts to form a sensing matrix plane. For example, the radiography guiding device of claim 1, wherein the processing unit is directly arranged on the radiography body, or arranged at the remote end. For example, the radiographic guidance device of claim 1, wherein the processing unit is signally connected to the two pressure detection units through a wired or wireless manner. For example, the radiography guiding device of claim 1, wherein the display is directly arranged on the radiography body, or is arranged at the remote end. For example, the radiography guiding device of claim 1, wherein the display is signally connected to the processing unit in a wired or wireless manner. Such as the radiography guidance device of claim 1, wherein the display will indicate the need to continue to press and increase the pressure through text, voice or light signal messages.

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