Highly-automatic comprehensive physical examination device

Abstract

The invention relates to the technical field of medical physical examination instruments, and particularly discloses a highly-automatic comprehensive physical examination device which comprises a detection table, a working partition plate and a working console, joint supporting arms are distributed on the detection table, and adjustable electrocardiogram electrode integrated plates are distributed at the upper ends of the joint supporting arms; a plurality of piston cavities are formed in the middle of the adjustable electrocardiogram electrode integrated plate; pneumatic telescopic block movable grooves are correspondingly formed in the inner side ends of the piston cavities; pneumatic telescopic blocks are movably distributed in the pneumatic telescopic block moving groove and the piston cavity; electrocardiogram electrodes are further distributed on the pneumatic telescopic block; a weighing scale and a backrest plate are also distributed on the detection table; and a data display screen and a controller are distributed on the working console. The device highly integrates height, weight, electrocardiogram and other devices, and has the advantages of quick and convenient examination, accurate detection, good effect and the like.

Description

technical field [0001] The invention relates to the technical field of medical examination equipment, in particular to a highly automated comprehensive medical examination device. Background technique [0002] With the improvement of residents' living standards, the popularity of health concepts, and the upgrading of consumption, the market demand for the health checkup industry is strong, showing a trend of blowout development. Regular health checkup is an important way of self-care, and it has been paid more and more attention by the general public. Routine examinations such as height, weight, and electrocardiogram are indispensable for general health check-ups. At present, the above-mentioned physical examination items generally rely on medical staff to measure / check one by one, and the efficiency is very low; especially taking the electrocardiogram as an example, the current electrocardiogram examination is to place electrodes on different parts of the human body, and t...

AI Technical Summary

Problems solved by technology

Limb leads can be clamped directly with clips, which is easy and quick to operate, but the reason for the low inspection efficiency lies in the operation of "chest wall leads"; in the "chest wall leads", currently available in practical applications are basically Using "chest suction ball", the chest suction ball generally includes silicone suction ball, banana head with hardware, silicone suction cup and all-solid Ag / AgCl reference electrode; the principle is to expel the air by pressing the silicone suction ball, and then the chest The lower end of the suction ball is close to the skin. After the silicone suction ball is released, a vacuum is formed inside the chest suction ball, and then the chest suction ball is pressed to the human skin by atmospheric pressure; while the electrode adopts a ring structure (similar to a ring gasket) combined with the chest suction ball. The lower end of the ball is in direct contact with the skin. The disadvantages of using the above scheme are: (1) Because the chest wall leads are generally (V1-V6), the distribution needs to be according to V1: the 4th intercostal space at the right border of the sternum; V2: the left sternum Marginal 4th intercostal space; V3: midpoint of connecting line V2 and V4; V4: junction of left midclavicular line and 5th intercostal space; V5: left anterior axillary line at the same level as V4; V6: left midaxillary line at the same level as V4 place

Therefore, the current chest wall lead needs to absorb the six chest suction balls to the human chest wall one by one in order, and the operating efficiency will be lower based on the different body shapes of the examinees.

(2) Based on the principle of the chest suction ball, the electrode can only adopt a ring structure, so in order to ensure a sufficient contact area between the electrode and the human body, the chest suction ball needs to be set relatively large; at the same time, relying on atmospheric pressure for skin-tight adsorption, It is easy to cause the air leakage of the chest suction ball during the detection process due to the repeated contraction, swelling, sweat, etc. of the human chest wall due to breathing, resulting in different skin adhesion of each chest suction ball and frequent drop, which affects the detection Phenomena such as results

[0003] When measuring height, laser height measuring instruments are widely used at present, but generally the laser is directly irradiated to the human head, and the height value is roughly obtained by reflecting the received signal. This technical solution will be easily affected by the ambient temperature, light Loss, light divergence caused by hair, etc. affect the accuracy, resulting in the inability to effectively achieve the desired accuracy

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