CN201299645Y - Medical examination equipment - Google Patents

Abstract

The utility model discloses medical examination equipment. A platform used for supporting a patient is arranged, a parameter perceiving module is arranged on the platform, and the parameter perceiving module comprises at least two parameter perceiving units used for obtaining physical sign parameters of the patient to be examined; a parameter processing module which is connected with the parameter perceiving module is arranged on the platform, and the parameter processing module is used for processing and outputting data which comes from the parameter perceiving module. By adopting the medical examination equipment, conventional physiological parameter examination equipment can be integrated onto the same examination equipment.

Description

A kind of medical examination equipment

technical field

The utility model relates to the field of medical equipment, in particular to a medical inspection equipment.

Background technique

In hospitals, clinics and social health centers, hospital beds are very popular equipment. Therefore, combining beds and medical equipment to launch new medical devices has become a technical hotspot in the field of medical devices. In recent years, medical devices based on beds have achieved considerable development. There are endless medical device patent technologies related to beds. In summary, there are generally three categories as follows:

The first category is to improve the design of inspection equipment attached to certain types of medical devices, such as ECG inspection equipment, CT inspection equipment, endoscopic inspection equipment, whole-body color ultrasound inspection equipment, etc. The purpose is to facilitate the use of such medical devices and improve User comfort and detection efficiency;

The second category is to improve the design of inspection equipment used in a clinical diagnostic department, such as gynecological inspection equipment, multi-functional anorectal surgery inspection equipment, and cardiology patient inspection equipment, etc., in order to facilitate medical staff for diagnosis or treatment;

The third category is to improve the design of hospital beds used by special patient groups, such as folding medical examination equipment, etc. The purpose of these beds is to facilitate elderly patients, disabled patients or other patient groups with special needs.

The above-mentioned hospital beds and inspection equipment for various purposes are just a bed-based solution for a special application, which does not change the function and operation mode of the original single device in essence. In practical applications, the same patient often needs to undergo multiple examinations. Currently, these examinations are assigned to several independently operated equipment and operating spaces. These technologies cannot provide more convenience for such applications.

Therefore, the prior art still needs to be improved and developed.

Utility model content

The purpose of the utility model is to provide a medical inspection equipment, which can be used to carry out multiple inspections on the same equipment, which can reduce the number of inspection equipment and simplify the inspection process.

The technical scheme of the utility model is as follows:

A kind of medical examination equipment, is provided with the platform for supporting patient, is characterized in that, this platform is provided with parameter sensing module, and this parameter sensing module includes at least two kinds of parameter sensing units that are used to acquire the sign parameter of the subject; the platform There is also a parameter processing module connected to the parameter sensing module, and the parameter processing module is used to process and output the data from the parameter sensing module.

The medical inspection device further includes an RFID identification module connected to the processing module, and the RFID identification module is used to acquire the information of the subject.

The medical inspection equipment, wherein one of the parameter sensing units is an ultrasonic distance measuring probe arranged on the platform; the parameter processing module includes an ultrasonic parameter processing unit connected to the ultrasonic distance measuring probe.

Said medical inspection equipment, wherein one of said parameter sensing units is a pressure sensor arranged on said platform; said parameter processing module includes a body weight parameter processing unit connected to the pressure sensor.

Said medical inspection equipment, wherein one of said parameter sensing units is a pneumatic unit arranged on said platform; said parameter processing module includes a blood pressure parameter processing unit connected to said pneumatic unit.

Said medical examination equipment, wherein, one of said parameter perception units is an electrophysiological measurement unit arranged on said platform; said parameter processing module includes an electrophysiological parameter processing unit connected to said electrophysiological measurement unit.

The medical examination equipment, wherein, one of the parameter perception units is a B-ultrasound detection unit arranged on the platform, and the B-ultrasound detection unit is used to obtain images of the internal organs of the subject; the parameter processing module It includes a B-ultrasound parameter processing unit connected with the B-ultrasound detection unit.

The medical examination equipment, wherein the parameter perception module and the parameter processing module are arranged at the lower end of the platform.

In the medical examination equipment, the system further includes a power supply module connected to the parameter sensing module and the parameter processing module, and the power supply module adopts an isolation transformer.

The medical inspection equipment provided by the utility model, by setting a parameter sensing module, the parameter sensing module includes a plurality of parameter sensing units for obtaining the physical sign parameters of the subject, and integrates the conventional physiological parameter inspection equipment into the same inspection equipment, By setting the parameter processing module, while realizing the integrated inspection, it can also provide practical functions such as various information collection, summary, and multi-disciplinary inspection reports quickly and timely on the basis of the original equipment.

Description of drawings

Fig. 1 is the functional block diagram of the medical inspection equipment of the present utility model;

Fig. 2 is the structural block diagram of parameter perception module and parameter processing module in the utility model;

Fig. 3 is the structural diagram of platform in the utility model;

Fig. 4 is the structural diagram of transformer and shell in the utility model;

Fig. 5 is a structural diagram in the cabinet of the present invention.

Detailed ways

In order to solve the problem that patients or those participating in physical examination must be examined in several independently operated equipment and operating spaces, the medical examination equipment provided by the utility model changes the function and operation mode of the original single equipment, and integrates conventional physiological parameter examination equipment. On the same piece of inspection equipment, while realizing integrated inspection, it can also provide practical functions such as various information collection, summary, and quick and timely multi-disciplinary inspection reports on the basis of the original equipment.

As an embodiment of the present utility model, as shown in FIG. 1 , the medical examination equipment in this embodiment includes: a platform 100 for supporting a patient, a parameter sensing module 200 and a parameter processing module 300 arranged on the platform 100 . The parameter sensing module 200 includes a plurality of parameter sensing units for obtaining the subject's sign parameters; the processing module is connected with the parameter processing module 300, and the parameter processing module 300 is used to process the data from the parameter sensing module 200 and output.

As shown in Figure 1, on the basis of the above technical solution, an RFID identification module 400 can also be added on the platform 100, and the RFID identification module 400 is connected with the parameter processing module 300, and the RFID identification module 400 is used to obtain the The information of the examiner is sent to the parameter processing module 300. By adding the RFID identification module 400, the utility model adds an identity authentication program, and the identity authentication program is through radio frequency identification. Each subject will be issued a card containing unique IC information in advance, and when the subject is inspected, use the IC card to punch in the reader area of the RFID identification module 400 of the inspection device to complete the registration, which is convenient for establishing The electronic health check-up file is convenient for inquiring about the examinee's physical examination information, and can provide sufficient information for the examinee to treat diseases in the future.

As shown in Figure 2, on the basis of the above technical solution, the parameter perception unit may be an ultrasonic ranging probe 210 arranged on the platform 100; the parameter processing module 300 includes an ultrasonic ranging probe 210 Connected ultrasonic parameter processing unit 310.

The parameter sensing unit may be a pressure sensor 220 disposed on the platform 100 ; the parameter processing module 300 includes a body weight parameter processing unit 320 connected to the pressure sensor 220 .

The parameter sensing unit may be an air pressure unit 230 arranged on the platform 100, and the air pressure unit 230 includes: an air pump, an inflatable cuff connected to the air pump, and a barometer connected to the inflatable cuff; the parameter processing module 300 A blood pressure parameter processing unit 330 connected to the air pressure unit 230 is included.

The above-mentioned technical solution integrates the traditional distributed height, weight and blood pressure physical examination, and the subject can complete the usual routine health examination at one time without moving too much space.

The parameter sensing unit may also be the electrophysiological measurement unit 240 provided on the platform 100 ; the parameter processing module 300 includes an electrophysiological parameter processing unit 340 connected to the electrophysiological measurement unit 240 .

The parameter perception unit may be the B-ultrasound detection unit 250 arranged on the platform 100, and the B-ultrasound detection unit 250 is used to obtain images of the internal organs of the subject; the parameter processing module 300 includes a The B-ultrasound parameter processing unit 350 connected to the unit 250 .

As shown in Figure 1, an electrophysiological measurement unit 240 and a B-ultrasound detection unit 250 can also be added on the basis of the above-mentioned technical solution. The measurement unit 240 is connected to the electrophysiological parameter processing unit 340 through a data transmission line. The B-ultrasound detection unit 250 is used to acquire images of the internal organs of the subject, and send the images to the B-ultrasound parameter processing unit 350 .

The parameter perception module 200 and the parameter processing module 300 are installed in the chassis 110 at the lower end of the platform 100, which increases the interconnection of various health checks and reduces the deployment space of medical check equipment. Similarly, other image observation equipment and electrophysiological measurement equipment can also be integrated, such as X-ray irradiation system and so on.

Among various unit connection methods, low-speed data transmission and control are realized through RS232, such as the transmission of measurement data such as ECG, height and weight, and blood pressure; high-speed data transmission is transmitted through USB2.0, such as the transmission of B-ultrasound detection data.

The medical examination equipment, wherein the system further includes a power supply module 500 connected to the parameter processing module 300 connected to the parameter sensing module 200 and the parameter processing module 300, and the power supply module 500 adopts an isolation transformer. An isolation transformer generally refers to a 1:1 transformer. Since its secondary is not connected to the ground, there is no potential difference between any line of the secondary and the ground, so it is safe to use.

The medical inspection equipment provided by the utility model, by setting the parameter sensing module 200, the parameter sensing module 200 includes a plurality of parameter sensing units for obtaining the physical sign parameters of the subject, and integrates the conventional physiological parameter inspection equipment into the same inspection equipment Above all, by setting the parameter processing module 300, while realizing the integrated inspection, it can also provide practical functions such as various information collection, summary, and quick and timely multi-disciplinary inspection report on the basis of the original equipment.

Based on the above control idea, Fig. 3 is a structural schematic diagram of the medical examination equipment of the present invention. The medical examination equipment includes a platform 100 for supporting a patient;

The RFID identification module 400 is installed on the platform 100 and adopts radio frequency identification for identification.

The front end of the platform 100 is provided with an ultrasonic distance measuring probe 210. When in use, the subject lies flat on the platform 100, and the feet of the subject can be attached to the rear end of the platform 100, and the ultrasonic distance measuring probe 210 arranged at the front end of the platform 100 can be used. The probe 210 measures the distance between the subject's head and the front end of the platform 100, and transmits the distance signal to the ultrasonic parameter processing unit 310, and the ultrasonic parameter processing unit 310 obtains the subject's height data.

The platform 100 is provided with pressure sensors 220 , the number of the pressure sensors 220 can be selected, for example, four pressure sensors 220 are selected, and the four pressure sensors 220 are distributed on the four supporting points of the platform 100 . The pressure parameters obtained by the pressure sensor 220 are sent to the body weight parameter processing unit 320 . The body weight parameter processing unit 320 includes at least an A/D converter, which is used to perform A/D conversion processing on the pressure signal output by the pressure sensor 220 and convert it into body weight data.

When measuring blood pressure, the inflatable cuff connected to the air pump is put on the arm of the human body for blood pressure detection, and the blood pressure measurement parameters are sent to the blood pressure parameter processing unit 330 to be converted into blood pressure measurement data. In order to adapt to different subjects, a sliding guide rail is installed on the platform 100, and the inflatable cuff is connected to the sliding guide rail through a bracket integrally provided with it. The inflatable cuff can move forward and backward along the sliding guide rail, so that it can Adjust the measurement position of the inflatable cuff at will according to the height of the tester, and realize the adjustable front and back cylinder blood pressure measurement, which is convenient to use.

The detection signal input end of the B-ultrasound detection unit 250 on the platform 100 is connected with the B-ultrasound probe through a data line. A monitor can be slidably set on the platform 100, and the monitor is connected to the B-ultrasound parameter processing unit 350, which is convenient for the inspector to observe the image from the monitor while performing the B-ultrasound detection. Physiological measurements.

A retractable frame 120 may also be provided on the side of the platform 100, and the retractable frame is used for placing B-ultrasound probes, electrophysiological measurement probes, and the like. And, the external hardware device of the processing device can also be set or embedded on the platform 100. For example, as shown in FIG. 3, a tray 130 for placing a mouse and keyboard, a monitor for installing a monitor The bracket 140 , the transformer 150 and the main power supply can also be installed in the platform 100 , as shown in FIG. 4 , the transformer 150 is installed in the platform 100 through the magnet shell 160 .

The above-mentioned parameter processing module 300 is integrated in the chassis 110, and the hardware layout is shown in Figure 5. The multi-serial port card 111, the main board 112, the host power supply 113, and the detection function single board include: fetal monitoring single board 114, blood oxygen single board 115, blood pressure Single board 116, EEG single board 117, ECG single board 118, etc. And the chassis 110 is located at the lower part of the platform 100, which reduces the occupied space. The support angle where the platform 100 is in contact with the ground can adopt a pulley structure, which is easy to move and carry.

The utility model breaks through the limitations of the current traditional departments, and is not limited to the above-mentioned measurement functions of height, weight, blood pressure, electrocardiogram, and B-ultrasound, but also integrates the following measurement modules, TCD (transcranial Doppler), brain Electrogram, blood oxygen, body temperature, respiration, fetal monitoring, bone density, X-ray examination, Doppler ultrasound (color ultrasound). In addition, the above inspection functions can be combined arbitrarily to derive a special comprehensive inspection system suitable for different diseases. For example, for heart and brain diseases, a comprehensive inspection system for heart and brain diseases can be realized by combining TCD, ECG and EEG.

While realizing integrated inspection, it can also provide new functions of automatic data summary and multiple inspection reports quickly and quickly. This is of great benefit to applications such as hospital admission inspection. Since various physiological parameter inspection devices are integrated into the same bed, the equipment space is saved. This inspection device is especially suitable for use in communities and primary medical units.

The patient was admitted to the hospital for treatment. Before the treatment, the doctor advised him to have an electrocardiogram, B-ultrasound and blood pressure checks. The traditional method is that patient A first goes to the nurse to measure blood pressure, then goes to the electrocardiogram room and the B-ultrasound room to wait in line for the examination, and then obtains the examination reports provided by different examination rooms. It usually takes him a day or more. This is not advisable for critically ill patients. By adopting the utility model, patient A can complete the above inspection within 10-30 minutes, and obtain a comprehensive inspection report in time.

It should be understood that the application of the present utility model is not limited to the above-mentioned examples, and those skilled in the art can make improvements or changes according to the above-mentioned descriptions, for example, the integrated platform is not in the form of the bed shown in the figure but in other forms , such as reclining chairs etc., all these improvements and transformations should belong to the protection scope of the appended claims of the present utility model.

Claims (9)

1, a kind of examination apparatus is provided with the platform that is used to support the patient, it is characterized in that, this platform is provided with the parameter sensing module, and this parameter sensing module comprises at least two kinds of parameter perception unit that are used to obtain measured's sign parameter; Also be provided with the parameter processing module that is connected with described parameter sensing module on this platform, this parameter processing module is used for the data that come from described parameter sensing module are handled and exported.

2, examination apparatus according to claim 1 is characterized in that, also comprises the RFID identification module that is connected with described processing module, and this RFID identification module is used to obtain measured's information.

3, examination apparatus according to claim 1 is characterized in that, one of described parameter perception unit is arranged on the ultrasonic ranging probe on the described platform; Described parameter processing module comprises the ultrasound wave parameter processing unit that is connected with this ultrasonic ranging probe.

4, examination apparatus according to claim 1 is characterized in that, one of described parameter perception unit is arranged on the pressure transducer on the described platform; Described parameter processing module comprises the body weight parameter processing unit that is connected with this pressure transducer.

5, examination apparatus according to claim 1 is characterized in that, one of described parameter perception unit is arranged on the air pressure unit on the described platform; Described parameter processing module comprises the blood pressure parameter processing unit that is connected with this air pressure unit.

6, examination apparatus according to claim 1 is characterized in that, one of described parameter perception unit is arranged on the electrophysiologicalmeasurements measurements unit on the described platform; Described parameter processing module comprises the electric-physiology parameter processing unit that is connected with this electrophysiologicalmeasurements measurements unit.

7, examination apparatus according to claim 1 is characterized in that, one of described parameter perception unit is arranged on the B ultrasonic detecting unit on the described platform, and this B ultrasonic detecting unit is used to obtain the image of measured's internal organs; Described parameter processing module comprises the B ultrasonic parameter processing unit that is connected with this B ultrasonic detecting unit.

8, examination apparatus according to claim 1 is characterized in that, described parameter processing module is provided with described platform lower end.

9, examination apparatus according to claim 1 is characterized in that, described system also comprises the supply module that is connected with the parameter processing module with described parameter sensing module, and this supply module adopts isolating transformer.

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