CN201001722Y

CN201001722Y - Device for measuring, collecting and processing medical data information

Info

Publication number: CN201001722Y
Application number: CNU2006200677018U
Authority: CN
Inventors: 李永年
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-11-15
Filing date: 2006-11-15
Publication date: 2008-01-09
Anticipated expiration: 2016-11-15

Abstract

The utility model discloses a medical data measuring, collecting and processing device with a high frequency identification apparatus, which comprises a radio frequency (RF) ID label, a measuring apparatus and a terminal computer. The label has a built-in readable and exclusive RF ID. The measuring apparatus comprises at least a processing chip, a RF ID distinguisher, a memory used to store information, a measuring module used to measure relating information of the measured object, a display used to show the measured information and an output interface used to connect the computer. The ID of measured object stored in the memory and the measured data of each corresponding measured object are transferred to the computer for being stored and/or analyzed by the output interface in the measuring apparatus. Using this utility model can ensure the veracity of the collected and recorded data, ensure the inerrability of matching, reduce the manual recoding time and working pressure of the medical workers and enhance efficiency of the medical services.

Description

The measurement of medical data information, collection, blood processor

Technical field:

This utility model relates to medical information to be measured and the harvester technical field, refers in particular to a kind of medical data information measurement, collection, blood processor with the high frequency recognition device.

Background technology:

In places such as hospital, clinic, farms, for the needs of diagnosing and treating and study, curative activity/researcher all needs to write down a large amount of diagnosis, the medical data of measurement.Traditional recording mode adopts manual recording method, and the data after diagnosis, the measurement are recorded in case history or the archives.This mode is complex operation not only, loses time, and efficient is low, and mistake appears in hand-kept easily.Also very inconvenience when carrying out data compilation and analysis again.For overcoming this deficiency, data library device has been brought into use in a lot of places, in the data sink General Logistics Department entering computer database of be about to diagnosis, measuring, so just can make things convenient for doctor or other curative activity/researcheres to check recorded data, and it is analyzed.Though this method has improved efficiency of data analysis to a certain extent, do not change loaded down with trivial details, the inconvenient and possible human error in data acquisition, the manual entry process yet.

The utility model content:

Technical problem to be solved in the utility model just is to overcome above-mentioned existing deficiency, provide a kind of simple to operate, record data accurately reach errorless measurement, collection, the blood processor of coupling measuring object, utilize the gauge of high frequency recognition technology, the accuracy and the efficient of go to improve measurement, collecting data in conjunction with the electronic digital medical data.

For solving the problems of the technologies described above, this utility model has adopted following technical scheme: this device comprises: one built-in utilizes Radio Frequency ID label that radio frequency reads, unique; A kind of have a built-in medical data gauge of discerning Radio Frequency ID; One files as data and/or the terminal computer of analyzing and processing, and wherein, each needs label of measuring object coupling, and this label is built-in to utilize Radio Frequency ID that radio frequency reads, unique; Gauge comprises process chip, Radio Frequency IDentification device at least, be used for the memory body of stored information, be used to measure the measurand relevant information measurement module, be used to the output interface that shows the display of measured information and be used for being connected with computer; By the output interface on the gauge ID of the measuring object stored in the memory body and the measurement data of corresponding each measurand are transferred to terminal computer, file and/or analyze.

The described measurement module that utilizes gauge that measuring object is measured comprises: be used to measure measurand body temperature infrared ray body temperature detector, measure the electric sphygmomanometer of measurand blood pressure, and or the medical gauge of other electronic digitals.

The output interface of gauge is by blue tooth interface or USB interface, or wireless or wired connection technology, will remember intravital transfer of data to terminal computer.

The data that described gauge is measured show by the display device on the gauge.

Described measuring device also comprises electronic clock and enter key.

When using this utility model:

The first, for each needs label of measuring object coupling, this label is built-in to utilize Radio Frequency ID that radio frequency reads, unique; The second, before the object of needs being measured with gauge is measured, at first by built-in, can Identifiaction plates in the evaluator of Radio Frequency ID read the Radio Frequency ID of label, confirm this measuring object, utilize gauge to measure then, and the data of the ID of measuring object and measurement are recorded in the memory body in the gauge in the lump wanting measuring object; Three, by the output interface on the gauge measurement data of each object of storing in the memory body is transferred to terminal computer, file and/or analyze.

Present relatively hand dipping, the recording mode of this utility model has following advantage:

1,, guarantees that a data of gathering, writing down is accurate, coupling is errorless with the identity of high frequency recognition technology identification patient or animal.

2, because measured data can directly be imported computer by data-interface, the human error that may cause like this with regard to eliminating curative activity/researcher hand-kept and input computer.

3, adopt this utility model to realize automatization's record, can reduce working time, the minimizing operating pressure of medical worker, improve medical services efficient the medical measurement data arrangement.

Description of drawings:

Below in conjunction with accompanying drawing this utility model is further described:

Fig. 1 is a fundamental diagram of the present utility model;

Fig. 2 is the governor circuit figure of gauge in this utility model specific embodiment;

Fig. 3 is the control circuit figure that is connected with governor circuit in the gauge in this utility model specific embodiment;

Fig. 4 is the circuit diagram of Radio Frequency IDentification device module in this utility model specific embodiment.

The specific embodiment:

This utility model mainly adopts the Radio Frequency IDentification technology, i.e. RFID (Radio FrequencyIdentification) technology.Radio Frequency IDentification is a kind of contactless automatic identification technology, and it is by the automatic recognition objective object of radiofrequency signal and obtain related data, and identification work need not manual intervention, and is swift and convenient to operate.

See this drawing 1, device of the present utility model comprises: the computer 3 that label 1, gauge 2 and being used for analyzed data.Label 1 is used for determining the measurand identity, its built-in radio frequency that can produce characteristic frequency, and this radio frequency just becomes the specific ID of label 1.This Radio Frequency ID can read by RF Reader, to determine measurand.Be made up of coupling element and chip in the label 1, each label has unique radio frequency electric coding, the ID of corresponding each measurand.

Gauge 2 comprises process chip 20, Radio Frequency IDentification device 21, memory body 25, measurement module 23, display 24, output interface 27, enter key 26 and temperature sense/adjustment module 28.

Process chip 20 is as the core processing device of gauge 2, and it comprises main control chip 201 and a control chip 202 that is mainly used in the LCD demonstration.

Evaluator 21 is used to scan the radiofrequency signal that reads label 1 generation, determines the ID of label 1.Its circuit diagram is referring to Fig. 4.

Memory body 25 is as the memorizer of gauge 2, is used to store ID and to measurement data that should ID.

Measurement module 23 can be infrared ray body temperature detector 231 or electric sphygmomanometer 232 or other electronic digital gauges, and it is used to measure the related medical data of measurand.Referring to Fig. 2, infrared ray body temperature detector 231 is by interface 230 places in circuit in the circuit.

Display 24 is used for demonstration and measures data, and it generally adopts LCD, and referring to Fig. 3, LCD is by the output of control chip 202 its images of control.

Output interface 27 can be wireless or wired connection technology such as blue tooth interface or USB interface, with the transfer of data on the memory body to terminal computer.For example adopt the RS232 interface.RS-232 interface (claiming EIA RS-232 again) is present the most frequently used a kind of serial communication interface.Be generally used for serial binary data exchange interface between data terminal equipment and the data communications equipment.Participate in Fig. 2, in the present embodiment, adopt USB interface 272 and serial type data-interface 271.

Enter key 26 is used for importing certain signal, function selecting or information for the gauger, for example sends and controls instruction or input time or the like.Referring to Fig. 3, it is connected with control chip 202 by interface 261.

Temperature sense/adjustment module 28 is used to respond to the temperature of surrounding, and adjusts.Because ambient temperature may influence the data of measurement, especially at outdoor farm environment, after having responded to the surrounding enviroment temperature, this module can be made adjustment automatically.

When using this utility model, label 1 of at first corresponding each measuring object coupling, this label 1 be as the electronics ID of measurand, each label 1 built-in unique Radio Frequency ID.Before measuring with 2 pairs of needs measuring objects of gauge,, read the Radio Frequency ID of label 1 with evaluator 21 at first by the label 1 of evaluator 21 near measurands.After in label 1 enters Radio Frequency IDentification device 21 identification ranges, evaluator receives the radiofrequency signal that label 1 sends, label 1 relies on the energy that faradic current obtained to send out the id information that is stored in the chip, Radio Frequency IDentification device 21 is stored in the memory body 25 of gauge 2 after reading information and decoding.Utilize the 23 pairs of measuring objects of measurement module on the gauge 2 to measure then.For example adopt infrared ray body temperature detector 231 to measure the body temperature of measurand, utilize electric sphygmomanometer 232 to measure the blood pressure of measurand, measurement module 23 is measured.Measurement module 23 will be connected with process chip 20 by a kind of data bus means of serial.As shown in Figure 1, 2, measurement module 23 is converted into digital data transmission to main control chip 201 with the analogue signal of its measurement, simultaneously, by the two-way control of clock and data/address bus, signal is effectively followed the tracks of control.Measuring the ID of measuring object and the data of measurement will show by display 24 by control chip 202, simultaneously and the data of the ID of measuring object and measurement are recorded in the internal memory body of gauge 2 25; At last, gauge 2 measures the ID of measuring object and the data of measurement will can be wireless or wired connection technology such as blue tooth interface or USB interface by output interface 27, with the transfer of data on the memory body 25 to terminal computer 3.

Below be the embodiment that this utility model is used in the farm:

At first be that every animal is equipped with a label 1, for example for cattle, pig, label 1 can be followed closely on its ear; For poultry, label 1 can be fixed on its foot as the foot ring.Corresponding Radio Frequency ID number in each label 1.

Secondly, when measuring,,, discerning the identity of this animal, and this ID is recorded in the memory body of gauge 2 by the Radio Frequency ID in evaluator 21 Identifiaction plates 1 at first with the label 1 of gauge 2 near animals.

Then, utilize infrared ray body temperature detector on the gauge 2 231 to measure the body temperature of measurands, utilize electric sphygmomanometer 232 to measure the blood pressure of measurands.Obtain the ID of measuring object and the data of measurement after the measurement and data are exported by display 24, show, for survey crew observation, diagnosis by control chip 20.Simultaneously, the data of measurement will be stored in the memory body, as the one-shot measurement record of this ID correspondence.

When measuring second animal, at first still, read the ID of the label 1 of this animal, allow gauge 2 confirm that this is a new animal, again write down this ID, and then begin this animal is measured by the measurement module on the gauge 2, at last, the data of measurement store in the memory body equally.So circulation is until measuring all animals.

After finishing, measurement can the transfer of data on the memory body to terminal computer, be supplied raiser's monitoring analysis with intravital all data of the memory in the gauge by wireless or wired connection technology such as blue tooth interface or USB interface.

By this utility model, in that this device Hou has been arranged, in mixed and disorderly farm environment, also can improve data collection and analysis efficiency, lower the chance that surely keeps the mutual infection of disease animal (as mad cattle disease).Also can predict the time of the best breeding of animal etc. easily.Using this utility model in addition also can have following function, as:

1), animal self record: breeding blood relationship, age, sex, buy in, record such as affiliated farm.

2), the asset management on farm, as being furnished with suitable entrance guard device, also can prevent that the animal accident wanders away as the gate on farm.

Certainly, the above is the preferred embodiment of this utility model only, is not to limit practical range of the present utility model with this, so the equivalence that all shapes according to this utility model, structure and principle are done changes, all should be covered by in the protection domain of the present utility model.

Claims

1, a kind of medical data information measurement, collection, blood processor, it is characterized in that: this device comprises: the built-in Radio Frequency ID label that radio frequency reads, unique (1) that utilizes; A kind of have a built-in medical data gauge (2) of discerning Radio Frequency ID; Terminal computer (3) as data file and/or analyzing and processing, wherein,

Each needs a measuring object coupling label (1), and this label (1) is built-in to utilize Radio Frequency ID that radio frequency reads, unique;

Gauge (2) comprises process chip (20), Radio Frequency IDentification device (21) at least, is used for the memory body (25) of stored information, is used to measure the measurement module (23) of measurand relevant information, the output interface (27) that is used to show the display (24) of measured information and is used for being connected with computer (3); By the output interface (27) on the gauge (2) ID of the measuring object of storage in the memory body (25) and the measurement data of corresponding each measurand are transferred to terminal computer (3), file and/or analyze.

2, medical data information measurement according to claim 1, collection, blood processor, it is characterized in that: the measurement module (23) that described gauge (2) is measured measurand comprising: be used to measure measurand body temperature infrared ray body temperature detector (231), measure the electric sphygmomanometer (232) of measurand blood pressure, and or the medical gauge of electronic digital.

3, medical data information measurement according to claim 1, collection, blood processor, it is characterized in that: the output interface (27) of gauge (2) is by blue tooth interface or USB interface (271), or wireless or wired connection technology, the transfer of data that memory body (25) is interior is to terminal computer (3).

4, medical data information measurement according to claim 1, collection, blood processor is characterized in that: the data that described gauge (2) is measured show by display device (24).

5, medical data information measurement according to claim 1, collection, blood processor is characterized in that: described measuring device (2) also comprises enter key (26).