KR20200079936A - Separable case integrated type multi device - Google Patents

Abstract

According to the present invention, a multi-device with a separable case comprises: a case body to accommodate a device for communication; a case cover; a connection unit to connect the case body and the case cover; and a detachable sensor which is embedded in the case cover and senses a physical or a biochemical signal of the body of a user to transmit the signal to the device for communication for living management or health management of the user. A magnet coupling unit formed between the connection unit and the case cover or the case body is included to separably connect the case body or the case cover and the connection unit. The multi-device with a separable case further comprises a lancet strip accommodation unit to accommodate a lancet strip formed on the case cover. The multi-device with a separable case allows convenient measurement by separating the case during bioinformation measurement and is conveniently used by constructing the lancet strip as well as the sensor as a set.

Description

SEPARABLE CASE INTEGRATED TYPE MULTI DEVICE}

The present invention relates to a foldable case-separated multi-device, and more particularly, to a foldable smartphone case, various sensors are introduced to provide health care and life management functions, and a case-separable multi-device in which the main body and the case are separable. will be.

The communication device is an intelligent terminal that adds computer support functions such as Internet communication and information retrieval to a conventional mobile phone, and various functions of the communication device are also added depending on the application.

The communication device is a mobile instant messenger function that plays messages, photos, videos, voices, contacts, and cameras, navigation, digital multimedia broadcasting (DMB), and digital audio MP3 (MPEG Audio Layer-3) and digital video. It is equipped with a security supplementary function using biometric information such as a multimedia player, iris recognition, or fingerprint recognition, and functions of more digital devices will be converged by an application program using an application (APP). Is expected.

Meanwhile, as the income level of society improves, interest in medical welfare and well-being is increasing day by day, and the focus of the medical field is shifting from the concept of treatment for diseases and disorders to health care and preventive medicine. In line with this trend, research and development of a home health care system has been actively undertaken by grafting the concept of ubiquitous to medical welfare and drastically reducing the time and space limitations of health diagnosis and health care.

As the integration and miniaturization technology of electronic devices has been developed, portable measuring devices capable of measuring an individual's blood sugar, blood pressure, electrocardiogram, etc. without going to a hospital have been developed, but these portable measuring devices only measure biometric information, It does not provide an integrated function to prevent or manage diseases by storing data and synthesizing these stored data.

Therefore, development of a self-diagnostic device using a communication device and a communication network is in progress. For example, as a method of measuring biometric information using a communication device, a method of embedding a measurement module excluding a display in a battery pack of the communication device, a method of minimizing the biometric information measurement module and attaching it to a serial port for measurement, and portable health There is a method of transmitting the data measured by the measuring device to a health care server at a remote location through a communication device using short-range wireless communication.

However, when the biometric information measurement module is embedded in the battery pack, the high heat generated by the battery pack affects the measurement module, so there is a disadvantage that accurate measurement is not made, and the method of attaching to the serial port by minimizing the biometric information measurement module In the case of having all the necessary components for the biometric module, there was a limit to minimizing the biometric information measuring module. Accordingly, there is a need to develop a device capable of managing health by directly or indirectly using a communication device while maintaining the communication device in a light and simple form.

Applicant is equipped with a sensor module for measuring biometric information in a foldable case in Korean Patent No. 1647106, and the rest of the power supply, data processing/analysis, and display use an internal system of a communication device, so that the communication device is a compact device. We have proposed a case-separated multi-device that implements health care and life management functions that can provide advanced health care functions while maintaining it.

However, the apparatus has some inconvenience in that it is necessary to separate a communication device such as a smartphone from the case when the case body and the cover are integrally configured to check blood sugar, etc., and separate lancets for checking blood sugar, etc. Improvement was required due to the inconvenience of carrying.

The present invention is to overcome the above-mentioned problems of the prior art, and one object of the present invention is to connect to the case body when using a built-in sensor module capable of sensing one or more biometric information required for the cover of the foldable case. , When the sensor module is not used, the case cover can be separated and used as a housing type case without a cover, thereby providing a case-separated multiple device that enhances the convenience of a case-separated multiple device that provides a health care function. .

Another object of the present invention is a case-separated multi-device capable of conveniently and quickly measuring biometric information in one foldable case, as a sensor module for measuring biometric information, as well as a lancet strip or a blood swab with a lancet as a set. Is to provide

One aspect of the present invention for achieving the above object is

A case body accommodating a communication device, a case cover, a connection portion connecting the case body and the case cover, and a physical or biochemical signal of the user's body are sensed for life management or health management of the user embedded in the case cover In the case-separated multi-device including a detachable sensor for transmitting to the communication device, including a magnetic coupling portion formed between the connection portion and the case cover or the case body, the case body or the case cover and the connection is removable It is connected to, and relates to a case-separated multi-device characterized in that it comprises a lancet strip receiving portion for receiving the lancet strip formed on the case cover.

The case-separated multi-device of the present invention may include one or more lancet strips having blood-sucking needles accommodated in the lancet strip receiving portion, and can also accommodate alcohol swaps required for disinfection if necessary.

The lancet strip may be embodied as a product that can be used and discarded by bending and cutting one by one in a structure in which a plurality of lancet strips are connected in a plate shape.

The case body is composed of an upper plate and a lower plate, and the upper and lower plates can be detachably fastened to each other by a magnet, and a communication device can be interposed between the upper and lower plates.

The magnet coupling portion may be formed between the connection portion and the case cover, or alternatively, may be formed between the connection portion and the case body.

The connection portion is formed between the case body and the upper end of the case cover, and the case body and the case cover may be configured in such a manner as to be folded up and down.

Another aspect of the present invention is a case body for receiving a device for communication, a case cover, a connection portion connecting the case body and the case cover, and the body of the user's body for life management or health management of the user embedded in the case cover Or in a multiple device including a detachable sensor for sensing a biochemical signal and transmitting it to a communication device, the case body is composed of an upper plate and a lower plate, and a communication device is fitted between the upper plate and the lower plate, and the case body It is configured to be fixed to the case cover in a sliding manner, it relates to a case-separated multi-device characterized in that it comprises a lancet strip receiving portion for receiving the lancet strip formed on the case cover.

The case-separated multi-device according to various embodiments of the present invention is configured such that the case body and the case cover in which the communication device is accommodated are separable, so that it can be more conveniently used when measuring biometric information, and does not measure biometric information. In this case, the case cover can be removed and used as a housing type case.

In addition, according to the case-separated multi-device according to various embodiments of the present invention, it is possible to measure blood sugar and the like without carrying a separate lancet strip, as it can be embedded in a foldable case of a lancet strip as well as a sensor for measuring biometric information. It can provide advanced health care functions.

1 is a schematic exploded perspective view of a case-separated multi-device according to an embodiment of the present invention.
2 is a schematic exploded perspective view of a case-separated multiple device according to another embodiment of the present invention.
3 is a schematic exploded perspective view of a case-separated multiple device according to another embodiment of the present invention.
5 is a block diagram of a case-separated multiple device according to an embodiment of the present invention.
6 is a schematic perspective view and an exploded perspective view of a lancet strip used in a case-separated multiple device according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings. In the description of the present invention, when it is determined that detailed descriptions of related known technologies or configurations may unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

When using a communication device, various types of cases are used for protecting a communication device and storing a card. Existing foldable cases have been in charge of limited functions such as simply protecting a communication device from shock or damage, and storing various cards.

The case-separated multi-device of the present invention implements various sensor devices in a foldable case connected to a communication device, and separates the case cover of the foldable case from the case body or connects the biometric information to the sensor module embedded in the case cover. It is configured to measure and connect the power supply of the communication device and the display.

In the present invention, the term "device for communication" refers to any portable communication terminal that provides a function to use communication and the Internet, and is a mobile phone, a smart phone, a laptop computer, a tablet PC, a pocket-sized PC, a laptop and a tablet. Two-in-one PCs that combine PC functions, other mobile personal computers, and the like, but are not limited to these.

In the present invention, the term "lancet strip" means that the diagnostic strip having the lancet having the lancet and the electrode is integrated, and can simultaneously function as the bleed and test strip.

1 is a schematic exploded perspective view of a case-separated multiple device including a detachable sensor module according to an embodiment of the present invention, and FIG. 2 is a schematic exploded perspective view of a case-separated multiple device according to another embodiment of the present invention .

Referring to FIG. 1, a case-separated multi-device according to an embodiment of the present invention includes a case body 110 for accommodating a communication device, a case cover 130, and a connection unit 120 for folding and connecting the case body and the case cover A foldable case 100 consisting of; A sensor module embedded in one side of the case cover, the sensor module 300 for processing the measured biometric information; The case body 110 or the case cover 130 includes the connection part (including the magnetic coupling parts 125 and 160) formed between the connection part 120 and the case body 110 or the case cover 130. 120) is detachably connected, and the case cover 130 is provided with a lancet strip receiving portion 320 for receiving a lancet strip (not shown).

A flexible electrode 400 that distributes electric power to the sensor module 300 and transmits data processed by the sensor module 300 to the communication device 200 is formed in the connection unit 120. A flexible printed circuit board 400 for a data electrode is formed at a portion connected to the power electrode 140 and the data connection unit 150.

In the case-separated multi-device of the present invention, the lancet strip accommodating part 320 is hinged to one side of the accommodating groove and the accommodating groove having a predetermined accommodating space capable of accommodating the lancet strip and the like. It may be configured as a door portion 321 that can be opened and closed after being stored.

5 is a schematic perspective view and an exploded perspective view of a lancet strip that can be inserted into a lancet receiving portion of a case-separated multiple device in the present invention.

The lancet strip may be configured as a disposable that can be used by bending and cutting one by one in a structure in which a plurality of lancet strips are connected in a plate shape and discarded after measuring biometric information. Referring to FIG. 5, as an example, the lancet strip is a substrate 11 to form an electrical connection when the lancet 20 is coupled to one end of the diagnostic strip 10 and inserted into the sensor module 300 at the other end. It may include a sensing unit 13 including one or more electrodes 12 formed above and one or more substances that react with blood (eg, glucose oxidase that reacts with glucose in the blood). The lancet 20 is formed on the base plate 21 in a direction in which the lancet 22 is perpendicular to the base plate, and the lancet 22 protects the lancet from external contaminants and presses it toward the base plate for bleeding It may be configured to be covered by an elastic cap 23 that is perforated by the lancet. When blood is collected by the lancet 22, blood is delivered to the electrode 12 by capillary action.

The conventional portable blood glucose meter is a structure in which a strip is inserted into the main body of the measuring device and blood is collected into the strip to measure, and the strip is disposable and a new one must be used for each measurement, and the strip is stored in a separate case. Each measurement was taken out and used one by one, and the collected needles were also stored separately and reused.

The lancet strip used in the present invention has a structure in which a diagnostic strip (test strip) and a lancet for blood collection are integrated, so that blood is immediately deposited on the strip and inserted into the sensor module 300 to measure blood sugar and the like. do. In this case, since the lancet and the diagnostic strip can be carried in a foldable case without being carried separately, storage and carrying are very convenient and user-friendly. By using the sterile new lancet simultaneously with the disposable diagnostic strip, a sharp new lancet can be used each time, reducing the user's pain during blood collection and being more hygienic as there is no room for contamination.

In another embodiment of the present invention, the case body 110 is composed of an upper plate 111 and a lower plate 112, and the upper and lower plates 111, 112 may be configured to be detachably fastened to each other by a magnet. The upper plate 111 and the lower plate 112 may be arranged with a plurality of magnets of opposite polarities arranged at predetermined positions so that attractive forces act on each other.

In the present invention, the connection unit 120 may be implemented to be folded to the side in a wallet type, or to be folded up and down in the longitudinal direction of the communication device.

The magnet coupling part 125 may be formed between the connection part 120 and the case cover 130 or alternatively may be formed between the connection part 120 and the side surface of the case body 110.

In another embodiment, as shown in Figure 3, the connecting portion 120 is formed between the case body 110 and the top of the case cover 130, the case body 110 and the case cover ( 130) can be configured in such a way that it is folded up and down.

In the use example of the present invention, the sensor module 300 is reacted with blood, saliva, urine, etc. necessary for measuring a disposable sensor, POC (Point of Care Testing, POCT) sensor, and then inserted into the sensor module to measure data. It may be configured to transmit to the central processing unit of the communication device 200.

The foldable case 100 is connected to the case body 110 through which the communication device 200 can be mounted, the case cover 130 with a sensor module 300 covering the front surface of the communication device, and the case cover folded therein. It is composed of a connecting portion 120. The foldable case 100 may be implemented in various forms, for example, a detachable foldable case for fixing the whole device according to a method for fixing a communication device, a flip cover type foldable case incorporating the back of the device, or It can be a view-cover foldable case, etc., where you can see the display part.

The foldable case 100 is composed of a device composed of a plurality of layers of one or more layers, and the material of the case may include a plastic, artificial leather, non-woven fabric, metal material, and tempered glass to vary grip. In the present invention, the foldable case 100 cuts a pouch type, artificial or synthetic leather for storing and storing a communication device in a storage space made of leather or fabric, thereby forming a space for storing a communication device therein and covering it It can be a housing type (housing) / case (case) type to hold the communication device in the interior storage space of a synthetic resin such as a wallet, plastic, silicone, etc. made to open and close.

In the case-separated multi-device of the present invention, the sensor module may include multiple sensors capable of sensing at the same time, and the multi-sensor is a side surface of the case body 110 or the case cover 130 in which the sensor module 300 is embedded. Or it is configured to be inserted into the lower surface. The multi-sensor may be detachably configured in the sensor module 300, and each sensor constituting the multi-sensor may also be detachably configured. 1 illustrates an example that is vertically inserted at the bottom of the case cover 130, but is not necessarily limited to this configuration, and may be configured to be horizontally inserted to the side.

Referring to FIG. 5, in the present invention, the sensor module 300 includes a multi-sensor 310 for sensing one or more biometric information of a user; A processor 320 that controls the operation of the multi-sensor and processes the detected biometric information; A memory unit 330 for storing data measured by the multi-sensor; And a transmitter 340 that transmits data processed by the processor to the communication device 200 through the flexible printed circuit board 400.

The processor 320 for processing measurement data output from the sensor module 300 may be installed in the foldable case 100 or in another embodiment, in the communication device 200.

The sensor module 300 may be selected and configured from an optical sensor, an electrochemical sensor, an electrical conductivity sensor, and a chemosensor. Specific examples of such a sensor module include a blood sugar sensor, an environmental sensor, a point of care testing (POCT) sensor, a pulse wave sensor, an oxygen saturation sensor, an electrocardiogram sensor, a cancer diagnosis sensor, a biochemical terrorist substance sensor, a microbial sensor, and a pregnancy diagnosis sensor , Anemia measurement sensor, immunoassay sensor or glucose sensor, salinity sensor, alcohol sensor, food sensor, or strain sensor capable of measuring weight, touch sensor, altitude sensor, and the like, and may be composed of one or more combinations.

The optical sensor is based on a sensor using Surface Plasmon Resonance, a color sensor using an antigen-antibody reaction, and a fluorescence analysis sensor.

The electrochemical sensor can be divided into an electrochemical method and a method using nanowire electrical conductivity. The electrochemical method uses a sensor electrode to change the current induced by an oxidation/reduction reaction that occurs when a target material is combined with a probe material. To measure. The method using the electrical conductivity of the nanowire is a non-labeling method using the principle of detecting a change in the electrical conductivity inside the nanowire caused by the self-charge of the biomaterial binding to the surface of the nanowire.

Chemo sensors use molecules that interact with energy or substances to emit measurable signals, and detect signals such as color, absorption spectrum, luminescence spectrum, and conductivity accompanying physical changes.

In the present invention, health management using a sensor is a concept different from management performed after a patient is treated, even if the disease does not reach the level of disease occurrence by performing original regulation and management so as not to become ill, monitoring the patient And physically and emotionally preventing health abnormalities such as obesity and stress by monitoring the elderly. For example, people suspected of having diabetes can periodically measure blood sugar through a built-in blood sugar sensor and perform appropriate management using an app of a communication device. In addition, a smart scale for weight management can be used to measure metabolism, body fat percentage, and muscle and bone mass ratios beyond simple weight measurement.

In another example, the multi-sensor can be a sensor that detects harmful factors that can cause disease. These multi-sensors are mainly used to detect environmental pollutants, bacteria, and viruses, for example, to detect specific toxins that can cause food poisoning, or to have built-in sensors that can detect causative bacteria that cause bird flu or foot and mouth disease. .

In another example, if a momentum measuring device using a 3D accelerator sensor is used, the user's exercise amount can be managed by measuring the exercise amount, recognizing the situation such as walking, running, and climbing stairs, thereby calculating a more accurate measurement value.

For point of care testing (POCT), if a heart attack occurs through simple blood collection, specific proteins or toxins that can be expressed in the blood are quickly identified to diagnose patients with heart failure, diagnose liver function, or infectious diseases With minimal samples, such as tests, the levels of the transaminase GOT (Glutamine oxaloacetic Transaminase) and GTP (Glutamine Pyruvic Transaminase) in the blood can be measured.

In the present invention, the sample used for the multi-sensor may be used without limitation for both inorganic and organic samples, and preferably, a biological sample, for example, blood, body fluid, urine, saliva, and the like. Accordingly, the multi-sensor of the present invention can be used as it is with the production protocol of the existing diagnostic kit, so it can be used in various diagnostic kits that can be used for various applications, various diseases, and various samples to analyze and/or diagnose samples. It can be used, for example, biosensors, DNA analysis chips, protein analysis chips, lab-on-a-chip (lab-on-a-chip), cell counting device, ELISA (Enzyme-Linked Immunosorbent Assay) sensor, and can be applied.

An example of a multi-sensor in the present invention is a sensor that quantifies a substrate content in a sample solution in which a biological material is applied as a molecular identification element using the molecular recognition ability of biological materials such as microorganisms, enzymes, antibodies, DNA, and RNA. That is, the substrate contained in the sample solution is quantified by using a reaction that occurs when a biological material recognizes a target substrate, for example, oxygen consumption by respiration of microorganisms, enzymatic reaction, and luminescence. Further, among various biosensors, enzymatic sensors have been put into practical use, and for example, enzyme sensors, which are biosensors for glucose, lactic acid, cholesterol, and amino acids, are used in the medical measurement and food industry. Such an enzyme sensor reduces, for example, an electron transporter by electrons generated by a reaction between a substrate and an enzyme contained in a sample solution, and a quantitative device electrochemically measures the reduction amount of the electron transporter, thereby It is configured to run quantitative analysis.

In another embodiment of the present invention, the multi-sensor may be configured as a disposable electrochemical strip sensor. The disposable strip sensor receives power from the communication device 200 and transmits the data measured by the strip sensor to the central processing unit 210 of the communication device 200 through the flexible printed circuit board 400. The multi-sensor 310 may include a micro-fluidic biosensor chip that analyzes a small amount of body fluids such as blood, saliva, urine, and the like.

Other examples of the sensor module 300 are carbon monoxide detection sensors, formaldehyde detection sensors, nitrogen dioxide detection sensors, ozone detection sensors, fine dust sensors, bacteria detection sensors, UV sensors, environmental sensors such as SO _x , NO _x , or sugar content Food sensors such as sensors and salinity sensors, chemical sensors such as alcohol sensors, hydrogen ion concentration sensors, and pesticide detection sensors, or respiratory sensors that detect the breakdown of fat by detecting the amount of acetone decomposed in the body immediately after exercise, or ELISA (enzyme -linked immunosorbent assay).

The flexible printed circuit board 400 is formed in the connection unit 120 and is configured to be connected to the power supply unit 230 of the communication device. The case-separated multiple devices receive power from the communication device 200 through the flexible printed circuit board 400 and transmit the measured data to the communication device 200 for management. Referring to Figure 1, the flexible printed circuit board 400 of the smart phone case according to an embodiment of the present invention and the power supply electrode 140 connected to the power supply unit 230 of the communication device and the central processing unit of the communication device ( 210) is a view showing a data connection unit 150 connected to. As shown in FIG. 1, the power supply electrode 140 and the data connection part 150 of the communication device are configured to match each other with the flexible printed circuit board 400 of the foldable case and to be electrically connected to each other. The power supply electrode 140 and the data connection unit 150 of the communication device and the flexible printed circuit board 400 of the case-separated multi-device may be coupled to each other by a pin connector method.

An example of a strip sensor is a biosensor for measuring blood sugar. In the case of a biosensor for measuring blood sugar, after forming a predetermined electrode, a reaction layer is formed by fixing a blood glucose oxidase as an analytical reagent to a part of the electrode. When a sample is introduced into the reaction layer, blood glucose in the blood is oxidized by a blood glucose oxidase, and the blood glucose oxidase is reduced. The electron acceptor oxidizes blood sugar oxidase and is reduced by itself. The reduced electron acceptor loses electrons at the electrode surface to which a certain voltage is applied and oxidizes again electrochemically. Since the concentration of glucose in the sample is proportional to the amount of current generated in the process of oxidation of the electron acceptor, it is possible to measure the blood sugar concentration by measuring the amount of current.

On the other hand, the case-separated multi-device of the present invention can transmit data measured through the transmitting unit 340 to the central processing unit 210 of the communication device 200, but alternatively, a wireless communication unit such as a ZigBee module or a Bluetooth module (not shown) City) may be further included. In this embodiment, the sensor modules 300 installed in the foldable case may transmit biometric information to the central processing unit 210 of the communication device 200 through wireless communication.

According to the case-separated multi-device of the present invention, the communication device itself is transmitted by transmitting the biometric information by a single measurement from the sensor module to a communication device equipped with a processor capable of performing a high-performance operation and an excellent operating system free of data transmission and reception over a wireless communication network. In addition, it is possible to continuously store their own biometric information so that the actual biometric information obtained in daily life can be used as basic data for health management, and it is also possible to immediately judge one's health status and draw attention to real life. do.

Another aspect of the present invention is a case body for receiving a device for communication, a case cover, a connection portion connecting the case body and the case cover, and the body of the user's body for life management or health management of the user embedded in the case cover Or in a multiple device including a detachable sensor for sensing a biochemical signal and transmitting it to a communication device, the case body is composed of an upper plate and a lower plate, and a communication device is fitted between the upper plate and the lower plate, and the case body It is configured to be fixed to the case cover in a sliding manner, it relates to a case-separated multi-device characterized in that it comprises a lancet strip receiving portion for receiving the lancet strip formed on the case cover.

2 is a view showing a configuration connected in a sliding manner in a case-separated multi-device according to another embodiment of the present invention. Referring to Figure 2, the side of the case body 110 is formed with a press-fit rod receiving tube () in which the press-fit rod 126 is accommodated in the central portion, the press-fit rod 126 is formed on the side of the case cover 130 As it is, the press-in rod 126 may be formed in such a way that the case body 110 and the case cover 130 are coupled while being inserted and sliding into the press-in rod receiving tube 170.

Another embodiment of the present invention is a case-separated multi-device described above; And a communication device that receives and stores the biometric information measured from the case-separated multiple devices, processes it, and generates and displays health management information or diagnostic data.

Referring to FIG. 6, sensors 300 installed in the foldable case 100 measure various data including biometric information, and the flexible electrode 400 for a data electrode and the data including the measured biometric information It transmits to the central processing unit 210 of the communication device through the data connection unit 120. Here, the central processing unit 210 of the communication device processes the biometric information data and displays the processed result on the display unit 250 of the communication device.

In the present invention, the sensor module 300 for bio-information measurement is mounted in the foldable case 100, and the remaining power supply unit, analog-to-digital signal conversion unit (ADC), and control unit use the internal system of the communication device 200. In order to thin the sensor module, the ADC that converts the measured analog signal to a digital signal uses a system inside the communication device, and a control unit that processes the converted digital signal can also use a central processing unit of the communication device.

The display unit 250 displays biometric information measured by the sensor module 300 so that the user can visually confirm it. The display unit 250 visually and quickly recognizes and analyzes information on the biometric information by displaying the biometric information measured by the sensor module 300 of the foldable case by adding various graphic effects as well as simple numerical values. Make it possible. In this case, the display unit 250 may display not only the present biometric information but also the past biometric information, so that it is possible to visually easily check the change of its own biometric information for a period of time.

The communication device 200 may be configured to store the received user's biometric information in the data storage unit 220 provided in the communication device together with additional identification information such as a measurement date and measurement time. As described above, since the communication device 200 continuously stores biometric information about the user and can easily check the change of biometric information through the display unit 250 later, the sensor module 300 of the foldable case Bio-information measured by can be used as basic data for managing and diagnosing individual health conditions.

The central processing unit 210 is configured to control various signal processing related to biometric information made in the communication device 200 such as receiving, storing, and processing the measured data from the sensor module 300. In addition, the central processing unit 210 of the communication device 200 compares the biometric information recently acquired by the sensor module 300 with the past biometric information stored in the data storage unit 220, and the current health. It can be configured to generate diagnostic data that can be diagnosed by determining the state. Furthermore, by comparing the value of the actual biometric information of each user measured by the sensor module 300 with the average biometric information and the medically recommended biometric information value, it is determined whether medical action is necessary, and the result is given to the user. Give feedback. For example, the central processing unit 210 may further include a determination unit that transmits an alarm message to the display unit when the measured value is outside an allowable range.

Therefore, according to the health care system of the present invention, the user inserts only the sensors needed in the foldable case, and the software or application required to perform the health care process is already installed in a communication device or in a wireless Internet network. Since biometric information can be measured simply by accessing and downloading, health care, exercise management, environmental management, food management, etc. can be performed at low cost anytime, anywhere.

Those skilled in the art to which the present invention pertains will be able to make various modifications and variations without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The scope of protection of the present invention should be defined by the following claims, and all technical spirits within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

100: foldable case 110: case body
120: connection 130: case cover
140: power supply electrode 150: data connection
200: communication device 400: flexible printed circuit board (PCB)
300: sensor module 310: multi-sensor
320: processor 330: memory unit
340: transmitting unit 400: magnetic coupling unit
10: lancet strip 11: substrate
20: lancet 21: base plate
22: blood collection needle 23: elastic cap

Claims (11)

A case body accommodating a communication device, a case cover, a connection portion connecting the case body and the case cover, and a physical or biochemical signal of the user's body are sensed for life management or health management of the user embedded in the case cover In the multi-device including a detachable sensor for transmitting to the communication device, including a magnetic coupling portion formed between the connection portion and the case cover or the case body, the case body or the case cover and the connection portion detachably connected And, the case separation type multi-device, characterized in that it comprises a lancet strip receiving portion for receiving the lancet strip formed on the case cover.
The case-separated multiple device according to claim 1, wherein the case-separated multiple devices include at least one lancet strip having a blood lancet accommodated in the lancet strip receiving portion.
The multi-device of claim 2, wherein the lancet strip is a structure in which a plurality of lancet strips are bent, cut and used one by one in a structure connected to a plate.
According to claim 1, The case body is composed of an upper plate and a lower plate, the upper and lower plates are configured to be detachably fastened to each other by a magnet.
The multi-device of claim 1, wherein the magnetic coupling portion is formed between the connection portion and the case cover.
The multi-device of claim 1, wherein the magnetic coupling portion is formed between the connection portion and the case body.
The multi-device of claim 1, wherein the connecting portion is formed between the case body and the upper end of the case cover, and the case body and the case cover are folded up and down.
According to claim 1, wherein the detachable sensor is detachable sensor module for processing the measured biometric information; A multi-sensor detachably inserted into the sensor module and sensing one or more biometric information of a user; It is mounted on the connection unit, and is connected to the power supply of the communication device to distribute power to the sensor module, and comprising a flexible electrode for transmitting the data processed by the sensor module to the communication device separated device .
The method of claim 8, wherein the sensor module is a blood glucose sensor, respiratory sensor, obesity sensor, environmental sensor, sensor for field diagnosis (Point of Care Testing, POCT), 3D acceleration sensor, pulse wave sensor, oxygen saturation sensor, electrocardiogram sensor, Cancer diagnosis sensor, biochemical terrorist substance sensor, microbial sensor, pregnancy diagnosis sensor, anemia measurement sensor, immunoassay sensor or sugar level sensor, salinity sensor, alcohol sensor, weight sensor, touch sensor, and one selected from the group Case-separated multiple devices characterized by the above.
The method of claim 1, wherein the sensor module is an optical sensor, an electrochemical sensor, an electrical conductivity sensor, or a case-separated multiple device, characterized in that the chemistry sensor.
A case body accommodating a communication device, a case cover, a connection portion connecting the case body and the case cover, and a physical or biochemical signal of the user's body are sensed for life management or health management of the user embedded in the case cover In the multi-device including a removable sensor to transmit to the communication device, the case body is composed of a top plate and a bottom plate, is configured to fit a communication device between the top and bottom plate, the case body is the sliding case It is configured to be fixed to the cover, characterized in that it comprises a lancet strip accommodating portion for receiving the lancet strip formed on the case cover.

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