417 results about "Blood glucose testing" patented technology

Microvascular complications of diabetes mellitus are closely related to blood glucose levels and fluctuations. The Glycostator statistical package was created to allow patients and health care providers simple access to “glycemic indicators” which permit a “snapshot view” of the effectiveness of the patient's diabetes management program. Glycostator functions provide a simple way of enhancing the information already provided by home blood glucose monitoring devices. To this end, a set of new indices, including one called the Virtual A1c, are computed in a recursive fashion from blood glucose test results to provide a more meaningful day-to-day assessment of glycemic control. All indices can be made available at the meter user interface on request. The displayed indices allow patients to improve glycemic control by identifying problems with blood glucose control and lability that are less easily recognized in traditional blood glucose meter statistical packages. Virtual A1c emulates hemoglobin A1c continuously and provides better day-to-day assessment of long term glycemic control than does the traditional average blood glucose report. The method for computing each of these indices, including the Virtual A1c, allows for their implementation in commercial blood glucose monitors.

Methods and apparatus are provided for determining a diabetic patient's carbohydrate to insulin ratio (CIR), carbohydrate to blood glucose ratio (CGR), and insulin sensitivity factor (ISF) using the patient's record of blood glucose readings, carbohydrate consumption and insulin doses. The method provides the sensitivity factors that best account for the patient's observed blood glucose changes by linear regression of appropriately transformed variables. An apparatus that can collect and store the blood glucose readings, insulin dosages, and carbohydrate intake data and process these data according to this invention can generate statistically characterized sensitivity factors to advise the diabetic patient on optimal bolus insulin dosages.

A sensor array designed to be continuously indexed through a compatible blood glucose test monitor for the purpose of conducting multiple consecutive blood glucose measurements. The sensor array can be configured to substantially conform to a non-planar surface. In one embodiment, the sensor array includes first and second test sensors which are hingedly coupled together through a pin and socket interconnection. In another embodiment, the sensor array includes a unitary, non-conductive substrate which is scored to define one or more fold lines, a first set electrodes deposited on the substrate to define a first test sensor, and a second set of electrodes deposited on the substrate to define a second test sensor. In another embodiment, the sensor array includes a first test sensor, a second test sensor spaced apart from said first test sensor, a first spacer mounted on the first test sensor, a second spacer mounted on the second test sensor, and a unitary flexible member disposed across said first and second spacers.

A lancing device having a substantially narrow profile housing, optionally configured for attachment in place of a battery cover of a blood-glucose testing meter. A miniature lancet has an oversized sterility cap with a T-shaped end for ease of handling and loading into a lancing device. A flattened portion of the sterility cap is angularly offset, for example generally perpendicular to, a flattened portion of the lancet body, such that twisting the sterility cap into alignment with the lancet body serves to detach the sterility cap from the lancet body.

A sensor array designed to be continuously indexed through a compatible blood glucose test monitor for the purpose of conducting multiple consecutive blood glucose measurements. The sensor array can be configured to substantially conform to a non-planar surface. In one embodiment, the sensor array includes first and second test sensors which are hingedly coupled together through a pin and socket interconnection. In another embodiment, the sensor array includes a unitary, non-conductive substrate which is scored to define one or more fold lines, a first set electrodes deposited on the substrate to define a first test sensor, and a second set of electrodes deposited on the substrate to define a second test sensor. In another embodiment, the sensor array includes a first test sensor, a second test sensor spaced apart from said first test sensor, a first spacer mounted on the first test sensor, a second spacer mounted on the second test sensor, and a unitary flexible member disposed across said first and second spacers.

A method for selectively combining multiple membranes for assembly into test strips (such as visual blood glucose test strips with side-by-side membranes). The method includes first measuring a plurality of color parameters (e.g., L*, a* and b*color parameters) associated with membrane samples from at least two membrane lots. Next, response characteristics (e.g., blood glucose response levels) are simulated for a speculative test strip that includes, for purposes of the simulation, combined multiple membranes tentatively selected from the at least two membrane lots. The simulated response characteristics are based on the measured plurality of color parameters of the tentative selection of combined multiple membranes. Optionally, the simulated response characteristics can also be based on simulated color parameters of the tentative selection of combined multiple membranes. Subsequently, assembly of the at least two membrane lots into a test strip with combined membranes is contingent on acceptable simulated response characteristics. Any suitable color parameters can be employed. The method can be used to selectively combine two or more membranes based on any number of color parameters. The assembled test strips can be used to measure glucose, cholesterol, proteins, ketones, phenylalanine or enzymes in blood, urine, saliva or other biological fluid, as well as sample fluid characteristics (e.g., pH and alkalinity).

A four-part method for analyzing data of a patient's blood glucose (BG) tests or other parameters e.g. carbohydrate intakes and discrete insulin doses (boluses): 1. An LCD-button on the portable glucose meter or insulin pump, that allows flagging or assigning a category to each blood glucose test at test-time. Examples of categories: pre-meal BG tests, post-meal BG tests. 2. In the computer-based downloading program, features for changing the boundaries of the meal-oriented time-intervals by the faster methods of: a) mouse-dragging the time-boundary lines on a scatter chart, b) placing stretchable rectangles around the data points of interest. 3. Features in the computer-based downloading program, for digitally identifying the time of the meal and digitally assigning the category to the pre-meal BG tests and to the post-meal BG tests. 4. Features in the computer-based downloading program, for statistically analyzing and graphically-displaying the differently-categorized data separately or together in combinations.

The invention provides a portable multifunctional intelligent insulin pump which has high degree of intensification and is based on the modern electronic technology, and a control module thereof, and the intelligent insulin pump is composed of an intelligent insulin pump body, a blood glucose detection sensor which is directly connected therewith and an infusion actuator. The change of the blood glucose is tracked by dynamic monitoring of the blood glucose level of a user, thus infusing the insulin for the treatment of diabetes. The insulin pump body is connected with a mobile phone by a communication protocol, and the user can control the infusion amount by the mobile phone. The errors of the monitoring of the blood glucose are calculated according to the characteristics of the self blood glucose and the basic amount of the normal blood glucose of the user, thus establishing the control model of the infusion pump. When the blood glucose content exceeds the allowable range, the controller emits a command, a drive mechanism allows the insulin in a liquid storage tank to pass a pipeline, and the insulin is infused to the body of the user by utilizing the infusion actuator. The invention is the complete and integrated novel insulin treatment instrument which has the effects of waterproof, corrosion resistance, vibration resistance and low power consumption and can not affect the normal life and be worked basically and normally.

The present invention discloses a food with low index of blood glucose generation, which has a reasonable prescription combined with a fastness starch, edible fibers and corns, to be made with the screened reasonable dosages with the proper ratio. The present invention not only can satisfy the health and nutrition of people, but also does not increase the level of blood glucose, while the food with low index of blood glucose generation can prolong the absorption of the sugar and adapt to the insulin capacity, thereby controlling the blood glucose of the patient effectively and recovering the glycated haemoglobin to the normal standard, wherein the food with low index of blood glucose generation can decrease the burden on the pancreatic islet cells and improve the function thereof to secrete insulin, relieve the insulin resistance, and protect the B cells, wherein the food with low index of blood glucose generation utilizes the natural food containing high nutrition to compensate the nutritional disorder and alimentary deficiency caused by metabolic disorder of a diabetic, and the food with low index of blood glucose generation without any side effect can effectively control the blood glucose, standardize the blood glucose, blood lipid, blood pressure and body weight, with outstanding effect to get rid of the dependency on hypoglycemic agent, and the cost is low.

Disclosed is a system of education, monitoring and advising on glucose testing, diet, exercise and drug administration using a device which is carried by the patient and which is capable of: blood glucose testing, displaying messages advising the patient to initiate blood glucose testing, and of recording the results of the test; of displaying advice or further queries based on analysis of the results, and displaying messages relating to advice, education and / or further queries based on the analysis. The messages are optimized based on their effectiveness in bringing about a favorable response in the patient's blood glucose level, estimated HbA1c level, or based on other clinical endpoints.

The invention discloses mid-infrared noninvasive blood glucose detection equipment which comprises a light source part, a detection part, a receiving part and a calculating part.The light source part is used for sending mid-infrared detection rays to the detection part, the detection part has a detection face used for making contact with an object to be detected, the mid-infrared detection rays become emergent rays carrying information of the object to be detected, the receiving part is used for receiving the emergent rays and transmitting the emergent rays to the calculating part, and the calculating part is used for calculating a blood glucose value of the object to be detected according to the emergent rays.The blood glucose detection equipment can achieve the purpose of noninvasive blood glucose testing and adopts the mid-infrared detection rays for testing, the signal-to-noise ratio in the blood glucose detection process is effectively increased, and therefore more accurate blood glucose detection is achieved.

The invention discloses a glucometer based on a near infrared spectroscopy method for noninvasive blood glucose testing. The glucometer comprises a fixing device, an infrared light source, a sensor, a detection circuit and a power source, wherein the fixing device is configured to fix the glucometer on the surface of a tested human part; the infrared light source is configured to emit infrared light; the sensor is configured to connect the infrared light source and the detection circuit and complete photoelectric conversion; the detection circuit is configured to receive data of the sensor and calculate an output blood glucose value; and the sensor receives light spectra diffused and reflected from a dermis layer. According to the invention, near infrared light diffuse reflection detection technology is adopted; through utilizing infrared light spectrum diffuse reflection and collecting light spectrum signals diffused and reflected by the dermis layer, the noninvasive glucometer is high in suitability for different people, small in size and accurate and reliable in detection result.

The invention belongs to the field of blood sugar test by using the electrode method. To overcome the technical problems that existing blood sugar testing paper is expensive, has high requirements for a preservation condition and a short period of validity, can only be used once, etc., the invention provides blood sugar testing paper which comprises a substrate, a working electrode and a counter electrode formed on the substrate, a circuit connected with the working electrode and the counter electrode and a composite material layer formed on the working electrode for reaction with a blood sample, wherein, the composite material layer comprises a polymer membrane and inorganic nanometer particles dispersed in and adhering to the polymer membrane.

The invention discloses a pair of sport goggles with a health monitoring function. The sport goggles with the health monitoring function comprise a frame, lenses and nose pads. The frame is made of a titanium alloy or plastic and is provided with bent portions and an accommodating chamber. Both ends of the frame extend to form a first temple and a second temple. The lenses are adhered to the lower portion of the frame and provided with U-shaped grooves. The nose pads are detachably assembled in the grooves respectively and made of a soft silica gel material. A CPU (Central Processing Unit), an infrared sensor, a heart rate measurement sensor, a temperature sensor, a fingerprint recognition sensor, a non-invasive blood glucose monitoring device, a brain wave identification device, a communication device, a display module, a warning module and a power supply unit are installed in the accommodating chamber. The CPU uploads collected physiological index information of a user to a cloud server and a hospital database through the communication device so as to track physical health conditions of the user in real time.

The invention provides blood glucose test method and system. The test method comprises the steps of: S1) acquiring a hyperspectral image data of a to-be-tested position; S2) extracting vein region spectral image data from the hyperspectral image data; S3) on the basis of the vein region spectral image data, calculating blood glucose concentration. Based on the fact that blood glucose is distributed in vein of human body, the blood glucose test method and system are used for quantitatively analyzing blood glucose data by recognizing the human body vein region from the collected hyperspectral image data and extracting characters pixel spectral data from the vein region; compared with a conventional method for analyzing the blood glucose data with whole-zone spectral data, the method can reduce influence on analysis results due to spectral data of human body tissue, such as fat, muscle and the like, which contain no blood glucose, so that spectral analysis is more accurate and stable.

A compact, self-contained apparatus for blood glucose testing, which comprises a blood glucose meter (32), a lancet device (30), and an enclosure for test media with separate compartments for new and used disposable test media (28).

The invention discloses a semi-automatic blood glucose test paper box. The semi-automatic blood glucose test paper box is characterized by comprising a test paper box body (1), a net-shaped baffle (2), a small spring I (3), a spring I baffle (4), a sliding switch (5), a test paper output opening (6), a small spring II (7), a spring II button (8), a drying agent (9) and test paper (10), the semi-automatic blood glucose test paper box body (1) is a cuboid in appearance, the interior of the semi-automatic blood glucose test paper box (1) is divided into a left box and a right box, the upper end of the left box is provided with the small spring I (3) and the spring I baffle (4), the upper end of the right box is provided with the drying agent (9) so as to keep the blood glucose dry, the lower end of the right box is provided with the small spring II (8) which is connected with the spring II button (8), the lower end of the outer portion of the left side is provided with the sliding switch (5) which is movably connected with the lower end of a fixed plate, the sliding switch (5) moves downwards to cover the test paper and output the test paper, the sliding switch (5) moves upwards, and the spring II button (8) pushes the test paper (10) to be output.

The invention discloses a detachable glucometer capable of automatically sampling and testing blood. The detachable glucometer comprises a glucometer body provided with a mounting groove; a blood sampler is inserted in the mounting groove, and blood sampling can be completed by putting a finger into a sampling groove. The glucometer body is also provided with a storage groove; two test paper reelson the storage groove are connected with test paper through transmission structures such as a first transmission wheel, a second transmission wheel, and a test chamber; the part, between the first transmission wheel and the second transmission wheel, of the test paper runs through the sampling groove; after blood sampling, people pull out the finger, sampled blood is applied to the test paper, the test paper with the sampled blood is transferred to the test chamber through a friction force, and then the sampled blood is tested in the test chamber; since blood sampling and blood testing are carried out simultaneously, processes and time for blood glucose testing are both saved. The side wall of the storage groove is provided with a transparent cover plate which is a detachable structure, usage of the test paper can be observed and new test paper can be changed rapidly if the test paper is used up.

The invention provides a blood glucose testing instrument and the producing method thereof, which belongs to the field of bio-sensor technology. The substrate of the testing paper is printed with working electrode, reference electrode and electrical circuit which are formed by carbon-coating, one end of the substrate is printed with wire connected with readout instrument, the working electrode and reference electrode are respectively printed on carbon-coating above substrate conductive silver layer, the working electrode is also printed with enzyme, medium and adhesive. According to bio-sensor and electrochemical principle, the testing paper is made through silk-screen process, not only conductive circuit is printed, but also sensitive bio-element is directly printed on electrode supporter, the print amount of the print material and print area are totally and exactly controlled by computer. Once the testing paper contacts human body fluid, the testing result can be easily and directly read out on corresponding matching instrument, the producing method is easy, and has high precision, low cost, which is convenient for later process and encapsulation, and is good for large-scale production.

The invention discloses a dumbbell which comprises a grip and dumbbell heads arranged at the two ends of the grip. A cavity is formed in the grip and / or the dumbbell heads. The dumbbell further comprises a microprocessor, and APP software is embedded into the microprocessor. The dumbbell further comprises a proximity sensing device, a fingerprint identification sensor, a heart rate collection sensor, an artery pressure sensor, a vein pressure sensor, a force sensor, a noninvasive blood glucose testing device, a temperature sensor, a wireless network card, a GPRS message communication device, a display device and an alarm device. The dumbbell is connected with a cloud server through a wireless network technology, the dumbbell is adopted as a carrier of a measuring device, and therefore the problems that an existing detecting instrument is inconvenient to carry, low in generality and incapable of monitoring various indexes of the human body in real time. The dumbbell can transmit collected data to the cloud server for storage in real time through the APP software, and the problem that the various indexes of the human body can not be tracked for a long time is solved.

A method for preparing carbon-radical glucose chip of disposable type includes applying PVC material as base material then making track on it and coating silver size on it in order to use said size as conduction material, printing prepared graphite ink on said silver size track to form printed carbon electrode, covering carbon electrode by silia gel rubber layer, making aqueous solution with glucose oxidase and dripping the mixture on surface of printed carbon electrode, using PVA as film substrate material to fix enzyme on surface of carbon electrode by mixing said substrate material with enzyme and electronic transmission media.

The invention discloses a blood glucose testing method and device; the method comprises the steps: sending multi-path microwave detection signals with different frequencies; receiving multi-path microwave reflection signals and / or microwave absorption signals of different frequency scopes corresponding to the multi-path microwave detection signals with different frequencies; calculating the multi-path microwave reflection signals and / or microwave absorption signals of different frequency scopes by means of a predetermined algorithm, thereby, obtaining blood glucose concentration information. By adopting the multi-frequency microwave detection and according to the detected results, the blood glucose concentration is calculated, so that the microwave detection error of blood glucose can be reduced and the accuracy and stability of microwave detection for blood glucose can be improved.

The invention discloses a blood glucose test strip box, and belongs to the field of medical instruments. The blood glucose test strip box comprises a box body. The box body is in a cuboid shell shape.A blood glucose test strip cavity and a J-shaped cavity are arranged in the box body. Pressing holes opened towards the upper end face of the box body are formed between the blood glucose test stripcavity and the J-shaped cavity. A pressing part comprises a pressing plate and pressing rods, and the pressing plate is arranged above the J-shaped cavity and the pressing holes. First springs are arranged in the pressing holes and are arranged on the pressing rods in a sleeving manner. An extrusion part is made of a semi-flexible material and is arranged in the J-shaped cavity, and one end of theextrusion part is fixedly connected with the lower end face of the pressing plate. A press plate is located in the blood glucose test strip cavity and is attached to a blood glucose test strip in theblood glucose test strip cavity. One end of a second spring abuts against the press plate, and the other end of the second spring abuts against the inner side wall, away from the J-shaped cavity, ofthe blood glucose test strip cavity. According to the blood glucose test strip box, the single blood glucose test strip can be taken out fast, and the blood glucose test strip is not contaminated.

The invention discloses a preparation method and applications of an urchin-shaped Ni-Zn metal organic skeleton hollow sphere nano material, and belongs to the technical field of enzyme-free glucose sensor preparation. According to the preparation method, an ethanediol mixed solution of a bivalent nickel salt and a bivalent zinc salt is mixed with a DMF solution of terephthalic acid, hydrothermal reaction is carried out at 150 to 200 DEG C, and an obtained reaction precipitate is collected; the reaction precipitate is washed with DMF and ethanol, and is dried so as to obtain a finished product. The urchin-shaped Ni-Zn metal organic skeleton hollow sphere nano material is obtained via simple hydrothermal reaction; the raw materials are nontoxic, are friendly to the environment, and are cheap; the preparation method is simple, is convenient to control, and is suitable for continuous large-scale production; under ultrasonic conditions, the urchin-shaped Ni-Zn metal organic skeleton hollow sphere nano material is dissolved in a perfluorosulfonic acid type polymer solution, and then a glassy carbon electrode is modified with an obtained mixed solution so as to obtain an enzyme-free glucose sensor rapid in response, and high in sensitivity and stability; and application prospect in the field of blood sugar detection is promising.

The invention discloses a hematocrit correction method. The method comprises the steps of applying a voltage to a sample, recording a testing temperature, an AD value of hematocrit and a testing current, converting the AD value into a sample resistance value, and carrying out calculation through a correlation equation of the sample resistance value and the hematocrit value to obtain an initial hematocrit value; determining a reference temperature and a reference hematocrit value, and obtaining a temperature difference value and a hematocrit difference value; and substituting the temperature difference value and the hematocrit difference value into a compensation factor equation to obtain a compensation factor; substituting a current value and the compensation factor into a current correction equation to obtain a correction current; and substituting the correction current into a blood sugar concentration equation to obtain a blood sugar concentration correction value. Through the hematocrit correction method, the correction steps of blood glucose testing are reduced, so that a blood glucose testing error is remarkably reduced.

The invention discloses a blood glucose testing and calibrating method and system. According to the blood glucose testing and calibrating method and system, the related coefficients of the scattering coefficients of different depth tissue of skin and the temperature can be calculated, and the tissue area which is sensitive to the change of both the temperature and the blood glucose of a human body can be found through analysis to the related coefficients. A high correlation area obtained by correlation analysis can be used as a calibration area for noninvasive blood glucose testing and is used for subsequent blood glucose testing and the like. The blood glucose testing and calibrating method greatly simplifies the noninvasive blood glucose testing and calibrating process, the calibrating time is greatly shortened, the pain of a diabetic patient is relieved at a certain degree, and the risk of infection is lowered.

The invention discloses a ZigBee technology based physiological parameter acquisition system. The system comprises a blood pressure detection system, an electrocardiogram monitoring system, a body temperature detection system, a blood glucose testing system, a central processing unit, a memorizer, a display and an alarm. The blood pressure detection system, the electrocardiogram monitoring system, the body temperature detection system and the blood glucose testing system are connected with a ZigBee sending module respectively. A ZigBee network coordinator which receives data sent by the ZigBee sending module through a ZigBee data transmission network and classifies the data is connected with the central processing unit and the memorizer respectively. The central processing unit is connected with the memorizer, the display and the alarm respectively. By means of the system, body temperature, blood glucose, blood pressure and heartbeat parameters can be detected simultaneously and are uploaded to a monitoring center through a ZigBee wireless data transmission network, human body physiological parameter information can be transmitted at high speeds reliably, the number of wires is reduced, and the system is convenient to use.

A blood glucose measuring kit connectable to a mobile device is configured to display blood glucose data via the screen of an external mobile device, with a view to reducing the production cost of the measuring kit. The measuring kit includes a housing provided therein with a control unit, a test strip receiver, and a data transfer port. The control unit generates blood glucose data by testing a blood glucose test strip with the test strip receiver and outputs a blood glucose test completion signal. The data transfer port is electrically connected to the mobile device and transfers the blood glucose data thereto. Using a signal processing program downloaded wirelessly from the Internet, the mobile device reads, analyzes, applies statistics to, and stores the blood glucose data, displays the blood glucose data on its screen, and can upload and download the blood glucose data wirelessly to and from the Internet.

The invention relates to an in-home automatic blood sugar detection blood sampling instrument. The in-home automatic blood sugar detection blood sampling instrument comprises a base and a circular housing arranged on the base, wherein the housing adopts a dual-layer structure comprising an outer shell and an inner shell; a cavity is formed between the outer shell and the inner shell; a first motorand an annular seat which is connected with an output shaft of the first motor are arranged in the inner shell; a needle disk is detachably connected to the annular seat; a mounting hole is formed inthe center of the needle disk; a second motor is also arranged on the annular seat; an output shaft of the second motor is connected with a driving wheel through an overrunning clutch; the driving wheel is arranged in the mounting hole; the output shaft of the second motor, a ratchet wheel and the needle disk are coaxially arranged; and a plurality of blood sampling needles are uniformly distributed in the needle disk in the circumferential direction. The in-home automatic blood sugar detection blood sampling instrument disclosed by the invention is used for allowing a patient suffering fromdiabetes to voluntarily perform blood sampling for blood sugar detection, so that needle change is convenient, and blood sampling can be automatically completed; and the in-home automatic blood sugardetection blood sampling instrument is convenient for people of which hands are inconvenient to move to use.

The invention discloses a smart ball pen with a health care function. The smart ball pen is composed of a penholder body and a refill component. The penholder body comprises a plastic barrel body with an accommodating cavity, a pen cover rotatably and detachably assembled on the barrel body, a button, a ratchet mechanism, a spring and an elastic buckle, the button penetrates through the pen cover and can be repeatedly pressed or bounce, the ratchet mechanism and the spring are used for limiting the button and enabling the button to bounce, the elastic buckle is arranged on the outer side of the penholder body, and the smart ball pen can be carried and locked through the elastic buckle. A CPU, an infrared induction device, a heart rate collecting sensor, a temperature sensor, a fingerprint identification sensor and a non-invasive blood glucose testing device are arranged in the accommodating cavity. The CPU uploads collected various physical sign information of a user to a cloud end server and a hospital database through a communication device, and the physical health conditions of the user are tracked in real time through fusion and comparison with historical data of the user; a display module is used for outputting the real-time physiological status of the user after processing of the CPU and health suggestions.