43results about How to "Avoid Medication Errors" patented technology

A device and process for preventing medical errors due to the improper administration of an intravenously delivered medication includes the spectroscopic analysis of intravenous fluid components. An emission source and detector are placed adjacent to the intravenous tubing of an administration set to generate signals for spectroscopic analysis. The signals are processed to identify the medication and, in certain embodiments of the invention, can determine the medication's concentration. In a preferred embodiment, the emission source, detector, and hardware and software for the spectroscopic analysis are placed in an infusion pump.

The invention relates to a home medicine management terminal, which comprises a medicine kit and one or more portable medicine boxes, wherein the medicine kit comprises a main control device for setting medicine taking information, storing medicine taking records and automatically generating a medicine taking reminding instruction; each portable medicine box comprises a portable box body; a medicine box controller which is wirelessly communicated with the main control device, controlled by the portable box body and used for uploading data to the portable box body is arranged on the portable box body; and the medicine box controller comprises a medicine box central processor, a medicine box storage device connected with the medicine body central processor, a medicine taking confirmation signal input device, a medicine taking indication device and a medicine box communication module. The home medicine management terminal is portable, and can remind a user to take medicines at any time anywhere, manually and automatically trigger to update the medicine taking records and report the medicine taking state to a medical mechanism through remote communication at any time, so that doctors can accurately master the medicine taking information of the user and adjust a medicine taking scheme timely; and the home medicine management terminal is particularly suitable for the middle-aged and aged people who are 40 to 65 years old, and suffer from chronic diseases.

The invention discloses an intelligent drug box system and an operating method thereof. The intelligent drug box system comprises a drug box and a cloud server. The drug box comprises a shell. A plurality of drug supply mechanisms are arranged in the shell side by side. Each drug supply mechanism comprises a cavity, wherein a groove is formed in the left end of the bottom surface of the cavity, a guide rail and a moving mechanism which can move along the guide rail are arranged at the top of the cavity, a lifter is arranged at the bottom of the moving mechanism, and a vacuum chuck is arranged at the lifting end of the lifter; a drug storage tube is placed in the groove and comprises a cylinder, and a drug storage hole which penetrates through the cylinder in the axial direction is formed in the cylinder; and an inductor is arranged at the upper end of the groove. A drug discharging mechanism is further arranged in the shell and comprises two parallel electric drawers which are arranged horizontally, wherein a drug container and a detection module used for detecting the presence of the drug container are arranged in each electric drawer. A controller, a touch screen, an inflation and deflation mechanism and a wireless communication module are further arranged on the shell. The vacuum chucks are connected with the inflation and deflation mechanism through an air guiding pipeline. According to the intelligent drug box system and the operating method thereof, the drug taking condition of a user can be monitored.

The invention discloses an intelligent medicine service system based on the Internet of things and its working method. The system includes a medicine box, a hospital system platform and an intelligentbracelet; the intelligent bracelet is used for users to wear, the medicine box includes a medicine box body, and the medicine box body is provided with a controller, a touch screen, a key module anda first wireless communication module; the intelligent bracelet includes a microprocessor, a display screen, a vibration module, a body temperature module, a blood pressure detection module, a heart rate detection module and a second wireless communication module, wherein the body temperature module is used for detecting the temperature of the human body, the blood pressure detection module is used for detecting the blood pressure of the human body, and the heart rate detection module is used for detecting the heart rate of the human body; the controller is electrically connected with the touch screen, the key module and the first wireless communication module respectively, and the microprocessor is electrically connected with the display screen, the vibration module, the body temperaturemodule, the blood pressure detection module, the heart rate detection module and the second wireless communication module respectively. The system can remind the users to take medicines when it is time for taking the medicines and monitor the physical conditions of the users after the users take the medicines.

The invention discloses a domestic accompanying robot. The domestic accompanying robot comprising a robot main control unit, a body parameter monitoring unit, a face monitoring unit, a cardiac defibrillation system and a smart medicine box, wherein the body parameter monitoring unit, the face monitoring unit, the cardiac defibrillation system and the smart medicine box are connected with the maincontrol unit; the body parameter monitoring unit acquires data of an external body parameter sensor and transmits the data to the robot main control unit for storage processing; the face monitoring unit acquires a human face image through a camera; the cardiac defibrillation system comprises a defibrillation detection control unit, an electrocardio data acquisition unit, a high-voltage defibrillation unit and defibrillation electrodes; the electrocardio data acquisition unit measures the body impedance between the defibrillation electrodes and the electrocardiosignal of a patient, and the defibrillation detection control unit controls the high-voltage defibrillation unit to apply matched high-voltage pulses to the defibrillation electrodes according to the measurement result; the smart medicine box triggers a medicine box control unit after receiving a medicine taking instruction to rotate a box body and a box lid to the outside of a medicine storage chamber for the user to take medicine. In this way, the robot becomes a safety guarantee for patients at home.

The invention discloses an intelligent traditional Chinese medicine pharmacy system, and belongs to the technical field of medicine. The intelligent traditional Chinese medicine pharmacy system is characterized by comprising a data interface unit, a prescription management unit and a medicine dispensing unit, which are connected electrically; the data interface unit sends a queried and obtained prescription data signal to the prescription management unit; the prescription management unit sends the reviewed prescription data signal to the medicine dispensing unit; and the medicine dispensing unit receives the prescription data signal and then sends medicines through an intelligent medicine dispensing machine. According to the invention, the safety of the medication is ensured by the arrangement of contraindication compatibility; detailed information of a prescription can be accurately checked before the medicines are dispensed, and subsequent inspection is not required; the entire electronic prescription is standardized in procedure and strong in effectiveness from the treatment to the completion of the medicine dispensing, thereby greatly improving the accuracy of medicine dispensing and the efficiency of medicine dispensing, and saving the time for taking medicines for patients; the medicine dispensing machine is compact in structure, small in space occupation and simple to operate; and the system is controlled by a mechanical automatic program, the prescription is simply written and the medicine packing speed is high.

The present invention relates to a medical information processing method. The method comprises the steps of: receiving prescription information, and extracting drug use information and patient information from the prescription information; transferring drug composition information corresponding to the drug use information from a drug composition map; transferring dimensional representation information corresponding to the drug composition information from a population feature suitability model; generating a combined examination model by employing the dimensional representation information; obtaining patients' information to be examined according to the patient information and the combined examination model, wherein the information to be examined comprises diagnosis information, drug composition suitability degree information and dosage range information; determining whether there are non-suitable drug compositions in the information to be examined or not; if yes, transferring unreasonable usage drug information corresponding to the non-suitable drug compositions from the drug composition map; and generating warning information corresponding to the unreasonable usage drug information, and sending the warning information to a terminal device.

The invention discloses an intelligent medicine delivery machine, and belongs to the technical field of medicine equipment. The intelligent medicine delivery machine is characterized by comprising a display module, a recipe module, an incompatibility module, a maximum dosage module, an inventory module, a medicine module and a medicine delivery module which are arranged on the medicine delivery machine and are electrically connected, wherein the display module transmits electronic recipe signals to the recipe module; the recipe module respectively transmits the obtained recipe detail information to the incompatibility module, the maximum dosage module and the inventory module; the incompatibility module, the maximum dosage module and the inventory module transmit the recipe detail signalspassing the detection to the medicine module; the medicine module transmits the medicine delivery signal to the medicine delivery module; the medicine delivery module controls the medicine delivery and charges the medicine into a medicine box. In the whole process of the electronic recipe from processing to medicine delivery completion, the flow process is specified, the effectiveness is very high; the medicine delivery accuracy and the medicine delivery efficiency are greatly improved; the medicine taking time of a patient is reduced; the structure of the medicine delivery structure is compact; the occupied space is small; the operation is simple and convenient.

The invention discloses a UV printing full-automatic bag-making filling and sealing machine. The UV printing full-automatic bag-making filling and sealing machine comprises a machine body, and a film supply mechanism, a bag making mechanism, a filling and sealing mechanism and an output mechanism arranged on the machine body, the film supply mechanism is provided with a film material printing device, the film material printing device is a UV printer, and the UV printer comprises a UV printing component located at the front side and a UV curing component located at the rear side in the film material conveying direction. The bag-making filling and sealing machine uses a UV printing mode which combines ink printing with ultraviolet drying to replace a heat transfer printing mode broadly used at present, compared with the heat transfer printing technology, the printing cost can be greatly lowered for a pharmaceutical factory, and moreover, a printing plate is easy and convenient to use, the printed words are bright and clear, the wrong medication can be avoided, multi-color printing, polychrome printing, bar code and two-dimensional code are realized, and the heat transfer printing disadvantages are solved; the UV printing full-automatic bag-making filling and sealing machine is capable of better matching with the industrial production and improving the printing effect and quality.

The invention discloses an intelligent medicine box and a working method thereof. The medicine box includes a shell body, the shell body is internally provided with a plurality of medicine supplying mechanisms, and each medicine supplying mechanism comprises a cavity arranged crosswise in a horizontal direction, wherein the left end of the bottom of each cavity is provided with a groove, and the top portion of each cavity is provided with a guiding rail in a horizontal direction and a mobile mechanism capable of moving along the guiding rail; the bottom of each mobile mechanism is provided with a lifting device, and the lifting end of each lifting device is provided with a vacuum chuck, and each groove is internally provided with a medicine placing pipe which comprises a column where a medicine placing hole running though the column in an axial direction is formed; the upper end of each groove is provided with a sensor for detecting whether or not the top portions of the medicine placing holes contain pills, the shell body is further provided with a medicine outputting mechanism, and the bottom of each cavity is provided with a through hole communicated with an electric drawer; moreover, the shell body is also provided with a controller, a touch screen and an air extracting and exhausting mechanism. By using the intelligent medicine box, a user does not need to separately place pills to be taken each time for taking pills in advance, and the intelligent medicine box can automatically output the corresponding pills when the user needs to take pills.

The invention provides an HLA-B*5801 genetype rapid detection kit based on a POCT mode. The kit at least contains fluorogenic quantitative PCR primers and probes (SEQ ID NO:1-4) as well as a cell lysis solution, and can further comprise dNTPs, DNA polymerase, Mg<2+>, a reaction buffer, a standard positive template, a sampling bar, a sample collecting tube and the like, wherein the fluorogenic quantitative PCR primers and the probes are used for detecting the HLA-B*5801 (rs9263726) genetypes. The kit can realize instant detection, DNA purification is not needed, a sample can be directly added into a reagent for carrying out a PCR reaction, the kit is particularly suitable for rapidly and accurately detecting samples (such as shedding buccal cells) with low content of DNA, the detection accuracy rate achieves 99% or above, the detection sensitivity is high, and genomic DNA of which the amount is as low as 0.125ng can be accurately detected; and the whole detection consumes short time, adetection result can be obtained within 1h, an administration basis can be provided for a doctor at first time, and thus the administration risk of patients is reduced.

The invention discloses a safe and efficient intelligent anesthesiology department medicine distribution charging method and system. The method comprises steps of inputting the first data informationand performing pre-verification; searching and verifying the first data information; selecting required anesthetic names, quantity and usage in a preset selection questionnaire, and packaging the information into second data information; verifying the second data information according to a preset verification model and generating a drug use risk probability, and if the drug use risk probability iswithin a set threshold range, passing the verification and returning a serial number with an anti-counterfeit label; obtaining a driving signal according to the serial number; the control module being used for controlling the conveying mechanism to automatically send out the medicine according to the driving signal, sending fee deduction information to a hospital charging system for fee deduction, and feeding the back fee deduction success information to the printing module after fee deduction is completed; and the first data information and the second data information being synchronized to the anesthesia recording system while the medicine is successfully and automatically sent out. The method is advantaged in that management and charging of anesthetics are facilitated.

The invention discloses a mobile nursing information system. The system comprises a medicine check unit, wherein a UHF electronic tag which is arranged on a software client and has the reading and writing ability is adopted for the medicine check unit; the UHF electronic tag comprises a reader, a tag and an antenna, the tag is stuck/ bound on a target object, and the target object comprises an infusion bag, a blood drawing tube, a tablet bag and a patient; the reader can read patient tag information, the information is transmitted to a central information processing unit to be processed by the antenna, and the infusion bag, blood drawing tube, and tablet bag information which is correspondingly required by each patient is input in a memorizer in advance; medicine information corresponding to the patient tag is called from the memorizer by the central information processing unit, corresponding bar codes which are required to be input are displayed in the medicine check unit, and the reader reads the bar codes corresponding to the infusion bag, the blood drawing tube and the tablet bag again; if bar code information which is read by the reader is consistent with the bar code information which is called from the memorizer, automatic signature is displayed on an automatic check unit.

The present invention provides a rapid detection kit for CYP2C9 and VKORC1 genotypes based on a POCT mode. The kit contains a fluorescent quantitative PCR primer and probe for detecting CYP2C9 and VKORC1 genotypes, and a cell lysate, wherein the sequence of the PCR primer is shown as SEQ ID NO.1-2 and SEQ ID NO.5-6, and the sequence of the probe is shown as SEQ ID NO.3-4 and SEQ ID NO.7-8. The kitcan realize real-time detection without DNA purification. A sample can be directly added into a reagent for a PCR reaction, the kit is especially suitable for rapid accurate detection of samples withlow DNA content (such as oral exfoliated cells), and the detection accuracy is 99% or more. The detection sensitivity is high, and the detection limit of genomic DNA as low as 0.125 ng can be accurately detected. The whole detection takes a short time, and a detection result can be obtained within one hour and provides a medicine use basis for a doctor at the first time, thereby reducing the riskof medicine administration.

The invention discloses a speed difference medicine prescription method of traditional Chinese medicine particles, and relates to the technical field of adjustment of traditional Chinese medicine composition particles. The method comprises the steps of quick medicine prescription, buffering and fine adjustment and control. According to the method, by setting a speed difference, medicine prescription is conducted at a high medicine prescription speed at first and then conducted at a low medicine prescription speed after medicine prescription reaches a set threshold value, and the problem is solved that by using traditional medicine dispensing machines, since medicine prescription calibration needs to be conducted on medicine prescription measurement several times, the efficiency is reduced;by adopting the speed difference medicine prescription method, the medicine prescription precision can be ensured, and meanwhile the medicine prescription efficiency can be improved.

The invention discloses a reminding system for medicine taking. The reminding system comprises a medicine box and a voice recorder, wherein the medicine box is connected with the voice recorder through an audio transmission line; the medicine box comprises a medicine box body and a medicine taking reminding assembly, and the medicine taking reminding assembly is arranged in the medicine box body;the voice recorder comprises a first main control circuit and an unlocking circuit which are connected with each other; and the unlocking circuit is connected with the medicine taking reminding assembly through an audio transmission line. According to the invention, a patient can accurately take medicine on time in a voice reminding manner; medicine taking reminding information stored in a medicine taking reminding device is input in real time according to a prescription form issued by a doctor, accurate voice information can be input according to the actual situation of a patient, and the problem that the patient cannot correctly understand the input information and consequently wrongly takes medicine or forgets taking medicine is solved; before the medicine taking reminding information is input, the identity of an information input person is determined through verification, the situation that non-professional medical staff input wrong medicine taking reminding information and wrong existing medicine taking information is avoided, and the problem that a patient takes medicine wrongly due to information input mistakes is avoided.

The invention provides an ADRB1 genotype rapid detection kit based on a POCT mode. The kit comprises fluorogenic quantitative PCR primers and probes as well as a cell lysis solution, wherein the fluorogenic quantitative PCR primers and the probes are used for detecting the ADRB1 genotypes (G1165C), the sequences of the PCR primers are as shown in SEQ ID NO.1-2, and the sequences of the probes areas shown in SEQ ID NO.3-4. The kit can realize instant detection, DNA purification is not needed, a sample can be directly added into a reagent for carrying out a PCR reaction, the kit is particularlysuitable for rapidly and accurately detecting samples (such as shedding buccal cells) with low content of DNA, the detection accuracy rate achieves 99% or above, the detection sensitivity is high, and genomic DNA of which the amount is as low as 0.1ng can be accurately detected; and the whole detection consumes short time, a detection result can be obtained within 1h, an administration basis canbe provided for a doctor at first time, and thus the administration risk of patients is reduced.

The invention provides an SLCO1B1 genetype rapid detection kit based on the POCT mode. The kit contains fluorogenic quantitative PCR primers, probes and a cell lysis buffer used for detecting the SLCO1B1 genetype, wherein the sequences of the PCR primers are as shown in SEQ ID NO.1-2 and SEQ ID NO.5-6, and the sequences of the probes are as shown in SEQ ID NO.3-4 and SEQ ID NO.7-8. The kit can realize instant detection, DNA purification is not needed, a sample can be directly added into a reagent for carrying out the PCR reaction, the kit is particularly suitable for rapidly and accurately detecting samples (such as shedding buccal cells) with low content of DNA, the detection accuracy rate achieves 99% or above, the detection sensitivity is high, and 0.125ng genomic DNA can be accuratelydetected to the minimum; and the whole detection consumes short time, a detection result can be obtained within 1h, an administration basis can be provided for a doctor at first time, and thus the administration risk of patients is reduced.