2646 results about "Drug Package" patented technology

A medication management system (MMS) includes a medication management unit (MMU) associated with a medical device. The MMU downloads medication delivery code based on a medication delivery order to the medical device only if information from a first input matches information from a second input. The medical device receives delivery information electronically only from the MMU. The medication order is performed only after delivery data validation. The MMU also determines drug-drug incompatibility. The MMU can modulate (start, stop, sequence and dynamically adjust) medication order performance.

An identification system and method for medication management comprises a controller, a drug library accessible by the controller, the drug library containing drug library profiles including a data set of drug information, and an identification module configured to read patient identification information from machine-readable identification devices worn by patients and to read drug information from machine-readable identification devices affixed to drugs or containers of drugs. The controller compares the read information to each other and to the drug library profile and provides alerts or error signals in the event of an inconsistency. In one case, identification devices are read by an optical reader fixedly mounted to the identification module. In another case, identification devices are read by an optical reader that is hand-held and mobile and can be moved to the location of the identification device. The hand-held reader communicates with the identification module by wired or wireless means. In another case, a third reader that is non-optical and wireless is fixedly mounted to the identification module. The controller is also configured to provide alerts or error messages in the event that there is an inconsistency between the drug information on the drug or drug container when compared to the drug library profile associated with the controller.

The present invention relies on the moiré patterns generated when superposing a base layer made of base band patterns and a revealing line grating (revealing layer). The produced moiré patterns comprise an enlargement and a transformation of the individual patterns located within the base bands. Base bands and revealing line gratings may be rectilinear or curvilinear. When translating or rotating the revealing line grating on top of the base layer, the produced moiré patterns evolve smoothly, i.e. they may be smoothly shifted, sheared, and possibly be subject to further transformations. Base band patterns may incorporate any combination of shapes, intensities and colors, such as letter, digits, text, symbols, ornaments, logos, country emblems, etc. . . . . They therefore offer great possibilities for creating security documents and valuable articles taking advantage of the higher imaging capabilities of original imaging and printing systems, compared with the possibilities of the reproduction systems available to potential counterfeiters. Since the revealing line grating reflects a relatively high percentage of the incident light, the moiré patterns are easily apparent in reflective mode and under normal illumination conditions. They may be used for the authentication of any kinds of documents (banknotes, identity documents, checks, diploma, travel documents, tickets) and valuable articles (optical disks, CDs, DVDs, CD-ROMs, packages for medical drugs, bottles, articles with affixed labels).

A pellet-shaped article inspection unit is structured for use with a conveyer mechanism having a plurality of carrier bars, each carrier bar being structured to convey a plurality of pellet-shaped articles along a predetermined path. The article inspection unit includes a first camera unit positioned adjacent a first side of the conveyer mechanism. The first camera unit is configured to sense a first predetermined characteristic, e.g., laser holes, of the plurality of pellet-shaped articles. A removal mechanism, downstream from the first camera unit, is structured to remove or maintain at least a selected one of the plurality of pellet-shaped articles from at least a selected one of the plurality of carrier bars depending on whether the first predetermined characteristic is sensed by the first camera unit. A laser unit may be provided to create unique holes in the pellet-shaped articles, e.g., those by a larger exposed surface to improve time-release characteristics of the pellet-shaped articles.

An article is described including an article surface and a coating set comprising a tie coating or layer of SiOxCy or Si(NH)xCy applied to the article surface, a barrier coating or layer of Six, and a pH protective layer of SiOxCy or Si(NH)xCy. The respective coatings or layers can be applied by chemical vapor deposition of a polysiloxane or polysilazane precursor in the presence of oxygen. Examples of such an article are a prefilled thermoplastic syringe or thermoplastic pharmaceutical vial with a coated interior portion containing a pharmaceutical preparation or other fluid with a pH of 4 to 8, alternatively 5 to 9. The barrier coating or layer prevents oxygen from penetrating into the thermoplastic syringe or vial, and the tie coating or layer and pH protective coating or layer together protect the barrier layer from the contents of the syringe or vial.

A wirelessly deployable, electronic prescription creation system for physician use captures into a prescription a patient condition-objective of the prescribed treatment and provides for patient record assembly from source elements, with privacy controls for patient and doctor, adverse indication review and online access to comprehensive drug information including scientific literature. Extensions to novel multi-drug packages and dispensing devices, and an “intelligent network” remote data retrieval architecture as well as onscreen physician-to-pharmacy and physician-to-physician e-mail are also provided.

Dry powder inhalers (FIG. 1) with integrated active energy patient assist dispersal systems are configured with control systems which provide adjustable energy output responsive to the user's inspiratory capabilities and / or the flowability of the dry powder being administered. The multi-dose dry drug package (FIG. 2) a piezoelectric polymer substrate which flexes to deform and provide mechanical oscillation in a selected region of the package corresponding to the dry powder drug which is dispersed during inhalation by a user. Control system (FIG. 12) employs fuzzy logic to relate in response to a user's inspiratory effort.

The invention discloses a full-function liquid medicine preparation intelligent robot and a medicine preparation method thereof. The full-function liquid medicine preparation intelligent robot comprises a shell, a medicine rack, a bottle taking mechanical arm, a liquid pumping mechanical arm, a bottle clamping mechanism and a liquid medicine shaking device, and is characterized in that: the shellis provided with an operating door with a seal; the medicine rack is arranged in the shell and corresponds to the operating door; the medicine rack has a rotary structure with more than two side faces; and each side face of the medicine rack is provided with accommodating areas for different medicines, and an indoor constant temperature and disinfecting cotton ball accommodating area. The intelligent robot has the property of full functions of preparing medical liquid, nutrient solution and chemical therapy medicines, radically changes the traditional mode of preparing cytotoxic medicines andthe manual preparation environment, has the characteristics of accurate liquid preparation, sterile preparation process and no cross-infection, protects the health safety of medical workers, avoids the leakage of the cytotoxic medicines, is environment-friendly, and saves cost of hospital medication and labor cost.

A wirelessly deployable, electronic prescription creation system for physician use captures into a prescription a patient condition-objective of the prescribed treatment and provides for patient record assembly from source elements, with privacy controls for patient and doctor, adverse indication review and online access to comprehensive drug information including scientific literature. Extensions to novel multi-drug packages and dispensing devices, and an “intelligent network” remote data retrieval architecture as well as onscreen physician-to-pharmacy and physician-to-physician e-mail are also provided.

The invention discloses a network-based comprehensive video diagnosis and treatment supervision system, including: an online reservation diagnosis and treatment system, a video diagnosis and treatment system used by doctors, a video diagnosis and treatment system based on mobile handheld devices, a remote video consultation system, a doctor's word-of-mouth scoring and rating system, and a network hospital- Supervision system, drug supervision system and fee payment system for network doctors. The present invention is a set of complete large-scale diagnosis and treatment comprehensive system integrating diagnosis and treatment, consultation, supervision, scoring and rating. From booking a doctor for online diagnosis and treatment, offline diagnosis and treatment, multi-party consultation, to remote video diagnosis and treatment between patients and doctors, remote video multi-party consultation and video diagnosis and treatment, the PC terminal system and handheld device terminal system are also provided for doctors. Score evaluation, let other patients understand the doctor's word-of-mouth situation. In the process of diagnosis and treatment, a three-party (doctor, hospital, pharmacy) supervision system is also provided, which can effectively and timely deal with problems in the process of diagnosis, treatment and drug purchase.

A method for preparing both main label and warning label portions for a container useful in dispensing drugs by a pharmacist in which the main label portion contains specific drug or patient information and the warning label portion contains one or more warnings specific to the drug or patient information includes the steps of providing a backing sheet having the main label portion and the warning label portion releasably adhered thereto, printing the drug or patient information on the warning label during only one printing pass, and then affixing both the main label portion and the warning label portion to a drug container.

A system is provided that integrates of records of clinical laboratory services into the assessment and optimization of patient health care and, in particular, regulation of the use of pharmaceuticals. Laboratory test result records are used in conjunction with other health care benefits records to monitor regulation of use of pharmaceuticals by patients. The incorporation of laboratory tests and results into such a utilization system allows improvement in the management of a patient's therapy based on a more precise picture of the patient's level of illness as revealed by the laboratory test results. The system of the present invention also allows optimization of the selection of laboratory tests to be performed, and also provides an outcome assessment of the risk of hospitalization due to pharmaceutical treatments resulting in physician intervention, leading to a change in physician prescribing behavior and, accordingly, a decrease in drug induced hospitalizations and improved quality of patient care and savings of health care costs.

The present invention provides a computer-readable storage medium containing computer executable code for instructing a computer to first display a field selection screen which includes selection indicators for a plurality of label fields. Then there is displayed a field content screen responsive to the label fields previously selected with the field content screen allowing editing of at least one label field. A bar code corresponding with one of said label fields is then selected and a print preview screen containing a plurality of said label fields is displayed. Then a print command for printing a label substantially as displayed on the print preview screen and including the bar code (regardless of whether or not said bar code is included on said print preview screen) is transmitted.

Dry powder inhalers with integrated active energy patient assist dispersal systems are configured with control systems which provide adjustable energy output responsive to the user's inspiratory capabilities and / or the flowability of the dry powder drug being administered. The multi-dose dry drug package includes a piezoelectric polymer substrate (such as PVDF) which flexes to deform and provide mechanical oscillation in a selected region of the package corresponding to the dry powder drug dose in the exit flow path and is thus actively dispersed into the exit flow path of the inhaler during the user's inspiratory activity. Control systems employ fuzzy logic models of the flowability of particular drug formulations (also being able to compensate or allow for the particular type of excipient used) and / or adjust for the real-time measured inspiratory efforts of the user. Manufacturing process control systems can adjust certain parameters in response to a fuzzy logic model of the flowability of the dry powder and other conditions associated with the dry powder drug being produced and / or dispensed.

Security films that are useful for pharmaceutical packaging. In particular, anti-counterfeiting security films having a luminescent composition on or in a fluoropolymer layer, which luminescent composition luminesces upon the application of ultraviolet radiation in the 200 nm to 300 nm range, in which the luminescent component is optionally and preferably not viewable to the unaided eye. The films are particularly useful for the formation of anti-counterfeiting blister packaging in compliance with FDA regulations.

The invention belongs to the technical field of wireless communication, and particularly relates to an intelligent medical service system based on RFID (radio frequency identification devices) and CDM (code division multiplex) technologies, which comprises a sensor data acquisition layer, a medical resource management layer and an intelligent medical service provision layer. Different modules of the sensor data acquisition layer are integrated inside an intelligent medicine kit to serve as a household intelligent terminal which is combined with the RFID sensor technology and the CDM material technology and supports various sensor networks, the wireless network and 3G (generation) / 4G networks. Besides, one end of the intelligent terminal is connected with the intelligent medical service provision layer which serves as the upper layer, and the other end of the intelligent terminal carries out private self-services including dosing reminding and recording, intelligent drug package control, sign parameter acquisition recording, emergency alarming and remote acquisition of doctor suggestions. The intelligent medical service system is capable of changing the 'hospital-centered and doctor-centered' nursing mode into the 'household-centered and patient-centered' nursing mode, and accordingly self-nursing efficiency and reliability of patients are improved remarkably and medical resources are saved greatly.

A drug package comprising a plurality of drug vials containing drugs for delivery to a patient in a drug delivery device; and a data carrier including drug treatment information for use by the drug delivery apparatus.

The invention relates to a medicine storing / taking control system, and in particular relates to a medicine or consumable item storing / taking control system for a ward. According to the invention, medicines are quickly and accurately provided for a patient in a prescription medicine taking mode; and the taking information of the medicines and the medicine using condition of the patient are recorded automatically, so that the problem that the existing medicine storing / taking system cannot meet the managing demand of the medicines in the ward is solved, and the defect of patient condition delay due to the fact that the medicine taking time is prolonged and the medicines are taken wrongly is overcome. In addition, a medicine lacking alarm is given when the inventory shortage of the medicines and the consumable items occurs.

The invention discloses an intelligent electronic medical kit, which comprises an electronic control module and a medicine box body, wherein the electronic control module comprises a control unit and a medicine box switching detection control unit; wherein the medicine box switching detection control unit is used for detecting a switching signal of the medicine box body; the control unit stores the medicine information and the time for taking medicine, and forms a record indicating whether the medicine is taken in time according to the switching signal provided by the medicine box switching detection control unit. The intelligent electronic medical kit has the functions of medicine recording and medicine taking reminding. In addition, the invention also has the functions of local and wireless setting and alarm reminding because an output unit and a communication unit module are further arranged.

The invention provides an internet and mobile communication network based medical logistic information processing system and method. In the system, drug electronic supervision codes and recording information of corresponding drugs are stored in a drug electronic supervision database, and identification marks are adhered to all drug package boxes, so that the drugs can be supervised according to the identification marks in production, sales, transportation, storage, use, after-service and other logistic links of the drugs. By adopting the internet technology, the mobile communication technology and the identification mark technology, the system and the method perform real-time tracking management on production, sales and use of drugs, realizes seamless transition of all links of a medical supply chain, and perform full-process tracking of source, storage, transportation, sales, use and other links of the medical supplies.

An intake to exit security system for high-volume pharmacies provides maximum security from tampering and assures accuracy. The system immediately assigns bar codes to shipments upon arrival and then tracks them through warehousing, bulk distribution, prescription dispensing and shipping to patients, hospitals and drugstores. Bar-coded lock neck devices secure bulk drug canisters to bar-coded dispensing machines at specified dispensing stations where the machines dispense drugs into pre-labeled prescription bottles according to prescription indicia on the labels. Bottles then undergo content analysis and certification before packaged and shipped to customers. A Ramon laser spectral analysis contrasts the bottle contents to a library of known spectral signatures of drugs, and the pharmacist is alerted to any detected difference. A simultaneously captured visual image of the pills enables the pharmacist visually to compare the contents to a library of known visual appearances of the drugs. Both analyses are recorded for prescriptions certified and forwarded to customers. Deviations are excised without disrupting flow of other prescriptions, and the system automatically reassigns an incorrectly filled prescription to another bottle which starts anew through the system. Full bottles of commonly used drugs and specialized containers for irregularly shaped objects, creams and ointments may be pre-filled and inventoried for later collation with prescription bottles at the packaging and shipping stage.

The present invention provides an intelligent medicine taking reminding and controlling device and a method. The device comprises a housing, a CPU controller, a communication module, a loudspeaker, an information display input unit, a camera, a medicine supply unit, and a power supply. The device is set in a remote manner through a special background server website and according to prescribing Information, so as to remind when a patient takes medicine. When the medicine taking time is up, the device reminds the patient to take medicine in a sound making or displaying manner, conforms the patient identity, drops the medicine off for the patient. If the set time period is over, the patient does not take the medicine, the device informs a preset keeper through a preset manner such as a telephone call, a short message or uploaded information to the background network.

The invention provides a preparation method of a protein-grain-supported-in-beaded-fiber tissue engineering fiber support frame, which is characterized by comprising the following specific steps: step 1, preparation of solution A: dissolving a high polymer into a solvent to obtain solution A; step 2, preparation of solution B: adding the protein grain into the solution A and uniformly agitating under magnetic force to obtain solution B; step 3, electrostatic spinning: adding the solution B into an injector, setting the spinning voltage, the spinning speed and the spinning distance, carrying out electrostatic spinning and collecting a fibrous membrane on a receiver; and step 4, standing and airing the collected fibrous membrane at a room temperature and stripping the receiver to obtain the protein-grain-supported-in-beaded-fiber tissue engineering fiber support frame. The preparation method has the beneficial effect that in the process of electrostatic spinning, a granular protein grain drug package is embedded in a fiber bead, so that the in-vitro release performances of drugs are improved.

The present invention provides a method and system for drug dispensing and detection. The method includes: acquiring prescription information prescribed by a doctor, and the prescription information includes serial number, patient information, type of drug prescribed according to the patient information, drug specification and corresponding Quantity of medicines; collect the characteristic information of medicines on the transmission device, record the quantity according to the characteristic information of the medicines, wherein the characteristic information includes the types of medicines and specifications of medicines; detect whether the types of medicines, specifications of medicines and the quantity of medicines on the transmission device are consistent with The patient has the same prescribing information and responds based on the test results. The invention also provides a system based on drug preparation detection. It fundamentally eliminates the risk of making mistakes when taking medicine according to the order, and the use of the transmission device also improves the efficiency; at the same time, the prescription information is stored in the database to record specific information such as the time of dispensing the medicine and the recipient of the medicine, which can be queried according to user needs, which is convenient for doctors Post-maintenance management, establishment of patient health records.

The invention belonging to the technical field of medical data processing discloses an intelligent-algorithm-based drug safety confidence index system and a construction method. The construction method comprises: research data are collected; the research data are analyzed and a comprehensive evaluation index is obtained by a corresponding delphi method; and a drug safety evaluation index system is constructed and a PSO-BP-neural-network drug safety evaluation model is improved. The system is composed of a target layer, a project layer, a factor layer, and an index layer. According to the invention, a corresponding evaluation mode needs to be constructed in a future drug safety index analysis and the algorithm, data, and various factor weight ratios of drug safety evaluation index are analyzed in the evaluation result, so that the selected data source becomes accurate, the used algorithm meets the practical situation, and the constructed drug safety evaluation index is based on scientific, people-oriented, truth-seeking, rigorous, innovative principles.

A child resistant drug package. The package includes a blister layer having at least one blister and a plurality of backing layers covering the blister layer. The backing layers include tabs that require sequential removal in order to gain access to the contents of the blister.

A system for verification of dispensed pharmaceuticals includes: a housing; a bar code scanning station mounted on the housing; a vision station mounted on the housing; a spectroscopy station mounted on the housing; an offloading station mounted on the housing; one or more conveyors mounted on the housing to convey pharmaceutical vials between the bar code scanning, vision, spectroscopy and offloading stations, and a controller associated with the bar code scanning, vision, spectroscopy and offloading stations and the conveyors to control their operations. A system of this configuration can use both vision and spectroscopy to verify the identity of the pharmaceutical in the container.