26 results about "Drug dispensing" patented technology

A liquid-gas exchange device for hazardous drugs includes a syringe, a first connector, a second connector, and a pressure equalization device. During drug dispensing, the collection section collects toxic gases, maintaining pressure balance between the internal and external atmospheric pressures of the drug bottle or bag. This also prevents small amounts of hazardous drugs inside the bottle or bag from passing through the second connector in gaseous form or via atomization. During drug retrieval, the collection section collects and supplies clean air, maintaining pressure balance between the internal and external atmospheric pressures of the drug bottle or bag, and facilitating the removal of the hazardous drugs. The hazardous drugs are blocked by a hydrophobic and breathable membrane, preventing them from entering the collection section.

1. Name of the designed product: Dispenser. 2. Use of the designed product: The designed product is used for drug dispensing. 3. Design points of the designed product: The shape. 4. Picture or photo that best shows the design points: Perspective view.

1. Name of the product in this design: Main body of a drug dispensing device. 2. Purpose of this design: The overall purpose is for dispensing medicines, and the partial design is the main body of a medicine dispensing device. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design. 6. Other situations requiring explanation: Other explanation: Dashed lines do not constitute part of the design for which protection is sought. Pipes are drawn with broken lines to represent indefinite lengths.

1. Name of the product in this design: Intelligent Drug Dispensing Machine. 2. Purpose of this design: To automate the mixing of solvent and penicillin. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D rendering 1.

This utility model discloses a drug dispensing device for garden soil remediation, relating to the field of agricultural engineering technology. The device includes several supporting legs, with a dispensing tank fixedly connected to the top outer wall of each supporting leg. An inlet pipe is fixedly connected to the top inner wall of the dispensing tank. A volume control mechanism is provided on the top outer wall of the dispensing tank, including a mounting frame. The bottom outer wall of the mounting frame is fixedly connected to the top outer wall of the dispensing tank. Through a fixed plate and a baffle, when the bidirectional threaded rod rotates, it causes a fixed block to slide on a guide rod. Simultaneously, the fixed rod moves with the fixed block, sliding in a groove as it moves. The fixed rod also presses against the fixed plate, causing it to rotate. This rotation of the fixed plate causes the rotating shaft to rotate, thus improving the accuracy of the drug dispensing ratio. The flow rate of the drug can be flexibly adjusted according to different dosage requirements, avoiding deviations in the dispensing ratio between different drugs due to excessive flow.

An active drug dispensing ophthalmic device can include a plurality of drug reservoirs, each covered by an electrode, and a controller-responder architecture. Electrodissolution of each electrode and the associated drug release can be governed by a controller via a responder. Employing a controller-responder architecture can reduce the number of connections and separate electrical signals required to actively dispense drugs from each of the plurality of drug reservoirs. The controller can be connected to a plurality of responders via a control line bundle and each of the plurality of responders can deliver signals to the electrode(s) covering a portion of a plurality of drug reservoirs. The controller-responder architecture can also employ a composite electrical communication signal to even further decrease the number of electrical connections required from a controller to each of the responders.

This utility model relates to the field of medical device technology, specifically a waste liquid collection device for a drug dispensing platform. It includes a fixed base, a mounting platform installed on the fixed base, and a fixing component on the fixed base for fixing medicine bottles. A collection tank is formed on the top surface of the mounting platform, and a limiting hole is formed at the bottom of the collection tank for medicine bottles to pass through. The bottom of the collection tank is inclined. The mounting platform has a guide channel communicating with the lowest side of the collection tank and a leakage channel connecting to the guide channel. By setting a dedicated leakage channel, leaked medicine liquid is effectively guided and collected, preventing adverse effects on the drug dispensing equipment, extending the service life of the equipment, and reducing maintenance frequency. The inclined bottom of the collection tank significantly reduces the amount of residual medicine liquid in the medicine bottles.

This invention provides a clean air unit with a winding structure and a pneumatic dispensing system. The clean air unit includes a housing, within which an air source device and an air filter are installed. The housing has an air outlet port, and the air source device is connected to the air outlet port via the air filter. The air outlet port is connected to the air inlet of a dispensing device via an air pipe. Two winding structures are installed on the housing, spaced a predetermined distance apart. Each winding structure has a slot for holding the dispensing device. When the pneumatic dispensing system is not in use, the air pipe connecting the clean air unit and the dispensing device can be wound around the two winding structures first, and then the dispensing device can be placed in the slot of one of the winding structures of the clean air unit. This prevents the air pipe from bending or protruding when wound around the two structures, facilitating storage.

This invention provides a medication dispensing system, including a medication storage section, a medication transport section, a detection module, and a control module. The transport section includes a medication pickup mechanism and a negative pressure mechanism. The medication pickup mechanism includes a housing and a contact part movably connected to the housing for picking up medication. The negative pressure mechanism is connected to the contact part and provides negative pressure for picking up medication. The detection module includes a first detection part disposed on the housing and a second detection part disposed on the contact part. During the medication pickup process, the first and second detection parts generate an electrical signal through the relative movement of the contact part and the housing. The control module receives the electrical signal to control the medication pickup mechanism to pick up medication using the negative pressure provided by the negative pressure mechanism and to control the medication pickup mechanism to move the medication from the medication storage section to the target location. According to this invention, a medication dispensing system that helps protect medications can be provided.

The utility model discloses a medicine dispensing system based on process traceability, which comprises a medicine storage rack, a dispensing cart, a transfer medicine box and a mobile terminal, and is characterized in that the medicine storage rack comprises a plurality of unit cabinets, each unit cabinet is used for accommodating medicines, the medicine storage rack is provided with a first display screen for providing a first two-dimensional code, and the first two-dimensional code carries weight information corresponding to the medicines; the dispensing cart is provided with a liftable collecting assembly and a weighing table, the collecting assembly is used for collecting weight information corresponding to the first two-dimensional code, the weighing table is used for metering the weight of the medicine for checking the weight information, and the collecting assembly is used for collecting image information from the medicine storage frame and the weighing table; the transfer medicine box comprises a box body and a box cover which are matched with each other and is used for storing the medicine after weight information checking, and the box cover is provided with an electric control lock and a second display screen for providing a second two-dimensional code; the mobile terminal collects the second two-dimensional code to unlock the electric control lock, the requirements of medicines of more specifications and varieties are met, the paper-free dispensing and traceable dispensing requirements are met, and the medicine dispensing accuracy is improved.

To provide a dispensing support system, a dispensing support method, and a dispensing support program that can improve the efficiency of drug filling operations in dispensing facilities. [Solution] In the drug dispensing device 6, the determination processing unit 615 determines the expiration date of the target drug to be filled into the drug storage area of ​​the drug dispensing device 6 and the amount of the target drug to be filled corresponding to that expiration date, based on the inventory amount of the target drug by expiration date and the amount of the target drug that can be filled into the drug storage area of ​​the drug dispensing device 6. The output processing unit 616 outputs the amount of the target drug to be filled for the expiration date determined by the determination processing unit 615.

The application discloses a kind of based on center pharmacy paperless medicine dispensing delivery whole process closed loop system, it is related to pharmacy management and medical logistics technical field.System fusion HIS medical order, RFID check, AI visual identification, logistics track, sign record and inventory data, build the management closed loop covering medical order reception, pharmacist dispensing, logistics delivery, ward check and intelligent storage.System includes: the intelligent paperless dispensing car of integration RFID and AI visual check;Binding unified command single and transfer box, record the whole process of medicine delivery to ward delivery management system;Mobile terminal for nurse to scan code and sign and mistake medicine registration;The intelligent medicine cabinet of center pharmacy is used to store valuable medicines, built-in precision weighing module real-time display inventory, with dispensing record, medicine application linkage, abnormal change automatic alarm.The application realizes the whole process paperless and closed loop traceability of medicine dispensing delivery storage, improves medicine circulation efficiency and drug safety.

This utility model discloses a veterinary liquid drug dispensing bottle, including a dispensing bottle with an opening at the top. A fixed cap is threaded to the outer wall of the opening, and a press pump is located at the bottom of the fixed cap. A liquid guiding assembly is mounted on the fixed cap, and an adjusting mechanism is mounted on the liquid guiding assembly. The adjusting mechanism includes a limiting plate with a sliding cavity inside. A limiting block is located within the sliding cavity, and a threaded hole is located within the limiting plate. A guide rod is threaded into the threaded hole, and a knob is located at one end of the guide rod. One end of the limiting block is inserted into one end of the guide rod. A press cap is located at the top of the liquid guiding assembly, and a sliding plug is located inside the dispensing bottle. This utility model, by setting up a press pump and an adjusting mechanism, can control the amount of liquid medicine dispensed each time, avoiding dosage deviations caused by manual pouring and ensuring therapeutic effects. At the same time, during the dispensing process, the liquid medicine is delivered through a press-type metering pump and a guide nozzle, reducing direct contact with the external environment and lowering the risk of contamination.

This utility model relates to the medical field and discloses a drug dispensing device and an intelligent drug vending machine. The drug dispensing device includes: an installation mechanism; a pressing and rotating mechanism located on the front of the installation mechanism; a printing mechanism located on the back of the installation mechanism; and a dispensing mechanism located on the front of the installation mechanism, below the pressing and rotating mechanism, and opposite to the printing mechanism. The dispensing mechanism includes: a housing; a conveying assembly within the housing; a carrying assembly fixed to the conveying assembly and partially protruding from the housing; a normal product dispensing port at one end of the conveying assembly; and an abnormal product dispensing port at the other end of the conveying assembly. The carrying assembly includes a fixing member connected to the conveying assembly, a rotating member movably connected to the fixing member, and a product limiting member located around the rotating member and fixed to the fixing member, the product limiting member being used to clamp the product. This drug dispensing device can print medical prescription information on the surface of the product, improving the user experience.

This invention relates to a highly efficient drug dispensing device. A drug inlet funnel is connected to the drug inlet of a housing, extending through and into the housing. The housing contains a drug sieving and dispensing mechanism and a drug dispensing mechanism. These mechanisms are connected to a Raspberry Pi and a drive unit mounted on the side wall of the housing. A camera is mounted on the side wall of the housing and connected to the Raspberry Pi. During the descent of the drug through the inlet funnel, the camera captures information and transmits it to the Raspberry Pi. The Raspberry Pi controls the drive unit to dispensing the drug according to the type of drug. The drug dispensing mechanism removes the drug from the rotating drug tray into a dispensing compartment and dispenses the drug through the dispensing port. This invention achieves fully automated batch sorting and precise dispensing of various drugs through a simplified architecture of dual servo motor independent drive and descent-type dynamic image recognition vacuum adsorption drug dispensing. It features a simple structure, few parts, low failure rate, significantly reduced manufacturing costs, and extremely high efficiency.

This invention discloses an intelligent paperless dispensing cart integrating RFID and image recognition technologies, belonging to the field of medical equipment technology. The dispensing cart includes a cart body, a verification table, a touch-screen all-in-one machine, a camera, and a power bank; the power bank powers the touch-screen all-in-one machine, and the camera is positioned above the verification table. This invention synchronizes medical orders and compiles drug lists from the HIS system via the touch-screen all-in-one machine; when pharmacists wear wristwatch-style RFID readers to retrieve medications, they read the RFID tags on the medicine cabinets to verify the types of medications; after placing the medications on the verification table, the camera captures images and uses AI vision technology to count the quantities. The dispensing data is processed by the back-end central control system, realizing the synchronization of medical orders, list compilation, verification, and statistics. This invention integrates RFID identification and AI image annotation technologies to achieve paperless verification of drug dispensing, improving work efficiency and dispensing accuracy.

This invention relates to a sterile liquid medication dispensing and storage device for medical use, belonging to the field of medical devices. It includes a storage cylinder with a liquid inlet on the upper right side and a sliding frame on the lower right side. A metering outlet is located inside the sliding frame, through which sterile liquid is metered out of the storage cylinder. A connecting seat is connected to the middle of the side wall of the sliding frame, and an electric push rod connects the connecting seat and the metering outlet. This invention solves the problems of existing technologies that use direct opening and pouring of medication, requiring users to repeatedly open the cap. After each dispensing, the remaining medication is directly exposed to the external environment, which not only easily introduces bacteria, dust, and other contaminants, affecting subsequent storage, but also makes it difficult to maintain sterility if the opened medication is not used up promptly, posing certain medication safety risks.

AI-Based Smart Drug Dispensing Device with Automated Compartment Housing for Pharmacy Applications

This invention relates to the field of automated dispensing equipment management technology, specifically to an automated dispensing management system and method based on artificial intelligence. Upon detecting a new fault report, the invention triggers an assessment of the dispensing control platform within the corresponding work evaluation period. It determines whether this is due to performance degradation. The analysis involves analyzing the continuous operational distribution of the dispensing robot within the evaluation period and the frequency distribution of challenging task change nodes. Ultimately, this allows for the evaluation of the dispensing control platform's operational performance index within the evaluation period. This invention effectively monitors and addresses aging or damage caused by prolonged operation of the dispensing control platform, promptly identifying and resolving performance degradation issues.

This utility model discloses an integrated oxygenation and drug dispensing machine for treating aquatic diseases, specifically relating to the field of aquaculture equipment technology. It includes a main board, a fixed shell fixedly connected to the top of the main board, a fixed pipe fixedly connected to the top of the fixed shell, and a drug inlet pipe fixedly connected to the top of the fixed pipe. A spraying mechanism, including a rotating pipe, is located at the bottom of the main board. This utility model releases microbubbles at the bottom through an aeration disc, causing an upward water flow. After the drug is stirred, dispersed, and atomized, it can better diffuse in the water along the water flow generated by the aeration disc. Simultaneously, the water flow carries oxygen-rich water and mixes thoroughly with the drug, enhancing the therapeutic effect on aquatic diseases and allowing dissolved oxygen to be more evenly distributed in the drug-containing water area, creating a more suitable living environment for aquatic organisms and improving the overall quality of the aquaculture environment.

This invention discloses a combined dispensing method and system based on multiple dispensing devices. Upon receiving prescription information, the method first determines the dispensing device for each drug based on the prescription and its dosage. Then, based on the drugs, dosages, and target dispensing devices, a dispensing instruction is generated for each target device and sent to it. This instruction allows each target dispensing device to deliver the drugs to its dispensing port according to the dispensing instruction. Therefore, this invention enables the combined dispensing of medications from multiple devices after receiving prescription information, avoiding cumbersome manual operations and effectively improving the dispensing efficiency of outpatient pharmacies.