41 results about "Bottle medicine" patented technology

The invention discloses a method for detecting ampoule bottle appearance quality through a medical visual inspection robot. The method comprises the steps of (1) acquiring an ampoule bottle image, and preprocessing the image through a median filter; (2) solving an ampoule bottle mimic symmetry line by employing a threading method to obtain a rotating angle alpha; (3) rotating the image by using a bilinear interpolation-summation method; (4) solving a symmetry center line, wherein the intersection of the symmetry center line and the head is a symmetry center point h0; (5) solving a head edge point; (6) enabling the outer curve at the head of the ampoule bottle to have the characteristic of a symmetrical variable trend in a lower parabola shape, and judging whether the ampoule bottle appearance wire-drawing quality is qualified; (7) positioning a black head detection rectangular area; (8) judging whether the black head ampoule bottle appearance is qualified by employing a difference method; and (9) integrating the appearance drawing and black head quality detection result. According to the method, the problems that the manual detection efficiency is low, the consistency is low and the leakage detection rate is high and the like are overcome, and the degree of automation and product quality of the ampoule bottle medicine production are improved.

The invention discloses a rotary table type penicillin bottle medicine dissolving and dispensing robot, which comprises a fixing table, a moving table, a feeding channel and a discharging channel, wherein the moving table can rotate relative to the fixing table; the fixing table is provided with a disinfection area and a medicine dispensing area; the moving table is provided with at least two fixing grooves; the two fixing grooves respectively correspond to the disinfection area and the medicine dissolving area; a fixing device used for fixing a penicillin bottle is arranged in each fixing groove; the disinfection area is provided with a disinfection device used for disinfecting the bottleneck of the penicillin bottle; the medicine dissolving area is provided with a medicine dissolving device used for injecting solvent in a liquid bag into the penicillin bottle. The rotary table type penicillin bottle medicine dissolving and dispensing robot also comprises an uncapping device and a medicine dispensing area, wherein the uncapping device is arranged in front of the disinfection area and is used for upwarpping the bottle cap of the penicillin bottle. The medicine dissolving and dispensing robot is also provided with a medicine dispensing device used for medicine liquid which finishes being dissolved in the penicillin bottle into an appointed medicine bag. When the medicine dissolving and dispensing robot is applied, a full-automatic and semi-automatic operation can be realized, working efficiency is high, and the medicine dissolving and dispensing robot is suitable for carrying out mass medicine dissolving and dispensing, has small land occupation and is very intensive.

The invention discloses an automatic penicillin-bottle medicine dispensing system and method. The efficiency of dissolving medicine in a penicillin bottle and a liquid bag can be improved, and the automatic penicillin-bottle medicine dispensing speed can be increased. The system comprises a base, a displayer and a control module; the base is provided with a turnable clamping part, a first linear reciprocating mechanism, a rotatable clamping part, a second linear reciprocating mechanism, a third linear reciprocating mechanism, a fixed clamping part, a first clamping piece and a second clamping piece, wherein the turnable clamping part and the first linear reciprocating mechanism are arranged in a vertically-opposite mode, the rotatable clamping part and the second linear reciprocating mechanism are arranged in a vertically-opposite mode, and the third linear reciprocating mechanism and the fixed clamping part are arranged in a vertically-opposite mode. The number of the penicillin bottle required to be filled during medicine dispensing is set through a human-computer interaction interface on the displayer, system initialization is started, the penicillin bottle is inversely placed on the turnable clamping part, automatic medicine dispensing is set through the human-computer interaction interface on the displayer and started, and after the set quantity of dispensed medicine is reached, the information of medicine dispensing completion is displayed through the human-computer interaction interface on the displayer.

The invention provides an infrared reflection type counting medicine box which is used for counting the quantity of single dose medicines. The infrared reflection type counting medicine box comprises counting units, an activity space, a rotating shaft, a baffle and an infrared reflection type sensor, wherein each of the counting units comprises a medicine cabin for containing the single dose medicines; the single dose medicines are bottled medicines; an opening is arranged on an end part of the medicine cabin; a diameter of the opening is greater than the diameter of a top part of a packaging bottle of the single dose medicines; the single dose medicines can move along the length direction of the packaging bottle through the opening; the activity space is adjacent to the opening of the medicine cabin; the rotating shaft is arranged in the activity space in a rotating form and is located at the opening at the end part of the medicine cabin; the baffle is hinged to the rotating shaft; the connection and disconnection of the opening and the activity space are controlled by the rotation of the baffle; the infrared reflection type sensor is arranged at the top of the activity space. A reflection principle is utilized by the infrared reflection type counting medicine box and the injections of transparent medicine bottles can be reliably counted, so that the counting difficult problem of the injections of the transparent medicine bottles is solved.

The invention discloses a medicine storage device for internal medicine disease nursing. The medicine storage device comprises a bottom plate, a first moving roller is mounted at the lower end of thebottom plate, a boxed medicine storage box body is mounted at the upper end of the bottom plate, a sealing door is hinged to the front side of the boxed medicine storage box body, the upper end of theboxed medicine storage box body is provided with a bottled medicine storage assembly, and a moving lifting mechanism is installed on one side of the bottled medicine storage assembly. According to the medicine storage device, the boxed medicine storage box body and the bottled medicine storage assembly can store boxed medicines and bottled medicines in a classified manner, and the boxed medicinesand the bottled medicines are conveniently stored and taken, so that the nursing work of internal medicine diseases is greatly facilitated. Meanwhile, the position of the bottled medicine storage assembly can be changed through the moving lifting mechanism, medicine storage is facilitated, the occupation space is reduced, and the device is worth of application and popularization.

The invention relates to a fixed conveying machine for medical pharmacy. The fixed conveying machine for medical pharmacy comprises a bottom plate, wherein a working frame is arranged on the bottom plate and is of an H-shaped structure; a working groove is formed in the middle of the upper end of the working frame; two installation grooves are formed in the working frame and are symmetrically located on the left side and the right side of the working frame; a conveying device is arranged in the working groove; and self-locking devices are equidistantly arranged on a lower end side wall of theworking frame from front to back. The fixed conveying machine for medical pharmacy provided by the invention can solve the problems that during an existing bottle medicine production process, medicinebottles need to be conveyed manually and need to be fixed with the help of manually controlling an existing tool, the positions of the medicine bottles need to be manually corrected, the medicine bottles are unstably conveyed manually, the operation of manually fixing the medicine bottles with the help of the existing tool is complicated, and time and effort are wasted for manually correcting thepositions of the medicine bottles; and a function of intelligently fixing the medicine bottles can be realized.

The invention belongs to the field of modern logistics, and particularly relates to a bulk cargo turnover box for medical cold chain transportation. The bulk cargo turnover box for the medical cold chain transportation provides the following scheme for solving the problems that an existing bulk cargo turnover box is inconvenient to clamp and fix bottled medicines, the size of a storage space inside the turnover box is inconvenient to adjust according to the sizes of medicine bottles, and the turnover box is not simple and convenient enough to store and take the medicines. The bulk cargo turnover box comprises a box body, a storage groove is formed in the top of the box body, a U-shaped containing frame is installed in the storage groove in a sliding mode, a plurality of sliding platform mechanisms are installed in the U-shaped containing frame in a sliding mode, and containing groove mechanisms are arranged at the tops of the multiple sliding platform mechanisms. The bulk cargo turnover box can clamp and fix the bottled medicines of different sizes, the size of the storage space inside the turnover box can be conveniently adjusted according to the sizes of the medicine bottles, theturnover box is flexible to use, and meanwhile, the turnover box is simpler and more convenient to store and take the medicines in a convenient box opening mode.

The invention relates to a shady and cool cabinet, in particular to a medical medicine shade cabinet. According to the medical medicine shade cabinet, medicine can be stored in a shade-cooling mode, meanwhile, the medicine can be drained, the medicine can be shaken to be prevented from being condensed, ash removal work can be conducted on the shade-cooling cabinet, and therefore sanitation of themedicine in the shade-cooling cabinet is guaranteed. According to the technical scheme, the medical medicine shady and cool cabinet comprises a medicine cabinet body and a medicine door, the medicinedoor is installed on the medicine cabinet body, the medicine door is rectangular, the handles are symmetrically arranged on the medicine door, the number of the handles is two, and a wet object placing mechanism is arranged. By arranging the wet object placing mechanism to be matched with the medicine door, the work of placing and taking out the medicine with water on the outer package can be achieved, and the anti-falling and anti-collision article placing mechanism is matched with the medicine door, so that the glass bottled medicines can be stored and taken out.

The invention discloses an infusion bag extruding mechanism used for penicillin bottle medicine dispensing and a medicine dispensing method. The extruding mechanism comprises a base plate, wherein the base plate is provided with mounting stations of an infusion bag and a penicillin bottle, a bracket is arranged above the mounting station of infusion bag, the bracket is provided with a cam and at least one universal-ball bearing on the cam, the cam is connected with a swing component and is driven by the swing component to perform reciprocating swing, the turning radius of the at least one universal-ball bearing on the cam is greater than the distance from the bracket to the surface of the infusion bag. The medicine dispensing method comprises the following steps: making preparation, extruding the infusion bag, rotating the base plate, and extruding the infusion bag again, thus completing the medicine dispensing process. The extruding mechanism is simple in structure and convenient to use, the liquid medicine can be directly injected into or flow out of the infusion bag and the penicillin bottle without a transfer container for communicating the infusion bag and the penicillin bottle, therefore, the structure is optimized, and the cross infection is avoided; compared with the manner of manually extruding the infusion bag, the medicine dispensing method provided by the invention has the advantages that the automatic extruding or releasing for the infusion bag can be realized, therefore, the medicine dispensing efficiency is improved, and the medicine dispensing time is saved.

The invention discloses a transfusion container which comprises a sealed container. A first opening tube and a second opening tube are respectively arranged at two ends of the sealed container. A connector is arranged on the outer end portion of the first opening tube. The connector comprises a sealing piece. The lower end of the sealing piece is connected with the outer end portion of the first opening tube in a sealed mode. A puncture device is arranged in an upper side face of the sealing piece and is formed by a pipe fitting provided with a sharp end which points to the upper portion of the sealing piece. The puncture device is communicated with the first opening tube, a sealing sheath is sleeved outside the sharp end, and a protective jacket is arranged outside the sealing sheath. The invention further discloses a manufacturing method for manufacturing the transfusion container. The method includes the steps of carrying out blowing or injection molding to obtain a bottle body, using a cover welding machine to weld the sealing piece on one port pipe, and using a filling machine to fill solution through the other port pipe, and enabling the connector to be welded on the transfusion container. The transfusion container is simple in structure, rapid in assembling, low in production cost, and suitable for carrying out repeated dissolving operations on a plurality of penicillin bottle medicines, reduces the risk that foreign matters caused by dropping scraps in the puncture process are mixed into liquid medicine, can improve medicine safety, and reduces national medicine price burden.

The invention discloses a batch medicine dispensing robot based on ampoule bottle medicines. The robot comprises a medicine input mechanism, a manipulator module, an ampoule cutting and breaking mechanism, an ampoule holding claw turntable mechanism, a suction liquid injection mechanism and a solvent input mechanism, the medicine input mechanism is located on one side of the mechanical arm module,the mechanical arm module, the ampoule cutting and breaking mechanism and the suction and liquid injection mechanism are arranged around the ampoule holding claw turntable mechanism, and the solventinput mechanism is located on one side of the suction liquid injection mechanism. The batch medicine dispensing robot is compact in structure, small in occupied space and high in automation strength,and the medicine dispensing efficiency is greatly improved.

The invention discloses a quick and efficient penicillin bottle medicine dispensing system and method. The penicillin bottle medicine dispensing system comprises a first working device and at least one second working device, the first working device only needs to inject liquid into several penicillin bottles, the second working devices configure medicine liquid in the penicillin bottles into whichthe liquid is injected by the first working device into infusion bags, and therefore, medicine liquid in a mother liquid bag in the first working device enters the penicillin bottles unidirectionally, and medicine liquid in the penicillin bottles in the second working devices enters the infusion bags unidirectionally, instead of the mode of an existing medicine dispensing device that after medicine liquid enters penicillin bottles from infusion bags, the medicine liquid then enters the infusion bags reversely through the penicillin bottles. By means of the unidirectional medicine dispensing mode, the medicine dispensing time is greatly saved, the medicine dispensing efficiency is improved, and the medicine dispensing demand of the pharmacy intravenous admixture service of a hospital can be met at small economic cost. The penicillin bottle medicine dispensing system is simple in structure and convenient to use and has a good effect.

The present invention provides a clamping device for an ampoule bottle medicine dispensing robot. The clamping device for the ampoule bottle medicine dispensing robot comprises a storage table, a rotary medicine tray, a plurality of clamping mechanisms and a push rod driving mechanism; each clamping mechanism comprises two clamping jaws, a push rod and a push rod seat, the push rod seat is arranged on the rotary medicine tray, the push rod is arranged on the push rod seat in a sliding manner, and the push rod is separately connected with the two clamping jaws through a hinge point; the storagetable is provided with a hollow shaft sleeve structure, the rotary medicine tray sleeves an outside of the shaft sleeve structure, and grooves corresponding to the push rods in the plurality of the clamping structures are formed in the shaft sleeve structure; the push rod driving mechanism comprises a pushing-out piece used for penetrating through the grooves to push the push rods, a supporting seat embedded in the shaft sleeve structure, a rack arranged on the supporting seat in a sliding mode and connected with the pushing-out piece, a gear arranged on the supporting seat and matched with the rack, and a rotating shaft driving the gear, wherein the rotating shaft is connected with the supporting seat in a rotating mode through a one-way bearing. The clamping device for the ampoule bottle medicine dispensing robot has advantages of compact structure and good clamping effect.

The invention discloses a penicillin bottle medicine dissolving device, which comprises a driving part, a moving component, a liquid bag clamping device for fixing a liquid bag and a medicine dissolving needle clamping device for fixing a medicine dissolving needle, wherein the medicine dissolving needle communicates with the liquid bag by virtue of a needle tube, and the driving part is arrangedbetween the medicine dissolving needle and the liquid bag, so that a solvent in the liquid bag is injected into the medicine dissolving needle; and the moving component is used for driving either themedicine dissolving needle clamping device or penicillin bottles to move towards the other one, so that the medicine dissolving needle is inserted into or pulled out from the penicillin bottles. The penicillin bottle medicine dissolving device provided by the invention is simple in structure, convenient to operate and small in occupied area; and the device, which is high in mechanical degree, canimplement full-automatic and semi-automatic operations, so that labor is saved and working efficiency is improved.

The invention discloses an intelligent penicillin bottle medicine dissolving machine comprising a bottle moving device for moving penicillin bottles, a puncture mechanism for puncturing rubber plugs of penicillin bottles, a disinfection mechanism for disinfecting the surfaces of the rubber plugs of penicillin bottles, and a column type rotary liquid medicine transfer mechanism for conveying medicine liquid; the column type rotary liquid medicine transfer mechanism is connected with the puncture mechanism through a liquid preparation pipeline; the puncture mechanism is used for puncturing the rubber plugs of penicillin bottles, external liquid medicine is input into the penicillin bottles or liquid medicine in the penicillin bottles is transferred to the outside through the column type rotary liquid medicine transfer mechanism, and the disinfection mechanism is located at the lower end of the bottle moving device and is aligned with the surface of the rubber plug of a penicillin bottlefor disinfection. By means of the above mode, the intelligent penicillin bottle medicine dissolving machine can achieve conveying, uncovering, disinfecting, puncturing and medicine dissolving of a plurality of penicillin bottles, automatic medicine dispensing is achieved, the safety guarantee of medical staff is improved, the medicine dispensing efficiency of penicillin bottles is improved, and liquid medicine pollution is avoided.

The invention discloses a penicillin bottle medicine dispensing control method and device. The penicillin bottle medicine dispensing control method comprises the steps that medicine dispensing data information of prescriptions is generated by controlling and identifying a plurality of prescription labels; and a medicine input instruction is generated according to the medicine dispensing data information, so that medicine of the multiple prescriptions can be simultaneously input during the dispensing, automatic processing of the multiple prescriptions can be realized, and the work efficiency ofthe dispensing process is further improved. Meanwhile, the method can further achieve the sharing of the same medicine in different prescriptions, thereby improving the utilization rate of the medicine. The penicillin bottle medicine dispensing control device is used for realizing the above functions.

The invention relates to an adhesive tape sealing cover for a medicine or food container. Multiple-dose bottle medicine using sealing films during production of pharmaceutical factories is changed during the use process so that the curative effect is reduced or even invalid. A great deal of experiments prove that the medicine is exposed to the air for a long time since sealing films cannot be sealed again once the medicine is taken out during the use period, thus the sealing film has the defects that the stability of physical and chemical quality of the medicine is changed and the stability of medicine microbial quality and air contamination quality also can be changed. Experiments show that the opening is sealed with adhesive tapes after the sealing film is opened, and better sealing property can fundamentally keep the stability of the quality of the medicine during the use period. Therefore, the adhesive tape sealing cover has extremely important practical significance, and can eliminate the defects of the sealing film, thus patients feel relieved for medicine use. The adhesive tape sealing cover is also suitable for food containers with or without sealing films.

The invention belongs to the field of medical equipment, and particularly relates to a medical low-temperature freezer convenient to carry. The medical low-temperature freezer convenient to carry comprises a cabinet body and a cavity, wherein the cavity is formed in the freezer cabinet body; medicine bottle slots are formed in the bottom surface of the cavity; and detachable straps are arranged on the outside of the freezer body. By the medical low-temperature freezer convenient to carry, the problems that the existing low-temperature freezer is inconvenient to carry, and stored bottled medicines shake and collide with one another are solved. By the medical low-temperature freezer convenient to carry, the stored bottled medicines can be prevented from shaking and bumping when carried. The medical low-temperature freezer is convenient to carry.

The invention discloses a stripping device for a glass bottle medicine. The stripping device comprises a rotating part and a sleeving part; a glass bottle is sleeved with the sleeving piece; the rotating part is rotatably connected with the sleeving part, symmetrically distributed supporting parts are arranged on the rotating part in a sliding mode, cutters are arranged on the supporting parts, adjusting parts are arranged on the rotating part, the positions of the supporting parts are adjusted through extrusion of the adjusting parts so that the cutters can make contact with the glass bottle,one end of the rotating part is rotatably connected with the sleeving part, and a negative pressure fan is arranged at the other end of the rotating part. According to the stripping device, by rotating the adjusting piece, the inner ring of a circular adjusting main body makes contact with a contact face to extrude, the cutters make contact with the glass bottle, the rotating part is rotated, theglass bottle is cut through the cutters, negative pressure is formed in a negative pressure hole through the negative pressure fan, cut glass bottle fragments are sucked, and the fragments are adsorbed to filter cloth; traditional manual cutting is replaced, hands are prevented from being hurt, the fragments are adsorbed to the filter cloth, and the fragments are prevented from polluting the environment.

The invention discloses a visual detection method of a visible foreign body in a large infusion bottle medicine. N-frame serial images of large infusion bottle are continuously collected, and the histogram equalization is processed, an appropriate threshold value is selected to segment each frame image, each frame image after segmentation is processed in turn to obtain a ROI of each frame image,the rotation angle and the horizontal translation of a large infusion bottle are calculated, and each frame image of the sequence image is corrected in turn according to rotation angle and horizontaltranslation of the large infusion bottle; differential processing is performed on the corrected sequence images to complete the detection of foreign bodies. The method calculates the rotation angle and the horizontal translation amount of the large infusion bottle for image registration, eliminates the influence of vibration on the image, utilizes the bilinear interpolation method to sequentiallycorrect each frame image of the sequence image, performs the differential processing on the sequence image, and can detect the visible foreign bodies in the large infusion bottle with high efficiencyand accuracy.

A turntable mechanism of a medicine dispensing machine is a component of a full-automatic penicillin bottle medicine dispensing machine and is composed of a puncture machine head component, an inner rotary table component, an outer rotary table component, a penicillin bottle clamping device component and an auxiliary mechanism thereof, the inner rotary table component and the outer rotary table component are provided with independent driving and positioning devices, and the outer rotary table component can rotate around the axis. The inner rotating disc component can rotate around the axis and can stretch out and draw back in the axial direction, puncture positioning of penicillin bottles is automatically achieved, medicine blending is completed, and the device belongs to the field of medical instruments and particularly relates to application of a hospital intravenous medicine centralized blending center.

The invention relates to a medical kit, and concretely relates to a portable medical kit. The medical kit comprises an accommodating box, medicine bottle fixing tubes, a medicine bottle clamping device and a top cover, the inner bottom of the accommodating box is fixedly connected with the plurality of medicine bottle fixing tubes, the medicine bottle clamping device is slidably connected to the internal of the accommodating box, the medicine bottle clamping device is positioned at the upper end of the medicine bottle fixing tubes, the top cover is slidably connected to the inner upper end ofthe accommodating box, and the lower end of the top cover is connected to the accommodating box and the medicine bottle clamping device in a clamping connection manner. The self weights of bottled medicines are used to realize automatic clamping of the bottle medicines, so the medicines are prevented from being bumped and broken; the height of the medical kit can be reduced according to the heights of the medicines in the medicine bottle fixing tubes to reduce the occupied space of the medical kit, so the medical kit is easy to carry and transport; and the medicine bottle clamping device can be removed by removing the top cover in order to directly take the bottled medicines in the medicine bottle fixing tubes, and the top cover also can be removed to take medical tools at the upper end ofthe medicine bottle clamping device.

The invention discloses a formula and a preparation method for an externally applied drug used for treating cough and asthma. The formula comprises the following raw materials by weight: 25 to 35 parts of ephedra stem, 25 to 35 parts of manchurian wildginger, 40 to 50 parts of cassia twig, 90 to 100 parts of perilla and 140 to 150 parts of onion. The preparation method comprises the following steps: weighing the raw materials according to the above-mentioned weight parts and cleaning the raw materials with clear water; then putting the raw materials into cold water for boiling and after the water boils, boiling the raw materials on a small fire for 30 minutes; and then subjecting a cooked mixture to filtration so as to remove a residue, then carrying out clarification and bottling medicine juice for subsequent usage or packaging the medicine juice for sale. An application method for the drug comprises the following steps: injecting warm water with a temperature of 40 DEG C into a bathtub or bathing pool until about 70% to 80% of the bathtub or bathing pool is full of water and pouring a mixture of warm water and the medicine juice in a ratio of 1000: 1 into the bathtub or bathing pool; and allowing a patient to bath in the bathtub or bathing pool for 10 to 15 minutes. The raw materials used in the invention are common, and preparation of the drug can be easily realized; the drug prepared by using the method has low cost and is easy to use; normally, patients can prepare and use the drug according to the formula at home by themselves; multiple clinical practice results show that the formula has a cure rate as high as 93.67 and the externally applied drug has no toxic and side effect.

The invention discloses bottled medicine production line buffer equipment and relates to the field of medicine production. The bottled medicine production line buffer equipment comprises a base, the base is provided with a buffer device, the front end of the buffer device is provided with a bearing, the joint of the bearing and the buffer device is provided with a sealing pad ring, and the periphery of the base is provided with protection plates. By means of the bottled medicine production line buffer equipment, the problem that patients cannot know the exact dosage when taking medicines due to the facts that inner portions of bottle bodies will shake in the conveying process of the bottled medicines, these medicines are bound to bump into each other in the shaking process, and if collision is too intense, the medicines are possibly caused to be crashed is solved.

The invention discloses a drawer type portable medicine box which comprises a main shell, and a long containing groove is formed in the middle of the right side wall of the main shell; placement grooves are formed in the left parts of the front side wall and the rear side wall of the main shell; a long containing drawer is inserted into the long containing groove in a sleeved mode, and a containing drawer is inserted into the containing groove in a sleeved mode. Tablet medicine can be placed in the placement drawer, oral liquid bottle medicine is placed in the long placement drawer, differentmedicine placement requirements are met, the medicine cannot be mixed with one another, the medicine effect is guaranteed, and it is guaranteed that the medicine can be safely taken in the follow-up process.

The invention relates to a batch processing device based on penicillin bottle medicine mixing and shaking-up technology, the device is composed of a medicine bottle feeding and shaking-up module, a penicillin bottle stock bin module, a feeding clamp module and a discharging mechanism, the medicine bottle feeding and shaking-up module is located in front of a frame, the penicillin bottle stock bin module is located behind the frame, and the feeding clamp module is located in front of the frame. The feeding clamp module is located over the frame, a special clamp is used for clamping, conveying and placing medicine bottles in a stock bin into the medicine bottle feeding and shaking-up module, and the medicine bottles are shaken up through rotation. And after the medicines are fully mixed, the medicines can be collected through the discharging mechanism. According to the batch processing device based on the penicillin bottle medicine mixing and shaking technology, the functions of batch storage, feeding, shaking and centralized collection of penicillin bottle medicines can be achieved, additional operation of medical staff is not needed in the process, and the workload of the medical staff is relieved.

The invention provides a biopharmaceutical bottled medicine conveying guide rail. The conveying guide rail comprises a positioning plate, telescopic rods and first arc-shaped limiting parts, wherein the positioning plate is arranged at the front end of an adjusting rod, the positioning plate is connected to the adjusting rod in a bolt fixing mode, the telescopic rods are located on the two sides of the lower portion of a limiting frame, the first arc-shaped limiting parts are located on the inner sides of the telescopic rods, and the first arc-shaped limiting parts is hinged to the telescopic rods by means of hinge pins. According to the conveying guide rail, by improving a structure of a conveying guide rail, the conveying guide rail has the advantages that medicine bottles of different sizes and different heights can be conveyed, the medicine bottles can be prevented from toppling over and falling off due to vibration of the conveying guide rail or transportation at corners, and the conveying guide rail can be suitable for transportation on various inclined planes, and therefore, problems of the conveying guide rail are effectively solved and defects of the conveying guide rail are effectively overcome.

The invention discloses an automatic penicillin-bottle medicine dispensing system and method. The efficiency of dissolving medicine in a penicillin bottle and a liquid bag can be improved, and the automatic penicillin-bottle medicine dispensing speed can be increased. The system comprises a base, a displayer and a control module; the base is provided with a turnable clamping part, a first linear reciprocating mechanism, a rotatable clamping part, a second linear reciprocating mechanism, a third linear reciprocating mechanism, a fixed clamping part, a first clamping piece and a second clamping piece, wherein the turnable clamping part and the first linear reciprocating mechanism are arranged in a vertically-opposite mode, the rotatable clamping part and the second linear reciprocating mechanism are arranged in a vertically-opposite mode, and the third linear reciprocating mechanism and the fixed clamping part are arranged in a vertically-opposite mode. The number of the penicillin bottle required to be filled during medicine dispensing is set through a human-computer interaction interface on the displayer, system initialization is started, the penicillin bottle is inversely placed on the turnable clamping part, automatic medicine dispensing is set through the human-computer interaction interface on the displayer and started, and after the set quantity of dispensed medicine is reached, the information of medicine dispensing completion is displayed through the human-computer interaction interface on the displayer.

The invention provides an automatic ampoule feeding assembly with a spiral structure, which comprises a tray seat, a tray component and a motor, one side of the tray seat is fixedly connected with the tray component, and the other side of the tray seat is fixedly connected with the motor; the charging tray assembly comprises a rotating part, a charging tray panel and a charging tray base, one side of the charging tray panel is fixedly connected with one side of the charging tray base, the rotating part is arranged between the charging tray panel and the charging tray base, the rotating part is movably connected with the motor, and the motor is electrically connected with the upper computer. The spiral groove is formed in the charging tray panel, the spiral groove is filled with ampoule bottles, the motor drives the rotary bottle conveying plate to rotate, and the magnet pushes the ampoule bottles to be conveyed to ampoule bottle clamping equipment at a constant speed in order to be clamped. The charging tray panel adopts a spiral structure to place the ampoule bottle, an ampoule bottle jig is omitted, and the size of an ampoule bottle medicine feeding assembly is optimized. The invention further provides a using method of the automatic ampoule medicine feeding assembly of the spiral structure. The using method is suitable for the automatic ampoule medicine feeding assembly of the spiral structure.

The embodiment of the invention relates to the field of medical auxiliary accessories, and discloses an infusion bottle type infusion reminding device and method. The infusion bottle type infusion reminding device comprises a wireless transmitter and a wireless receiver. The wireless transmitter and the wireless receiver are in communication connection, and the wireless transmitter and the wireless receiver are used for being arranged on the two sides of an infusion bottle opening respectively; the wireless transmitter is used for sending out wireless signals; the wireless receiver is used for receiving the wireless signals sent by the wireless transmitter and sending reminding signals according to the signal intensity of the wireless signals. According to the infusion bottle type infusion reminding device and method, the infusion bottle medicine liquid level can be detected, and the reminding signals are sent out when the liquid level is lower than a preset threshold value.