LU506751B1 - A NEEDLE WATER STORAGE DEVICE FOR 5S MANAGEMENT - Google Patents

Abstract

The present invention discloses a syringe water storage box for 5S management that enables automatic refilling and sequential removal, and a syringe water storage device for management according to the 5S principle, which comprises: storage and selection device, marking module, processing terminal, print output device. This device enables the IT registration of bulk syringe water through input devices, barcode scanners and terminal labeling and coding module. The storage and selection device and the transmission module realize the automated storage and automated removal of bulk syringe water. The syringe water bottles are IT-marked by means of a spray device, dispensing (printing) device and scanning device, so that the storage, removal and destruction of syringe water generate electronic and physical records that are easy to store and track. Therefore, this device, combined with a 5S syringe water storage management method, can realize the joint management of daily stored syringe water and syringe water with an approaching expiration date, thereby simplifying the management of hospital syringe water and improving the management level by realizing a fully traceable, computerized and verifiable process chain. It perfects the closed-loop control of storage (re-storage) - removal - destruction and avoids the waste of medicines due to expiration.

Description

A needle water storage device for 5S management LUS06751

technical area

The present invention relates to the technical field of medical products, in particular to a needle water storage device for 5S management.

technology in the background

Currently, coniferous water products require a lot of storage space and many storage cabinets have to be purchased. Since there are a variety of medicines and medicines with close

Since products with expiration dates must also be stored separately according to manufacturer, shelf life and batch, a lot of storage space is required, but the space utilization is low. Even with such

Management remains the process of manual sorting, classification,

Medication collection and registration (whether manual or electronic) is cumbersome and error-prone;

The management of drugs with a near expiry date refers to the central

Management of medicines with a shelf life of less than 6 months according to the "First In, First Out" principle in order to give priority to medicines with an approaching expiry date, which

To ensure drug quality and minimize waste and loss; Clinically used needle water drugs are usually stored centrally and are very prone to batch mixing. Some unpackaged drugs cannot be distinguished by production batch or shelf life after mixing; and some incompletely used bulk drugs lose a lot of information that is on the packaging, and the bottle lacks relevant information about the drugs;

Current needle water medication storage devices organize the

Only manually add medicines. When the user takes out the medicine with the longest shelf life, he has to move the medicines forward one by one, which is not only time-consuming and laborious, but also easily leads to mess;

In addition, these devices lack effective shelf life markings. If the supplemented

Since a drug has a medium shelf life, one has to take out each drug one by one to check the expiration date of all drugs and re-sort them to confirm the position. This is not only inconvenient and inconvenient for the medical

personnel, but also easily leads to sorting errors, which represents a risk of use;

Therefore, an automatically refilling and sequentially removable needle water storage box belonging to 5S management has important significance and practical value.

Content of the invention

The present invention enables the joint management of daily storage of needle water and needle water with a near expiration date, simplifies the management process of needle water in the hospital and improves the management level at the same time. It realizes the complete traceability, informatization and accountability of the entire

process; perfects the closed loop control of storage (return storage) -

Outsourcing - destruction; avoids the waste of medicines due to expiry of the

Durability;

A needle water storage device suitable for 5S management includes:

Storage filter equipment, marking module, processing terminal, print output device;

The processing terminal includes: embedded processing module, display device,

Input device, barcode scanner, transmission device, pre-processing module, print output device; the embedded processing module is electrically connected to the display device, input device, barcode

Scanner and print output device connected; the pre-treatment module is electrically connected to the embedded processing module; the transmission device is connected at one end to the

storage filter equipment and at the other end connected to the embedded processing module; the print output device is electrically connected to the embedded processing module;

The storage filter equipment includes: storage area, gripping module, filter module,

Line portal, ejection mechanism, reading head; the storage area consists of several

Storage subdivisions formed by conveyor belts at each entrance of the

A scanner is mounted at the bottom of the storage compartment; the gripping module is mounted above the storage area, the gripping module includes a gripping conveyor belt, an adsorption head and a

Telescopic device; the gripper conveyor is mounted above the storage compartments, on which

Several adsorption heads are firmly connected at equal distances to the gripping conveyor belt, which

Adsorption heads are equipped with an electronic adsorption structure; the

Gripper conveyor belt is connected to the telescopic device; the scanner, the conveyor belts of the

storage area, the adsorption heads, the gripper conveyor and the telescopic device are electrically connected to the embedded processing module.

The filter module includes a ring-shaped rotary structure, an ejection mechanism, a guide structure and a reading head; the ring-shaped rotary structure includes: a rotary tray and a servo motor; the ring-shaped tray is a transparent ring-shaped structure connected to the servo motor at the bottom; the ejection mechanism and the material receiving area are installed in the middle under the rotary tray with a scanner; the material outlet is equipped with an elastic structure as a guide portal; the servo motor and the

ejection mechanism are electrically connected to the embedded processing module;

The material intake is an inclined cone-shaped chute connected to the storage area; the material outlet comprises a cone-shaped barrier and an annular barrier, the cone-shaped barrier is connected to the annular barrier, the annular barrier is arranged above the rotary tray; the rotary tray is annular and connected to the servo motor, the ejection mechanism is fixed above the center of the rotary tray; one end of the

Material output tilts downwards, the transport module is located below the

material output;

The transport module is installed behind the filter module and includes: transport paths,

Steering device, limiting bar, collection box, coding device at the end of the transport; the

Transport route includes a main route and at least two secondary routes, between which

A steering device is installed between the branch lines and the main line; between the

Main track and the steering device are a passage detection sensor and a second

Scanner is attached; a distance device is connected on the main line; the

Coding device at the end of the transport is installed at the end of the branch line, a collection box is placed above the coding device at the end of the transport; the coding device at the end of the transport, the

Steering device, the passage detection sensor and the second scanner are electrically connected to the embedded processing module.

Furthermore, the pretreatment structure includes: a housing, a labeling machine and a capping machine. The housing is divided into upper and lower parts, which are connected by guide rods. The upper and lower parts of the housing move separately and close by two ends of an electric actuator; at the lower end of the

The labeling machine is installed in the housing, which includes: a roll of adhesive tape, a

Take-up roll, a pressure groove, a stepping motor and an adhesive roll; the adhesive roll and 506751 the take-up roll are rotatably connected to the lower end of the housing; the adhesive roll is placed on the outside of the adhesive roll, one end of the adhesive tape is connected to the take-up roll, the adhesive roll is evenly distributed with circular punching lines; the

Take-up roll is connected to the stepper motor, the pressure groove is at the lower end of the

housing; the surface of the pressure groove has a cylindrical recess; the

The capping machine comprises two opposing ring-shaped punching heads which are slidably connected to the upper end of the housing, the center of the two ring-shaped

Punching heads are connected via an inclined plate; the plate is slidably connected to the upper end of the housing; the ring-shaped punching heads are connected to the upper end of the housing via springs; the capping machine also includes a connecting piece which

Connector is an iron disk with protruding structures at both ends and in different colors, the connector deforms and tightens under the influence of the ring-shaped punching head and connects with the pressed object; the coding device is installed under the labeling machine, and the nozzle is installed in the pressure groove;

Furthermore, a touch sensor is installed on the adsorption head of the gripping module; the

Adsorption head is an electromagnet; the telescopic structure is an electrical

Actuator structure; the gripper conveyor is driven by a built-in servo motor;

In addition, the embedded processing module is connected to the hospital's existing prescription system via a network module and remotely retrieves the needle water products stored in the storage area via the existing prescription system.

A needle water reservoir management method for 5S management, characterized by the following steps:

S1, Incoming warehouse cycle management: Recording of batch, manufacturer, expiration date and production date of the needle water bottles, either by manual entry or by

Scan the batch code of the original packaging with a barcode scanner. The embedded

Terminal processing module calculates and generates a unique code; the

Needle water bottles are labelled in the order in which they are recorded on the labelling and

coding module of the terminal to be labeled and coded; the

Needle water bottles are automatically transferred to the storage and selection module for storage, after the storage and selection module confirms the receipt of the needle water bottles, storage information is generated;

S2, Storage cycle management: The storage and selection module scans the

Bottle body code and generates storage location information for the needle water; and in the embedded processing module, a needle water table is created, including the

Information on the storage and storage time of the needle water, which is shown on the display device in the form of graphics. It shows the stock levels, manufacturer information,

Batch information, retrieval frequencies, shelf life warnings, etc. of similar

needle water bottles and, based on the storage information, makes recommendations for the

Procurement of needle water from;

S3, Storage and near-expiry cycle management: The storage and selection device automatically removes expired medications based on the information recorded in the embedded processing module, sorts them via the transport module and fills them into

Collection boxes on which the medication information is sprayed; the embedded

Processing module updates the warehouse information, carries out the removal of expired

Medications and prints the removal protocols via the output device; based on the removal protocols, the various medications are destroyed; after the

Destruction, the removal logs are scanned, destruction information is entered and after completion of the drug information cycle, a

Scrapping report created and a receipt printed.

S4, Warehouse Retrieval Cycle Management: The processing terminal scans the information on the recipe, the storage and selection module automatically takes the corresponding

Medicines based on information such as manufacturer, expiration date and

production date, sends them via the transport module to different collection boxes, and the

Transport coding device sprays the medication information onto the collection boxes; after

By scanning the information on the collection boxes and comparing it with the information on the recipe by the embedded processing module, the removal information is generated and a removal document is printed;

SS, full-cycle cycle management: Electronic archiving of outsourcing documents and archiving of signed receipt documents;

The advantageous effect of the invention is:

Currently, coniferous water products require a lot of storage space and many storage cabinets need to be purchased. Since there are a variety of medicines and medicines with close

Since products with an expiration date must also be stored separately according to manufacturer, expiration date and batch, a lot of storage space is required, but the space utilization is low. Even with such

Management remains the process of manual sorting, classification,

Drug collection and registration (whether manual or electronic) is cumbersome and prone to errors. This device can control the collection of information such as location, expiration date and production date of the needle water bottles through the processing terminal and the

Storage and selection device can automatically grab the required needle water bottles and output them in a classified manner; the difference in the storage process from existing devices is that this device does not require manual sorting or classification. It can store various

Collect types and shelf lives of needle water bottles in one device without storing them separately, which reduces the problem of space consumption and automates the process of drug collection; in addition, the device can be connected to a network interface and an embedded

System in the processing unit an informatized connection between

medication dispensing and the doctor’s prescription terminal, which enables remote control of

Prescription to medication dispensing. Only minimal manual checking and reconciliation is required at the point of dispensing, without the need to

Registration form to check the expiry date of the medication and then on many

shelves for the target drug, which not only increases the probability of

medication dispensing errors but also significantly reduces staff workload;

This device enables input devices, barcode scanners and the labeling and

The terminal's coding module enables the computerized registration of bulk needle water and the automated storage and automated removal of bulk needle water through storage and selection devices as well as the transport module; needle water bottles are computerized marked through spraying devices, dispensing (printing) devices and scanning devices, so that the

Storage, removal and destruction of needle water generate electronic and physical records that are easy to store and trace. Therefore, this device can be used in

Combination with a 5S needle water storage management method the common&/506751

Enable management of daily needle water and needle water with a near expiration date, simplify the needle water management process in the hospital and at the same time

Improve management level, realize full traceability, computerization and 5 verifiability of the entire process; the closed loop control of

Perfect storage (re-storage) - removal - destruction; and avoid the waste of medicines due to expiry;

This device automatically and once carries out the

Labeling, coding and sealing by; Sealing refers to the process of placing a magnetically attractable metal lid on the needle water bottle. This

Process not only allows the needle water bottle to be attracted to the adsorption head, but also by putting on caps in different

Colors to make the distinction between different needle water bottles more intuitive. For some

Bottles without original labels on the body, this can allow for quick selection to avoid misuse;

This device uses metal lids that can be attracted by magnets, and through the conveyor belt and electromagnet, the device is used for adsorption. It can read the coding information at the bottom of the needle water bottle which is

Scanners are read, needle water bottles brought in via the conveyor belt in the

Storage department are placed in order, the embedded processing module gives the

Position information of all needle water bottles in the storage area; based on the

Removal requirements, the drive belt moves the electromagnetically controlled

Adsorption head to the corresponding position of the needle water bottle, lower it through the

Telescopic device to attract the needle water bottle, then lifts it and the conveyor belt transports the needle water bottle out. The material receiving area has an angle to the

Filter module so that the needle water bottle slides into the rotating tray by gravity. Since the rotating tray is transparent, the scanner underneath can read the information of the

Reading needle water bottles that pass through the material outlet. The ejection mechanism pushes the required needle water bottle one after the other from the rotary tray to the material outlet, the guide portal at the material outlet is a movable door slightly inclined to the rotary tray and provided with an elastic return function, which prevents the

Needle water bottles are thrown out; the pushed out needle water bottle is guided by the steering device in the transport module into the corresponding branch line and finally into the corresponding collection box, the coding device prints the embedded

Processing module controlled information and scanned by the second scanner to the

collection box.

The gripping structure described in this device enables the mass gripping of

Needle water bottles in an array. The use of magnetic absorption compared to the existing mechanical gripping method not only reduces the number of links and

Control structures, which not only makes the principle of the device simpler and reduces the manufacturing cost and size of the device, but also avoids damage to the bottle body caused by mechanical gripping and responds faster, which increases the efficiency of gripping;

The device uses scanning components at different positions to

Check needle water bottle information at each stage and ensure that it is consistent with the required information to avoid misuse.

Description of the attached drawings LUS06751

Figure 1 is a schematic representation of the composition of the processing terminal of the invention;

Figure 2 is a schematic representation of the composition of the storage filter device of the invention;

Figure 3 is a schematic representation of the transmission module of the invention;

Figure 4 is a schematic representation of the pretreatment module of the invention;

Figure 5 is a schematic representation of the film roll of the invention;

Figure 6 is a schematic representation of the annular punching head of the invention;

Figure 7 is a schematic representation of the connector of the invention;

Figure 8 is a schematic representation of the rotary tray of the utility model;

Figure 9 is a schematic overall line representation of the invention; 1 - processing terminal, 11 - embedded processing module, 12 - display device, 13 -

Input device, 14 - Barcode scanner, 15 - Transmission device, 16 - Pretreatment module, 161 -

Housing, 1611 - Top, 1612 - Bottom, 1613 - Guide rod, 1614 - Electric pressure rod, 162 - Labeling machine, 1621 - Adhesive tape roll, 1622 - Take-up roll, 1623 - Pressure groove, 1624 -

Stepper motor, 1625 - Adhesive film, 1626 - Punching line, 163 - Cap machine, 1631 - Ring-shaped punching head, 1632 - Push rod, 1633 - Spring, 1634 - Connector, 164 -

Coding device, 17 - Print output device, 2 - Storage filter device, 21 - Storage area, 211 -

Storage compartment, 212 - scanner, 213 - storage area conveyor belt, 214 - guide plate, 22 - gripping module, 221 - gripping conveyor belt, 222 - suction head, 223 - telescopic device, 224 - touch sensor, 23 - filter module, 231 - ring-shaped rotary structure, 2311 - rotary tray, 2312 -

Servo motor, 232 - material intake, 233 - material output, 2331 - conical lock, 2332 - ring-shaped lock, 24 - guide portal, 25 - ejection mechanism, 26 - reading head, 3 -

Transmission module, 31 - Transport line, 311 - Main line, 312 - Secondary line, 313 -

Distance device, 32 - Steering device, 321 - Steering motor, 322 - Steering conveyor belt, 33 -

Limiting bar, 34 - Collecting box, 35 - Coding device at the transmission end, 36 -

Passage detection sensor, 37 - Second scanner, 4 - Network module.

Detailed description

In the following, the technical solution of the embodiments of this invention will be described clearly and completely, combined with the drawings in the embodiments of the

Invention. Obviously, the described embodiments are only a part of the embodiments of the invention and not all. Based on the embodiments of this

Invention, all other embodiments obtained by those skilled in the art without creative effort fall within the scope of this invention.

Example 1:

Referring to Figures 1 to 9, a needle water storage device for the 5S

Management, comprising: a processing terminal 1, storage and selection devices 2, a

transmission module 3, a network module 4;

The processing terminal 1 comprises: an embedded processing module 11, a

Display device 12, an input device 13, a barcode scanner 14, a transmission device 15, a

Pre-treatment module 16, a print output device 17; the embedded processing module 11 is electrically connected to the display device 12, the input device 13, the barcode scanner 14 and the

print output device 17; the pre-treatment module 16 is electrically connected to the embedded processing module 11; the transmission device 15 is connected at one end to the storage and selection device 2 and at the other end to the embedded 906751

processing module 11; the print output device 17 is electrically connected to the embedded

processing module 11.

The storage and selection device 2 comprises: a storage area 21, a gripping module 22, a

Selection module 23, a guide structure 24, an ejection device 25, a reading head 26; the

Storage area 21 consists of several storage subdivisions 211, which are formed by conveyor belts 213, at each entrance of the storage subdivisions 211 a scanner 212 is mounted at the bottom; above the storage area 21 the gripping module 23 is arranged, the gripping module 23 comprises a gripping conveyor belt 221, an adsorption head 222, a telescopic device 223; the

Gripper conveyor belt 221 is arranged above the storage subdivisions 211, on which

Several adsorption heads 222 are fixedly mounted at regular intervals on the gripping conveyor belt 221, the adsorption heads 222 are equipped with an electrical adsorption structure; the gripping conveyor belt 221 is connected to the telescopic device 223; the scanner 212, the

Conveyor belt 213 of the storage area, the adsorption heads 222, the gripper conveyor belt 221, the

Telescopic device 223 are electrically connected to the embedded processing module 11; the storage compartments 211 are separated by hard partitions, the distance between the

Partitions correspond to the width of the conveyor belt 213 of the storage area; the distance between the partitions corresponds to the width of the needle water bottles;

The selection module 23 comprises an annular rotary structure 231, an ejection device 25, a guide structure 24, a reading head 26; the annular rotary structure 231 comprises: a

Rotating tray 2311, a servo motor 2312; the ring-shaped tray 2311 is a transparent

Ring structure connected to the servo motor 2312 at the bottom; the ejection mechanism 25 and the material receiving area 233 are installed in the middle under the rotary tray 2311 with a scanner 212; the material outlet 233 is equipped with an elastic guide portal 24; the servo motor 2312, the ejection device 25 are electrically connected to the embedded

Processing module 11; one end of the material outlet 233 tilts downwards, the

Transfer module 3 is located below the material outlet 233;

The material receiving area 232 is an inclined, conical channel which is connected to the

Storage area 21. The material outlet 233 comprises a conical barrier 2331 and an annular barrier 2332, the conical barrier 2331 being connected to the annular

Lock 2332 is connected. The ring-shaped lock 2332 is mounted above the rotary tray 2311; the rotary tray 2331 is ring-shaped and connected to the servo motor 2312. The

Ejection device 25 is arranged above the center of the rotary tray 2331 and is not connected to the

rotary tray 2331; The ejection device 25 includes a servo-controlled electric actuator and is electrically connected to the embedded processing module 11; The guide portal 24 at the material outlet 233 is a movable door slightly inclined to the rotary tray 2331 and provided with an elastic return function;

The transmission module 3 is installed behind the selection module 23 and includes:

Transport paths 31, a steering device 32, limiting bars 33, collection boxes 34, a

Coding device at the transport end 35; The transport path 31 comprises a main route 311 and at least two secondary routes 312, between the secondary routes 312 and the main route 311 a steering device 32 is installed; Between the main route 311 and the steering device 32 a passage detection sensor 36 and a second scanner 37 are mounted; On the

A spacing device 313 is connected to the main line 311; the transport end coding device 35 is installed at the end of the branch line 312, a collection box 34 is placed above the transport end coding device 35; the transport end coding device 35, the steering device 3EU506751, the passage detection sensor 36 and the second scanner 37 are electrically connected to the embedded processing module 11.

The pretreatment structure 16 comprises: a housing 161, a labeling machine 162, a

Capping machine 163; the housing 161 is divided into an upper part 1611 and a lower

Part 1612, which are connected by guide rods 1613, and the two parts of the

Housing 161 are pressed together and closed by an electric actuator 1614; at the lower end 1612 of the housing 161, the labeling machine 162 is installed, the labeling machine 162 comprises: an adhesive tape roll 1621, a take-up roll 1622, a

Pressure groove 1623, a stepper motor 1624, an adhesive roll 1625; the adhesive tape roll 1621 and the

Take-up roller 1622 are rotatably connected to the lower end 1612 of the housing 161; the

Adhesive roll 1625 is put over the adhesive tape roll 1621, one end of the adhesive roll 1625 is connected to the take-up roll 1622, on the adhesive roll 1625 are evenly circular

punching lines 1626; the take-up roll 1622 is connected to the stepper motor 1624, the

Pressure groove 1623 is installed at the bottom of the lower end 1612 of the housing 161; the surface of the pressure groove 1623 has a cylindrical recess; the capping machine 163 includes two opposed annular punching heads 1631 slidably connected to the upper end 1611 of the housing 161, the center of the two annular punching heads 1631 is connected by an inclined plate 1632; the plate 1632 is slidably connected to the upper end 1611 of the housing 161; the annular punching heads 1631 are connected to the upper end 1611 of the housing 161 via springs 1633; the capping machine 163 also includes a connector 1634, the connector 1634 is an iron disk with protruding structures at both ends, the connector 1634 is placed under the

The action of the ring-shaped punching heads 1631 deforms and tightens to adapt to the pressed

object; the coding device 164 is installed at the lower end 1612 of the labeling machine 162, the nozzle is installed in the pressure groove 1623 and electrically connected to the embedded

processing module 11.

In the gripping module 22, a touch sensor 224 is installed on the adsorption head; the

Adsorption head 222 is an electromagnet; the telescopic structure 233 is a structure with electric actuator 1614; the gripping conveyor belt 221 is driven by a built-in

servo motor driven;

The embedded processing module 11 is connected to the hospital's existing prescription system via the network module 4 and remotely retrieves the needle water bottles stored in the storage area via the existing prescription system;

The steering device 32 comprises: a steering motor 321 and a steering conveyor belt 322; the

Steering motor 321 is mounted under the steering conveyor belt 322;

The distance keeping device 313 is a multi-part movable door with an elastic

Damping structure; the transmission unit 3 is provided with limit bars 33 on both sides; the spacer device 33 is connected to the limit bars 33;

The embedded processing module 11 is a microprocessor chip with an embedded

System and an integrated circuit with various connected execution and

detection elements and power supply circuits; the connections and arrangement between the integrated circuit, the microprocessor chip and the various execution and detection elements are known to those skilled in the art;

In this device, all modules that have a transport function, such as the

Conveyor belt of the storage area 213, the gripper conveyor belt 221, the steering conveyor belt 322, dt4/506751

Main line 311, the branch lines 312, etc., built-in servo motors as drives and are each electrically connected to the embedded processing module; both the main line and the branch lines are belt transport systems with built-in servo motors.

The conveyor belt 213 described is divided into two halves, with a gap in the middle.

Here is the operating procedure and principle of a storage device for syringe vials in the 5S

Management:

Inbound warehouse cycle management: The batch number, manufacturer, expiration date and production date of the syringe vials are recorded. The recording methods include manual entry and scanning the original packaging batch number with a barcode

Scanner. An embedded terminal processing module calculates and generates a unique

Code. The syringe vials are labeled and marked in the order of entry on a labeling and

The syringe vials are automatically transferred to the storage and selection module for storage. After

Confirmation of receipt of the syringe vials by the storage and selection module is a

Finstorage information = generated. Storage cycle management: The storage and

Selection module scans the code on the vial and generates information about the storage location of the

Syringe vials. In the embedded processing module, a table with syringe vial

Information is created that contains the information collected during storage and the storage time of the

syringe vials. This is shown on the display device in the form of images, including stock numbers, manufacturer information, batch information,

Retrieval frequency, expiration date alerts and purchase recommendations for the syringe vials based on the stored information.Storage and expiration date cycle management: The storage and selection device automatically removes expired medications based on the

Information stored in the embedded processing module is sorted by the

conveyor module and packs them in collection boxes, with the medication information on the

Collection boxes are sprayed. The embedded processing module updates the

inventory information, completes medication dispensing, and prints a dispensing report.

Based on the issue report, the various medicines are destroyed. After the

Destruction, the output report is scanned, the destruction information is recorded, and after

At the end of the cycle, a destruction report is created and a receipt is printed.

Cycle management: The processing terminal scans the information on the prescription. The

Storage and selection module automatically removes the appropriate medications based on

Information such as manufacturer, expiration date and production date and forwards them via the

Conveyor module into different collection boxes. A coding device sprays the

Drug information on the collection boxes. After scanning the information on the

collection boxes and the comparison with the recipe information in the embedded

In the processing module, output information is generated and an output document is printed. Overall process cycle management: The output documents are archived electronically and the documents with signature are physically archived.

In the description of this manual, the terms “an embodiment”, “example”, “specific example”, etc. refer to the specific features, structures,

Materials or properties that are related to this embodiment or

Example are included in at least one embodiment or example of the present invention. In this manual, the exemplification of these terms does not necessarily mean the same embodiment or example. Moreover, the specific features, structures, materials, or characteristics described may be incorporated in any suitable embodiment or example in any combination.

The preferred embodiments of the invention disclosed here are for illustrative purposes only.

Explanation of the invention. The preferred embodiments do not describe all details comprehensively and do not limit the invention exclusively to the specific embodiments.

Obviously, based on the contents of this manual, many modifications and

These embodiments are selected and described in detail in order to better explain the principles and practical applications of the invention so that those skilled in the art can easily understand and use the invention. The invention is limited exclusively by the patent claims and their entire

scope and equivalents.

Claims (5)

claims LU506751 1.A spray water storage device for management according to the 5S principle, which includes: storage and ...—selection device, marking module, processing terminal, print output device, it is characterized in that the processing terminal includes: embedded processing module, display device, input device, barcode scanner, transmission device, pre-processing module, print output device; the embedded processing module is electrically connected to the display device, input device, barcode scanner and print output device; the pre-processing module is electrically connected to the embedded processing module; one end of the transmission device is connected to the storage and selection device and the other end to the embedded processing module; the print output device is electrically connected to the embedded processing module; the storage and selection device includes: storage area, gripping module, selection module, guide portals, ejection unit, reading head, the storage area consists of several storage departments formed by storage conveyor belts, with a scanner attached to the bottom of each storage department entrance, the gripping module is arranged above the storage area, which includes a gripping conveyor belt, a suction head and a telescopic device; the gripping conveyor belt is installed above each storage department, and several suction heads equipped with an electronic suction structure are fixedly attached to it at regular intervals; the gripping conveyor belt is connected to the telescopic device; the scanner, storage area conveyor belt, suction head, gripping conveyor belt and the telescopic device are electrically connected to the embedded processing module; the selection module includes an annular rotary structure, ejection unit, guide mechanism, reading head, the annular rotary structure includes: a rotatable tray, servo motor; the ring-shaped tray is a transparent ring structure connected to the servo motor at the bottom; the ejection mechanism and the material receiver are located between the rotary tray at the bottom and are equipped with a scanner; the outlet has an elastic structure as a guide gate; the servo motor and the ejection mechanism are electrically connected to the embedded processing module; the material receiver is a conical-shaped slot with inclination connected to the storage area; the outlet is composed of a conical and an annular shield connected to each other, with the annular shield arranged above the rotary tray; the rotary tray is annular and connected to the servo motor, the ejection mechanism is fixedly installed above the center of the rotary tray; the end of the outlet inclines downward, and the transmission module is located below the outlet; the transmission module is installed behind the selection module and includes: transport line, direction changing device, limit rod, collection box, transmission end encoder; the transport line comprises a main line and not less than two secondary lines between which direction change devices are installed; between the main line and the direction change devices, passage sensors and a second scanner are placed; a spacer is mounted on the main line; the transmission end encoder is installed at the end of the secondary lines above which the collection boxes are placed; the transmission end encoder, the direction change device, the passage sensors and the second scanner are electrically connected to the embedded processing module. 2. A spray water storage device for management according to the 5S principle according to claim 1, characterized by a pre-processing structure comprising: housing, Labeling machine, cap printing machine; the housing is divided into upper and lower T&}°06751 which are connected by guide columns, the upper and lower parts of the housing move apart and together along the ends of the electric rods respectively; a labeling machine is mounted on the lower end of the housing, which includes: adhesive tape roll, take-up roll, pressure slot, stepping motor, adhesive roller; the adhesive tape roll and the take-up roll are rotatably connected to the lower end of the housing; the adhesive roller is mounted on the outside of the adhesive tape roll, one end of the adhesive tape is connected to the take-up roll, there are evenly distributed round punching lines on the adhesive roller; the take-up roll is connected to the stepping motor, the pressure slot is mounted on the lower end of the housing; the surface of the pressure slot has cylindrical recesses; the cap printing machine includes two opposite annular embossing heads which are slidably connected to the upper end of the housing, the two annular embossing heads are obliquely connected in the middle via a pressure plate; the pressure plate is slidably connected to the upper end of the housing; the ring-shaped embossing heads are connected to the upper end of the housing via springs; the cap printing machine also includes a connecting piece, the connecting piece is an iron round disk with different colors and protruding structures at both ends, the connecting piece deforms under the action of the ring-shaped embossing heads, tightens and connects with the object under pressure; the coding unit is installed under the labeling machine, the printing head is installed in the printing slot. 3. A spray water storage device for management according to the 5S principle according to claim 1, characterized by a gripping module in which a touch sensor is attached to the suction head; the suction head is an electromagnet; the telescopic structure is an electric rod structure; the gripping conveyor belt is driven by a built-in servo motor. 4. A syringe water storage device for 5S management according to claim 1, characterized in that the embedded processing module is connected to the hospital's existing prescription system via a network module and can remotely retrieve syringe water from the storage area via the existing prescription system. 5. A syringe water storage device for 5S management according to claims 1 to 4, characterized in that it comprises a syringe water storage management method for 5S management, which includes the following steps: S1, input storage cycle management: recording the batch number, manufacturer, expiration date and production date of the syringe water bottles, either by manual input or by scanning the batch code of the original packaging with a barcode scanner. The embedded terminal processing module calculates and generates a unique code. The syringe water bottles are placed on the labeling and coding module of the terminal in the order of recording to be labeled and coded. The syringe water bottles are automatically transferred to the storage and selection module, which generates storage information after confirming receipt of the syringe water bottles. S2, storage cycle management: The storage and selection module scans the bottle code and generates information about the storage location of the syringe water bottles. A table containing information about the syringe water bottles, including the information collected during storage and the storage time of the syringe water bottles, is created in the embedded processing module and displayed on the display device in the form of images, including the inventory levels, manufacturer information, batch information, retrieval frequency, expiration date warnings, etc. In addition, based on the stored Information purchasing recommendations are given for the spray water.S3, Storage and 506751 Expiration date cycle management: The storage and selection device automatically removes expired drugs based on the information stored in the embedded processing module, sorts them through the transmission module, and packages various drugs into collection boxes, spraying the drug information on the collection boxes. The embedded processing module updates the inventory information, dispenses the medications and prints the dispensing reports via the dispensing device. Based on the dispensing protocols, various medications are destroyed. After destruction, the output log is scanned, destruction information is entered, and upon completion of the cycle, a destruction report is generated and a receipt is printed. S4, Warehouse Retrieval Cycle Management: The processing terminal scans the information on the recipe. The storage and selection module automatically removes the appropriate medications based on information such as manufacturer, expiration date and production date and forwards them to various collection boxes via the transfer module. A coding device sprays the medication information onto the collection boxes. After scanning the information on the collection boxes and verifying that it matches the information on the prescription, the dispensing data is generated and an dispensing receipt is printed. SS, Full cycle management: Electronic archiving of issue documents and physical archiving of signed receipt documents.