CN209361207U - A kind of anesthesia surgery work secondary station - Google Patents

Abstract

An anesthesia operation work auxiliary table, which relates to an operating table, a card slot is provided on the upper side of the upper surface of the work table, and a drug management cabinet matching the card slot is provided in the card slot. The lower side of the upper surface of the workbench is provided with an operation table, and several grooves are arranged on the upper part of the front surface of the workbench, and drawing grooves are provided in the several grooves. There are several utensil placement slots in the slots, two garbage input ports are provided at the lower part of the front surface of the workbench, and a trash can corresponding to the two garbage input ports is provided in the workbench; Through the utility model, not only the anesthetic drugs can be effectively and safely stored, but also the quantity and date of the anesthetic drugs can be marked reasonably, which greatly facilitates the anesthesia operation for the medical staff during the anesthesia operation, and provides a guarantee for the smooth progress of the anesthesia operation. strong support.

Description

An anesthesia operation work auxiliary table

technical field

The utility model relates to an auxiliary table, in particular to an anesthesia operation auxiliary table.

Background technique

With the development of modern medicine, more and more places need to use anesthesia in patients' operations. Anesthesia means to use drugs or other methods to temporarily deprive patients of overall or partial sensation, so as to achieve painless surgical treatment. In order to ensure the smooth operation of anesthesia and obtain the best anesthesia effect, the patients are used to complete the operation without pain, quietness, memory and no adverse conditions. to many narcotics. The selection of anesthesia drugs, as well as adequate preparations and preventive measures for unknown situations, it is very important to prepare drugs to solve corresponding emergencies during anesthesia surgery. However, at present, too many drugs cannot be placed on the anesthesia operating table. The drugs are placed in an orderly manner and are easy to use. It is very necessary to study an anesthesia operation work auxiliary table, which has extremely wide use value.

Due to the different tolerance and response of each person to anesthesia drugs, accidents and complications are inevitable during anesthesia surgery. These accidents mainly include: respiratory and cardiac arrest, respiratory cycle depression, vomiting, reflux and aspiration, nerve damage, etc. For example, a patient with an upper limb injury, his vital signs were very stable before the anesthesia operation, but when the anesthetist was preparing for the operation, the patient had a sudden seizure, jaw shut, foaming at the mouth, convulsions all over the body, and respiratory depression. In a matter of seconds, he was ready, and after giving propofol, skolin, and face masks pressurized supplies in time, the injured and injured were turned from danger to safety. During the anesthesia operation, the unexpected situation of the patient's body is generally more urgent. The risk of anesthesia is critical between life and death, and life and death can change in a short period of time. For example, the anesthesiologist cannot deal with emergencies in a timely manner, or the corresponding drugs are not prepared before the anesthesia operation, resulting in insufficient medication during the treatment process, which brings about different conditions and physical mechanisms of each patient. There are many kinds of medicines, and in the preparation process, it is very likely that the preparations are not complete enough, resulting in the untimely resolution of emergencies, which poses a threat to the lives of patients.

Patients often need general anesthesia or local anesthesia during surgery. During the anesthesia operation, used anesthesia syringes or discarded glass medicine bottles and other medical waste are usually packed and placed on the operating table, and the same treatment after the operation will make the anesthesia operating table too confusing, which will cause the anesthesiologist to use other anesthesia. Inconvenience for medicines and anesthesia syringes. During the anesthesia operation, sometimes the dosage of anesthetic drugs is not enough, and when an emergency occurs, the required drugs are not prepared before the operation. impact on life safety. During the anesthesia operation, there are still many problems, as follows:

1. At present, when the anesthesia operation is performed, the operating table used for the anesthesia operation is inconvenient for the placement and management of anesthesia drugs. During the anesthesia operation, it is necessary to temporarily prepare the medication and go to the pharmacy to pick up the medicine. During the process of taking the medicine, it will waste time and give the anesthesia The operation brings inconvenience, and there is no device that can manage drugs in the current anesthesia operation. In order to facilitate the anesthesia operation, there is an urgent need for an anesthesia operation auxiliary device;

2. Anesthesia surgery is currently required in all departments before surgery. The amount of anesthetic drugs used is large, and medical staff need to carefully check the amount of anesthetic drugs and replenish them in time. However, in the process of supplementing anesthetic drugs, there is no comparative The obvious marking of the number of anesthetic drugs is often discovered and replenished by medical staff when the remaining amount of anesthetic drugs is very small. This can easily lead to insufficient anesthetic drugs when drugs are urgently needed, which brings inconvenience to anesthesia operations and affects Performing an anesthesia operation;

3. At present, the hospital does not mark the date of anesthesia drugs when storing anesthesia drugs, which makes medical staff need to carefully watch the drug date every time they use drugs. If they are not careful, they may use expired anesthetic drugs , resulting in medical accidents;

4. Regardless of the strict date labeling management of anesthetic drugs, some anesthetic drugs are easy to stay behind in the process of supplementing anesthetic drugs by medical staff, and will not be used for each anesthesia operation until the anesthetic drugs expire. If expired anesthetic drugs are used during surgery, serious consequences will result;

5. In the current management of anesthesia drugs in hospitals, anesthesia drugs with new dates cannot be distinguished from the original drugs, and mixed storage will easily lead to expired anesthesia drugs, resulting in waste of resources and unnecessary losses;

6. The cabinets for placing medical equipment in the traditional operating table are all layered structures. When taking them, medical staff need to squat down and search layer by layer, which is very inconvenient and sometimes wastes a lot of time and affects work efficiency;

7. In the anesthesia operation, according to the patient's own situation, a lot of anesthetic drugs and anesthesia syringes are needed. After the anesthesia syringe is used up, it cannot be used again. It needs to be placed in a special medical garbage bag, because the medical special garbage bag is generally placed in a designated area , and the anesthesia operating table is far away, and the existing operating table is rarely equipped with a trash can for medical garbage bags. Anesthesia syringes are usually placed on the operating table after use. When the used anesthesia syringe is placed on the operating table, It is easy to accidentally injure doctors or nurses, causing unnecessary infections;

8. Medical waste should be classified according to the type and placed in special medical waste bags, such as separate classification of needle tubes and separate classification of medicine boxes. At present, the waste bin is set separately on the side of the operation table. During the treatment of medical waste, discarded anesthesia syringes It is easy to cause harm to the cleaning staff;

9. During the storage of anesthetic drugs, if they are not properly managed, they are prone to damp and deterioration, lose the corresponding drug effect, and cause resource loss. The seriousness of accidents caused by the use of deteriorated anesthetic drugs without knowing it is immeasurable.

At present, when anesthesia operation is performed, the above-mentioned problems still exist and cannot be completely solved. In order to solve the above-mentioned problems, it is necessary to propose an anesthesia operation auxiliary table, so as to make the anesthesia operation go smoothly. It is proposed that the device has certain economic value and social value. .

Contents of the invention

In order to overcome the deficiencies in the background technology, the utility model discloses an anesthesia operation work auxiliary platform. Through the utility model, not only the anesthetic drugs can be effectively and safely stored, but also the quantity and date of the anesthetic drugs can be marked reasonably, which is very convenient. It is very convenient for medical staff to perform anesthesia operation during anesthesia operation, and provides strong support for the smooth progress of anesthesia operation.

Realize the technical scheme of the utility model as follows:

An anesthesia operation work auxiliary table, including a workbench and a trash can, a draw-in slot is provided on the upper surface of the workbench, and a drug management cabinet matching the draw-in slot is provided in the draw-in slot, Several medicine placement grooves are arranged in the several medicine placement grooves, date identification columns are respectively arranged on both sides of the lower part of the several medicine placement grooves, and an operating table is arranged on the lower side of the upper surface of the workbench. Several grooves are arranged on the upper part of the front side surface of the workbench, and drawing grooves are provided in the several grooves, and several appliance placement grooves are arranged in the several drawing grooves, and in all the The lower part of the front side surface of the workbench is provided with two garbage input ports, and a trash can corresponding to the two garbage input ports is provided in the workbench.

In the anesthesia operation auxiliary table, several partitions are arranged on the front surface of the drug management cabinet, and the several partitions divide the drug management cabinet into several layers of drug storage slots. There are several vertical boards respectively arranged in the placement groove, and the several vertical boards divide the several layers of medicine placement grooves into several medicine placement grooves respectively, and the upper inner surfaces of the several medicine placement grooves are provided with The marking plate for the hinged connection of the medicine placement slots, date marking columns are respectively arranged on both sides of the front side surface of the partition at the lower part of the several medicine placement slots, and a concave hole is arranged in the middle of the front side surface of the several partition boards. A slide groove is provided on the front surface of the notch, and a right L-shaped slide bar and a left The L-shaped slide bar is provided with a support base at the bottom of the drug management cabinet, and push-type clamping beads are respectively provided on the left and right sides of the support base, and are provided on the upper and lower sides of the left and right side walls of the card slot. There is a limit card hole compatible with the push-type card bead, and the drug management cabinet moves up and down in the card slot and is clamped into the limit card hole by the push-type card bead to realize limit fixation. A lock connected to the card slot is provided on the front side of the upper surface of the drug management cabinet.

In the anesthesia and operation work auxiliary table, the date identification column is composed of a production date identification column and an effective expiration date identification column, and the production date identification column and the effective expiration date identification column are both composed of a group of polygonal wheels. A socket is provided in the middle of the polygonal runner, and the group of polygonal runners are spliced by inserting the rotating rod through the socket in the middle, and digital marks are sequentially arranged on each side surface of the polygonal runner.

In the anesthesia and operation auxiliary table, the right L-shaped sliding bar in the sliding groove corresponds to the date marking column on the right side of the partition, and there is a point on the surface of the right L-shaped sliding bar. The arrow mark on the date marking column on the right side of the partition, the left L-shaped slide bar in the sliding groove corresponds to the date marking column on the left side of the partition plate, and the surface of the left L-shaped sliding bar is provided with a pointing The arrow mark on the date mark column on the left side of the partition.

The anesthesia and operation auxiliary table is provided with raised ribs on the outer side of the operating table on the front side of the upper surface of the working table, and the raised ribs form an inverted "U" structure and are fixed around the outer surface of the upper surface of the operating table.

In the anesthesia operation auxiliary table, several slots corresponding to the slots are provided on the inner baffles of the inner bottom surfaces of the several grooves on the front surface of the workbench. The mouth is connected with the card slot on the workbench, and the card slot is placed on the desiccant clamping plate, and the desiccant package is clamped on the desiccant clamping plate.

In the anesthesia operation work auxiliary table, the desiccant clamping plate is composed of a clamping plate, a reduced-diameter clamping plate and an elastic clip, and a reducing-diameter clamping plate is arranged on the front surface of the clamping plate. An elastic clip is provided on the diameter clamping plate, and the desiccant package is placed on the desiccant clamping plate through the elastic clamps, and a clamping plate corresponding to the shrinking diameter clamping plate on the desiccant clamping plate is provided on the clamping opening. Adapted diameter reduction port, a step surface is formed between the reduction port and the card release port, and the reduction card plate on the desiccant card release plate is put into the reduction port in the card release port and is locked through the step surface. Put the limit.

The anesthesia operation work auxiliary table is provided with open slots on both sides of the bottom of the work table, and an L-shaped drawing plate matching the open slots is provided in the open slots. The upper surface of the L-shaped drawing plate is provided with a card slot, and the trash can is placed on the L-shaped drawing plate through the card slot. The garbage input port corresponding to the trash can is provided with a movable baffle connected with the garbage input port hinge on the garbage input port.

In the anesthesia operation auxiliary table, the drawer slot and the L-shaped drawer board are all connected in a drawer type with the groove and the opening slot on the workbench.

The anesthesia operation auxiliary table is provided with concealed handles on the upper surface of the drug management cabinet, the front side surface of the drawing groove and the outer surface of the L-shaped drawing plate.

The beneficial effect of the utility model is that the anesthesia operation auxiliary table described in the utility model can place and manage a variety of medicines by setting a medicine management cabinet, which is convenient for taking and storing medicines. Depending on the situation and the required dose of anesthetic, it can guarantee the amount of the required drug during the operation, and at the same time, it is convenient to take the required drug in time in case of an emergency, which is very important for maintaining the normal vital signs of the patient. very helpful.

By setting a marking plate on each medicine storage tank, when the medicine is put in, the marking board is lifted to the upper part of the inner surface of the medicine storage tank, and when the medicine is taken, the marking board falls naturally, thereby reminding the medical staff that there is a lack of medicine here, and avoiding the Replenishment of the remaining amount of anesthesia may easily lead to insufficient anesthesia when the drug is urgently needed, which will bring inconvenience to the anesthesia operation and affect the anesthesia operation.

By setting the date identification column, you can mark the date of the medicine. Since the medicines in the hospital are taken in batches, the production date of the medicine is also produced in batches. Through the date identification column on the left, you can mark the batches of drugs. Mark the production date and expiration date, and divide it through the left L-shaped sliding bar. For the newly inserted medicine, because the production date is different, the date of the newly inserted medicine can be marked through the date identification column on the right, and Through the distinction of the L-shaped sliding bar on the right, the regular placement of the drug date is realized, and the disorderly turnover of the drug validity period causes expiration and failure, resulting in waste of resources.

By setting the desiccant card release board, the desiccant can be placed in the card slot of the drug management cabinet to prevent the drug from being damp and deteriorated, and to a certain extent avoid the loss of the drug’s efficacy due to the drug’s moisture, ensuring that the drug is ineffective. Safe storage during the period, avoiding the use of deteriorating and invalid anesthetics without knowing it.

Through the pulling slot and several appliance placement slots, the medical appliances can be classified and placed, which is convenient for medical staff to take, saves access time, and increases the work efficiency of medical staff.

By setting the garbage input port and the movable baffle, it is convenient to put in and cover the medical waste, and avoid that the anesthesia syringe after use is placed on the operating table during the anesthesia operation, which is easy to accidentally injure doctors and nurses and cause cross-infection.

Through the opening slot and the L-shaped pull-out plate, the trash can can be stored in a pull-out manner, which is convenient for the storage and cleaning of the trash can, and avoids the waste anesthesia syringes that are easy to cause harm to the cleaning staff during medical waste disposal.

Through the "U"-shaped raised ribs, the outer side of the operating table can be separated, which not only prevents the falling of utensils and medicines on the operating table, but also facilitates the disinfection and cleaning of the operating table after surgery;

During the anesthesia operation, the utility model realizes a large amount of orderly placement and storage of medicines, facilitates the anesthesiologists to take them during the anesthesia operation, and provides the anesthesiologists with the required medicines at any time, so as to avoid accidents during anesthesia. When necessary, the required drugs can be taken from the drug management cabinet in time to meet the needs of clinical use and drug safety, maintain the patient's normal vital signs, and ensure the safety of the operation; the medical equipment can be classified and placed, which is convenient for anesthesiologists or Nurses take it, save manpower and material resources, and improve clinical work efficiency; and by setting up pull-out trash cans, it is convenient to place medical waste such as anesthesia syringes and used medicine bottles, and avoid placing anesthesia syringes on the operating table. The operation under anesthesia brings inconvenience, accidental injury to medical staff and cross-infection. The utility model is easy to use, and is simple and practical, scientific and convenient, hygienic and healthy during the taking of medicines during surgery and daily medicine management, reduces the work difficulty of medical staff, and can also provide safety guarantee for patients undergoing anesthesia operations.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the structural representation of the utility model.

Fig. 2 is a schematic structural diagram of the medicine management cabinet of the present invention.

Fig. 3 is a schematic diagram of the partition plate structure of the present invention.

Fig. 4 is a structural schematic diagram of the workbench of the present invention.

Fig. 5 is a structural schematic diagram of the inner baffle plate of the present invention.

Fig. 6 is a schematic diagram of the structure of the desiccant clamping plate of the present invention.

Fig. 7 is a structural schematic diagram of the date adjusting wheel of the present invention.

In the figure: 1. Drug management cabinet, 2. Limit card hole, 3. Raised edge, 4. Operating table, 5. Groove, 6. Pulling slot, 7. Partition board, 8. Appliance placement slot , 9. L-shaped drawer, 10. Garbage bin, 11. Garbage input port, 12. Movable baffle, 13. Workbench, 14. Open slot, 15. Card slot, 16. Drug placement slot, 17 .Lock, 18. Marking plate, 19. Drug placement slot, 21. Partition, 22. Date identification column, 23. Support base, 24. Push-type card beads, 25. Right L-shaped slide bar, 26. Arrow Identification, 27. Sliding groove, 28. Notch, 29. Left L-shaped sliding bar, 30. Expiration date identification column, 31. Production date identification column, 32. Card slot, 33. Inner baffle, 34. Drying Agent clamping plate, 35. Concealed handle, 36. Card release port, 37. Reduction port, 38. Step surface, 39. Card release plate, 40. Reduced diameter card plate, 41. Elastic clip, 42. Desiccant bag , 43. Digital logo, 44. Polygon runner, 45. Socket.

Detailed ways

Now in conjunction with accompanying drawing, the utility model is described in further detail. These drawings are all simplified schematic diagrams, and only schematically illustrate the basic structure of the utility model, so they only show the configurations related to the utility model.

In conjunction with the anesthesia operation work auxiliary table shown in accompanying drawings 1 to 7, a draw-in slot 32 is provided on the upper surface of the workbench 13, and a draw-in slot 32 is provided in the draw-in slot 32 to match the draw-in slot 32. The drug management cabinet 1 is provided with several partitions 21 on the front surface of the drug management cabinet 1, and the plurality of partitions 21 divide the drug management cabinet 1 into several layers of drug placement grooves 16. Several vertical boards 20 are respectively arranged in the layer medicine placement groove 16. The several layers of medicine placement grooves 16 are respectively divided into several medicine placement grooves 19 by the several vertical boards 20, and in the upper part of the several medicine placement grooves 19 The surface is provided with a marking plate 18 that is hingedly connected with the medicine placement groove 19. Further, in order to prevent the medicine from falling from the medicine placement groove 19 during storage, the inner bottom surface of the medicine placement groove 19 can be It is set as an inclined surface with an inner bottom and an outer height, so that the medicine leans against the medicine placement groove 19, thereby avoiding the problem of medicine falling during the drawing process of the medicine management cabinet 1. Sides are respectively provided with a date identification column 22, the date identification column 22 is composed of a production date identification column 31 and an effective expiration date identification column 30, and the production date identification column 31 and the effective expiration date identification column 30 are all formed by a group of polygons The middle part of the polygonal runner 44 is provided with a socket 45, and the group of polygonal runners 44 are spliced by inserting the rotating rod through the socket 45 in the middle, and each side surface of the polygonal runner 44 is sequentially A number mark 43 is provided, a notch 28 is provided in the middle of the front side surface of the plurality of partitions 21, a sliding groove 27 is provided on the front side surface of the notch 28, and a sliding groove 27 is respectively set in the sliding groove 27. There is a right side L-shaped slide bar 25 and a left side L-shaped slide bar 29 that are compatible with the date label columns 22 on both sides of the front side surface of the partition plate 21, and the right side L-shaped slide bar 25 in the sliding groove 27 is compatible with the The date marking column 22 on the right side of the dividing plate 21 is corresponding, and the arrow mark 26 pointing to the date marking column 22 on the right side of the dividing plate 21 is arranged on the surface of the L-shaped slide bar 25 on the right side, and the sliding groove 27 The left L-shaped slide bar 29 inside corresponds to the date label column 22 on the left side of the partition 21, and the date label column 22 on the left side of the partition plate 21 is provided on the surface of the left L-shaped slide bar 29. Arrow mark 26, a support base 23 is provided at the lower part of the drug management cabinet 1, and push-type clamping beads 24 are respectively provided on the left and right sides of the support base 23, and on the left and right side walls of the card slot 32 The upper and lower sides are provided with limit card holes 2 that are compatible with the push-type bead 24, and the drug management cabinet 1 moves up and down in the draw-in slot 32 and is inserted into the limit by the push-type bead 24. Positioning and fixing are realized in the position card hole 2. A lock 17 connected to the card slot 32 is provided on the front side of the upper surface of the drug management cabinet 1, and an operating table is provided on the lower side of the upper surface of the workbench 13. 4. A protruding edge 3 is provided on the outer side of the operating table top 4 on the front side of the upper surface of the workbench 13, and the raised rib 3 is fixed in an inverted "U" shape around the outer surface of the upper surface of the operating table 4. Workbench 13 The upper part of the front side surface is provided with several grooves 5, and on the inner baffle plate 33 of the inner bottom surface of the several grooves 5 on the front side surface of the workbench 13, there are several snap-in slots corresponding to the several grooves 5. mouth 36, the card slot 36 is connected with the card slot 32 on the workbench 13, the card slot 36 is stuck on the desiccant clamping plate 34, and the desiccant clamping plate 34 A desiccant package 42 is placed on the top, and the desiccant clamping plate 34 is composed of a clamping plate 39, a shrinking clamping plate 40 and an elastic clamp 41, and a shrinking clamp is arranged on the front surface of the clamping plate 39 plate 40, elastic clips 41 are provided on the reduced-diameter clamping plate 40, and the desiccant package 42 is clamped on the desiccant clamping plate 34 through the elastic clips 41, and the card release port 36 is provided with The reduced-diameter clamping plate 40 on the desiccant clamping plate 34 is fitted with a reduced-diameter opening 37, and a step surface 38 is formed between the reduced-diameter opening 37 and the clamping opening 36, and the desiccant clamping plate 34 The reduced-diameter clamping plate 40 on the top is put into the reduced-diameter port 37 in the card release port 36 and is clamped and limited by the step surface 38. Pulling grooves 6 are provided in the several grooves 5. Several drawing slots 6 are provided with several utensil placement slots 8, and opening slots 14 are respectively arranged on the both sides of the bottom of the workbench 13, and the opening slots 14 are arranged in the opening slots 14. The matching L-shaped drawer 9 is provided with a card slot 15 on the upper surface of the L-shaped drawer 9, and the trash can 10 is placed on the L-shaped drawer 9 through the card slot 15 , the lower part of the front side surface of the workbench 13 is provided with a garbage input port 11 corresponding to the trash can 10 in the open groove 14, and the garbage input port 11 is provided with a hinge connection with the garbage input port 11. The movable baffle 12 is provided with two garbage input ports 11 at the lower part of the front side surface of the workbench 13, and the drawer groove 6 and the L-shaped drawer plate 9 are all connected with the groove 5 and the opening on the workbench 13. The slot 14 is connected in a drawer type, and a concealed handle 35 is provided on the upper surface of the drug management cabinet 1, the front side surface of the drawing slot 6, and the outer surface of the L-shaped drawing plate 9. Further, in order to facilitate the installation of the workbench 13 To move, a pulley can be set at the bottom of the workbench 13, and a positioning locking structure can be added on the pulley, such as the pulley and the pulley at the bottom of the suitcase.

Implementing the auxiliary table for anesthesia operation described in the utility model, in the daily management and storage process of anesthesia drugs, since anesthesia drugs are required in any department operation, this makes the use of anesthesia drugs more frequent and the dosage is larger, The conventional storage of anesthetic drugs is stored separately in the pharmacy, and the drugs are regularly replenished, which leads to the need for medical staff to go back and forth to the pharmacy to take the anesthetic drugs when they need to use them. Due to the lack of marking and recording during the taking process, medical staff often need to check one by one in the daily management of anesthetic drugs to find out which drugs are missing and which drugs need to be supplemented. In the process of taking anesthetic drugs, they need to carefully check the drugs It is very inconvenient to use the date of production and validity period; through this device, when daily anesthetic drugs are stored, anesthetic drugs can be placed in different drug placement tanks 16 according to classification, and the same type of drugs can be separated and placed in drug placement tanks in sequence 19, as the medicine is put into the medicine placement groove 19, the marking plate 18 on the upper inner surface of the medicine placement groove 19 is lifted up by the medicine so that it fits on the inner wall of the upper surface of the medicine placement groove 19;

In the process of drug storage, due to the large demand for drugs in the hospital, the drugs are purchased in batches, which makes the same type of drugs often have the same production date or in the same month. In the process, put the same type of medicines into the medicine placement tank 19 from left to right, observe the production date of each medicine during the placement process, take the date with the earliest production date as the total production date, and move the partition 21 The production date label column 31 on the date label column 22 on the left side makes several polygonal runners 44 rotate so as to call out the digital label 43 identical with the production date to mark the date of production, and then on the date label column 22 On the effective expiration date identification column 30, the effective expiration date is toggled and marked. After the production date and the effective expiration date are marked, slide the left L-shaped slide bar 29 to the last drug that is put in, and pass the left L-shaped The arrow mark 26 on the slide bar 29 can remind the medical staff that the anesthetic drugs from left to right from the L-shaped slide bar 29 are all within the validity period of the drug, thereby avoiding the need for the medical staff to select the medicine one by one in the process of taking the medicine; After classifying and marking the date, put the drug management cabinet 1 into the card slot 32, and lock it with the workbench 13 through the lock 17 on the upper part of the drug management cabinet 1, so as to realize the safety management and protection of anesthetic drugs ; When storing some anesthesia instruments, such as anesthesia needle tubes, gauze, etc., the drawing slot 6 can be drawn out, and since the drawing slot 6 is divided into several instrument placement slots 8, the medical staff can classify and place various instruments In the utensil placement groove 8, it is more convenient and effective to take;

During the anesthesia operation, the medical staff no longer need to go to the pharmacy to get the medicine. Open the lock 17 and use the hidden handle 35 to lift the medicine management cabinet 1 out of the card slot 32. The push-type card beads 24 on both sides of the medicine management cabinet 1 can be relatively firm. The card is placed in the limit card hole 2 on the two side walls of the card slot 32, so as to realize the limit card placement of the medicine management cabinet 1. After the medicine management cabinet 1 is lifted, the medical staff follow the right-to-left direction when taking the medicine. Take them in turn, and as the medicine is taken out from the medicine storage tank 19, the marking plate 18 on the upper inner surface of the medicine storage tank 19 will fall due to the gravity without the obstruction of the medicine, so as to realize the marking of the medicine storage tank 19 and remind the doctors and nurses If the personnel lacks the medicine, further, the lack of one, the lack of two, etc. can be written successively on the outer surface of the marking plate 18, which more clearly reminds the medical staff of the quantity of the lack of medicine;

After the medicine is taken, the medical staff can directly prepare the medicine on the operating table 4 on the upper surface of the workbench 13. During the preparation, the pulling groove 6 can be pulled out to easily and conveniently take out the required anesthesia apparatus. During the process, for domestic waste such as medicine boxes or plastic bags, the medical staff can put them into the trash bin 10 through the garbage input port 11 on the left side, and for medical waste such as needle tubes and glass medicines, they can put them into the garbage bin 10 through the garbage input port 11 on the right side. bucket 10, thereby realizing the sorting of garbage;

During the daily inventory and replenishment of medicines, the newly replenished medicines can be put into the medicine placement groove 19 from right to left in turn, and after the date is marked by the date marking column 22 on the right side of the partition 21, slide the The L-shaped slide bar 25 on the right side divides and marks the newly inserted medicine, thereby realizing the distinction and placement of the original medicine and the newly put medicine, so that the medical staff can easily and conveniently select the original medicine to take when taking the medicine , greatly avoiding the occurrence of drug expiration; when cleaning the trash can 10, pull out the L-shaped drawing plates 9 on the left and right sides of the workbench 13, and the trash can 10 can be easily and conveniently taken out for cleaning;

Inspired by the above ideal embodiment according to the utility model, through the above description, those skilled in the art can make various changes and modifications without departing from the technical idea of the utility model. The technical scope of this utility model is not limited to the content in the description, but must be determined according to the scope of the claims.

Claims (10)

1. The secondary station 1. a kind of anesthesia surgery works, including workbench (13) and dustbin (10), it is characterized in that: in the workbench (13) card slot (32) are equipped on the upside of upper surface, compatible medication management is equipped with the card slot (32) in the card slot (32) Cabinet (1) is equipped with several drugs on medication management cabinet (1) leading flank and puts slot (16), puts slot in several drugs (16) it is equipped with several drug placing grooves (19) in, puts slot (16) lower part two sides in several drugs and is respectively equipped with data mark Column (22) is equipped with operating table surface (4) on the downside of the workbench (13) upper surface, on the workbench (13) front side surface top Equipped with several grooves (5), pull slot (6) are equipped in several grooves (5), are all provided in several pull slots (6) There are several utensils to put slot (8), sets in the workbench (13) front side surface lower part there are two garbage inlet (11), described Dustbin (10) corresponding with described two garbage inlets (11) is equipped in workbench (13).
2. The secondary station 2. anesthesia surgery according to claim 1 works, it is characterized in that: on front side of the medication management cabinet (1) Surface is equipped with several partitions (21), and the medication management cabinet (1) is divided into several layers of drug and puts slot by several partitions (21) (16), it puts in the several layers of drug and is respectively equipped with several vertical plates (20) in slot (16), several vertical plates (20) are by several layers of medicine It is respectively several drug placing grooves (19) that object, which puts slot (16), in the upper inside surface of several drug placing grooves (19) Equipped with the marking plate (18) for carrying out hinge connection with the drug placing groove (19), put under slot (16) in several drugs Partition (21) front side surface two sides are respectively equipped with data mark column (22), are equipped in the middle part of several partition (21) front side surfaces Recess (28), is equipped with sliding groove (27) on the recess (28) front side surface, be respectively equipped in the sliding groove (27) with The compatible right side L-type slide bar (25) in the data mark column (22) of partition (21) front side surface two sides and left side L-type slide bar (29), Support base (23) are equipped in medication management cabinet (1) lower part, in being respectively arranged on the left side and the right side for the support base (23) Push type card bead (24) is equipped with and the push type card bead (24) in the two sides up and down of the left and right sides wall of the card slot (32) Compatible limit card hole (2), the medication management cabinet (1) carry out up and down in the card slot (32) and pass through push type Card bead (24), which is caught in limit card hole (2), realizes that limit is fixed, be equipped on front side of medication management cabinet (1) upper surface with it is described The latch fitting (17) that card slot (32) is connected.
3. The secondary station 3. anesthesia surgery according to claim 2 works, it is characterized in that: the data mark column (22) is by giving birth to Produce data mark column (31) and effective deadline identification field (30) composition, the date of manufacture identification field (31) and effectively cut-off Data mark column (30) is made of one group of polygon runner (44), is equipped with socket (45) in the middle part of the polygon runner (44), One group of polygon runner (44) realizes splicing by socket (45) the grafting bull stick at middle part, in the polygon runner (44) Each side surface on be successively arranged number mark (43).
4. The secondary station 4. anesthesia surgery according to claim 2 or 3 works, it is characterized in that: the right side in the sliding groove (27) Side L-type slide bar (25) is corresponding with data mark column (22) on the right side of the partition (21), in right side L-type slide bar (25) table Face is equipped with the arrow logo (26) for being directed toward data mark column (22) on the right side of the partition (21), the left side in the sliding groove (27) L-type slide bar (29) is corresponding with data mark column (22) on the left of the partition (21), on left side L-type slide bar (29) surface Equipped with the arrow logo (26) for being directed toward data mark column (22) on the left of the partition (21).
5. The secondary station 5. anesthesia surgery according to claim 1 works, it is characterized in that: before the workbench (13) upper surface Raised rib (3) is equipped on the outside of the operating table surface (4) of side, the protrusion rib (3) is secured around operating table surface at inverse u shape structure (4) on the outside of upper surface.
6. The secondary station 6. anesthesia surgery according to claim 1 works, it is characterized in that: in the workbench (13) front side surface Several grooves (5) inner bottom surface Internal baffle (33) be equipped with it is several it is corresponding with several groove (5) block put mouth (36), The card puts mouth (36) and connects with the card slot (32) on the workbench (13), puts card on mouth (36) in the card and is placed on drying Agent folds up plate (34), folds up in the desiccant and has folded up desiccant pack (42) on plate (34).
7. The secondary station 7. anesthesia surgery according to claim 6 works, it is characterized in that: the desiccant fold up plate (34) by Card puts plate (39), undergauge snap-gauge (40) and elastic clip (41) composition, puts plate (39) front side surface equipped with undergauge snap-gauge in the card (40), elastic clip (41) are equipped on the undergauge snap-gauge (40), the desiccant pack (42) is folded up by elastic clip (41) Desiccant folds up on plate (34), and the undergauge snap-gauge for being equipped with and folding up on plate (34) with the desiccant on mouth (36) is put in the card (40) compatible necking (37), the necking (37) and card put formation step surface (38), the drying between mouth (36) Agent fold up the undergauge snap-gauge (40) on plate (34) be put into card put in necking (37) in mouth (36) and by step surface (38) into Row card puts limit.
8. The secondary station 8. anesthesia surgery according to claim 1 works, it is characterized in that: in the workbench (13) two sides of the bottom It is respectively equipped with open slot (14) on face, compatible L-type pull is equipped with the open slot (14) in the open slot (14) Plate (9) is equipped with card on L-type pull plate (9) upper surface and puts slot (15), and the dustbin (10) puts slot (15) card by card It is placed on L-type pull plate (9), is equipped with and the dustbin in the open slot (14) in the workbench (13) front side surface lower part (10) corresponding garbage inlet (11) is equipped with and garbage inlet (11) hinge connection on the garbage inlet (11) Flapper (12).
9. The secondary station 9. anesthesia surgery according to claim 1 or 8 works, it is characterized in that: the pull slot (6), L-type are taken out Pulling plate (9) on workbench (13) groove (5) and open slot (14) carry out drawer type connection.
10. The secondary station 10. anesthesia surgery according to claim 1 or 8 works, it is characterized in that: in the medication management cabinet (1) Dark handle (35) are equipped on upper surface, pull slot (6) front side surface and L-type pull plate (9) outer surface.