CN212118531U - ICU suspension bridge infusion workstation - Google Patents

Abstract

The utility model relates to the technical field of medical equipment, a ICU draw bridge infusion workstation is disclosed, including setting up the draw bridge on the ward ceiling, it establishes dry district gallows and wet district gallows to hang at draw bridge below slidingtype, dry district gallows and wet district gallows set up the both sides at the sick bed respectively, separate into a plurality of pump stands from last to down in the middle of the wet district gallows, the pump stand is used for embedded syringe pump and the transfer pump of arranging, openly is equipped with the pump stand socket at the side post of wet district gallows, and is supporting with syringe pump and transfer pump power plug, wet district gallows below sets up the work tray. The utility model discloses the function of the wet district box of make full use of improves the nursing passageway, increases space utilization, improves the nursing quality.

Description

ICU suspension bridge infusion workstation

Technical Field

The utility model relates to the technical field of medical equipment, especially, relate to an ICU draw bridge infusion workstation.

Background

The medical suspension bridge is a necessary medical rescue auxiliary device for an ICU ward, has the functions of terminal switching and a device platform of each gas, has a reasonable dry-wet separation structure, mainly comprises a bridge frame, a dry area and a wet area, and the wet area mainly comprises a box body main body, a tray, a drawer, a transfusion rod and an injection pump frame which are flexibly configured and lifted.

In a pediatric ICU ward, after an infant extracorporeal circulation heart operation, the condition is critical, the complications are many, various vasoactive drugs, antiarrhythmic drugs, diuretics, calcium agents, acid-correcting drugs and the like are needed to maintain the circulation of a patient and the balance of water electrolysis and alkali, and 8-13 micro injection pumps are needed for each patient on average.

The wet district equipment space utilization of draw bridge is lower at present, and the transfusion rod is idle basically, places single pump, and the syringe pump mainly relies on the shallow support of falling to the ground to remove, because nursing passageway is narrow between two beds, outside every bed placed syringe pump shallow support, relates to the berth of CRRT and ECMO equipment, and nursing space occupies basically fully, and medical personnel hardly comes in and goes out easily between the berth. Meanwhile, the infusion workstation occupies the space on the left side and the right side of the bed head and is placed in front of the monitor and other equipment to shield the effective visible range. In addition, the main body of the box body in the wet area is sealed, and the utilization rate of the effective space of the box body is very low.

SUMMERY OF THE UTILITY MODEL

The utility model aims at solving the above problem, providing an ICU draw bridge infusion workstation, the wet district box's of make full use of function improves the nursing passageway, increases space utilization, improves the nursing quality.

The utility model adopts the technical proposal that:

the utility model provides a ICU draw bridge infusion workstation, characterized by, including setting up the draw bridge on the ward ceiling, hang at the slidingtype draw bridge below and establish dry district gallows and wet district gallows, dry district gallows and wet district gallows set up the both sides at the sick bed respectively, separate into a plurality of pump stands from last to down in the middle of the wet district gallows, the pump stand is used for embedded syringe pump and the transfer pump of arranging, openly is equipped with pump stand socket at the side of wet district gallows, and is supporting with syringe pump and transfer pump power plug, wet district gallows below sets up the work tray.

Furthermore, an infusion support is further arranged on the side column, close to the sickbed, of the inner side of the wet area hanging frame through a stretching arm, and the stretching arm stretches towards the inner side.

Further, the pump mount socket is disposed on the front of the inner side jamb.

Furthermore, the outer side edge of the outer side column of the sickbed far away from the wet area hanging frame is provided with a power switch, a grounding column and a plurality of power sockets.

Further, one or more of an oxygen connector, a compressed air connector and a negative pressure suction connector are arranged on the inner side edge of the inner side column.

Further, a charging port is arranged on a side column of the pump frame.

Further, a drawer is arranged below the working tray of the wet area hanging bracket.

Further, a plurality of trays are separated from top to bottom in the middle of the dry area hanging bracket, and a drawer is arranged below the trays.

Furthermore, an infusion support is arranged on the inner side column of the dry area hanging frame through an extension arm, and the extension arm extends towards the inner side of the inner side column.

Furthermore, a power switch, a plurality of power sockets, an oxygen connector, a compressed air connector and a negative pressure suction connector are arranged on two sides of the side column and the top column of the dry area hanging frame.

The utility model has the advantages that:

(1) the front surface of the box body is designed into an open embedded structure, the micro-injection pump can be detached from the main box body at any time, and the effective space of the box body is well utilized;

(2) the charging jacks correspondingly required by each injection pump are reserved on the pump frame, so that the use is convenient and efficient;

(3) the floor trolley support is eliminated, the nursing channel is widened, the treatment space is improved, and the effective space utilization rate is increased.

Drawings

FIG. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a side view of the wet area of the present invention;

FIG. 3 is a schematic side view of a column outside the wet zone;

FIG. 4 is a schematic front view of an inner column of the wet zone;

FIG. 5 is a side schematic view of the inner leg of the wet zone.

The reference numbers in the drawings are respectively:

1. a suspension bridge; 2, illuminating lamps;

3. a dry area hanger; 4, a wet area hanging bracket;

5. a hospital bed; 6, a pump frame;

7. a side post; a pump mount socket;

9. a working tray; 10, a drawer;

11. an extension arm; 12, a transfusion stand;

13. a power switch; 14, a grounding post;

15. a power socket; an oxygen connection;

17. a compressed air joint; negative pressure suction fitting.

Detailed Description

The detailed description of the embodiment of the ICU suspension bridge infusion workstation of the present invention will be made with reference to the accompanying drawings.

The ICU suspension bridge infusion workstation is mainly used for nursing the postoperative condition of the pediatric ICU aiming at the extracorporeal circulation heart of the infant.

Referring to the attached figures 1 and 2, the ICU suspension bridge infusion workstation comprises a suspension bridge 1 arranged on the ceiling of a ward, and an illuminating lamp 2 is arranged on the suspension bridge 1. The dry area hanger 3 and the wet area hanger 4 are slidably hung below the suspension bridge 1, and the dry area hanger 3 and the wet area hanger 4 move independently and are respectively arranged on two sides of the sickbed 5.

The wet area gallows 4 passes through the rotation type coupling mechanism and connects in the draw bridge 1 below, not only can remove on draw bridge 1, can also carry out the angular rotation according to the operation needs. The middle of wet district gallows 4 is from last to separating into a plurality of pump racks 6 down, and pump rack 6 is used for embedded syringe pump and the transfer pump of arranging, openly is equipped with pump rack socket 8 at the side post 7 of wet district gallows 4, and pump rack socket 8 sets up openly at inboard side post 7. The wet area hanging bracket 4 is provided with a working tray 9 below, and a drawer 10 below.

An infusion support 12 is further arranged on the inner side post 7 of the wet area hanger 4 close to the sickbed 5 through an extension arm 11, and the extension arm 11 extends inwards. The infusion support 12 is of a pluggable type and is generally provided with two sets.

Referring to fig. 3, 4 and 5, a power switch 13, a grounding pole 14 and a plurality of vertical power sockets 15 are arranged at the outer side edge of the outer side pole 7 of the wet area hanger 4 far away from the sickbed 5. On the inner side of the inner column 7, devices such as an oxygen joint 16, a compressed air joint 17, and a negative pressure suction joint 18 are provided. A charging port can be further arranged on the side column 7 on one side of the pump frame 6, and related equipment can be conveniently charged.

The dry area gallows is current structure, separates a plurality of trays from last to down in the middle of the dry area gallows, and the tray below sets up the drawer. An infusion support is also arranged on the inner side column of the dry area hanger through an extension arm, the extension arm extends towards the inner side of the inner side column, and a power switch, a plurality of power sockets, an oxygen connector, a compressed air connector, a negative pressure suction connector and other devices are also arranged on the two sides of the side column and the top column of the dry area hanger.

When the ICU is used, a used injection pump and an infusion pump are embedded into the pump frame and are connected with a power supply through the pump frame socket to treat a patient. When the device is used or replaced, the device can be directly taken down for replacement, thereby being convenient and safe. Meanwhile, the dry area and the wet area of the work are separated, and the dry area and the wet area are provided with various sockets and interface devices, so that sufficient instrument support is provided for treatment.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the principle of the present invention, and these improvements and decorations should also be regarded as the protection scope of the present invention.

Claims (10)

1. The utility model provides a ICU draw bridge infusion workstation which characterized in that: including setting up the draw-in bridge on the ward ceiling, hang at draw-in bridge below slidingtype and establish dry district gallows and wet district gallows, dry district gallows and wet district gallows set up the both sides at the sick bed respectively, separate into a plurality of pump racks from last to down in the middle of the wet district gallows, the pump rack is used for embedded syringe pump and the transfer pump of arranging, openly is equipped with the pump rack socket at the side post of wet district gallows, and is supporting with syringe pump and transfer pump power plug, wet district gallows below sets up the work tray.

2. The ICU drawbridge infusion workstation of claim 1, wherein: and a transfusion stand is further arranged on the side column, close to the sickbed, of the inner side of the wet area hanging bracket through a stretching arm, and the stretching arm stretches inwards.

3. The ICU drawbridge infusion workstation of claim 2, wherein: the pump frame socket is arranged on the front face of the inner side column.

4. An ICU drawbridge infusion workstation as claimed in claim 3, wherein: the outer side edge of the outer side column of the wet area hanging frame far away from the sickbed is provided with a power switch, a grounding column and a plurality of power sockets.

5. An ICU drawbridge infusion workstation as claimed in claim 3, wherein: one or more of an oxygen joint, a compressed air joint and a negative pressure suction joint are arranged at the inner side edge of the inner side column.

6. An ICU drawbridge infusion workstation as claimed in any one of claims 1 to 5, wherein: and a charging port is arranged on a side column at one side of the pump frame.

7. An ICU drawbridge infusion workstation as claimed in any one of claims 1 to 5, wherein: and a drawer is arranged below the working tray of the wet area hanging bracket.

8. An ICU drawbridge infusion workstation as claimed in any one of claims 1 to 5, wherein: and a plurality of trays are separated from top to bottom in the middle of the dry area hanging bracket, and a drawer is arranged below the trays.

9. The ICU drawbridge infusion workstation of claim 8, wherein: and an infusion support is arranged on the inner side column of the dry area hanging frame through an extension arm, and the extension arm extends towards the inner side of the inner side column.

10. The ICU drawbridge infusion workstation of claim 8, wherein: and a power switch, a plurality of power sockets, an oxygen connector, a compressed air connector and a negative pressure suction connector are arranged on two sides of the side column and the top column of the dry area hanger.

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