CN215961711U - Intensive care unit pipeline collector - Google Patents

Abstract

The utility model discloses an intensive care unit pipeline collector which comprises a fixer, a pipeline collecting device and a rotary assembling device, wherein the material of the pipeline collecting device is metal or silica gel, and the collector is assembled and used. The pipeline collecting device is provided with grooves with different sizes; the groove can receive the infusion apparatus, the micro-pump infusion pipeline, the stomach tube, the electrocardiograph monitoring lead line, the breathing machine pipeline and other pipelines. The collector can be effectively fixed on irregular devices such as round, trapezoid, square and the like through a self-provided fixer. The utility model effectively solves the technical problems that pipelines are wound in an intricate way and medical staff are difficult to comb due to the fact that instruments, pipelines, lead wires, too many patient catheters, the movement of patients and the like in an intensive care unit are caused, reduces the technical problems that adverse events such as catheter displacement, catheter falling-off and the like are caused by the displacement of a bed unit angle, reduces the occurrence of catheter-related infection and can also reduce the workload of the medical staff.

Description

Intensive care unit pipeline collector

Technical Field

The utility model relates to the field of medical instrument nursing, in particular to an intensive care unit pipeline collector.

Background

The intensive care unit patient high risk pipeline is more, and the micropump infusion pipeline is more, and the pipeline is too much, leads to increasing medical staff and combs the pipeline time, reduces patient's comfortable degree, in daily medical activity, because of the active nature of pipeline to increase the risk of unexpected extubation, especially some have aseptic operation in-process, medical staff's corresponding pipeline's discernment ability can disturb. The safety of implementing the early activities of the patient is also reduced, the intensive care unit pipeline generally needs to be supported and fixed, and the existing modes mainly comprise the following three types: firstly, the pipeline is simply fixed on a sickbed or a transfer trolley through a bandage, an adhesive tape and the like, although the mode is simple, the mode is relatively troublesome, the effect is poor, no buffer space exists, if a patient turns over or turns the head, the pipeline is dragged to cause the falling of the pipeline of the breathing machine or the dropping of the catheter, and the appearance is not beautiful; secondly, through the support frame of support formula, place the breathing machine pipeline on the mount to realize certain support to the pipeline, but this kind of mode only can realize good support, and fixed effect is not good, and the pipeline that uses for a long time or to different pipe diameters drops easily, the landing, influences the use, and serious can even cause the takeoff because of the pipeline landing and threaten patient's life, the medical negligence that appears not. After the intensive care unit pipeline collector is used, the pipeline identification interference of medical staff can be reduced, the risk of accidental pipe drawing is reduced in effective arrangement of pipelines and medical activities, the activity space of a patient is fully enlarged, and the incidence rate of catheter-related infection is reduced.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an intensive care unit pipeline collector aiming at the defects of the prior art.

The purpose of the utility model is realized by the following technical scheme: an intensive care unit pipeline collector comprises a fixer, a columnar connector with holes, a rotating screw B, a rotating nut A, a sphere fixer, a spherical bracket, a rotating screw C, a rotating nut B and a pipeline collecting device;

the fixer is a metal device, the fixer and the columnar connector with the hole are designed into a whole, one end of the spherical support is spherical, and the other end of the spherical support is of a columnar structure with a threaded hole; the sphere fixer is provided with an upper clamping part and a lower clamping part, the heads of the two clamping parts are provided with arc grooves and are matched with the arc surface of the columnar connecting body with the holes, and the heads of the two clamping parts are provided with through holes which are matched with the holes on the columnar connecting body with the holes; the tail parts of the two clamping parts are provided with circular holes, and the diameter of each circular hole is half of the diameter of a sphere on the spherical support;

the pipeline collecting device is a square plate with grooves with different calibers matched with the pipeline, and a columnar structure with a threaded hole is fixed at the lower end of the square plate;

the rotary screw B sequentially penetrates through a through hole in the head of the lower clamping part of the sphere fixer, a hole in the columnar connecting body with the hole and a through hole in the head of the upper clamping part of the sphere fixer, and is fixed through the rotary nut A;

and the rotating screw C passes through the threaded hole of the columnar structure on the spherical support and the threaded hole of the columnar structure on the pipeline collecting device and is fixed through a rotating nut B.

Further, the collector is also provided with a rotating screw A, and the fixer is U-shaped and is provided with a threaded rotating inlet of the rotating screw A.

Furthermore, the thickness of the square plate of the pipeline collecting device is a centimeter, the pipeline collecting device is provided with three grooves with large calibers and four grooves with different small calibers, the grooves with large calibers are used for fixing the breathing machine pipeline or bearing the small pipeline in the intensive care unit, and the other four grooves with different small calibers are used for fixing the infusion extension pipe and the stomach tube pipeline.

Furthermore, the size of the through holes at the heads of the two clamping parts of the sphere fixer is consistent with that of the holes on the columnar connecting body with the holes.

Compared with the prior art, the utility model has the beneficial effects that:

1. by the pipeline collecting device, the problems of pipeline falling, tracheal catheter falling and the like caused by posture change such as turning around, turning over and the like of a patient can be avoided;

2. the collector is suitable for pipelines with various pipe diameters by arranging the grooves with different sizes of the collector, the pipelines can be well clamped, the pipelines are prevented from falling off and sliding off, and on the other hand, the pipelines can be effectively prevented from being bent, deformed and blocked and pulling the guide pipe;

3. by setting the shape of the fixer, the position and the angle of the fixer can be changed by rotating the screw A, so that the operation and the pipeline fixing are convenient;

4. the rotation of the rotary screw B, the rotary screw C and the angle of the spherical support can realize the multi-angle position adjustment of the pipeline collector, so that the position of the pipeline collector can be conveniently adjusted.

Drawings

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

FIG. 2 is a schematic view showing the connection of the details of the structure of the present invention;

in fig. 1, a holder; 2. rotating the screw A; 3. rotating the screw B; 4. rotating the nut A; 5. a cylindrical connector with a hole; 6. a sphere holder; 7. a sphere support; 8. rotating the screw C; 9. rotating the nut B; 10. a pipeline collection device; 11. rotating the thread rotation inlet of the screw A;

in FIG. 2, 12. rotating screw B rotates inlet one; 13. rotating the screw B to rotate the inlet II; 14. rotating the screw B to rotate the inlet III; 15. a circular void.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It is to be understood that the described embodiments are merely exemplary of the utility model, and not restrictive of the full scope of the utility model.

As shown in FIG. 1, the utility model provides an intensive care unit pipeline collector, which comprises a fixer 1, a columnar connector 5 with holes, a rotating screw B3, a rotating nut A4, a sphere fixer 6, a spherical bracket 7, a rotating screw C8, a rotating nut B9 and a pipeline collecting device 10;

the fixer 1 is a metal device, the fixer 1 and the columnar connector 5 with the hole are designed into a whole, one end of the spherical support 7 is spherical, and the other end of the spherical support is of a columnar structure with a threaded hole; the sphere fixer 6 is provided with an upper clamping part and a lower clamping part, the heads of the two clamping parts are provided with arc grooves and are matched with the arc surface of the columnar connecting body 5 with holes, the heads of the two clamping parts are provided with through holes and are matched with the holes on the columnar connecting body 5 with holes, and the sizes of the through holes at the heads of the two clamping parts of the sphere fixer 6 and the holes on the columnar connecting body 5 with holes are consistent; the two clamping parts wrap the columnar connecting body 5 with the hole, and the through holes correspond to each other, so that a rotary screw B3 can be conveniently inserted; the tail parts of the two clamping parts are provided with circular holes 15, and the diameter of each circular hole 15 is half of the spherical diameter of the spherical support 7; the sphere on the sphere support 7 is placed between two circular holes 15.

The pipeline collecting device 10 is a square plate with grooves with different calibers matched with the pipeline, and a columnar structure with a threaded hole is fixed at the lower end of the square plate;

as shown in fig. 2, the rotating screw B3 passes through the through hole (first rotating inlet 12 of the rotating screw B) on the head of the lower clamping part of the sphere fixer 6, the hole (second rotating inlet 13 of the rotating screw B) on the holed columnar connecting body 5, and the through hole (third rotating inlet 14 of the rotating screw B) on the head of the upper clamping part of the sphere fixer 6 in sequence, and is fixed by the rotating nut a 4;

the rotating screw C8 passes through the threaded hole of the columnar structure on the spherical bracket 7 and the threaded hole of the columnar structure on the pipeline collecting device 10 and is fixed by a rotating nut B9.

The collector also has a rotating screw a2, and the holder 1 is U-shaped with a threaded rotating inlet 11 for the rotating screw a. The anchor 1 can be held in place and secured by screwing a swivel screw a2 into the threaded swivel inlet 11.

The thickness of the square plate of the pipeline collecting device 10 is 0.5 cm, the pipeline collecting device is provided with three grooves with large calibers and four grooves with different small calibers, the grooves with large calibers are used for fixing the breathing machine pipeline or bearing the small pipeline in the intensive care unit, and the other four grooves with different small calibers are used for fixing the infusion extension pipe and the stomach tube pipeline.

Example 1

Referring to fig. 1, the intensive care unit line collector provided by the present invention comprises a holder 1, a collecting device 10 and a ball-shaped support 7,

wherein, foraminiferous columnar connector 5 will be through rotatory screw B (3) with spheroid support 7 connection in proper order formula device, the equipment step as follows: the rotating screw B passes through the first rotating inlet 12 of the rotating screw B in fig. 2, then passes through the second rotating inlet 13 of the rotating screw B in fig. 2, and then passes through the third rotating inlet 14 of the rotating screw B in fig. 2, and is fixed by the rotating nut a (4), during this operation, the spherical structure of the ball support 7 is required to be wrapped in the circular hole 15 of the ball holder in fig. 2. It is possible to have a certain stability and also to facilitate the rotation of the sphere support 7. And then the line collection device 10 will be connected. The operation steps are as follows: the rotary nut B9 is connected with the rotary screw C8 through a threaded hole in the columnar structure of the ball support and a thread in the columnar structure of the pipeline collecting device, and the fixing nut can fix the connecting position and the angle.

In the use of the utility model, the holder 1 is arranged fixedly, for example on a respirator, or on a patient bed, a transport trolley, as the case may be. The angle of the ball support is adjusted by rotating the nut B. The angular position of the line collecting device 10 can be adjusted by adjusting the swivel nut C.

The pipeline collecting device 10 can receive the pipeline and place the pipeline into a corresponding position for fixing.

According to the utility model, the pipeline clamping device can rotate 360 degrees and can be adjusted at any angle so as to clamp the pipeline for adjustment; can adapt to the pipeline of multiple pipe diameter, grasp the breathing machine pipeline well, avoid the pipeline to drop, the landing, also can avoid breathing pipeline gravity action etc. to cause the pipeline landing, cause pulling to the pipe, guarantee patient's normal activity, the pipeline that leads to when can avoiding patient to turn round, stand up etc. to alternate the position drops and endotracheal tube deviates from.

The above-described embodiments are intended to illustrate rather than to limit the utility model, and any modifications and variations of the present invention are within the spirit of the utility model and the scope of the appended claims.

Claims (4)

1. An intensive care unit pipeline collector is characterized by comprising a fixer (1), a columnar connector (5) with holes, a rotary screw B (3), a rotary nut A (4), a sphere fixer (6), a spherical bracket (7), a rotary screw C (8), a rotary nut B (9) and a pipeline collecting device (10);

the fixer (1) is a metal device, the fixer (1) and the columnar connector (5) with the hole are designed into a whole, one end of the spherical support (7) is spherical, and the other end of the spherical support is of a columnar structure with a threaded hole; the sphere fixer (6) is provided with an upper clamping part and a lower clamping part, the heads of the two clamping parts are provided with arc grooves and are matched with the arc surface of the columnar connecting body (5) with holes, and the heads of the two clamping parts are provided with through holes which are matched with the holes on the columnar connecting body (5) with holes; the tail parts of the two clamping parts are respectively provided with a circular hole (15), and the diameter of each circular hole (15) is half of the spherical diameter of the spherical support (7);

the pipeline collecting device (10) is a square plate with grooves with different calibers matched with the pipeline, and a columnar structure with a threaded hole is fixed at the lower end of the square plate;

the rotary screw B (3) sequentially penetrates through a through hole in the head of the lower clamping part of the sphere fixer (6), a hole in the columnar connecting body (5) with the hole and a through hole in the head of the upper clamping part of the sphere fixer (6) and is fixed through a rotary nut A (4);

and the rotating screw C (8) penetrates through a threaded hole of a columnar structure on the spherical support (7) and a threaded hole of a columnar structure on the pipeline collecting device (10) and is fixed through a rotating nut B (9).

2. Intensive care unit line collector according to claim 1, characterized in that it further has a rotating screw a (2), the holder (1) being U-shaped with a threaded rotating inlet (11) for the rotating screw a.

3. The intensive care unit pipeline collector as claimed in claim 1, wherein the thickness of the square plate of the pipeline collecting device (10) is 0.5 cm, and the device has three grooves with large caliber and four grooves with different small calibers, the grooves with large caliber are used for fixing the breathing machine pipeline or receiving the small pipeline in the intensive care unit, and the other four grooves with different small calibers are used for fixing the infusion extension pipe and the stomach tube pipeline.

4. Intensive care unit line collector according to claim 1, characterized in that the through-holes of the two gripper heads of the sphere holder (6) are of the same size as the holes of the perforated columnar connector (5).

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