CN204863834U - PICC puts a tub operation bed - Google Patents

Abstract

The utility model discloses a PICC tube insertion operation bed, which belongs to the technical field of medical equipment manufacturing. The bed comprises a bed body, a bed head and a bed end positioned at two ends of the bed body, a bed edge positioned at the left and right sides of the bed body, and an arm placement board; a side of the arm placement board is provided with several locking hooks, and Or on the edge of the bed on the right side, near the head of the bed and the end of the bed, there are a set of hook holes matching the several locking hooks, and the arm placement board is connected with the bed body through the locking hooks and the hook holes to form a detachable structure , and the arm placing board can be rotated 180° around the edge of the bed, and the arm placing board is also provided with supporting feet that can keep it level with the bed body. An infusion stand is also arranged on the bed body, and an illuminating light source is arranged on the infusion stand. The utility model can allow patients and medical staff to complete PICC tube placement comfortably and conveniently, and in particular can reduce lumbar muscle fatigue, shoulder and neck pain and visual fatigue caused by long-term tube placement operations by medical staff.

Description

A kind of PICC operation bed

【Technical field】

The utility model relates to the technical field of medical equipment manufacturing, in particular to a PICC tube placement operation bed.

【Background technique】

PICC uses a catheter to puncture from the peripheral vein of the arm. The catheter goes directly to the large vein close to the heart, avoiding direct contact between chemotherapy drugs and arm veins. In addition, the blood flow of the large vein is fast, which can quickly dilute chemotherapy drugs and prevent and treat drugs. The stimulation of blood vessels can effectively protect the veins of the upper limbs, reduce the occurrence of phlebitis, reduce the pain of patients, and improve the quality of life of patients. It has been widely used in clinical practice. The PICC should be flushed and replaced once a week to prevent catheter blockage or infection of skin vessels where the catheter is placed.

At present, the PICC bed used in the hospital is an ordinary bed. During clinical intubation, the patient lies flat on the bed and moves his body to the other side of the bed as much as possible, and his arms should be straightened as far as possible to be perpendicular to the body and the bed to leave room for the intubation. In the operating space, the sterile area is laid on the side of the patient’s catheter. In clinical practice, the light source is on the head of the bed or on the ceiling. The mobile vascular ultrasound imaging device can only be placed at the head or end of the bed. It is necessary to twist the waist more than 60° to insert the tube, and then turn the head to observe the image of the ultrasonic imaging device. The tube can be inserted for at least 30 minutes at one time, and it can be as long as 1 hour. Shoulder and neck pain and visual fatigue. In addition, since the patients undergoing PICC catheterization operations are generally critically ill patients, it is very inconvenient to move the patients to the side of the bed, which is likely to cause other adverse consequences.

The Chinese utility model patent with the publication number CN202682266U discloses a catheterization bed for inserting a central venous catheter through a peripheral vein, including a hospital bed. An arm placement board and a catheterization workbench are installed on one side of the hospital bed in a drawer-like manner. The placement board is located on the head of the sick bed, and the above-mentioned tube placement workbench is located on the middle tail of the sick bed. Although this scheme solves the problem of needing to move the patient to a certain extent and can provide a certain operating space for the medical staff, but this kind of bed can only be limited to the arm of one side of the patient for tube placement. If the arm is placed with a tube, then the tube bed will not function. In addition, the design position of the workbench of the tube bed is unreasonable, and it is still inconvenient to observe the images of the ultrasound imaging device.

The Chinese utility model patent whose publication number is CN202802051U discloses a PICC tube-inserting operation bed, which includes a bed, a bracket, and movable wheels. There are two drawers, and the two drawers are arranged horizontally along the length of the bed. The drawers are installed above the bracket through the guide rails. The two drawers can be drawn to the same side of the bed along the respective guide rails. A lower tray is arranged, and a movable cushion is arranged on the lower tray. Although this solution also solves the problem of moving patients to a certain extent, its function is relatively single, and it cannot provide medical staff with a convenient tube placement operation platform and aseptic operation area, and it cannot solve the problem of visual fatigue.

Therefore, in order to overcome the above-mentioned problems, it is necessary to improve the existing PICC insertion bed to facilitate the operation of insertion.

【Content of utility model】

The purpose of the utility model is to provide a PICC tube placement operation bed in view of the above existing problems. The tube placement operation bed has a simple structure and can improve the working efficiency of the tube placement operation. When in use, the PICC catheter can be easily inserted without moving the patient, so that both the patient and the medical staff can complete the PICC catheter comfortably and conveniently, especially to reduce the lumbar muscle fatigue caused by the long-term catheter insertion of the medical staff. Xun, shoulder and neck pain and visual fatigue.

In order to achieve the above object, the technical scheme adopted in the present invention is as follows:

A PICC tube operation bed, comprising a bed body, a bed head and a bed end located at both ends of the bed body, bed edges located on the left and right sides of the bed body, and an arm placing board; A hook, on the left or right side of the bed, near the head and tail of the bed, is provided with a set of hook holes matching the several locking hooks, and the arm placement plate and the bed body pass through the lock The tight hook is connected with the hook hole to form a detachable structure, and the arm placing plate can rotate 180° around the edge of the bed, and the arm placing plate is also provided with supporting feet that can keep it horizontal with the bed body.

By setting the above-mentioned structure, when it is necessary to perform the catheterization operation, according to the arm that the patient needs to place the catheter, it is determined to hang the arm placement board on the hook hole at the head of the bed or at the end of the bed, and then use the supporting legs to make the arm placement board and the bed body Keep it horizontal, the patient does not need to move the body after lying down, and the arm can be placed on the arm placement board by simply extending the arm out, which can fully expose the tube placement site, and the medical staff can easily place the tube while sitting parallel to the arm placement board, No more twisting at the waist. In addition, the vascular ultrasound imaging instrument is placed directly opposite the medical staff through the arm placement board, and there is no need to turn the head when observing the image, making the catheterization process easier and more standardized.

Further, the head of the bed and the foot of the bed are respectively provided with a headboard and a footboard, and between the arm placement board and the headboard, and between the arm placement board and the footboard, there are matching arrangements for making the arm placement board stand upright. Fixtures on the edge of the bed. The securing means may be a latch or a door lock. When the catheterization operation is completed, turn the arm placement plate up 90°, and then fix it in a position standing upright on the edge of the bed with a fixing device, which can be used as a guardrail to prevent the patient from falling from the side and reduce the risk of patient injury.

In the utility model, since the arm resting board is also used as a guardrail, the height of its upright size should not be too high, otherwise it will affect the ventilation, the patient's sight line or cause the patient's psychological discomfort, and if the size is too small, there is no setting for the medical staff. Space in the sterile field. Therefore, in the present utility model, the end of the arm placement plate far away from the hospital bed is also connected to the first tube placement operation panel through a hinge, and the first tube placement operation panel is provided with support feet that can keep it horizontal with the bed body. When the first tube insertion operation panel is unfolded and is horizontal to the bed body, it can be used as a sterile area to expand the space for tube insertion operations, further facilitating the operation of medical staff. After the catheterization operation is completed, it can be turned over and folded together with the arm placement board, so that no extra space will be occupied.

In order to further expand the space for tube placement operations, the end of the first tube placement operating panel away from the hospital bed is also connected to the second tube placement operating panel through a hinge, and the second tube placement operating panel is provided with a support that can keep it horizontal with the bed body foot.

Further, the above-mentioned support legs are all foldable support legs. During the tube placement operation, the support legs are opened to ensure that the arm placement board, the first tube placement operation board and the second tube placement operation board are level with the bed body. After completion, fold the supporting legs to be parallel to the arm placement board, the first tube placement operation board and the second catheter placement operation board, so that the three boards can be conveniently folded up as guardrails.

As a further improvement of the utility model, an infusion stand is also installed on the bed, and the head and tail of the bed are provided with infusion stand jacks that match the infusion stand. The hole is installed on the bed, and the infusion stand is also provided with a light source, which can rotate 360° around the infusion stand. The infusion stand can facilitate the infusion of patients, and the lighting source can change the light conditions during the tube insertion operation. Compared with the current clinical situation where the light source is set on the ceiling, it can facilitate the operation of medical staff and improve visual fatigue.

As a further improvement of the utility model, the arm placing plate is provided with a groove for placing the arm, so as to fix the position of the arm.

As a further improvement of the utility model, a handle is provided on the second tube placement operation panel to facilitate the operation of the operation panel to be erected and pulled open.

As a further improvement of the utility model, a storage drawer is also provided on the bed body, which can be used to store articles of patients or medical staff.

In the utility model, the optimal size of the arm placement plate, the first tube placement operation panel and the second tube placement operation panel is 20-50cm×20-50cm. A more preferred size is 30-40 cm x 30-40 cm.

Owing to adopting above-mentioned technical scheme, the beneficial effect of the utility model is:

1. In the utility model, the arm placement plate and the first and second tube placement operation panels can be folded upright as a guardrail, and can also be unfolded and flattened as a tube placement operation platform, so as to achieve the effect of free retractability, convenience, simplicity and diversified functions . When it is unfolded, the arm placement tube is used to place the patient's arm, and the first and second tube placement operation panels are used to arrange the sterile area and place medicines and instruments, with sufficient operating space, and the patient does not need to move the body after lying down 、Placing the arm outstretched on the arm placement board can fully expose the tube insertion site, and the medical staff can easily insert the tube by sitting parallel to the arm placement board without twisting the waist. In addition, the vascular ultrasound imaging instrument is placed directly opposite to the medical staff through the arm placement board, and there is no need to twist the head when observing the image, which makes the catheterization process easier and more standardized. The resulting lumbar muscle fatigue, shoulder and neck pain and other problems.

2. In the present utility model, the arm placement plate and the first and second tube insertion operation panels can be hung on the edge of the bed near the head or end of the bed as required, so that tubes can be conveniently placed on the arms on either side.

3. In this utility model, the head and tail of the bed body can be equipped with an infusion stand according to the needs, and the light source that can be rotated and adjusted by 360° is installed on the infusion stand, which is not only convenient for infusion, but also can solve the problem that the light source is all on the head of the bed in clinical practice. Or on the ceiling, the light is not enough, causing the problem of visual fatigue caused by the long-term labor of the medical staff in the tube.

4. The utility model is also equipped with supporting parts such as a storage drawer. This design can make the placement of the articles more standardized and orderly, and is conducive to the efficient completion of the tube placement work.

【Description of drawings】

Fig. 1 is the structural representation of the arm placement plate in the utility model

Fig. 2 is the structural representation when the PICC tube placement operation bed of the present utility model is in the tube placement operation

Fig. 3 is a structural schematic diagram of the PICC tube insertion operation bed of the utility model in a retracted state

Among them, 1-bed body, 2-bed edge, 3-bedside frame, 4-infusion stand, 5-lighting source, 6-infusion stand jack, 7-hook hole, 8-locking hook, 9-arm placement board , 10-Arm placing board fixing device, 11-First tube placement operation panel, 12-Second tube placement operation panel, 13-Handle, 14-Supporting feet, 15-Arm groove, 16-Back end frame, 17-Storage storage drawer.

【Detailed ways】

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

As shown in Figure 1, it is a schematic structural view of the arm placing plate 9 in the utility model, and several locking hooks 8 are arranged on a side of the arm placing plate 9, and the quantity of locking hooks 8 can be 1 or more In this embodiment, the number 8 of locking hooks is preferably 2. The arm groove 15 for placing the arm is also preferably provided on the arm placing plate 9, so as to facilitate the fixing of the position of the arm. The back side of the arm placement board 9 is also provided with a support foot 14, and the support foot 14 is a folding support foot. When the arm placement board 9 and the bed body 1 need to be kept horizontal, the support foot 14 is opened to support the arm placement board. 9. When it is necessary to keep the arm rest board 9 vertical to the bed body 1, the support feet 14 can be retracted to be closely parallel to the arm rest board 9 so as not to occupy space.

As shown in Figure 2, it is a schematic structural view of the utility model when it is in the operation of placing the tube. A PICC tube bed includes a bed body 1, a bed head and a bed tail positioned at both ends of the bed body 1, and bed edges positioned at the left and right sides of the bed body 1. 2, and the arm placement board 9, on the bed edge 2 on the right side, near the head of the bed and the end of the bed, a group of hook holes 7 matching the locking hooks 8 are respectively provided, and the arm placement board 9 and the bed body 1 pass through the lock The tight hook 8 is connected with the hook hole 7 to form a detachable structure, and the arm placement plate 9 can rotate 180° around the bed edge 2, and the supporting feet 14 can keep the arm placement plate 9 and the bed body 1 level. In order to further expand the space for tube placement operations, the end of the arm placement plate 9 far away from the bed body 1 is also connected to the first tube placement operating panel 11 through a hinge, and the end of the first tube placement operating panel 11 away from the hospital bed is also connected to the first tube placement operating panel 11 through a hinge. Two tube placement operation panels 12, the first and second tube placement operation panels are respectively provided with support feet 14 that can keep it level with the bed body 1, and the support feet 14 are all folding support feet.

The infusion stand 4 is also arranged on the described tube operation bed, and the infusion stand 4 is provided with a light source 5, and the light source can be rotated 360° around the infusion stand. The infusion stand jack 6 matched with the infusion stand 4 is convenient for infusion to the patient. A storage drawer 18 is also provided on the bed body 1, which can be used to store articles of patients or medical staff.

As shown in Figure 3, it is a structural schematic diagram of the utility model in a folded state. The bedside and the end of the bed are also provided with a headboard 3 and a footboard 16 respectively. Between the placing board 9 and the foot frame 3, an arm placing board fixing device 10 that makes the arm placing board 9 stand upright on the edge of the bed is provided in a matching manner. The fixing device for placing the arm board can be a latch or a door lock. Shown in Fig. 3 is the latch type structure, promptly is provided with latch seat on the arm placement plate 10, is provided with latch bolt in the latch seat, and the matching position on the headstock 3 and the tailstock 16 is provided with the latch hole. After the catheterization operation is completed, turn the arm placement plate 9 upwards by 90°, then insert the latch bolt into the socket, and fix it in a position standing upright on the edge of the bed, which can be used as a guardrail to prevent the patient from falling from the side and reduce the patient’s injury risks of. A handle is also provided on the second tube placement operation panel 12 to facilitate the operation of the operation panel to be erected and pulled open.

In the present invention, the dimensions of the arm placement plate 9, the first tube placement operating panel 11, and the second tube placement operating panel 12 are preferably the same size, and a suitable size range is 20-50cm×20-50cm.

When the utility model is in use, first determine whether the patient's arm with the catheter is the left hand or the right hand, and then lay the patient flat on the bed body 1 after selecting the direction when lying down, and place the arm on the plate 9 and the first arm connected thereto. The tube placement operating panel 11 and the second tube placement operating panel 12 are installed in the hook hole 7 close to the patient's head through the locking hook 8, and the arm placement plate 9 is opened by the handle 13 on the second tube placement operating panel 12, and The first and second tube placement operation panels, simultaneously open the foldable support feet 14, so that the arm placement panel 9, the first tube placement operation panel 11, and the second tube placement operation panel 12 are kept level with the bed body after they are laid flat; then Insert the infusion stand 4 into the infusion tube jack 6 close to the patient's head, turn on the lighting source 5 to illuminate, and rotate the lighting source to a suitable position. Directly opposite, the medical staff sits in parallel beside the arm placement board 9, places the patient's arm in the arm groove 15 on the arm placement board, sets aseptic areas on the first and second tube placement operation boards, and then can conveniently During the operation, there is no need to twist the waist for tube insertion, and there is no need to turn the head to observe the ultrasound image. The light in the operation area is sufficient, which effectively avoids the problems of lumbar muscle fatigue, shoulder and neck pain, and visual fatigue. The standardization and safety of operation are guaranteed.

After the tube placement operation is completed, put away the support feet 14 and place the tube 9 on the arm, the first and second tube placement operation boards are close to each other, fold the three boards together, and then turn them up 90° to keep them perpendicular to the bed body , use the arm placement board fixing device 10 to fix the arm placement board 9 in a position upright on the edge of the bed, which can be used as a bed rail to prevent the patient from falling from the side and reduce the risk of injury to the patient.

The above description is a detailed description of the preferred feasible embodiments of the present utility model, but the embodiments are not used to limit the scope of the patent application of the present utility model. All equivalent changes or modifications completed under the technical spirit suggested by the utility model, All should belong to the patent scope covered by the utility model.

Claims (10)

1. a PICC puts pipe operation bed, comprise a body (1), be positioned at the head of a bed at a body (1) two ends, tailstock, be positioned at the edge of bed (2) of a body (1) left and right sides, arm places plate (9), it is characterized in that: the side that described arm places plate (9) is provided with several locking hook (8), on the edge of bed (2) on described left side or right side, the part of the close head of a bed and tailstock is equipped with one group and locks with described several hook hole (7) linked up with (8) and mate, described arm is placed plate (9) and described bed body (1) and is linked up with (8) and described hook hole (7) is connected to form Demountable by described locking, and described arm placement plate (9) can do 180 ° of rotations around edge of bed (2), described arm is placed on plate (9) and is also provided with the feet (14) that itself and bed body (1) can be made to keep level.

2. a kind of PICC according to claim 1 puts pipe operation bed, it is characterized in that: the described head of a bed and tailstock are respectively equipped with bed head frame (3) and tailstock frame (16), described arm is placed between plate (9) and bed head frame (3), arm places to be provided with matchingly between plate (9) and tailstock frame (16) and arm can be made to place plate (9) arm stood upright on edge of bed (2) place board fixer (10).

3. a kind of PICC according to claim 2 puts pipe operation bed, it is characterized in that: described arm is placed plate (9) and has been connected through the hinge away from one end of bed body (1) and first puts pipe operation panel (11), and described first puts pipe operation panel (11) is provided with the feet (14) that itself and bed body (1) can be made to keep level.

4. a kind of PICC according to claim 3 puts pipe operation bed, it is characterized in that: described first puts pipe operation panel (11) has been connected through the hinge away from one end of bed body (1) and second puts pipe operation panel (12), and described second puts pipe operation panel (12) is provided with the feet (14) that itself and bed body (1) can be made to keep level.

5. a kind of PICC according to claim 4 puts pipe operation bed, it is characterized in that: described second puts pipe operation panel (12) is provided with handle (13).

6. a kind of PICC according to any one of claim 1-5 puts pipe operation bed, it is characterized in that: described feet (14) is folding feet.

7. a kind of PICC according to any one of claim 1-5 puts pipe operation bed, it is characterized in that: described arm is placed plate (9) and is of a size of 20-50cm × 20-50cm.

8. a kind of PICC according to claim 7 puts pipe operation bed, it is characterized in that: described bed body (1) is also provided with drip stand (4), the head of a bed of described bed body (1) and tailstock are equipped with the drip stand jack (6) matched with drip stand (4), described drip stand (4) is arranged on a body (1) by inserting drip stand jack (6), described drip stand (4) is also provided with lighting source (5), described lighting source (5) can do 360 ° of rotations around described drip stand (4).

9. a kind of PICC according to claim 8 puts pipe operation bed, it is characterized in that: described arm is placed plate (9) and is provided with the groove (15) placing arm.

10. a kind of PICC according to claim 8 puts pipe operation bed, it is characterized in that: described bed body (1) is also provided with a storage drawer (17).