CN221384123U - Remove general formula guardianship appearance support based on bedside cupboard design - Google Patents

Abstract

Remove general formula monitor support based on bedside cupboard design, including two support vertical bars, a support horizontal pole and a support pole setting, support the pole setting top and be equipped with the monitor lower plate, monitor lower plate top is equipped with the monitor upper plate of being connected through slide rail mechanism, support pole setting upper portion is equipped with micropump backup pad, micropump mounting and puts the thing basket, micropump backup pad is equipped with locking screw I in the junction of support vertical bar, micropump mounting is U type and wherein one side turns over in the middle of turning over, the top of turning over the section is equipped with locking screw hole and corresponding locking screw II, the mid-section is equipped with a plurality of micropump fixed orificess, put the thing basket and can place unnecessary instrument cable. The utility model can be reliably and stably arranged at the position of the patient bedside table without occupying the use of the patient bedside table, the monitor bracket has simple design, stable structure and convenient instrument taking, is suitable for electrocardiograph monitors with different sizes, can be additionally provided with micro injection pumps with different sizes, and has high adaptability.

Description

Mobile universal monitor bracket based on bedside table design

Technical Field

The utility model relates to the technical field of medical equipment, in particular to a mobile universal monitor bracket designed based on a bedside table.

Background technique

With the improvement of people's awareness of health care and safety, the advanced foundation of the medical equipment industry and the modernization level of the industrial chain have been significantly improved. The integration of monitors used to observe patients' vital signs has also been continuously improved, and the size and weight of monitors have also increased accordingly. ECG monitors are common precision medical instruments used in hospitals to monitor patients in wards. They can be used to collect physiological parameters such as ECG, respiration, body temperature, blood pressure (non-invasive and invasive), blood oxygen saturation, and pulse rate.

At present, the most common ways to place monitors in hospitals are (1) placing monitors on bedside tables, (2) using mobile monitor stands, (3) fixing monitor stands on walls, and (4) fixing monitor stands on bedside tables. (1) Placing monitors on bedside tables: Placing monitors on bedside tables in wards will affect patients’ use of bedside tables. On the other hand, placing monitors on bedside tables will make it inconvenient to effectively organize external data cables and accessories of ECG monitors, which will reduce the service life of monitor accessories. (2) Mobile monitor stands: Some brands of monitors come with mobile monitor stands of corresponding models. However, in actual use by ward nurses, the mobile stands are heavy and have large mobile chassis. In case of emergency, they occupy the position beside the patient’s bed, which affects the development of emergency treatment. (3) Wall-fixed monitor stands: Wall-fixed monitor stands are the most widely used monitor fixing methods in hospitals. In terms of installation, it needs to be fixed to the wall with expansion bolts, which is relatively cumbersome. However, if it involves a wall with light steel keel covered with aluminum-plastic board or foam concrete block material, or the wall of the old hospital ward is not load-bearing enough, it is easy to have the hidden danger of not being firm enough. It is more suitable for departments such as emergency and ICU where monitors are frequently used. For ordinary wards with low frequency of use, it will take up space and affect the appearance. In addition, the fixed position can only be above the equipment belt, which is too high and inconvenient to observe. (4) Bedside table bracket fixing: At present, various hospitals choose to fix stainless steel brackets suitable for different monitor sizes on the bedside table for the convenience of installation and removal. It is affordable and space-saving. The disadvantage is that the fixation between the monitor and the bracket is relatively cumbersome, the monitor is inconvenient to move, and it is not beautiful in actual use. Although the above monitor fixing methods have certain advantages, their disadvantages are relatively obvious. In actual application in hospital wards, they cannot fully guarantee the safety and needs of patients at the bedside. Therefore, a reliable, firm and widely applicable mobile bracket is needed to replace it.

Utility Model Content

In view of the above problems, the utility model provides a mobile universal monitor bracket designed based on a bedside table, which can be reliably and stably placed on the patient's bedside table without occupying the use of the patient's bedside table. The monitor bracket has a simple design, a stable structure, and is easy to take the instrument. It can be suitable for ECG monitors of different sizes, and can also be equipped with micro-injection pumps of different sizes, and the instrument has high adaptability.

In order to achieve the above purpose, the technical solution adopted by the utility model is as follows:

The mobile universal monitor bracket designed based on the bedside table includes two supporting longitudinal rods, a supporting cross rod and a supporting vertical rod. The supporting longitudinal rods are arranged horizontally and symmetrically, the supporting cross rod is connected between the rear sides of the two supporting longitudinal rods, and the supporting vertical rod is vertically connected in the middle of the supporting cross rods. The supporting longitudinal rods, the supporting cross rods and the supporting vertical rods are all made of round tubes. The area between the two supporting longitudinal rods and the front side of the supporting cross rod and the supporting vertical rod can be used to place the bedside table in an enclosed shape, so that the monitor bracket can be placed on the wall side of the bedside table in the ward, saving space beside the bed in the ward, and effectively utilizing the space above the bedside table without occupying the use of the bedside table.

The top of the support pole is provided with a monitor bottom plate, and the monitor top plate connected by a slide rail mechanism is provided above the monitor bottom plate, and a plurality of anti-skid screw holes and a positioning hole are provided on the monitor bottom plate. When the monitor needs to be fixed, the monitor top plate can be removed first and installed at the bottom of the monitor, and then plugged with the monitor bottom plate through the slide rail mechanism. The positioning holes are used to align the upper and lower plates to ensure that the center of gravity of the monitor and the center of gravity of the bracket are on the same vertical line. There are four anti-skid screw holes, and screwing in the anti-skid screws plays a role in reinforcing and stabilizing the board surface in four directions. The screws in a total of five positions cooperate to play a dual protection role in fixing the monitor.

A micropump support plate and a micropump fixing piece are arranged in the middle and upper part of the support pole. The micropump support plate is provided with a locking screw I at the connection of the support pole. The micropump fixing piece is U-shaped and one side is folded toward the middle. The top of the folded section is provided with a locking screw hole and a corresponding locking screw II. The middle section of the micropump fixing piece is provided with a plurality of micropump fixing holes. After the locking screw I is loosened, the height and rotation angle of the micropump support plate can be adjusted or removed as a whole. The medical instruments required according to the actual situation of the patient can be adjusted to facilitate the installation and adjustment of micropumps at different heights, the application at different angles and positions, and the space above the patient's bedside table can be reasonably developed and applied. The micropump fixing piece is fixed to the microinjection pump by inserting a screw into the micropump fixing hole, and the opening part is sleeved on the support pole and fixed by the locking screw II. The micropump fixing piece is irregularly U-shaped, and its protruding part is convenient for users to take and install the microinjection pump. Whether to install the microinjection pump can be selected according to the actual scene.

Preferably, the bottoms of both ends of the supporting longitudinal rod are respectively provided with silent universal wheels with parking and braking functions, so as to reduce noise during the transfer and promotion of the monitor bracket and maintain stability when parked.

Preferably, a storage basket is also provided on the support pole, and a plurality of fixing screws are provided at the connection between the storage basket and the support pole. Instrument cables are often redundant in length and can be placed in the storage basket. The position and direction of the storage basket on the support pole can be adjusted as needed, and the space can be effectively utilized by placing the storage basket in the gap between the support pole and the wall.

Preferably, positioning pins at different positions are provided on the upper base plate of the monitor, which is suitable for fixing monitors of different brands, models and sizes, thereby expanding the application scope of the monitor bracket.

Preferably, the locking screw I and the locking screw II are plastic handle screws, and the handle may be in the shape of a straight line or a plum blossom.

Preferably, the number of the micro pump fixing holes is four, located at the four ends of the cross, and the positioning holes in the horizontal and vertical directions are used to meet the installation requirements of micro injection pumps of different models.

The advantages of the utility model are: 1. The bottom plate structure is suitable for monitors of different brands, models and sizes, which is convenient for medical staff to replace and install the monitor device. The double fixing structure of the bottom plate ensures the stability of the monitor and effectively reduces the risk of the instrument falling;

2. The micro pump support structure prevents accidental slipping and can flexibly adjust the height and angle direction. It can be applied to instruments of different sizes, has a wide range of applications, and can adapt to a variety of scenarios.

3. The monitor bracket has a simple design, a stable structure, and is easy to take. It can be reliably and stably placed on the patient's bedside table without occupying the patient's bedside table, making effective use of space. When it is impossible to add a wall-mounted bracket on the bed wall, the mobile bracket can be flexibly used. Its mobility solves the problem of the immovable wall-mounted bracket, and can keep the ward clean and beautiful.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 is a front view of the utility model when in use;

Fig. 2 is a side view of the utility model when in use;

FIG3 is a front view of the utility model when not in use;

FIG4 is a side view of the utility model when not in use (with the storage basket hidden);

FIG5 is a top view of the utility model when not in use (with the storage basket hidden);

FIG6 is a schematic diagram of the installation of the microinjection pump of the utility model;

FIG7 is a cross-sectional view of a micro pump fixing member of the utility model;

FIG8 is a schematic structural diagram of a micro pump fixing member of the present utility model.

Description of the main component symbols in the figure:

1. Support longitudinal rod; 2. Support crossbar; 3. Support vertical rod; 4. Lower bottom plate of monitor; 4.1. Anti-skid screw hole; 4.2. Positioning hole; 5. Upper bottom plate of monitor; 6. Slide mechanism; 7. Micro pump support plate; 8. Locking screw I; 9. Micro pump fixing piece; 9.1. Locking screw hole; 9.2. Micro pump fixing hole; 10. Locking screw II; 11. Silent universal wheel; 12. Storage basket; 12.1. Fixing screw;

100. Monitor; 200. Micro-injection pump; 300. Bedside table.

Detailed ways

In order to more clearly illustrate the present invention, the present invention is further described below in conjunction with the accompanying drawings.

Embodiment 1: As shown in Fig. 1-5, a mobile universal monitor stand designed based on a bedside table includes two supporting longitudinal bars 1, a supporting cross bar 2 and a supporting vertical bar 3, wherein the supporting longitudinal bars 1 are arranged horizontally and symmetrically, the supporting cross bar 2 is connected between the rear sides of the two supporting longitudinal bars 1, and the supporting vertical bar 3 is vertically connected in the middle of the supporting cross bar 2. The bedside table 300 is placed in the area between the two supporting longitudinal bars 1 and in front of the supporting cross bar 2 and the supporting vertical bar 3, in an encircling shape, making maximum use of the space between the bedside table 300 and the wall, saving space beside the bed in the ward, and effectively using the space above the bedside table 300 without affecting the use of the bedside table 300.

The top of the support pole 3 is provided with a monitor lower base plate 4, and the monitor upper base plate 5 connected by a slide rail mechanism 6 is provided above the monitor lower base plate 4. A plurality of anti-slip screw holes 4.1 and a positioning hole 4.2 are provided on the monitor lower base plate 4. The slide rail mechanism 6 can be a matching inverted L-shaped track, and the monitor 100 is mounted and fixed on the monitor upper base plate 5.

Among them, the upper base plate 5 of the monitor is provided with positioning pins at different positions, and the number of anti-slip screw holes 4.1 of the lower base plate 4 of the monitor can be 4, which is suitable for monitors 100 of different brands and models, and plays a dual protection role for the monitor 100.

As shown in combination with Figures 1-4 and 6-8, a micropump support plate 7 and a micropump fixing member 9 are provided in the upper middle part of the support pole 3. The micropump support plate 7 is provided with a locking screw I8 at the connection of the support pole 3. The micropump fixing member 9 is U-shaped and one side is folded toward the middle. The top of the folded section is provided with a locking screw hole 9.1 and a corresponding locking screw II10. The middle section of the micropump fixing member 9 is provided with a plurality of micropump fixing holes 9.2. The microinjection pump 200 is placed on the micropump support plate 7 and fixed to the support pole 3 by the micropump fixing member 9. The size of the micropump support plate 7 is slightly larger than the bottom of the microinjection pump 200. When the microinjection pump 200 is placed on the micropump support plate 7, there is a gap of 5cm to 10cm between the top of the micropump and the bottom of the bottom plate 4 of the monitor for adjustment.

There are four micro pump fixing holes 9.2 located at the four ends of the cross, so that instruments of different sizes can be applied.

In addition, the locking screw I8 and the locking screw II10 are plastic handle screws, such as a straight-shaped or plum-shaped screw.

Combined with the actual wall shape and height of the hospital, the wall equipment belt part is introduced, and the size of the monitor equipment is taken into consideration. The monitor bracket of the utility model controls the height of the monitor 100 panel below the equipment belt, does not block the use of the ward equipment belt, and reasonably develops the patient's bedside space. When the bedside space is limited, the space utilization rate of the patient's bedside cabinet 300 area can be improved; when the bedside space is sufficient, the monitor 100 and multiple micro-injection pumps 200 can be carried, and the use of the ward scene is rich.

Embodiment 2: As shown in Fig. 1-5, based on the embodiment 1, the bottom of both ends of the supporting longitudinal rod 1 are respectively provided with silent universal wheels 11, and the silent universal wheels 11 have parking and braking functions, so that the monitor bracket can reduce noise during the transfer and push process and maintain stability when parked. The silent universal wheels 11 are equipped with wheel locks, which can realize easy movement in the process of pushing the mobile bracket in daily use. When the ECG monitor needs to be placed to monitor the patient, the wheel locks can be locked to prevent the mobile bracket from moving.

Embodiment 3: As shown in FIG2-3, on the basis of Embodiment 1 or Embodiment 2, a storage basket 12 is further provided on the support pole 3, and the storage basket 12 is provided with a plurality of fixing screws 12.1 at the connection of the support pole 3. The storage basket 12 can be used to place redundant instrument cables, and the position and direction of the storage basket 12 on the support pole 3 can be adjusted as needed, and the storage basket 12 is placed in the gap between the support pole 3 and the wall to effectively utilize the space.

The above description is only a specific embodiment of the present invention, but the structural features of the present invention are not limited thereto. The present invention can be used on similar products. Any changes or modifications made by any technician in the field of the present invention are covered by the patent scope of the present invention.

Claims (6)

1. Remove universal monitor support based on bedside cupboard design, its characterized in that: the vertical support comprises two vertical support rods (1), a horizontal support rod (2) and a vertical support rod (3), wherein the vertical support rods (1) are horizontally and symmetrically arranged, the horizontal support rod (2) is connected between the rear sides of the two vertical support rods (1), and the vertical support rod (3) is vertically connected between the horizontal support rods (2);

The top of the supporting upright rod (3) is provided with a monitor lower bottom plate (4), a monitor upper bottom plate (5) connected with the monitor lower bottom plate (4) through a sliding rail mechanism (6) is arranged above the monitor lower bottom plate (4), and a plurality of anti-slip screw holes (4.1) and a positioning hole (4.2) are formed in the monitor lower bottom plate (4);

The utility model discloses a micropump is characterized by comprising a support pole (3), a micropump support plate (7) and a micropump mounting (9), wherein the upper middle portion of the support pole (3) is provided with the micropump support plate (7) in the junction of support pole (3) is provided with locking screw I (8), micropump mounting (9) are U type and one side of which turns over to the centre, the top of turning over the section is equipped with locking screw hole (9.1) and corresponding locking screw II (10), the intermediate section of micropump mounting (9) is equipped with a plurality of micropump fixed orifices (9.2).

2. The mobile universal monitor stand based on a bedside table design of claim 1, wherein: and mute universal wheels (11) are respectively arranged at the bottoms of the two ends of the supporting longitudinal rod (1).

3. The mobile universal monitor stand based on a bedside table design of claim 1, wherein: the support upright rod (3) is further provided with a storage basket (12), and a plurality of fixing screws (12.1) are arranged at the joint of the support upright rod (3) on the storage basket (12).

4. The mobile universal monitor stand based on a bedside table design of claim 1, wherein: positioning pins at different positions are arranged on the upper bottom plate (5) of the monitor.

5. The mobile universal monitor stand based on a bedside table design of claim 1, wherein: the locking screw I (8) and the locking screw II (10) are plastic handle screws.

6. The mobile ubiquitous monitor rack based on bedside table design according to any one of claims 1-5, wherein: the number of the micropump fixing holes (9.2) is four, and the micropump fixing holes are positioned at four end points of the cross.