CN209825817U - Infusion bag storing compartment - Google Patents

Abstract

The utility model discloses an infusion bag storage cabinet, which comprises a cabinet body with an L-shaped structure, wherein the front end of the cabinet body is a free opening taking port, the top of the cabinet body is a free opening placing port, a main baffle is distributed in the cabinet body along the placing port to the taking port, the main baffle is formed by integrally forming a vertical section, a circular arc slideway section and a horizontal section from top to bottom, wherein the vertical section is distributed in the placing port, the horizontal section is distributed in the taking port, the main baffle divides the placing space in the cabinet body into a first placing space and a second placing space which are mutually independent, at least four secondary baffles which are arranged at equal intervals are uniformly distributed in the first placing space and the second placing space, the secondary baffles are mutually matched with the main baffle to divide the first placing space and the second placing space into a plurality of mutually independent placing channels, a circular arc slideway block is fixedly connected in the placing channel in each second placing space, the infusion bag slides to taking the mouth from circular arc slide section and slide piece, and the date of production is by taking earlier.

Description

An infusion bag storage cabinet

technical field

The utility model belongs to the technical field of medical equipment, in particular to an infusion bag storage cabinet.

Background technique

The current medical infusion bags are generally placed in ordinary cabinets. When the infusion bags are used, there are often cases where the previous batch of infusion bags are not used up, and the latter batch of infusion bags placed on the outside are used directly, resulting in the storage of the previous batch of infusion bags. Too long in the cabinet and part of it deteriorates, causing a lot of waste, and there may be a safety hazard of misuse due to failure to pay attention to the shelf life. If you check the validity period of the infusion bags one by one during use, it will not only delay time, affect work efficiency, but also increase the workload of medical staff.

Utility model content

Aiming at the technical problems existing in the prior art, the utility model provides an infusion bag storage cabinet.

In order to achieve the above object, the utility model adopts the following technical solutions:

An infusion bag storage cabinet, comprising an "L"-shaped cabinet body, the front end of the cabinet body is a free opening access port, the top of the cabinet body is a free opening placement port, and the placement port A detachable dust cover is installed on the top to control the opening or closing of the placement port. In the cabinet, there are main partitions distributed along the placement port to the access port. The main partitions are arranged from top to bottom. The vertical section, the arc slideway section and the horizontal section are integrally formed, wherein the vertical section is distributed in the placement opening, the horizontal section is distributed in the access opening, and the main partition divides the cabinet The placement space in the body is divided into two mutually independent first placement space and second placement space, wherein the first placement space is located in front of the main partition, and the surface shape of the first placement space is the same as that of the first placement space The main partitions have the same shape, and the second storage space is located behind the main partition; at least four secondary partitions arranged at equal intervals are distributed in the first storage space and the second storage space, so The secondary partition cooperates with the main partition to divide the first storage space and the second storage space into a plurality of mutually independent storage channels, each of which is distributed in the second storage space. An arc-shaped slideway block is fixedly connected in the channel, one end of the slideway block is fixedly connected with the rear side wall of the cabinet and distributed adjacent to the placement opening, and the other end is fixed with the bottom surface of the cabinet body. connected to and adjacent to the distribution of the access port.

Further, the edge of the placement opening of the cabinet is embedded with a magnet block matching the shape of the placement opening, and the lower end surface of the dust-proof cover is also clamped with a magnet block to attract the magnet block on the edge of the placement opening.

Further, a drawer is fixedly connected to the lower end surface of the cabinet, and movable drawers are installed in the drawer.

Further, an auxiliary cabinet is detachably installed on one side of the cabinet, a magnet plate is embedded on the connecting side wall of the cabinet, and a magnet plate is also embedded on the connecting side wall of the auxiliary cabinet, The cabinet is detachably connected to the auxiliary cabinet through the adsorption of two magnet plates; the auxiliary cabinet is integrally formed by the main frame and two fan-shaped connecting plates, and the main frame is in an "L" shape. Two connecting plates are arranged at intervals in the main frame of the L-shaped structure, and a plurality of medicine dispensing grooves are installed between the two connecting plates, and the medicine dispensing grooves are installed obliquely on two sides through the mutual cooperation of the slider and the slide rail. Between the connecting plates, a partition sheet is fixedly connected to the middle of each medicine delivery tank, thereby dividing the space in the medicine delivery tank into mutually independent storage spaces.

Further, the upper end surfaces of the two connecting plates are provided with connecting chute, each of the connecting chute is equipped with a fixed block and a movable slider, and the fixed block is distributed adjacent to the top end of the main frame. , the movable slider is distributed adjacent to the bottom end of the main frame; the two fixed blocks and the two movable sliders are also fixedly connected with a dust-proof tarpaulin, and are respectively located at the four corners of the dust-proof tarpaulin .

Further, the front end of the access opening is fixed with two baffles distributed at intervals, one of the baffles partially covers the port of the first placement space, and the other part of the baffle covers the port of the second placement space The front end of each baffle is fixed with a plurality of card slots arranged at intervals, and the plurality of card slots on the baffle are respectively connected to the first storage space or the second storage space. Multiple placement channels are relative to each other.

To sum up, the beneficial effect of the utility model is: after the infusion bag is put into the first storage space or the second storage space from the placement opening, due to the shape and setting position of the main partition and the secondary partition, the second The first placement space and the second placement space are divided into multiple independent placement channels. After the infusion bag falls into the non-interfering placement channel from the placement port, the infusion bag slides from the arc slideway section to the horizontal section, and the production The infusion bags with earlier dates are left in the horizontal section, waiting for the staff to take them from the access port. Then put in the infusion bag with a later production date from the placement port, and the infusion bag with a later production date waits in the arc slide section. When the infusion bag on the horizontal section is taken, the infusion bag left behind the horizontal section will Move to the horizontal section by itself. Guided by the slide block in the second placement space, the infusion bag can also rush to the bottom of the horizontal cabinet before the slide block, and then stay here. Among them, the arc-shaped slideway section and the arc-shaped slideway block can not only ensure that the infusion bag can slide to the horizontal section, but also slow down the speed of the infusion bag rushing to the horizontal section due to the limitation of the arc shape, so as not to let the large The bulky infusion bag quickly rushes to the access port, thereby blocking the access port, which is inconvenient for the staff to take. In actual use, the liquid in the infusion bag is divided into different types, such as glucose, sodium oxide, etc., and the independent placement channels divided by the main partition and the secondary partition can be used according to the actual situation. The liquids are placed separately, which is convenient, accurate and fast to take or store the infusion bags. The storage cabinet no longer puts all the bags in the cabinet. Not only can different types of infusion bags be placed in categories, but also the ones with the earlier production dates can be used first, reducing the waste of medicines.

Description of drawings

Fig. 1 is a schematic structural view of an infusion bag storage cabinet provided by the utility model.

Fig. 2 is a schematic diagram of the connection state between the cabinet body and the auxiliary cabinet body in the utility model.

Fig. 3 is a schematic diagram of the structure of the auxiliary cabinet in the utility model.

In the figure, 100-cabinet body, 110-access opening, 120-placement opening, 130-main partition, 131-vertical section, 132-arc slideway section, 133-horizontal section, 134-secondary partition, 140-placement channel, 150-slide block, 160-drawer cabinet, 161-drawer, 170-bezel, 171-card slot, 200-dust cover, 300-sub cabinet, 310-main frame, 311-magnet Board 320-connecting plate, 321-connecting chute, 400-dispensing trough, 410-separator, 420-limiting lug, 500-fixed block, 600-movable slider, 700-dustproof tarpaulin.

Detailed ways

In order to make the technical means, creative features, goals and effects achieved by the utility model easy to understand, the utility model will be further elaborated below in conjunction with specific illustrations.

As shown in FIG. 1 , the utility model provides an infusion bag storage cabinet, which includes a cabinet body 100 in an "L" shape. The front end of the cabinet body 100 is a free opening access port 110, and the top of the cabinet body 100 is a free opening placement port 120, and a detachable dust cover 200 is installed above the placement port 120 to control the placement. The opening or closing of port 120. In the cabinet body 100, a main partition 130 is distributed along the placement opening 120 to the access opening 110, and the main partition 130 is composed of a vertical section 131 from top to bottom, an arc slideway section 132 and The horizontal section 133 is integrally formed, wherein the vertical section 131 is distributed in the placement opening 120 , and the horizontal section 133 is distributed in the access opening 110 . The main partition 130 divides the storage space in the cabinet body 100 into two mutually independent first storage space and second storage space, wherein the first storage space is located in front of the main partition 130, Moreover, the surface shape of the first storage space is consistent with the shape of the main partition 130 , and the second storage space is located behind the main partition 130 . At least four secondary partitions 134 arranged at equal intervals are distributed in the first storage space and the second storage space, and the secondary partitions 134 cooperate with the main partition 130 to separate the first The placement space and the second placement space are divided into a plurality of mutually independent placement channels 140 . Each placement channel 140 distributed in the second placement space is fixed with an arc-shaped slideway block 150, and one end of the slideway block 150 is fixed and adjacent to the rear side wall of the cabinet body 100. The placement opening 120 is distributed, and the other end thereof is fixedly connected to the bottom surface of the cabinet body 100 and is distributed adjacent to the access opening 110 .

With the above structure, after the infusion bag is put into the first storage space or the second storage space from the placement opening 120, due to the shape and setting position of the main partition 130 and the secondary partition 134, the first storage space and the second storage space will be separated. The placement space is divided into multiple independent placement channels 140. After the infusion bag falls from the placement port 120 into the non-interfering placement channel 140, the infusion bag slides from the arc slideway section 132 to the horizontal section 133. The production date The front infusion bag is left in the horizontal section 133, waiting for the staff to take it from the taking port 110. Then put in the infusion bag with a later production date from the placement port 120, and the infusion bag with a later production date waits in the arc slide section 132. When the infusion bag on the horizontal section 133 is taken, it is left behind the horizontal section 133 The infusion bag can automatically move to the horizontal section 133 for retention. Guided by the slideway block 150 in the second placement space, the transfusion bag can also rush to the bottom of the horizontal cabinet body 100 before the slideway block 150, and then stay here. Wherein the arc-shaped slide section 132 and the arc-shaped slide block 150 can not only ensure that the infusion bag can slide to the horizontal section 133, but also slow down the speed of the infusion bag rushing to the horizontal section 133 due to the limitation of the arc shape. It is unlikely that the large-volume infusion bag will quickly rush to the access port 110, thereby blocking the access port 110, which is inconvenient for the staff to take. In the actual use process, the liquid in the infusion bag has different types, such as glucose, sodium oxide, etc., and the independent placement channels 140 formed by the main partition 130 and the secondary partition 134 can be divided according to the actual situation. , Different liquids are placed separately, which is convenient, accurate and fast to take or store infusion bags. The storage cabinet no longer puts all the bags in the cabinet. Not only can different types of infusion bags be placed in categories, but also the ones with the earlier production dates can be used first, reducing the waste of medicines.

As one of the optional implementations, the edge of the placement opening 120 of the cabinet body 100 is embedded with a magnet block that matches the shape of the placement opening 120, and the lower end surface of the dustproof cover 200 is also clamped with a magnet block. It is attracted to the magnet block on the edge of the placement opening 120 . After the dustproof cover 200 is covered, the dust is prevented from entering the placement channel 140 from the placement opening 120, so that the inside of the cabinet 100 can be kept clean, and after the dustproof cover 200 is covered, the upper end surface of the dustproof cover 200 is a horizontal plane, which can be used It can be used to place other items and increase storage space.

A drawer cabinet 160 is fixedly connected to the lower end surface of the cabinet body 100 , and a movable drawer 161 is installed in the drawer cabinet 160 . Some small medical articles, such as masks and gloves, can be placed in the drawer 161. Cotton swabs and other items, increase the storage function.

As shown in Fig. 2 and Fig. 3, one side of the cabinet body 100 is detachably equipped with an auxiliary cabinet body 300, and a magnet plate is embedded on the connecting side wall of the cabinet body 100, and the connection of the auxiliary cabinet body 300100 A magnet plate 311 is also embedded on the side wall, and the cabinet body 100 and the auxiliary cabinet body 300 are detachably connected by the two magnet plates 311 being attracted to each other. The auxiliary cabinet body 300 is integrally formed by a main frame 310 and two fan-shaped connecting plates 320. The main frame 310 has an "L"-shaped structure, and the two connecting plates 320 are arranged at intervals in the main frame 310 of the L-shaped structure. A plurality of medicine dispensing grooves 400 are installed between the two connecting plates 320 , and the medicine dispensing grooves 400 are obliquely installed between the two connecting plates 320 through the mutual cooperation of the slider and the slide rail. A limit lug 420 is fixedly connected to the left and right sides of each medicine dispensing groove 400, and a jack can be provided on the limit lug 420, and a latch is inserted in the jack to limit the movement of the medicine dispensing groove 400 that slides. A partition 410 is fixedly attached to the middle of each drug delivery tank 400 , so as to divide the space in the drug delivery tank 400 into independent storage spaces. The upper end surfaces of the two connecting plates 320 are provided with connecting chute 321, and each of the connecting chute 321 is equipped with a fixed block 500 and a movable slider 600, and the fixed block 500 is adjacent to the main frame 310, the movable slider 600 is distributed adjacent to the bottom of the main frame 310; the two fixed blocks 500 and the two movable sliders 600 are also fixedly connected with dustproof tarpaulins 700, and are respectively located on the The four corners of the dust tarpaulin 700. The medicine dispensing tank 400 is set at an incline, and boxed or bottled medicines can be placed in the tank according to the order of production date. At the rear of the 400, after the front medicine is taken, the medicine at the rear moves forward by itself. After the auxiliary cabinet body 300 is installed, the storage space and the types of medicines are increased, and the functions are more diversified. Move the movable slide block 600 in the connecting chute 321 of the two connecting plates 320 to the bottom of the main frame 310, and the dust-proof tarpaulin 700 covers all the medicine dispensing grooves 400 inside to prevent the dust of the medicines placed. When opening, move the movable slider 600 to the fixed block 500, and the medicine in the medicine dispensing tank 400 can be taken.

The front end of the access opening 110 is fixedly connected with two baffles 170 distributed at intervals, one of the baffles 170 partially covers the port of the first storage space, and the other baffle 170 partially covers the port of the second storage space port. The baffle 170 is used to limit the position of the infusion bag to prevent the infusion bag from falling from the access opening 110 . The front end of each baffle 170 is fixedly connected with a plurality of card slots 171 arranged at intervals, and the plurality of card slots 171 on the baffle 170 are respectively connected with the first placement space or the second placement The multiple placement channels 140 in the space are opposite to each other. A label with recorded information on the infusion bag can be placed in the card slot 171, which can quickly and accurately check the information, making it easier to take or place.

The above are only embodiments of the present utility model, and are not intended to limit the scope of patents of the present utility model. All equivalent structures made using the description of the utility model and the contents of the accompanying drawings are directly or indirectly used in other related technical fields, all in the same way Within the scope of patent protection of the utility model.

Claims (6)

1. The utility model provides an infusion bag storing compartment which characterized in that: comprises a cabinet body in an L-shaped structure, the front end of the cabinet body is a free-opening taking opening, the top of the cabinet body is a free-opening placing opening, and a detachable dustproof cover is arranged above the placing opening to control the opening or closing of the placing opening, a main partition board is distributed in the cabinet body from the placing opening to the taking opening, the main partition board is formed by integrally molding a vertical section, an arc slideway section and a horizontal section from top to bottom, wherein the vertical segments are distributed in the placement port and the horizontal segments are distributed in the access port, the main clapboard divides the placing space in the cabinet body into a first placing space and a second placing space which are independent of each other, the first placing space is positioned in front of the main partition board, the surface shape of the first placing space is consistent with that of the main partition board, and the second placing space is positioned behind the main partition board; first place the space and the second place and equally divide cloth in the space have four at least equidistant intervals the secondary baffle of arranging, the secondary baffle with main baffle is mutually supported, will first place the space with the second place the space and cut apart into a plurality of mutually independent places the passageway, every distributes equal rigid coupling has a circular-arc slide piece in the second place the passageway of placing in the space, the one end of this slide piece with the back lateral wall rigid coupling of the cabinet body is neighbouring place mouthful distribution, its other end with the bottom surface rigid coupling of the cabinet body is neighbouring take mouthful distribution.

2. The storage cabinet for infusion bags according to claim 1, wherein: the edge of the placing opening of the cabinet body is embedded with a magnet block matched with the shape of the placing opening, and the lower end face of the dustproof cover is also provided with a magnet block which is adsorbed with the magnet block at the edge of the placing opening.

3. The storage cabinet for infusion bags according to claim 1, wherein: the lower terminal surface rigid coupling of the cabinet body has the drawer cabinet, but install the drawer of mobile removal in the drawer cabinet.

4. The storage cabinet for infusion bags according to claim 1, wherein: an auxiliary cabinet body is detachably mounted on one side of the cabinet body, a magnet plate is embedded on the connecting side wall of the cabinet body, a magnet plate is also embedded on the connecting side wall of the auxiliary cabinet body, and the cabinet body and the auxiliary cabinet body are detachably connected through the adsorption of the two magnet plates; the auxiliary cabinet body comprises body frame and two fan-shaped connecting plate integrated into one piece, the body frame is "L" type structure, and two connecting plate intervals are arranged in the body frame of L type structure, two install a plurality of explosive containing grooves of putting between the connecting plate, put the mutual cooperation slope of explosive containing groove through slider and slide rail and install between two connecting plates, every the equal rigid coupling in middle part of putting the explosive containing groove has the spacer, thereby will put the space division of explosive containing inslot into mutually independent space of placing.

5. The storage cabinet for infusion bags according to claim 4, wherein: the upper end surfaces of the two connecting plates are respectively provided with a connecting sliding groove, each connecting sliding groove is internally provided with a fixed block and a movable sliding block, the fixed blocks are distributed near the top end of the main frame, and the movable sliding blocks are distributed near the bottom end of the main frame; the two fixed blocks and the two movable sliding blocks are further fixedly connected with dustproof awning cloth and are respectively positioned at four corners of the dustproof awning cloth.

6. The storage cabinet for infusion bags according to claim 1, wherein: the front end of the taking port is fixedly connected with two baffles which are distributed at intervals, wherein one baffle partially covers a port of a first placing space, and the other baffle partially covers a port of a second placing space; every the equal rigid coupling of preceding terminal surface of baffle has a plurality of card grooves of arranging at interval, a plurality of card grooves on the baffle respectively with first place the space or a plurality of passageways one-to-one of placing in the space are placed to the second.