CN218045337U - Medical instrument cabinet - Google Patents
Medical instrument cabinet Download PDFInfo
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- CN218045337U CN218045337U CN202123309226.4U CN202123309226U CN218045337U CN 218045337 U CN218045337 U CN 218045337U CN 202123309226 U CN202123309226 U CN 202123309226U CN 218045337 U CN218045337 U CN 218045337U
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Abstract
The utility model relates to the field of medical equipment, in particular to medical equipment cabinet, include: an independent sleep respirator cavity (19), a wiring cavity and an independent oxygen generator cavity; the sound-absorbing cotton also comprises sound-absorbing cotton (20); the wiring cavity is arranged between a sleeping ventilator cavity back plate (9) of the sleeping ventilator cavity (19) and a cabinet back plate (23). The medical instrument cabinet of the utility model not only provides reasonable placing and working space for medical products such as sleep breathing machine, oxygen generator, sphygmomanometer, etc., but also makes the power line more easily stored and arranged; the sleep breathing machine and the oxygen generator can be placed in the cabinet for use, so that dust can be effectively reduced; and the sound absorption cotton in the cavity of the sleep breathing machine effectively reduces the noise of the breathing machine.
Description
Technical Field
The utility model relates to the field of medical equipment, in particular to medical equipment cabinet.
Background
When a user needs to use various medical appliances, such as a respirator and an oxygen generator, the respirator, the oxygen generator and accessories thereof are usually placed at the bed head. The medical instrument is externally arranged and is easy to be knocked down, so that the medical instrument is damaged artificially, and meanwhile, the sanitation of the medical instrument and accessories of the medical instrument is difficult to ensure. The power cords of the medical devices are entangled and dragged with each other, and are also prone to damage or sudden power failure.
Patent CN202023076488.6 discloses a medical multifunctional cabinet, which is provided with an accommodating cavity for placing a sleep detector and a breathing machine, and is also provided with a drawer for accommodating. However, the sleep detector and the respirator are provided with more leads which are easily intertwined when being placed together, and the sleep detector and the respirator are provided with only one accommodating cavity and are not provided with independent wiring cavities; and its holding chamber is the design of top flip, when needing to detect or set up the breathing machine, needs the manual work to remove it, and the operation is inconvenient. In addition, the breathing machine has the air inlet demand when working to the noise is big, and this patent does not possess the function of ventilating and making an uproar falls.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome current medical treatment and use multifunctional cabinet can not satisfy the breathing machine air inlet demand, do not possess the function of making an uproar, do not possess solitary wiring chamber, need the manual work to move it and get the inconvenient shortcoming of operation to a medical instrument cabinet is provided.
In order to solve the technical problem, the technical scheme of the utility model provides a medical instrument cabinet, include: a cabinet body and a drawer; the medical instrument cabinet further comprises: an independent sleep breathing machine cavity 19, sound absorption cotton 20, an independent wiring cavity and an independent oxygen generator cavity; wherein the content of the first and second substances,
the wiring cavity is arranged between the sleeping ventilator cavity back plate 9 of the sleeping ventilator cavity 19 and the cabinet back plate 23.
As a modification of the above device, the inner wall of the sleep-breathing machine cavity 19 is covered with the sound-absorbing cotton 20.
As an improvement of the above device, a breathing machine tray 7 for placing the sleep breathing machine is slidably mounted at the bottom of the sleep breathing machine cavity 19; a pipeline opening 8 is formed in one side wall of the sleep respirator cavity 19, and a pipeline of the sleep respirator extends out of the cabinet body through the pipeline opening 8; the sleep breathing machine cavity back plate 9 and the cabinet back plate 23 are also provided with ventilation openings, so that the sleep breathing machine cavity is communicated with the outside; the front part of the sleep respirator cavity 19 is also provided with an upturned door 11; wherein, the tilt-up door 11 is provided with an observation window, and the observation window is sealed by a tilt-up door glass plate 14.
As a modification of the above device, the wiring chamber is disposed between the sleep-breathing machine chamber back plate 9 and the cabinet back plate 23, wherein the sleep-breathing machine chamber back plate 9 extends up and down to the cabinet top plate 18 and the cabinet bottom plate 2; the wiring cavity includes: the sleep breathing machine cavity back plate 9, the cabinet top plate 18, the cabinet bottom plate 2 and the cabinet back plate 23;
a first power strip is arranged in the wiring cavity; the power line of the first power strip penetrates through the wiring cavity to be connected with the fixed power socket; the side wall, the top plate and the bottom plate of the wiring cavity are also provided with power supply communication holes. The electric equipment placed or installed in the space connected with the wiring cavity, such as a power line of a medical instrument, an induction lamp, an oxygen generator or a sleep respirator in the drawer, can penetrate through the power supply communication open hole of the wiring cavity to be connected with the first power strip.
As a modification of the above device, an adapter support plate 10 flush with the respirator tray 7 is horizontally arranged in the wiring cavity, and the wiring cavity is divided into an upper wiring cavity 25 and a lower wiring cavity 26; wherein, the adapter supporting plate 10 is provided with a power supply communication hole; the adapter of the sleep respirator is placed on the adapter plate 10, and the power line of the adapter plate is connected with the first power strip. As an improvement of the device, the cabinet body is provided with a cabinet body partition board 1; the cabinet body partition board 1 is perpendicular to the cabinet top board 18 and the cabinet bottom board 2, and the top end of the cabinet body partition board is connected with the cabinet top board 18, and the bottom end of the cabinet body partition board is connected with the cabinet bottom board 2; a lower sleep breathing machine partition plate 13 parallel to the cabinet bottom plate 2 and a sleep breathing machine cavity back plate 9 parallel to the cabinet back plate 23 are arranged between the cabinet partition plate 1 and the cabinet second side plate 22.2; the rear side edge of the lower sleeping respirator partition plate 13 is connected with the sleeping respirator cavity back plate 9 and is fixed with the cabinet partition plate 1 and the cabinet second side plate 22.2 through corner connectors; the sleep breathing machine cavity back plate 9, the sleep breathing machine lower partition plate 13, the cabinet top plate 18, the cabinet partition plate 1 and the cabinet second side plate 22.2 jointly form an independent sleep breathing machine cavity 19; the cabinet back plate 23 is provided with a sleep breathing machine access door at a position corresponding to the sleep breathing machine cavity;
an oxygen generator partition plate 3 parallel to the lower partition plate 13 of the sleep breathing machine is arranged between the partition plate 1 of the cabinet body and the first side plate 22.1 of the cabinet; the oxygen generator partition plate 3 is fixed with the cabinet partition plate 1 and the cabinet first side plate 22.1 through an angle bracket; the cabinet back plate 23 is provided with an opening at the corresponding position of the oxygen generator cavity; the cabinet body partition plate 1, the cabinet first side plate 22.1, the oxygen generator partition plate 3 and the cabinet top plate 18 jointly form an independent oxygen generator cavity.
As an improvement of the device, the cabinet body is provided with a cabinet body partition board 1; the cabinet body partition board 1 is perpendicular to the cabinet top board 18 and the cabinet bottom board 2, and the top end of the cabinet body partition board is connected with the cabinet top board 18, and the bottom end of the cabinet body partition board is connected with the cabinet bottom board 2; a lower sleep breathing machine partition plate 13 parallel to the cabinet bottom plate 2 and a sleep breathing machine cavity back plate 9 parallel to the cabinet back plate 23 are arranged between the cabinet partition plate 1 and the cabinet first side plate 22.1; the rear side edge of the lower sleep respirator partition plate 13 is connected with the sleep respirator cavity back plate 9 and is fixed with the cabinet partition plate 1 and the cabinet first side plate 22.1 through corner connectors; the sleep breathing machine cavity back plate 9, the sleep breathing machine lower partition plate 13, the cabinet top plate 18, the cabinet body partition plate 1 and the cabinet first side plate 22.1 jointly form an independent sleep breathing machine cavity; the cabinet back plate 23 is provided with a sleep breathing machine access door at a position corresponding to the sleep breathing machine cavity;
the cabinet back plate 23 and the sleep breathing machine cavity back plate 9 are provided with openings at corresponding positions of the oxygen generator cavity; the cabinet body partition plate 1, the cabinet first side plate 22.1, the cabinet bottom plate 2 and the sleep breathing machine lower partition plate 13 jointly form an independent oxygen generator cavity.
As a modification of the above device, an induction lamp 15 and a cabinet leg 12 or a roller for supporting the cabinet body are also arranged below the cabinet bottom plate 2.
As a modification of the above apparatus, the sleep-breathing machine chamber 19 further includes: a storage glass plate 27 and corner connectors horizontally arranged on two side walls of the sleep breathing machine cavity; wherein, the glass plate 27 is placed on the corner connector.
As an improvement of the above apparatus, the medical instrument cabinet includes: a modular cartridge assembly 16 and/or a display screen 24 and/or a camera mounted on the cabinet top plate 18; wherein the cartridge assembly 16 comprises: a loudspeaker 16.3, an embedded socket 16.1, an emergency alarm button 16.2 and an electric control board 16.4; wherein, the first and the second end of the pipe are connected with each other,
the power line of the embedded socket 16.1 penetrates into the wiring cavity to be connected with the first power strip; and the socket on the embedded socket 16.1 can be used for the user to take power in daily life.
The electric control board is connected with the sleep breathing machine through Bluetooth and is connected with the loudspeaker and/or the display screen 24 and/or the camera through cables.
The utility model has the advantages that the medical instrument cabinet of the utility model can provide reasonable placing and working space for medical products such as sleep breathing machine, oxygen generator, sphygmomanometer, etc.; due to the design of the independent sleep breathing machine cavity, the independent oxygen generator cavity and the wiring cavity, power lines of the sleep breathing machine, the oxygen generator, the induction lamp and other medical equipment are easier to store and arrange and are arranged neatly without mutual dragging; the cavity of the sleep breathing machine is provided with a vent and a pipeline opening, so that the sleep breathing machine can be placed in the cabinet for use; the sound-absorbing cotton in the cavity of the sleep respirator effectively reduces the noise of the respirator, and a detachable glass plate is arranged in the sleep respirator and used for placing a respirator and a pipeline, so that the dust falling effect is achieved by combining the design of an upturned door; a breathing machine tray is also arranged in the sleeping breathing machine cavity, and a user can easily pull out the breathing machine when needing to set or check the breathing machine; in addition, an oxygen generator is arranged in the oxygen generator cavity, so that the oxygen generator has an oxygen therapy function, and the requirement of dust fall is met by combining a door opening design; the drawer in the cabinet can be used for placing detection lamp medical equipment and daily used medicines, so that the storage space is enlarged, and a user can conveniently detect and take medicines; at night, the user walks to light the induction lamp, so that the safety is improved; the top of the cabinet body is also provided with a module box assembly body, and a display screen or/and a loudspeaker of the module box assembly body can broadcast the use state and monitoring information of the sleep breathing machine; the emergency alarm button in the module box assembly body enables a user to timely inform family or a hospital when encountering an emergency.
Drawings
Fig. 1 is a schematic structural diagram of embodiment 1 of the present invention;
FIG. 2 isbase:Sub>A first cross-sectional view taken along A-A of FIG. 1;
FIG. 3 isbase:Sub>A second cross-sectional view taken along line A-A of FIG. 1;
FIG. 4 is a cross-sectional view taken along line B-B of FIG. 1;
FIG. 5 is a cross-sectional view taken along J-J of FIG. 4;
fig. 6 is a schematic structural view of the display screen of the present invention;
fig. 7 is a schematic diagram of the structure of the module box assembly integrated with the display screen.
Reference symbols of the drawings
1. Cabinet body partition board 2, cabinet bottom board 3, oxygenerator partition board
6. Drawer 7, breathing machine tray 8, pipeline opening
9. Back plate 10 of sleep respirator cavity, adapter supporting plate 11 and upturned door
12. Cabinet legs 13, lower baffle 14 of sleep breathing machine and glass plate with turnover door
15. Induction lamp 16, module box assembly 16.1 and embedded socket
16.2, emergency alarm button 16.3, loudspeaker 16.4 and electric control board
17. Drawer handle 18, cabinet top plate 19 and sleep respirator cavity
20. Sound-absorbing cotton 21, slide rail 22.1 and first cabinet side plate
22.2, second cabinet side plate 23, cabinet back plate 24 and display screen
25. Upper wiring chamber 26, lower wiring chamber 27, and storage glass plate
Detailed Description
The technical solution provided by the present invention is further illustrated by the following embodiments.
The breathing machine cavity 19 and the oxygen generator cavity of the medical equipment cabinet provided by the utility model are of an open up-and-down structure, namely the oxygen generator is arranged below and the breathing machine is arranged above, or are of an open left-and-right structure, namely the oxygen generator and the breathing machine are respectively arranged left and right, which is similar to an open goods shelf form; the medical instrument cabinet can be fixed on the wall surface, and can also be supported by the cabinet legs 12 or the pulleys to be independently arranged.
Medical instrument cabinet is by cabinet leg 12 support cabinet body, and the cabinet body comprises oxygenerator chamber, sleep breathing machine chamber 19, ecological equipment drawer chamber 6, free drawer chamber 6, maintenance chamber (go up wiring chamber 25 and lower wiring chamber 26), interactive module 16 and frame panel, and wherein oxygenerator chamber, sleep breathing machine chamber 19 are special, and ecological equipment drawer chamber is used for depositing other ecological monitoring facilities.
As shown in fig. 1-4, the interactive module 16 is fixed on the cabinet and is composed of an electric control board 16.4, an embedded socket 16.1, a speaker 16.3, an emergency button 16.2 and a frame plate.
The cabinet bottom plate 2, the first cabinet side plate 22.1, the second cabinet side plate 22.2 and the cabinet top plate 18 are detachably assembled, such as mortise and tenon (but not limited to) structures;
a sliding assembly structure of a buckle screw or a half-through buckle (but not limited to) is adopted between the cabinet partition plate 1 and the cabinet bottom plate 2 as well as the cabinet top plate 18;
the oxygen generator partition plate 3 is detachably assembled, so that customers can conveniently select oxygen generators with different specifications;
the drawer assembly body 6 and the breathing machine tray assembly body 7 are assembled by adopting a sliding rail 21 (but not limited), the breathing machine is placed in the breathing machine tray 7, so that a user can conveniently pull and adjust parameters, the breathing machine can be placed in a cabinet to close a cabinet door 11 for use when in use, a pipeline is pulled out through an opening at a pipeline opening 8 of a side plate of the cabinet and is placed in the cabinet for use and storage, the dustproof and noise reduction effects are achieved, the privacy of the user is protected, medical equipment such as monitoring and daily use medicines can be placed in the two drawers 6, and the monitoring and the medicine taking are convenient to timely monitor and take medicine;
the storage glass plate 27 is detachably assembled, so that a user can conveniently detach and clean the storage glass plate;
the breathing machine back plate 9 adopts a sliding assembly structure of a buckle screw or a half-through buckle (but not limited), and cannot be opened, and an air inlet hole is formed in the breathing machine back plate to meet the air inlet requirement of the breathing machine;
the adapter supporting plate 7 is detachably assembled;
a rear door (a breathing machine access door) of the socket cavity is assembled by using a hinge (but not limited), and cannot be opened randomly by adopting an assembly mode of a spring buckle and a bottom plate locking screw (but not limited);
the respirator flap door 11 is opened in a flap sliding (but not limited) mode, and is provided with flap sliding hardware;
the cabinet legs 12 are connected with the cabinet bottom plate 2 through screws (but not limited), and can also use rollers, so that the free movement of a user is facilitated;
the lower baffle 13 of the sleep respirator is fixedly assembled below the respirator tray 7;
the flap glass plate 14 is assembled on the respirator flap 11;
the induction lamp 15 is fixed on the cabinet bottom plate 2, and the user gets out of the bed at night and automatically induces and lights up;
the handle of the drawer 6 is fixed by using a screw (but not limited to);
as shown in fig. 2, the module box assembly 16 comprises a first side plate of the module box, a second side plate of the module box, a first end plate of the module box, a second end plate of the module box, a bottom plate of the module box, and a top plate of the module box, and is configured to be detachable, such as mortise and tenon (but not limited to), and the back plate of the module box is connected to the first and second end plates by screws (but not limited to); wherein, the emergency alarm button 16.2 and the loudspeaker 16.3 are arranged on the first end plate and the second end plate of the module box, and the electric control board 16.4 is assembled on the back plate of the module box; the cartridge assembly 16 is attached to the cabinet top plate 18 by screws (but not limited to); as shown in fig. 1-5, the modular case assembly 16 is equipped with a speaker 16.3 for voice broadcast; as shown in fig. 6-7, the sleep health medical instrument cabinet can also use the mode of the combination of the display screen 24 and the speaker 16.3 for displaying and broadcasting, as shown in fig. 7, the display screen 24 can be integrated with the module box assembly 16, as shown in fig. 6, and the display screen 24 can also be independently provided. As shown in fig. 1-5, the technical solution of the present invention provides a medical equipment cabinet, including: a cabinet body and a drawer; the medical instrument cabinet further comprises: an independent sleep breathing machine cavity 19, sound absorption cotton 20, an independent wiring cavity and an independent oxygen generator cavity; wherein the content of the first and second substances,
the wiring cavity is arranged between the back plate 9 of the sleep breathing machine cavity 19 and the back plate 23 of the cabinet.
Specifically, the inner wall of the sleep-breathing machine cavity 19 is covered with the sound-absorbing cotton 20.
Specifically, a breathing machine tray 7 for placing a sleep breathing machine is slidably mounted at the bottom of the sleep breathing machine cavity 19; a pipeline opening 8 is formed in one side wall of the sleep respirator cavity 19, and a pipeline of the sleep respirator extends out of the cabinet body through the pipeline opening 8; the sleep breathing machine cavity back plate 9 and the cabinet back plate 23 are also provided with ventilation openings, so that the sleep breathing machine cavity is communicated with the outside; the front part of the sleep respirator cavity 19 is also provided with an upturned door 11; wherein, the tilt-up door 11 is provided with an observation window, and the observation window is sealed by a tilt-up door glass plate 14.
Specifically, the wiring cavity is arranged between the sleep breathing machine cavity back plate 9 and the cabinet back plate 23, wherein the sleep breathing machine cavity back plate 9 extends upwards and downwards to the cabinet top plate 18 and the cabinet bottom plate 2; the wiring cavity includes: the sleep breathing machine cavity back plate 9, the cabinet top plate 18, the cabinet bottom plate 2 and the cabinet back plate 23;
a first power strip is arranged in the wiring cavity; the power line of the first power strip penetrates through the wiring cavity to be connected with the fixed power socket; the side wall, the top plate and the bottom plate of the wiring cavity are also provided with power supply communication holes. The electric equipment which is placed or installed in the space connected with the wiring cavity, such as a power line of a medical instrument, an induction lamp, an oxygen generator or a sleep respirator in the drawer, can penetrate through the power supply communication open hole of the wiring cavity to be connected with the first power strip.
Specifically, an adapter supporting plate 10 which is flush with the respirator tray 7 is horizontally arranged in the wiring cavity, and the wiring cavity is divided into an upper wiring cavity 25 and a lower wiring cavity 26; wherein, the adapter supporting plate 10 is provided with a power supply communication hole; the adapter of the sleep respirator is placed on the adapter plate 10, and the power line of the adapter plate is connected with the first power strip.
Specifically, an induction lamp 15 and cabinet legs 12 or rollers for supporting the cabinet body are further arranged below the cabinet bottom plate 2.
Specifically, the sleep-breathing machine chamber 19 further includes: a storage glass plate 27 and corner connectors horizontally arranged on two side walls of the sleep breathing machine cavity; wherein, the glass plate 27 is placed on the corner connector.
Specifically, the medical instrument cabinet includes: a modular cartridge assembly 16 and/or a display screen 24 and/or a camera mounted on the cabinet top plate 18; wherein the cartridge assembly 16 comprises: 16.3 loudspeaker, 16.1 embedded socket, 16.2 emergency alarm button and 16.4 electric control board; wherein, the first and the second end of the pipe are connected with each other,
the power line of the embedded socket 16.1 penetrates into the wiring cavity to be connected with the first power strip;
the electric control board is connected with the sleep breathing machine through Bluetooth and is connected with the loudspeaker and/or the display screen 24 and/or the camera through cables.
Example 1
The oxygen generator cavity and the sleep respirator cavity are of a left and right placing structure;
the cabinet body is provided with a cabinet body partition plate 1; the cabinet body partition board 1 is perpendicular to the cabinet top board 18 and the cabinet bottom board 2, and the top end of the cabinet body partition board is connected with the cabinet top board 18, and the bottom end of the cabinet body partition board is connected with the cabinet bottom board 2; a lower sleep breathing machine partition plate 13 parallel to the cabinet bottom plate 2 and a sleep breathing machine cavity back plate 9 parallel to the cabinet back plate 23 are arranged between the cabinet partition plate 1 and the cabinet second side plate 22.2; the rear side edge of the lower sleep respirator partition plate 13 is connected with the sleep respirator cavity back plate 9 and is fixed with the cabinet partition plate 1 and the cabinet second side plate 22.2 through corner connectors; the sleep breathing machine cavity back plate 9, the sleep breathing machine lower partition plate 13, the cabinet top plate 18, the cabinet partition plate 1 and the cabinet second side plate 22.2 jointly form an independent sleep breathing machine cavity 19; the cabinet back plate 23 is provided with a sleep breathing machine access door at a position corresponding to the sleep breathing machine cavity;
an oxygen generator partition plate 3 parallel to the lower partition plate 13 of the sleep breathing machine is arranged between the partition plate 1 of the cabinet body and the first side plate 22.1 of the cabinet; the oxygen generator partition plate 3 is fixed with the cabinet partition plate 1 and the cabinet first side plate 22.1 through an angle bracket; the cabinet back plate 23 is provided with an opening at the corresponding position of the oxygen generator cavity; the cabinet body partition plate 1, the cabinet first side plate 22.1, the oxygen generator partition plate 3 and the cabinet top plate 18 jointly form an independent oxygen generator cavity.
Example 2:
based on the structure of embodiment 1, the chamber that cabinet body baffle 1, the first curb plate 22.1 of cupboard, oxygenerator baffle 3 and cupboard bottom plate 2 are constituteed also can regard as the oxygenerator chamber to use.
Example 3:
based on the structure of embodiment 1, get rid of cabinet body baffle 1, the chamber that cupboard bottom plate 2, the first curb plate 22.1 of cupboard, cabinet body baffle 1 and cupboard roof 18 are constituteed also can regard as oxygenerator chamber to use.
Example 4:
the oxygen generator cavity and the sleep respirator cavity are of an up-and-down placing structure;
the cabinet body is provided with a cabinet body partition plate 1; the cabinet body partition board 1 is perpendicular to the cabinet top board 18 and the cabinet bottom board 2, and the top end of the cabinet body partition board is connected with the cabinet top board 18, and the bottom end of the cabinet body partition board is connected with the cabinet bottom board 2; a lower sleep breathing machine partition plate 13 parallel to the cabinet bottom plate 2 and a sleep breathing machine cavity back plate 9 parallel to the cabinet back plate 23 are arranged between the cabinet partition plate 1 and the cabinet first side plate 22.1; the rear side edge of the lower sleep respirator partition plate 13 is connected with the sleep respirator cavity back plate 9 and is fixed with the cabinet partition plate 1 and the cabinet first side plate 22.1 through corner connectors; the sleep breathing machine cavity back plate 9, the sleep breathing machine lower partition plate 13, the cabinet top plate 18, the cabinet body partition plate 1 and the cabinet first side plate 22.1 jointly form an independent sleep breathing machine cavity; the cabinet back plate 23 is provided with a sleep breathing machine access door at a position corresponding to the sleep breathing machine cavity;
the cabinet back plate 23 and the sleep breathing machine cavity back plate 9 are provided with openings at corresponding positions of the oxygen generator cavity; the cabinet body partition plate 1, the cabinet first side plate 22.1, the cabinet bottom plate 2 and the sleep breathing machine lower partition plate 13 jointly form an independent oxygen generator cavity.
As can be seen from the detailed description of the utility model, the medical instrument cabinet of the utility model can provide reasonable placing and working space for medical products such as sleep breathing machine, oxygen generator, sphygmomanometer, etc.; due to the design of the independent sleep breathing machine cavity, the independent oxygen generator cavity and the wiring cavity, power lines of the sleep breathing machine, the oxygen generator, the induction lamp and other medical equipment are easier to store and arrange and are arranged in order without mutual dragging; the cavity of the sleep breathing machine is provided with a vent and a pipeline opening, so that the sleep breathing machine can be placed in the cabinet for use; the sound-absorbing cotton in the cavity of the sleep respirator effectively reduces the noise of the respirator, and a detachable glass plate is arranged in the sleep respirator and used for placing a respirator and a pipeline, so that the dust falling effect is achieved by combining the design of an upturned door; a breathing machine tray is also arranged in the sleeping breathing machine cavity, and a user can easily pull out the breathing machine when needing to set or check the breathing machine; in addition, an oxygen generator is arranged in the oxygen generator cavity, so that the oxygen generator has an oxygen therapy function, and the requirement of dust fall is met by combining a door opening design; the drawer in the cabinet can be used for placing detection lamp medical equipment and daily used medicines, so that the storage space is enlarged, and a user can conveniently detect and take medicines; at night, the user walks to light the induction lamp, so that the safety is improved; the top of the cabinet body is also provided with a module box assembly body, and a display screen or/and a loudspeaker of the module box assembly body can broadcast the use state and monitoring information of the sleep breathing machine; the emergency alarm button in the module box assembly body enables a user to timely inform family or a hospital when encountering an emergency.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and are not limited. Although the present invention has been described in detail with reference to the embodiments, those skilled in the art will understand that modifications and equivalent substitutions can be made to the technical solution of the present invention without departing from the spirit and scope of the technical solution of the present invention, and all of them shall fall within the scope of the claims of the present invention.
Claims (10)
1. A medical device cabinet, comprising: a cabinet body and a drawer; characterized in that, the medical instrument cabinet still includes: an independent sleep respirator cavity (19), an independent wiring cavity and an independent oxygen generator cavity; wherein the content of the first and second substances,
the wiring cavity is arranged between a sleeping ventilator cavity back plate (9) of the sleeping ventilator cavity (19) and a cabinet back plate (23).
2. The medical device cabinet according to claim 1, characterized in that the inner walls of the sleep ventilator cavity (19) are covered with sound absorbing cotton (20).
3. The medical equipment cabinet as claimed in claim 1, wherein a breathing machine tray (7) for placing a sleep breathing machine is slidably mounted at the bottom of the sleep breathing machine cavity (19); a pipeline opening (8) is formed in one side wall of the sleep breathing machine cavity (19), and a pipeline of the sleep breathing machine extends out of the cabinet body through the pipeline opening (8); the sleeping ventilator cavity back plate (9) and the cabinet back plate (23) are also provided with ventilation openings, so that the sleeping ventilator cavity is communicated with the outside; the front part of the sleep respirator cavity (19) is also provided with an upturning door (11); wherein, the upturned door (11) is provided with an observation window, and the observation window is sealed by a glass plate (14) of the upturned door.
4. The medical device cabinet according to claim 1, wherein the wiring chamber is provided between a sleep ventilator chamber back panel (9) and the cabinet back panel (23), wherein the sleep ventilator chamber back panel (9) extends up and down to a cabinet top panel (18) and a cabinet bottom panel (2); the wiring cavity includes: the sleep breathing machine cavity back plate (9), the cabinet top plate (18), the cabinet bottom plate (2) and the cabinet back plate (23);
a first power strip is arranged in the wiring cavity; the power line of the first power strip penetrates through the wiring cavity to be connected with the fixed power socket; the side wall, the top plate and the bottom plate of the wiring cavity are also provided with power supply communication holes.
5. The medical equipment cabinet according to claim 4, wherein an adapter support plate (10) flush with a respirator tray (7) is horizontally arranged in the wiring cavity to divide the wiring cavity into an upper wiring cavity (25) and a lower wiring cavity (26); wherein, the adapter supporting plate (10) is provided with a power supply communication open hole; the adapter of the sleep breathing machine is placed on the adapter support plate (10), and the power line of the sleep breathing machine is connected with the first power strip.
6. The medical device cabinet according to claim 1, wherein the cabinet body is provided with a cabinet body partition (1); the cabinet body partition plate (1) is perpendicular to the cabinet top plate (18) and the cabinet bottom plate (2), the top end of the cabinet body partition plate is connected with the cabinet top plate (18), and the bottom end of the cabinet body partition plate is connected with the cabinet bottom plate (2); a lower sleep breathing machine partition plate (13) parallel to the cabinet bottom plate (2) and a sleep breathing machine cavity back plate (9) parallel to the cabinet back plate (23) are arranged between the cabinet partition plate (1) and the second cabinet side plate (22.2); the rear side edge of the lower sleeping respirator partition plate (13) is connected with the sleeping respirator cavity back plate (9) and is fixed with the cabinet partition plate (1) and the cabinet second side plate (22.2) through corner connectors; the sleep breathing machine cavity back plate (9), the sleep breathing machine lower partition plate (13), the cabinet top plate (18), the cabinet partition plate (1) and the cabinet second side plate (22.2) jointly form an independent sleep breathing machine cavity (19); the cabinet back plate (23) is provided with a sleep breathing machine access door at a position corresponding to the sleep breathing machine cavity;
an oxygen generator partition plate (3) parallel to the sleep breathing machine lower partition plate (13) is arranged between the cabinet body partition plate (1) and the cabinet first side plate (22.1); the oxygen generator partition plate (3) is fixed with the cabinet partition plate (1) and the cabinet first side plate (22.1) through corner connectors; the cabinet back plate (23) is provided with an opening at the corresponding position of the oxygen generator cavity; the cabinet body partition plate (1), the cabinet first side plate (22.1), the oxygen generator partition plate (3) and the cabinet top plate (18) jointly form an independent oxygen generator cavity.
7. The medical device cabinet according to claim 1, wherein the cabinet body is provided with a cabinet body partition (1); the cabinet body partition plate (1) is perpendicular to the cabinet top plate (18) and the cabinet bottom plate (2), the top end of the cabinet body partition plate is connected with the cabinet top plate (18), and the bottom end of the cabinet body partition plate is connected with the cabinet bottom plate (2); a lower sleep breathing machine partition plate (13) parallel to the cabinet bottom plate (2) and a sleep breathing machine cavity back plate (9) parallel to the cabinet back plate (23) are arranged between the cabinet partition plate (1) and the cabinet first side plate (22.1); the rear side edge of the lower sleep respirator partition plate (13) is connected with the sleep respirator cavity back plate (9) and is fixed with the cabinet partition plate (1) and the cabinet first side plate (22.1) through corner connectors; the sleep breathing machine cavity back plate (9), the sleep breathing machine lower partition plate (13), the cabinet top plate (18), the cabinet body partition plate (1) and the cabinet first side plate (22.1) jointly form an independent sleep breathing machine cavity; a sleep breathing machine access door is arranged at the position, corresponding to the sleep breathing machine cavity, of the cabinet back plate (23);
the cabinet back plate (23) and the sleep breathing machine cavity back plate (9) are provided with openings at corresponding positions of the oxygen generator cavity; the oxygen generator cavity is formed by the cabinet body partition plate (1), the cabinet first side plate (22.1), the cabinet bottom plate (2) and the sleep breathing machine lower partition plate (13) together.
8. The medical device cabinet according to claim 1, wherein an induction lamp (15) and a cabinet leg (12) or a roller for supporting the cabinet body are further arranged below the cabinet bottom plate (2).
9. The medical equipment cabinet of claim 1, wherein the sleep ventilator cavity (19) further comprises: a storage glass plate (27) and corner connectors horizontally arranged on two side walls of the sleep breathing machine cavity; wherein, put thing glass board (27) and place on the angle sign indicating number.
10. The medical equipment cabinet of claim 4, comprising: a modular cassette assembly (16) and/or a display screen (24) and/or a camera mounted on the cabinet top plate (18); wherein the cartridge assembly (16) comprises: the device comprises a loudspeaker (16.3), an embedded socket (16.1), an emergency alarm button (16.2) and an electric control board (16.4); wherein the content of the first and second substances,
the power line of the embedded socket (16.1) penetrates into the wiring cavity to be connected with the first power strip;
the electric control board is connected with the sleep breathing machine through Bluetooth and is connected with the loudspeaker and/or the display screen (24) and/or the camera through cables.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123309226.4U CN218045337U (en) | 2021-12-27 | 2021-12-27 | Medical instrument cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123309226.4U CN218045337U (en) | 2021-12-27 | 2021-12-27 | Medical instrument cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218045337U true CN218045337U (en) | 2022-12-16 |
Family
ID=84412600
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123309226.4U Active CN218045337U (en) | 2021-12-27 | 2021-12-27 | Medical instrument cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218045337U (en) |
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2021
- 2021-12-27 CN CN202123309226.4U patent/CN218045337U/en active Active
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