CN220833437U

CN220833437U - Digital radiation table

Info

Publication number: CN220833437U
Application number: CN202321611793.1U
Authority: CN
Inventors: 魏学惠
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-06-21
Filing date: 2023-06-21
Publication date: 2024-04-26
Anticipated expiration: 2033-06-21

Abstract

The utility model discloses a digital radiation table, and belongs to the field of infant medical care equipment. It comprises the following steps: the nursing bed is a radiation bed or a weighing bed, and the radiation box is positioned above the nursing bed and used for radiating radiation light to the nursing bed; the camera is arranged on the radiation box or the peripheral support frame to record the nursing process of a worker on a nursing bed for infants in real time, and the peripheral support frame is arranged beside the nursing bed; and the computer is arranged on the rack or the computer, and is electrically connected with the camera so as to store and display the data information recorded by the camera. The utility model can reduce the regrets of parents of infants.

Description

Digital radiation table

Technical Field

The utility model belongs to the field of infant medical care equipment, and particularly relates to a digital radiation table.

Background

After the baby falls, the parents of the baby want to record the process of leaving the baby from the mother as a love, and the process of leaving the baby from the mother can be shared with the child after the child grows up, and can play a role in the thanksgiving of the child. The digital radiation table can also be called as an infant radiation warm-keeping table, is mainly used for nursing and keeping warm of infants, premature infants, sick infants and feeble infants, provides a suitable environment for premature infants and sick infants, and is used for infusion, rescue, hospitalization observation and the like of newborn infants.

The existing radiation table does not have the function of recording the nursing and warming processes after the baby leaves the mother, when the parents of the baby want to record the processes after the baby leaves the mother as a love, even when the parents share the processes after the baby leaves the mother with the children after the children grow up, the parents can only speak the specific processes after the baby leaves the mother through language. Meanwhile, in actual work, in order to protect privacy of a mother and an infant, monitoring is not basically arranged in an existing delivery room.

Therefore, the existing parents of infants often cannot record the process of the infant after leaving the mother in detail and clearly, so that the parents of infants and the children after reaching the parents often leave a large regrets, and therefore, innovation is necessary.

Disclosure of utility model

The utility model aims to provide a digital radiation table, which aims to solve the problem that the existing radiation table does not have the function of recording the nursing and warming process after an infant leaves a mother, so that parents of the infant always leave a large regret.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

A digital radiation table comprising:

The nursing bed is a radiation bed or a weighing bed, and the radiation box is positioned above the nursing bed and used for radiating radiation light to the nursing bed;

The camera is arranged on the digital radiation table, or around the digital radiation table, or on the first bracket, so as to record the nursing process of a worker on a nursing bed for infants in real time;

The computer is a remote computer, is installed on the digital radiation table or around the digital radiation table, and is connected with the camera to store and display video information recorded by the camera.

In a preferred embodiment of the utility model, the computer is mounted on a second support, or on the inner wall or the top surface of the delivery room in which the digital radiation table is located, the second support being mounted beside the care bed or on the ground.

In a preferred embodiment of the utility model, the camera is mounted on a first bracket or on an inner wall or a top surface of a delivery room where the digital radiation table is located, and the first bracket is mounted beside the care bed or on the ground.

In a preferred embodiment of the utility model, the utility model further comprises a base and a foot switch, wherein the foot switch comprises a weighing switch and/or a radiation switch, the weighing switch and/or the radiation switch are/is arranged at the upper end of the base, and a plurality of universal wheels are connected at the lower end of the base.

In a preferred embodiment of the utility model, the utility model further comprises a skin temperature sensor for acquiring skin temperature information of the infant in the care bed and transmitting the skin temperature information to the radiation controller.

In a preferred embodiment of the utility model, the nursing bed further comprises a support plate which is arranged on the frame and is positioned below the nursing bed, the nursing bed is detachably arranged on the support plate, and a sliding limiting assembly which can enable the nursing bed to slide on the support plate is connected between the nursing bed and the support plate.

In a preferred embodiment of the utility model, the sliding limiting assembly comprises a power piece, a screw rod and a sliding block, wherein the power piece is arranged on the supporting plate, the screw rod is rotatably arranged on the supporting plate, the sliding block is sleeved on the screw rod, the output end of the power piece is connected with the screw rod, and the sliding block is connected with the lower end of the nursing bed.

In a preferred embodiment of the present utility model, a monitoring module is further disposed in the computer, and the monitoring module is configured to monitor and display the working states of the computer, the camera and the foot switch in real time.

In a preferred embodiment of the utility model, the utility model further comprises a radiation controller, wherein the radiation controller is arranged on the rack and positioned between the nursing bed and the radiation box, and a plurality of radiation display adjusting modules for displaying or adjusting the working state of the radiation box are arranged on the radiation controller.

It should be noted that, the computer described in the present application has not only a computing function, but also a display function, so that a worker can process data information such as video and pictures, and the computer can be one of a background server, a computing and displaying integrated machine, a desktop computer with a display, a tablet computer, and other electronic devices, and the main function of the computer is to enable the worker to record video of an infant acquired by a camera through the background server, and clip the recorded video of the infant, so as to finally obtain the birth video of the infant.

The beneficial effects of the utility model are as follows:

The radiation box can radiate radiation light to the nursing bed according to the preset temperature and radiation light intensity so as to care and keep warm the baby; the camera can be used for recording the nursing process of a worker on the nursing bed for the baby in real time, so that the baby nursing process on the digital radiation table can be recorded in detail and clearly after the baby leaves the mother, and the regrets of parents of the baby are reduced; the computer can store and display the baby recorded video recorded by the camera, so that a worker can clip the baby recorded video to obtain baby clip video, and the regrets of parents of babies are reduced.

Drawings

FIG. 1 is a schematic diagram of a digital radiation table according to the present utility model;

FIG. 2 is a schematic view of the structure of FIG. 1 in the left-hand direction;

FIG. 3 is a schematic view of the structure of FIG. 1 in the front view direction;

Fig. 4 is a schematic structural diagram of a computer.

Reference numerals; 1. a computer; 11. a fixed video pre-storing module; 12. a video clip uploading module; 13. a user information uploading module; 14. the birthday characteristic information conversion module; 15. a video synthesis module; 16. a monitoring module; 17. a data storage module; 2. a frame; 3. a nursing bed; 4. a camera; 5. a radiation box; 6. a foot switch; 61. a weighing switch; 62. a nursing switch; 7. a radiation controller; 71. a radiation display adjustment module; 72. a skin temperature sensor; 8. a support plate; 81. a sliding limit assembly; 82. a power member; 83. a screw rod; 84. a slide block; 91. a base; 92. and a universal wheel.

Detailed Description

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the present utility model will be briefly described below with reference to the accompanying drawings and the description of the embodiments or the prior art, and it is obvious that the following description of the structure of the drawings is only some embodiments of the present utility model, and other drawings can be obtained according to these drawings without inventive effort to a person skilled in the art. It should be noted that the description of these examples is for aiding in understanding the present utility model, but is not intended to limit the present utility model.

With the development of multimedia technology, video films are widely applied to the life of people, and not only can the video films record the spot drops in the life of people, but also can play a role in commemoration and sharing, and are becoming popular with people.

Currently, parents of infants and/or young children themselves want to know the video of the infant from birth to growth to be loved or shared. For this reason, the parents of the existing infants and/or the children after the growth of the infants themselves want to obtain the record of the process after the infants (themselves) leave the mother, however, for the infants requiring the nursing and warmth keeping of the radiation table, the existing radiation table does not have the function of recording the nursing and warmth keeping process after the infants leave the mother, and the delivery room is not provided with a video monitor, so that it is difficult to see the warmth keeping process of the specific nursing of the infants by the staff, even because the staff does not want to display the facial information of the staff in the recorded video of the infants, and the like, so that the parents of the infants and/or the children after the growth of the infants themselves cannot record the process after the infants leave the mother in detail and clearly, and the parents of the infants and/or the children after the growth of the children themselves leave a large regretta, so that improvement is needed.

Meanwhile, because the delivery room is not provided with a monitoring video, or in order to reduce the doctor-patient contradiction, people can hardly acquire the nursing process video (such as umbilical cord cutting, hand ring or foot ring carrying, footprint, height measuring, weighing, wrapping and the like) of the baby on the radiation table after the baby leaves the mother from the hospital, so that the parents of the existing baby or the child after the baby grows up can have a large regret.

The present application provides a digital radiation table for solving the problem that the existing radiation table does not have a function of recording the care warming process after the infant leaves the mother, so that parents of the infant always leave a large regrets, which comprises:

As shown in fig. 1 to 4, a frame 2, a nursing bed 3 and a radiation box 5, wherein the nursing bed 3 and the radiation box 5 are detachably installed on the frame 2, the nursing bed 3 is a radiation bed or a weighing bed, and the radiation box 5 is positioned above the nursing bed 3 and used for radiating radiation light to the nursing bed 3;

The camera 4 is arranged on the digital radiation table, or around the digital radiation table, or on the first bracket, so as to record the nursing process of the staff on the nursing bed 3 for infants in real time, wherein the nursing process comprises umbilical cord cutting, bracelet or foot ring carrying, footprint printing, height measurement, weighing, package and the like;

The computer 1 is a remote computer, and is installed on the digital radiation table or around the digital radiation table, and the computer 1 is connected with the camera 4 to store and display video information recorded by the camera 4.

In actual operation, the computer 1 and the camera 4 may be electrically connected, and the electrical connection may be through a wire or an optical cable, or may be through a wired network or a wireless network, where the connection mainly enables (video) data transmission between the computer 1 and the camera 4.

The radiation box 5 can radiate radiation light to the nursing bed 3 according to preset temperature and radiation light intensity so as to care and keep warm the baby; the camera 4 can be used for recording the nursing process of a worker on the nursing bed 3 on a real-time basis, so that after a baby (infant) parent always gets the infant away from the mother, the nursing process on the digital radiation table records videos in detail and clearly (namely, the infant records videos), and the regrets of the infant parent are reduced; the computer 1 can store and display the baby recorded video recorded by the camera 4, so that a worker can clip the baby recorded video to obtain baby clip video.

The computer 1 is installed on a second bracket or on the inner wall or the top surface of the delivery room where the digital radiation table is located, and the second bracket is installed beside the nursing bed 3 or is arranged on the ground. In practice, the computer 1 may be mounted on the frame 2 or on the cabinet 5, so that the application also enables the computer 1 to be mounted beside the digital radiation table.

The camera 4 is mounted on a first bracket or on the inner wall or the top surface of the delivery room where the digital radiation table is located, and the first bracket is mounted beside the nursing bed 3 or on the ground. In practice, the camera 4 may be mounted on the frame 2 or on the radiation box 5, so that the application also enables the camera 4 to be mounted beside the digital radiation table.

In actual operation, the camera 4 and/or the computer 1 can be arranged on the side wall of the delivery room, and the camera 4 can also be arranged on the wall of the delivery room, so that the application realizes the arrangement of the computer 1 on the inner wall of the delivery room.

The computer 1 is internally provided with a fixed video pre-storing module 11, a video clip uploading module 12, a user information uploading module 13, a birthday characteristic information converting module 14, a data storage module and a video synthesizing module 15. Thus, the application realizes the layout of the computer 1, the computer 1 can be a computer with a display, also can be a tablet computer and other parts, and people can finish the functions of information input, video editing and synthesis on the computer 1, and the application is specific:

The fixed video pre-storing module 11 is used for storing a plurality of preset fixed videos, wherein the plurality of fixed videos comprise a head video, a fetal animation, a hospital introduction video and a tail video; in actual operation, the application can be provided with a plurality of video clips, a plurality of fetal animations, a plurality of introduction videos of hospitals and a plurality of video clips for parents of infants to select, thereby improving the interestingness, the participation and the interactivity of the application and enabling the recorded video of the infants to have more commemorative value.

The video clip uploading module 12 is configured to clip the infant recorded video recorded by the camera 4, and store the infant clip video obtained by clipping into the storage module;

The video clip uploading module 12 is mainly used for deleting and clipping repeated, unclear, uncomfortable and other videos in the recorded video of the baby so as to select the video with great commemorative significance, and in the process, people can add configuration instructions such as proper characters and the like to the video; meanwhile, the baby recording video comprises a first recording video and a second recording video, wherein the first recording video is a nursing video when a worker recorded by the camera 4 nurses a baby on a radiation bed, the second recording video is a weighing video when the worker recorded by the camera 4 weighs the baby on a weighing bed, and the baby recording video comprises an umbilical cord cutting video, a video with a bracelet or a foot ring, a footprint video, a height measuring video, a wrapping video, a weighing video and the like.

The user information uploading module 13 is configured to provide a user information uploading interface for obtaining user identity information, where the user identity information includes at least one of baby birth time, parent wedding and pregnancy, parent name, birth hospital, baby physical feature, baby birth date and parent mailing; under the action of the user identity information, the method has stronger uniqueness and commemorative sharing significance and is more suitable for large-scale popularization.

In actual operation, the user information uploading interface may be a digital interface in the form of a computer end page, a mobile phone webpage end page, a public number and the like, so long as the user information uploading interface can upload user identity information, the computer responds to the user identity information on the user information uploading interface and generates corresponding video materials, the video materials comprise pictures, characters, audio, videos and the like, and the contents of the parts are in the prior art and are not described herein.

The birthday feature information conversion module 14, the birthday feature information conversion module (14) is configured to generate corresponding birthday feature information according to the date of birth of the infant through a preset plug-in tool, where the birthday feature information includes at least one of a Chinese zodiac and a constellation; under the action of the birthday characteristic information, the application has stronger uniqueness and commemorative sharing meaning and is more suitable for large-scale popularization. In actual operation, the birthday characteristic information (the Chinese zodiac and the constellation) can also be used as a video material, people can display the birthday characteristic information in modes of pictures, characters, audio, video and the like, meanwhile, people can concentrate all the birthday characteristic information on one picture, and can also display the birthday characteristic information through different pictures or videos, and for the part of content, people can select according to own needs and are not repeated here.

The video synthesis module 15 is configured to arrange the infant clip video, the plurality of preset fixed videos, the user identity information and the birthday feature information according to a preset video arrangement sequence through a preset video synthesis tool, so as to synthesize an infant birth video; therefore, the baby birth video with commemorative meaning and sharing meaning is obtained, parents of babies can recall the situation of the babies when the babies are born, the babies can know the difficult and painful processes of the pregnant and the pregnant of the mothers and know the situation of the babies just at birth, the immersive thanksgiving education to the babies is achieved, family harmony is promoted, and the baby birth video is suitable for popularization.

Preferably, the application can also reserve data information such as the full month, the year of the week, the year of the ten years, the graduation concept and the like of the infant on the video synthesis module 15, so that the souvenir meaning of the application is stronger.

The data storage module is used for storing data information on the fixed video pre-storing module 11, the video clip uploading module 12, the user information uploading module 13, the birthday characteristic information converting module 14 and the video synthesizing module 15. In actual operation, the data storage module may be a hard disk or a network disk, and people may select according to their own needs, which will not be described here.

The application further comprises a base 91 and a foot switch 6, wherein the foot switch 6 comprises a weighing switch 61 and/or a nursing switch 62, the weighing switch 61 and/or the nursing switch 62 are/is arranged at the upper end of the base 91, and a plurality of universal wheels 92 are connected at the lower end of the base 91.

In actual operation, the universal wheel 92 can conveniently and rapidly convey the baby nursing machine to a proper position, and the weighing switch 61 and/or the nursing switch 62 at the lower end of the rack 2 can conveniently and rapidly open the camera 4 and the computer by the staff because the hands of the staff are needed to care the baby, so that the baby nursing machine is more convenient to use.

In actual operation, when the infant is required to be weighed, the weighing switch 61 is turned on, and the weighing process of the infant is recorded through the camera 4; when the baby needs to be nursed, the nursing switch 62 is turned on, and the nursing process of the baby is recorded through the camera 4, so that the baby nursing device is very convenient to use.

The computer 1 is also internally provided with a monitoring module 16, and the monitoring module 16 is used for monitoring and displaying the working states of the computer 1, the camera 4 and the foot switch 6 in real time. In this way, the working states of the computer 1, the camera 4 and the foot switch 6 can be observed in real time by the monitoring module 16, so that the application is more convenient to use.

The application also comprises a radiation controller 7 for adjusting the working state of the radiation box 5, wherein the radiation controller 7 is arranged on the frame 2 and positioned between the nursing bed 3 and the radiation box 5, and a plurality of radiation display adjusting modules 71 for displaying or adjusting the working state of the radiation box 5 are arranged on the radiation controller 7 so as to enable the function of the radiation controller 7 to be more comprehensive.

In actual operation, the plurality of radiation display adjustment modules 71 include a skin temperature display module for displaying skin temperature of the infant, a heating indication module for adjusting skin temperature of the infant, a time display module for displaying irradiation time of radiation light of the radiation box 5 to the infant, a temperature preset module for setting irradiation temperature of radiation light of the radiation box 5, and a plurality of alarm modules for alarming to staff.

The application further comprises a skin temperature sensor 72, said skin temperature sensor 72 being adapted to collect skin temperature information of the infant on the care bed 3 and to send said skin temperature information to said radiation controller. Thus, the application can collect the skin temperature information of the infant on the nursing bed 3 in real time, thereby better completing the nursing process of the infant.

The application further comprises a supporting plate 8 arranged on the frame 2 and positioned below the nursing bed 3, the nursing bed 3 is detachably arranged on the supporting plate 8, and a sliding limiting assembly 81 capable of enabling the nursing bed 3 to slide on the supporting plate 8 is connected between the nursing bed 3 and the supporting plate 8. Under the action of the sliding limiting component 81, the application can stably and quickly adjust the position of the nursing bed 3 on the supporting plate 8, thereby facilitating the use of the application.

The sliding limiting assembly 81 comprises a power piece 82 arranged on the supporting plate 8, a screw rod 83 rotatably arranged on the supporting plate 8 and a sliding block 84 sleeved on the screw rod 83, the output end of the power piece 82 is connected with the screw rod 83, and the sliding block 84 is connected with the lower end of the nursing bed 3. Thus, the present application also achieves the arrangement of the sliding limiting assembly 81.

In a second aspect, the present utility model also provides a method of operating a digital radiation station, comprising the steps of:

k1, opening a radiation box 5, and radiating radiation light to the infant by the radiation box 5 according to preset temperature and illumination intensity so as to perform daily warm-keeping care on the infant;

K2, when medical care is required to be carried out on the baby, the nursing bed 3 adopts a radiation bed, and a worker records the real-time information of the camera 4 on the radiation bed to carry out the nursing on the baby;

K3, when the infant is required to be weighed, the nursing bed 3 adopts a weighing bed, and a worker records in real time on the camera 4 to weigh the infant through the weighing bed;

And K4, editing the first recorded video and the second recorded video by a worker to obtain an infant editing video.

In practical operation, the above operation method is mainly used for explaining and explaining the operation process of the digital radiation table described by the staff, the specific limitation of the operation method of the digital radiation table can be referred to the limitation of the digital radiation table in the above description, and the operation method of the digital radiation table described in this section can partially or completely adopt the structure and the working principle of the digital radiation table, which are not described herein again.

In a third aspect, the present utility model provides a method for controlling a digital radiation table, including the steps of:

S1, radiating radiant light to the infant through a radiation box 5 according to preset temperature and illumination intensity so as to carry out daily care on the infant;

S2, recording the nursing process of a worker on the nursing bed 3 to the baby in real time through the camera 4, and obtaining a first recorded video;

S3, recording the nursing process of the staff to the infant through the weighing bed in real time through the camera 4, and obtaining a second recorded video;

S4, taking the first recorded video and the second recorded video as infant recorded videos, and transmitting the infant recorded videos to the computer 1;

S5, editing and synthesizing the infant recorded video on the computer 1 or a computer background through a manual or preset intelligent anecdotal, and obtaining an infant editing video.

In practical operation, reference may be made to the above definition of the digital radiation table for specific definition of the control method of the digital radiation table, which is not repeated here. The various modules in the digital radiation station described above may be implemented in whole or in part by software, hardware, and combinations thereof. The above modules may be embedded in hardware or may be independent of a processor in the computer device, or may be stored in software in a memory in the computer device, so that the processor may call and execute operations corresponding to the above modules.

In actual operation, the implementation steps of the software modules in the computer in the application include:

S6, storing the infant recorded video into a storage module in the computer 1;

s7, providing a user information uploading interface for acquiring user identity information, wherein the user identity information comprises at least one of baby birth time, parent wedding photo and pregnancy photo, parent name, birth hospital, baby body appearance feature, baby birth date and parent mailing;

S8, generating corresponding birthday characteristic information according to the birth date of the infant through a preset plug-in tool, wherein the birthday characteristic information comprises at least one of a Chinese zodiac and a constellation;

S9, arranging the infant video clip, the plurality of preset fixed videos, the user identity information and the birthday characteristic information according to a preset video arrangement sequence through a preset video synthesis tool so as to synthesize the infant video.

Specifically, the steps of arranging according to a preset video arrangement sequence to synthesize the baby birth video include:

S91, taking a preset video of the head as a first video (the duration is about 30 seconds), wherein the first video can be selected and determined by parents of babies from a plurality of video of the head;

S92, acquiring parental wedding photo and pregnancy photo information on a user information uploading interface, and generating a second video (the duration is about 30 seconds) according to the parental wedding photo and pregnancy photo information;

S93, taking a preset fetal animation as a third video (the duration is about 30 seconds), wherein the third video can be selected and determined by parents of a baby from a plurality of fetal animations;

S94, obtaining baby birth time information on a user information uploading interface, pain and crying of a mother during production, and first crying of a baby, and generating a fourth video (with the duration of about 3 seconds) according to the baby birth time information;

S95, taking the recorded video of the infant as a fifth video, wherein the fifth video can be selected from a plurality of video clips, the plurality of clips comprise a clip cord (video) clip, a clip band or a foot ring (video) clip, a footprint (video) clip, a height-determining (video) clip, a wrapped (video) clip, a weight-determining (video) clip and the like, the duration of the fifth video is a variable, and people can select according to own needs;

S96, obtaining infant parent name information on a user information uploading interface, and generating a sixth video (with the duration of about 12 seconds) according to the infant parent name information;

s97, acquiring the information of the birth hospital on the user information uploading interface, and generating a seventh video (the duration is about 6 seconds) according to the information of the birth hospital

S98, obtaining the height, weight and sex information of the infant on the user information uploading interface, and generating an eighth video (the duration is about 6 seconds) according to the height, weight and sex information of the infant;

S99, generating a ninth video (the duration is about 8 seconds) containing infant information according to the infant birth time information through a preset plug-in tool;

S910, generating a tenth video (the duration is about 8 seconds) containing the birth year of the infant and/or the character of the birth year of the infant according to the birth time information of the infant through a preset plug-in tool;

s911, generating eleventh video (the duration is about 8 seconds) containing infant constellation and/or constellation characteristics according to the infant birth time information through a preset plug-in tool;

S912, acquiring parent speech information on a user information uploading interface, and generating a twelfth video (the duration is about 8 seconds) according to the parent speech information;

S913, taking a preset video of the birth hospital as a thirteenth video (the duration is about 20 seconds), wherein the video of the birth hospital is provided by a hospital;

s914, taking a preset tail video as a fourteenth video (the duration is about 20 seconds), wherein the tail video is selected and determined from a plurality of tail videos by parents of infants;

s915, sequentially arranging and synthesizing the first video to the fourteenth video according to the sequence to obtain the baby birth video.

In actual operation, the limitation of the control method of the computer according to the present application may refer to the limitation of the internal software modules of the computer (including the fixed video pre-storing module 11, the video clip uploading module 12, the user information uploading module 13, etc.), which is not described herein. Each software module inside the above-described computer may be implemented in whole or in part by software, hardware, and combinations thereof. The above modules may be embedded in hardware or may be independent of a processor in the computer device, or may be stored in software in a memory in the computer device, so that the processor may call and execute operations corresponding to the above modules.

It should be noted that the present application is mainly aimed at the problems that the existing radiation table (infant radiation warm-keeping table) does not have the process of recording the nursing of the infant by the staff, the video monitor is not installed in the delivery room, or the installed video monitor cannot be used or the use effect is not ideal, but provides a digital radiation table with a camera 4 and a computer (such as a tablet computer), which can record the nursing process of the infant by the staff in detail (only the process of nursing the infant by the staff with the hands, and the body and face information of the staff are not displayed), so that parents of the infant and/or the infant after the infant is grown can obtain the recorded video of the infant, the application has great commemorative, sharing and educational significance, and the infant birth video is obtained on the basis of the application, so as to further improve the commemorative, sharing and educational significance of the application.

In actual operation, the application adds the camera 4 and the computer 1 on the radiation table, and on the basis of the camera 4 and the computer 1, a corresponding software system is added, and certain improvement is made on hardware on the digital radiation table, so that the application sets the radiation bed and the weighing bed in a detachable mode for facilitating the nursing and the warming or weighing of infants by staff aiming at the problem that the traditional radiation table cannot integrate nursing and warming; meanwhile, the application also aims at the problem that the radiation bed and the weighing bed are difficult to move after being mounted on the supporting plate 8, and is further provided with the sliding limiting component 81, so that the application is more convenient to use.

Finally, it should be noted that: the foregoing description is only of the preferred embodiments of the utility model and is not intended to limit the scope of the utility model. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims

1. A digital radiation table, comprising:

The nursing bed (3) and the radiation box (5) are detachably arranged on the frame (2), the nursing bed (3) is a radiation bed or a weighing bed, and the radiation box (5) is positioned above the nursing bed (3) and used for radiating radiation light to the nursing bed (3);

The camera (4) is arranged on the digital radiation table or around the digital radiation table so as to record the nursing process of a worker on the nursing bed (3) on infants in real time;

The computer (1) is a remote computer, or is installed on the digital radiation table or around the digital radiation table, and the computer (1) is connected with the camera (4) so as to store and display video information recorded by the camera (4).

2. The digital radiating stand of claim 1, wherein: the computer (1) is arranged on a second bracket or on the inner wall or the top surface of the delivery room where the digital radiation table is arranged, and the second bracket is arranged beside the nursing bed (3) or on the ground.

3. The digital radiating stand of claim 1, wherein: the camera (4) is arranged on a first bracket or on the inner wall or the top surface of the delivery room where the digital radiation table is positioned, and the first bracket is arranged beside the nursing bed (3) or on the ground.

4. The digital radiating stand of claim 1, wherein: still include base (91) and foot switch (6), foot switch (6) are including weighing switch (61) and/or radiation switch (62), weighing switch (61) and/or radiation switch (62) are installed in base (91) upper end, base (91) lower extreme is connected with a plurality of universal wheels (92).

5. The digital radiating stand of claim 4, wherein: the device also comprises a skin temperature sensor (72), wherein the skin temperature sensor (72) is used for acquiring skin temperature information of the infant on the nursing bed (3) and sending the skin temperature information to the radiation controller.

6. The digital radiating stand of claim 5, wherein: still including installing on frame (2) and be located backup pad (8) of nursing bed (3) below, nursing bed (3) detachable install on backup pad (8), nursing bed (3) with be connected with between backup pad (8) can let nursing bed (3) are in slip spacing subassembly (81) on backup pad (8).

7. The digital radiating stand of claim 6, wherein: the sliding limiting assembly (81) comprises a power piece (82) arranged on the supporting plate (8), a screw rod (83) rotatably arranged on the supporting plate (8) and a sliding block (84) sleeved on the screw rod (83), wherein the output end of the power piece (82) is connected with the screw rod (83), and the sliding block (84) is connected with the lower end of the nursing bed (3).

8. The digital radiating stand of claim 7, wherein: the intelligent monitoring system is characterized in that a monitoring module (16) is further arranged in the computer (1), and the monitoring module (16) is used for monitoring and displaying working states of the computer (1), the camera (4) and the foot switch (6) in real time.

9. The digital radiating stand of claim 8, wherein: the nursing bed is characterized by further comprising a radiation controller (7), wherein the radiation controller (7) is arranged on the frame (2) and positioned between the nursing bed (3) and the radiation box (5), and a plurality of radiation display adjusting modules (71) for displaying or adjusting the working state of the radiation box (5) are arranged on the radiation controller (7).