CN113130062B - A child-mother-type multi-directional contact integrated intelligent bedside - Google Patents

Abstract

The invention discloses a mother-child type multidirectional connection integrated intelligent bedside, which belongs to the technical field of medical auxiliary instruments, and is characterized in that a patient is taken as a center, advanced internet technology, internet of things technology and artificial intelligence technology are efficiently fused, a medical care patient three-party sharing platform is provided, functions of the platform cover admission awareness, case history education, hospital introduction and expense payment, and the platform also has the functions of in-hospital ordering, in-hospital navigation, appointment of nursing staff, ward entertainment and the like, so that the patient participates in medical decision, not only is perfect medical service provided, but also communication with the patient is fully established, and necessary information is shared in time, including the patient can know information such as self illness state, related treatment and expense at any time, 24-hour one-to-one nursing is realized, the locking of a mother-child bedside body can be realized by facilitating the patient to borrow a child-remote bed terminal, and the use safety is improved, meanwhile, the positioning navigation function and the hospital partial service enjoying are conveniently provided, and great convenience is provided for patients.

Description

A child-mother-type multi-directional contact integrated intelligent bedside

technical field

The invention relates to the technical field of medical aids, and more particularly, to a child-mother-type multidirectional connection integrated intelligent bedside.

Background technique

The bedside is the bedside, which refers to a series of auxiliary examinations developed by critically ill patients who cannot leave the hospital bed to facilitate the patient to check on the hospital bed immediately, including: bedside X-ray machine, bedside hemofiltration, bedside monitor, bedside examination, bedside Beside teaching, bedside x-ray machine, bedside hemofiltration machine, machine tool side infusion card.

The bedside call bell is an essential medical equipment in the hospital, which is convenient for patients to call medical staff. However, the currently used bedside call bell does not have a matching network, and these situations will occur when a patient calls: 1. The patient calls the medical staff, and the general staff of the nurse station needs to answer it, and then communicate it to the responsible nurse; 2. The patient calls the medical staff, The nurse station bell rings, and the small medical staff may miss the patient's call; 3. The patient calls the medical staff, the nurse station bell rings, and the bell will affect the rest of other patients; 4. Multiple patients call at the same time, and the nurse station needs to answer one by one, which is inefficient 5. Multiple patients call at the same time, causing a lot of noise and affecting the patient’s rest; 6. The bell is not eliminated in time, causing medical staff to repeatedly check the patient’s situation and reduce work efficiency. The above problems make it difficult for medical staff to take care of patients in time. No. CN106846681A "An integrated intelligent bedside calling bell system of mother-child multi-directional contact", which includes the host, is connected with the host, is used to send call information to the bedside call bell terminal of the host, is connected with the host, and is used for At the watch end that receives the call information forwarded by the host, the bedside call bell end is communicatively connected to the watch end. Through the system of the present invention, the nurse end can be notified in time when the patient sends the call information, and a Sending call information to many at the same time reduces the possibility of missing information because the nurse is not beside the host computer, and does not need the nurse to be beside the host computer in real time, which improves work efficiency.

However, at present, with the further development of the medical system, it is difficult to meet the diverse needs of patients only with call bells. The traditional medical system is mainly based on medical staff, occupying an active position, resulting in a lot of inconvenience for patients when they are hospitalized. It is difficult to quickly adapt to advanced medical facilities and hospitals, and on the other hand, it is reflected in the non-transparent disclosure of medical data of hospitals, medical staff and their own medical data, which is even unfavorable and unfair for the patient side, and it is difficult for the three parties to be truly effective. It can really bring convenience to the three parties and improve the overall medical level.

SUMMARY OF THE INVENTION

1. Technical problems to be solved

Aiming at the problems existing in the prior art, the purpose of the present invention is to provide an integrated intelligent bedside with a mother-child multi-directional connection, which can realize the patient-centered, advanced Internet technology, Internet of Things technology and artificial intelligence technology. Efficient integration, providing a three-party sharing platform for doctors, nurses and patients, with functions covering admission instructions, medical record education, hospital introduction, and fee payment. It not only provides comprehensive medical services, but also fully establishes communication with patients. At the same time, necessary information is shared in a timely manner, including allowing patients to keep abreast of their own conditions, related treatments, costs and other information at any time, so as to achieve 24-hour one-on-one care. The patient lends the child remote bed terminal, which can not only realize the locking of the mother bedside body to improve the use safety, but also facilitate the positioning and navigation function and enjoy some services of the hospital, which provides great convenience for the patient.

2. Technical solutions

A child-mother-type multi-directional integrated intelligent bedside, comprising a mother bedside body installed on one side of the bed, a main controller module electrically connected to a main power supply is installed in the mother bedside body, and the main control The main controller module is connected to the memory module and the data processing module, the main controller module is respectively connected to the bedside master console and the visual monitoring center through the RS485 bus, the mother bedside body is installed with a rotating assembly, and the rotating assembly is A connecting shaft is fixedly connected, a display terminal is installed on the connecting shaft, a playback module and a recording module are installed in the display terminal, a high-definition camera is fixedly installed on the upper end of the display terminal, and the rotating component, the display terminal and the high-definition camera are installed. Both are connected to the main controller module, the display terminal is equipped with an automatic service system, the front end of the main body beside the mother bed is drilled with a borrowing slot, and the borrowing slot is inserted with a sub-remote bed terminal, and the sub-remote bed terminal is inside. A sub-controller module with its own power supply module is installed, and a wireless connection module is connected between the sub-controller module and the main controller module.

Further, a GPS positioning module is connected to the sub-controller module, a display screen connected to the sub-controller module is installed on the outer surface of the sub-remote bed terminal, and the GPS positioning module provides accurate navigation services, which is convenient for patients on the one hand. Go out and use related facilities in the hospital, and can navigate back to the corresponding bed to avoid the phenomenon of getting lost in the hospital. If you go out and get lost and delay the treatment, the display screen plays a role in showing.

Further, an unlocking slot located on the lower side of the display screen is drilled on the sub-bed terminal, a transparent glass cover is slidably connected in the unlocking slot, and a fingerprint recognition device connected to the sub-controller module is installed in the unlocking slot. It uses the fingerprint recognition technology that is difficult to copy to realize the double unlocking of the main body beside the mother bed and the remote terminal of the child. The side body is lent, after the child remote bed terminal is lent out, to avoid the phenomenon that the mother bed side body is illegally and indiscriminately used.

Further, a pair of electric suction cups is installed at the bottom end of the borrowing slot, a charging box is attached to the electric suction cups, and a first charging column connected to the main controller module is arranged between the pair of electric suction cups. A first charging slot matching the first charging column is installed at one end of the box away from the sub-distal bed terminal, a second charging column is installed at one end of the charging box close to the sub-distal bed terminal, and a column-shaped upper end of the sub-distal bed terminal is drilled. A slot, the bottom end of the cylindrical slot is equipped with a second charging slot matched with the second charging column, the second charging slot is connected to the power module on the sub-controller module, and connects to the patient remote bed terminal The Lending provides two modes, one is charging lending mode, that is, when the sub-bed terminal is lent out, the charging box is lent out synchronously, which can also meet the long-term use of the sub-bed terminal when the battery is low. , the other is the independent lending mode, that is, only the sub-remote bed terminal is lent, which is light in weight and easy to carry and use.

Further, a pair of symmetrical locking grooves are drilled on the side wall of the cylindrical slot, an electromagnet connected to the sub-controller module is installed in the locking groove, and the electromagnet is magnetically connected with a sliding connection with the locking groove. Magnetic positioning rod, a pair of positioning grooves matching the magnetic positioning rod are excavated on the side wall of the second charging column, which are used to realize the unlocking and locking of the loan and return of the sub-remote bed terminal, and improve the borrowing safety of the sub-remote bed terminal. Sex, with uniqueness, to avoid illegal occupation by others.

Further, the rotating assembly includes a stepping motor installed in the body beside the mother bed, the output end of the stepping motor is fixedly connected with a transmission shaft, and the transmission shaft penetrates the body beside the mother bed and extends to the outside and the connecting shaft. The fixed connection is used to start the steering of the display terminal with one button, which is convenient for the patient to use it directly on the bed, and the high-definition camera can monitor the bed no matter what the state is, and fully take care of the patient to prevent accidents.

Further, the main controller module is connected with a wireless communication module, and the wireless communication module is connected with the PACS system and the LIS system, which can realize the interconnection and intercommunication of some medical data, including inspection reports and inspection reports, and disclose data to patients. Transparent.

Further, the wireless communication module is also connected with a cloud server, and the cloud server is connected with the memory module, and the bedside master console is also connected with the cloud server, so as to realize cloud backup and transmission viewing of medical data, and can timely check with the previous one. The medical data of one patient is backed up and then deleted, which saves the space of the memory module and avoids illegal viewing by the next patient. While fully protecting the privacy of the patient, it can avoid the loss of medical data and facilitate the exchange of medical data.

Further, a wireless bluetooth health peripheral is installed on the bed, and a bluetooth module is connected between the wireless bluetooth health peripheral and the main controller module, which can monitor and upload various health data of itself in real time at any time, including body temperature, pulse , blood pressure, respiration, heartbeat, blood oxygen saturation and other data, the patient's personalized electronic health file database can be formed in the intelligent bedside background. Carry out comprehensive evaluation, formulate a reasonable treatment plan, and reduce the misdiagnosis rate.

Further, the automatic service system includes a visual call service unit, a health data query unit, a recommended ordering unit, an audio-visual entertainment unit, a treatment plan display unit, an expense query unit, a main station push unit, a tripartite information query unit and a satisfaction survey. Unit, visualized call service unit can call relevant customer service personnel through visualization when patients, especially the elderly, have demands. The visualized service of 24-hour service can more comprehensively provide various services to patients in need and efficiently, reducing the need for Occurrence of special events where there is no response to calls for help and no notification of emergencies; the health data query unit can visually display the data measured by the wireless Bluetooth health peripherals, which is convenient for patients to understand their own status; the recommended ordering unit can be connected with the hospital ordering system Connect, recommend edible or recommended food according to the patient's condition, which is convenient for the patient to eat while improving the safety of the meal, and can also assist in improving the condition; the audio-visual entertainment unit can enrich the patient's hospital life, relax the mind and body, and improve the treatment effect; the treatment plan shows The unit includes treatment records, diagnosis and treatment plans, medication details, doctor's order information, inspection reports, and inspection reports. Patients can know the treatment plan at any time to facilitate cooperation; the cost inquiry unit displays the inpatient cost balance inquiry, cost classification statistics, and daily list inquiry; the main station The push unit supports propaganda and education videos, and can conduct admission education to patients, preoperative guidance, postoperative rehabilitation, and health information. It can play videos and PDF-type propaganda and education playback. Patients; the three-party information query unit displays the basic information of patients, responsible doctors and nurses, nursing grades, allergies and other nursing information; the satisfaction survey unit supports filling in satisfaction questionnaires and evaluates the satisfaction of medical staff.

3. Beneficial effects

Compared with the prior art, the advantages of the present invention are:

(1) This program is patient-centered, efficiently integrates advanced Internet technology, Internet of Things technology and artificial intelligence technology, and provides a three-party sharing platform for doctors, nurses and patients, with functions covering admission instructions, medical record education, hospital introduction, and fee payment. It also has in-hospital meal ordering, in-hospital navigation, nurse reservations, ward entertainment, etc., allowing patients to participate in medical decision-making, not only providing comprehensive medical services, but also fully establishing communication with patients, and sharing necessary information in a timely manner, including allowing patients to Keep abreast of your own condition, related treatment, costs and other information, and achieve 24-hour one-on-one care. By facilitating the patient to lend the child remote bed terminal, it can not only realize the locking of the mother bedside body to improve the safety of use, but also facilitate the provision of Positioning and navigation functions and enjoying some services of the hospital provide great convenience for patients.

(2) A GPS positioning module is connected to the sub-controller module, and a display screen connected to the sub-controller module is installed on the outer surface of the sub-remote bed terminal. The GPS positioning module provides accurate navigation services, on the one hand, it is convenient for patients to go out in the hospital Walking around and using related facilities, and you can navigate back to the corresponding bed to avoid getting lost in the hospital. On the other hand, it is also convenient for medical staff and family members to quickly find patients through positioning information in a timely manner, so as to avoid getting lost or even going out and delaying treatment. , the display screen plays a display role.

(3) An unlocking slot located on the lower side of the display screen is drilled on the terminal of the sub-remote bed. A transparent glass cover is slidably clamped in the unlocking slot. A fingerprint reader connected to the sub-controller module is installed in the unlocking slot. The fingerprint recognition technology realizes the double unlocking of the main body beside the mother bed and the remote terminal of the sub-bed. Only the remote terminal of the sub-bed is inserted above the main body beside the main bed and can be used, and the remote terminal of the sub-bed can only be lent through the main body beside the main bed. After the child remote bed terminal is lent out, the phenomenon that the main body beside the mother bed is illegally and indiscriminately used is avoided.

(4) A pair of electric suction cups are installed at the bottom of the borrowing slot, and a charging box is attached to the electric suction cups. A first charging column connected to the main controller module is arranged between the pair of electric suction cups, and the charging box is installed at one end away from the sub-bed terminal. There is a first charging slot matched with the first charging column, a second charging column is installed at one end of the charging box close to the sub-far bed terminal, a column-shaped slot is drilled at the upper end of the sub-far bed terminal, and the bottom end of the column-shaped slot is installed with a second charging column. A second charging slot matched with the second charging column, the second charging slot is connected to the power module on the sub-controller module, and provides two modes for the patient to lend the sub-bed terminal, one is the charging lending mode, That is, when the sub-remote bed terminal is lent out, the charging box is lent out synchronously, which can also meet the long-term use of the sub-remote bed terminal when the battery is low. The bed terminal is light in weight and easy to carry and use. The two modes are suitable for the loan of the remote bed terminal under different power levels.

(5) A pair of symmetrical locking grooves are excavated on the side wall of the cylindrical slot. An electromagnet connected to the sub-controller module is installed in the locking groove. The electromagnet is magnetically connected with a magnetic positioning rod that is slidably connected to the locking groove. A pair of positioning grooves matching the magnetic positioning rods are excavated on the side wall of the charging column, which are used to realize the unlocking and locking of the loan and return of the sub-remote bed terminal, improve the borrowing safety of the sub-remote bed terminal, and have uniqueness to avoid being stolen. illegal occupation by others.

(6) The rotating assembly includes a stepper motor installed in the body beside the mother bed. The output end of the stepper motor is fixedly connected with a transmission shaft. The transmission shaft penetrates the body beside the mother bed and extends to the outside to be fixedly connected with the connecting shaft. The key to start the turning of the display terminal is convenient for the patient to use directly on the bed, and the high-definition camera can monitor the bed no matter what state it is in, fully taking care of the patient to prevent accidents.

(7) The main controller module is connected with a wireless communication module, and the wireless communication module is connected with the PACS system and the LIS system, which can realize the interconnection and intercommunication of some medical data, including inspection reports and inspection reports, and make data open and transparent to patients.

(8) The wireless communication module is also connected to a cloud server, and the cloud server is connected to the memory module, and the bedside master console is also connected to the cloud server to realize cloud backup, transmission and viewing of medical data, and can timely monitor the medical treatment of the previous patient. The data is backed up and deleted, which saves the space of the memory module and avoids illegal viewing by the next patient. While fully protecting the privacy of the patient, it can avoid the loss of medical data and facilitate the exchange of medical data.

(9) A wireless bluetooth health peripheral is installed on the bed, and a bluetooth module is connected between the wireless bluetooth health peripheral and the main controller module, which can monitor its own health data and upload in real time at any time, including body temperature, pulse, blood pressure, respiration , heartbeat, blood oxygen saturation and other data, the patient's personalized electronic health record database can be formed in the intelligent bedside background. When the patient needs to be sent to a doctor or emergency, the doctor can comprehensively evaluate the patient's dynamic data stored by the intelligent bedside. Develop a reasonable treatment plan to reduce the misdiagnosis rate.

(10) The automatic service system includes a visual call service unit, a health data query unit, a recommended ordering unit, an audio-visual entertainment unit, a treatment plan display unit, an expense query unit, a main station push unit, a tripartite information query unit and a satisfaction survey unit, The visual call service unit can visually call relevant customer service personnel when patients, especially the elderly, have appeals. The visual service of 24-hour service can provide various services to patients in need in a more comprehensive and efficient manner. The occurrence of special events that are unannounced in response to emergencies; the health data query unit can visually display the data measured by the wireless Bluetooth health peripherals, which is convenient for patients to understand their own status; the recommended ordering unit can be connected to the hospital ordering system, According to the patient's condition, it is recommended to eat or recommend the food to be eaten, which is convenient for the patient to eat while improving the safety of the meal, and can also help improve the condition; the audio-visual entertainment unit can enrich the patient's hospital life, relax the body and mind, and improve the treatment effect; the treatment plan display unit contains Treatment records, diagnosis and treatment plans, medication details, doctor's order information, inspection reports, and inspection reports, patients can know the treatment plan at any time to facilitate cooperation; the cost inquiry unit displays the inpatient cost balance inquiry, cost classification statistics, and daily list inquiry; the main station push unit Supports propaganda and education videos, can carry out admission education to patients, preoperative guidance, postoperative rehabilitation, health information, can play video, PDF type of propaganda and education playback, can receive customized settings from the bedside console and automatically push the playback time to patients; The three-party information query unit displays the patient's basic information, responsible doctors and nurses, nursing grades, allergies and other nursing information; the satisfaction survey unit supports filling in the satisfaction questionnaire and evaluates the satisfaction of medical staff.

Description of drawings

Fig. 1 is the system schematic diagram of the present invention;

Fig. 2 is the structural representation of mother bedside body of the present invention;

Fig. 3 is the structural representation of the sub-remote bed terminal of the present invention;

4 is a schematic diagram of the internal structure of the mother bedside body of the present invention;

Fig. 5 is the structural representation at A place in Fig. 4;

FIG. 6 is a schematic diagram of a module of the present invention.

Description of the labels in the figure:

1 Mother bedside body, 2 rotating components, 201 stepping motors, 202 drive shafts, 3 connecting shafts, 4 display terminals, 5 high-definition cameras, 6 sub-bed terminals, 7 display screens, 8 cylindrical slots, 9 fingerprint recognition device, 10 transparent glass cover, 11 borrow slot, 12 charging box, 13 electric suction cup, 14 first charging column, 15 second charging column, 16 electromagnet, 17 magnetic positioning rod, 18 positioning slot, 19 bedside master console , 20 Visual Monitoring Center, 21 Cloud Server, 22PACS System, 23LIS System, 24 Wireless Bluetooth Health Peripherals, 25 Main Controller Module, 26 Memory Module, 27 Data Processing Module, 28 Secondary Controller Module, 29 Wireless Connection Module, 30GPS Positioning module, 31 wireless communication module, 32 Bluetooth module.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention; obviously, the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. The embodiments of the present invention, and all other embodiments obtained by those of ordinary skill in the art without creative work, fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the orientations or positional relationships indicated by the terms "upper", "lower", "inner", "outer", "top/bottom", etc. are based on the orientations shown in the accompanying drawings Or the positional relationship is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the referred device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be construed as a limitation of the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and should not be construed to indicate or imply relative importance.

In the description of the present invention, it should be noted that, unless otherwise expressly specified and limited, the terms "installation", "provided with", "sleeve/connection", "connection", etc., should be understood in a broad sense, such as " Connection", which can be a fixed connection, a detachable connection, or an integral connection, a mechanical connection, an electrical connection, a direct connection, or an indirect connection through an intermediate medium, or an internal connection between two components. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood in specific situations.

Example 1:

Please refer to Fig. 1-2, an integrated intelligent bedside with multi-directional contact of mother and daughter, including a mother bedside body 1 installed on one side of the bed, and a main control unit electrically connected to the main power supply is installed in the mother bedside body 1 The main controller module 25 is connected to the memory module 26 and the data processing module 27. The main controller module 25 is connected to the bedside master console 19 and the visual monitoring center 20 respectively through the RS485 bus. There is a rotating assembly 2, a connecting shaft 3 is fixedly connected to the rotating assembly 2, a display terminal 4 is installed on the connecting shaft 3, a playback module and a recording module are installed in the display terminal 4, and a high-definition camera 5 is fixedly installed on the upper end of the display terminal 4. The component 2, the display terminal 4 and the high-definition camera 5 are all connected to the main controller module 25. The display terminal 4 is equipped with an automatic service system. The front end of the main body 1 beside the mother bed is excavated with a borrowing slot 11, and the borrowing slot 11 is inserted with the sub-remote bed. The terminal 6, the sub-remote bed terminal 6 is equipped with a sub-controller module 28 with its own power supply module, a wireless connection module 29 is connected between the sub-controller module 28 and the main controller module 25, the main controller module 25 and the sub-controller The controller module 28 adopts the STM32F103C6 single-chip microcomputer chip as the control core, and the wireless connection module 29 adopts the NRF24L01 working in the 2.4GHz frequency band. GPS positioning module 30 .

Please refer to FIG. 3 , a display screen 7 connected to the sub-controller module 28 is installed on the outer surface of the sub-remote bed terminal 6, and the GPS positioning module 30 provides accurate navigation services, on the one hand, it is convenient for patients to move around in the hospital and use related facilities , and you can navigate back to the corresponding bed to avoid getting lost in the hospital. On the other hand, it is also convenient for medical staff and family members to quickly find patients through positioning information in a timely manner, so as to avoid getting lost or even going out and delaying treatment. In order to display the function, the sub-remote bed terminal 6 is provided with an unlocking groove located on the lower side of the display screen 7, and a transparent glass cover 10 is slidably connected to the unlocking groove to protect the fingerprint reader 9. The fingerprint reader 9 connected to the device module 28 utilizes the fingerprint recognition technology that is difficult to copy to realize the double unlocking of the main bedside body 1 and the child remote bed terminal 6. Only the child remote bed terminal 6 is inserted above the mother bedside body 1 and can be used. , and the child remote bed terminal 6 can only be lent through the mother bedside body 1 , after the child remote bed terminal 6 is lent out, the phenomenon that the mother bedside body 1 is illegally and indiscriminately used is avoided.

Please refer to FIG. 4 , the rotating assembly 2 includes a stepper motor 201 installed in the mother bedside body 1 , the output end of the stepper motor 201 is fixedly connected with a transmission shaft 202 , and the transmission shaft 202 penetrates the mother bedside body 1 and extends to the outside It is fixedly connected with the connecting shaft 3, and is used to start the steering of the display terminal 4 with one key, so that the patient can use it directly on the bed, and the high-definition camera 5 can monitor the bed no matter what state it is in, and fully take care of the patient to prevent accidents. A pair of electric suction cups 13 are installed at the bottom end of the borrowing slot 11. The electric suction cups 13 are attached to the charging box 12 by adsorption. One end of the far bed terminal 6 is installed with a first charging slot matching the first charging column 14, one end of the charging box 12 close to the sub-bed terminal 6 is installed with a second charging column 15, and the upper end of the sub-bed terminal 6 is drilled with a cylindrical plug. Slot 8, a second charging slot matching the second charging column 15 is installed at the bottom end of the cylindrical slot 8, and the second charging slot is connected to the power supply module on the sub-controller module 28, and connects to the patient remote bed terminal 6 There are two modes for the loan, one is the charging loan mode, that is, when the sub-remote bed terminal 6 is lent out, the charging box 12 is lent out synchronously, so as to meet the requirements of the sub-remote bed terminal 6 even when the battery is low. For long-term use, the other is the independent lending mode, that is, only the sub-bed terminal 6 is lent out, which is light in weight and easy to carry and use.

Please refer to FIG. 5 , a pair of symmetrical locking grooves are excavated on the side wall of the cylindrical slot 8 , the electromagnet 16 connected to the sub-controller module 28 is installed in the locking groove, and the electromagnet 16 is magnetically connected with a sliding connection with the locking groove. Magnetic positioning rod 17, a pair of positioning grooves 18 matched with the magnetic positioning rod 17 are excavated on the side wall of the second charging column 15, which are used to realize the unlocking and locking of the loan and return of the sub-remote bed terminal 6, and improve the sub-remote bed terminal. 6. The borrowing security is unique and avoids being illegally occupied by others.

6, the main controller module 25 is connected with a wireless communication module 31, the wireless communication module 31 is connected with the PACS system 22 and the LIS system 23, the PACS system 22 and the LIS system 23 are the existing medical systems of the hospital, which can realize part of the The interconnection and intercommunication of medical data, including inspection reports and inspection reports, make data open and transparent for patients, the wireless communication module 31 is also connected to the cloud server 21, and the cloud server 21 is connected to the memory module 26, and the bedside master console 19 is also connected to The cloud server 21 is connected to realize cloud backup and transmission viewing of medical data. The medical data of the previous patient can be backed up and deleted in time, which saves the space of the memory module 26 and avoids illegal viewing by the next patient, and fully protects the privacy of the patient. At the same time, the loss of medical data can be avoided, and the exchange of medical data can be facilitated.

Please refer to FIG. 2 , a wireless bluetooth health peripheral 24 is installed on the bed. The specific peripherals are not limited in this embodiment, and are provided by the hospital according to the actual situation. A bluetooth is connected between the wireless bluetooth health peripheral 24 and the main controller module 25 Module 32 can monitor and upload various health data in real time at any time, including data such as body temperature, pulse, blood pressure, respiration, heartbeat, blood oxygen saturation, etc. The patient's personalized electronic health file database can be formed in the intelligent bedside background. When a patient needs to be sent to a doctor or first aid, the doctor can make a comprehensive evaluation based on the dynamic data of the patient stored by the intelligent bedside, and formulate a reasonable treatment plan to reduce the misdiagnosis rate.

The automatic service system includes a visual call service unit, a health data query unit, a recommended ordering unit, an audio-visual entertainment unit, a treatment plan display unit, a cost query unit, a main station push unit, a three-party information query unit and a satisfaction survey unit. Visual call service The unit can call relevant customer service personnel through visualization when patients, especially the elderly, have appeals. The visualized service of 24-hour service can provide various services to patients in need in a more comprehensive and efficient manner. The occurrence of special events that are not notified by the situation; the health data query unit can visually display the data measured by the wireless Bluetooth health peripheral 24, which is convenient for patients to understand their own status; the recommended ordering unit can be connected with the hospital ordering system. The condition recommends edible or recommended food, which is convenient for the patient to eat while improving the safety of the meal, and can also assist in improving the condition; the audio-visual entertainment unit can enrich the patient's hospital life, relax the body and mind, and improve the treatment effect; the treatment plan display unit contains treatment records , diagnosis and treatment plan, medication details, doctor's order information, inspection report, inspection report, patients can know the treatment plan at any time to facilitate cooperation; the cost inquiry unit displays the inpatient cost balance inquiry, cost classification statistics, daily list inquiry; the main station push unit supports propaganda and education Video, can carry out admission education to patients, preoperative guidance, postoperative rehabilitation, health information, can play video, PDF type of publicity and education broadcast, can receive customized settings from the bedside console 19 and automatically push the playback time to the patient; three parties The information query unit displays the patient's basic information, responsible doctors and nurses, nursing grades, allergies and other nursing information; the satisfaction survey unit supports filling in the satisfaction questionnaire and evaluates the satisfaction of medical staff.

When in use, remove the transparent glass cover 10 on the remote bed terminal 6, unlock and use the main bedside body 1 by fingerprint, and select different lending modes according to the remaining power through the borrowing interface on the display terminal 4 when going out. In the lending mode, the sub-controller module 28 controls the electromagnet 16 to energize the current in the reverse direction. After the magnetic field of the electromagnet 16 changes direction, the magnetic positioning rod 17 has a magnetic attraction effect, and the magnetic positioning rod 17 moves out of the positioning slot 18 and enters the locking slot. At this time, the child remote bed terminal 6 can be extracted for use, including a series of functions such as positioning, navigation and data viewing. At this time, since the child remote bed terminal 6 is lent out, the mother bedside body 1 is in a locked state and only displays the child remote bed. The positioning information of the terminal 6 cannot be operated by others. In the charging and lending mode, the electromagnet 16 is still positively energized, and the magnetic positioning rod 17 is inserted into the positioning slot 18 under the magnetic repulsion of the electromagnet 16, and the main controller module 25 Control a pair of electric suction cups 13 to release the adsorption effect. At this time, the child remote bed terminal 6 is pulled out and the charging box 12 is simultaneously taken out for charging. When the patient returns from going out, the child remote bed terminal 6 is returned, and the mother bedside body 1 can be unlocked normally. use.

The invention is patient-centered, efficiently integrates advanced Internet technology, Internet of Things technology and artificial intelligence technology, and provides a three-party sharing platform for doctors, nurses and patients, with functions covering admission instructions, medical record education, hospital introduction, and fee payment. Ordering meals, in-hospital navigation, booking nurses, ward entertainment, etc., allows patients to participate in medical decision-making, not only provides comprehensive medical services, but also fully establishes communication with patients. and related treatment, cost and other information at any time, so as to achieve 24-hour one-on-one care. By facilitating the patient to lend the child remote bed terminal, it can not only realize the locking of the main body beside the mother bed to improve the safety of use, but also facilitate the provision of positioning and navigation functions. And enjoy some services of the hospital, providing great convenience for patients.

The above descriptions are merely preferred embodiments of the present invention; however, the protection scope of the present invention is not limited thereto. Any person skilled in the art who is familiar with the technical scope of the present invention, according to the technical solution of the present invention and its improvement concept, equivalently replaces or changes, should be covered within the protection scope of the present invention.

Claims (9)

1. The utility model provides a mother-son formula multidirectional connection integration intelligence bedside, is including installing in the other body (1) of mother's bed of bed one side, its characterized in that: install main control unit module (25) that electric connection has the total power in the other body of female bed (1), main control unit module (25) connection memory module (26) and data processing module (27), main control unit module (25) is connected with other master console of bed (19) and visual surveillance center (20) respectively through the RS485 bus, install runner assembly (2) on the other body of female bed (1), fixedly connected with connecting axle (3) on runner assembly (2), install display terminal (4) on connecting axle (3), install broadcast module and recording module in display terminal (4), display terminal (4) upper end fixed mounting has high definition digtal camera (5), runner assembly (2), display terminal (4) and high definition digtal camera (5) all are connected with main control unit module (25), the display terminal (4) is provided with an automatic service system, the front end of the main bed side body (1) is provided with a borrowing groove (11), the borrowing groove (11) is inserted with a sub-far bed terminal (6), a sub-controller module (28) with a power module is installed in the sub-far bed terminal (6), a wireless connection module (29) is connected between the sub-controller module (28) and a main controller module (25), the bottom end of the borrowing groove (11) is provided with a pair of electric suckers (13), the electric suckers (13) are connected with charging boxes (12) in an adsorption manner, a first charging column (14) connected with the main controller module (25) is arranged between the pair of electric suckers (13), one end of the far ion far bed terminal (6) of the charging box (12) is provided with a first charging groove matched with the first charging column (14), one end of the charging box (12) close to the sub-far bed terminal (6) is provided with a second charging column (15), the sub-remote bed terminal (6) is provided with a cylindrical slot (8), the bottom end of the cylindrical slot (8) is provided with a second charging groove matched with a second charging column (15), and the second charging groove is connected with a power module on the auxiliary controller module (28).

2. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the sub-controller module (28) is connected with a GPS positioning module (30), and a display screen (7) connected with the sub-controller module (28) is installed on the outer surface of the sub-remote bed terminal (6).

3. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 2, wherein: an unlocking groove located on the lower side of the display screen (7) is drilled on the sub-far bed terminal (6), a transparent glass cover (10) is connected with the sliding joint in the unlocking groove, and a fingerprint identifier (9) connected with the sub-controller module (28) is installed in the unlocking groove.

4. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the locking groove that cuts on cylindricality slot (8) lateral wall has a pair of symmetry, locking inslot is installed electro-magnet (16) of being connected with vice controller module (28), electro-magnet (16) magnetism be connected with locking groove sliding connection's magnetism locating lever (17), cut on second charging post (15) lateral wall have a pair ofly with magnetism locating lever (17) assorted constant head tank (18).

5. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the rotating assembly (2) comprises a stepping motor (201) installed in the main bed side body (1), the output end of the stepping motor (201) is fixedly connected with a transmission shaft (202), and the transmission shaft (202) penetrates through the main bed side body (1) and extends to the outer side to be fixedly connected with the connecting shaft (3).

6. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the main controller module (25) is connected with a wireless communication module (31), and the wireless communication module (31) is connected with a PACS system (22) and an LIS system (23).

7. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 6, wherein: the wireless communication module (31) is further connected with a cloud server (21), the cloud server (21) is connected with the memory module (26), and the bedside general control console (19) is also connected with the cloud server (21).

8. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the bed is provided with a wireless Bluetooth health peripheral (24), and a Bluetooth module (32) is connected between the wireless Bluetooth health peripheral (24) and the main controller module (25).

9. The intelligent bedside integrated with a primary and secondary multi-directional connection as claimed in claim 1, wherein: the automatic service system comprises a visual call service unit, a health data query unit, a recommended ordering unit, a video entertainment unit, a treatment plan display unit, a fee query unit, a switchboard push unit, a three-party information query unit and a satisfaction survey unit.

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