CN103655088A - Bedside terminal and digital sickbed system - Google Patents
Bedside terminal and digital sickbed system Download PDFInfo
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- CN103655088A CN103655088A CN201310721156.4A CN201310721156A CN103655088A CN 103655088 A CN103655088 A CN 103655088A CN 201310721156 A CN201310721156 A CN 201310721156A CN 103655088 A CN103655088 A CN 103655088A
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Abstract
The invention discloses a bedside terminal. The bedside terminal comprises a bedside support and a double-screen digital bedside terminal body, wherein the bedside support comprises a support base and a support rod, the support base is arranged on the wall of a sickbed bedside, the support rod is movably connected with the support base, the support rod horizontally rotates around the support base, and the double-screen digital bedside terminal body is movably arranged at the other end of the support rod. The bedside terminal has the advantages of being multifunctional and convenient to move. The invention further discloses a digital sickbed system. The digital sickbed system comprises an aisle information publish terminal, a gate screen, an inpatient area monitoring terminal, a workstation and the sickbed bedside terminal, wherein the double-screen digital bedside terminal body of the bedside terminal, the gate screen, the inpatient area monitoring terminal and the workstation are connected through a network terminal, and carry out mutual communication, the double-screen digital bedside terminal body is connected with the network terminal through a medical equipment entry box, and the aisle information publish terminal is connected with the network terminal, receives signals of the network terminal, and displays the signals. The digital sickbed system can effectively promote communication between doctors and patients.
Description
Technical field
The present invention relates generally to medical digital display circuit apparatus field, refers in particular to a kind of head of a bed terminal and digital sick bed system.
Background technology
At present the hospital bed of known most of hospitals is only provided with a calling extension set as first, does not have multi-functional dedicated computing machine equipment.Even if a small amount of hospital is used dedicated computing machine equipment, operating terminal used mostly is panel computer, and it exists following problem: 1, during medical personnel's operate tablet computer, patient and families of patients can not be used; 2, do not have network interface, the wireless network signal of use is unstable; 3, function is simple, can not with other medical equipment communication, for example, while patient being carried out to cardiac monitoring, need to use independent electrocardiogram monitor, at this moment need additional desk to lay, taken large quantity space.And the power supply that external equipment need to provide is if not 220V, also needs to configure corresponding adapter etc. in addition, too much adapter electric wire takies ward space and seems in disorder, makes troubles to medical personnel and patient and families of patients.And the equipment of the head of a bed does not have special supported and suspended assembly, even if there is supported and suspended assembly, its complex structure, range of activity is little and the support that extends out be not easy to regain, and takies a large amount of public spaces, makes troubles to medical personnel and patient and family members' activity.
In addition; the aisle information release terminal function that known hospital corridor is used is simple; can not show video and voice data that host computer sends; the simple numeral of demonstration and word that can only be simple; because displaying contents is single; patient usually can ignore word content suggested on display screen, can not cause enough attention.And aisle information release terminal and head of a bed terminal and other medical terminal all can not communication, thereby cause doctor and patient to be linked up, there is obstacle, reduced medical personnel's work efficiency.
Summary of the invention
The technical problem to be solved in the present invention is just: for the technical problem of prior art existence, the invention provides the head of a bed terminal of a kind of feature richness, conveniently moving, and a kind of digital sick bed system that can effectively strengthen doctor and patient communication.
For solving the problems of the technologies described above, the technical scheme that the present invention proposes is:
A kind of sick bed head of a bed terminal, comprise the head of a bed support and the dual-screen digital head of a bed terminal that are arranged on the sick bed head of a bed, described head of a bed support comprises the cradling piece that is arranged on the carrier base on sick bed head of a bed wall and is flexibly connected with described carrier base, one end of described cradling piece horizontally rotates around carrier base, and other end activity arranges dual-screen digital head of a bed terminal.
Further improvement as technique scheme:
Described cradling piece comprises cross bar and electric pushrod, and one end and the carrier base of described cross bar are hinged, and the other end is connected with electric pushrod, and the bottom of described electric pushrod is provided with suspension assembly.
In described carrier base, be provided with a bearing and be set in the hollow axle in described bearing, described cross bar is fixedly connected with hollow axle, in described carrier base, be provided with the damping mechanism of installing with described hollow axle concentric, described damping mechanism is socketed in the cavity at hollow axle middle part.
Described dual-screen digital head of a bed terminal comprises Double screens control unit and is installed on the housing of the sick bed head of a bed, described Double screens control cellular installation is in housing, described housing is provided with the first touch sensitive display unit towards the one side of sufferer, the another side of described housing is provided with the second touch sensitive display unit for medical personnel's operation, and described the first touch sensitive display unit is all connected with Double screens control unit with the second touch sensitive display unit.
The present invention further discloses a kind of digital sick bed system, comprise aisle information release terminal, doorway screen, lesion monitor terminal, work station and sick bed head of a bed terminal as above, dual-screen digital head of a bed terminal in described head of a bed terminal, doorway screen, lesion monitor terminal and work station connect and communication mutually by a network terminal, described dual-screen digital head of a bed terminal is connected with the described network terminal by a medical equipment input cartridge, and described aisle information release terminal is connected with the network terminal and the signal that receives the network terminal shows.
Further improvement as technique scheme:
Described aisle information release terminal comprises control unit and is arranged on the framework on hospital corridor, described control unit is arranged in framework, the one side of described framework is provided with the first display unit being connected with described control unit, relative another side is provided with the second display unit being connected with described control unit, described control unit is connected with an interface board, described interface board receives external data and passes to control unit, and described control unit passes to the first display unit after external data is processed and the second display unit carries out simultaneous display.
Described medical equipment input cartridge comprises the box body that is arranged on the sick bed head of a bed, in described box body, be provided with USBHUB module, input power module and out-put supply module, described input power module is connected with described USBHUB module and provides power supply for USBHUB module, described out-put supply module is connected with input power module, described out-put supply module comprises an output port of power source that power supply is provided for external equipment above, and described output port of power source is distributed in the both sides of box body.
Described input power module comprises connected successively power input interface, switch, electric fuse, power supply indicator and more than one power supply adaptor, and described power supply adaptor is connected with USBHUB module and provides power supply for USBHUB module.
Compared with prior art, the advantage of head of a bed terminal of the present invention is:
1, head of a bed terminal of the present invention is arranged on the support of rotation, and it is large that it turns moving range, and when not using, support rotation can be labelled to the wall place of the head of a bed, does not take up room, and facilitates medical personnel or patient and family members thereof to carry out correlated activation.
2, the dual-screen digital head of a bed terminal in head of a bed terminal of the present invention is respectively provided with touch sensitive display unit at housing front and back, and medical personnel and patient and family members can operate use simultaneously, do not interfere with each other, and is conducive to patient and family members and medical personnel and links up interaction.Separately be built-in with identification unit, can identify medical personnel's identity, prevent that non-medical staff from entering corresponding program and operating; Separately be provided with photographic head and display screen, patient can carry out video calling with long-range medical personnel in real time, so that the monitoring that medical personnel can be real-time and understanding patient's the state of an illness can be taked corresponding treatment measure timely and effectively for some emergency case.
3, be provided with a plurality of interfaces that are connected with external device, can carry out communication with various external device and be connected, increased the versatility of this head of a bed terminal.By network interface and extraneous network, join, compare the wireless network of existing use, its network signal is more stable.
The advantage of another digital sick bed system of the present invention is: 1, the exclusive head of a bed terminal of this digital sick bed system can be for doctor, nurse, especially patient inquires about, record, treatment, nursing, amusement, study, call out, the various operations such as video, lesion monitor terminal can collect digital call function, monitoring infusion function is concentrated in lesion, lesion concentrates monitoring function in one, simultaneously, as a system platform centered by patient, can for hospital information system provide one more complete, hardware platform more easily, promote the informationalized development and improvement of hospital clinical.
2, call function: support double-directional speech, video call, support call record and statistics, and daytime, night two kinds of different call models can be set.
3, information issuing function:, the issuing function such as information for hospital (bulletin, notice), nurse's message.
4, centralized management: lesion call information Centralized Monitoring, intelligent management (urgent call priority treatment) function; To calling out, process, distribution, trustship etc.
5, prompting function: patient is treated to prompting, medical personnel are carried out to work prompting.
6, Internet of Things is in conjunction with the original network system of hospital, the various information sensing equipment connections such as RFID device, bar shaped scanning means, various medical monitoring sensing devices are become to a network system, thereby improve medical personnel's self efficiency of service, for bringing more facility in medical services field.
Digital sick bed system of the present invention is domestic initiation numeral sick bed system, adopted advanced computer network sensing technology, by information and monitoring platform are provided for sick bed, for the demands such as hospital and the growing quality of medical care of patient, medical fine-grained management, medical comfort level provide perfect solution.
Accompanying drawing explanation
Fig. 1 is head of a bed terminal structure schematic diagram of the present invention (support open mode).
Fig. 2 is head of a bed terminal structure schematic diagram of the present invention (support retracted state).
Fig. 3 is the cutaway view of head of a bed support in head of a bed terminal of the present invention.
Fig. 4 is the perspective view of suspension assembly in head of a bed terminal of the present invention.
Fig. 5 is the main TV structure schematic diagram of suspension assembly in head of a bed terminal of the present invention.
Fig. 6 is the main TV structure schematic diagram of dual-screen digital terminal in head of a bed terminal of the present invention.
Fig. 7 is the backsight structural representation of dual-screen digital terminal in head of a bed terminal of the present invention.
Fig. 8 is the frame structure schematic diagram of dual-screen digital head of a bed terminal in head of a bed terminal of the present invention.
Fig. 9 is the frame structure schematic diagram of digital sick bed system of the present invention.
Figure 10 is the main TV structure schematic diagram of the aisle information release terminal in digital sick bed system of the present invention.
Figure 11 is the backsight structural representation of the aisle information release terminal in digital sick bed system of the present invention.
Figure 12 is the frame structure schematic diagram of the aisle information release terminal in digital sick bed system of the present invention.
Figure 13 is the main TV structure schematic diagram of the medical equipment input cartridge in digital sick bed system of the present invention.
Figure 14 is the side-looking structural representation of the medical equipment input cartridge in digital sick bed system of the present invention.
Figure 15 is the frame structure schematic diagram of the medical equipment input cartridge in digital sick bed system of the present invention.
Number in the figure explanation: 1, head of a bed support; 101, carrier base; 111, bearing; 112, rotating shaft; 113, damping mechanism; 102, cross bar; 103, electric pushrod; 104, suspension assembly; 141, brace; 2, dual-screen digital head of a bed terminal; 201, housing; 2011, handle; 202, Double screens control unit; 203, double screen interface unit; 204, image unit; 205, identification unit; 206, function button unit; 207, the first touch sensitive display unit; 208, audio frequency indicative control unit; 209, screen adjustment unit; 210, the second touch sensitive display unit; 211, the first speaker; 3, aisle information release terminal; 301, framework; 311, protect mask; 312, heat radiation frame; 313, support column; 302, control unit; 303, interface board; 331, first interface unit; 332, on and off switch; 304, the first display unit; 305, show audio frequency control unit; 306, the second display unit; 307, the second speaker; 308, switch indicating member; 4, doorway screen; 5, lesion monitor terminal; 6, work station; 7, medical equipment input cartridge; 701, box body; 711, lid; 712, locking member; 713, support; 714, bar code scan rifle; 702, USBHUB module; 703, input power module; 731, power input interface; 732, switch; 733, electric fuse; 734, power supply indicator; 735, power supply adaptor; 704, out-put supply module; 741, output port of power source; 705, electrocardiogram monitor; 761, call out handle and bathroom signaling interface; 762, USB interface; 8, the network terminal.
The specific embodiment
Below in conjunction with Figure of description and specific embodiment, the invention will be further described.
As shown in Figures 1 to 8, the head of a bed terminal of the present embodiment, comprise the head of a bed support 1 and the dual-screen digital head of a bed terminal 2 that are arranged on the sick bed head of a bed, head of a bed support 1 comprises the cradling piece that is arranged on the carrier base 101 on sick bed head of a bed wall and is flexibly connected with carrier base 101, one end of cradling piece horizontally rotates around carrier base 101, and the other end activity of cradling piece arranges dual-screen digital head of a bed terminal 2.Head of a bed terminal of the present invention is arranged on the cradling piece of rotation, and it is large that it turns moving range, and when not using, cradling piece rotation can be labelled to the wall place of the head of a bed, does not take up room, and facilitates medical personnel or patient and family members thereof to carry out correlated activation.
In the present embodiment, cradling piece comprises cross bar 102 and electric pushrod 103, and one end of cross bar 102 and carrier base 101 are hinged, and the other end is connected with electric pushrod 103, and the bottom of electric pushrod 103 is provided with suspension assembly 104.As shown in Figure 4 and Figure 5, suspension assembly 104 comprises the brace 141 of inverted U shape, the upper end of brace 141 is rotatably connected with electric pushrod 103, the both sides hinged dual-screen digital head of a bed terminal 2 of brace 141, dual-screen digital head of a bed terminal 2 can be around suspension assembly 104 rotations, and can spin upside down its simple in structure, easy operating.
As shown in Figure 3, in the present embodiment, in carrier base 101, be provided with a rotating bearing 111 and be set in the hollow axle 112 in bearing 111, cross bar 102 is fixedly connected with hollow axle 112, in carrier base 101, be provided with the damping mechanism 113 of installing with hollow axle 112 concentrics, damping mechanism 113 is socketed in the cavity at hollow axle 112 middle parts, can easily cradling piece be fixed on to a position, prevents that its left and right from arbitrarily swinging.
As shown in Figure 6 to 8, in the present embodiment, dual-screen digital head of a bed terminal 2 comprises Double screens control unit 202 and is installed on the housing 201 of the sick bed head of a bed, Double screens control unit 202 is installed in housing 201, one side towards sufferer on housing 201 is provided with the first touch sensitive display unit 207, the second touch sensitive display unit 210, the first touch sensitive display units 207 that another side on housing 201 is provided with for medical personnel's operation are all connected with Double screens control unit 202 with the second touch sensitive display unit 210.In the present embodiment, Double screens control unit 202 is that micro-spy steps double screen mainboard WTM-i2, dual-screen digital head of a bed terminal 2 of the present invention is respectively provided with the first touch sensitive display unit 207 and the second touch sensitive display unit 210 at housing 201 front and backs, medical personnel and patient and family members can operate use simultaneously, do not interfere with each other, be conducive to patient and family members and medical personnel and link up interaction.Separately be built-in with identification unit 205, its model is CY125K-USB module, can identify medical personnel's identity, prevents that non-medical staff from entering corresponding program and operating; The present invention is provided with image unit 204 and display screen, patient can carry out video calling with long-range medical personnel, so that medical personnel can be real-time monitoring and understand patient's the state of an illness, for some emergency case, can take timely and effectively corresponding treatment measure.
In the present embodiment, the second touch sensitive display unit 210 is RTMC1B-1 by audio frequency indicative control unit 208(model) be connected with Double screens control unit 202.Audio frequency indicative control unit 208 is connected with the first speaker 211 and screen adjustment unit 209, after the processing of voice data by audio frequency indicative control unit 208, pass to the first speaker 211, screen adjustment unit 209 is for regulating the parameters such as brightness of the second touch sensitive display unit 210.
In the present embodiment, the top of housing 201 is provided with the double screen interface unit 203 being connected with Double screens control unit 202, it comprises one or more in USB interface 762, network interface or RS232 interface, can carry out communication with various external device and be connected, increase the versatility of this head of a bed terminal.For example can connecting bar code scanner 714(model A-2000A by USB interface 762), can record the various medicines that patient uses, so that later tracking inquiry.
In the present embodiment, image unit 204 is built-in with pick up, can carry out video calling with remote medical nursing personnel.
In the present embodiment, the first touch sensitive display unit 207 and the second touch sensitive display unit 210 are LCD screen.The first touch sensitive display unit 207 is identical with the second touch sensitive display unit 210 types, includes display screen and touch screen, and display screen model is wherein TMS150XG1-10TB, and touch screen model is CE4R-1510 module.In the present embodiment, Double screens control unit 202 is also connected with function button unit 206, function button unit 206 comprises a plurality of buttons, after one of them button is pressed, export a low level signal to Double screens control unit 202, Double screens control unit 202 sends command adapted thereto again according to low level signal.
In the present embodiment, the both sides of housing 201 are provided with symmetrical handle 2011, and handled easily person is adjusted to best use angle by screen.
During use, press on and off switch 332, when operator is during at the first touch sensitive display unit 207 enterprising line operate, the first touch sensitive display unit 207 transfers data to Double screens control unit 202, and Double screens control unit 202 receives after date processing, makes respective response.If any picture, transmit, by LVDS interface, picture is transferred on the first touch sensitive display unit 207.If there is voice data, Double screens control unit 202 by audio interface by audio signal transmission to audio frequency indicative control unit 208, by the first speaker 211 output.When another operator is during simultaneously at the second touch sensitive display unit 210 enterprising line operate, transfer data to Double screens control unit 202, Double screens control unit 202 receives after date processing, makes respective response.View data is transferred to second touch sensitive display unit 210 through audio frequency indicative control unit 208 by picture by VGA interface.Double screens control unit 202 by audio interface by audio signal transmission to audio frequency indicative control unit 208, then audio frequency is spread out of by the first speaker 211.If there are data to transfer out, by the RJ45 network interface on Double screens control unit 202, by network cable transmission, go out.
The invention also discloses a kind of digital sick bed system, as shown in Fig. 9 to Figure 15, comprise aisle information release terminal 3, doorway screen 4, lesion monitor terminal 5, work station 6 and sick bed head of a bed terminal described above, dual-screen digital head of a bed terminal 2 in head of a bed terminal, doorway screen 4, lesion monitor terminal 5 and work station 6 connect and communication mutually by a network terminal 8, dual-screen digital head of a bed terminal 2 is connected with the network terminal 8 by a medical equipment input cartridge 7, and aisle information release terminal 3 is connected with the network terminal 8 and the signal that receives the network terminal 8 shows.
As shown in Figure 10 to Figure 12, in the present embodiment, aisle information release terminal 3 comprises control unit 302 and is arranged on the framework 301 on hospital corridor, control unit 302 is arranged in framework 301, the one side of framework 301 is provided with the first display unit 304 being connected with control unit 302, relative another side is provided with the second display unit 306 being connected with control unit 302, control unit 302 is connected with an interface board 303, interface board 303 receives external data and passes to control unit 302, control unit 302 passes to the first display unit 304 after external data is processed and the second display unit 306 carries out simultaneous display.The second display unit 306 shows that by one audio frequency control unit 305 is connected with control unit 302, show that audio frequency control unit 305 models are RTMC1B-1, the VGA signal that host computer can be sent transfers LVDS signal to, then transfers on the second display unit 306 and show.In the present embodiment, control unit 302 is that micro-spy steps control unit WTM-i2, shows that audio frequency control unit 305 models are RTMC1B-1.Host computer transmits data to control unit 302, after 302 pairs of date processing of control unit, one circuit-switched data is directly transferred on the first display unit 304 by LVDS interface, another circuit-switched data is given video data transmitting to show audio frequency control unit 305 by the VGA interface of control unit 302, after VGA signal being transferred to LVDS signal, be transferred on the second display unit 306, audio signal is by showing that the audio output port of audio frequency control unit 305 is transferred to the second speaker 307 again.The present invention not only can show simple text and the figure that host computer transmits, and simultaneously display color animation and video on double screen, can effectively remind patient to carry out correlated activation, has strengthened the communication of doctor and patient.
In the present embodiment, framework 301 comprises protects mask 311 and is arranged on the heat radiation frame 312 that protects mask 311 both sides, the first display unit 304 and the second display unit 306 are arranged on front and the back side of protecting mask 311, the top of another framework 301 is provided with support column 313, by support column 313, this corridor display screen is lifted on the wall at top, corridor.
In the present embodiment, the first display unit 304 and the second display unit 306 are LCD screen, and its model is M185BGE.
In the present embodiment, interface board 303 comprises first interface unit 331, first interface unit 331 comprises one or more in USB interface, network interface and RS232 interface, and polytype interface can be connected from different external devices, has increased the versatility of this corridor display screen.
In the present embodiment, control unit 302 is connected with interface board 303 by RJ45 connecting line, and control unit 302 is also connected with switch indicating member 308.First external power source provides a stable 12V DC source to interface board 303, is being given respectively control unit 302 and show that audio frequency control unit 305 provides power supply by interface board 303.Press on and off switch 332, start control unit 302, when long-range host computer transmission data are come, first by network interface, be passed to interface board 303, interface board 303 sends data to control unit 302 by netting twine again.Control unit 302 receives after data processing, one tunnel view data is transferred on the first display unit 304 and is shown by LVDS interface, another road view data and voice data transfer to audio frequency indicative control unit 208 by VGA data wire and Audio Data Line, audio frequency indicative control unit 208 turns LVDS by the view data receiving by VGA and transfers on the second display unit 306, and voice data transfers to the second speaker 307 by voice data delivery outlet.
As shown in Figure 13 to 15, the medical equipment input cartridge 7 of the present embodiment, comprise the box body 701 that is arranged on the sick bed head of a bed, in box body 701, be provided with USBHUB module 702, input power module 703 and out-put supply module 704, input power module 703 is connected with USBHUB module 702 and provides power supply for USBHUB module 702, out-put supply module 704 is connected with input power module 703, out-put supply module 704 comprises an output port of power source 741 that power supply is provided for external equipment above, output port of power source 741 is distributed in the both sides of box body 701, and provide a plurality of USB interface that are connected with external equipment 762, also can provide power supply for external equipment simultaneously.Out-put supply module 704 comprises an output port of power source 741 that is arranged on above box body 701 both sides, meet the power requirement of distinct device, its integrated level is high, avoid large number quipments in the past to pile up and taking up room of causing, the problem such as power circuit is mixed and disorderly, offer convenience to medical and nursing work personnel's work.
In the present embodiment, input power module 703 comprises connected successively power input interface 731, switch 732, electric fuse 733, power supply indicator 734 and power supply adaptor 735, and power supply adaptor 735 is connected with USBHUB module 702.Also be provided with in addition a plurality of different power supply adaptors 735, for other medical equipment provides power supply.
In the present embodiment, in box body 701, be provided be connected with USBHUB module 702 for gathering the electrocardiogram monitor 705 of sufferer electrocardiogram (ECG) data, can the electrocardiogram (ECG) data of sufferer be detected and be transmitted, through network, send patient's the data such as electrocardiogram to long-range medical personnel or head of a bed terminal, thereby patient is carried out to real-time continual monitoring, ensure greatly patient's life security, improved medical personnel's work efficiency.
In the present embodiment, USBHUB module 702 is connected with the second interface unit 706, the second interface unit 706 comprises calls out handle and bathroom signaling interface 761 and more than one USB interface 762, can carry out communication with a plurality of external devices and be connected, and has increased the versatility of this head of a bed terminal.In the present embodiment by USB interface 762 can connecting bar code scanner 714(model be A-2000A), can record the various medicines that patient uses, so that later tracking inquiry, and the bottom of box body 701 is provided with for depositing the support 713 of bar code scan rifle 714, medical personnel are after using bar code scan rifle 714, be shelved on support 713, convenient and practical.
As shown in figure 13, the USBHUB module 702 in the present embodiment is for expanding usb data interface.
In the present embodiment, be provided with lid 711 on box body 701, lid 711 foldings are arranged on box body 701, and are locked on box body 701 by locking member 712, lid 711 be provided for protecting electrocardiogram monitor 705.Out-put supply module 704 comprises four output port of power source 741, and output port of power source 741 is distributed in the both sides of box body 701, can meet a plurality of external equipments and operate simultaneously.External power source is by power input interface 731 input 220V alternating currents, this power supply provides power supply to respectively four output port of power source 741 and two power supply adaptors 735, power supply adaptor 735 provides 12V to USBHUB module 702 again, USBHUB module 702 can be the external world while carrying out work 12V DC source is provided, USBHUB module 702 is carried out the transmission of data by calling out handle and bathroom signaling interface 761, and data can transfer to miscellaneous equipment from the USB interface 762 of this appliance case.
When sick bed terminal, send call signal, signal is first sent to server by network, and server is made respond services, instruction is sent to lesion monitor terminal 5, aisle information release terminal 3, doorway and shields 4 equipment, and doorway screen 4 is for providing the equipment of calling out and showing.These equipment respond corresponding function after receiving information.When at enterprising line operates of equipment such as work station 6, lesion monitor terminal 5 or doorway screens 4, first data are transmitted through the network to server, server receives service request, provides respective service to be sent on miscellaneous equipment.
Server comprises core switch and the disk array being connected with core switch, maintenance work station, server zone and communication server, and wherein disk array function is storage program and data; The effect at maintenance work station is the maintenance of equipment; The effect of server zone is to monitor the service request that the miscellaneous equipment on network is submitted to, and corresponding service is provided; The function of communication server is to carry out the switching of intranet and extranet.
Below be only the preferred embodiment of the present invention, protection scope of the present invention is also not only confined to above-described embodiment, and all technical schemes belonging under thinking of the present invention all belong to protection scope of the present invention.It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principles of the present invention, should be considered as protection scope of the present invention.
Claims (8)
1. a sick bed head of a bed terminal, it is characterized in that, comprise the head of a bed support (1) and the dual-screen digital head of a bed terminal (2) that are arranged on the sick bed head of a bed, described head of a bed support (1) comprises the carrier base (101) being arranged on sick bed head of a bed wall and the cradling piece being flexibly connected with described carrier base (101), one end of described cradling piece horizontally rotates around carrier base (101), and other end activity arranges dual-screen digital head of a bed terminal (2).
2. sick bed head of a bed terminal according to claim 1, it is characterized in that, described cradling piece comprises cross bar (102) and electric pushrod (103), one end of described cross bar (102) and carrier base (101) are hinged, the other end is connected with electric pushrod (103), and the bottom of described electric pushrod (103) is provided with suspension assembly (104).
3. sick bed head of a bed terminal according to claim 2, it is characterized in that, in described carrier base (101), be provided with a bearing (111) and be set in the hollow axle (112) in described bearing (111), described cross bar (102) is fixedly connected with hollow axle (112), in described carrier base (101), be provided with the damping mechanism (113) of installing with described hollow axle (112) concentric, described damping mechanism (113) is socketed in the cavity at hollow axle (112) middle part.
4. according to the sick bed head of a bed terminal described in claim 1 or 2 or 3, it is characterized in that, described dual-screen digital head of a bed terminal (2) comprises Double screens control unit (202) and is installed on the housing (201) of the sick bed head of a bed, described Double screens control unit (202) is installed in housing (201), described housing (201) is provided with the first touch sensitive display unit (207) towards the one side of sufferer, the another side of described housing (201) is provided with the second touch sensitive display unit (210) for medical personnel's operation, described the first touch sensitive display unit (207) is all connected with Double screens control unit (202) with the second touch sensitive display unit (210).
5. a digital sick bed system, it is characterized in that, comprise aisle information release terminal (3), doorway screen (4), lesion monitor terminal (5), sick bed head of a bed terminal in work station (6) and claim 1 to 4 described in any one, dual-screen digital head of a bed terminal (2) in described head of a bed terminal, doorway screen (4), lesion monitor terminal (5) and work station (6) connect and communication mutually by a network terminal (8), described dual-screen digital head of a bed terminal (2) is connected with the described network terminal (8) by a medical equipment input cartridge (7), described aisle information release terminal (3) is connected with the network terminal (8) and the signal that receives the network terminal (8) shows.
6. digital sick bed system according to claim 5, it is characterized in that, described aisle information release terminal (3) comprises control unit (302) and is arranged on the framework (301) on hospital corridor, described control unit (302) is arranged in framework (301), the one side of described framework (301) is provided with the first display unit (304) being connected with described control unit (302), relative another side is provided with the second display unit (306) being connected with described control unit (302), described control unit (302) is connected with an interface board (303), described interface board (303) receives external data and passes to control unit (302), described control unit (302) passes to the first display unit (304) after external data is processed and the second display unit (306) carries out simultaneous display.
7. digital sick bed system according to claim 6, it is characterized in that, described medical equipment input cartridge (7) comprises the box body (701) that is arranged on the sick bed head of a bed, in described box body (701), be provided with USBHUB module (702), input power module (703) and out-put supply module (704), described input power module (703) is connected with described USBHUB module (702) and is that USBHUB module (702) provides power supply, described out-put supply module (704) is connected with input power module (703), described out-put supply module (704) comprises an output port of power source (741) that power supply is provided for external equipment above, described output port of power source (741) is distributed in the both sides of box body (701).
8. digital sick bed system according to claim 7, it is characterized in that, described input power module (703) comprises connected successively power input interface (731), switch (732), electric fuse (733), power supply indicator (734) and more than one power supply adaptor (735), and described power supply adaptor (735) is connected with USBHUB module (702) and is that USBHUB module (702) provides power supply.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310721156.4A CN103655088A (en) | 2013-12-24 | 2013-12-24 | Bedside terminal and digital sickbed system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310721156.4A CN103655088A (en) | 2013-12-24 | 2013-12-24 | Bedside terminal and digital sickbed system |
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| CN103655088A true CN103655088A (en) | 2014-03-26 |
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| CN201310721156.4A Pending CN103655088A (en) | 2013-12-24 | 2013-12-24 | Bedside terminal and digital sickbed system |
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| CN103942452A (en) * | 2014-05-07 | 2014-07-23 | 东南大学 | Internet-of-Things based intelligent home nursing method for patient in intensive care unit |
| CN105472020A (en) * | 2015-12-26 | 2016-04-06 | 宁波六脉神剑软件科技有限公司 | Remote control interaction panel sickbed system |
| CN106137632A (en) * | 2016-06-28 | 2016-11-23 | 苏州健华信息技术服务有限公司 | Medical bedstead Double-Screen Display System |
| CN108992265A (en) * | 2018-06-22 | 2018-12-14 | 广州乔铁医疗科技有限公司 | A kind of operative rehabilitation hospital bed of double mechanical arms |
| CN110236817A (en) * | 2019-06-18 | 2019-09-17 | 狄浩 | A kind of hospital bed information monitoring system |
| CN110535951A (en) * | 2019-08-30 | 2019-12-03 | 湖南新云医疗装备工业有限公司 | One kind being based on mobile communication service number ward service system |
| CN114995671A (en) * | 2021-03-01 | 2022-09-02 | 北京神州视翰科技有限公司 | Ward bed head touch-control machine and touch-control system |
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