CN206761995U - A kind of intelligent transfusion supervising device - Google Patents

A kind of intelligent transfusion supervising device Download PDF

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Publication number
CN206761995U
CN206761995U CN201720045790.4U CN201720045790U CN206761995U CN 206761995 U CN206761995 U CN 206761995U CN 201720045790 U CN201720045790 U CN 201720045790U CN 206761995 U CN206761995 U CN 206761995U
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CN
China
Prior art keywords
transfusion
jig arm
pedestal
system level
intelligent
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201720045790.4U
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Chinese (zh)
Inventor
杨济豪
王洋
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Leshan Normal University
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Leshan Normal University
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Priority to CN201720045790.4U priority Critical patent/CN206761995U/en
Application granted granted Critical
Publication of CN206761995U publication Critical patent/CN206761995U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses it is a kind of can be to the intelligent transfusion supervising device that patient and medical personnel offer convenience.The intelligent transfusion supervising device, including server, radio network gateway, multiple safe transfusion devices, the radio network gateway respectively with server, multiple safe transfusion device wireless connections, each safe transfusion device is by the data transfer of each Autonomous test to server, only need medical personnel can be to utilize the transfusion condition of all transfusion points of server monitoring, and the data shown according to server remind associated care personnel to be handled in time, greatly facilitate patient and medical personnel, simultaneously, once the atmospheric pressure value that baroceptor monitors indicates that transfusion closes to an end close to default initial value, now wireless system level chip sends alarm signal to alarm module, patient and medical personnel are reminded to be handled in time, it is adapted in field of environment protection equipment popularization and application.

Description

A kind of intelligent transfusion supervising device
Technical field
It the utility model is related to medical instruments field, and in particular to a kind of intelligent transfusion supervising device.
Background technology
Infuse also known as have an intravenous drip or hang water.That internal heavy dose is inputted by drip-feed, single administration 100ml with On, parenteral solution.It is packaged in the infusion bottle or bag of glass or plastics, without preservative or bacteriostatic agent.By defeated during use Liquid device adjustment drop speed, continues and stably enters vein, to supplement body fluid, electrolyte or provide nutriment.Due to its dosage Greatly and it is to be directly entered blood, therefore quality requirement is high, production technology etc. also has different with small needle injection.
Conventional patients have an intravenous drip the no supervising device of transfusion, and patient or the family members to attend to the patient need the moment to stare at injection Whether liquid is finished, if one people of patient has an intravenous drip, when occurring in poor health, can sometimes forget whether observe parenteral solution It is finished, once parenteral solution is finished without changing in time, the body of patient will be caused a hidden trouble and be injured, even if patient pays close attention to band Parenteral solution is finished, and sometimes nurse is at one's side, it is necessary to go to notify nurse, and because patient takes action inconvenient, and one very numb Tired thing, furthermore, it is required for prompting nurse every time, it is very inconvenient.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of can offer convenience to patient and medical personnel Intelligent transfusion supervising device.
Technical scheme is used by the utility model solves above-mentioned technical problem:The intelligent transfusion supervising device, including Server, radio network gateway, multiple safe transfusion devices, the radio network gateway respectively with server, multiple safe transfusion devices without Line connects, and each safe transfusion device includes pedestal, and the upper surface of the pedestal is provided with the first hook, the following table of the pedestal Face is provided with sleeve, and the upper end of the sleeve and the lower surface of pedestal are tightly connected, and sliding block, the cunning are provided with the sleeve The upper end of block is provided with sealing plate, and the lower end of the sliding block is fixed with the second hook, the inwall of the sealing plate and sleeve and The lower surface of pedestal surrounds a closed cavity jointly, and the chamber is filled with air, and the lower surface of the pedestal is provided with Baroceptor, the baroceptor are located in closed cavity, the first power supply are provided with the pedestal, without linear system Irrespective of size chip, alarm module, instruction input module, the wireless system level chip are that can use Zigbee or 6LoWPAN skills The wireless system level chip that art is communicated, the baroceptor, alarm module, instruction input module respectively with wireless system Level chip signal is connected, and the baroceptor, alarm module, instruction input module, wireless system level chip are respectively with first Power supply electrically connects, in addition to for controlling the intelligent cutoff device of transfusion, the intelligent cutoff device includes matrix, first Jig arm, the second jig arm, first jig arm are fixed on matrix, are provided with chute on the matrix, and the one of second jig arm End is caught in chute, and the electric pushrod for making the second jig arm be moved along chute, first jig arm are provided with the matrix It is disposed in parallel relation to one another with the second jig arm, single-chip microcomputer, wireless signal receiver, the second power supply, institute is provided with the matrix State wireless signal receiver, electric pushrod is connected with single-chip microcomputer signal respectively, the wireless signal receiver, electric pushrod, list Piece machine electrically connects with the second power supply respectively.
Further that the base-plates surface is provided with display screen, the display screen respectively with the first power supply and nothing Line system level chip is connected.
It is further that the wireless system level chip is CC2530 chips.
It is further that the single-chip microcomputer is MSP430F149 single-chip microcomputers.
It is further that the server is computer.
It is further that a side surface of first jig arm towards the second jig arm is provided with the first arc notch, described One side surface of the second jig arm towards the first jig arm is provided with the second arc notch, and first arc notch lacks with the second arc Mouth is correspondingly arranged.
It is further that the alarm module is audible-visual annunciator.
It is further that the instruction input module is keyboard.
The beneficial effects of the utility model:The intelligent transfusion supervising device when in use, only need to be in each transfusion point suspension One safe transfusion device, safe transfusion device only need to utilize the first hook that safe transfusion device is hung over into Infusion support when in use Above and by intelligent cutoff device it is clipped on the woven hose of transfusion device, the infusion bottle infused as needed or the specification setting of infusion bag Initial value, the initial value refer to the infusion bag of the infusion bottle of sky or sky hanging over atmospheric pressure value when on the second hook in cavity, Initial value is input in wireless system level chip using instruction input module, infusion bottle or infusion bag are then hung over into the second extension On hook, now due to infusion bottle and infusion bag can pull under gravity slip move down a segment distance until sliding block no longer Mobile, during sliding block moves down, the volume of cavity becomes larger, and the air pressure in cavity tapers into, when sliding block no longer moves When dynamic, air pressure no longer changes in cavity, starts to infuse afterwards, due to pressure difference inside and outside cavity be present, ambient pressure will not be sent out Changing, when the decoction in infusion bottle or infusion bag gradually decreases, sliding block gradually moves up in the presence of ambient pressure, this When cavity volume change, because cavity is closed, cavity volume changes, and the air pressure in cavity also occurs therewith Change, the indirect decoction surplus reflected in infusion bottle or infusion bag of the change of air pressure, baroceptor are surveyed in real time in cavity The air pressure change in cavity is measured, and gives the data transfer measured to wireless system level chip, wireless system level chip receives gas Radio network gateway is passed to after pressure delta data, and then passes to server, each safe transfusion device is by the number of each Autonomous test According to being delivered on server, only need a medical personnel can with using the transfusion condition of all transfusion points of server monitoring, and And the data shown according to server remind associated care personnel to be handled in time, greatly facilitate patient and medical personnel, Meanwhile once the atmospheric pressure value that baroceptor monitors indicates that transfusion closes to an end close to default initial value, now wirelessly System level chip sends alarm signal to alarm module, reminds patient and medical personnel to be handled in time, while wireless system Level chip sends control signal to wireless signal receiver, and wireless signal receiver passes to monolithic after receiving control signal Machine, single-chip microcomputer control electric pushrod work after receiving control signal, the second jig arm is drawn close with the first jig arm by transfusion device Woven hose is clamped and turned it off, and further avoid fortuitous event.
Brief description of the drawings
Fig. 1 is intelligent transfusion supervising device structural representation described in the utility model;
Fig. 2 is safe transfusion device structural representation described in the utility model;
Description of symbols in figure:Server 1, radio network gateway 2, safe transfusion device 3, the hook of pedestal 301, first 302, sleeve 303rd, the sliding block 304, hook of sealing plate 305, second 306, cavity 307, baroceptor 308, the first power supply 309, wireless System level chip 310, alarm module 311, instruction input module 312, intelligent cutoff device 313, matrix 3131, the first jig arm 3132nd, the second jig arm 3133, electric pushrod 3134, single-chip microcomputer 3135, wireless signal receiver 3136, the second power supply 3137th, the first arc notch 3138, the second arc notch 3139, display screen 314.
Embodiment
Specific embodiment of the present utility model is further described below in conjunction with the accompanying drawings.
As shown in Figure 1, 2, the intelligent transfusion supervising device, including server 1, radio network gateway 2, multiple safe transfusion devices 3, the radio network gateway 2 includes with server 1, the wireless connection of multiple safe transfusion devices 3, each safe transfusion device 3 respectively Pedestal 301, the upper surface of the pedestal 301 are provided with the first hook 302, and the lower surface of the pedestal 301 is provided with sleeve 303, the upper end of the sleeve 303 is tightly connected with the lower surface of pedestal 301, and sliding block 304, institute are provided with the sleeve 303 The upper end for stating sliding block 304 is provided with sealing plate 305, and the lower end of the sliding block 304 is fixed with the second hook 306, the sealing plate 305 surround a closed cavity 307 jointly with the lower surface of the inwall of sleeve 303 and pedestal 301, in the cavity 307 Filled with air, the lower surface of the pedestal 301 is provided with baroceptor 308, and the baroceptor 308 is located at closed chamber In body 307, the first power supply 309, wireless system level chip 310, alarm module 311, instruction are provided with the pedestal 301 Input module 312, the wireless system level chip 310 are wireless for that can be communicated using Zigbee or 6LoWPAN technologies System level chip 310, the baroceptor 308, alarm module 311, instruction input module 312 respectively with wireless system level core The signal of piece 310 is connected, the baroceptor 308, alarm module 311, instruction input module 312, wireless system level chip 310 Electrically connected respectively with the first power supply 309, in addition to for controlling the intelligent cutoff device 313 of transfusion, the intelligence shut-off Device 313 includes matrix 3131, the first jig arm 3132, the second jig arm 3133, and first jig arm 3132 is fixed on matrix 3131 On, chute is provided with the matrix 3131, one end of second jig arm 3133 is caught in chute, is set on the matrix 3131 It is equipped with the electric pushrod 3134 for making the second jig arm 3133 be moved along chute, the jig arm 3133 of the first jig arm 3132 and second It is disposed in parallel relation to one another, single-chip microcomputer 3135, wireless signal receiver 3136, the second power supply is provided with the matrix 3131 3137, the wireless signal receiver 3136, electric pushrod 3134 are connected with the signal of single-chip microcomputer 3135 respectively, the wireless signal Receiver 3136, electric pushrod 3134, single-chip microcomputer 3135 electrically connect with the second power supply 3137 respectively.The intelligent transfusion monitors Device when in use, only need to only need when in use in each transfusion point one safe transfusion device 3 of suspension, safe transfusion device 3 Safe transfusion device 3 is hung over to the transfusion that transfusion device is clipped on Infusion support and by intelligent cutoff device 313 using the first hook 302 The specification setting initial value of Guan Shang, the infusion bottle infused as needed or infusion bag, the initial value refer to the infusion bottle of sky Or empty infusion bag hangs over atmospheric pressure value when on the second hook 306 in cavity 307, and initial value is utilized into instruction input module 312 It is input in wireless system level chip 310, then hangs over infusion bottle or infusion bag on the second hook 306, now due to transfusion Bottle and infusion bag can pull under gravity slip move down a segment distance until sliding block 304 no longer move, sliding block 304 to During lower movement, the volume of cavity 307 becomes larger, and the air pressure in cavity 307 tapers into, when sliding block 304 no longer moves When, air pressure no longer changes in cavity 307, starts to infuse afterwards, due to pressure difference inside and outside cavity 307 be present, ambient pressure is not It can change, when the decoction in infusion bottle or infusion bag gradually decreases, sliding block 304 is gradually upward in the presence of ambient pressure Mobile, now the volume of cavity 307 changes, and because cavity 307 is closed, the volume of cavity 307 changes, cavity Air pressure in 307 also changes therewith, the indirect medicine reflected in infusion bottle or infusion bag of the change of air pressure in cavity 307 Liquid surplus, baroceptor 308 measure the air pressure change in cavity 307 in real time, and by the data transfer measured to wireless system Level chip 310, wireless system level chip 310 passes to radio network gateway 2 after receiving air pressure change data, and then passes to service Device 1, each safe transfusion device 3 will only need medical personnel can be with the data transfer of each Autonomous test to server 1 The transfusion condition of all transfusion points is monitored using server 1, and the data shown according to server 1 remind associated care in time Personnel are handled, and greatly facilitate patient and medical personnel, meanwhile, once the atmospheric pressure value that baroceptor 308 monitors connects Nearly default initial value indicates that transfusion closes to an end, and now wireless system level chip 310 sends alarm signal to alarm module 311 Number, remind patient and medical personnel to be handled in time, while wireless system level chip 310 is sent out to wireless signal receiver 3136 Control signal, wireless signal receiver 3136 is sent to pass to single-chip microcomputer 3135 after receiving control signal, single-chip microcomputer 3135 receives Control electric pushrod 3134 to work after to control signal, the first jig arm is drawn close with the first jig arm 3132 by the woven hose of transfusion device Clamping turns it off, and further avoid fortuitous event.
The decoction surplus in infusion bottle or infusion bag, the pedestal are got information about in order to facilitate patient and medical personnel 301 surfaces are provided with display screen 314, the display screen 314 respectively with the first power supply 309 and wireless system level chip 310 It is connected.
Based on cost and realize that effect considers that the wireless system level chip 310 is CC2530 chips, and radio network gateway 2 is Zigbee or 6LoWPAN network datas can be forwarded to the gateway of internet.
In order to reduce power consumption, the single-chip microcomputer 3135 is preferably MSP430F149 single-chip microcomputers.The single-chip microcomputer disposal ability is strong, Arithmetic speed is fast, peripheral hardware enriches.
It is monitored in order to facilitate monitoring personnel and data processing, the server 1 is computer.
When transfusion is normally carried out, intelligent cutoff device 313, which is clipped on the woven hose of transfusion device, is not interfering with transfusion just Often carry out, now, the distance between the first jig arm 3132 and the second jig arm 3133 are wider, and clamping force therebetween is smaller, and two Person leans on being frictionally held on woven hose between woven hose, when needing to turn off woven hose, is made using electric pushrod 3134 Second jig arm 3133 increases clamping force therebetween, woven hose is flattened, so as to realize woven hose close to the first jig arm 3132 Shut-off, in order to increase the frictional force between jig arm and woven hose, avoid jig arm from dropping, first jig arm 3132 towards second One side surface of jig arm 3133 is provided with the first arc notch 3138, second jig arm 3133 towards the first jig arm 3132 one Side surface is provided with the second arc notch 3139, and first arc notch 3138 is correspondingly arranged with the second arc notch 3139. So woven hose is surrounded by the first arc notch 3138 and the second arc notch 3139, adds contact area, so as to add Frictional force,
In order that patient and medical personnel fast and accurately receive alarm signal, the alarm module 311 is sound and light alarm Device.
For the ease of medical personnel's input instruction, the instruction input module 312 is keyboard.

Claims (8)

  1. A kind of 1. intelligent transfusion supervising device, it is characterised in that:Including server, radio network gateway (2), multiple safe transfusion devices (3), the radio network gateway (2) respectively with server, multiple safe transfusion devices (3) wireless connection, each safe transfusion device (3) pedestal (301) is included, the upper surface of the pedestal (301) is provided with the first hook (302), the following table of the pedestal (301) Face is provided with sleeve (303), and the upper end of the sleeve (303) is tightly connected with the lower surface of pedestal (301), the sleeve (303) it is provided with sliding block (304) in, the upper end of the sliding block (304) is provided with sealing plate (305), under the sliding block (304) End is fixed with the second hook (306), and the sealing plate (305) is total to the inwall of sleeve (303) and the lower surface of pedestal (301) With a closed cavity (307) is surrounded, it is provided with the cavity (307) filled with air, the lower surface of the pedestal (301) Baroceptor (308), the baroceptor (308) are located in closed cavity (307), set on the pedestal (301) There are the first power supply (309), wireless system level chip (310), alarm module (311), instruction input module (312), it is described Wireless system level chip (310) is the wireless system level chip that Zigbee or 6LoWPAN technologies can be used to be communicated (310), the baroceptor (308), alarm module (311), instruction input module (312) respectively with wireless system level chip (310) signal is connected, the baroceptor (308), alarm module (311), instruction input module (312), wireless system level Chip (310) electrically connects with the first power supply (309) respectively, in addition to for controlling the intelligent cutoff device (313) of transfusion, The intelligent cutoff device (313) includes matrix (3131), the first jig arm (3132), the second jig arm (3133), first folder Arm (3132) is fixed on matrix (3131), is provided with chute on the matrix (3131), and the one of second jig arm (3133) End is caught in chute, and the electric pushrod for making the second jig arm (3133) be moved along chute is provided with the matrix (3131) (3134), first jig arm (3132) is disposed in parallel relation to one another with the second jig arm (3133), is provided with the matrix (3131) Single-chip microcomputer (3135), wireless signal receiver (3136), the second power supply (3137), the wireless signal receiver (3136), electric pushrod (3134) is connected with single-chip microcomputer (3135) signal respectively, the wireless signal receiver (3136), electronic Push rod (3134), single-chip microcomputer (3135) electrically connect with the second power supply (3137) respectively.
  2. 2. intelligent transfusion supervising device as claimed in claim 1, it is characterised in that:Pedestal (301) surface is provided with aobvious Display screen (314), the display screen (314) are connected with the first power supply (309) and wireless system level chip (310) respectively.
  3. 3. intelligent transfusion supervising device as claimed in claim 2, it is characterised in that:The wireless system level chip (310) is CC2530 chips.
  4. 4. intelligent transfusion supervising device as claimed in claim 3, it is characterised in that:The single-chip microcomputer (3135) is MSP430F149 single-chip microcomputers (3135).
  5. 5. intelligent transfusion supervising device as claimed in claim 4, it is characterised in that:The server (1) is computer.
  6. 6. intelligent transfusion supervising device as claimed in claim 5, it is characterised in that:First jig arm (3132) direction second One side surface of jig arm (3133) is provided with the first arc notch (3138), the first jig arm of the second jig arm (3133) direction (3132) a side surface is provided with the second arc notch (3139), first arc notch (3138) and the second arc notch (3139) it is correspondingly arranged.
  7. 7. intelligent transfusion supervising device as claimed in claim 6, it is characterised in that:The alarm module (311) is acousto-optic report Alert device.
  8. 8. intelligent transfusion supervising device as claimed in claim 7, it is characterised in that:The instruction input module (312) is key Disk.
CN201720045790.4U 2017-01-16 2017-01-16 A kind of intelligent transfusion supervising device Expired - Fee Related CN206761995U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720045790.4U CN206761995U (en) 2017-01-16 2017-01-16 A kind of intelligent transfusion supervising device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720045790.4U CN206761995U (en) 2017-01-16 2017-01-16 A kind of intelligent transfusion supervising device

Publications (1)

Publication Number Publication Date
CN206761995U true CN206761995U (en) 2017-12-19

Family

ID=60647172

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720045790.4U Expired - Fee Related CN206761995U (en) 2017-01-16 2017-01-16 A kind of intelligent transfusion supervising device

Country Status (1)

Country Link
CN (1) CN206761995U (en)

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20171219

Termination date: 20200116

CF01 Termination of patent right due to non-payment of annual fee