CN103239772A - Hospital ward integration network type visible probe monitoring vein infusion apparatus - Google Patents
Hospital ward integration network type visible probe monitoring vein infusion apparatus Download PDFInfo
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- CN103239772A CN103239772A CN2013102060572A CN201310206057A CN103239772A CN 103239772 A CN103239772 A CN 103239772A CN 2013102060572 A CN2013102060572 A CN 2013102060572A CN 201310206057 A CN201310206057 A CN 201310206057A CN 103239772 A CN103239772 A CN 103239772A
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Abstract
The invention relates to a hospital ward integration network type visible probe monitoring vein infusion apparatus, in particular to an integration network type visible probe monitoring vein infusion apparatus device used in a hospital ward. The hospital ward integration network type visible probe monitoring vein infusion apparatus is provided with a visible probe, a visible probe data line and an electromagnetic stop valve cable which are respectively arranged in the middle of an infusion support, wherein an infusion basket is hung on a hook at the top of the infusion support, a liquid drip cup, an infusion regulating valve, an electromagnetic stop valve and an infusion needle head are respectively arranged on an infusion tube, the electromagnetic stop valve cable is connected onto the electromagnetic stop valve, a main screen displayer displays liquid status images of a plurality of infusion unit display screens, and a visible probe controller controls the liquid status images of the plurality of the infusion unit display screens. The hospital ward integration network type visible probe monitoring vein infusion apparatus has the advantages of being simple in structure, in an integration network type structure, and convenient to operate, monitoring clearly, controlling the plurality of the infusion unit display screens in a plurality of wards, combining photovoltaic and acoustic images and warning into a whole, reducing the number of supervisory persons, and being widely used in devices with integration network type visible probes monitoring vein infusion in the hospital ward.
Description
Technical field
The present invention relates to a kind of visual probe monitors of hospital ward integrated network formula intravenous transfusion device processed, especially for the visual probe monitors of integrated network formula intravenous transfusion device equipment processed in the hospital ward.
Background technology
At present, prior art institute of traditional Chinese medicine does not have the venous transfusion watch-dog in the ward, has only to call out to arrange, and when particularly the liquid of venous transfusion both will not have, just can press calling set aloud, and medical personnel lose no time to close intravenous transfusion device; The whole process of venous transfusion is: the patient when venous transfusion, constantly observe venous transfusion liquid what, if observer's carelessness causes venous transfusion patient's vein blood to reflux serious harm patient's life.
Summary of the invention
Purpose of the present invention, provide a kind of visual probe monitors of hospital ward integrated network formula intravenous transfusion device processed, it be by visual probe observe venous transfusion liquid what, be delivered in the master controller by the information of visual probe data line with liquid, the information of liquid demonstrates the liquid condition picture in each room at indicator screen, when the liquid of venous transfusion both will not have, closed the liquid of venous transfusion by electromagnet cut off valve controller control electromagnet cut off valve, reach master controller monitoring system many between the liquid of venous transfusion in ward, realize the purpose of the hospital ward visual probe monitors of integrated network formula venous transfusion state processed picture.
The visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed takes following technical scheme to realize: it is by the electromagnet cut off valve cable, drip stand, visual probe data line, visual probe, electromagnet cut off valve, the transfusion control valve, the fluid drips kettle, infusion bottle, speaker, gauge tap, mini monitor, last controller, following controller, relay indicating light, binding post, light emitting diode, alarm lamp, master controller, visual probe controller, the electromagnet cut off valve controller, power cable, data wire, transfusion unit display screen and main screen display constitute, visual probe is installed at the place respectively in the middle of on the drip stand, visual probe data line and electromagnet cut off valve cable, the top hook of drip stand is hung oneself and is hung the transfusion basket, device infusion bottle in the transfusion basket, connect tube for transfusion on the infusion bottle, install the fluid drips kettle on the tube for transfusion respectively, the transfusion control valve, electromagnet cut off valve and infusion needle, connect the electromagnet cut off valve cable on the electromagnet cut off valve, visual probe data line and electromagnet cut off valve cable are connected on the binding post of master controller, speaker is set respectively on the master controller, gauge tap, mini monitor, last controller, following controller, relay indicating light, binding post, light emitting diode, alarm lamp, visual probe controller, the electromagnet cut off valve controller, power cable and data wire, power cable and data wire are connected on the binding post of main screen display, the liquid condition picture that shows a plurality of transfusion unit display screens on the main screen display, gauge tap controls the unlatching of master controller or cuts out, last controller and following controller are controlled the liquid condition picture change of a plurality of transfusion unit display screens of column up and down respectively, visual probe controller is controlled the liquid condition picture of a plurality of transfusion unit display screens, the electromagnet cut off valve controller controls the unlatching of electromagnet cut off valve or cuts out, do not send alarm sound by alarm lamp flicker and speaker when in the infusion bottle there be liquid, close the electromagnet cut off valve on the transfusion unit picture when in the infusion bottle there be not liquid, transfusion liquid in pipe or air prevention enter in the patient's vein blood vessel, in order to avoid cause venous transfusion patient's vein blood to reflux serious harm patient's life.
Rule of operation of the present invention: the power cable of master controller is communicated with alternating current power supply, open gauge tap, visual probe controller, the electromagnet cut off valve controller, mini monitor, last controller, following controller, relay indicating light, transfusion unit display screen and main screen display, connect tube for transfusion on the infusion bottle, install the fluid drips kettle on the tube for transfusion respectively, the transfusion control valve, electromagnet cut off valve and infusion needle, infusion needle thrusts in the patient's vein blood vessel, the transfusion control valve is regulated the fluid drips number, by the liquid condition picture in visual probe supervision infusion bottle and the fluid drips kettle, be delivered to the liquid condition image information on the transfusion unit display screen of main screen display by master controller, when in the infusion bottle there be not liquid, send alarm sound by alarm lamp flicker and speaker, close the electromagnet cut off valve on the transfusion unit picture when in the infusion bottle there be not liquid, medical personnel in time extract infusion needle in the patient's vein blood vessel, sterilized cotton ball presses place, infusion needle hole, realizes the effect of the hospital ward visual probe monitors of integrated network formula venous transfusion processed.
The effect of the visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed is simple in structure, integrated network formula structure, supervise clear, control a plurality of transfusion unit display screens in a plurality of wards, photoelectricity acoustic image warning one, time saving and energy saving, easy to operate, reduce the aufsichtsrat, a monitoring intravenous transfusion device processed is observed the transfusion outpatient of a plurality of transfusion units in a plurality of wards, is widely used in the equipment of the visual probe monitors of hospital ward integrated network formula venous transfusion processed.
Description of drawings
The visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed will describe in further detail by reference to the accompanying drawings.
Fig. 1 is the structural representation of the visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed.
1 - solenoid valve cable cord 2 - Infusion frame 3 - visual probe data cable 4 - visual probe 5 - electromagnetic cutoff valve 6 - Infusion regulating valve 7 - dripping pot 8 - infusion bottle 9 - speaker 10 - control switch 11 - mini-monitor 12 - on the controller 13 - next controller 14 - work lamp 15 - terminal 16 - light emitting diodes 17 - alarm indicator 18 - the main controller 19 - visual probe controller 20 - solenoid valve control 21 - power cable line 22 - data line 23 - infusion unit display 24 - The main screen displays.
The specific embodiment
With reference to Fig. 1, the visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed, it is by electromagnet cut off valve cable 1, drip stand 2, visual probe data line 3, visual probe 4, electromagnet cut off valve 5, transfusion control valve 6, fluid drips kettle 7, infusion bottle 8, speaker 9, gauge tap 10, mini monitor 11, last controller 12, following controller 13, relay indicating light 14, binding post 15, light emitting diode 16, alarm lamp 17, master controller 18, visual probe controller 19, electromagnet cut off valve controller 20, power cable 21, data wire 22, transfusion unit display screen 23 and main screen display 24 constitute, visual probe 4 is installed at the place respectively in the middle of on the drip stand 2, visual probe data line 3 and electromagnet cut off valve cable 1, the top hook of drip stand 2 is hung oneself and is hung the transfusion basket, device infusion bottle 8 in the transfusion basket, connect tube for transfusion on the infusion bottle 8, install fluid drips kettle 7 on the tube for transfusion respectively, transfusion control valve 6, electromagnet cut off valve 5 and infusion needle, connect electromagnet cut off valve cable 1 on the electromagnet cut off valve 5, visual probe data line 3 and electromagnet cut off valve cable 1 are connected on the binding post 15 of master controller 18, speaker 9 is set respectively on the master controller 18, gauge tap 10, mini monitor 11, last controller 12, following controller 13, relay indicating light 14, binding post 15, light emitting diode 16, alarm lamp 17, visual probe controller 19, electromagnet cut off valve controller 20, power cable 21 and data wire 22, power cable 21 and data wire 22 are connected on the binding post 15 of main screen display 24, the liquid condition picture that shows a plurality of transfusion unit display screens 23 on the main screen display 24, gauge tap 10 controls the unlatching of master controllers 18 or cuts out, last controller 12 and following controller 13 are controlled the liquid condition picture change of a plurality of transfusion unit display screens 23 of column up and down respectively, the liquid condition picture of a plurality of transfusion unit display screens 23 of visual probe controller 19 controls, electromagnet cut off valve controller 20 controls the unlatching of electromagnet cut off valve 5 or cuts out, do not send alarm sound by alarm lamp 17 flickers and speaker 9 when in the infusion bottle 8 there be liquid, close the electromagnet cut off valve 5 on the transfusion unit picture when in the infusion bottle 8 there be not liquid, the prevention of liquid or air enters in the patient's vein blood vessel in the tube for transfusion 8, in order to avoid cause venous transfusion patient's vein blood to reflux serious harm patient's life.
The embodiment of the visual probe monitors of hospital ward integrated network formula of the present invention intravenous transfusion device processed, rule of operation of the present invention: the power cable 21 of master controller 18 is communicated with alternating current power supply, open gauge tap 10, visual probe controller 19, electromagnet cut off valve controller 20, mini monitor 11, last controller 12, following controller 13, relay indicating light 14, transfusion unit display screen 23 and main screen display 24, connect tube for transfusion on the infusion bottle 8, install fluid drips kettle 7 on the tube for transfusion respectively, transfusion control valve 6, electromagnet cut off valve 5 and infusion needle, infusion needle thrusts in the patient's vein blood vessel, transfusion control valve 6 is regulated the fluid drips number, by the liquid condition picture in visual probe 4 supervision infusion bottles 8 and the fluid drips kettle 7, be delivered to the liquid condition image information on the transfusion unit display screen 23 of main screen display 24 by master controller 18, when in the infusion bottle 8 there be not liquid, send alarm sound by alarm lamp 17 flickers and speaker 9, close the electromagnet cut off valve 5 on the transfusion unit picture when in the infusion bottle 8 there be not liquid, medical personnel in time extract infusion needle in the patient's vein blood vessel, sterilized cotton ball presses place, infusion needle hole, realizes the effect of the hospital ward visual probe monitors of integrated network formula venous transfusion processed.
Claims (1)
1. the visual probe monitors of hospital ward integrated network formula intravenous transfusion device processed, it is by electromagnet cut off valve cable (1), drip stand (2), visual probe data line (3), visual probe (4), electromagnet cut off valve (5), transfusion control valve (6), fluid drips kettle (7), infusion bottle (8), speaker (9), gauge tap (10), mini monitor (11), last controller (12), following controller (13), relay indicating light (14), binding post (15), light emitting diode (16), alarm lamp (17), master controller (18), visual probe controller (19), electromagnet cut off valve controller (20), power cable (21), data wire (22), transfusion unit display screen (23) and main screen display (24) constitute, it is characterized in that locating to install respectively visual probe (4) in the middle of drip stand (2) upward, visual probe data line (3) and electromagnet cut off valve cable (1), the top hook of drip stand (2) is hung oneself and is hung the transfusion basket, device infusion bottle (8) in the transfusion basket, infusion bottle (8) is gone up and is connected tube for transfusion, install fluid drips kettle (7) on the tube for transfusion respectively, transfusion control valve (6), electromagnet cut off valve (5) and infusion needle, electromagnet cut off valve (5) is gone up and is connected electromagnet cut off valve cable (1), visual probe data line (3) and electromagnet cut off valve cable (1) are connected on the binding post (15) of master controller (18), speaker (9) is set respectively on the master controller (18), gauge tap (10), mini monitor (11), last controller (12), following controller (13), relay indicating light (14), binding post (15), light emitting diode (16), alarm lamp (17), visual probe controller (19), electromagnet cut off valve controller (20), power cable (21) and data wire (22), power cable (21) and data wire (22) are connected on the binding post (15) of main screen display (24), main screen display (24) is gone up the liquid condition picture that shows a plurality of transfusion unit display screens (23), gauge tap (10) controls the unlatching of master controller (18) or cuts out, last controller (12) and following controller (13) are controlled the liquid condition picture change of a plurality of transfusion unit display screens of column (23) up and down respectively, the liquid condition picture of visual probe controller (19) a plurality of transfusion unit display screens of control (23), electromagnet cut off valve controller (20) controls the unlatching of electromagnet cut off valve (5) or cuts out, and does not send alarm sound by alarm lamp (17) flicker and speaker (9) when the interior liquid of infusion bottle (8) has.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013102060572A CN103239772A (en) | 2013-05-29 | 2013-05-29 | Hospital ward integration network type visible probe monitoring vein infusion apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013102060572A CN103239772A (en) | 2013-05-29 | 2013-05-29 | Hospital ward integration network type visible probe monitoring vein infusion apparatus |
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| CN103239772A true CN103239772A (en) | 2013-08-14 |
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| CN2013102060572A Pending CN103239772A (en) | 2013-05-29 | 2013-05-29 | Hospital ward integration network type visible probe monitoring vein infusion apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691022A (en) * | 2014-01-05 | 2014-04-02 | 周佩龙 | Visual infusion hanging bracket |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1166007A (en) * | 1996-05-17 | 1997-11-26 | 济南四达电子医疗器械厂 | Distributing sickroom computerized infusion monitoring system |
| CN2577853Y (en) * | 2002-10-21 | 2003-10-08 | 霍丁格·包尔文(苏州)电子测量技术有限公司 | Infusion controller |
| US20050230575A1 (en) * | 2004-04-16 | 2005-10-20 | Zelenski Karen M | Mobile fluid delivery system with detachable pedestal |
| CN101474436A (en) * | 2009-01-21 | 2009-07-08 | 张佩刚 | Wireless executive supervisor for infusion treatment |
| CN202637607U (en) * | 2012-03-06 | 2013-01-02 | 陈大军 | Peristaltic pump type transfusion instrument |
-
2013
- 2013-05-29 CN CN2013102060572A patent/CN103239772A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1166007A (en) * | 1996-05-17 | 1997-11-26 | 济南四达电子医疗器械厂 | Distributing sickroom computerized infusion monitoring system |
| CN2577853Y (en) * | 2002-10-21 | 2003-10-08 | 霍丁格·包尔文(苏州)电子测量技术有限公司 | Infusion controller |
| US20050230575A1 (en) * | 2004-04-16 | 2005-10-20 | Zelenski Karen M | Mobile fluid delivery system with detachable pedestal |
| CN101474436A (en) * | 2009-01-21 | 2009-07-08 | 张佩刚 | Wireless executive supervisor for infusion treatment |
| CN202637607U (en) * | 2012-03-06 | 2013-01-02 | 陈大军 | Peristaltic pump type transfusion instrument |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691022A (en) * | 2014-01-05 | 2014-04-02 | 周佩龙 | Visual infusion hanging bracket |
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Application publication date: 20130814 |