CN204840463U - Gravity type intelligence infusion equipment - Google Patents
Gravity type intelligence infusion equipment Download PDFInfo
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- CN204840463U CN204840463U CN201520410260.6U CN201520410260U CN204840463U CN 204840463 U CN204840463 U CN 204840463U CN 201520410260 U CN201520410260 U CN 201520410260U CN 204840463 U CN204840463 U CN 204840463U
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- transfusion
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- feishi dropper
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Abstract
The utility model discloses a gravity type intelligence infusion equipment, including host computer and the infusion hanger of setting on the host computer, last a plurality of weighing sensor, the lower couple that all is equipped with of each weighing sensor of being equipped with of infusion hanger, install the circuit board in the box body of host computer, a plurality of telescopic electro -magnet that are used for the control piper break -make, the lid of host computer are equipped with presses a pipe boss with telescopic electro -magnet matched with, is equipped with on the host computer to be used for being respectively the transfer line and to stretch into, stretch out the groove of stepping down of stepping down, and the detection sensor that drips speed, air traffic control, bubble, the jam of liquid way, run -bake -needle fault signal of transfer line is gathered to command input device and being used for, the singlechip is used for receiving the command input signal and detects the signal of sensor, weighing sensor transmission, and the transfer line of the burette feed liquor end that each telescopic electro -magnet of control corresponds switches on and ends, carries out the automatic switch -over between infusion bottle or infusion bag. The utility model discloses an intelligent improvement the to tradition infusion mode.
Description
Technical field
This utility model relates to infusion set, is specifically related to a kind of gravity type intelligent transfusion equipment.
Background technology
During existing infusion set transfusion, infusion bottle or transfusion bag are put the place higher than health, utilize the gravity of liquid itself and atmospheric pressure as " power source ", infusion bottle or transfusion bag are produced to be inputted liquid in the blood vessel of patient relative to the positive differential pressure of patients' blood, do not need other " power source ", so it becomes the infusion model that hospital commonly uses the most.But existing infusion set can not carry out Intellectualized monitoring to the unusual condition occurred in transfusion, exacerbate the tense situation of hospital nurse work, in addition domestic various big hospital nurses manpower is equipped with not foot phenomenon ubiquity, public ward nurse is also difficult to accomplish that thus patient is difficult to be protected in the safety of infusion process to the dynamic observation omnidistance in time of each patient fluid infusion's process.Secondly, existing infusion set can not carry out the switching of infusion bottle or transfusion bag automatically, each replacing infusion bottle or transfusion bag, and nurse wants plug transfusion needle, increases workload; In addition, existing infusion set can not carry out multichannel transfusion at a fluid delivery apparatus, not only have impact on the treatment of critical patient greatly, and adds the monitoring difficulty of infusion process, too increases working strength and the psychological burden of nurse simultaneously.Given this, be necessary to develop a kind ofly to look after without the need to nursing staff, high integrated transfusion system.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of gravity type intelligent transfusion equipment is provided, this device is simple, realize the Intellectualized monitoring of transfusion, alleviate working strength and the stress of medical personnel, and single channel transfusion and multichannel transfusion can be carried out, add the unified management function of equipment.
The purpose of this utility model can be achieved through the following technical solutions:
A kind of gravity type intelligent transfusion equipment, it is characterized in that: comprise main frame and Transfusion hanging stand, described Transfusion hanging stand is arranged on main frame, described Transfusion hanging stand is provided with at least two work and hangs position, each work extension position is equipped with the LOAD CELLS for monitoring liquid surplus, transfusion speed, run-bake-needle fault, leakage, fluid path jam signal, is equipped with the hook for hanging infusion bottle or transfusion bag below the LOAD CELLS of each work extension position; The box body of described main frame is provided with the first installation base plate, in described box body, circuit board is installed, power supply, multiple extension electromagnetic ferrum for control piper break-make, the output shaft head end of each extension electromagnetic ferrum coordinates with the via clearance of the first installation base plate, described circuit board is arranged single-chip microcomputer and alarm, the front of the first installation base plate is provided with and is multiplely respectively used to the first pipe clamp of fixing each tube for transfusion and multiple the second pipe clamp being respectively used to fix each Mo Feishi dropper; The lid of described main frame is provided with the pressure pipe boss corresponding with extension electromagnetic ferrum; Described main frame be provided with for tube for transfusion into and out of slot to make way, described main frame is also provided with instruction inputting device, display device and the drop for gathering tube for transfusion drip speed, blank pipe, bubble, leakage, fluid path blocking, run-bake-needle fault signal detecting sensor; Described extension electromagnetic ferrum, power supply, instruction inputting device, display device, LOAD CELLS and the drop for gathering tube for transfusion drip speed, blank pipe, bubble, leakage, fluid path blocking, run-bake-needle fault signal detecting sensor be electrically connected with circuit board respectively.
The output shaft head end of described each extension electromagnetic ferrum is provided with pressure head, and stretch out the first installation base plate outside the pressure head of each extension electromagnetic ferrum through hole by the first installation base plate, pressure head and through hole are matched in clearance.
Described main frame comprises box body and lid, described lid side and box body hinged, opposite side is connected with box body by locking device, described lid is provided with the second installing plate, second installation base plate of described lid and the first installation base plate of box body are arranged in opposite directions, and described pressure pipe boss is arranged on the second installing plate.
Described second installation base plate is provided with the paw for fixing Mo Feishi dropper, and the paw for fixing Mo Feishi dropper is corresponding with the second pipe clamp on the first installation base plate.
Be provided with Mo Feishi dropper mounting groove in the middle part of described first installation base plate, the second pipe clamp for fixing Mo Feishi dropper is arranged in Mo Feishi dropper mounting groove.
Be provided with multiple first detecting sensor of dripping fast signal for gathering blank pipe, run-bake-needle fault, leakage, fluid path blocking and drop in described main frame, described first detecting sensor lays respectively at the both sides of Mo Feishi dropper, the drip on corresponding Mo Feishi dropper top; Multiple the second detecting sensor occurring blank pipe, bubble signals for gathering tube for transfusion is provided with, the tube for transfusion of the corresponding many Mo Feishi dropper liquid outlets of the second detecting sensor in described main frame.
Described Transfusion hanging stand is fixed on a support bar upwards extended, and described support bar is fixedly connected with main frame, and described Transfusion hanging stand is provided with handle.
Described lid is provided with display device, and described display is electrically connected with circuit board, and described display device comprises liquid crystal display screen and charactron.
The beneficial effects of the utility model: this utility model comprises main frame and Transfusion hanging stand, Transfusion hanging stand is provided with at least two work and hangs positions, and the medicinal liquid that performance fails to agree can be placed on different work and hang position, and the medicinal liquid that position is hung in same work can be together in series conveying.Each work extension position is equipped with the LOAD CELLS for monitoring liquid surplus, transfusion speed, leakage signal, for weighing the LOAD CELLS of infusion bottle or transfusion bag weight, is equipped with the hook for hanging infusion bottle or transfusion bag below each LOAD CELLS, the information gathered by LOAD CELLS not only accurately can be understood each transfusion process of hanging position and whether there is leakage situation, can also measure accurately transfusion speed, when transfusion speed and setting value variant time, this utility model can adjust the speed of transfusion automatically by the rotating speed adjusting drive motors, adapt to the patient of different syndromes and body constitution to the different requirements making transfusion speed, simultaneously by can also respectively hang the time of being totally lost needed for liquid position by accurately predicting to the analysis of transfusion speed, and prior notice nursing staff prepares the work of next stage, such as: the dosing that next stage can be carried out at reasonable time, the property of medicine is not only made to keep best, and the seriality of transfusion can be kept again.
Be provided with circuit board in the box body of described main frame, power supply, multiple extension electromagnetic ferrum for control piper break-make, the first installation base plate is provided with and is multiplely respectively used to the first pipe clamp of fixing tube for transfusion and multiple the second pipe clamp for fixing Mo Feishi dropper; The lid of main frame is provided with pressure pipe boss, corresponding with extension electromagnetic ferrum respectively; Described main frame is provided with instruction inputting device, display device and the detecting sensor of dripping speed, blank pipe, leakage, bubble, run-bake-needle fault signal for gathering tube for transfusion, circuit board is arranged single-chip microcomputer and alarm.This utility model is by various sensor acquisition information, the signal that described single-chip microcomputer is used for the command input signals of instruction inputting device and detecting sensor, LOAD CELLS transmits, export control signal respectively to each extension electromagnetic ferrum, control the work of each extension electromagnetic ferrum, when electric magnet stretches out, the tube for transfusion being fixed on the Mo Feishi dropper liquid feeding end on the first installing plate is pressed on pressure pipe boss, liquid stream is cut off, when electric magnet is retracted, electric magnet departs from the tube for transfusion of Mo Feishi dropper liquid feeding end, and liquid stream recovers conducting.Adopt the automatic switchover that said structure makes this utility model can realize between infusion bottle or transfusion bag, the time required for liquid calculating according to actual transfusion speed specified volume of being totally lost also is circulated a notice of to medical personnel by the time advance of medical personnel's setting, and adopt the mode of extruding tube for transfusion to carry out the liquid stream section of leading to, avoid the contact of medicinal liquid and external belt fungus body, reduce the risk of liquid contamination.
Multiple second detecting sensor of dripping the first detecting sensor of fast signal and multiple blank pipe for gathering tube for transfusion, bubble signals for gathering blank pipe, bubble, run-bake-needle fault, leakage, fluid path blocking and drop is provided with, the tube for transfusion of corresponding many Mo Feishi dropper liquid outlets respectively in described main frame; Described Transfusion hanging stand is provided with at least two work and hangs position, and each work extension position is equipped with the LOAD CELLS for monitoring liquid surplus, transfusion speed, run-bake-needle fault, leakage, fluid path jam signal; The single-chip microcomputer of described circuit board is for receiving the signal of the command input signals of instruction inputting device and detecting sensor, LOAD CELLS transmission, export control signal respectively to each extension electromagnetic ferrum, make tube for transfusion conducting and the cut-off of dropper liquid feeding end corresponding with each extension electromagnetic ferrum respectively, carry out the automatic switchover between infusion bottle or transfusion bag; Described single-chip microcomputer is used for output alarm signal to alarm, controls alarm and carries out alarm.The sensor of diverse location and difference in functionality complements each other to form a compound stereoscopic monitoring system and carries out effective monitoring in real time to infusion process, sends warning when an exception occurs, and automatically cuts off infusion channel.This compound stereoscopic monitoring system substantially increases safety in infusion process and intelligence degree, alleviates stress and the working strength of nursing staff.Described detecting sensor can adopt photoelectric sensor, sonac, electric-field sensor etc.
Transfusion hanging stand of the present utility model hangs multiple transfusion bag or infusion bottle, can carry out single channel infuse multichannel transfusion.Nurse needs to select single channel transfusion or multichannel transfusion according to conditions of patients, when infusion solutions is single channel transfusion, need by the tube for transfusion of the parallel connection from each infusion bottle or transfusion bag extraction, be communicated with Mo Feishi dropper liquid feeding end with a multi-channel tube joint, the liquid outlet of Mo Feishi dropper connects a syringe needle by tube for transfusion, form the infusion solutions of multi-channel parallel input, single channel output, by drawing with each infusion bottle or transfusion bag the automatic switchover that extension electromagnetic ferrum corresponding to tube for transfusion controls between infusion bottle or transfusion bag, significantly reduce the working strength of nurse.When infusion solutions is multichannel transfusion, the tube for transfusion of drawing from each infusion bottle or transfusion bag distinguishes the liquid feeding end directly accessing corresponding Mo Feishi dropper, the liquid outlet of each Mo Feishi dropper connects a syringe needle respectively by tube for transfusion, the infusion solutions that formation multichannel independent input, multichannel independently export, adopt multichannel infusion solutions of the present utility model not only can create favorable conditions for the treatment of critical patient, the labor intensity of nurse can also be alleviated.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model (comprising 1 partial sectional view);
Fig. 2 is left view of the present utility model (concealing backboard, journal stirrup, locking knob and part support bar in figure);
Fig. 3 is the sectional view of A-A in Fig. 2;
Host switch state diagram when Fig. 4 is multichannel of the present utility model transfusion;
Main frame closure state figure when Fig. 5 is multichannel of the present utility model transfusion;
Host switch state diagram when Fig. 6 is single channel of the present utility model transfusion.
In accompanying drawing: 1 is lid, 1a is shaft hinge, 1-1 is panel, 1-2 is slot to make way, 2 is the second detecting sensor, 3 is the second installation base plate, 3a is pressure pipe boss, 3b is the paw of Mo Feishi dropper, 4 is box body, 4a is the first pipe clamp, 4b is the second pipe clamp, 4-1 is the first installation base plate, 4-2 is Mo Feishi dropper mounting groove, 5 is backboard, 5a is journal stirrup, 6 is support bar, 7 is locking knob, 8 is power supply, 9 is circuit board, 10 is hook, 11 is LOAD CELLS, 12 is Transfusion hanging stand, 13 is handle, 14 is extension electromagnetic ferrum, 15 is liquid crystal display screen, 16 is operation push-button, 17 is locking device, 18 is the first detecting sensor, a1 is Mo Feishi dropper, a2 is tube for transfusion, b is supporting seat, c is infusion bottle.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is further described.
See shown in Fig. 1 to Fig. 6, gravity type intelligent transfusion equipment, comprise main frame and Transfusion hanging stand 12, described Transfusion hanging stand is arranged on main frame, described Transfusion hanging stand is fixed on a support bar 6, described support bar 6 is fixedly connected with main frame, and Transfusion hanging stand 12 is provided with handle 13, and whole equipment inserts on a supporting seat b or by handle 13 by support bar 6 and hangs on the ceiling.Described main frame is provided with journal stirrup 5a, after described support bar 6 inserts journal stirrup 5a, is undertaken being locked on supporting seat b by locking knob 7.Transfusion hanging stand 12 is provided with at least two work and hangs position, Transfusion hanging stand 12 can arrange two work and hang position, or position is hung in multiple work, three work are set in the present embodiment and hang position, each work is hung position and is equipped with for monitoring liquid surplus, transfusion speed, run-bake-needle fault, leakage, the LOAD CELLS 11 of fluid path jam signal, multiple hook 10 is equipped with below the LOAD CELLS 11 of each work extension position, multiple hook 10 is convenient to hang multiple infusion bottle or transfusion bag c, weighed by LOAD CELLS, according to the weight change in the unit interval, calculate transfusion speed.Multiple work is hung position and the medicinal liquid of performance restriction or checking relation in five elements can be placed on different work and hang position, and the medicinal liquid that position is hung in same work can be together in series conveying, thus avoids the situation generation of medicinal liquid conflict.Described main frame comprises box body 4 and lid 1, described box body 4 comprises the first installation base plate 4-1, side plate and backboard 5, described first installation base plate 4-1 and side plate adopt one-body molded, side plate surrounding is provided with recessed seam, backboard 5 is fixed on recessed seam face by screw or buckle, box body is provided with air inlet, backboard 5 is arranged journal stirrup 5a.Described lid 1 comprises the second installation base plate 3, side plate and panel 1-1, and described panel 1-1 and side plate adopt one-body molded, and side plate surrounding is provided with recessed seam, and the second installation base plate 3 is fixed on recessed seam face by screw or buckle.Second installation base plate 3 of described lid 1 is relative with the first installation base plate 4-1 of box body 4 to be set up, described lid 1 side by shaft hinge 1a and box body 4 hinged, opposite side is connected with box body 4 by locking device 17, and described locking device 17 adopts springlock, is convenient to open or close lid.
First installation base plate 4-1 of described box body 4 is provided with multiple through hole stretched out for the pressure head of extension electromagnetic ferrum 14, and each through hole is all positioned at the top of the first installation base plate 4-1; Circuit board 9, power supply 8 and multiple extension electromagnetic ferrum 14 for control piper break-make are installed in box body 4, described circuit board 9 is provided with single-chip microcomputer and alarm, alarm is electrically connected with single-chip microcomputer, described power supply 8 comprises built-in charging DC source and external power source interface, for circuit board is powered, described alarm employing sound, light crossing-signal or audible-visual annunciator.The output shaft head end of described extension electromagnetic ferrum is provided with pressure head 14-1, the first installing plate is stretched out outside the through hole that the pressure head 14-1 of each extension electromagnetic ferrum is provided with by the first installing plate, the pressure head of extension electromagnetic ferrum and the through hole of the first installation base plate 4-1 are slidably matched, at least two extension electromagnetic ferrum 14 switch for Trimmed sums conducting infusion pipeline with between the infusion bottle or transfusion bag of different operating extension position, are provided with three extension electromagnetic ferrum 14 in the present embodiment.Second installation base plate 3 of described lid is provided with pressure pipe boss 3a, this pressure pipe boss 3a is corresponding with the pressure head 14-1 of extension electromagnetic ferrum 14, when the pressure head of electric magnet stretches out, the tube for transfusion a2 being fixed on the Mo Feishi dropper a1 liquid feeding end on the first installation base plate on 4-1 is pressed on pressure pipe boss by the pressure head of electric magnet, liquid stream is cut off, during the ram retracts of electric magnet, the pressure head of electric magnet departs from the tube for transfusion a2 of Mo Feishi dropper a1 liquid feeding end, liquid stream recovers conducting, said structure extension electromagnetic ferrum 14 is adopted to match with pressure pipe boss 3a the tube for transfusion a2 of Trimmed sums conducting Mo Feishi dropper a1 liquid feeding end, make the automatic switchover that this utility model can realize between infusion bottle or transfusion bag.
The side plate up and down of described lid 1 is equipped with for tube for transfusion into and out of slot to make way 1-2.The front of the first installation base plate 4-1 is provided with multiple Mo Feishi dropper mounting groove 4-2 for installing Mo Feishi dropper, multiplely be respectively used to the first pipe clamp 4a of fixing tube for transfusion and multiple the second pipe clamp 4b being respectively used to fix each Mo Feishi dropper, the Mo Feishi dropper mounting groove 4-2 of described Mo Feishi dropper a1 is positioned at the middle part of the first installation base plate 4-1, described multiple the second pipe clamp 4b being respectively used to fix each Mo Feishi dropper is positioned at Mo Feishi dropper mounting groove 4-2, Mo Feishi dropper a1 is fixed on the Mo Feishi dropper mounting groove 4-2 of the first installation base plate 4-1 by the second pipe clamp 4b, second installation base plate 3 of lid be provided with the groove of stepping down of Mo Feishi dropper with the first corresponding face of installation base plate 4-1, the paw 3b for fixing Mo Feishi dropper is provided with in this groove of stepping down, Mo Feishi dropper a1 is fixed further by paw 3b, formed and fix from three, prevent Mo Feishi dropper a1 to rock, avoid the impact on the first detecting sensor 18.Be respectively equipped with the first pipe clamp 4a of a pair tube for transfusion a2 in the through hole of respectively stretching out for the expansion link of extension electromagnetic ferrum up and down, ensure that the expansion link of extension electromagnetic ferrum can block tube for transfusion a2 accurately by the first pipe clamp 4a of this tube for transfusion a2.In the present embodiment Mo Feishi dropper a1 Mo Feishi dropper mounting groove 4-2 in be provided with six the second pipe clamp 4b, can three Mo Feishi dropper a1 be arranged in Mo Feishi dropper mounting groove 4-2, be fixedly clamped by the second pipe clamp 4b, therefore three transfusion devices can be set up in parallel, the tube for transfusion a2 of these three transfusion devices is fixed on the first installation base plate 4-1 of box body 4 by the first pipe clamp 4a, and the Mo Feishi dropper a1 of transfusion device is fixed in the Mo Feishi dropper mounting groove 4-2 of Mo Feishi dropper by the second pipe clamp 4b.
The detecting sensor of dripping speed, blank pipe, bubble, fluid path blocking, run-bake-needle fault signal for gathering tube for transfusion is provided with in described main frame, comprise multiple first detecting sensor 18 of dripping fast signal for gathering blank pipe, run-bake-needle fault, leakage, fluid path blocking and drop, described first detecting sensor 22 lays respectively at the both sides of Mo Feishi dropper, the drip on corresponding Mo Feishi dropper top; Multiple the second detecting sensor 2 occurring blank pipe, bubble signals for gathering tube for transfusion is provided with in described main frame, the tube for transfusion tract of the corresponding many Mo Feishi dropper liquid outlets of the second detecting sensor 2, described first detecting sensor 18 is positioned at Mo Feishi dropper mounting groove 4-2, the corresponding Mo Feishi dropper a1 of each first detecting sensor 18, the speed of drop and the situation of dropped stitch in the Murphy's burette of described first detecting sensor 22 monitoring transfusion device, and be delivered to single-chip microcomputer.Described second detecting sensor 2 is positioned at the bottom of the first installation base plate 4-1, the tube for transfusion of corresponding many Mo Feishi dropper liquid outlets, whether whether described second detecting sensor 2 for having bubble or being blank pipe in the tube for transfusion of Real-Time Monitoring transfusion device, and communicate information to single-chip microcomputer, when for monitoring bubble, the sensor 2 of blank pipe monitor blank pipe time, Single-chip Controlling electric inflation pump quits work, and start alarm device and give the alarm, or automatically switch to another infusion vessel, ensure that the safety in whole infusion process by air bubble sensor.Described first detecting sensor 18 and the second detecting sensor 2 all adopt emission sensor, and described emission sensor can adopt photoelectric sensor, sonac, electric-field sensor; Described emission sensor correspondence is arranged on the forward surface of the first installation base plate 4-1 and the second installation base plate 3; In the present embodiment, the first installation base plate 4-1 and the second installation base plate 3 are provided with three the first detecting sensors 18 matched and three the second detecting sensors 2 matched.Be respectively equipped with the first pipe clamp 4a of a pair tube for transfusion a2 up and down at each second detecting sensor 2 place, ensure the second detecting sensor 2 can have in accurate measurements to tube for transfusion bubble-free or no be blank pipe.
The panel of described lid is provided with instruction inputting device and display device, and described instruction inputting device comprises touch screen and operation push-button 16; Described display device comprises liquid crystal display screen 15 and charactron.The single-chip microcomputer outfan of described circuit board is electrically connected with the input of alarm, liquid crystal display screen and multiple extension electromagnetic ferrum 14 respectively, the single-chip microcomputer input of circuit board respectively with power supply 8, LOAD CELLS 11, operation push-button 16, the outfan electrical connection of the second detecting sensor 2 and the first detecting sensor 18.Input technology parameter is set by operation push-button 16, by LOAD CELLS 11, second detecting sensor 2 and the first detecting sensor 18 Information Monitoring, and be delivered to single-chip microcomputer, by the work of each extension electromagnetic ferrum 14 of Single-chip Controlling, make tube for transfusion conducting and the cut-off of Mo Feishi dropper liquid feeding end corresponding with each extension electromagnetic ferrum respectively, carry out the automatic switchover between infusion bottle or transfusion bag, and to liquid crystal display screen 15 transmission information, shown by liquid crystal display screen 15, reported to the police by alarm.
Shown in Fig. 4 and Fig. 6, nurse needs to select single channel transfusion or multichannel transfusion according to conditions of patients, and on the first pipe clamp on request ready tube for transfusion and Mo Feishi dropper a1 being separately fixed at the first installation base plate 4-1 and the second pipe clamp, hang on the hook of position by the different operating that infusion bottle or transfusion bag hang over Transfusion hanging stand 12 by the different grouping of the property of medicine, infusion bottle or the transfusion bag of same work extension position can be together in series.Nurse needs to select single channel transfusion or multichannel transfusion according to conditions of patients, when infusion solutions is single channel transfusion, the tube for transfusion of drawing from each infusion bottle or transfusion bag need be together in parallel with a multi-channel tube joint and be communicated with Mo Feishi dropper liquid feeding end, the liquid outlet of Mo Feishi dropper connects a syringe needle by tube for transfusion, form multi-channel parallel input, infusion solutions that single channel exports, by drawing with each infusion bottle or transfusion bag the automatic switchover that extension electromagnetic ferrum corresponding to tube for transfusion controls between infusion bottle or transfusion bag.When infusion solutions is multichannel transfusion, the tube for transfusion of drawing from each infusion bottle or transfusion bag distinguishes the liquid feeding end directly accessing corresponding Mo Feishi dropper, the liquid outlet of each Mo Feishi dropper connects a syringe needle respectively by tube for transfusion, the infusion solutions that formation multichannel independent input, multichannel independently export, adopt multichannel infusion solutions of the present utility model not only can create favorable conditions for the treatment of critical patient, the labor intensity of nurse can also be alleviated.
This utility model is by the real-time effective monitoring to infusion process, the abnormal conditions such as the blank pipe that can find to occur in infusion process, leakage, leakage, run-bake-needle fault, fluid path blocking and bubble automatic alarm, automatically cut off infusion channel simultaneously, drastically increase the safety of infusion process, alleviate the working strength of nursing staff.
Claims (8)
1. a gravity type intelligent transfusion equipment, it is characterized in that: comprise main frame and Transfusion hanging stand, described Transfusion hanging stand is arranged on main frame, described Transfusion hanging stand is provided with at least two work and hangs position, each work extension position is equipped with the LOAD CELLS for monitoring liquid surplus, transfusion speed, run-bake-needle fault, leakage, fluid path jam signal, is equipped with the hook for hanging infusion bottle or transfusion bag below the LOAD CELLS of each work extension position; The box body of described main frame is provided with the first installation base plate, in described box body, circuit board is installed, power supply, multiple extension electromagnetic ferrum for control piper break-make, the output shaft head end of each extension electromagnetic ferrum coordinates with the via clearance of the first installation base plate, described circuit board is arranged single-chip microcomputer and alarm, the front of the first installation base plate is provided with and is multiplely respectively used to the first pipe clamp of fixing each tube for transfusion and multiple the second pipe clamp being respectively used to fix each Mo Feishi dropper; The lid of described main frame is provided with the pressure pipe boss corresponding with extension electromagnetic ferrum; Described main frame be provided with for tube for transfusion into and out of slot to make way, described main frame is also provided with instruction inputting device, display device and the drop for gathering tube for transfusion drip speed, blank pipe, bubble, leakage, fluid path blocking, run-bake-needle fault signal detecting sensor; Described extension electromagnetic ferrum, power supply, instruction inputting device, display device, LOAD CELLS and the drop for gathering tube for transfusion drip speed, blank pipe, bubble, leakage, fluid path blocking, run-bake-needle fault signal detecting sensor be electrically connected with circuit board respectively.
2. gravity type intelligent transfusion equipment according to claim 1, it is characterized in that: the output shaft head end of described each extension electromagnetic ferrum is provided with pressure head, stretch out the first installation base plate outside the pressure head of each extension electromagnetic ferrum through hole by the first installation base plate, pressure head and through hole are matched in clearance.
3. gravity type intelligent transfusion equipment according to claim 1, it is characterized in that: described main frame comprises box body and lid, described lid side and box body hinged, opposite side is connected with box body by locking device, described lid is provided with the second installing plate, second installation base plate of described lid and the first installation base plate of box body are arranged in opposite directions, and described pressure pipe boss is arranged on the second installing plate.
4. the gravity type intelligent transfusion equipment according to claim 1 or 3, is characterized in that: described second installation base plate is provided with the paw for fixing Mo Feishi dropper, and the paw for fixing Mo Feishi dropper is corresponding with the second pipe clamp on the first installation base plate.
5. the gravity type intelligent transfusion equipment according to claim 1 or 3, is characterized in that: be provided with Mo Feishi dropper mounting groove in the middle part of described first installation base plate, and the second pipe clamp for fixing Mo Feishi dropper is arranged in Mo Feishi dropper mounting groove.
6. the gravity type intelligent transfusion equipment according to claim 1 or 3, it is characterized in that: in described main frame, be provided with multiple first detecting sensor of dripping fast signal for gathering blank pipe, run-bake-needle fault, leakage, fluid path blocking and drop, described first detecting sensor lays respectively at the both sides of Mo Feishi dropper, the drip on corresponding Mo Feishi dropper top; Multiple the second detecting sensor occurring blank pipe, bubble signals for gathering tube for transfusion is provided with, the tube for transfusion of the corresponding many Mo Feishi dropper liquid outlets of the second detecting sensor in described main frame.
7. gravity type intelligent transfusion equipment according to claim 1, is characterized in that: described Transfusion hanging stand is fixed on a support bar upwards extended, and described support bar is fixedly connected with main frame, and described Transfusion hanging stand is provided with handle.
8. gravity type intelligent transfusion equipment according to claim 1, it is characterized in that: described lid is provided with display device, described display is electrically connected with circuit board, and described display device comprises liquid crystal display screen and charactron.
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| CN201520410260.6U CN204840463U (en) | 2015-06-15 | 2015-06-15 | Gravity type intelligence infusion equipment |
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| CN201520410260.6U CN204840463U (en) | 2015-06-15 | 2015-06-15 | Gravity type intelligence infusion equipment |
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106267439A (en) * | 2016-08-23 | 2017-01-04 | 王少峰 | A kind of infusion support |
| CN107497012A (en) * | 2017-10-08 | 2017-12-22 | 佛山市因诺威特科技有限公司 | A kind of intelligence has the Infusion support of automatic constant-temperature |
| CN107823753A (en) * | 2017-11-21 | 2018-03-23 | 上海旭旦实业有限公司 | Clustering infusion management automatic control system and its control method |
| CN108392694A (en) * | 2018-04-24 | 2018-08-14 | 赵月云 | A kind of medical infusion stand with liquid flow control function |
| CN109821111A (en) * | 2019-03-20 | 2019-05-31 | 王雨欣 | Infusion continues bottle warning device automatically |
| CN110075381A (en) * | 2019-05-08 | 2019-08-02 | 上海市肺科医院 | A kind of intelligence continuous transfusion system and its control method of being infused |
| CN111135385A (en) * | 2020-01-13 | 2020-05-12 | 倪梨花 | Intelligent medical transfusion monitoring system |
| CN111840692A (en) * | 2020-07-27 | 2020-10-30 | 王焱 | Multi-channel self-exhaust intelligent infusion assembly |
| CN112245716A (en) * | 2020-10-26 | 2021-01-22 | 海南普济智能科技有限公司 | Security system device for drug maintenance treatment |
| CN115518227A (en) * | 2022-11-23 | 2022-12-27 | 吉林省安特麦迪科技有限公司 | Full-automatic contrast injection device and method |
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2015
- 2015-06-15 CN CN201520410260.6U patent/CN204840463U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106267439A (en) * | 2016-08-23 | 2017-01-04 | 王少峰 | A kind of infusion support |
| CN107497012A (en) * | 2017-10-08 | 2017-12-22 | 佛山市因诺威特科技有限公司 | A kind of intelligence has the Infusion support of automatic constant-temperature |
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