CN204951826U - Intelligent transfusion system - Google Patents
Intelligent transfusion system Download PDFInfo
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- CN204951826U CN204951826U CN201520388886.1U CN201520388886U CN204951826U CN 204951826 U CN204951826 U CN 204951826U CN 201520388886 U CN201520388886 U CN 201520388886U CN 204951826 U CN204951826 U CN 204951826U
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- transfusion
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- drain pan
- transfusion system
- circuit board
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Abstract
The utility model discloses an intelligent transfusion system, including infusion container, infusion container go up and to be connected with black fei shi pipe through a coupling hose, black fei shi pipe lower part be connected with the filter through the 2nd coupling hose, its technical scheme's main points are, outer clamp of a coupling hose be equipped with control a coupling hose fast intelligent transfusion controller drips. The invention aims to overcome deficiencies in the prior art, a simple structure is provided, convenient to use can automated inspection and controlling infusion's intelligent transfusion system.
Description
[technical field]
This utility model relates to a kind of automaton, is more particularly a kind of transfusion system.
[background technology]
Existing medical field, chemical field, field of planting etc. all need to be infused for a long time by flexible pipe, and transfusion is all by manually nursing control, and need a large amount of manpowers to control nurse, cost is high, and manpower controls easily to occur dripping empty phenomenon, uses very inconvenient.
[utility model content]
This utility model object overcomes the deficiencies in the prior art, provides a kind of structure simple, easy to use, can the detection and control transfusion system of infusing automatically.
This utility model is achieved through the following technical solutions:
A kind of transfusion system, comprise infusion vessel 100, described infusion vessel 100 is connected with Murphy pipe 300 by the first connecting hose 200, described Murphy pipe 200 bottom is connected with filter 500 by the second connecting hose 400, it is characterized in that: be folded with the Intelligent infusion controller 600 that the first connecting hose 200 described in control is fast outside the first described connecting hose 200.
Transfusion system as above, is characterized in that: described infusion vessel 100 and the first connecting hose 200 are many groups, are communicated with respectively with described Murphy pipe 300 top.
Transfusion system as above, is characterized in that: described infusion vessel 100 and the first connecting hose 200 are 2 groups.
Transfusion system as above, it is characterized in that: described Intelligent infusion controller 600 comprises valve rack 1, it is characterized in that: described valve rack 1 is provided with and clamps groove 101 for what clamp tube for transfusion, described clamps groove 101, described groove 101 1 sidewall that clamps is provided with the chute 102 communicated with it, be provided with in described chute 102 and within it can slide and can coordinate with described groove 101 cell wall that clamps the slide block 2 clamping tube for transfusion and tube for transfusion is closed, described valve rack 1 is provided with the intelligent controlling device 4 that slide block 2 sliding driving device 3 described in driving performs an action with the driving device 3 described in controlling.
Transfusion system as above, it is characterized in that: described another sidewall of groove 101 that clamps is provided with the clamping slot to make way 105 relative with described chute 102, internal thread hole 201 is provided with in described slide block 2, described driving device 3 comprises the screw rod 301 coordinating and be installed in described internal thread hole 1, and on described screw rod 301, one end is connected with the drive motors 302 driving it to rotate.
Transfusion system as above, it is characterized in that: described intelligent controlling device 4 comprises and is arranged on described clamping on groove 101 sidewall for detecting the control circuit board 402 that the detection probe 401 of tube for transfusion iuuminting degree and the drive motors 302 described in controlling according to the detection signal of described detection probe 401 perform an action, described screw rod 301 is provided with encoder code disc 403, described encoder code disc 403 side is provided with encoder probe 404, described encoder probe 404 is electrically connected with described control circuit board 402, the wireless transmission receiving system 405 that described control circuit board 402 signal connects.
Transfusion system as above, is characterized in that: also comprise the accumulator 6 providing power supply to described intelligent controlling device 4 and described drive motors 302.
Transfusion system as above, it is characterized in that: described valve rack 1 outside is provided with bottom shell body 5, described bottom shell body 5 comprises the lower drain pan 501 being around in described valve rack 1 bottom and the upper drain pan 502 being around in described valve rack 1 top, described control circuit board 402 is arranged in described lower drain pan 501, is also provided with the USB socket 10 be connected with described control circuit board 402 in described bottom shell body 5.
Transfusion system as above, it is characterized in that: described upper drain pan 502 is hinged with top shell body 7, described top shell body 7 comprises the lower top shell 701 hinged with described upper drain pan 502, described lower top shell 701 is provided with for the battery case 711 of accommodating described accumulator 6 and the wireless device groove 712 for accommodating described wireless transmission receiving system 405, be provided with the upper top shell 702 with its fastening above described lower top shell 701, described lower top shell 701 bottom part down is provided with for the raised line 715 clamping groove 101 notch described in shutoff.
Transfusion system as above, it is characterized in that: described valve rack 1 is two, the described groove 101 that clamps outwards is symmetrical arranged, valve rack 1 outside described in two is arranged with drain pan 502 respectively, described control circuit board 402 is arranged in the upper drain pan 502 wherein described in, the USB socket 10 be connected with described control circuit board 402 is also provided with in upper drain pan 502 wherein described in one, upper drain pan 502 described in two is hinged with cover plate 15 respectively, described cover plate 15 is provided with for the second raised line 151 clamping groove 101 notch described in shutoff.
Compared with prior art, this utility model has the following advantages:
1, this utility model can Automatic Detection and Control be infused, and structure is simple, easy to use, reduces human cost, reduces nurse number, reduces and nurses personnel labor intensity.One, two or three or more can be controlled and plant liquid transfusion, different combinationally using can be combined into.
2, this utility model accurately controls soft pipe diameter by slide position change, plays pipeline speed governing or close to open.
3, this utility model controller does not directly contact with liquid in pipeline, reusable.
4, this utility model drives ram extrusion to control flexible pipe break-make by motor screw, maintains without the need to electric consumption when opening or closing state, energy-saving consumption-reducing, increases service time of battery.
5, this utility model driving device torque is large, and volume is little.
6, this utility model is when slider row is to end of the final point, and encoder code disc no longer rotates, and number of degrees rate of change is 0, now cuts off motor power and prevents stall from effectively preventing motor rotation blockage, long service life.
[accompanying drawing explanation]
Fig. 1 is that the transfusion of this utility model single controls schematic diagram;
Fig. 2 is that this utility model two kinds transfusion controls schematic diagram;
Fig. 3 is that this utility model three kinds transfusion controls schematic diagram;
Fig. 4 is this utility model list control device Intelligent infusion controller axonometric chart;
Fig. 5 is this utility model list control device Intelligent infusion controller exploded view;
Fig. 6 is this utility model list control device Intelligent infusion controller exploded view;
Fig. 7 is this utility model double control device Intelligent infusion controller axonometric chart;
Fig. 8 is this utility model double control device Intelligent infusion controller exploded view.
[detailed description of the invention]
A kind of transfusion system, comprise infusion vessel 100, described infusion vessel 100 is connected with Murphy pipe 300 by the first connecting hose 200, described Murphy pipe 200 bottom is connected with filter 500 by the second connecting hose 400, it is characterized in that: be folded with the Intelligent infusion controller 600 that the first connecting hose 200 described in control is fast outside the first described connecting hose 200.
Described infusion vessel 100 and the first connecting hose 200 are many groups, are communicated with respectively with described Murphy pipe 300 top.
Described infusion vessel 100 and the first connecting hose 200 are preferably 2 groups or 3 groups.
Need to control one when transfusion, the general controller adopting single group control device, wherein one group of control device of the controller of two groups of control device also can be adopted to control.Need control two kinds when transfusion, adopt the controller of two groups of control device to control.Need control three kinds when transfusion, adopt the controller of the controller of two groups of control device and single group control device to control simultaneously.
Described Intelligent infusion controller 600 comprises valve rack 1, described valve rack 1 is provided with and clamps groove 101 for what clamp tube for transfusion, described groove 101 1 sidewall that clamps is provided with the chute 102 communicated with it, be provided with in described chute 102 and within it can slide and can coordinate with described groove 101 cell wall that clamps the slide block 2 clamping tube for transfusion and tube for transfusion is closed, described valve rack 1 is provided with the intelligent controlling device 4 that slide block 2 sliding driving device 3 described in driving performs an action with the driving device 3 described in controlling.Described clamps groove 101 for dovetail groove, avoids infusion tube arbitrarily to skid off.This utility model can Automatic Detection and Control be infused, and structure is simple, easy to use, reduces human cost, reduces nurse number, reduces and nurses personnel labor intensity.
Described another sidewall of groove 101 that clamps is provided with the clamping slot to make way 105 relative with described chute 102.Slot to make way line angle can make to reduce with the contact area of slide block, increases pressure, plays power-saving function, closes better effects if.
Be provided with internal thread hole 201 in described slide block 2, described driving device 3 comprises the screw rod 301 coordinating and be installed in described internal thread hole 1, and on described screw rod 301, one end is connected with the drive motors 302 driving it to rotate.Drive ram extrusion switch flexible pipe by motor screw, increase moment of torsion and when maintenance opens or closes state without the need to electric consumption, energy-saving consumption-reducing, increases service time of battery.
Described intelligent controlling device 4 comprises and is arranged on described clamping on groove 101 sidewall for detecting the control circuit board 402 that the detection probe 401 of tube for transfusion iuuminting degree and the drive motors 302 described in controlling according to the detection signal of described detection probe 401 perform an action.Described clamping on groove 101 two side is equipped with installing hole, and detection probe 401 is arranged in installing hole.When the liquid stream in infusion tube is empty, pipe iuuminting degree will change, and judge that whether having liquid to be full of in pipe flows through according to the changing value of transmittance.Detection probe 401 is infrared detection probe or other detection probe.
Described intelligent controlling device 4 also comprises the encoder code disc 403 be arranged on described screw rod 301, and described encoder code disc 403 side is provided with encoder probe 404, and described encoder probe 404 is electrically connected with described control circuit board 402.According to the Distance geometry position that the number of turns calculating slide block of encoder code disc rotation slides, control drive motors as required and rotate forward reversion or stop operating.When slider row is to end of the final point, encoder code disc no longer rotates, and number of degrees rate of change is 0, now cuts off motor power and prevents stall from effectively preventing motor rotation blockage, long service life.
Described intelligent controlling device 4 also comprises the wireless transmission receiving system 405 be connected with described control circuit board 402 signal.Wireless transmission can be realized control, head station is set and control each intelligent controlling device.
Controller of the present utility model also comprises the accumulator 6 providing power supply to described intelligent controlling device 4 and described drive motors 302.Wireless mobile can be realized use, easy to use.
Described valve rack 1 outside is provided with bottom shell body 5, described bottom shell body 5 comprises the lower drain pan 501 being around in described valve rack 1 bottom and the upper drain pan 502 being around in described valve rack 1 top, described control circuit board 402 is arranged in described lower drain pan 501, is also provided with the USB socket 10 be connected with described control circuit board 402 in described bottom shell body 5.
Described upper drain pan 502 is hinged with top shell body 7, described top shell body 7 comprises the lower top shell 701 hinged with described upper drain pan 502, described lower top shell 701 is provided with for the battery case 711 of accommodating described accumulator 6 and the wireless device groove 712 for accommodating described wireless transmission receiving system 405, is provided with the upper top shell 702 with its fastening above described lower top shell 701.
Described lower top shell 701 bottom part down is provided with for the raised line 715 clamping groove 101 notch described in shutoff.Prevent flexible pipe from skidding off from notch.
This utility model can control infusion tube break-make according to detection probe signal and regulate caliber to regulate to drip speed, also can control infusion tube break-make according to configuration information.
Described Intelligent infusion controller 600 also can be that two groups of control device are set to one, be that described valve rack 1 is two with single difference organizing the controller of control device, the described groove 101 that clamps outwards is symmetrical arranged, valve rack 1 outside described in two is arranged with drain pan 502 respectively, described control circuit board 402 is arranged in the upper drain pan 502 wherein described in, is also provided with the USB socket 10 be connected with described control circuit board 402 in the upper drain pan 502 wherein described in.
Upper drain pan 502 described in two is hinged with cover plate 15 respectively, and described cover plate 15 is provided with for the second raised line 151 clamping groove 101 notch described in shutoff.
Controller can control two tube for transfusions simultaneously, also can control separately a tube for transfusion, can also not have embodiment 1 above with embodiment 1, changes the controller of the stand-alone type representated by " embodiment 1 " here with the use of control three tube for transfusions.
Utility model works principle:
Whether have liquid by the detection of detection probe detection tube for transfusion iuuminting degree, if no liquid be then that liquid stream sky needs to control to close infusion tube, if any liquid then liquid do not flow sky, do not need closedown.Drive motors exports and drives bolt rotary, and screw rod will be converted into the translation of slide block, utilizes the change of the position of slide block to change the diameter of tube chamber.Encoder code disc or Hall element and screw rod linkage, detected the number of degrees of screw rod, thus converse the positional information of slide block by peripheral circuit, then feed back to motor by peripheral circuit and perform and stop or opening, rotate forward or reversion.
Claims (10)
1. a transfusion system, comprise infusion vessel (100), described infusion vessel (100) is connected with Murphy pipe (300) by the first connecting hose (200), described Murphy pipe (200) bottom is connected with filter (500) by the second connecting hose (400), it is characterized in that: the first connecting hose (200) be folded with outside described the first connecting hose (200) described in control drips the Intelligent infusion controller (600) of speed.
2. transfusion system according to claim 1, is characterized in that: described infusion vessel (100) and the first connecting hose (200) are many groups, is communicated with respectively with described Murphy pipe (300) top.
3. transfusion system according to claim 2, is characterized in that: described infusion vessel (100) and the first connecting hose (200) are 2 groups.
4. the transfusion system according to claim 1 or 2 or 3, it is characterized in that: described Intelligent infusion controller (600) comprises valve rack (1), it is characterized in that: described valve rack (1) is provided with and clamps groove (101) for what clamp tube for transfusion, described clamps groove (101), described groove (101) sidewall that clamps is provided with the chute (102) communicated with it, be provided with in described chute (102) and within it can slide and can coordinate with described groove (101) cell wall that clamps the slide block (2) clamping tube for transfusion and tube for transfusion is closed, the intelligent controlling device (4) that described valve rack (1) is provided with slide block (2) sliding driving device (3) described in driving and driving device (3) described in controlling performs an action.
5. transfusion system according to claim 4, it is characterized in that: described groove (101) another sidewall that clamps is provided with the clamping slot to make way (105) relative with described chute (102), internal thread hole (201) is provided with in described slide block (2), described driving device (3) comprises the screw rod (301) coordinating and be installed in described internal thread hole (1), and the upper one end of described screw rod (301) is connected with the drive motors (302) driving it to rotate.
6. transfusion system according to claim 5, it is characterized in that: described intelligent controlling device (4) comprises and is arranged on described clamping on groove (101) sidewall for detecting the control circuit board (402) that the detection probe (401) of tube for transfusion iuuminting degree and the drive motors (302) described in controlling according to the detection signal of described detection probe (401) perform an action, described screw rod (301) is provided with encoder code disc (403), described encoder code disc (403) side is provided with encoder probe (404), described encoder probe (404) is electrically connected with described control circuit board (402), the wireless transmission receiving system (405) that described control circuit board (402) signal connects.
7. transfusion system according to claim 6, is characterized in that: also comprise the accumulator (6) providing power supply to described intelligent controlling device (4) and described drive motors (302).
8. transfusion system according to claim 7, it is characterized in that: described valve rack (1) outside is provided with bottom shell body (5), described bottom shell body (5) comprises the lower drain pan (501) being around in described valve rack (1) bottom and the upper drain pan (502) being around in described valve rack (1) top, described control circuit board (402) is arranged in described lower drain pan (501), is also provided with the USB socket (10) be connected with described control circuit board (402) in described bottom shell body (5).
9. transfusion system according to claim 8, it is characterized in that: described upper drain pan (502) is hinged with top shell body (7), described top shell body (7) comprises the lower top shell (701) hinged with described upper drain pan (502), described lower top shell (701) is provided with for the battery case (711) of accommodating described accumulator (6) and the wireless device groove (712) for accommodating described wireless transmission receiving system (405), described lower top shell (701) top is provided with and the upper top shell of its fastening (702), described lower top shell (701) bottom part down is provided with for the raised line (715) clamping groove (101) notch described in shutoff.
10. transfusion system according to claim 7, it is characterized in that: described valve rack (1) is two, the described groove (101) that clamps outwards is symmetrical arranged, valve rack (1) outside described in two is arranged with drain pan (502) respectively, described control circuit board (402) is arranged in the upper drain pan (502) wherein described in, the USB socket (10) be connected with described control circuit board (402) is also provided with in upper drain pan (502) wherein described in one, upper drain pan (502) described in two is hinged with cover plate (15) respectively, described cover plate (15) is provided with for the second raised line (151) clamping groove (101) notch described in shutoff.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520388886.1U CN204951826U (en) | 2015-06-06 | 2015-06-06 | Intelligent transfusion system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520388886.1U CN204951826U (en) | 2015-06-06 | 2015-06-06 | Intelligent transfusion system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204951826U true CN204951826U (en) | 2016-01-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520388886.1U Active CN204951826U (en) | 2015-06-06 | 2015-06-06 | Intelligent transfusion system |
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|---|---|
| CN (1) | CN204951826U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345000A (en) * | 2016-08-31 | 2017-01-25 | 中山嘉合医疗科技有限公司 | Infusion tube flow regulating system |
-
2015
- 2015-06-06 CN CN201520388886.1U patent/CN204951826U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345000A (en) * | 2016-08-31 | 2017-01-25 | 中山嘉合医疗科技有限公司 | Infusion tube flow regulating system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |